JP2015037397A - Branch leader and detachable device of branch leader - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a branch leader and a detachable device of the branch leader.SOLUTION: The branch leader detachable device for branch leaders attached to a fishing line throwing a fishing tackle by a throwing rod, is structured such that a detachable part is provided with a detachable structure and a fishing line passing hole and the fishing line can be locked in the detachable device even if the fishing line gets away from the fishing line passing hole. The branch leader detachable device is also structured to have, viewed from multifaceted angles, means, such as a locking structure for locking the attachment/detachment of the branch leader, primarily composed of a synthetic resin for floatably locking the branch leader in the fishing line between sea surfaces. The branch leader and the branch leader detachable device are formed by combining the branch leader and a water resistor.

Description

This is a technique related to fishing gear for large-sized coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaji.

A small fish (sardine, mackerel, horse mackerel, this sword, etc.) that feeds the needle is attached to the nose or back, and floats 2-7m above the sea, and then the fish moves freely. It is common practice for a person to watch for tangling with someone else's device.

JP 2000-157124 A Japanese Patent Application No. 2012-090806 Japanese Patent Application No. 2012-257665 Japanese Patent Application No. 2012-255280 3-27972 Japanese Patent Application No. 2012-271501

Although we could not find any prior art documents related to swimming and fishing methods for large-scale coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaaji, etc. There is a technique (for example, Patent Document 1) relating to a structure of a thread engaging portion that can be freely set.
There is a technique related to a swimming fishing method (for example, Patent Document 2) in which a weight is attached to the tip, thrown in with a throwing rod, and a branch Harris is attached later to fish.
There exists a thing (for example, patent document 3) regarding the detachable tool of branch Harris and branch Harris used by the swimming fishing method by the division | segmentation application of the said patent document 2. FIG.
Attach a bottom fishing device to the tip and insert it with a throwing rod, and attach an upper fishing rod with a fishing rod as a retrofit, and fishing related to fishing methods and fishing gear that can target bottom fishing and top fishing with a single throwing rod ( For example, Patent Document 4) has a floating body having a locking portion having an insertion hole larger than the thickness of the thread portion, and a technique (for example, Patent Document 5) that allows the thread portion to be freely attached and detached. There is a thing (for example, patent document 6) which provided the resistor which weakens a fish quickly when the outline body opens and fish is hung.

Put the bait hung on the nose and the back, put the float 2-7m above and put it into the sea, then the fish move freely, so the angler throws the other person's gimmicks and 1-3 of them The most common way of fishing is to monitor the entanglement of the devices, but in most cases there are tidal currents, winds, etc. on the sea surface, and small fish in the bait move around in a wide range. However, when one device is used, the fishing place to occupy must be at least 10 m per ridge by the length of the quay.
With this swimming fishing, for example, on a quay with a height of 300m, if one angler uses two rods, only a maximum of 15 people can be fished. Therefore, if an angler uses a single rod, the fishing spot to occupy should be at least 6m per one. The maximum number of people who can enjoy fishing at the same place is 25 people. The parts that make up this fishing method and make up the device and tools, the branch Harris and the detachable tool of the branch Harris, patent application 2 It was provided in 2012-090806 and Japanese Patent Application No. 2012-257665 of Patent Document 3 and Japanese Patent Application No. 2012-255280 of Patent Document 4, but there was a strong pull-in, and there was a sharp pull in a few minutes. It is a few percent Has come, including that of 此 is that a problem of providing a removable tool branches Harris viewed from another angle.

1st invention is branch Harris (8) attached to the road thread (10) thrown in by the throwing spear (11), and the said branch Harris is attachment or detachment to the road thread of the branch Harris detachable tool (8a). A thread passing part (hole / H) is provided in the free part and the removable part.
Means is provided for locking the branch Harris (8) to the road yarn (10) in a freely movable manner from the sea layer to the sea layer,
It is structured so that it can be locked to the road thread even if it is pulled out from the above-mentioned thread passing part (H),
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17)
The branch Harris (8) of the present invention is a fishing rod using a throwing rod. The branch Harris (8) can be freely locked from the sea layer to the sea layer on the road thread (10) introduced by the throwing rod (11). The provision of the locking means is a means not present in the current technical common sense, and the locking means A of the branch Harris (8) capable of freely locking between the sea level and the sea level is as follows:
The branch Harris stopper (7) is fixed in the direction of the road line axis from the sea layer to the sea layer so that it can be adjusted. A thread passing part (H) is provided, and the road thread passing part (H) is provided as a hole that can be stopped by the branch Harris stopper (7).
In particular,
The above-mentioned branch Harris and the branch Harris detachable tool (8a) to be locked to a road thread provided with a branch Harris stopper (7) in the upper layer part from the middle part of the sea above the float (6). In the conventional fishing method, it was difficult to attach a branch Harris (8) to the top of the float (6) (in the direction of the throwing rod) and throw it with a throwing rod. The branch Harris (8) to be attached to the road thread (10) thrown in step (10) is connected to the detachable part of the branch Harris detachable tool (8a) and to the detachable part. The thread part (hole / H) is provided.
By using the means for engaging the branch Harris (8) that can freely move between the branch Harris stoppers (7) (the shelf on which the fish swims) from the sea layer, for example, the “bait fishing” live bait is Since it is a locking means which can move freely between the branch Harris stoppers (7) in the depth direction, the range of movement of the bait in the depth direction can be set wide.
Figure 38, is described in Figure 40, float (4) Shimori (5) branch Harris (8) branches Harris stop body (7) provided on the float stop (6), (or branches Harris gimmicks, 8W) is freely locked between the sea level and the sea level,
Further, the locking means B of the branch Harris (8) is provided with a substantially elliptical weight (8e · 1-5) connected to the branch Harris attachment / detachment tool of the branch Harris portion (see FIG. 6).
Attach the device with the spear (11) to the road thread (10), attach the branch Harris (8) with live bait, lower it into the sea, wind up the spear, wind the spinning reel, and remove the thread dandruff to stop the branch Harris It induces live food in the body (7) direction,
When the fish that has been lowered into the sea comes to the shore side (in the direction of the tip guide 9 of the carp), it swims with the sparkling fish and the fish body in the direction where resistance is applied around the waterline near the water surface (in this case, the fish is carp) Swim in the forward direction, that is, in the direction of shallowness), and when going out to the offshore side (in the direction of the weight 1), it is easy to reach the branch Harris stop (7). Swim to the direction where the hangs (mainly bending the thread in the left and right and deep directions) with sparkling fish Although some people are diving in the direction, as shown in Fig. 7, most of the live bait (8d) is in the direction of resistance (shore direction or Swim in the left and right direction) The fish will weaken and will be eaten by birds, but the time to swim powerfully in the direction of resistance while bending the road line to `` Ku '' is swimming every few minutes and tired a little weakness, The angle of the bend, which is bent into the above-mentioned "K", becomes smaller, and when this weight is attached, the removable tool part (8a) of the branch Harris (8) slides little by little in the deep direction and is connected to this weight. It is a means to guide the bait to a depth closer to the shelf than the sea level by sliding it little by little deeply in the sea after that until the anti-tangler (8f) disappears.
A second invention is a branch Harris (8) attached to a road thread (10) thrown in with a throwing spear (11), and the branch Harris is attached to and detached from the road thread of the branch Harris removable tool (8a). A thread passing part (hole / H) is provided in the free part and the removable part.
Means is provided for locking the branch Harris (8) to the road line freely from the sea level to the sea level,
The above-mentioned branch Harris removable tool is provided with a lock structure for locking the road thread insertion port, and a lock structure for locking the branch Harris attachment / detachment to the road thread is provided.
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-3, 8a-3A, 8a-13, 8a-15, 8a-18, 8a-20)
A third aspect of the invention is a branch Harris (8) attached to a road thread (10) thrown in with a throwing spear (11). The branch Harris is attached to and detached from the road thread of the branch Harris removable tool (8a). A thread passing part (hole / H) is provided in the free part and the removable part.
Means is provided for locking the branch Harris (8) to the road line freely from the sea level to the sea level,
The branch Harris detachable tool is provided with an elastic structure (D) in the gap (S) immediately adjacent to the road thread threading portion, and a structure that makes it difficult for the road thread to pass from the road thread threading portion (H) is provided.
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-1A, 8a-2)
The fourth invention is the branch Harris attached to yarn road which supplied in rod throwing tackle (11) (10) (8), the branch Harris, detachable to road yarn branches Harris removable device (8a) A thread passing part (hole / H) is provided in the part and removable part,
Means is provided for locking the branch Harris (8) to the road line freely from the sea level to the sea level,
A one-touch mounting structure that allows one-touch mounting of the branch Harris removable tool to the road thread is provided.
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-1, 8a-18, 8a-19B, 8a-19C)
A fifth aspect of the invention is a branch Harris (8) attached to a road thread (10) thrown in by a throwing spear (11), and the branch Harris is a removable part of the branch Harris removable tool (8a) to the road thread. And a threading part (hole / H) is provided in the removable part.
Means is provided for locking the branch Harris (8) to the road line freely from the sea level to the sea level,
The snap part is provided at the attachment / detachment opening to the thread of the branch Harris attachment / detachment tool.
A branch Harris and a detachable tool for the branch Harris are provided. (Examples 8a-5, 8a-6, 8a-9, 8a-10, 8a-11, 8a-12)
In a sixth aspect of the present invention, the water resistor (any one of T1, T2, T3, T4, T5, and T6) is connected to the branch Harris and the detachable tool of the branch Harris according to the first to fifth aspects. Thus, a branch Harris and a detachable tool for the branch Harris are provided. (Examples 8W-1, 8W-1A, 8W-2, 8W-3, 8W-3A, 8W-5, 8W-6, 8W-9, 8W-10, 8W-11, 8W-12, 8W- 13, 8W-14, 8W-14-1, 8W-15, 8W-16, 8W-17, 8W-18, 8W-19A, 8W-19B, 8W-20, 8W-21, 8W-22)), (See FIGS. 4, 5, 6, 8, 10, 11, 12, 13, 14, 17, 20, 21, 22, 23, 24, 25, 26, 27, 31, 33, 34, 35, 36)
A seventh invention is a method of connecting the Harris of the branch Harris according to the first to fifth inventions and a fastener of the Harris portion of the branch Harris detachable tool, wherein at least one freely lockable The floating needle (8c-2a) is provided, stoppers (2r, 2p) are provided at both ends of the floating range of the floating needle, and between the upper end stopper (2r) of the floating range and the locking tool at the tip of the Harris portion (8c) A branch Harris and a detachable tool for the branch Harris are provided in which the Harris diameter is at least 1.3 times the diameter of the Harris portion. (Fig. 6, A)
The eighth aspect of the invention is the shape of the locking tool (8c) at the tip of the Harris portion according to the seventh aspect of the invention, and the locking that locks the belly fin portion of the fish serving as food to the locking tool at the tip A branch Harris and a branch Harris attachment / detachment tool having a locking tool having a shape provided with a portion (8c-M) are provided. (Fig. 6, B)

[Patent Document 2] Japanese Patent Application No. 2012-090806 "Technology related to swimming fishing, fishing by attaching a weight to the tip and inserting a branch Harris on a retrofit" from the common general knowledge at the time of filing,
[Patent Document 4] Japanese Patent Application No. 2012-255280 “Throw a bottom fishing and top fishing with a bottom fishing device attached to the tip and thrown in with a throwing rod, and attach an upper fishing device at the back. This is only used as a detachable tool for the branch Harris and the branch Harris.

The branch Harris (8) of the present invention can be freely locked between the underwater layer and the underwater layer by throwing fishing using a throwing rod, which has not been possible with conventional fishing methods. By providing the means, the anchor means of the branch Harris (8), which can be freely locked between the sea level and the sea level, is the sea layer part (shelf) aimed by floating fishing. ) In the process of moving from the sea level to the sea level, depending on the method of moving and fixing the float (6) to the road thread and the weight of the mechanism that is set in the mechanism. There is only a method of fishing at the timing of passing between the sea level and the sea level, and in the former case, the float (6) is moved and fixed repeatedly, and the float (6) is fixed on the shelf with the fishing results. In the latter case, the method of fishing at the timing of passing from the upper sea layer to the mid sea layer Or without, it had been difficult to hold the fishing bait with quality goods Uonotana.
The locking means for the branch Harris (8) capable of freely locking between the sea layer and the sea layer according to the present invention is a branch Harris stopper (7) on the top of the float (6) (in the throwing direction). Is provided in the direction of the upper layer from the middle layer of the sea, and the anchoring means of the branch Harris (8) that can freely move between the branch Harris stoppers (7) from the sea layer, The branch Harris stopper (7) is fixed so as to be adjustable in the direction of the thread axis}
For example, the live bait of “swimming fishing” is a locking means that can move freely in the depth direction between the branch Harris stoppers (7) from the sea layer.
For example, in the water area where sea water and fresh water of the river are mixed, the rain before the previous day is provided by providing the branch Harris (8) that can freely lock between the sea layer and the sea layer as described above. If there is a difference in the amount of precipitation or the amount of fresh water discharged from the sluice to the fishing ground when there is a sluice channel, intake channel, etc. upstream, the fish that are not good at the fresh water depending on the fish species must be in the fresh water or the lower sea level. When flowing, swim from the sea level to the mid sea level, and conversely, when fresh water flows from the sea level to the mid sea level, swim from the sea level to the sea level. It depends on the situation. (The same relationship between the upper and lower sea layers occurs depending on the degree of cooling on the previous night.)
Therefore, the locking means of the branch Harris (8) capable of freely locking between the sea layer part and the sea layer part of the present invention shifts from the sea layer part which is not good for live food to the sea layer part which prefers live food. It is one of the points that brings about a great effect in

Since the trial fishing of “Swimming fishing equipment and method, Japanese Patent Application No. 2012-090806, Japanese Patent No. 5166623”, which is the basis of the present invention, the quay at Kusatsu Port in Hiroshima city (October to December of the season) It is the position of 30 to 80m away from the person who supports the inventor and the supporter on the one character breakwater with the first "fever" with the anchors standing every 6m. Since it is a fishing method using a mechanism made by mimicking, although there is a big difference in the fishing results, until now (until 2011) if you can catch about 10 "Buri" in the whole Kusatsu Port in one season Last year (H25.-October) was a big fisherman who caught 2 to 3 hundred fish at the whole Kusatsu Port. 10kg before Of because the fish it was not much to catch, sometimes big for fishing tackle is made to sold out, it has many assortment of big game for fishing products.
This is a testament to the fact that the present invention is an important component of this fishing and contributes greatly to commerce, and is also a great effect of the invention.

The above-mentioned branch Harris and the branch Harris detachable tool are exclusively used as the branch Harris and branch Harris detachable tool of Japanese Patent Application No. 2012-255280.

Combining the above-mentioned Harris Harris device (W) with a Harris Harris detachable tool and a water resistor, the fish can be taken in faster, and the diameter of the road line is 10-30% thinner (Reference No. 10) The diameter of 0,52mm, No.12 is 0,56mm in diameter).

(A) With a branch Harris removable tool (8a-14) made of synthetic resin as the main material, the upper part of the approximately spherical ball and both sides of approximately 1/3 on the left and right sides are cut off, and the remaining 1/3 on both sides. Set the road thread on the removable tool of the branch Harris type, which is provided with two convex pieces, one with a hole and the other with a Harris winding part to fix Harris and make it a removable part. Harris winding diagram. The hole part of 14a is sectional drawing. (A) 8b-1G described in the lower part of the substantially spherical ball in the figure describes an example diagram in which branch Harris couplers are coupled. (B) Outline diagram for tightening Harris for the second time from the state of (a), (b) What is described on the figure is a simple description of how to wind. (C) Winding completion state diagram in (b). (D) Drawing which is a whole schematic perspective view of the branch Harris attachment / detachment tool (8a-14) before the branch Harris is mounted, and which prevents the drawing from becoming difficult to understand when the drawing code is too much in other drawings. (A) The branch Harris removable tool (8a-14) in FIG. 1 is a type in which a Harris winding fastening portion is provided to fix Harris, whereas the center of the hole is a large diameter and both ends are tapered. It is a detachable tool of the type in which an elastic fitting part (8b-1m, 8b-1n) facing the shape of the provided hole is fitted and Harris is fixed to be a detachable part. (B) MM sectional drawing of Fig.2 (a). (C) Branch Harris (8b-1h) installation completion drawing. (A) The perspective view of the branch Harris attachment / detachment tool which comprised the main body (15a) whose cross section of an up-down direction was rectangular, and the outer cylinder (long square cylinder) of the main body. (B) The figure which represents the fitting state of the outer cylinder (long square cylinder) (15b) part of the said main body, and the main body (15a) by NN sectional drawing of Fig.3 (a). (C) The convex part of the opening / closing arm (15c) is inserted by the elastic return force into the fitting inlet (15b1) in which the thread (10) is inserted into the threading hole (H) and the convex part of the opening / closing arm (15c) is inserted. A perspective view and a partial sectional view. (D) NN sectional drawing of FIG.3 (c), The figure showing the fitting state of the outer cylinder (long square cylinder) (15b) part of the said main body, and a main body (15a). (E) The shaping | molding schematic of the main body (15a) of Fig.3 (a). (F) NN sectional drawing of the outer cylinder (long square cylinder) (15b) part of a main body (15a). The branch Harris figure which joined the member after the removable tool to Harris by the branch Harris removable tool (8a-14, 8a-14-1). The branch Harris figure which joined the member after the detachable tool to Harris by the detachable tool (8a-15). (A) The general | schematic whole view of the branch Harris which connected the member after the detachable tool to Harris with the branch detachable tool (8a-3) with Harris. The locking means B of the branch Harris (8) is provided with a weight (8e, 1-5) having an approximately elliptical cross section in the axial direction to be connected to the branch Harris detachable tool of the branch Harris portion. (B) The shape of the grandchild needle hung between the left and right abdominal fins on the needle at the tip of the branch Harris portion, and the attached state. A figure in which live bait is attached to a branch Harris anchor and pulled down in the sea and pulled in the direction of resistance, and the road thread is in the shape of a "kushi". (A) Overall schematic view of a branch Harris device 8W-15 in which a T3 water resistor structure is combined with a branch removable tool (8a-15) (the water resistor is open). (B) Overall schematic diagram of branch Harris 8W-14 in which the branch Harris detachable tool (8a-14, 8a-14-1) is combined with the T1 water resistor structure (the water resistor T1 is opened) ) (A) The opening state figure which can attach and detach a path thread with the branch Harris detachable tool 8a-13 which provided the lock structure in the disk body which has elasticity. (B) State figure just before lock of branch Harris removable tool of (A). (C) The figure which has locked the branch Harris detachable tool of (A). (D) Example of changing the configuration of the locking mechanism of the locking structure of (A) {KK sectional view of (C)} Rk-2a type. (E) Example of changing the structure of the lock mechanism of the lock structure of (A) {KK sectional view of (C)} Rk-2b type. (A) Overall schematic view of branch Harris device 8W-16 of branch Harris detachable tool (8a-16) having water resistor T1 (water resistor T1 is open). (Aa) The example figure which made the resistor of water the turf-like thing. (B) The side view which reversed 90 degrees of the resistor side view of the water of (A). (C) 1 partial sectional view with the resistor structure part of water of (A) closed. (D) The fragmentary sectional view which made the diameter of the thread passing part hole of the detachable tool part of (C) into two steps. (Da) The fragmentary sectional view which made the thread diameter threading part hole diameter of the removable tool part of (C) into 3 steps | paragraphs. (E) OO sectional drawing of (F). (F) A view of (A). (G) An example of another type different from (E) of the closed state holding structure of the lid 16a. (A) Whole schematic diagram of branch Harris device 8W-17 of branch Harris detachable tool (8a-17) having water resistor T2 (water resistor T2 is closed) (B) (A) The side view which reversed the side view of 90 degree | times, and one fragmentary sectional view. (C) The figure which the resistor structure part of the water of (A) opened. (D) HH partial sectional view of (A) (figure of water resistance part). (E) HH partial cross-sectional view of (A) (figure in which the resistor part of water is opened.) (F) (G) Processing example diagram in which the insert processing of the snap part is divided into two parts and assembled. GG partial sectional drawing of A) (The figure which the resistor part of water closed). The branch Harris attachment / detachment tool (8a-18) in which the center of the water resistor structure portion T2 of the branch Harris device 8W in FIG. (A) Overall schematic view of branch Harris device 8W-18 of 8a-18 (water resistor portion is closed). (B) Assembling state diagram of the linear branch Harris detachable tool part with the center of the water resistor structure part of (A) in the middle, 1 partial sectional view. (C) The figure which the resistor structure part of the water of (A) opened. (D) HH partial sectional view of (A) (figure of water resistance part). (E) HH partial cross-sectional view of (A) (figure in which the resistor part of water is opened.) (F) Lower return and connection tool of the branch or detachable tool 8a-18 of the wire or rod. (G) Example figure of the detachable part to the upper side thread of the branch Harris attachment / detachment tool 8a-18 of a wire or a rod, etc. (H) GG partial sectional view of (A) The figure which the resistor part of water closed. (A) Overall schematic diagram of a branch Harris detachable tool having a water resistor part T3, in which a branch Harris detachable tool 8a-19C is combined with a water resistor structure part (the water resistor structure part is closed) ) 8W-19A (not showing the branch Harris part). (B) The branch Harris mechanism (8W-19A) whole schematic diagram in which the resistor structure part of water is open in the side view inverted 90 degrees of the (A) figure. (C) BB partial sectional view of (A) figure. (D) AA fragmentary sectional view of the (A) figure. The branch Harris detachable tool 8a-19B having the water resistor T3 provided with the branch Harris detachable part at the lower part of the support of the water resistor T3 in FIG. Branch Harris device 8W-19B (A) Whole perspective view of branch Harris detachable tool 8a-19B (the branch Harris portion is not described). (B) The whole branch Harris mechanism (8W-19B) with which the resistor part T3 of the water of the (A) figure is open is schematic. (C) BB partial sectional view of (A) figure. (D) AA fragmentary sectional view of the (A) figure. FIG. 19 is a detailed view of the branch Harris attachment / detachment structure portion 19Bz of the branch Harris attachment / detachment tool 8a-19B shown in FIG. (A) Front view of 19Bz part. (B) The side view of a (A) figure, (partial sectional view, attachment / detachment port closed state diagram). (C) The side view of a (A) figure (partial sectional view, attachment / detachment opening state diagram). (D) The perspective view of the operation side component (19Kp) of a (C) figure. (E) Assembling side of (D) in (C), (19cb, partial cross-sectional view). (F) The EE partial sectional view of a figure (A) (before assembling). (G) EE fragmentary sectional view of the (A) figure. (A) The perspective view seen from the front of branch Harris detachable tool 8a-19C. (B) The side view of a (A) figure, (partial sectional view, attachment / detachment port closed state diagram). (C) The side view of a (A) figure (partial sectional view, attachment / detachment opening state diagram). (D) The figure before the elastic piece assembly | attachment of the attachment / detachment opening closing direction of a (C) figure, 1 partial sectional drawing. (E) Perspective view of the elastic piece in the direction of closing the attachment / detachment port. (A) The perspective view seen from the branch Harris removable tool 8a-20 front. (B) The figure which made the open / closed piece of the way thread attachment / detachment port open. (C) The figure which made the locked state by sliding the outer cylinder (long square cylinder) to the upper side like FIG. (D) (C) The figure (8W-20) which connected the resistor part T4 of the water which made the center of the resistor structure part the inside through. (E) (D) The figure which the fish resisted and the resistance part T4 of the water was crushed upwards in the figure. Detailed view of water resistor T4 (A) The water resistor is floating in water. (B) The figure where the resistor part T4 of the water was squeezed upward by the fish. (C) JJ sectional drawing of (A). (D) KK sectional drawing of (B). (A) Side view of branch Harris removable tool 8a-21. (B) (A) Front view of the figure. (C) 1 partial sectional view of the way thread attachment / detachment opening / closing structure part of (A) figure. (D) The side view of the state in which the road thread attachment / detachment opening is shown in (A). (E) PP sectional drawing of a (A) figure. (F) Elastic piece (SE) perspective view of the road thread attaching / detaching port opening / closing structure part of FIG. The branch Harris mechanism (8W-21) whole schematic which assembled | attached the resistor part T3 of water to the branch Harris detachable tool 8a-21. (A) Branch Harris mechanism (8W-21) whole schematic diagram (closed) which assembled | attached water resistance part T5 to branch Harris detachable tool 8a-21. (B) Whole branch Harris mechanism (8W-21) assembly (open) which assembled | attached resistance body part T5 of water to branch Harris detachable tool 8a-21. (A) The branch Harris mechanism whole schematic diagram (closed) which assembled | attached the resistor part T2 of water to branch Harris detachable tool 8a-19C. (B) Whole branch Harris mechanism general view (open) which assembled | attached resistance body part T3 of water to branch Harris detachable tool 8a-19C. (C) Branch Harris mechanism whole schematic diagram which assembled | attached resistance body part T4 of water to branch Harris detachable tool 8a-19C. (A) The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-19C. (B) Whole branch Harris mechanism general view (open) which assembled | attached resistance body part T6 of water to branch Harris detachable tool 8a-19C. (A) Branch Harris mechanism whole schematic diagram (closed) which assembled | attached resistance body part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. (B) The whole branch Harris mechanism schematic view (open) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. (A) Schematic view of the entire branch Harris mechanism (closed) in which the water resistor T2 is assembled to the 8W-6 branch Harris removable tool 8a-6. (B) Whole branch Harris mechanism general view (open) which assembled | attached water resistance part T3 to 8H-5 branch Harris detachable tool 8a-5. (A) The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T4 of water to 8H-10 branch Harris detachable tool 8a-10. (B) The whole branch Harris mechanism schematic diagram (open) which assembled | attached the resistor part T5 of water to 8H-9 branch Harris detachable tool 8a-9. General view (open) of a branch Harris mechanism 8W-13 in which a water resistor portion T6 is assembled to a branch Harris removable tool 8a-13 having a lock structure on a disk having elasticity. (A) The figure where snap Sa-2 and Sb-2 are closed by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body. (B) The figure where the snap Sa-2 and Sb-2 are opened by the branch Harris attachment / detachment tool 8a-10 in which the wire rod is inserted into the disc body (open state in which the road thread can be attached / detached). (C) FF sectional drawing of a (B) figure. (A) The figure where snap Sa-2 and Sb-2 are closed by branch Harris detachable tool 8a-9. (B) The figure where the snap Sa-2 and Sb-2 are opened by the branch Harris attachment / detachment tool 8a-9 (open state in which the road line can be attached / detached). (C) A diagram in which snaps Sa-2 and Sb-2 are closed with an object in which a wire rod body is inserted instead of the disk body of (A) in the branch Harris removable tool 8a-10 of FIG. . (D) Snap Sa-2, Sb-2 is opened with a wire body inserted in place of the disc body of (A) in the branch Harris removable tool 8a-10 of FIG. . (E) Snap Sa-2 and Sb-2 are closed by branch Harris removable tool 8a-11. (F) The figure where the snap Sa-2 and Sb-2 are opened by the branch Harris attachment / detachment tool 8a-9 (open state in which the road line can be attached / detached). (G) The branch Harris removable tool 8a-10a shown in FIG. 28 (A) A wire rod inserted into a square instead of a disk. (A) The branch Harris removable tool 8a-12, which is composed of a wire rod having a medium sesame and a snap. (B) (A) Detailed part of the sesame assembly part. (C) (GG) sectional drawing of (A). (A) The figure which provided the slit in the side of the thread thread threading hole of the ball | bowl with the branch Harris detachable tool 8a-2, and formed the elastic part in the immediate vicinity of the said hole. (B) Side view of (A). (C) NN sectional drawing of (A). (D) Whole branch Harris mechanism general view (open) 8W-2 which assembled | attached the branch Harris attachment / detachment tool 8a-2 and the water resistance part T6. (E) Branch Harris mechanism whole schematic view (open) 8W-2 in which the branch Harris detachable tool 8a-2 and the water resistor T5 are assembled. (A) The branch Harris detachable tool 8a-4 snap open state in which a ring hole is provided in the wire rod. (B) The branch Harris detachable tool 8a-4 snap closed state in which a ring hole is provided in the wire rod. (C) The branch Harris removable tool 8a-5 snap open state in which a ring hole is provided in the wire rod. (D) The branch Harris removable tool 8a-5 snap-closed state in which a ring hole is provided in the wire body. (E) The branch Harris removable tool 8a-6 snap open state in which a ring hole portion and an elliptic cylinder are provided in the wire body. (F) Branch Harris removable tool 8a-6 snap open state (half sectional view) provided with a ring hole and an elliptic cylinder in the wire body. (G) The closed state perspective view of the branch Harris detachable tool 8a-6 snap which provided the ring hole part and the elliptic cylinder in the wire rod. (A) The side view of branch Harris removable tool 8a-1 which provided the threading hole in the upper part in the cylindrical body, and provided the connection hole to the locking tool after branch Harris removable tool in the lower part. (B) Front view of (A). (C) Whole schematic figure (closed) of branch Harris mechanism 8W-1A which assembled | attached the resistor part T2 of water to (E). (D) Overall schematic view of the branch Harris mechanism 8W-1 in which the water resistor T3 is assembled to (A) (open). (E) An elastic body convex part is formed in the gap (S) near the path thread passing hole and the connecting hole from the branch Harris detachable tool to the locking tool after the branch thread threading hole at the upper part and the thread thread passing hole at the upper part in the cylindrical body. The side view of the provided branch Harris detachable tool 8a-1A. (F) Front view of (E). (G) PP sectional drawing of (E). (H) DD sectional drawing of (G). (A) Side view (partial sectional view) of a cylindrically foldable branch Harris removable tool 8a-3. (B) Front view of (A). (C) Side view (partial cross-sectional view) in which a cylindrical body is folded. (D) The figure just before a road thread is inserted and locked. (E) TT sectional drawing of (A). (F) Whole schematic figure (closed) of branch Harris mechanism 8W-3 which assembled | attached the resistor part T2 of water to (E). (A) Shape side view at the time of resin molding of a rugby ball type branch Harris removable tool. (B) Front view of rugby ball type branch Harris removable tool 8a-3A. (C) Branch Harris detachable piece opening view. (D) SS sectional drawing of (B). (E) Overall schematic view (closed) of a branch Harris mechanism 8W-3A in which a water resistor T2 is assembled to (B). The branch resistor device (8W-1 to 8W22) water resistor, the branch Harris detachable tool, and a connecting method of the locking tool from the branch Harris detachable tool (binding procedure with Harris 8b-1). Example of attaching the branch Harris stopper (floating stopper) to the road thread FIG. 6 is a schematic diagram of a standing state in which a device is turned on in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 “A swimming fishing method” and waits for a hit. Japanese Patent Application No. 2012-255280 in Japanese Patent Application No. 2012-255280 Schematic diagram of the standing state of waiting for a hit by putting a device in the “fishing method in which an upper fish and a bottom fish can be aimed at simultaneously with a single rod”. The water resistor of this application, the branch Harris attachment / detachment tool, and the branch Harris state apparatus from the branch Harris attachment / detachment tool to the needle are put in, and the standing state is schematically shown.

Mainly the invention of the branch Harris removable tool (8a) and the part from the removable tool to the locking tool, and by accumulating the incidental invention, it adheres to the seabed obstacles (rocks and rocks of the seabed Shellfish and seaweed, large garbage that has been discarded and fallen to the bottom of the sea, and a half-buried driftwood settled and half buried in the sea floor) (An angler generally says that shelves are widened), and there are several to ten or so times of intense pull-in before the fish catches, but it can withstand the strong pull-in In addition to several inventions that reduce the number of times fish are hung but cut off in the process of taking it in, etc., even beginners can catch large fish from the land (ship), swimming fishing devices, and their devices The method of fishing used can be invented. The branch Harris detachable tool viewed from a different angle of the branch Harris detachable tool (8a) can be added. Attach a branch Harris mechanism (8W) combined with T6) to facilitate fish uptake and disperse the fish pulling power in the water resistance part, so 10% of the road thread to attach this branch Harris mechanism (8W) It can be made fishing gear that is 30% thinner.

Only the branch Harris attachment / detachment tool (8a) according to the present invention is used as a product, or a branch Harris mechanism (8W) in which a resistor body (T1 to T6) of water is combined with the “branch Harris having a branch Harris attachment / detachment tool”. It is good as a product, and since it is a large fish, the Assy mechanism {branch Harris attachment / detachment tool (8a), twist back (Y), Harris (8b-1) , 8b-1G, 8b-1H) and a locking device (8c) attached to the tip of the branch Harris, the main structure} is commercialized as each branch Harris It is preferable to select the component part and to select the part including Harris, and it is possible to cut off the mechanism and escape to the fish, and to reduce wasteful investment. Therefore, the branch Harris 8 (or 8W) is preferable. ) Assy To recommend the products of on credit. (Nearly 70% of the Harris breakage part of large fishing is Harris binding portion, preferably the binding portion is coated with a plastic resin, or Harris diameter near the tip portion should be at least 1.3 times. .)

Each dimensional relationship in the drawings is enlarged for important portions, exaggerated where details are difficult to understand, and reduced when describing wide portions or portions that are less important in the present invention. Thus, the dimensions between and within the drawings are not proportional, and are not actual or scaled.
Also, when the interval between lines is narrow, it is likely to become a black and thick line at the scanning stage, so the interval between lines is widened or written with a single line.
Furthermore, parts other than the basic (main) mechanism of the present invention are omitted between the drawings.

1st invention has branch Harris (8) attached to the road thread (10) thrown in by the throwing spear (11), and the said branch Harris is detachable to the road thread of the branch Harris removable tool (8a). And threading part (H) is provided in the part and removable part,
Means is provided for locking the branch Harris (8) to the road yarn (10) in a freely movable manner from the sea layer to the sea layer,
It is structured so that it can be locked to the road thread even if it is pulled out from the above-mentioned thread passing part (H),
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17)
The branch Harris (8) of the present invention is a fishing rod using a throwing rod. The branch Harris (8) can be freely locked from the sea layer to the sea layer on the road thread (10) introduced by the throwing rod (11). The provision of the locking means is a means not present in the current technical common sense, and the locking means A of the branch Harris (8) capable of freely locking between the sea level and the sea level is as follows:
The branch Harris stopper (7) is fixed in the direction of the road line axis from the sea layer to the sea layer so that it can be adjusted. A thread passing part (H) is provided, and the road thread passing part (H) is provided as a hole that can be stopped by the branch Harris stopper (7).
Furthermore, the locking means B of the branch Harris (8)
By providing a substantially elliptical weight (8e · 1-5) connected to the branch Harris attachment / detachment tool of the branch Harris section (see Fig. 6), the road thread (10 ), Attach the branch Harris (8) to which the live bait is attached, lower it into the sea, wind a spear and wind a spinning reel, and guide the live bait in the direction of the branch Harris stop (7) while removing the dandruff. When the fish that has been lowered into the sea comes to the shore side (in the direction of the tip guide 9 of the carp), it swims with the sparkling fish and the fish body in the direction where resistance is applied around the waterline near the water surface (in this case, the fish is carp) Swim in the forward direction, that is, in the direction of shallowness), and when going out to the offshore side (in the direction of the weight 1), it is easy to reach the branch Harris stop (7). Direction (mainly left and right and deep direction) Swim with a sparkle and fish body while throwing a live bait and throwing it into the sea when you put it in the sea, there are some people who dive straight in the deep direction, but most of them live as shown in Figure 7 The bait (8d) swims in the direction of resistance (shore direction or left and right direction) while bending the road thread into a “U” shape when it is alive. If you leave it, the fish will weaken and you can eat it like birds,
However, the time to swim powerfully in the direction of resistance while bending the road line in a “koji” is less than a few minutes, and when the tiredness is a little weak, the angle of the bend bent to the “koji” becomes smaller. At this time, if this weight is attached, the removable tool portion (8a) of the branch Harris (8) slides little by little in the deep direction until the entanglement stopper (8f) connected to this weight disappears. After that, it slides little by little deeply in the sea, and it is a means to introduce food to a depth closer to the shelf than the sea level.

The branch Harris detachable tool (8a-14) of the branch Harris cuts out the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right, and two parallel to the left and right of the central part of the remaining 1/3. A substantially V-shaped slit (W) is provided between the convex pieces (14a, 14b) and the convex pieces, a thread thread passing hole (H) is provided at the back of the slit, and a thread thread passing hole ( H) A gap (S) that allows the thread to pass through is formed most recently,
A hole (14c, 14e) is provided in the right direction of the convex portion (transverse direction of the convex portion) at substantially the center of both convex pieces provided in parallel on the left and right sides,
In the Harris hole (14c) on one convex portion of the hole provided above, the other Harris end portion of Harris having a stopper (8b-1d) provided on one Harris end portion is inward from the outside. Insert the other Harris until the stopper comes into contact with the Harris hole of the one convex portion (14a),
A concave surface portion is provided on the upper surface of the convex portion above the Harris hole of the other convex portion,
The cut portion is close to the bottom of the Harris hole of the other convex portion so as to follow the cut-out plane portion from the ball side surface portion of the other convex portion toward the Harris hole (14e) of the other convex portion (14b). It is connected to the Harris hole (14e) and provided as a Harris introduction part. (The cut of the ball side surface part is a Harris introduction port with a wide part on the side of the ball side part)
The upper surface of the convex portion provided as the Harris introducing portion of the other convex portion is an inclined surface whose side surface direction is lowered.
The branch Harris detachable tool (8a-14) of the above-mentioned Harris is provided with two convex piece holes even if the yarn passes through the gap (S) through which the yarn can pass from the yarn passing hole (H). (14c, 14e) The path thread is locked by Harris (8b-1G) connecting (14c, 14e), and the hung fish is structured not to escape.

How to use the branch Harris removable tool,
Elastically deforms the road thread as long as it does not damage the thread (S) in the gap (S) at the back of the guide section of the branch Harris removable tool from which the other Harris has been drawn out. Then, it pushes into the gap (S) and penetrates the through hole (H). (Thus, the gap (S) at the back of the guide portion is a gap (S) adapted to the diameter of the road thread, and adapted to the diameter of the road thread. (It is necessary to use a branch Harris removable tool having a gap (S))
Next, the Harris ring pulled out through the split part of the other convex part is wound around the Harris ring with the hole (14e) so that the exit part of the Harris ring is at the back (see FIG. 1a). This tightening is performed at least twice (see FIGS. 1B and 1C), and Harris is attached to the removable part of the removable tool.
By binding (attaching) the Harris (8b-1G) from the Harris hole (14c) of one convex part to the Harris hole (14e) of the other convex part (14b), the above-mentioned thread thread through hole (H) It is structured so that it can be locked to the thread even if the thread is pulled out from. (The structure that does not let the caught fish escape)
Next, the connection tool (81) is connected to the other Harris end portion which has been tightened, and the branch Harris section extending from the branch Harris attachment / detachment tool to the locking tool is connected to the connection tool (81). A bait (8d) for fish is attached to the tool (8c), lowered into the water, the reel is wound up until the string is stretched, the drag of the reel is loosened, and waiting for a hit.

The explanation of FIG. 1 is a branch Harris removable tool (8a-14) mainly made of synthetic resin.
FIG. 1 (a)
The upper part of the approximately spherical ball and both sides of approximately 1/3 on the left and right sides are cut off, and a substantially V-shaped slit (W) is provided at the center of the remaining 1/3. H) is provided as a thread passing part,
It has a shape in which a gap (S) through which the thread can pass is formed immediately near the thread thread through hole (H) at the back of the slit, and is parallel to the slit at the center of the remaining 1/3 of the cutout. Two convex pieces are provided on the left and right sides, a branch Harris insertion hole (14c) is provided in one of the convex pieces (14a), and one end of the branch Harris is inserted into the branch Harris insertion hole (14c). Insert from the center of the body outward and pull out the end of the one branch Harris to give it a retaining function {for example, connect one end of the branch Harris to make two or three bumps The other end of the branch Harris that has been treated for the above-mentioned retaining function in the direction from the outer side of the ball to the center side. The branch Harris that has been inserted into the insertion hole of the branch Harris is pulled, and the insertion hole (1 4c) is brought into close contact with the retaining portion.
Next, the other convex piece (14b) of the substantially spherical ball is provided with a branch Harris insertion hole (14c) and a concave surface for winding Harris on the upper surface of the insertion hole, and further a slit groove for introducing Harris into the insertion hole (14c). Is formed by connecting the insertion hole (14c) from the lower front side of the other convex piece (14b) of the substantially spherical ball and providing a cutting groove for introducing Harris. Wearing a branch Harris that is wound in a single winding by making a Harris ring and pulling it into the insertion hole (14c) of the above-mentioned branch Harris and the concave surface around which Harris is wound around the insertion hole so that the Harris removal side is at the back It is a procedure diagram.

FIG. 1 (b) is a diagram showing how to mount branch Harris that is wound twice on the other split piece (14b) of the convex piece of the substantially spherical ball to repeat the winding. What is described above is a simple description of how to wind.

FIG. 1 (c) is a state diagram of the winding completion in FIG. 1 (b), and shows an example diagram in which the branch Harris coupling tool described below the substantially spherical ball in FIG. Insert the Harris that is provided with the retaining hole into the insertion hole (14c) of the branch Harris on one side (14a) and provide the retaining member, and connect the connector to the other end of the fixed Harris. For example, after setting the road thread (10), all you have to do is wrap a Harris ring around the cutting piece.
This wrapping method is a wrapping method in which a rope is wound around a mooring rod of a ship, and even if the thread is pulled out from the threading hole (H) of the road thread, the branch Harris removable tool is locked to the road thread. There is a feature that Harris on the branch is not off the path.

FIG. 1 (d) is an overall schematic perspective view of the branch Harris detachable tool (8a-14) before the branch Harris is attached, and it is avoided that the drawing becomes unintelligible if the drawing code is too much in other drawings. Drawing.

The removal of the branch Harris detachable tool (8a-14) is a method of cutting off the part having the retaining function and unwinding and re-creating it. Since there are many cases where scratches are found in difficult-to-understand places, it is recommended that Harris be cut off and discarded to make Harris (a product without 8b-1G retainer 8b-1d) and set it again.

Another type of branch Harris attachment / detachment tool 8a-14, which is made of synthetic resin as a main material, and is a branch Harris attachment / detachment tool (8a-14-1) of approximately 1/3 of the upper and left and right sides of the substantially spherical ball. Cut out both sides, provide two convex pieces (14a, 14b) parallel to the left and right of the central part of the remaining 1/3, and provide a substantially V-shaped slit (W) between the convex pieces. A thread threading hole (H) is provided in the slit, and a gap (S) through which the thread thread can pass is formed immediately adjacent to the thread threading hole (H) at the back of the slit,
A hole (14 cm, 14 en) having a taper with a large diameter at the center and a small diameter at both ends is formed in the right direction of the protrusion (transverse direction of the protrusion). Providing a slit groove for introducing Harris into the insertion hole (14 cm, 14 en) from the front side of the lower part of both convex pieces (14 a, 14 b) of the substantially spherical ball toward the insertion hole (14 cm, 14 en). The cutting part is provided near the bottom of the Harris hole of both convex parts so as to follow the cut-out flat part, and it is connected to the Harris hole (14cm, 14en) as a Harris introduction part. (See Figure 2a)
The elastic fitting (8b-1m, 8b-1n) having a shape corresponding to the shape of the Harris hole (14cm, 14en) and the branch when Harris (8b-1H) comes out of the hole (H) through which the thread is passed A stopper (8b-1na) for locking Harris to the thread is fixedly attached to Harris on the connector (81) side from the fitting part, and the left elastic fitting (8b- 1m) is provided with a retaining stopper that does not come off in the direction of the branch Harris anchor (8c).
Further, a pulling tool (8b-1ma) for pulling out the Harris (8b-1H) on the left side (see the drawing) is provided (see 8b-1H described in the lower section of FIG. 2b).
The branch Harris detachable tool (8a-14-1) of the above-mentioned branch Harris is provided with two convex pieces even if the path yarn comes out from the path thread passing hole (H) through the gap (S) through which the path thread can pass. The thread is locked by Harris (8b-1H) connecting the holes (14cm, 14en) and the fish caught is structured not to escape.

The usage of the branch Harris removable tool (8a-14-1)
The above-mentioned branch Harris detachable tool is elastically deformed so that it does not damage the gap (S) at the back of the guide section through the substantially V-shaped guideline, and the gap (S) is formed. The guide thread is passed through the threading hole (H) (the gap (S) at the back of the guide section is a gap (S) adapted to the diameter of the thread, and the gap (S) adapted to the diameter of the thread is formed). It is necessary to use a branch Harris removable tool that has)
Next, the Harris (8b-1m) is fixed to the Harris (8b-1H) with an elastic fitting (8b-1m, 8b-1n), and the Harris introduction part is passed through the Harris hole (14cm, 14en). Introduce to the position where possible, pull the Harris (8b-1H) to the connection tool (81) side, and insert the elastic fittings (8b-1m, 8b-1n) with the center of the hole as the large diameter Is inserted into a hole provided with a taper having a small diameter (see FIGS. 2b and 2c).
Next, the branch Harris section leading to the locking tool after the branch Harris removable tool is connected with the connecting tool (81) connected in advance to the Harris end, and the locking tool (8c) Attach the bait (8d), lower it into the water, wind up the reel until the string is stretched, loosen the drag of the reel and wait for the hit.

Fig. 2 (a) is a branch Harris removable tool (8a-14-1) made of synthetic resin as a main material, with the upper part of the approximately spherical ball and both sides of approximately 1/3 left and right cut away, and the remaining 1 / 3 is provided with a substantially V-shaped slit (W) at the center, and a thread thread through hole (H) is provided as a threading portion at the back of the slit,
It has a shape in which a gap (S) through which the path thread can pass is formed immediately near the thread thread through hole (H) at the back of the slit, and is substantially the same as a notch groove at the center of the remaining 1/3 of the notch. A branch Harris removable tool (8) provided with a V-shaped slit and left and right in parallel with the slit (8)
a-14) The detachable part of Harris of the branch Harris is changed into a fitting type,
Both of the convex pieces of the substantially spherical ball (14a, 14b) are provided with the shape of the holes being tapered so that the center of the hole has a large diameter and both ends have a small diameter. (14a, 14b) of the branch Harris insertion holes (14cm, 14en), and the slits for introducing Harris into the insertion holes (14cm, 14en) of both of the convex pieces (14a, 14b) of the substantially spherical ball It is the perspective view provided by connecting with the said insertion hole (14c, 14e) from the near side.
2 (b) is a cross-sectional view taken along the line MM of FIG. 2 (a), and is connected to the insertion hole (14cm, 14en) from the front side of both convex pieces (14a, 14b) of the substantially spherical ball,
A split groove for introducing Harris is provided, and the fitting parts (8b-1m, 8b-1n) opposite to the shapes of the holes (14a, 14b,) of both of the convex pieces of the substantially spherical ball provided are branch Harris. The Harris portion of the branch Harris (8b-1H) fixed to (8b-1H) and provided with a pulling portion (8b-1ma) for extraction is drawn into the insertion hole from the split groove for introducing the Harris in the direction of the arrow. A chamfered portion (45 ° to 30 °) that is easy to fit into the insertion hole (14b, 14en) of the branch Harris and the fitting portion (8b-1m, 8b-1n) corresponding to the shape of the hole. The chamfer (°) is not shown, but the chamfered portion is attached, and the fitting portion (8b-1m) is provided with a retaining flange on the 8b-1ma side so as not to come out in the direction of the Harris connector. .
FIG. 2 (c) is a diagram illustrating the completion of mounting the branch Harris (8b-1h).
The branch Harris removable tool (8a-14, 8a-14-1), which is mainly made of synthetic resin, is described as a ball as an example, but it is not limited to the shape, but is a polygon such as a disk, square, or octagon. Even with a rounded shape including a cube or a cross-sectional shape of a substantially elliptical shape, the branch Harris stopper (7, preferably 2 to 3 times the diameter of the thread) is used, and the branch Harris removable tool (8a) is used. The present invention includes all the branch Harris (8) that has a function of stopping and freely locking the branch Harris stopper (7) between the sea surface (between the throwing rods) to the road thread. .

The branch Harris removable tool (8a-15) is composed of a main body (15a) having a rectangular cross section in the vertical direction and a shell (long square cylinder) (15b) of the main body, which is made of synthetic resin as a main material. The main body (15a) is provided with an open / close arm (15c) having an elastic property for opening and closing the insertion port (W) of the road thread (10), and a guide unit for the road thread from the insertion port (W) to the back, and the road thread A threading hole (H) that is locked to the front side and the back side (as viewed in the drawing) is provided; {the threading hole (H) of the above-mentioned thread is stopped by the branch Harris stopper (7); and The hole that can freely move between the branch Harris stopper (7) and the sea surface} A gap (S) that connects the guide line of the road thread and the thread pass hole (H) is formed at the back of the guide part. Provided near the threading hole of the road thread, the rear part of the main body has a cutting piece (15a-1) serving as a forward end and backward end stopper, and a branch Harris removable tool. Connecting Harris leading to more fastener (8c), the connecting portion (15f) is provided with,
The outer cylinder (long rectangular cylinder) (15b) of the main body is assembled so as to substantially cover the entire right half of the main body (see FIGS. 3a and 3e).
On the lower surface of the outer cylinder (hereinafter referred to as a slider) (15b) of the main body, a stopper forward end retreat end slide port (on which a convex portion of a main body cutting piece serving as a forward end and reverse end stopper of the slider (15b) slides ( 15b2) and an entrance (15b1) into which the convex part of the open / close arm (15c) is fitted on the upper surface of the slider (15b),
The molded body of the main body (15a) and the slider (15b) of the main body are assembled by inserting the outer cylinder (15b) in the direction of the connecting portion (15f) from the thread passing hole (H) side of the main body (15a). The opening / closing arm (15c) is pressed downward, the opening / closing arm (15c) is placed in the slider (15b), and further pushed in the direction of the connecting portion (15f), and the cutting piece (15a1) having the convex portion of the forward / backward end stopper. When the convex portion of the stopper is pushed up into the slider (15b) and further pushed in the direction of the connecting portion (15f), the convex portion of the open / close arm (15c) is fitted into the fitting opening (15b1) by the elastic return force.
{Refer to FIG. 3 (f)} The protruding portion of the cutting piece (15a1) is caused by the elastic return force at the forward end of the slider (15b) of the stopper forward / backward end slide port (15b2) provided on the lower surface of the slider (15b). Inserted. {It will be in the state of FIG. 3 (c) and FIG. 3 (d)}
Further, the assembly is completed by pushing the open / close arm (15c) downward and pushing the slider (15b) in the direction of the connecting portion (15f) of the main body (15a). {The state shown in Fig. 3 (a) and Fig. 3 (b)}
In this case, it is sufficient to assemble the cut pieces to be the forward end and backward end stoppers to the slider (15b) once.

The usage of the branch Harris removable tool (8a-15)
In the state where the open / close arm (15c) is opened {FIG. 3 (a)}, the guide thread and the thread passing the guide thread (10) from the guide thread guide (W) through the guide thread guide at the back. Insert the thread (H) through the gap (S) connecting the holes (H), push down the open / close arm (15c), and push the slider (15b) to the left until the forward end stopper hits When the open / close arm (15c) that has been pushed down is released, the convex portion of the open / close arm (15c) is fitted into the fitting opening (15b1) provided on the slider upper surface by an elastic return force, and the open / close arm (15c) ) Is locked. {It will be in the state of FIG. 3 (c) and FIG. 3 (d)}
When detaching, the branch Harris detachable tool (8a-15) can be removed from the road thread (10) by performing the reverse procedure described above. {Return to the state of FIGS. 3A and 3B}

FIG. 3A shows a branch Harris detachable tool (8a-15) composed of a main body (15a) having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body. An opening / closing arm (15c) having an elastic property for opening and closing the insertion port (W) of the yarn (10) is provided, and a guide portion for the thread is provided at the back from the insertion port (W), and a threading hole for locking to the thread Is provided so as to penetrate from the front side to the back side (as viewed in the drawing), and the gap (S) connecting the guide part of the road thread and the threading hole (H) is in the vicinity of the threading hole behind the guide part of the road thread. Provided at the rear part of the main body is a connecting part for connecting Harris after the detachable tool of the split Harris and branch Harris as the forward end and backward end stopper,
The outer cylinder (long square cylinder) (15b) of the main body is assembled so as to cover substantially the week before the right half of the main body,
This figure (FIG. 3a) is a state diagram in which the main body hits a stopper and the open / close arm (15c) is opened.
FIG. 3B is a cross-sectional view taken along the line NN in FIG. 3A and shows a state in which the outer cylinder (long square cylinder) (15b) of the main body is fitted, and the open / close arm (15c) is opened. In this state, the convex portion of the cutting piece (15a1) is in contact with the stopper of the stopper advance / retreat end slide port (15b2) provided on the lower surface of the outer cylinder (long square cylinder) (15b) of the main body. Is a diagram showing that is located at the last retracted end of the main body,
The convex part of the opening / closing arm is not fitted in the fitting opening (15b1) provided on the upper surface of the outer cylinder (long rectangular cylinder) (15b) of the main body, into which the convex part of the opening / closing arm (15c) is fitted.
3 (c), from the state of FIG. 3 (a), the thread (10) is inserted into the thread passing hole (H) from the opening (W) of the opening / closing arm (15c), and the opening / closing arm (15c) is inserted. Hold down and slide the outer cylinder (long square cylinder) (15b) of the main body to the left until the convex part of the cutting piece (15a1) hits the stopper, and the convex part of the open / close arm (15c) is inserted. It is the figure which inserted the convex part of the opening-and-closing arm (15c) in the fitting entrance (15b1) by elastic return force, and this state locks the branch Harris detachable tool (8a-15) to the road thread (10), Furthermore, it is the figure which locked opening and closing of the opening-and-closing arm (15c).
FIG. 3D is a cross-sectional view taken along line NN in FIG. 3C and shows a state in which the outer cylinder (long square cylinder) (15b) of the main body is fitted, and the outer cylinder (15b) of the main body is shown. The convex portion of the cutting piece (15a1) is in contact with the forward end of the outer cylinder (15b) of the stopper forward / backward end slide opening (15b2) provided on the lower surface, and the outer cylinder is positioned at the most forward end of the main body. Is a diagram showing that
It is made to fit in the fitting inlet (15b1) which fits the convex part of the opening-and-closing arm (15c) provided in the upper surface of the outer casing (15b) of the said main body.
FIG. 3 (e) is a schematic diagram of molding of the main body (15a) of FIG. 3 (a),
An opening / closing arm (15c) for opening and closing the insertion port (W) of the road thread (10), a guide unit for the road thread from the insertion port (W) to the back, and a threading hole (H) for locking to the road thread. Provided from the front side to the back side (as viewed in the drawing), and provided with a gap (S) connecting the guide part of the thread thread and the threading hole (H) in the vicinity of the threading hole behind the guide part of the thread thread. The rear part of the main body is provided with a connecting portion (15f) for connecting a split piece serving as a forward end and a backward end stopper and Harris after the branch Harris removable tool,
Assembling the molded body of the main body (15a) and the outer cylinder (15b) of the main body inserts the outer cylinder (15b) from the threading hole (H) side of the main body (15a) toward the connecting portion (15f), The open / close arm (15c) is pressed downward, the open / close arm (15c) is placed in the outer cylinder (15b), and further pushed in the direction of the connecting portion (15f), and a cutting piece (15a1) having a convex portion of the forward / backward end stopper. When the convex part of the stopper is pushed up into the outer cylinder (15b) and further pushed in the direction of the connecting part (15f), the fitting opening (15b1) into which the convex part of the opening / closing arm (15c) is fitted,
The convex part of the cutting piece (15a1) is caused by the elastic return force at the forward end of the outer cylinder (15b) of the stopper forward / backward end slide port (15b2) provided on the lower surface of the outer cylinder (15b) in FIG. 3 (c) and 3 (d) are inserted, and the open / close arm (15c) is further pushed downward to push the outer cylinder (15b) toward the connecting portion (15f) of the main body (15a). Thus, the state shown in FIGS. 3A and 3B is obtained, and the assembly is completed.
In this case, it is only necessary to assemble the cut piece serving as the forward end and backward end stopper to the outer cylinder (15b) once.
Although the above-mentioned branch Harris removable tool (8a-15) is described as an example of a square with a long vertical section, the polygonal cube such as a round bar, a hexagon, an octagon, etc. The thing of is included.

The branch Harris detachable tool (8a-14, 8a-14-1, 8a-15) is further returned (Y), the weight (8e) and the entanglement pipe (8f) and Harris (8b) for the purpose of marking. -1, 8b-1G, 8b-1H) and a branch (8c) having the main structure, and a branch mainly composed of synthetic resin with a locking tool (8c) attached to the tip of the branch Harris. Harris is a detachable tool (see FIG. 4, FIG. 5)
From the above, the return (Y) may be commercially available, but there are many cases where fish of about 10 kg can be caught. Therefore, it is preferable to use a snap sulcan with a stopper having a strength of NO3 or more. The connecting tool after the detachable tool is preferably a snap sulcan with a stopper of NO3 or more.
Although the weight (8e) is preferable, a weight having a small diameter in both end directions of No. 0.3 to No. 6 is preferable, but use with live bait (swimming fishing) is a kind of bait, Although it depends on the size, we used No. 1 to No. 4 in the trial fishing for yellowtail fishing.
It is preferable to use No. 3 to No. 6 and the heavy weight (8e) in the fishing method aiming at the upper fish and the lower fish with one rod.
This weight is the locking means B of the branch Harris (8), but it can be easily attached to the Harris of the branch Harris (8) having no weight of the same shape after purchase. 8) is also within the scope of the present invention.
Although it is Harris but described in paragraph [0085], if you are aiming for a big fish, you want to use fluorocarbon No. 10-12, but if you are used to fishing and are good at handling reel drag, No. 5 is catching 8-10kg of pretend.
Although the tangle-preventing pipe (8f) for the purpose of the mark is acceptable as long as it can recognize how much the above-mentioned branch Harris (8) is on the sea surface, fluorescent red and white are preferable.
Although it is a locking tool (8c), a single hook (one needle commonly used), a double hook (a bifurcation at 120 ° which is used in lure fishing by several percent), a triple hook ( Use one that is often used in lure fishing at 3 ° or 120 °, and add a grandchild's needle for bait, and bind two needles in series. A lantern hanging with two needles suspended in parallel, one with two needles in series, and one with one loose, etc. Although it is the main bundling method of the locking tool (8c), selecting an object that matches the size of the target fish will lead to good fishing results.
In the case of floating fishing, select the target fish. For example, in the case of sea bass, yellowtail, and flatfish (a high-class fish of the yellowtail), there are many people who choose a binding method that is easy to swallow. I heard that there is no big difference even if it is used in
Add a grandchild needle for feeding bait with a single triple hook for medium fish and large fish in the above (Swimming fishing) and “Fishing aiming fish and bottom fish with a single rod” It is preferable that the two needles are connected in series, and one of the two needles is made loose, or a grandchild's needle is attached to the tip needle between the belly fins of the bait fish.

The explanation of FIG. 4 is a branch Harris removable tool (8a-14) mainly made of synthetic resin.
As shown in FIGS. 1 (a) to 1 (c), the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides are cut out, and a cutout groove is formed in the center of the remaining 1/3. And a substantially thread-shaped slit (W), a thread thread through hole (H) is provided at the back of the slit, and a gap (S) through which the thread thread can pass through the thread thread through hole (H) at the back of the slit. One of the convex pieces of the substantially spherical ball left on the left and right in parallel with the slit is provided with a substantially V-shaped slit at the center of the remaining one third of the cutout. (14a) is provided with a branch Harris insertion hole (14c), and one end of the branch Harris is inserted into the insertion hole of the branch squirrel from the center side of the substantially spherical ball to the outside,
Pull out the end of the one branch Harris to have a retaining function, or insert the other end of the branch Harris that has been previously treated for the retaining function from the outside of the ball toward the center, and then The road thread (10) is inserted into the road thread passing part (H), and is wound twice on the other side (14b) of the convex piece of the substantially spherical ball (by a method of winding on the mooring barge of the ship) and connected. Snap Sarcan (81) of ingredients,
The twist (8), the weight (8e), the tangle-preventing pipe (8f) that serves as a mark, and the fastener (8)
b-1G, 8b-1H) is a state of engagement of the branch Harris detachable tool (8a-14) connected to the road thread, to both the convex pieces of the substantially spherical ball (14a, 14b). The branch Harris attachment / detachment tool (8a-14-1) is different from the branch Harris attachment / detachment tool (8a-14-1) only in the mounting method of the convex piece of the substantially spherical ball. The explanation is omitted here.

When the explanation of FIG. 5 is given, the main body of the synthetic resin is the main material, and the vertical cross section is rectangular (15a),
A main body provided with a lock structure that locks the insertion and removal of the road thread (10) by sliding in the longitudinal direction of the outer cylinder of the main body with a branch Harris removable tool (8a-15) constituted by the outer cylinder (long square cylinder) of the main body The connecting Harris part is connected to the connecting Harris part by the Harris (8b-1) from the snap sulcan (81) of the connecting tool to the locking tool. (Since it is the same as the part from the snap sarkan (81) of the connection tool to the locking tool in the previous paragraph, it is omitted.)

The branch Harris device 8W-14 is a branch Harris having a water resistance portion T1 and a branch Harris removable tool (8a-14, 8a-14-1).
The branch Harris and the branch Harris detachable tool (8a-14, 8a-14-1) are provided with a water resistor T1 (8W-14), and the water resistor is provided with a sheet body housing portion of the resistor. The water passages (16Hb, 16Ha), which contain the sheet body (16c), pass from the thread insertion guide (W) through the thread passage hole (H) and are connected to the sheet body housing portion of the water resistor. ) And when the water flows in from the water passage, the stored sheet body and the lid (8a-16a) of the sheet body storage section are pushed open, the inside of the sheet body is pushed out into the water, a parachute shape (16c), or a turf shape ( The branch Harris and the branch Harris detachable tool are characterized in that the water resistor T1 serving as a sheet of the water resistor 16c1) is provided in the branch Harris detachable tool. {Figure 8 (B)}

The branch Harris device 8W-15 is provided with a water resistor T3 at the lower part of the branch Harris and the branch Harris removable tool (8a-15) {FIG. 8 (A)}, and the water resistor T3 is a water resistor. The outer body (19c) is divided into a plurality of outer bodies (19a) and an outer body holding structure (2Xa) for holding the outer body (19a) so as to be openable and closable. Consists of a wing part that receives water resistance when opened, a sphere (19aa) provided at the upper end, and a shaft part (19ab) that connects the wing part and the sphere (19aa), and the outer body holding structure part (2Xa ) Is provided with a fitting portion for fitting the spherical body (19aa) provided at the upper end portion of the outer body in the resistor body (19c) of water, and the opened outer body (19a) is held openably and closably. A holding cab (19b) is provided and fixed. The outer body et a (19a) resilient ring to freely open and close (19DA) is provided with a ring fitting groove,
When a fish catches and escapes, a large amount of water enters between the lower part of the resistor body (19c) and the outer body (19a), and when the force to open and escape the outer body (19a) becomes weaker, the elastic ring is elastically restored by the elastic return force. The body is a closed structure,
In addition, the twisting pipe (8f) that serves as a mark for the return (Y) including the connection tool and the weight (8e).
A branch Harris portion in which the locking tool is connected by Harris (8b-1) is provided at the lower end portion of the water resistor T3.

Branch Harris device 8W-16 is a branch Harris having a water resistance portion T1 and a branch Harris removable tool (8a-16),
The branch Harris mechanism 8W-16 is mainly composed of a water resistor T1, a branch Harris detachable tool (8a-16), and a branch Harris section extending from the branch Harris detachable tool to the locking tool (Y).
The branch Harris device 8W-16 is provided with a water resistor housing portion (16cb) of the water resistor portion T1 at the top of the main body, and houses a water resistor.
The water resistance body is a parashut-shaped (16c) or turf-shaped (16c1) sheet body,
The branch Harris detachable tool (8a-16) is provided with a slit (W) from the lower end of the main body toward the water resistor housing portion, and a thread threading hole (H) is provided at the back of the slit. The threading hole is connected with a gap (S) that is narrower by several to 10% than the diameter of the thread.
A linear connector (82) is inserted so as to surround the slit and the thread passing hole inside,
The wire connector is provided with a snap (Sa-2, Sb-2), and a branch Harris section at the lower end, a return (Y), a weight (8e), a Harris entanglement pipe (8f), The stop (8c) is connected with Harris (8b-1),
Water passages (16Ha, 16Hb) for connecting the water resistor sheet body storage part and the slit (W) and the thread line threading hole (H) of the branch Harris removable tool (8a-16) at the lower part of the main body. A branch Harris and a branch Harris detachable tool characterized in that the branch Harris detachable tool is provided with a water resistor T1 for releasing the sheet body into the sea.

The branch Harris attachment / detachment tool (8c-16) provided with the water resistor T1 is inserted into the branch Harris attachment / detachment tool in which a wire having a snap portion (Sa-2, Sb-2) is inserted. ) The branch Harris stopper (7) that is movably fixed to the road thread (10) in the direction of the tip of the hook is connected to the path Harris thread (8a-16, 8W-16). Water flows into the sheet body storage portion (16cb) from the water passages (16Ha, 16Hb) connected to the sheet body storage portion (16cb) of the water resistor by closing the device tip direction side of the thread hole (H). The sheet body (16c) and the lid (8a-16a) of the sheet body housing part are pushed open, the inside sheet body is pushed out into water, and the sheet body of the parachute-shaped (16c) or turf-shaped (16c1) water resistor And the hung fish is the tip of the mechanism Because it is pulled by the combined weight of the weight of the weight, the elastic force of the spear, and the resistance of this water resistor, the fish can quickly decay and take in the fish quickly. When the resistor is not provided and when the resistor is provided, the force applied to the road thread is reduced by several tens of percent, so there is an advantage that a thinner road thread can be used.

FIG. 10 (A) is an overall schematic front view of the branch Harris mechanism (8W-16) having a water resistor T1. W) through the thread passing hole (H), and provided with water passages (16Hb, 16Ha) connected to the sheet body housing portion of the water resistor, and stored with the force of water flowing in from the water passage. The lid (16a) of the sheet body and the sheet body storage part is pushed open, the inner sheet body (16c) is pushed out into the water, and the snap part ( The wire body having Sa-2, Sb-2) is insert-processed as a branch Harris removable tool, and the wire body returns (Y) a weight (8e) a calami prevention pipe (8f) and a locking tool (8f). Resistor structure of water linked with Harris (8b-1) with connector Is an overall schematic diagram of a branch Harris gimmick 8W-16, from the branch Harris removable portion locking member (8c) having (resistor portion of the water is open).
(B) The figure is a side view of the branch Harris detachable part having the water resistor structure of FIG. (A), with the lid of the water resistor part closed, and the snap part (Sa-2, Sb). -2) is inserted as a branch Harris detachable tool, and a gap (S) is provided through the snap portion to the yarn guide portion (W) and the yarn threading hole (H). By providing a thread passing hole (H) from the guide part (W) to the inside of the wire rod, the snap part (Sa− of the branch Harris removable tool even if the thread is pulled out from the thread passing hole (H). 2 is a diagram showing a state in which the road thread is locked in the wire body having Sb-2), and the lid (16a) of the water resistor portion is closed.
(C) The figure is a partial cross-sectional view of the structure in which the water resistor structure T1 of (B) is viewed from the front view direction and the water resistor T1 is discharged into the water. The water resistor sheet body is housed in the water resistor sheet body housing part (16cb), and passes through the thread passing hole (H) from the thread guide part (W). A branch Harris stop that is set in the direction of the leading end of the road when a water passage (16Hb, 16Ha) connected to the sheet body storage portion is provided and a force is applied in the direction in which the fish is hanging and the branch Harris mechanism 8W is suddenly stretched A large amount of water flows into the water passages (16Hb, 16Ha) connected to the sheet body housing portion of the water resistor, the body (7) is in the state of (7a) and closes the thread passing hole (H). , Push the inside sheet body into the water, which is the force to push open the sheet body and the lid (8a-16a) of the sheet body storage part It is a figure showing that it becomes a sheet body of a water resistance body of a parachute shape (16c) or a turf shape (16c1).
(D) The figure (Da) is a water passage (16Hb, 16Ha) road thread guide section (W) connected to the sheet body housing section with the road thread threading hole (H) being two or three stages (Hc). It is the figure which reduced the inflow of the water from the gap | interval (S) penetrated to a thread passing hole (H), and also enlarged the diameter of the water flow path (16Hb, 16Ha) connected with the sheet | seat body accommodating part. It is the figure which showed that the setting of the water flow amount of the water flow path (16Hb, 16Ha) connected with the sheet | seat storage part can be set with freedom.
(F) is an example of the closing and opening structure of the lid (16a) of the resistor part of the water in the view of arrow A in FIG. The elastic tongue (16b) is provided, and a concave portion corresponding to the plurality of elastic tongues having the convex portions is provided on the inner peripheral surface of the lid.
(E) is a cross-sectional view taken along line OO in FIG. (F), and the projections (16t) on the outside of the plurality of elastic tongues fit into the depressions corresponding to the plurality of elastic tongues when the lid is closed. Schematic holding the closed state,
(G) In the figure, a plurality of split pieces (16a-3) are provided on the outer peripheral side of the lid, and the cut pieces have a convex portion (16t) and an elastic portion (16D) outside the upper circumferential portion of the sheet body storage portion. ), And a structural diagram in which a concave portion corresponding to the convex portion is provided on the inner peripheral surface of the lid. When opening both the drawings (E) and (G), the upper circumference of the sheet body storage portion is pushed by the pushing force of water from the inside. Sectional drawing of the structure part which gets over the outer convex part provided in the part and pushes in (opens) and opens a lid | cover.

Branch Harris device 8W-17 is a branch Harris having a water resistance T2 and a branch Harris removable tool (8a-17),
The branch Harris mechanism 8W-17 is mainly composed of a water resistor T2, a branch Harris detachable tool (8a-17), and a branch Harris section from the branch Harris detachable tool to the locking tool.
The water resistor T2 includes a water resistor main body (17c) and an outer body (17a, 17b) divided into an outer surface, and an outer body (17a, 17b) on the water resistor T2. A fitting structure (1D) that is fitted and fitted and fits and holds the outer body (17a, 17b) in an openable and closable manner is provided at the top of the main body (17c).
The branch Harris attachment / detachment tool (8a-17) has a crack (W) at the lower end of the main body (17c) and a thread (H) thread at the back of the crack and a gap (S) connected to the thread hole (S). ), And a gap (S) portion connected to the thread passing hole (H) and the thread passing hole at the back of the crack (W) and the crack is inserted into the snap thread (Sa-1, Sb-1). ) Is inserted into the wire rod arc so that the branch Harris section from the branch Harris detachable tool to the locking tool is returned by the wire rod (Y) and the weight (8e). Harris device for branch Harris detachable tool (8a-17) having water resistance T2 in which the anti-calami pipe (8f) and the locking tool (8f) are connected to Harris (8b-1) by the connector. 8W-17.

The holding structure part (1X) for holding the outer bodies (17a, 17b) in an openable and closable manner has the outer bodies arranged in a circular shape on the outer side (17a) and the inner side (17b). }, The upper part of the outer body (17a, 17b) is alternated with a circular insertion groove (as in 17a, 17b, 17a, 17b) in which the slit (1Dm) of the holding structure part (1X) of the outer body is inserted. It is inserted in a shape that can be inserted side by side {The inserted figure is (D). (H) sectional view of (E)}, the outer body (17a, 17b) pushes the outer edge (17ce) of the circular insertion groove with the split groove (17Dm) with the resistance of water, The opening angle (opening angle) is maintained by the bending stop (17 cp) of the outer edge portion provided below the outer edge portion of the groove and the open angle end stoppers (17 as, 17 bs and 17 cs) of 17 a and 17 b.
The outer body (17a, 17b) receives the resistance of water flowing in between the lower part of the main body (17c) and the closed outer body (17a, 17b), and opens the outer body to the outside. When the resistance force of the elastic member becomes weak, the elastic body ring (17Dr) provided below the outer shell body insertion portion and the elastic return force of the insertion portion (17ce) into which the outer body body is inserted closes the opened outer body body. The holding structure (1X) that holds the outer body so as to be freely opened and closed is provided on the upper portion of the main body (17c).
In addition, this water resistor sheet body is pulled by the fish that is hung by receiving the weight of the weight of the tip of the mechanism, the elastic force of the throwing spear, and the resistance force of this water resistor, The pulling force can cause the fish to decay quickly, and the fish can be taken in quickly. Also, when this water resistor is not provided and when it is provided, the force applied to the road thread is reduced by several tens of percent, so the thinner road thread There is merit that can be used.

FIG. 11A is an overall schematic view of the branch Harris device 8W-17 of the branch Harris detachable tool (8a-17) having the water resistance portion T2, and the water resistance portion T2 is closed to the sea (in the sea). In this state, when a large fish catches on a fishing hook and escapes at a high speed in this state, the resistance of water flowing in between the lower portion of the main body (17c) and the outer bodies (17a, 17b) is reduced. And the outer shell is opened outward (FIG. 11C), and the opened shell acts to brake the speed at which the large fish escapes, and the load on the large fish increases, causing the fish to decay quickly. And catch fish quickly.
(C) is a view in which the water resistance part of (A) is open, and a wire rod having a snap part (Sa-2, Sb-2) is insert-processed as a branch Harris detachable tool, and a road thread guide is obtained. A gap (S) is formed through the portion (W) and the thread passing hole (H), and the thread passing hole (H) is passed through the snap thread (Sa-2, Sb- 2) It is provided inside the wire body having 2), and the road thread is locked in the branch Harris removable tool even when the road thread comes out from the thread passing hole (H). State diagram.

FIG. 11 (F). (G) is an example of assembling the insert processing of a wire body having a snap part into two parts and assembling. In FIG. If the other is assembled and fixed, it is an example of a processing method that can make the tool cheaper than insert molding.

When the resistance force of the water that spreads the outer body becomes weaker, the outer body (17a, 17b) is closed by the elastic restoring force of the elastic ring (17Dr), and the state shown in FIG.
The object described in the embodiment of the present invention is illustrated as an example, and the resistor of water is illustrated as a circle. However, it may be a structure having a function of damaging the force that the fish hangs over and escapes. For example, the present invention includes any shapes and mechanisms such as squares, hexagons, ellipses, and the like.
In addition, although two outer bodies are described in an alternating arrangement, it may be an object that has been divided into at least three pieces and the arrangement or the size of the outer bodies has changed, or may have a gap between the outer bodies. Included in the invention.
Furthermore, the combination of the thing which can combine the resistor part (T) of water, the branch Harris detachable tool (8a), and the branch Harris part from the branch Harris detachable tool to the locking tool can be designed freely.

Branch Harris device 8W-18 is a branch Harris having a water resistance T2 and a branch Harris removable tool (8a-18),
The branch Harris mechanism 8W-18 is mainly composed of a water resistor T2, a branch Harris detachable tool (8a-18), and a branch Harris section from the branch Harris detachable tool to the locking tool.
The water resistor portion T2 includes a water resistor main body (18c), an outer body (18a, 18b) divided into a plurality of outer surfaces, and an outer body (18a, 18b) on the water resistor body T2. A holding structure (1Xa) for providing and fitting the fitting portion (18Dm) to be fitted and holding the outer body (18a, 18b) in an openable and closable manner at the top of the main body (18c);
The branch Harris attachment / detachment portion of the branch Harris attachment 8W-17 of the branch Harris attachment / detachment tool (8a-17) having the water resistance portion T2 is provided at the lower portion of the water resistance portion T2 main body, and is detachable from the branch Harris. The branch Harris detachable part position of the tool (8a-17) is provided in the upper part of the water resistor part T2, and the water resistor part T2 is located below the road thread (as viewed in the drawing) when in use. The thing which changed the branch Harris removable tool in
More specifically, a linear (or rod) branch Harris removable tool is provided in the center of the water resistor T2 main body, and the upper portion of the linear body is used as a road thread removable part. A branch Harris having a water resistance portion T2 in which the lower portion of the wire is connected to the connecting portion of the branch Harris portion extending from the return to the locking device, and further provided with a retaining function structure at the upper and lower portions of the wire body. It is branch Harris mechanism 8W-18 of the detachable tool (8a-18).
The water resistor T2 pulls the fish because it is pulled by the combined weight of the weight of the tip of the device, the elastic force of the spear, and the resistance of this water resistor. It is possible to take in the fish quickly by letting it decay quickly, and there is a merit that it is possible to use a thinner road thread because the force applied to the road line is reduced by several tens of percent when the water resistor is not provided and when it is provided. is there.

FIG. 12A is an overall schematic view of the branch Harris device 8W-18 of the branch Harris detachable tool (8a-18) having the water resistor T2, and the water resistor T2 is closed to the sea (in the sea). In this state, when a large fish catches on a fishing hook and escapes at a high speed in this state, the resistance of water flowing in between the lower portion of the main body (18c) and the outer bodies (18a, 18b) is reduced. In response, the outer shell is opened outward (FIG. 12C), and the opened shell acts to brake the speed at which the large fish escapes, and the load on the large fish increases, causing the fish to decay quickly. And catch fish quickly.
(B) is a partial cross-sectional view of the branch Harris attaching / detaching portion (central portion) of FIG. (A), and the water resistor portion T2 main body has a linear (or rod) branch Harris attaching / detaching tool (18Hc). The upper part of the wire body is a detachable part (18Ha, S), and the lower part of the wire body is a connecting part (18Hb) of the branch Harris part extending from the return to the locking tool. In addition, the wire body provided with a retaining function structure (18He, 18Hs) at the top and bottom of the wire body,
(C) is a view in which a large fish is caught on the branch Harris mechanism 8W-18 shown in FIGS. (A) and (B), and the resistance part T2 of the water escapes at a high speed. This branch Harris removable tool (8a-18) ) Does not have a structure in which the thread is locked in the branch Harris removable tool even if the thread is pulled out from the thread passing hole (H) as in 8a-16 and 8a-17. It is a branch Harris attachment / detachment tool that can be attached to the road thread with a one-touch operation.
The outer body is alternately arranged in a circular shape on the outer side (18a) and the inner side (18b) {G-G sectional view (H) of A}, and the upper part of the outer body (18a, 18b) is the holding structure for the outer body. It is inserted into a circular insertion groove with a slit (18Dm) in the part (1Xa) in a shape that can be alternately inserted (like 18a, 18b, 18a, 18b) {The inserted figure is (D) . H-H sectional view of (E)}
(D) is an HH partial cross-sectional view of (A) in which the outer body of the water resistance body portion is closed. The structure of the connection hole of the lower branch Harris part is the one provided with an elastic gap (S) in the vicinity of the part, the thread passing hole, and the thread passing hole. Free tools (18a, 18b)
(E) is a cross-sectional view taken along the line H-H in (A). The outer edge (18Ce) of the circular fitting groove in which the outer bodies (18a, 18b) are provided with the slit groove (18Dm) by the resistance of water. The opening angle is maintained by pushing and spreading, and the beveling stopper (18Cp) of the outer edge portion provided below the outer edge portion of the groove and the open angle end stoppers (18as, 18bs and 18cs) of 18a and 18b.
(F) An example diagram of the lower return and connection tool etc. of the branch Harris removable tool (8a-18A) of the wire (or rod),
On the left, the lower end of the linear body (18Hc) is provided with a return hole and a locking hole (18Hb) for a connection tool, etc., and the upper part of the remaining part (18He) is wound from the half rotation to the first half rotation. It is left as an insertion guide portion for the stopper and the return and the connection tool.
On the right side, the end of the rod (18Hc) is provided with a return hole and a locking hole (18Hb) for connecting tools, etc., and an upward stopper (18He) is provided on the upper side.
(G) is an example of a detachable part to the upper thread of the branch Harris removable tool of the line (or rod),
The left is the road thread locking hole (18Ha) of the removable part to the road thread at the upper end of the wire (18Hc)
A gap (S) that can insert and lock a half-turn to one-turn half-way thread is provided on the lower side, and the wire body is wound around and the remaining part (18Hs) of the wire body (18Hc) is prevented from coming down. And it is left as an insertion guide for attaching and detaching the thread.
The right is the thread lock hole (18Ha) of the removable part to the thread at the upper end of the rod (18Hc)
And a downward stopper (18He) is provided on the lower side.
What can connect a branch Harris removable tool (8a-15, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T2 is different in combination. Therefore, it is included in the present invention.

Branch Harris device 8W-19A is a branch Harris having a water resistance T3 and a branch Harris removable tool (8a-19C),
The branch Harris mechanism 8W-19A is mainly composed of a water resistor T3, a branch Harris removable tool (8a-19C), and a branch Harris section from the branch Harris removable tool to the locking tool.
The water resistor T3 includes a water resistor main body (19c), an outer body (19a) divided into a plurality of outer surfaces, and an outer body holding structure (2Xa) for holding the outer body (19a) in an openable and closable manner. ), And the outer body (19a) is subjected to water resistance when opened, a sphere (19aa) provided at the upper end, and a shaft (19ab) connecting the wing and the sphere (19aa). The outer body holding structure portion (2Xa) is provided with a fitting portion for fitting the spherical body (19aa) provided on the upper end portion of the outer body into the water resistor body (19c), and is fitted. A holding cab (19b) for holding the outer body (19a) so as to be opened and closed is provided and fixed, and an elastic ring (19Da) and a ring insertion groove for opening and closing the outer body (19a) are provided. And
When the fish catches and runs away, a large amount of water enters between the resistor body (19c) and the outer body (19a) to open the outer body (19a) {FIG. 13 (B)} and the elastic ring becomes weaker. The outer body is closed by the elastic restoring force.
The branch Harris attachment / detachment tool (8a-19C) of the branch Harris device 8W-19A {the branch Harris attachment / detachment tool (8a-19C) alone can be used as the attachment / detachment tool combined with the water resistor T3. It is provided. } A branch Harris attachment / detachment tool of FIGS. 16 (A to E), a road thread attachment / detachment part (19p) having an elastic part on a main body part (19AZ) of a substantially rectangular plate body, and a road thread passage hole (H) A path yarn guide part (19pa) connected from the path thread attaching / detaching part to the thread passing hole is provided, and when no external force is applied to the path yarn attaching / detaching part having the elastic portion and the path yarn guiding part, the road yarn attaching / detaching part is provided. An elastic piece (19Db) and an elastic piece insertion portion (19cc) are provided to hold the water in a closed state, and the lower portion of the main body provided with the elastic piece (19Db) is inserted into the holding cab (19b) portion of the water resistor portion T3. It is a thing fixed to and attached.
The water resistor T3 pulls the fish because it is pulled by receiving the combined weight of the weight of the tip of the device, the elastic force of the spear, and the resistance of this water resistor. It is possible to take in the fish quickly by letting it decay quickly, and there is a merit that it is possible to use a thinner road thread because the force applied to the road line is reduced by several tens of percent when the water resistor is not provided and when it is provided. is there.
FIG. 13A is an overall schematic view of the branch Harris device 8W-19A of the branch Harris detachable tool (8a-19C) having the water resistance portion T3. The water resistance portion T3 is closed and the sea (underwater) is shown. In this state, if a large fish catches on a fishing hook and escapes at a high speed, the outer body will resist the resistance of water flowing in between the lower part of the main body (19c) and the outer body (19a). The outer shell is opened to the outside (FIG. 13B), and the opened shell acts to brake the speed at which the large fish escapes, the load on the large fish increases and the fish quickly decays. And you can take in fish quickly.
(B) is a view in which a large fish hangs on the branch Harris mechanism 8W-19A shown in FIG. (A) and the resistance portion T3 of the water escapes at a high speed. This branch Harris removable tool (8a-19C) is 8a. -16, 8a-17 Even if the thread is pulled out from the thread passing hole (H), the thread is not locked in the branch Harris removable tool, but it can be attached with one touch. Branch Harris removable tool.
(C) shows the detailed structure of the water resistor body (19c), the outer body (19a) divided into a plurality of outer sides, and the outer body holding structure (2Xa) for holding the outer body (19a) in an openable and closable manner. In the cross-sectional view taken along the line BB in FIG. 6A, the water resistor body (19c) is provided with a fitting portion for fitting the spherical body (19aa) provided at the upper end portion of the outer shell, and the fitting portion is fitted. FIG. 5 is a cross-sectional view of a portion where a holding cap (19b) for holding the outer body (19a) so as to be freely opened and closed is provided, the left side is a view in which the outer body is opened, and the right side is a view in which the outer body is closed. is there.
(D) is a cross-sectional view taken along the line AA of (A), in which the outer body of the water resistance portion is closed,
This water resistance portion T3 exemplifies the outer shell by four divisions, but it is not limited to four divisions. Further, when the wing portion of 19a subjected to water resistance in FIG. It is also possible to increase the wing area to receive water resistance by making it W like the inside and outside (no drawing)

Branch Harris device 8W-19B is a branch Harris detachable tool (8a-19B) having a water resistance portion T3,
The branch Harris 8W-19B is mainly composed of a water resistor T3, a branch Harris removable tool (8a-19B), and a branch Harris section from the branch Harris removable tool to the locking tool.
The difference from the branch Harris 8W-19A is that the 8H-19A has a branch Harris detachable tool (8a-19A) located above the water resistance portion (locked to the lower side of the road thread 10). Whereas
The branch Harris detachable part (8a-19BZ) is located at the lower part of the water resistance part (locked to the upper side of the road thread 10);
The branch Harris detachable part (8a-19C) provided as a single unit that can be used as a detachable tool in combination with the water resistor part T3 in {FIG. 16 (A to E)} On the other hand, the branch Harris detachable part (8a-19BZ) is different in that it is provided at the lower part of the main body of the water resistance part, so only the structure of the branch Harris detachable part (8a-19BZ) is provided. explain.
The branch Harris detachable part (8a-19BZ) is an assembly part having an elastic part, a path thread attaching / detaching operation part (19pc), and an elastic holding part (19Dk) to be assembled in the column below the main body of the water resistor part T3. (19K) and the fitting portion (19Kb) for fitting and holding the thread passing hole (H) and (19K) of the assembly component in the column at the bottom of the main body of the water resistor T3 into which the assembly component is incorporated. ) And an elastic piece (19 Dbb) for holding the road yarn attaching / detaching portion in a closed state when an external force is not applied to the road yarn attaching / detaching portion and the yarn guide portion having the elastic portion, and (19K) of the assembly part The elastic holding part (19Dk) is an elastic piece having a concave part (19Dm) at the upper part of the assembly part (19K) at the center and lower part. (1 Kp) is provided, a protrusion (19Kt) is provided at the tip of the elastic piece to prevent it from being assembled, and a recess (19Ku) is provided at the back of the opposite fitting part (19Kb) to prevent it from being attached. This is a branch Harris detachable part (8a-19BZ) for picking up the elastic piece in the shape of the above from both sides in the middle direction and assembling it into the fitting part (19Kb).

FIG. 15 (A) is a front view of the branch Harris detachable portion (8a-19BZ) provided in the column of the lower body of the water resistor T3. State view of attaching / detaching port (19-BW), road thread passing hole (H), and assembly part (19K), return (Y), weight (8e), anti-calaming pipe (8f) and locking It is the figure which showed the structure of the connection hole which connects a tool (8f) with Harris (8b-1) with a connection tool,
(B) is a side view of a branch Harris detachable portion (8a-19BZ) obtained by inverting (A) by 90 °, and shows a major part in a sectional view. When the external force is not applied to the opening / closing operation portion (19pc), the road yarn attaching / detaching portion having the elastic portion, and the road yarn attaching / detaching guide portion, the elastic piece (19Dbb) that keeps the road yarn attaching / detaching port (19-BW) closed. ) Is a diagram showing the arrangement configuration of
(C) is a view in which the opening / closing operation part (19pc) of (B) is pushed in the direction of the arrow to open the way thread attaching / detaching port (19-BW) so that the way thread (10) can be inserted. After that, the elastic yarn (19Dbb) that holds the road thread attaching / detaching port (19-BW) in the closed state returns to the state (B), and the road thread attaching / detaching port (19-BW) is held in the closed state. It is sectional drawing showing a thing.
(D) is a perspective view of the assembly part (19K) only,
(E) is a cross-sectional view of the main part on the side where (19K) of the assembly part of (D) provided in the column at the bottom of the main body of the water resistor part T3 is assembled, and if assembled, (A), (B )
What can connect a branch Harris detachable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T3 is as follows. Since only the difference in combination is included in the present invention.

The branch Harris attachment / detachment tool (8a-19C) is a branch Harris attachment / detachment tool, and a path thread attachment / detachment part (19p) having an elastic part on a main body part (19AZ) of a substantially rectangular plate body and a path thread passing hole (H ) And a yarn guide portion (19pa) connected from the yarn thread attaching / detaching portion to the yarn passing hole, and when no external force is applied to the yarn attaching / detaching portion having the elastic portion and the yarn guide portion, An elastic piece (19Db) and an elastic piece insertion portion (19cc) for holding the attachment / detachment portion in a closed state are provided, and the elastic piece (19Db) is inserted and provided.

FIG. 16A is a front view of the branch Harris detachable tool (8a-19C) with a slightly perspective view added,
Figure (B) showing that the branch Harris removable tool (8a-19C) is locked to the thread by passing the thread through the thread threading hole. In the side view of the universal tool (8a-19C), in part of the cross-sectional view of the main part, the road thread attaching / detaching part having the opening / closing operation part (19p) and the elastic part (19Dc) of the road thread attaching / detaching port When an external force is not applied to (19pa), the elastic piece (19Db) that holds the road thread attaching / detaching port in the closed state is inserted into the fitting inlet, and the elastic piece (19Db) that holds the road thread attaching / detaching port in the closed state This is a cross-sectional view of the fitting portion. ,
(C) is a view in which the opening / closing operation part (19pc) of (B) is pushed in the direction of the arrow to open the above-mentioned path thread attaching / detaching opening so that the path thread (10) can be inserted. The fitting part of the elastic piece (19Db) to perform is made into sectional drawing. ,
(D) is a partial cross-sectional view of the fitting inlet (19cc) portion of the elastic piece (19Db) that holds the path thread attaching / detaching port in a closed state, and when assembled to the middle portion of the fitting inlet, the elastic piece ( It is an only figure (molding only figure) of the main-body part (19AZ) of the substantially rectangular board provided with the recessed part (19 Ku) used as the retaining stopper of 19Db).
(E) is a perspective view of only the elastic piece (19Db) that holds the thread thread attaching / detaching port in a closed state. When assembled in the middle part of the fitting inlet of (D), the elastic piece (19Db) is prevented from coming off. The elastic piece (19Dn) has a convex shape (19Kt) opposite to the concave portion (19Ku) and is pinched from the left and right to be fitted into the fitting opening (19cc).
As can be seen from the above description of the drawings, this branch Harris detachable tool (8a-19C) is formed by molding only two bodies {main body portion (19AZ) and elastic piece (19Db)} into the main body portion (19AZ). 19Db) can be done by a simple operation, so it can be said that it is a low-cost product among the branch Harris removable tools, and the attachment / detachment operation is also one-touch.

Branch Harris 8W-20 is a diagram in which a branch Harris detachable tool (8a-20) is connected to a water resistor T4.
The branch Harris 8W-20 is mainly composed of a water resistor T4, a branch Harris removable tool (8a-20), and a branch Harris section from the branch Harris removable tool to the locking tool.
The branch Harris removable tool is provided with a road thread attaching / detaching operation piece (20c) and a thread passing hole (H) at the tip of a rectangular cubic body (20a). An outer cylinder (20b) that locks the opening and closing of the above-mentioned path thread attaching / detaching operation piece (20c) to the storage part (20cn) of (20c), and the elastic part (20D) of the sliding operation of the outer cylinder, and elastic deformation It is provided with an end stopper (20sn), a slide advance end stopper (20sf) of the outer cylinder, a forward and backward position holding stopper (20sm), and a backward end stopper (20sb).
FIG. 17A shows a branch through which the above-described outer cylinder is seen, in which the above-mentioned path thread attaching / detaching operation piece (20c) is stored in the storage part (20cn) of the path thread attaching / detaching operation piece (20c). In the overall perspective view of the Harris removable tool (8a-20), the elastic part (20c) is pushed rightward from the state of (A) until it hits the elastic deformation stopper (20sn), and the outer cylinder slides forward and holds back. In the figure where the stopper (20 sm) is slid until the outer cylinder gets over and hits the back end stopper (20 sb),
FIG. (B) shows the above-mentioned rectangular cube body main body attaching / detaching operation piece (20c) provided at the tip of the main body being twisted upward to provide a gap through which the thread can pass through the thread passing hole. Passing the thread through the thread passing hole, storing the storage section (20c) of the above-mentioned thread connecting / detaching operation piece (20c),
FIG. 6C shows that the elastic part (20c) is pushed rightward until it hits the elastic deformation stopper (20sn), and the outer cylinder passes over the sliding advance end and the retreat end position holding stopper (20sm) of the outer cylinder, and the advance end stopper (20sf). ), The forward end and backward end positions of the outer cylinder are held forward, and the backward position holding stopper (20 sm) can be held by returning to the original shape position by elastic return force.
The water resistance portion T4 is a shape memory built in the upper and lower lid portions (2a-1, 2a-2), the cylindrical outer portion (2b) between the upper and lower lid portions, and the cylindrical outer portion. Elastic body bag (2T) (The shape memory elastic body bag is shaped in a state where no force is applied from the outside, and when a force is applied from any direction, the shape memory elastic bag is deformed to a shape corresponding to the force, A bag that becomes the original shape when no force is applied from any direction}
The cylindrical shell part (2b) is divided by a plurality of vertical slits, is connected to the upper and lower lid parts (2a-1, 2a-2), and is connected to the connection part of the upper and lower lid parts in the left-right direction. At least one place in the cylindrical shell part (2b) further divided by the groove, and a mountain fold line in the left-right direction is provided,
The shape memory elastic bag (2T) built in the cylindrical outer shell portion is provided with an elastic tube (2s) through which a thread passing through the center portion in the vertical direction passes.
{Although the water resistor T4 is described as a cylinder, it has a built-in shape memory elastic bag (2T) and forms a resistor board (plate) that receives water resistance by the pulling force of fish. If it does, it can be rugby ball type or saddle type, regardless of shape. }
Furthermore, by enclosing a liquid in the shape memory elastic bag (2T), the specific gravity can be made around 1.0 without adding a weight or the like.

When FIG. 17 is described, (A) is a cylindrical outer shell portion (2b) between the upper and lower lid portions (2a-1, 2a-2) and the upper and lower lid portions of the tubular resistor body T4. The shape memory elastic bag (2T) built in the cylinder is floating in the sea (in the sea) in its original shape (FIG. 15A: Floating vertically with a weight attached to the lid on the 2a2 side. {(FIG. 15C) is a cross-sectional view taken along line JJ in FIG. 17A}. ), And when there is a branch Harris above the upper lid (2a1), when the fish is hooked and pulled upward, the watering (5a) provided under the water resistor T4 body is It stops at the stop (6a), and the cover (5a) tries to push up the lower cover (2a2) of the water resistor T4 body, but the upper cover The lower lid (2a2) and the shape memory elastic body bag (2T) are crushed by the resistance of water received by the (2a1) section {the elastic body tube through which the thread is passed is also freely deformed (FIG. 17B). KK cross-sectional view of FIG. 17D)}, the intermediate part of the cylinder is deformed laterally outward to form a disk part that receives water resistance, and becomes a disk part that receives further water resistance (FIG. 17B), and escapes. Applying brakes to the speed increases the load on large fish, allowing the fish to decay quickly and take it in quickly (5 and 6 may not be needed at this time).
{If there is a needle on the lower side of the water resistor T4 and the fish is caught and pulled downward, the upper lid (2a1) of the water resistor T4 body will be pulled down, but the lower lid The upper lid portion (2a1) and the shape memory elastic body bag (2T) are crushed by the resistance of water received by the portion (2a2) portion to become the water resistance portion T4. (At this time, 5a and 6a are not necessary)}
What can connect a branch Harris detachable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T4 Since only the difference in combination is included in the present invention.

The branch Harris mechanism 8W-20 is {branch Harris detachable tool (8a-20) provided as a single detachable tool connected to the water resistor T4. } FIG. 17 (A to C) is a branch Harris removable tool, and a part of the thread passing hole (H) and the thread connecting / detaching operation part above the main body part having an elastic shape of a substantially rectangular plate. A part of the elastic piece (20c) cut out from the main body part is provided with a recess after being cut out from the main body part as an elastic piece storage part (20cn) of the road thread attaching / detaching operation part,
An elastic operation part (20D) for operating the outer cylinder (20b) of the lock structure is provided below the elastic piece storage part (20cn) of the road thread attaching / detaching operation part, and the outer cylinder (20b) of the lock structure is separately provided. Provided and assembled to the main body,
The elastic operation part (20D) for operating the outer cylinder of the lock structure cuts out the lower part of the elastic piece storage part (20cn) of the road thread attaching / detaching operation part, leaving the outer peripheral part, and the left outer peripheral part as the elastic outer peripheral part. A stopper (20 sn) is provided on the inner surface of the right outer peripheral portion to restrict excessive bending of the elastic outer peripheral portion of the left outer peripheral portion;
A front end stopper (20 sf), a rear end stopper (20 sb), and a forward end position holding convex portion (20 sm) of the outer cylinder of the lock structure are provided on the outer peripheral surface;
A structure in which a connector connecting hole for connecting to the water resistor T4 is provided in the lower part of the main body having elasticity,
FIG. 17A shows the outside of the virtual line locking structure by pushing the elastic operation part (20D) on the left outer peripheral part in the direction of the arrow or by manually lowering the outer cylinder of the virtual line locking structure. Move the tube downward,
In the state of (B), the elastic piece (20c) of the road thread attaching / detaching operation portion is pulled up to the 20C portion (with a finger on 20ct), and the elastic piece of the main body portion and the road yarn attaching / detaching operation portion is pulled up. (20c) is formed so that the thread can be attached / detached, the thread is attached to the thread passing hole (H) in the upper part of the main body, and the elastic piece (20c) of the thread attaching / detaching operation portion is Store in the elastic piece storage part (20cn) of the road thread attaching / detaching operation part
(C) lifts the outer cylinder of the lock structure upward, moves over the convex portion (20 sm) for holding the forward end position, and moves it upward to attach the road thread (10) and perform the above-mentioned road thread attaching / detaching operation. When the elastic piece (20c) is locked, the reverse operation is performed to remove the thread.
(D) is connected to the water resistance portion T4 of the cylindrical body and further connected to the portion (not shown in the drawing) from the return of the branch Harris to (Y) the anchor, and the branch Harris 8W- 20 is a diagram.
(E) is a figure in which a fish is caught on the branch Harris 8W-20 in (D) and the resistance portion T4 of the water is crushed by the resistance of the water to be crushed to receive a greater resistance of water.

The branch Harris device 8W-21 is a branch Harris detachable tool (8a-21) in which the water resistor T3 is connected.
The branch Harris mechanism 8W-21 includes a water resistor T3, a branch Harris detachable tool (8a-21), and a branch Harris part (return (Y) weight (8e) from the branch Harris detachable tool to the locking tool. The main component is the Karami prevention pipe (8f) locking tool (8f) connected to Harris (8b-1) with a connector),
The water resistor T3 includes a water resistor main body (19c), an outer body (19a) divided into a plurality of outer surfaces, and an outer body holding structure (2Xa) for holding the outer body (19a) in an openable and closable manner. ), And the outer body (19a) is subjected to water resistance when opened, a sphere (19aa) provided at the upper end, and a shaft (19ab) connecting the wing and the sphere (19aa). The outer body holding structure portion (2Xa) is provided with a fitting portion for fitting the spherical body (19aa) provided on the upper end portion of the outer body into the water resistor body (19c), and is fitted. A holding cab (19b) for holding the outer body (19a) so as to be opened and closed is provided and fixed, and an elastic ring (19Da) and a ring insertion groove for opening and closing the outer body (19a) are provided. And
When a fish catches and runs away, a large amount of water enters between the resistor body (19c) and the outer body (19a) to open the outer body (19a) {Fig. 10 (B)}. The outer body is closed by the elastic restoring force.

The branch Harris mechanism 8W-21 is provided with an elastic piece (SE) in a substantially spherical body as a road thread attaching / detaching section, and a path thread guide section (W), a gap (S), and a path thread threading hole (H) are formed toward the back. A branch Harris mechanism that is coupled to any of the water resistor T2 to the water resistor T6 to the provided branch Harris detachable tool (8a-21).
The branch Harris mechanism 8W-21 is provided by connecting the branch Harris detachable tool (8a-21) alone as a detachable tool to the water resistor T3. } FIG. 19 (A to F) is a branch Harris removable tool, a main threaded body portion (21Z) having elastic properties, a thread passing hole (H), and a path thread attaching / detaching piece portion (SE portion). And a gap (S) penetrating the above-described thread passing hole (H) is provided at the back of the path thread attaching / detaching guide part (W) and the path thread attaching / detaching guide part,
The above-mentioned road thread attaching / detaching piece portion (SE section) receives the road yarn attaching / detaching port opening / closing piece (SE) and the road yarn attaching / detaching opening / closing piece and also serves as the guide thread attaching / detaching piece holding portion for holding the closed state of the road yarn attaching / detaching opening. Part (21b),
The above-mentioned road thread attachment opening / closing piece (SE) has a lateral cross-sectional area that gradually increases from the tip toward the main body so as to increase the elastic force in the closing direction of the road thread attachment opening / closing piece (SE). In a shape that is held in a closed state by the elastic return force after the opening and closing operation of the above-mentioned road thread attaching / detaching port, it is connected to the main body part (21Z) of the substantially ball,
Recesses (SE-b) are provided on both sides of the main body (21Z) in the direction of the main body (21Z) of the ball approximately several millimeters from the leading end of the above-mentioned road thread attachment opening opening / closing piece,
The concave portions on both sides are provided so as to be sandwiched by the guide portion (21b) that also serves as the road yarn attaching / detaching piece holding portion, and this state is a state in which the road yarn attaching / detaching opening / closing piece (SE) is locked, and
A connecting hole (21f) for connecting a branch Harris portion extending from the return of the branch Harris to the (Y) locking tool is provided at the lower part of the main body of the substantially ball, and the connecting hole is a branch Harris removable tool (8a). -21) Not required when not used alone as a branch Harris removable tool.

The branch Harris attachment / detachment operation of the branch Harris attachment / detachment tool (8a-21) is such that the branch Harris attachment / detachment is performed in such a manner that the passage thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the tool is taken and the branch Harris detachable tool is pushed in the right direction from the state, the road thread attaching / detaching opening / closing piece (SE) is deformed and pushed into the shape shown in FIG. From the gap (S), it is pushed into the thread passing hole (H) using the path thread attaching / detaching guide part (W) as a guide, and the above-mentioned thread attaching / detaching opening / closing piece (SE) also serves as the above-described thread attaching / detaching piece holding part. It fits in the guide part (21B) with elastic return force, and becomes 19 figures (A ・ C).
This operation can be done with a single touch once you get used to it.
Further, the branch Harris detachable tool (8a-21) is locked in the branch Harris detachable tool even when the thread is pulled out from the thread passing hole (H). Since it is locked in the above-mentioned road thread attaching / detaching port opening / closing piece (SE), the hooked fish does not escape}.

FIG. 19 (A) is a front view of the branch Harris detachable tool (8a-21), in which a road thread passing hole (H) is provided in a substantially central part of the main body part (21Z) of the substantially ball, From the return of the gap (S) connected to the yarn thread attaching / detaching guide portion (W) from the threading hole (H), the yarn thread attaching / detaching guide portion (W), the yarn thread attaching / detaching opening / closing piece (SE), and the branch Harris. (Y) It is the structure which provided the connection hole (21f) which connects the branch Harris part which reaches a latching tool, and is the figure which the said road thread attachment / extraction opening-and-closing piece (SE) has closed.
(B) is a side view when (A) is viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece (SE) is provided in the vertical direction of the substantially central part of the main body part (21Z) of the substantially ball. is there.
(C) is a cross-sectional view of the operating range portion of the above-mentioned road thread attaching / detaching port opening / closing piece (SE) described in the paragraph (A), and a portion surrounded by an imaginary line is a road thread attaching / detaching port opening / closing piece portion (SE portion). ) And (D), which will be described in (F), open the above-mentioned thread thread opening / closing piece (SE) of (A) and (C) and thread the thread thread through the thread thread hole (H).
FIG. 2 is a diagram showing the movement of the SE portion when attaching / detaching to and from the right-to-left side of the above-mentioned road thread attaching / detaching port opening / closing piece (SE) held by the guide part (21b) also serving as the road thread attaching / detaching piece holding part. It is a figure which pushes and opens, and a path thread penetrates a gap (S) from a path thread attaching / detaching guide part (W) and inserts it into the path thread threading hole (H).
(E) is a cross-sectional view taken along the line P-P of (A), and the above-mentioned road thread attaching / detaching opening / closing piece (SE) is held by a guide part (21b) that also serves as the above-mentioned road thread attaching / detaching piece holding part. It is the figure which shows the state which fits into the recessed part (Se-b) of the both sides of the said path thread attachment / extraction opening-closing piece of an attachment / detachment opening closed state, and is locked.
(F) is a perspective view of the above-mentioned road thread attachment opening / closing piece part (SE part) of (C), the lateral cross-sectional area is gradually increased from the tip part toward the main body part, and the elastic force is increased. The shape is held in the closed state by the elastic return force after the opening / closing operation of the road thread attaching / detaching port, and is a few millimeters from the tip of the road thread attaching / detaching port opening / closing piece on both sides of the main body (21Z) in the connecting direction. It is a perspective view of SE part which has provided the recessed part (Se-b).

FIG. 20 is a schematic overall view from the branch Harris device 8W-21 to the water resistor T3, the branch Harris, the branch Harris removable tool (8a-21), and the branch Harris removable tool (8a-21) to the locking tool. FIG.
The water resistor T3 and the branch Harris detachable tool (8a-21) are connected (connected), and the water resistor T3 and the branch Harris detachable tool (8a-21) are connected (connected). The relationship is that the resistor portion T3 is below in this figure, but it is also possible to connect (connect) the branch Harris detachable tool (8a-21) to the lower end of the main body (19c) of T3 with the resistor portion T3 positioned above. Range.

Branch Harris device 8W-21A is a branch Harris detachable tool (8a-21) connected to the water resistance T5,
The branch Harris mechanism 8W-21A is mainly composed of a water resistor T5, a branch Harris removable tool (8a-21), and a branch Harris section from the branch Harris removable tool to the locking tool.
The water resistor T5 includes a water resistor body (T5c), a plurality of bone bodies provided on the outer periphery of the water resistor body (T5c), (T5B), and a sheet body part (T5S). Configured
The water resistor main body (T5c) and the bone body portion provided on the outer periphery of the water resistor main body are provided with an elastic portion at a connecting portion between the water resistor main body and the bone body portion, and are used as a hinge portion (T5hn). And
The hinge part (T5hn) is connected (connected) to be openable and closable,
The plurality of bone parts are fixed with a sheet body (T5S), and an elastic ring (T5D) and a ring holding part (T5Du) are provided on the entire outer periphery of the plurality of bone parts. The elastic ring (T5D) is inserted into the ring holding part (T5Du),
An elastic linear body (string body) is provided on the entire inner surface of the large-diameter portion of the sheet body, and at least one elastic linear body (string body) (T5d) is provided on the sheet body in the substantially intermediate portion of the adjacent bone body section. This is a water resistance portion T5 that is fixed at a location (preferably fixed to a substantially intermediate portion of an adjacent bone body portion on the front circumference).
Since the structure of the branch Harris detachable tool (8a-21) and the branch Harris section from the branch Harris detachable tool to the locking tool is described in [0053] to [0055] (FIG. 21, A & B diagram). reference).

When the water resistor T5 catches and escapes from the fish, the resistor body (T5c), a plurality of bone bodies provided on the outer periphery of the water resistor body (T5c), (T5B), and a sheet body (T5S) A large amount of water enters between {FIG. 21 (B)} and the bone body part (T5B) and the sheet body part (T5S) which are connected (connected) in an openable and closable manner by the elastic hinge part (T5hn). When the force of opening and escaping becomes weak, the elastic body (string body) around the inner surface of the large-diameter portion of the sheet body closes in a direction to close the sheet body inward from the bone body portion, and the elastic ring (T5D) In this structure, the resistor portion T5 is closed by the elastic restoring force.

FIG. 21 (A) is a half cross-sectional view of a state in which the branch Harris mechanism 8W-21A is locked to the road thread (10) and is floating in the water.
The bone body part (T5B) and the sheet body part (T5S) of the water resistance body part T5 are closed, and the upper branch Harris detachable tool (8a-21) and the lower branch Harris detachable tool are latched. The general | schematic whole view which the branch Harris leading to stops the road thread (10) and is floating in water.
(B) When a fish catches and runs away, a large amount of water enters between the bone body part of the water resistance part T5, (T5B), the sheet body part (T5S), and the resistance body (T5c), and the water resistance part The half sectional view in the state where the bone part of part T5, (T5B), and sheet body part (T5S) opened.
The branch Harris detachable tool (8a-21) is {branch Harris detachable tool (8a-21) provided as a single detachable tool connected to the water resistor T3. } FIG. 19 (A to F) is a branch Harris removable tool, a main threaded body portion (21Z) having elastic properties, a thread passing hole (H), and a path thread attaching / detaching piece portion (SE portion). And a gap (S) penetrating the above-described thread passing hole (H) is provided at the back of the path thread attaching / detaching guide part (W) and the path thread attaching / detaching guide part,
The above-mentioned road thread attaching / detaching piece portion (SE section) receives the road yarn attaching / detaching port opening / closing piece (SE) and the road yarn attaching / detaching opening / closing piece and also serves as the guide thread attaching / detaching piece holding portion for holding the closed state of the road yarn attaching / detaching opening. Part (21B)
The above-mentioned road thread attachment opening / closing piece (SE) has a lateral cross-sectional area that gradually increases from the tip toward the main body so as to increase the elastic force in the closing direction of the road thread attachment opening / closing piece (SE). In a shape that is held in a closed state by the elastic return force after the opening and closing operation of the above-mentioned road thread attaching / detaching port, it is connected to the main body part (21Z) of the substantially ball,
Recesses (SE-b) are provided on both sides of the main body (21Z) in the direction of the main body (21Z) of the ball approximately several millimeters from the leading end of the above-mentioned road thread attachment opening opening / closing piece,
The concave portions on both sides are provided so as to be sandwiched by the guide portion (21b) which also serves as the path thread attaching / detaching piece holding portion, and from the return of the branch Harris to the lower part of the main body of the substantially ball (Y) to the locking tool. The connection hole (21f) for connecting the branch Harris portion is provided, and the connection hole becomes unnecessary when the branch Harris detachable tool (8a-21) is not used alone as the branch Harris detachable tool.

22 (A) to 22 (C) and FIGS. 23 (A) to 23 (B) are branch Harris removable tools (8a-19C) shown in FIG. 16, and 8a-19C is a substantially rectangular plate. The main body part (19AZ) includes a road thread attaching / detaching part (19p) having an elastic part, a road thread threading hole (H), and a road thread guiding part (19pa) connected from the road thread attaching / detaching part to the road thread threading hole. Providing an elastic piece (19Db) and an elastic piece insertion portion (19cc) for holding the road yarn attaching / detaching portion in a closed state when no external force is applied to the road yarn attaching / detaching portion and the road yarn guiding portion having the elastic portion; The elastic piece (19Db) is inserted and provided,
The branch Harris removable tool (8a-19C) is coupled to the upper portion of the water resistor T2-T6,
FIG. 22A is a diagram coupled to the water resistor portion T2, FIG. 22B is a diagram coupled to the water resistor portion T3, and FIG. 22C is a diagram illustrating the water resistor portion T4. FIG.
FIG. 23A is a diagram coupled to the water resistor T5, and FIG. 23B is a diagram coupled to the water resistor T6.
The connecting and binding method of the locking tool (8c) at the lower end of the branch Harris portion from the return to the locking tool in this figure is as follows.
The hook (8c) on the lower end is used to lift the fish and bind the target needle (single hook, double hook, or triple hook or more), and the bait needle with a can (single hook) facing upward・ A double hook ・ A hook of triple or more) is provided to move freely, and a stopper {(2p) that stops the pulling force of the live bait fish with the moving needle at a position 2/3 to 3/4 of the total length of the live food ) As an example, a bead ball of about 4 mm)} is fixed, and the floating needle is passed through Harris on the stopper, and a stopper {(2r). (For example, a 4 mm bead ball)} is fixed, and by providing this free range, it is easy to hook a fish for fishing on a fish for live fishing. As a way to hang the raw fish of the fish, the fish is fished with the target fish hooked in a position corresponding to the back of the mouth, nose or neck, It is recommended to connect and bind the locking tool (8c) at the lower end of the branch Harris part,
This is the invented fish and the fisherman who supported the supporter and the fish caught during the test fishing of the yellowtail. This is because it is presumed that the fish is eaten with a drink after chasing the fish that serves as food.

In the present invention, the branch Harris removable tool described in the drawing can be connected to the water resistor portion T6 from the water resistor portion T2, and there are some things to which this idea cannot be applied.
Although the figure which couple | bonded the said branch Harris detachable tool (8a-19C) with the lower part of the resistance part T2-T6 of water is not described, it can couple | bond with the lower part.

The branch Harris device 8W-22 is a branch Harris detachable tool (8a-19C) in which a water resistor T6 is connected.
The branch Harris mechanism 8W-22 is mainly composed of a water resistor T6, a branch Harris detachable tool (8a-19C), and a branch Harris part extending from the branch Harris detachable tool to the locking tool.
The water resistor portion T6 includes a water resistor body (T6c) and an outer body portion (T6a, T6b) obtained by dividing the outer body of the water resistor body (T6c) into a plurality of parts. ,
The water resistor body (T6c) and an outer body part (T6a, T6b) divided into a plurality of parts are connected to each other by an elastic part and are connected (connected) as a hinge part (T6hn) so as to be opened and closed.
The water resistor body (T6c) is provided with a stopper (T6St) for setting the tilt angle of the outer body parts (T6a, T6b) divided into a plurality of parts, and further, an elastic ring (T6D) and an elastic ring holding part (T6Du) A convex piece (T6at) for holding the inner outer body (T6b) is provided on the outer outer body (T6a),
The branch Harris detachable tool (8a-19C) includes a main thread part (19AZ) of a substantially rectangular plate body, a path thread attaching / detaching part (19p), a path thread passing hole (H), and the path thread attaching / detaching part. A path thread guide (19pa) connected to the path thread threading hole is provided, and when the external force is not applied to the path thread attaching / detaching section having the elastic part and the path thread guiding section, the path thread attaching / detaching section is held closed. A branch Harris detachable tool provided with an elastic piece (19Db) and an elastic piece insertion portion (19cc) to be inserted and provided with the elastic piece (19Db).

When the water resistor T6 is caught by a fish and escapes, a large amount of resistance body (T6c) and a plurality of outer body parts (T6a, T6b) divided into a plurality of water resistor bodies (T6c) are formed between the lower portions. Water enters {Fig. 24 (B)}. The outer body parts (T6a, T6b), which are connected (connected) in an openable and closable manner by the elastic hinge part (T6hn), are opened and divided into a plurality when the force to escape is weakened. The resistor T6 is closed by the elastic restoring force of the elastic ring (T6D) provided on the outer periphery of the outer body (T6a, T6b).

FIG. 24 (A) is a half cross-sectional view of a state in which the branch Harris device 8W-22 is floating in water with the road yarn (10) locked.
The outer body part (T6a, T6b) of the water resistance part T6 is closed, and the upper branch Harris detachable tool (8a-19C) and the branch Harris from the lower branch Harris detachable tool to the locking tool are attached. Schematic overall view.
(B) shows a large amount of water entering between the resistor body (T6c) and the outer body part (T6a, T6b) of the water resistor part T6 when the fish catches and runs away. The half sectional view in the state where (T6a, T6b) opened.
The connecting and binding method of the locking tool (8c) at the lower end of the branch Harris part extending from the lower connecting hole of the resistor body (T6c) in this figure to the locking tool is as follows.
Needle (single hook, double hook, triple hook or more) for returning fish from the lower connecting hole of the resistor body (T6c) with a connecting tool (Y) and catching fish on the lower end locking tool (8c) ), And a needle for feeding with a can (up to one hook, single hook, double hook or triple hook) is provided to move upward, and 2/3 to 3/4 of the total length of live food A stopper {(2p), for example, a bead ball of about 4 mm)} that stops the pulling force of the fish of the live bait with the floating needle is fixed at an upper position, and the floating needle is passed through Harris on the stopper. A stopper {(2r). (As an example, a bead ball of about 4 mm)} is fixed and the locking tool (8c) at the lower end is connected with Harris (8b-1) from the connecting tool.
24A includes a weight (8e), a tangle-preventing pipe, and a connecting and bundling method of the locking tool (8c) at the lower end of the branch Harris portion extending from the lower connection hole of the resistor body (T6c) to the locking tool. Is not provided, but the branch Harris portion which is not provided is included in the scope of the present invention and is described for the sake of safety.
The reason is that the weight (8e) has been described above, but the locking means B, but if the weight (8e) is not attached, the weight (8e) is not attached as it is out of the scope of rights and the other components are sold in the same configuration. In this case, since it is easy to attach the weight (8e) after purchase, the branch Harris portion without the weight (8e) is also included in the scope of the present application.

The branch Harris attachment / detachment tool 8a-1 is provided with a branch Harris attachment / detachment portion to the road thread at the upper portion of the cylindrical rod body (1a), and the branch Harris portion {branch Harris attachment / detachment tool and subsequent needles are connected by Harris ( A branch Harris attaching / detaching tool provided with a connection hole (2f) for connecting the connected device},
The upper part of the cylindrical rod body is provided with a road thread mounting guide part (W), a gap part (S) narrower than the diameter of the thread line by several percent and a thread passage hole (H) are provided at the back,
A branch Harris attachment / detachment tool having a structure in which a connection hole (2f) for connecting a branch Harris portion (a device in which a needle is connected to Harris after the branch Harris attachment / detachment tool) is provided in the lower part of the cylindrical rod body,
To load onto the road thread, the road thread is inserted from the road thread mounting guide (W), made into an ellipse with a few percent of the thread diameter due to the elasticity of the thread, and penetrated through the gap (S). Inserting into the threading hole (H) completes the installation.
To remove it from the thread, reverse the operation.
FIG. 33 (A) is a side view of a cylindrical rod branch Harris removable tool 8a-1.
(B) is a front view of (A).

The branch Harris attachment / detachment tool 8a-1A is provided with a branch Harris attachment / detachment part to the road thread at the upper part of the cylindrical rod body (1a), and the branch Harris part {the branch Harris attachment / detachment tool and subsequent needles are connected by Harris ( An elastic structure portion which is a branch Harris detachable tool provided with a connection hole (2f) for connecting the connected device}, and makes it difficult to pass the thread through the gap (S) of the branch Harris detachable tool 8a-1. (R)
The elastic structure portion (R) is a substantially U-shaped elastic body having a convex portion (Dt) having a large diameter on the left and right sides of the middle portion of the elastic body. The elastic structure portion (R) is orthogonal to the insertion direction of the path thread in the gap portion (S). And one of the convex portions having a large diameter of the elastic body is provided in a direction to close the insertion path of the thread of the gap (S), and a fitting hole is provided to face the substantially U-shaped elastic body. With something inserted
A concave portion (Dt) of a fitting portion that receives the other convex portion (Dt) having a large diameter of the elastic body is provided as a holding portion of the elastic body,
The substantially U-shaped part of the elastic body is pinched from the left and right and is inserted into the insertion hole.
The branch Harris detachable tool 8a-1A provided with the elastic structure part (R) has an elliptical shape in which the diameter of the road thread is suppressed by several percent and is difficult to penetrate the gap part (S). Since it is more difficult to penetrate than 8a-1, it is close to “0” that the fish once hung from the branch Harris removable tool 8a-1A.
FIG. 33 (E) is a side view of a cylindrical bar-shaped branch Harris removable tool 8a-1A,
(F) is a front view of (E), (G) is a PP cross-sectional view of (E), and (H) is a DD cross-sectional view of (G).
(C) has a water resistor that combines the branch Harris detachable tool 8a-1A and the water resistor T2, and further connects the connector to the connection hole in the lower part of the water resistor body, and returns ( Y), a branch Harris mechanism 8W-1A in which a weight (8e), a tangling pipe (8f), and a fishing hook (8c) are connected by Harris (8b-1).
(D) has a water resistor that combines the branch Harris detachable tool 8a-1 and the water resistor T3, and further connects the connector to the connection hole in the lower part of the water resistor body, and returns ( Y), a branch Harris device 8W-1 in which a weight (8e), an entanglement pipe (8f), and a fishing hook (8c) are connected by Harris (8b-1).

The branch Harris removable tool 8a-2 is provided with a thread passing hole (H) at the approximate center of the sphere, and the thread guide part (W) and the back of the guiding part from the outer surface of the sphere toward the side of the thread passing hole. A gap (S) is connected to the thread passing hole,
A tongue piece generated between the thread passing hole (H) and the gap (S) immediately adjacent to the thread passing hole is provided as an elastic piece (2D);
Branch Harris attachment and detachment in which a road thread removal inclined recess (2n) is provided on both entrance sides of the spherical road thread passage hole (H) at the intersection of the road thread passage hole (H) and the elastic piece (2D). Free tool. {See FIGS. 31A and 31C}

The thread is inserted into the branch Harris removable tool 8a-2 between the thread guide hole (W) and the gap (S) through the gap (S) and the gap (S) immediately adjacent to the thread guide hole. The elastic piece (2D) generated on the tongue is inserted into the thread passing hole from the tongue piece. (The gap (S) with which the tongue piece portion closest to the thread passing hole of the elastic piece (2D) abuts is preferably 60 to 70% of the diameter of the thread)
Since the elastic piece (2D) is provided, the inserted road yarn cannot be removed.
When the thread is pulled out from the thread threading hole (H), the path thread is inserted into the thread threading inclined recess (2n) provided on the side of the intersection of the thread threading hole (H) and the elastic piece (2D). Insert the yarn, {Pull in the pulling direction of Fig. 31 (A)} Dodge the elastic piece (2D) closest to the outer surface of the sphere and place a part of the yarn in the gap (S) and pull it in the direction of the yarn guide (W) Then, dodge the elastic piece (2D) and pull out the yarn.
FIG. 31 (A) is a front view of a sphere, and as an example, a 10 mm sphere is provided with dimensions corresponding to road thread 10 (diameter 0.52 mm). The diameter of the thread passage hole (H) is The diameter of the yarn is 1.5 to 4 times, preferably 2 to 3 times the yarn diameter.
(B) is a side view of (A).
(C) is NN sectional drawing of one edge part of the way thread passage hole (H) of (A).
(D), (E) is a branch Harris device 8W-2 in which a water resistor is coupled to the branch Harris detachable tool (8a-2), and the branch Harris portion is connected. Conditions) Weight (8e essential condition) to green pipe (8f) floating needle (8c-2a) tip needle (8c essential condition) floating needle floating end upper stopper (2r) floating needle floating end lower stopper (2p) Harris (8b-1 essential condition) for connecting and binding Harris (8b-2a) in the needle floating range is collectively referred to as a branch Harris portion.

The branch Harris detachable tool 8a-3 is a branch Harris detachable tool that opens and closes the path thread insertion portion by bending the middle part of the cylindrical rod body. Tunnel-shaped hole (3f), path thread attaching / detaching guide part (W), and path thread attaching / detaching guide for receiving an elastic piece having a thread hole (H), and a protrusion (3e-1) of a lock part for opening / closing the thread thread attaching / detaching port. A gap (S) penetrating the above-mentioned thread passing hole (H) is provided at the back of the part
On the other side (3b) divided by bending, there are an elastic piece (3e) having a convex portion of the lock part for opening and closing the path thread attachment / detachment opening, a connection hole (2f) of the branch Harris part after the branch Harris removable tool, and a dust cover ( 3g)
A bending elastic part (3D) is provided at the lower part of the middle of the rod body, and one (3a) and the other (3b) divided by bending are connected,
An elastic piece (3e) having a convex part of the lock part for opening / closing the road thread attaching / detaching port of the other (3b), and a tunnel-like hole part (3f) for receiving the elastic piece having a convex part of the locking part for opening / closing the road line attaching / detaching port Is a structure in which the way thread attachment / detachment port is locked and becomes a cylindrical rod body,
To operate, push the convex part of the locking part (in Fig. A) in the direction of arrow 1 and then press the elastic part (3D) bent in the direction of arrow 2 to open the thread thread attachment opening (Figure C). Push into the thread passing hole (H) from the thread guide attaching / detaching guide (W) through the gap (S),
By engaging the tunnel-shaped hole (3f) that receives the convexity of the elastic piece (3e) having the convexity of the lock part for opening and closing the above-mentioned roadline attachment / detachment opening, the roadline attachment / detachment opening becomes locked,
The branch Harris detachable tool is locked to the road thread.
The size of the above-mentioned thread passing hole (H) is 1.5 to 5 times the diameter of the thread and preferably 2 to 3 times the diameter of the thread (the size of this thread passing hole (H). Applies to all branch Harris removable tools of the present application).

FIG. 34 (A) is an overall schematic view of the branch Harris detachable tool 8a-3, in which a structure important part is described in a cross-sectional view. ing.
(B) is a top view of (A), the dust cover (3g) provided in the upper and lower parts may be omitted, and is not related to the function.
(C) is a state diagram when the path thread is inserted by opening the path thread attaching / detaching port.
(D) is a figure in the middle of fitting the convex part of the elastic piece (3e) having the convex part of the lock part for opening and closing the thread thread attachment / detachment opening and the tunnel-shaped hole part (3f) receiving the convex part.
(E) is a figure in which the protrusion (3e-1) of the lock part for opening and closing the path thread attaching / detaching port is fitted in the TT cross-sectional view of (A).
(F) is a schematic overall view in which the branch Harris mechanism 8W-3, in which the water resistor T2 and the branch Harris attachment / detachment tool (8a-3) are combined and the branch Harris portion to the fishing hook is connected, is locked to the road line. FIG.

The branch Harris detachable tool 8a-3A is a branch Harris detachable tool constituted by an elastic piece having a convex portion of a lock part for opening and closing a road thread detachment opening that moves in the left-right direction on a rugby ball-shaped main body,
The branch Harris detachable tool has a football-shaped body (3) having a recess (3e-3) of a lock part for opening and closing the thread line opening / closing opening, and an elastic piece that locks and unlocks the path thread opening / closing opening by moving left and right. 3e-2) and a receiving portion (3f-) in which one lower part of the gate shape receiving the recess (3e-3) of the elastic piece for locking / unlocking the thread thread attaching / closing opening is used as the elastic piece insertion operation portion of the lock portion 1) A gap (S) and a thread passing hole (H) penetrating through the thread passing hole (H) are provided at the back of the path thread attaching / detaching guide part (W) and the path thread attaching / detaching guide part. It is a structure provided with a connecting portion (2f) to be connected,
The operation is performed by moving the elastic piece (3e-2) for opening / closing the road thread attachment / detachment opening downward from the state shown in FIG. Insert it into the thread passing hole (H) through the gap (S) that penetrates the thread passing hole (H) at the back of the section,
One side of the gate type which receives the recessed part (3e-3) of the elastic piece which moves the said elastic piece (3e-2) of the above-mentioned line thread attachment opening opening / closing in the drawing upwards, and locks and unlocks the above-mentioned opening / closing opening of the road line attachment / detachment The elastic piece (3e-2) is fitted into the upper part in the gate-type receiving part by an elastic restoring force and is locked.

FIG. 35 (A) is a schematic side view of the overall shape of the rugby ball-shaped branch Harris removable tool 8a-3A, and it is easy to mold it by applying an elastic return force to the elastic piece (3e-2) for opening and closing the way thread attachment / detachment port. For this purpose, the elastic piece (3e-2) is positioned on the upper side as viewed in the drawing.
(B) Locks the opening and closing of the thread thread attachment / detachment opening. The elastic piece (3e-2) is inserted into the lower receiving part (3f-1) of one of the gates that receives the concave part (3e-3) of the elastic piece to be unlocked. The figure which fits into the upper part in a gate type receiving part with an elastic return force, and is in the locked state.
(C) is the figure of the step before putting an elastic piece in an elastic piece receiving part (3f-1) from the state which looked at the said elastic piece (3e-2) in drawing, and was located below.
(D) is the SS sectional drawing of (B), and the figure showing the insertion state inserted in the said elastic piece receiving part (3f-1).
(E) is a schematic overall view in which the branch Harris mechanism 8W-3A, in which the water resistor T3 is coupled to the branch Harris detachable tool 8a-3A and the branch Harris portion to the fishing hook is connected, is locked to the road line. is there.

The branch Harris device 8W after this paragraph connects the branch Harris detachable tool (8a) and any one of the water resistor portion T6 to the water resistor portion T2 (there is also a water resistor portion T1). Since it is the main structure in the branch Harris part from the branch branch Harris removable tool to the locking tool,
The structure of the water resistor portion T6 to the water resistor portion T6 is described again, and the detailed description is omitted.
* The water resistance portion T1 is described in [0034] The water resistance portion is provided with a sheet body storage portion of the resistance body and stores the sheet body (16c). A water passage (16Hb, 16Ha) that passes through the threading hole (H) and is connected to the sheet body housing portion of the water resistor is provided. When water flows in from the water passage, the seat body that is housed and the lid of the sheet body housing portion (8a-16a) is a water resistor which opens and opens the inside sheet body into water to become a sheet body of a parachute-like (16c) or turf-like (16c1) water resistor.
* The water resistance portion T2 is described in [0037] The water resistance portion T2 includes the water resistance body (17c), the outer body (17a, 17b) divided into a plurality of outer surfaces, and the resistance of the water. The holding part (1X) for providing the fitting part (17ce, 17cs) for fitting the outer body (17a, 17b) in the body part T2 and holding the outer body (17a, 17b) in an openable / closable manner is provided. It is a thing provided in the upper part of a main part (17c),
The holding structure part (1X) for holding the outer bodies (17a, 17b) in an openable and closable manner has the outer bodies arranged in a circular shape on the outer side (17a) and the inner side (17b). }, The upper part of the outer body (17a, 17b) is alternated with a circular insertion groove (as in 17a, 17b, 17a, 17b) in which the slit (1Dm) of the holding structure part (1X) of the outer body is inserted. It is inserted in a shape that can be inserted side by side {The inserted figure is (D). (H) sectional view of (E)}, the outer body (17a, 17b) pushes the outer edge (17ce) of the circular insertion groove with the split groove (17Dm) with the resistance of water, The opening angle (opening angle) is maintained by the bending stop (17 cp) of the outer edge portion provided below the outer edge portion of the groove and the open angle end stoppers (17 as, 17 bs and 17 cs) of 17 a and 17 b.
The outer body (17a, 17b) receives the resistance of water flowing in between the lower part of the main body (17c) and the closed outer body (17a, 17b), and opens the outer body to the outside. When the resistance force of the elastic member becomes weak, the elastic body ring (17Dr) provided below the outer shell body insertion portion and the elastic return force of the insertion portion (17ce) into which the outer body body is inserted closes the opened outer body body. The holding structure (1X) that holds the outer body so as to be freely opened and closed is provided on the upper portion of the main body (17c).
* Water resistor T3 is described in [0044] The water resistor T3 is composed of a water resistor body (19c), an outer body (19a) divided into a plurality of outer surfaces, and the outer body (19a). An outer body holding structure (2Xa) that can be opened and closed freely is configured. The outer body (19a) receives a water resistance when opened, a sphere (19aa) provided at the upper end, and the wing. And the shaft (19ab) connecting the sphere (19aa), and the outer body holding structure (2Xa) includes a sphere (19aa) provided at the upper end of the outer body on the water resistor body (19c). A fitting portion is provided, and a holding cap (19b) for holding the fitted outer body (19a) so as to be opened and closed is provided and fixed, and the outer body (19a) can be opened and closed. An elastic ring (19 Da) and a ring insertion groove are provided. And
When a fish catches and runs away, a large amount of water enters between the resistor body (19c) and the outer body (19a) to open the outer body (19a) {Fig. 10 (B)}. The outer body is closed by the elastic restoring force.
* The water resistance portion T4 is described in [0049/0050] The water resistance portion T4 includes the upper and lower lid portions (2a-1, 2a-2) and the cylindrical outer portion (2b) between the upper and lower lid portions. The shape memory elastic bag (2T) incorporated in the outer shell of the cylindrical body (the shape memory elastic bag has a shape in a state in which no force is applied from the outside as the original shape, and the force is applied from any direction. When added, the bag is deformed into a shape corresponding to the force, and when no force is applied from any of the above directions, the bag body becomes an original shape}.
The cylindrical shell part (2b) is divided by a plurality of vertical slits, is connected to the upper and lower lid parts (2a-1, 2a-2), and is connected to the connection part of the upper and lower lid parts in the left-right direction. At least one place in the cylindrical shell part (2b) further divided by the groove, and a mountain fold line in the left-right direction is provided,
The shape memory elastic bag (2T) built in the cylindrical outer shell is provided with an elastic tube (2s) through which a thread passing through the central portion in the vertical direction passes. .
* Water resistor T5 is described in [0057/0058] The water resistor T5 is a plurality of bone bodies provided on the outer periphery of the water resistor body (T5c) and the water resistor body (T5c). Part, (T5B) and sheet body part (T5S),
The water resistor main body (T5c) and the bone body portion provided on the outer periphery of the water resistor main body are provided with an elastic portion at a connecting portion between the water resistor main body and the bone body portion, and are used as a hinge portion (T5hn). And
The hinge part (T5hn) is connected (connected) to be openable and closable,
The plurality of bone parts are fixed with a sheet body (T5S), and an elastic ring (T5D) and a ring holding part (T5Du) are provided on the entire outer periphery of the plurality of bone parts. The elastic ring (T5D) is inserted into the ring holding part (T5Du),
An elastic linear body (string body) is provided on the entire inner surface of the large-diameter portion of the sheet body, and at least one elastic linear body (string body) (T5d) is provided on the sheet body in the substantially intermediate portion of the adjacent bone body section. This is a water resistance portion T5 formed by being fixed in place.
* Water resistor T6 is described in [0062/0063] The water resistor T6 is divided into a water resistor main body (T6c) and an outer body of the water resistor main body (T6c). Consists of outer body parts (T6a, T6b)
The water resistor body (T6c) and an outer body part (T6a, T6b) divided into a plurality of parts are connected to each other by an elastic part and are connected (connected) as a hinge part (T6hn) so as to be opened and closed.
The water resistor body (T6c) is provided with a stopper (T6St) for setting the tilt angle of the outer body parts (T6a, T6b) divided into a plurality of parts, and further includes an elastic ring (T6D) and an elastic ring holding part (T6Du). A convex piece (T6at) for holding the inner outer body (T6b) is provided on the outer outer body (T6a).

The branch Harris device 8W-5 is a connection of the branch Harris removable tool (8a-5) and any one of the water resistor T2 to the water resistor T6.
The branch Harris device 8W-5 is connected to any of the resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-5), and the branch Harris part extending from the branch Harris detachable tool to the locking tool. The main composition
The removable tool part (8a-5) is provided with a ring hole (H) that can be stopped by a branch Harris stopper (7) in a wire body having a snap (Sa / Sb) part. A branch Harris detachable tool (8a-5, FIG. 32) characterized in that it is provided with a gap (S) through which a thread can pass,
The branch Harris device 8W-5 is a water resistor body T3 formed by extending the wire rod (81-3) of the snap (Sa / Sb) portion of the branch Harris attachment / detachment tool (8a-5) downward. The figure which connected the branch Harris part from a branch Harris detachable tool to a latching tool to the thing which combined the branch Harris detachable tool and water resistance part T3 which combined the upper end part of No. (FIG. 25).

The branch Harris device 8W-6 is a connection of the branch Harris detachable tool (8a-6) and any one of the water resistor T2 to the water resistor T6.
The branch Harris mechanism 8W-6 includes any one of the water resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-6), and the branch Harris from the branch Harris detachable tool to the locking tool. Part of the main structure,
The removable tool portion (8a-6) is provided with a ring hole portion (H) that can be stopped by a branch Harris stopper (7) in a wire rod body having a snap (Sa / Sb) portion. A branch Harris detachable tool (8a-6, FIG. 32) provided with a gap (S) through which a thread can pass, wherein the branch Harris detachable tools 8a-4 and 8a-5 are also as described above. The same thing is branch Harris mechanism 8W-4, (not shown) branch Harris mechanism 8W-5, and FIG.
32A, FIG. 25A shows the tip of the wire portion (8a-62) of the snap (Sa / Sb) portion of the branch Harris removable tool (8a-6). It is the coupling | bonding Example figure of the branch Harris attachment / detachment tool and water resistance part T2 which combined the upper end part of the resistance part T2 of water.
FIG. 25B shows a wire rod obtained by extending the lower end portion of the wire rod portion (81-3) of the snap (Sa / Sb) portion of the branch Harris removable tool (8a-5) to the water resistor portion T3. It is the coupling | bonding Example figure of the branch Harris attachment / detachment tool and water resistance part T3 which combined the upper end part.
FIG. 26 (A) shows the connection between the lower end portion of the wire rod portion of the snap (Sa / Sb) portion of the branch Harris attachment / detachment tool (8a-10) of the branch Harris device 8W-10 and the upper portion of the water resistor portion T4. It is the example of a coupling | bonding of the branch Harris detachable tool and the water resistor T5 which were made to be made.
FIG. 26 (B) shows a wire resistor obtained by extending the lower end portion of the wire portion of the snap (Sa / Sb) portion of the branch Harris removable tool (8a-9) of the branch Harris 8W-9 downward. It is the coupling | bonding Example figure of the branch Harris attachment / detachment tool and water resistance part T5 which couple | bonded the upper end part.
FIG. 27 shows a branch Harris detachable tool and water resistance in which the lower part of the disc body of the branch Harris detachable tool (8a-13) of the branch Harris 8W-13 is coupled to the upper end of the water resistor T6. It is a joint example figure with body part T6.

FIG. 32A shows that the branch Harris stop hole (H) of the branch Harris detachable tool (8a-4) is placed with the wire of the snap wire portion (81-2) of the snap sarkan with stopper (an example of the connection tool) inward. Rotate the object, open the snap part (Sa-4, Sb-4), and insert the path thread into the branch Harris stop hole (H) along the wire of the snap wire part (81-2). In the diagram,
(B) is the figure which inserted the thread, and closed the snap part (Sa-4, Sb-4).
The removal of the Edas detachable tool (8a-4) from the road thread may be performed in the reverse order of the aforementioned procedure.
(C) The branch Harris stop hole (H) of the branch Harris detachable tool (8a-5) is rotated once by rotating the wire of the snap wire part (81-3) of the snap sarkan with stopper (an example of the connection tool). Schematic diagram of inserting the thread into the branch Harris stop hole (H) along the wire rod of the snap wire rod portion (81-3) by opening the snap portion (Sa-4, Sb-4). so,
(D) is the figure which inserted the thread, and closed the snap part (Sa-4, Sb-4).
The removal of the Edas detachable tool (8a-5) from the road thread may be performed in the reverse order of the aforementioned procedure.
(E) is a detachable tool part (8a-6), which is provided with a ring part (H) that can be fastened with a branch Harris stopper (7) on a wire rod having a snap (Sa-5, Sb-5) part. The ring portion is provided with a gap (S) through which the thread can pass, and a substantially elliptic cylinder (8a) having a receiving hole (Sa-5) for receiving a snap (Sb-5) portion on the outside of the wire body. -61), the wire rod lower portion of the branch Harris stop hole (H) provided in the wire rod body is used as an upper end stopper for vertical movement of the substantially elliptic cylinder, and the protrusion (8a-62) of the lower end stopper is snapped (Sb-5) The receiving hole (Sa-5) portion for receiving the snap (Sb-5) portion of the substantially elliptic cylinder (8a-61) is fitted to the snap (Sb-5) portion. In a half sectional view of the
(F) shows that when the convex portion of the lower end stopper (8a-62) is pushed inward from both sides and the substantially elliptic cylinder (8a-61) is moved downward, the snap receiving hole (Sa-5) is snapped ( Sb-5) part is removed, and the road thread (10) is put through the opening where the road thread (10) formed between the upper end of the substantially elliptic cylinder (8a-61) and the end of the wire rod can enter. 10) is inserted from the penetrable gap (S) provided in the wire body into the branch Harris stop hole (H),
(G) is a snap (Sb-5) part and a snap part receiving hole (Sa-5) part when the substantially elliptic cylinder (8a-61) is raised to the upper end stopper {the lower part of the wire constituting the branch Harris stop hole (H)}. Is a state diagram in which is fitted and locked and is locked to the road thread.

The branch Harris device 8W-9 is a connection of the branch Harris removable tool (8a-9) and any one of the water resistor T2 to the water resistor T6.
The branch Harris device 8W-9 is connected to any one of the resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-9), and the branch Harris part extending from the branch Harris detachable tool to the locking tool. The main composition
The removable tool part (8a-9) is provided with a ring hole part (H) that can be stopped by a branch Harris stopper (7) in a wire body having a snap (Sa / Sb) part. A branch Harris removable tool {8a-9, FIG. 29 (A), (B)}, characterized in that it is provided with a gap (S) through which the thread can pass,
The branch Harris device 8W-9 is a branch in which the wire rod at the lower end of the wire rod portion of the snap (Sa / Sb) portion of the branch Harris removable tool (8a-9) is joined to the upper end portion of the water resistor portion T5. It is the Example figure which connected the branch Harris part from a branch Harris detachable tool to a locking tool to the thing which combined the Harris detachable tool and water resistance part T5.

The branch Harris device 8W-10 is a connection of the branch Harris removable tool (8a-10) and any one of the water resistor T2 to the water resistor T6.
The branch Harris 8W-10 is formed by any one of the water resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-10), and the branch Harris part extending from the branch Harris detachable tool to the locking tool. The main structure
The branch Harris removable tool (8a-10) is composed of a wire rod connector having a snap portion on a substantially disc body (substantially spherical body),
The branch Harris attachment / detachment tool (8a-10) is inserted by making the connecting member of the wire rod body (81) having the snap portion eccentric to a substantially disc body (substantially spherical body), and inserting the outer peripheral side surface of the substantially spherical body. A contact portion with the wire body having the snap portion is provided, a concave portion for inserting a road thread is provided on the contact top portion, and a snap portion (Sa-1 / Sb-2) of the member having the wire body as a main material is provided. ) Inwardly to remove Sa-1 to Sb-2, {FIGS. 28 (A to C)} to open the snap portion, forming a gap (S) into which the road thread can be inserted, and the snap portion ( By closing Sb-2), the gap (S) into which the path thread can be inserted is closed, and a structure for locking the path thread (10) in and out of the recess (K) for inserting the path thread (10) is provided. A branch Harris detachable tool (8a-10) characterized by that.
The road thread (10) is provided with a recess (K) in the threading portion so as to be located in the connecting member of the wire rod,
Even if the yarn is pulled out from the concave portion (K) for inserting the yarn (10), the yarn is locked in the connecting member of the wire body.
Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so that the caught fish does not escape unless the snap part is opened. .
The branch Harris attachment / detachment tool (8a-10) can be attached to / detached from the road thread {FIG. 28, (B)} by pressing Sb-2 of the closed snap inward to remove Sa-1 to Sb-2. The snap portion is opened, and the yarn is inserted through the opened snap portion, and the yarn (10) is fitted into the concave portion (K) provided in the substantially disc body (substantially spherical body). ˜D) can be attached to the road yarn, and when removed from the road yarn, the above-mentioned reverse method is used.
The branch Harris attachment / detachment tool (8a-10) is described as a disc body in FIGS. 28A to 28C, and is described as a substantially spherical body in FIGS. 29C to 29D.
The branch Harris device 8W-10 is a branch in which the wire rod at the lower end of the wire portion of the snap (Sa / Sb) portion of the branch Harris removable tool (8a-10) is joined to the upper end portion of the water resistor portion T4. FIG. 26A is an embodiment diagram in which a branch Harris portion extending from a branch Harris removable tool to a locking tool is connected to a combination of a Harris removable tool and a water resistor T4.
Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T6 is also a view connected to the water resistor portion T4 as an embodiment diagram within the scope of the present application.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris device 8W-11 is a device in which the branch Harris removable tool (8a-11) is connected (coupled) to any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism 8W-11 is provided on any of the water resistor T1 to the water resistor T6, the branch Harris removable tool (8a-11), and the branch Harris section extending from the branch Harris removable tool to the locking tool. Main structure,
Is a connection of the branch Harris removable tool (8a-11) and any one of the water resistor T1 to the water resistor T6,
The branch Harris removable tool (8a-11) is constituted by a wire rod connecting tool having a snap part in a substantially spherical body,
The branch Harris removable tool (8a-11) is provided with a thread threading hole (H) at the center of the substantially spherical body, and a slit (W) connecting the thread threading hole from the outer surface of the approximately spherical body. , A gap (S) is provided in the back of the slit for inserting and inserting the thread.
The road thread passing hole (H), the gap (S), and the slit (W) are surrounded by the connecting member of the wire rod body, and the entrance of the slit is provided in the connecting member of the wire rod body. ,
Even if the thread is pulled out from the thread threading hole, it is structured to be locked in the connecting member of the wire body.
Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so that the caught fish does not escape unless the snap part is opened. .
This branch Harris removable tool (8a-11), the method of attaching to and removing from the road thread (FIG. 29F), push Sb-3 of the closed snap inward to remove Sb-3 from Sa-3, the snap part Open, put the thread through the opened snap part, fit the thread (10) through the gap (S) provided in the approximately spherical part, and attach to the thread by making the state shown in Fig. (E) If possible, remove it from the thread using the reverse method described above.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris device detachable tool 8W-12 is obtained by connecting the branch Harris detachable tool (8a-12) and any one of the water resistor T2 to the water resistor T6.
The branch Harris 8W-12 is formed by any one of the water resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-12), and the branch Harris section extending from the branch Harris detachable tool to the locking tool. The main structure
The branch Harris 8W-12 is water from the lower end portion of the wire rod body having the snap (Sa-6.Sb-6) portion of the detachable tool portion (8a-12) of the branch Harris of FIG. Is connected (connected) to any upper part of the resistor part T6.
30. The detachable tool part (8a-12) of the branch Harris of FIG. 30, a wire body having a snap (Sa-6.Sb-6) part, a concave part on the circumferential outer wall part, and an uneven part on the end face (M-2) is provided with a middle piece {8a-p, GG cross section of FIG. 30C}, and the wire body is a circumferential outer wall provided on the middle piece (8a-p). The center piece is rotatably held by being inserted into the concave portion of the portion, and the substantially disk-shaped middle piece has a central through hole (H), and is a slit that connects to the through hole from the substantially disk body side surface ( W / crack), and the slit has a substantially V-shaped guide, and a gap (S) is formed in the back of the guide so that the thread can pass therethrough. Tools (8a-12),
Slit (W / fissure) in the middle piece (8a-p) of the substantially disk having the snap (Sb-6) part pushed inward to open the snap (Sb-6) part and having an uneven part (M-2) on the end face The middle piece is rotated so that the portion is located in the constricted portion of the wire rod body directly below, and the thread (10) is inserted inward from the opening portion of the snap (Sb-6) portion, and further, the gap ( S) is inserted into the center through hole (H), and the middle piece is rotated {having an uneven portion (M-2) on the end face} (FIG. 30B) snap (Sa-6.Sb-6) The part is engaged and closed, and the rotation of the middle piece is locked by the elastic force of the wire rod (FIG. 30A).
The road thread passing hole (H), the gap (S), and the slit (W) are surrounded by the connecting member of the wire rod, and the middle piece is rotated to lock the rotation of the middle piece by the elastic force of the wire rod. The structure is such that no road thread is pulled out from the constricted part of the wire rod body, but even if the road thread is pulled out from the constricted part of the wire body, it is locked in the connecting member of the wire rod body ,
Therefore, even if the thread is pulled out from the constricted portion of the wire rod in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, and the fish caught is not escaped unless the snap portion is opened.
In this branch Harris removable tool (8a-12), the middle piece (8a-p) and the wire body having the snap (Sa-6.Sb-6) part are manufactured separately, and the middle piece is incorporated in the wire body. It is also a big feature that it can be assembled by simple work.

The branch Harris device 8W-13 is obtained by connecting the branch Harris removable tool (8a-13) and any one of the water resistor T2 to the water resistor T6.
The branch Harris device 8W-13 is provided on any branch Harris section from the water resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-13), and the branch Harris detachable tool to the locking tool. The main composition
The removable tool part (8a-13) is provided with a hole (H) through which a thread can be inserted at the approximate center part of the elastic disk body and can be stopped by the branch Harris stopper (7). A cutting line is provided from the side surface of one disk body to the hole (H) that can be inserted, and is cut at least 90 ° (up to 180 °) to the right or left with reference to the cutting line. A cut piece that is left uncut and provided as a hinge portion on the side of the body, the cut piece and the remaining piece of the cut piece are connected to each other, and an elastic material is provided on the side surface of the one disk body (the remaining piece of the cut piece). A convex (Rk-1) is provided as a lock mechanism in combination with an elastic convex / elastic concave or elastic convex / through hole (Rk-2) on the side surface of the other disk (cut piece) (FIGS. 9A to 9). C) Water resistance on the lower part of the disc body having elastic properties of the branch Harris removable tool It is the Example figure (FIG. 27) connected with the body part T6,
The detachable tool part (8a-13) is a lock mechanism Rk-2 (FIG. 9A) which is provided on a disc-shaped piece (J-1) and a remaining piece (J-2) of an elastic disc. The upper convex portion of the disc is lifted to the upper right to release the lock with Rk-1 and open, and the thread thread (10) is inserted into the thread hole (H) to close the opening of the disc piece. As a result, Rk-2 and Rk-1 are locked (FIG. 9C), and the state shown in FIG. 9C is joined. The lower part of the disk piece in FIG. 9C is connected to the upper part of the water resistor T6. What was made to do is branch Harris 8W-13 of FIG.
Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T5 is also a view connected to the water resistor portion T6 as an embodiment diagram within the scope of the present application.

The snap part is composed of Sa and Sb, and the structure is mainly composed of an elastic wire body. In a typical example that is easy to understand, the "safety pin" is composed of the elastic wire body Sb and the snap receiving sheet metal part Sa that receives it. In the present invention, a force is applied to the elastic wire rod Sb from the state where Sa and Sb are engaged, the engagement state is released, an opening is provided between Sa and Sb, and the road yarn (10) is taken in and out from the opening. In the fishing tool used for the detachable part, a description will be given of the snap and the snap part, and a member mainly composed of a wire body having (Sa · Sb) is provided. Branch Harris removable tool.

Although it is an example in the branch Harris stop body of (7) (FIG. 37A-E or IJ), since the same thing is used for the float stop (6, since the binding procedure etc. are the same, description is Abbreviated), an elastic material attached in the middle of the thread (FIGS. 37A to 37E) in a ring shape like a rubber band. The thing which can freely set the diameter of the Edas stop to 3 times is preferable.
37 (FH) is a commercially available product as a float (6), which is a product in which a rugby ball-like elastic body (6a) is set on a linear body (6b) having a ring. In (F), the end of the thread is passed through the ring (6b) of the wire body, the wire body is pulled, the elastic body is transferred to the thread (G), and moved to the position to be set (H). Although it is a floating stopper to be in a state, setting from the end of the road thread is a problem to use for this device.
(I to J) in FIG. 37 becomes like (J) when twisted yarn bodies are tied (like I), and this type of thing changes the thickness of the yarn body (J) On top of the other, if tied together as in (I), the diameter can be freely adjusted to 2 to 3 times the diameter of the road thread, and it can be attached in the middle of the road thread, but due to operability problems, the elastic rubber band Such a ring-shaped object is preferred.

A branch Harris device 8W-1 to 8W-22 water resistor T1 to a water resistor T6, a branch Harris attachment / detachment tool, and an end lock (8c) of the branch Harris portion, From the resistor T1 to the water resistor T6, the branch Harris attachment / detachment tool (8a-1 to 8a-22) is connected to the water resistor above or below, and the connection tool is returned (Y), the weight ( 8e), the entanglement pipe (8f), the locking tool (8c) is mainly connected (bundled) with Harris (8B-1, 8B-1G, 8B-1H), the weight (8e), Although there is no entanglement pipe (8f), etc., it does not matter whether a stopper of the floating needle is attached, but the configuration described in the present application is preferable {FIG. 36 (A)}.
In FIG. 36B, two locking tools (8c) are provided at the tip of the branch Harris, and one of the two locking tools (8c-2) is provided so as to move freely. ) With the direction of the needle tip facing each other (8c-1 and 8c-2, both of which are double hooks or triple hooks), and the free range portion of the locking device (8c-2) provided as the free movement And the tip locking device (8c) are provided by coating with an elastic material (elastomer) or Harris at least 1.3 times the Harris diameter, and the two locking devices (8c) provided. ) Between the upper end stopper (2r) of the floating range portion and the lower end stopper (2p) of the floating range portion. E), (J) and (K) are the two fasteners (8c) and Harris (8b) (F) and (G) are bound in series to 1), and (F) and (G) are a single fastener (8c) bound to Harris (8b-1). Locking tool (8c / single hook) in which both methods are widely used as a binding method, in which two locking tools (8c) are bundled in parallel with Harris (8b-1) (bifurcated hanging or lantern hanging) (Both double hooks and triple hooks) is a bundling method, but we have heard that there are no significant differences in fishing results even though there are some advantages and disadvantages for floating fishing.
However, in this fishing (bulk fishing), when the live bait (8d) is good, it is about half when it is swimming in the direction of resistance while bending the road line in a "K" shape. {(8b-1) · This type of fishing uses Fluorocarbon No. 10} with (E), (F), (G), (J), and (K) in FIG. With this binding method, there is a high probability that it will take when you eat food from the head, but with the binding method of (D) and (H), it hits the Fluorocarbon No. 10 Harris in the state of being pinned just before biting from the head or tail. There is a case where there is no bite (a case where there is only one hit to bend the tip of the heel), and from that experience, the binding method (L) has been invented.
Furthermore, in addition to the above bundling method, the coupling bundling method of the locking tool (8c) at the lower end of the branch Harris portion is as follows:
The hook (8c) on the lower end is used to lift the fish and bind the target needle (single hook, double hook, or triple hook or more), and the bait needle with a can (single hook) facing upward・ A double hook ・ A hook of triple or more) is provided to move freely, and a stopper {(2p) that stops the pulling force of the live bait fish with the moving needle at a position 2/3 to 3/4 of the total length of the live food ) As an example, a bead ball of about 4 mm)} is fixed, and the floating needle is passed through Harris on the stopper, and a stopper ((2r) 1 is set so that the floating needle does not rise above the set floating range. As an example, a bead ball of about 4 mm) is fixed, and by providing this free range, it is easy to hang a needle for fishing purposes on a fish for live fishing. How to hang it on the fish In the state where the target fish is hung and the target needle is hung and the target needle is hung and the target needle is hung, the fish is caught and the target needle is hung. Since there was a fishing net, a connection and bundling method for the locking tool (8c) at the lower end of the branch Harris portion is recommended {see FIG. 36 (B)}.

7th invention is the shape of the locking tool (8c) of the front-end | tip of a Harris part as described in the previous paragraph, Comprising: The locking part which locks the belly fin part of the fish used as food to the said front-end locking tool ( 8c-M) (Fig. 6, B) The fish hook for fish hook was attached to the tail side of the dorsal fin in the trial fishing, and it was possible to obtain a certain fishing result, but it was off the dorsal fin (In the dorsal fin of the bait, there was a 10-20% occurrence of the fish hook's fishing hook being cut off the bait's fish part and not being able to fulfill the fish hook's purpose), so there is a hard place between the left and right belly fins In this case, if you can catch the fishing hook for fish hook as shown in Fig. 6 and B, you will notice that the needle will not come off. suggest.

Although it is Harris which connects between the anchors (8c) of the tip part of branch Harris from the branch Harris detachable tool, in what is used as Harris,
1. Nylon ・ The stretch rate is 20% to 45% as a characteristic, and depending on the method of binding the hook (fishing hook) or the binding part with Sarkhan, it is not recommended for those who are not used to it because it stretches by pulling the large fish and pulls out the binding part. object.
2. Fluorocarbon ・ The most widely used Harris in recent fishing. The strength of the binding part is the second highest after PE (polyethylene dynea), and the refractive index in water is 1.42. 33 is a material that is difficult to see underwater.
(This device uses Fluorocarbon No. 12)
3. PE (Polyethylene Dyneema) is the strongest product currently on the market, with an elongation of 1.04, and the advantage of fishing is that it has a characteristic that it can easily convey subtle changes such as hits. On the other hand, its weaknesses are heat resistance, heat resistance is low at 145 ° C, it breaks with low frictional heat, and the line is supple and easy to get entangled. 8b-1) It is difficult to recommend that all be PE.
(Reference fishing line No. 10 has a diameter of 0.52 mm, No. 12 has a diameter of 0.56 mm)

38 will be described. The device described in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 is introduced, and a “branch Harris having a branch Harris removable tool” is attached later. In the schematic diagram waiting for "around" in the state,
The patent document is “branch Harris having a branch Harris detachable tool” that is movably locked between the throwing rods from the branch Harris stopper (7).
39 is a schematic diagram in which a bottom fishing tackle is attached at the tip and thrown in with a throwing rod, and an upper fishing tackle is attached at the back and waiting for "around" in a standing state.
The patent document describes the fishing method that can aim for bottom fishing and top fishing with one throwing rod and the fishing gear, and FIG. 40 is described as “branch Harris having a branch Harris removable tool” in FIG. Instead, it is a schematic view of waiting for a “hit” in a state where the “Harris Harris device 8W having a branch Harris removable tool combined with a water resistor” described in the present application is attached.

1, weight.
2,
stopper. 2r, the upper side of the floating fishing hook stopper. 2P, the lower side of the stopper of the floating fishing hook.
2a-1, the upper body of the outer body of the water resistor T4.
2a-2, the lower body of the outer body of the water resistor T4.
2b, an intermediate part that bends outside the water resistor T4.
2D, an elastic piece closest to the thread passing hole of the branch Harris removable tool. 2n, a guide for removing a thread near the thread passing hole. Z, ball.
2f, a connecting hole (connecting portion) for a device in which the Harris detachable tool and subsequent fishing hooks are bundled with Harris.
2s, an elastic tube that passes the thread.
2U, a fishing tackle (float) with a built-in shape memory elastic body bag that quickly decays violent power.
2v, shape memory elastic bag. 3, Shimori. 4 Float. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6. Floating stop.
6a, which has a function of a 5a (bottom) stop attached to the lower part of the water resistor T4.
good.
7. Branch Harris stop. 7a, a branch Harris stop that is caught by a fish and moves to close the hole. 8. The whole branch Harris body. 8a, branch Harris removable tool. 8W, branch Harris device (we will use water resistance).
81, connector, & snap sarkan (may also represent the entire branch Harris body leading to the hook).
8a, Branch Harris removable tool.
8a-1, a branch Harris attachment / detachment part to the road thread is provided at the upper part of the rod body, and a branch Harris part {branch Harris wearing at the lower part
A branch Harris connecting / disconnecting tool provided with a connecting hole in a device that may be referred to as a connecting device that is connected to the needle after removing the tool with Harris). 1a, rod body. 1b, a branch Harris attaching / detaching portion to the road thread above the rod body.
A branch Harris removable tool provided with an elastic portion in the path yarn insertion path of 8a-1A, 8a-1. R, elastic part of the road thread insertion path. Dt, convexity of the elastic part. Recesses for receiving Du and Dt.
8a-2, a branch Harris detachable tool provided with a gap in the immediate vicinity of the thread passing hole as an elastic piece.
8a-3, a branch Harris detachable tool that is attached and detached by bending the middle part of the rod. 3a, one of the main bodies provided with a thread passing hole. 3b, the other side of the main body provided with an elastic piece having a convex portion of a lock portion for opening and closing the path thread attachment opening. 3D, the elastic part of bending of the middle part of the rod. 3e, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attaching / detaching port. A tunnel-shaped hole that receives the protrusions of the lock portions 3f and 3e. Convex of the locking part of 3e-1 and 3e. 3g, dust cover.
8a-3A, a branch Harris detachable tool composed of an elastic piece having a concave portion of a lock part for opening and closing a road thread attaching / detaching port that moves in the left-right direction on a rugby ball-shaped main body. 3, body. 3e-2, an elastic piece having a recess in the lock portion for opening and closing the road thread attaching / detaching port. 3e-3, the concave portion of the lock portion of the elastic piece for opening and closing the road thread attachment / detachment port. A receiving portion in which one lower part of the gate shape that receives 3f-1 and 3e-3 is an elastic piece insertion operation portion of the lock portion.
8a-4, 8a-5, 8a-6, 8a-9, a branch Harris detachable tool provided with a ring thread threading hole and a snap structure in the wire body.
8a-7, 8a-11, composed of a ball and a linear body. The ball is provided with a slit and a gap at the back of the slit, provided on the side of the thread threading hole, and penetrating the thread threading hole. A branch Harris detachable tool provided with an elastic piece as a path thread insertion portion closest to the threading hole.
8a-8, a branch Harris removable tool comprising a ball and a wire, eccentrically inserting the wire into the ball, and having a snap structure on the wire.
8a-10, a branch Harris detachable tool comprising a disc (sphere) and a wire, eccentrically inserting the wire into a ball, and having a snap structure on the wire.
8a-12, a branch Harris detachable tool comprising a disc body with a medium sesame and a wire body, the medium sesame having a road thread attaching / detaching portion, and a wire body having a snap structure.
8a-13, a branch Harris detachable tool having a structure for locking a substantially disc-shaped piece made of an elastic resin as a main material.
8a-14 An upper part of a substantially spherical ball mainly made of resin having elasticity and both sides of approximately 1/3 of the left and right sides are cut off, and two convex pieces are provided in the central part, and branch Harris is formed on one of the convex pieces. A branch Harris detachable tool of a detachable part that is provided with an insertion hole and a winding portion of a branch Harris provided on the other side of the convex piece and tightened. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball. 14c, Branch Harris insertion hole provided on one of the convex pieces of the substantially spherical ball 14e, Branch Harris insertion tightening hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1d, a locking hump provided at one end of the branch Harris. 8b-1G, Harris between the connecting pieces (81) connected between the convex pieces of the substantially spherical ball and wound around 14b.
The branch Harris of the detachable part of the branch Harris, in which both the convex pieces of 8a-14-1 and 8a-14 are fitted with fitting parts provided with a taper having a large diameter at the center of the hole and a small diameter at both ends. Removable tool. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball. 14 cm, 8b-1m insertion hole provided on one of the convex pieces of a substantially spherical ball. 14en, 8b-1n insertion hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1na, a stopper for locking the branch Harris to the thread when the Harris (8b-1H) has escaped from the hole (H) through which the thread passes. 8b-1n, an elastic fitting tool provided with both end portions fixed to Harris (8b-1H) tapered to have a small diameter. 8b-1m, an elastic insertion tool provided with a taper having a small diameter at both ends fixed to Harris (8b-1H) and provided with a stopper in the 14b direction. Pulling tool for pulling out 8b-1ma and Harris (8b-1H) on the left side (as seen in the drawing).
8a-15, a branch Harris removable tool formed of a resin having an elastic property as a main material and configured by a main body (15a) having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body.
15a, a main body having a rectangular cross section in the vertical direction. 15b, outer cylinder (long square cylinder) of the main body.
15b1, an insertion opening into which the convex part of the open / close arm is inserted. 15b2, Stopper advance / retreat end slide port. 15c, an open / close arm. 15a1, a cutting piece serving as a forward end and backward end stopper. 15f, a connecting portion for connecting Harris after the detachable tool of the branch Harris provided at the rear of the main body.
81. Snap sarkan with stopper. 82, 8a-16 wire rod.
8a-16, A branch Harris detachable tool joined to a water resistor (parashut or turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2 Cover (G) type for storage parts such as Parashut and Turf. 16a-3 Elastic piece of (G) type lid of storage part such as parashut and turf. 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16cb, sheet body (D) type storage section. 16c1, Turf of a sheet of water resistor. The elastic part of the tongue piece and the lid at the upper part of the housing main body of the closed state holding structure that can freely open and close the lid of 16d and 16a. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, two-stage path threading hole. 16Hd, sheet body storage (Da) type. 16He, 3-stage road threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
8a-17, a branch Harris removable tool at the bottom of the main body of the water resistor T2. 17a, outside of the outer shell of the water resistor T2. 17as, outer body open corner end stopper at the upper end of the outer shell. 17bs, outer shell open corner end stopper at the upper end of the inner shell. The stopper receiving part which receives the outer body open | release corner end stopper of the outer body fitting part of the main body of 17cs and the resistor T2 of water. 17b, inside of the outer body of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge portion of outer body insertion groove 17Dm, circular insertion groove of slit groove. 1Xa, outer body holding structure. The elastic ring provided in the outer body of the resistance body T2 of 17Dr water.
8a-18, A branch Harris detachable tool in which the center of the water resistor structure portion T2-1 is inserted through a linear body.
18a, outside of the outer shell of the water resistor T2. 18as, outer body open corner end stopper at the upper end of the outer outer body. 18bs, outer shell open corner end stopper at the upper end of the inner shell. 18 cs, a stopper receiving portion that receives the outer body open corner end stopper of the outer body fitting portion of the main body of the water resistor T2. 18b, inside of the outer shell of the water resistor T2. 18c, body of water resistor T2. 18ce, outer edge portion of outer body insertion groove 18cm, recessed portion of retaining container portion at the bottom of branch Harris detachable portion. 18D, an elastic ring provided on the outer body of the water resistor T2. 18Dm, circular insertion groove for cutting groove. 1Xa, outer body holding structure. 18Hc, a branch Harris detachable tool body with a linear body.
18Ha, road thread threading hole of the branch Harris removable part of the wire body. 18Hb, Harris part of wire (portion from return to locking tool) connection hole. 18He, elastic wire body prevents it from coming off.
18Hs, prevention to the lower part of the branch Harris removable part.
A branch Harris detachable tool in which the branch Harris detachable tool 8a-18A, 8a-18 is a rod.
8a-19B, a branch Harris detachable tool that combines the water resistor T3. 8a-19BZ, a branch Harris detachable part assembled in a column under the main body of the water resistor T3. Assembly parts to be assembled in the column at the bottom of the 19K, T3 body. 19Kb, insertion receiving part for assembly parts. 19Dbb, an elastic piece for holding the road thread attaching / detaching portion in a closed state. 19pb, 19K road thread insertion guide. 19pc, 19K road thread operation section. 19Kp, the fitting part of the attachment part 19K. 19Dm, bifurcated part of assembly parts, concave at the center. 19Dk, the elastic part of the fitting part of the attachment part 19K. 19Kt, convexity of the fitting holding part of the attachment part 19K. 19cb, a column at the lower part of the main body of the water resistor T3. 19-BW, road thread attaching / detaching port 19a, outer body having a sphere. 19aa, a sphere provided at the upper end of the outer shell. 19b, a holding cap for holding the outer body in an openable and closable manner. 19ab, a shaft part that connects the outer sphere and the wing part. 19c, water resistor body. An elastic ring inserted into a 19 Da ring insertion groove. 2Xa, outer body holding structure.
8a-19C, a road thread attaching / detaching part having an elastic part in a main body part of a substantially rectangular plate body, a road thread passing hole, and a road thread guiding part (19pa) connected from the road thread attaching / detaching part to the road thread passing hole. Provided branch Harris removable tool. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part. 19Ku, 19Db insertion retention. The recessed part of the insertion part of 19Dm and 19Db. The convex part of the insertion part of 19Kt and 19Db.
8a-20, 20a, rectangular cubic body. 20b, outer cylinder slider. 20c, road thread attaching / detaching operation piece. 20cn, a storage section for the operation piece attaching / detaching operation piece. 20 sn, elastic deformation end stopper. 20sf, outer cylinder slide advance end stopper. 20sf, outer cylinder slide advance end stopper. 20sm, forward / backward position holding stopper. 20sb, back end stopper.
8a-21, a main thread of a substantially ball having elastic properties, a road thread threading hole, a road thread removable piece and a road
In the back of the thread attachment / detachment guide part and the road thread attachment / detachment guide part, there is provided a gap that penetrates the above-mentioned thread passing hole,
Further, a branch Harris detachable tool provided with a structure for holding the closed state of the road thread attachment / detachment opening provided with the road thread attachment / detachment piece. 21Z, SE body having a substantially elastic body. SE part, road thread detachable piece part. 21a, the main body of the ball. 21b, a guide portion that also serves as a holding / removing piece holding portion. SE-b, a concave portion of the SE piece that becomes a lock structure when fitted to the 21b provided on the opening / closing piece of the path thread attaching / detaching port. 21f, branch Harris part connection hole.
8b Harris on the branch Harris part. 8b-1, Detachable tool, -Return tool -From Locking tool
Harris connecting between. 8b-2a, Harris connecting between the free range of the floating needles of the branch Harris mechanism and the tip locking device.
8b-1d A function for preventing the end of Harris from being used in the removable tool part of 8a-14.
Harris used between 8b-1G and 8b-1d to connector 81.
Used in 8b-1H and 8a-14-1, the center has a large diameter and both ends have a small diameter.
A branch Harris with a fixed insertion part.
8b-1m, 8b-1H, which has a retaining part, with the center as the large diameter and both ends as the small diameter
Tapered fitting part.
Pulling tool for pulling out 8b-1ma, 8b-1m, 8b-1n.
8b-1n, 8b-1H, taper with large diameter at the center and small diameter at both ends
Ingredients.
8b-1na, 8b-1H, 8b-1n, 8b-1H provided on the side of the connector (81) is removed from the hole (H) through which the road thread passes, so that the branch Harris is locked to the road thread. Stop.
8c, Locking tool (fish hook, single hook, double hook, triple or higher hook).
8c-1a, a fishing hook with a branch Harris mechanism. 8c-2a, branch Harris mechanism
A floating needle for feeding bait. 8c-M, a needle in which a grandchild needle part having a shape for locking between the belly fins of the bait with a grandchild needle part is additionally fixed to a fishhook for fishing.
8d, live food. 8e, a weight attached to a branch Harris removable tool. 8f, Tangle prevention pipe that also serves as a landmark. 8p, a lower stopper that determines the range of movement of the floating Harris needle. 10. Road thread. 11. Throwing spear.
8W A branch Harris device composed of a branch Harris connected to any of the branch Harris detachable tool and the water resistor T2 to the water resistor T6 from the branch Harris detachable tool to the fishing hook.
8W-1, a branch Harris connecting / disconnecting tool provided with a branch Harris connecting part at the upper part of the rod body and a branch Harris connecting part at the lower part and a branch connected to any of the water resistor T6 from the water resistor T2 Harris mechanism (branch Harris mechanism in the case of FIG. 33D is a combination of the water resistors T3 and 8a-1, and the connection tool, the return, the weight, the anti-tangle pipe and the two fishing hooks at the tip. The branch Harris device connected with is shown).
An 8W-1A, 8W-1 path thread insertion path is provided with an elastic portion to increase the degree of locking to the path thread, and is coupled to either the branch Harris detachable tool and the water resistor T2 to the water resistor T6. A branch Harris mechanism (in the case of FIG. C, the branch Harris mechanism has two branch Harris hooks in FIG. D, but two in series).
8W-2, a branch Harris mechanism, which is composed of an elastic piece in the gap immediately adjacent to the thread passing hole and is combined with a branch Harris removable tool and a water resistor.
8W-3, a branch Harris device that is attached and detached by bending the middle part of the rod body and coupled with a branch Harris removable tool and a water resistor.
8W-3A, a branch Harris mechanism that is connected to a branch Harris attachment / detachment tool composed of an elastic piece having a convex portion of a lock part that opens and closes a road thread attachment / detachment opening that moves in a horizontal direction on a football-shaped main body.
8W-4, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided inside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-5, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided outside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-6, a wire Harris hole detachable tool which is provided with a thread passing hole in the wire body having a snap portion, and opens and closes the path thread attaching / detaching port portion by vertical movement of the elliptic cylinder, and water resistance from the water resistor T2. Branch Harris mechanism combined with any of the body T6.
8W-9, a branch Harris device that is connected to any one of the branch Harris removable tool having a thread passing hole provided on the outside and a water resistor T2 to a water resistor T6.
Only the 8W-5 wire connector is different.
8W-10, a branch Harris in which a connecting member of a wire body having a substantially disc body and a snap portion is eccentrically coupled, and a concave portion of a road thread passing portion is provided at a contact upper portion between the wire body and the substantially disk body. A detachable tool and a branch Harris mechanism coupled to any of the water resistors T2 to T6.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-11, a branch Harris detachable tool composed of a wire rod connecting device having a substantially spherical body and a snap portion, and a path thread passing hole formed in the substantially spherical body, and a water resistor T2 to a water resistor Branch Harris mechanism combined with any of T6.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-12, a wire Harris body having a snap part, a branch Harris attachment / detachment tool provided with a substantially disc middle piece, and a branch Harris device coupled to any of the water resistor T2 to the water resistor T6.
8W-13, a bifurcated disc body that can be freely opened and closed by a hinge portion and provided with an opening / closing operation portion having a lock structure, and any one of water resistor T2 to water resistor T6 Combined branch Harris mechanism.
8W-14, two convex pieces are provided at the upper part of the substantially spherical body of the branch Harris removable tool, and the thread is inserted at the lower part of the substantially spherical body and at the back of the thread insertion part as a Harris winding part. A branch Harris device in which a branch Harris detachable tool provided with a gap to be pushed in and a thread passing hole is coupled to any of the water resistor T2 to the water resistor T6.
Two convex pieces are provided on the upper part of the substantially spherical bodies of 8W-14-1 and 8W-14, and a Harris insertion tool is used to insert a Harris insertion tool into the two convex pieces as a Harris winding portion. A branch Harris mechanism in which a branch Harris detachable tool provided with a portion is coupled to any of the water resistor T2 to the water resistor T6.
8W-15, a branch Harris detachable tool composed of a main body (15a) having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body and using the outer cylinder of the main body as a lock mechanism, Branch Harris device combined with any of the water resistors T6.
8W-16, branch Harris detachable tool composed of a wire rod connecting tool having a thread threading hole and a snap portion at the lower part of the resistor body of the water resistor T1, and a branch that combines the water resistor T1 Harris device.
8W-17, a branch Harris detachable tool constituted by a wire rod connecting tool having a thread passing hole and a snap portion at the lower part of the resistor body of the water resistor structure T2, and a water resistor structure T2. Combined branch Harris mechanism.
8W-18, a branch Harris mechanism in which a branch Harris attachment / detachment tool in which the center of the water resistor structure portion T2 is formed by a linear body and a water resistor T2 are combined.
8W-19A,
A branch Harris detachable tool obtained by combining the branch Harris detachable tool 8a-19C and the water resistor T3. A water resistor T3, a water resistor having a structure having an outer body having a sphere at the upper end of the water resistor body, a fitting portion of the outer body, and an outer body holding structure. 19a, outer body with a sphere. 19aa, a sphere provided at the upper end of the outer shell. 19b, a holding cap for holding the outer body in an openable and closable manner. 19ab, a shaft part that connects the outer sphere and the wing part. 19c, water resistor body. An elastic ring inserted into a 19 Da ring insertion groove. 2Xa, outer body holding structure. 19AZ, the main body of a substantially rectangular plate. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part. 19Ku, 19Db insertion retention. The recessed part of the insertion part of 19Dm and 19Db. The convex part of the insertion part of 19Kt and 19Db. 19Kp,
8W-19B, a branch Harris removable tool provided with a road thread attaching / detaching part, a thread passing hole and a road thread guiding part having an elastic part at the lower part of the body of the water resistor T3-1, Branch Harris device in the body T3.
8W-20, a branch Harris attachment / detachment tool provided with a road thread attaching / detaching part having a resilient part, a road thread passing hole, and a road thread guiding part on a main body part of a substantially rectangular plate body, and having an outer cylinder of the main body as a lock mechanism And a branch Harris device coupled to one of the water resistor T2 to the water resistor T6.
8W-21, from a water resistor T2 to a branch Harris removable tool provided with an elastic piece on a substantially spherical body as a road thread attaching / detaching part, and a road thread guiding part, a gap and a thread passing hole toward the back. Branch Harris device combined with any of the water resistors T6.
8W-21A, an elastic piece provided in a substantially spherical body, and a branch Harris attachment / detachment tool provided with a road yarn guide portion, a gap, and a yarn thread passing hole toward the back, and a water resistor T5 Combined branch Harris mechanism.
8W-22, a body thread attaching / detaching portion having an elastic part, a thread passing thread hole, and a thread guiding portion are provided on the main body of the substantially rectangular plate body, and an elastic piece and an elastic member for holding the road thread attaching / detaching portion in a closed state. A branch Harris mechanism in which a branch Harris detachable tool provided with a piece insertion portion and fitted with an elastic piece is combined with any of the water resistors T6.

T1, water resistor (parashut, turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2 Cover (G) type for storage parts such as Parashut and Turf. 16a-3 Elastic piece (G) type of lid for storage part such as Parashut and Turf. 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16cb, sheet body storage (D) type. 16c1, Turf of a sheet of water resistor. The elastic part of the tongue piece and the lid at the upper part of the housing main body of the closed state holding structure that can freely open and close the lid of 16d and 16a. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, two-stage path threading hole. 16Hd, sheet body storage (Da) type. 16He, 3-stage road threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
T2, water resistor. 17a, outside of the outer body of the water resistor T2. 17as, outer body open corner end stopper at the upper end of the outer shell. 17bs, outer shell open corner end stopper at the upper end of the inner shell. The stopper receiving part which receives the outer body open | release corner end stopper of the outer body fitting part of the main body of 17cs and the resistor T2 of water. 17b, inside of the outer body of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge portion of outer body insertion groove 17Dm, circular insertion groove of slit groove. 1Xa, outer body holding structure. The elastic ring provided in the outer body of the resistance body T2 of 17Dr water.
T2, branch Harris removable tool 8a-18 having a water resistor. A resistor having a branch Harris removable tool in which the center of the water resistor structure portion T2 is formed by a linear body.
18a, outside of the outer body of the water resistor T2. 18as, outer body open corner end stopper at the upper end of the outer outer body. 18bs, outer shell open corner end stopper at the upper end of the inner shell. 18 cs, a stopper receiving portion that receives the outer body open corner end stopper of the outer body fitting portion of the main body of the water resistor T2. 18b, inside of the outer shell of the water resistor T2. 18c, body of water resistor T2. 18ce, outer edge portion of outer body insertion groove 18cm, recessed portion of retaining container portion at the bottom of branch Harris detachable portion. 18D, an elastic ring provided on the outer body of the water resistor T2. 18Dm, circular insertion groove for cutting groove. 1Xa, outer body holding structure. 18Hc, a branch Harris detachable tool body with a linear body.
18Ha, road thread threading hole of the branch Harris removable part of the wire body. 18Hb, Harris part of wire (portion from return to locking tool) connection hole. 18He, elastic wire body prevents it from coming off.
18Hs, prevention to the lower part of the branch Harris removable part.
T3 water resistor. A water resistor having a structure in which a water resistor body has an outer body having a sphere at the upper end, an outer body fitting portion, and an outer body holding structure portion. 19a, outer body with a sphere. 19aa, a sphere provided at the upper end of the outer shell. 19b, a holding cap for holding the outer body in an openable and closable manner. 19ab, a shaft part that connects the outer sphere and the wing part. 19c, water resistor body. An elastic ring inserted into a 19 Da ring insertion groove.
2Xa, an outer body holding structure portion, and a water retaining body main body provided with a fitting portion for fitting a spherical body provided at the upper end portion of the outer body, and a holding cab for holding the inserted outer body so as to be opened and closed. An outer body openable / closable holding structure provided with an elastic ring (19D) and a ring insertion groove which are provided and fixedly attached, and which further allows the outer body to be opened and closed.
T3, water resistor. A water resistor T3, a water resistor having a structure having an outer body having a sphere at the upper end of the water resistor body, a fitting portion of the outer body, and an outer body holding structure. 19a, outer body with a sphere. 19aa, a sphere provided at the upper end of the outer shell. 19b, a holding cap for holding the outer body in an openable and closable manner. 19ab, a shaft part that connects the outer sphere and the wing part. 19c, water resistor body. 19Da, an elastic ring inserted into the ring insertion groove.
2Xa, an outer body holding structure portion provided with a fitting portion for fitting a spherical body provided on the upper end portion of the outer body in the water resistor body, and a holding cap for holding the outer body so as to be opened and closed An outer body openable / closable holding structure provided with an elastic ring and a ring insertion groove which are provided, fixed and fixed, and further openable / closable.
T4, water resistor. A type having a cylindrical outer shell and a shape memory elastic body bag (2T) built in the cylindrical outer shell. 2a-1, the upper body of the outer body of the water resistor T4. 2a-2, the lower body of the outer body of the water resistor T4. 2b, an intermediate part that bends outside the water resistor T4. 2s, an elastic tube that passes the thread. A fishing tackle that has a built-in shape memory elastic bag that quickly decays the rampant force. 2v, shape memory elastic bag. 3, Shimori. 4. Floating. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6, Floating stopper, 6a, 5a (moisture) stopper function attached below the water resistor T4, and may be a bundling portion.
T5, water resistor. A structure comprising a water resistor body (T5c), a plurality of bone bodies provided on the outer periphery of the water resistor body (T5c), (T5B), and a sheet body (T5S).
T5c, water resistor body. T5B, a plurality of bone bodies provided on the outer periphery. T5S, sheet body. T5hn, hinge part. T5D, elastic ring. T5Du, ring holder. T5d, a linear body (string body) of a sheet body. T5da, an elastic body linear body (string body) holding section. T5st, a stopper at the open corner end of the bone body.
T6, water resistor. A water resistor body comprising a water resistor body and an outer body part obtained by dividing the outer body of the water resistor body into a plurality of parts.
T6a, outer part of outer body divided into a plurality of parts. T6b, inside of the outer shell divided into a plurality. T6c, resistor body. T6hn, elastic hinge part. T6D, elastic ring. T6Du, elastic ring holding part. T6at, a convex piece that holds the outer shell on the outer shell.
H, a hole that can be stopped by a branch Harris stopper, or a threading portion of a road thread.
S, A gap through which the thread can penetrate. W, slit (crack). Return part from Y (there is also expressed by the thing Y having).
J-1, one of the cut pieces. J-2, the other of the cut pieces. One of Rk-1, one type of lock structure. Rk-2, the other of one type of lock structure. One of Rk-1a and 1a type lock structures. The other of the lock structure of Rk-2a, 1a type. One of Rk-1b and 1b type lock structures. The other of Rk-2b and 1b type lock structures.
SA, branch Harris part (device that connects the Harris to the needle after the branch Harris attachment / detachment tool) connection hole, connection
Sometimes refers to a tool.

This is a technique related to fishing gear for large-sized coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaji.

A small fish (sardine, mackerel, horse mackerel, this sword, etc.) that feeds the needle is attached to the nose or back, and floats 2-7m above the sea, and then the fish moves freely. It is common practice for a person to watch for tangling with someone else's device.

JP 2000-157124 A Japanese Patent Application No. 2012-090806 Japanese Patent Application No. 2012-257665 Japanese Patent Application No. 2012-255280 3-27972 Japanese Patent Application No. 2012-271501

Although we could not find any prior art documents related to swimming and fishing methods for large-scale coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaaji, etc. There is a technique (for example, Patent Document 1) relating to a structure of a thread engaging portion that can be freely set.
There is a technique related to a swimming fishing method (for example, Patent Document 2) in which a weight is attached to the tip, thrown in with a throwing rod, and a branch Harris is attached later to fish.
There exists a thing (for example, patent document 3) regarding the detachable tool of branch Harris and branch Harris used by the swimming fishing method by the division | segmentation application of the said patent document 2. FIG.
Attach a bottom fishing device to the tip and insert it with a throwing rod, and attach an upper fishing rod with a fishing rod as a retrofit, and fishing related to fishing methods and fishing gear that can target bottom fishing and top fishing with a single throwing rod ( For example, Patent Document 4) has a floating body having a locking portion having an insertion hole larger than the thickness of the thread portion, and a technique (for example, Patent Document 5) that allows the thread portion to be freely attached and detached. There is a thing (for example, patent document 6) which provided the resistor which weakens a fish quickly when the outline body opens and fish is hung.

Put the bait hung on the nose and the back, put the float 2-7m above and put it into the sea, then the fish move freely, so the angler throws the other person's gimmicks and 1-3 of them The most common way of fishing is to monitor the entanglement of the devices, but in most cases there are tidal currents, winds, etc. on the sea surface, and small fish in the bait move around in a wide range. However, when one device is used, the fishing place to occupy must be at least 10 m per ridge by the length of the quay.
With this swimming fishing, for example, on a quay with a height of 300m, if one angler uses two rods, only a maximum of 15 people can be fished. Therefore, if an angler uses a single rod, the fishing spot to occupy should be at least 6m per one. The maximum number of people who can enjoy fishing at the same place is 25 people. The parts that make up this fishing method and make up the device and tools, the branch Harris and the detachable tool of the branch Harris, patent application 2 It was provided in 2012-090806 and Japanese Patent Application No. 2012-257665 of Patent Document 3 and Japanese Patent Application No. 2012-255280 of Patent Document 4, but there was a strong pull-in, and there was a sharp pull in a few minutes. It is a few percent Has come, including that of 此 is that a problem of providing a removable tool branches Harris viewed from another angle.

1st invention is the branch Harris 8 attached to the road thread 10 thrown in the mechanism with the throwing spear 11, and the said branch Harris is a detachable part to the road thread of the branch Harris detachable tool 8a and the road in the detachable part. A threading hole H is provided.
Means is provided for locking the branch Harris 8 to the road thread so as to be freely movable between the sea layer and the sea layer,
It has a structure that can be locked to the road thread even if the road thread comes out of the above-mentioned thread passing part H,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17, 8a-21)
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. It is a means that is not in common sense, and the branch Harris that can freely lock between the underwater layer of the conventional technology and the underwater layer,
The locking means A is
A road thread threading portion is provided in the branch Harris detachable tool of the branch Harris to be locked to a road thread that is fixedly fixed from the sea layer to the sea layer in the direction of the thread axis. Provided,
The road thread passing portion is provided as a hole that can be stopped by the branch Harris stopper.
The size of the above-mentioned thread threading hole is 1.5 to 5 times the diameter of the thread thread, and preferably 2 to 3 times the diameter of the thread thread. Applies to removable tools).
In particular,
The above-mentioned branch Harris and the branch Harris detachable tool to be locked to the road line provided with the branch Harris stopper in the upper part of the sea from the middle part of the sea at the upper part (floating direction) of the float 6, and the conventional fishing method Then, it was difficult to attach Harris to the top of the float (in the direction of the throwing hook) and throw it with a throwing splinter. Harris is to provide a detachable portion of the branch Harris detachable tool to and from the detachable portion and a avenue threading portion in the detachable portion.
By using the branch Harris locking means that can freely slidably connect the branch Harris stoppers (the shelves where the fish swim) from the sea level, for example, "Swimming fishing" live bait between the branch Harris stoppers from the sea Can be moved in the depth direction, so that the range of movement of the bait in the depth direction can be set wide.
A branch Harris stopper is provided on the floating suspension shown in FIGS. 38 and 40, and the branch Harris (or branch Harris device, 8 W) is freely locked between the sea level and the sea level. doing,
Further, the branch Harris locking means B is provided with a substantially elliptical weight (8e.1-5) connected to the branch Harris removable tool of the branch Harris portion (see FIG. 6).
As the mechanism is thrown into the thread that has been thrown into the spear, a branch Harris attached to the live bait is attached and lowered into the sea, while the spear is lifted and the spinning reel is wound around to remove the dandruff. There are
When the fish that has been lowered into the sea comes to the shore side (in the direction of the tip guide 9 of the carp), it swims in the direction of resistance around the water surface with a sparkle and the fish body in the vicinity of the water surface. Swim in the forward direction, that is, in the direction of shallowing), and when going out to the offshore side (in the direction of the weight 1), it is possible to go to the branch Harris stop body, but when it is good, the direction in which resistance is applied around the road thread ( Swim with a sparkle and a fish body while bending the main thread in the left and right and deep directions.
Although some people dive straight into the deep direction depending on the fish they feed when they are put into the sea with raw bait, most of the raw bait 8d has a thread when it is alive as shown in Fig. 7. Swim in the direction of resistance (shore direction or left-right direction) while bending in a “Ku”, stroking on the sea surface, stroking,
If left in this state, the fish will weaken and will be eaten by birds, etc. However, the time to swim powerfully in the direction of resistance while bending the thread to the `` U '' is tired of swimming every few minutes When the force is a little weak, the angle of the bend is small and close to a straight line. When this weight is attached, the detachable tool part of the branch Harris slides little by little. It is a means for guiding the bait to a depth closer to the shelf than the sea level by sliding little by little deeply in the sea after that, and the tangle stopper 8f is not visible.

A second aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Has been established,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The above-mentioned branch Harris removable tool is provided with a lock structure for locking the road thread insertion port, and a lock structure for locking the branch Harris attachment / detachment to the road thread is provided,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-3, 8a-3A, 8a-13, 8a-15, 8a-18, 8a-20)

A third aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Has been established,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
From the outer surface of the sphere toward the side of the thread passing hole, a gap S is provided behind the thread passing guide part W and the guide part and connected to the thread passing hole. A tongue piece 2D generated between the gap in the immediate vicinity of the thread passing hole is provided,
The tongue piece is structured so that the thread can be easily spread and inserted, and the thread is not easily removed in the pulling direction.
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Example 8a-2)

A fourth aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of the branch Harris), and a road thread passing part in the removable part. Has been established,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
A substantially U-shaped fitting piece R having a convex portion is provided in the gap in the immediate vicinity of the road thread threading hole and the thread thread threading hole so as to be perpendicular to the thread thread insertion direction of the gap, and
One of the convex portions Dt is provided in a direction to close the path yarn insertion path of the gap portion,
A fitting hole Du is provided opposite to the substantially U-shaped fitting piece, and is fitted into the main body.
It is provided as a holding part for the fitting piece,
It is a structure that can not pass unless the thread stretches the insertion piece body,
The branch Harris removable tool is
Provided is a branch Harris and a branch Harris removable tool characterized by using a synthetic resin as a main material. (Example 8a-1A)

A fifth aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part for a road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Provided,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The gap closest to the road thread threading portion of the branch Harris removable tool has a gap adapted to the diameter of the road thread,
The gap suitable for the diameter of the above-mentioned line thread is a gap provided by narrowing several to dozens of% (that is, at most 19.9%) of the diameter of the line thread,
The branch Harris removable tool is
Provided is a branch Harris and a branch Harris removable tool characterized by using a synthetic resin as a main material. (Examples 8a-1A, 8a-18)

The sixth invention is a branch Harris attached to a road thread that has been thrown with a spear.
The branch Harris is provided with a detachable portion to the road thread of the branch Harris detachable tool and a road thread passing portion in the detachable portion,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The road thread insertion opening / closing piece 19p. That opens and closes the road thread insertion opening of the branch Harris removable tool. 19pc is provided,
Further, the closed state holding piece 19Db. 19Dbb is provided,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-19B, 8a-19C)

The seventh invention is a branch Harris attached to the road thread that has been thrown with a throwing spear,
The branch Harris is provided with a detachable portion to the road thread of the branch Harris detachable tool and a road thread passing portion in the detachable portion,
Means is provided for locking the branch Harris to the road thread in a freely movable manner from the sea layer to the sea layer, so that it can be locked to the road thread even if the road thread is pulled out from the road thread passing part. And
The branch Harris detachable tool is provided with a branch Harris and a branch Harris detachable tool, characterized in that the main constituent material is a synthetic resin and a wire body. (Example 8a-4.8a-5.8a-6.8a-10.8a-11.8a-12)

The eighth invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is provided with a detachable part to the road thread of the branch Harris detachable tool and a thread threading part in the detachable part. And
Means is provided for locking the branch Harris to the road thread in a freely movable manner from the sea layer to the sea layer, so that it can be locked to the road thread even if the road thread is pulled out from the road thread passing part. And
The branch Harris detachable tool provides a branch Harris and a detachable tool of the branch Harris, characterized in that the wire body is a main component. (Example 8a-9.8a-18)

According to a ninth aspect of the invention, in the branch Harris and the detachable tool of the branch Harris according to any one of the first to eighth aspects of the invention, any one of the water resistors T1, T2, T3, T4, T5, T6 Are connected to each other to provide a branch Harris device 8W. (Examples 8W-1, 8W-1A, 8W-2, 8W-3, 8W-3A, 8W-5, 8W-6, 8W-9, 8W-10, 8W-11, 8W-12, 8W- 13, 8W-14, 8W-14-1, 8W-15, 8W-16, 8W-17, 8W-18, 8W-19A, 8W-19B, 8W-20, 8W-21, 8W-22)), (See FIGS. 4, 5, 6, 8, 10, 11, 12, 13, 14, 17, 20, 21, 22, 23, 24, 25, 26, 27, 31, 33, 34, 35, 36, 40) )

A tenth aspect of the present invention is a connected form of the Harris of the branch Harris according to any one of the first to ninth aspects of the invention and the Harris part of the detachable tool of the branch Harris,
Providing at least one loosely-movable needle 8c-2a,
Stops are provided at both ends of the floating range of the floating needle, and
The Harris diameter between the upper end stopper 2r of the floating range and the locking tool at the tip of the Harris portion 8c is set so that either the Harris diameter or the tensile strength is at least 1.3 times that of the Harris portion. A branch Harris and a detachable tool for the branch Harris are provided. (Fig. 6, A)

The eleventh invention is a shape of a locking tool at the tip of the Harris portion according to the tenth invention,
Provided is a branch Harris and a detachable tool for branch Harris, characterized in that the above-mentioned front-end locking tool is provided with a grandchild needle portion for locking a belly fin portion of fish serving as food. . (Fig. 6, B)

[Patent Document 2] Japanese Patent Application No. 2012-090806 "Technology related to swimming fishing, fishing by attaching a weight to the tip and inserting a branch Harris on a retrofit" from the common general knowledge at the time of filing,
[Patent Document 4] Japanese Patent Application No. 2012-255280 “Throw a bottom fishing and top fishing with a bottom fishing device attached to the tip and thrown in with a throwing rod, and attach an upper fishing device at the back. This is only used as a detachable tool for the branch Harris and the branch Harris.

The branch Harris of the present invention is a throw fishing using a throwing rod, which has been impossible with conventional fishing methods, and by providing a branch Harris locking means that can freely lock the sea layer from the sea layer. The branch Harris's locking means that can be freely locked between the sea layer and the mid-sea layer in the common sense of technology until now is moved to the sea layer to the sea layer (shelf) that is aimed at floating fishing. Passing between the sea level and the mid-story part in the process of moving from the sea level to the sea level, depending on the method of fixing and floating, and the mechanism that has been thrown in descends from the sea level to the sea level. There is only a method of fishing at the timing, and in the case of the former, the work of moving and fixing the float is repeated and the float is kept on the shelf with the fishing results). There is only a way to fish at the timing of passing, holding fishing bait on the shelf of high quality fish It was difficult to do.
According to the present invention, the branch Harris locking means capable of freely locking between the underwater layer and the underwater layer is provided with a branch Harris stopper at the upper part of the float (in the direction of the throwing spear). The branch Harris stopper is fixed to the road thread so that it can be adjusted in the direction of the road thread axis. Talking}
For example, the live bait of “swimming fishing” is a locking means that can freely move in the depth direction between the branch Harris stoppers from the sea layer.
By providing a locking means for branch Harris that can freely lock between the sea layer and the sea layer described above,
For example, in a water area where seawater and fresh water of a river are mixed, the amount of rain before the previous day, or the amount of fresh water discharged from the sluice to the fishing ground when there is a sluice, intake channel, etc. upstream Occasionally, fish that are not good at fresh water depending on the fish species swim from the upper sea layer to the middle sea layer when flowing through fresh water or the lower sea layer, and conversely, when fresh water flows from the upper sea layer to the middle sea layer, Large and medium fish that swim in the mid-sea and therefore seek for food depend on the situation. (The same relationship between the upper and lower sea layers occurs depending on the degree of cooling on the previous night.)
Therefore, the branch Harris locking means capable of freely locking between the sea layer part and the sea layer part of the present invention shifts from the sea layer part that is not good for live food to the sea layer part that prefers live food. It is one of the points that bring about an effect.

Since the trial fishing of "Swimming fishing equipment and method thereof, Japanese Patent Application No. 2012-090806, Patent No. 5166623" which is the basis of the present invention,
On the quay of Kusatsu Port in Hiroshima City, there are people who support the inventor with a letter breakwater, with a “fever” for the first time in the form of a throwing spear at intervals of 6 meters on holidays (October to December in the yellowtail fishing season). Since it is a fishing method using the mechanism made by looking at the position 30 to 80m away from the test fishing, so far there is a big difference in fishing results, but until now (before H23) the whole Kusatsu Port So, if you can catch about 10 “Buri” in one season, it was a big catch last year (H25.10-December).
One year ago, there were a lot of customers saying “give me a yellowtail fishing tool” at last year and nearby fishing gear stores, and until now there were not so many fish of about 10 kg, so big fishing gear sold out. As a result, there is a large selection of large fishing gear products.
This is an invention in which the present invention contributes to commerce, is an important component of this fishing, and is a great effect of the invention.

The branch Harris and the detachable tool of the branch Harris are used exclusively as the detachable tool of the branch Harris and the branch Harris of Japanese Patent Application No. 2012-09806 of Patent Document 2 and Japanese Patent Application No. 2012-255280 of Patent Document 4.

Combining the above-mentioned Harris Harris device (W) with a Harris Harris detachable tool and a water resistor, the fish can be taken in faster, and the diameter of the road line is 10-30% thinner (Reference No. 10) The diameter of 0,52mm, No.12 is 0,56mm in diameter).

aSpindle Harris removable tool 8a-14 with synthetic resin as main material, cuts out the upper part of the spherical body and both sides of approximately 1/3 of the left and right sides, and two protrusions on both sides of the remaining 1/3 Set the thread on the removable device of the branch Harris type, which is provided with a piece, a hole on one side and a Harris tightening part on the other side to fix Harris and make it a removable part, and the first Harris tightening Procedure diagram. The hole part of 14a is sectional drawing. 8b-1G described in the lower part of the substantially spherical ball in FIG. a shows an example diagram in which a branch Harris coupler is connected. b. The outline diagram for tightening Harris for the second time from the state of a, and what is described on the b diagram is a simple description of how to wind. c. Winding completion state diagram in FIG. d. FIG. 2 is an overall schematic perspective view of the branch Harris detachable tool before the branch Harris is mounted, and avoids that the drawing becomes difficult to understand when the drawing code is too much in another drawing. a. The branch Harris removable tool of FIG. 1 is a type in which a Harris winding part is provided to fix a lotus, whereas the hole center is a taper with a large diameter at both ends and a small diameter at both ends, relative to the shape of the hole. It is the detachable tool figure of the type which inserts the insertion tool parts 8b-1m and 8b-1n of the elastic body, and fixes Harris as a detachable part. b. FIG. MM sectional drawing of a. c. The branch Harris 8b-1h wearing completion figure. a is a perspective view of a branch Harris removable tool constituted by a main body 15a having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body. b. FIG. 3B is a cross-sectional view taken along the line NN in FIG. c A perspective view and a partial cross-sectional view in which a convex portion of an opening / closing arm is inserted by an elastic return force into an insertion port 15b1 into which a thread is inserted into a thread hole and a convex portion of the opening / closing arm 15c is inserted. d. FIG. 3C is a cross-sectional view taken along line NN in FIG. 3C, illustrating a fitting state between the outer cylinder of the main body and the main body. e. FIG. f. NN sectional drawing of the outer cylinder part of a main body. The branch Harris figure which joined the member after the removable tool to Harris by the branch Harris removable tool 8a-14 or 8a-14-1. The branch Harris figure which joined the member after branch Harris removable tool to Harris by branch Harris removable tool 8a-15. The general | schematic general view of the branch Harris which joined the member after the detachable tool to Harris of A branch detachable tool 8a-3 with Harris. The branch Harris locking means B is provided with weights 8e and 1-5 having a substantially elliptical cross section in the axial direction to be connected to the branch Harris detachable tool of the branch Harris portion, from the upper floating end stopper 2r of the floating needle. Fig. 4B shows a thickened Harris between the needles at the distal end. A figure in which live bait is attached to a branch Harris anchor and pulled down in the sea and pulled in the direction of resistance, and the road thread is in the shape of a "kushi". A general view of branch Harris mechanism 8W-15 in which a T3 water resistor structure part is combined with an A-branch Harris removable tool (water resistor part is open). The whole branch Harris 8W-14 schematic which combined the resistor structure part of water with B branch Harris detachable tool (the resistor part of water is open). A The opening state figure which can attach and detach a path thread with the branch Harris detachable tool 8a-13 which provided the lock structure in the disk body which has A elastic property. B. The state figure just before the lock of the branch Harris removable tool of A. C. The figure which locks the branch Harris removable tool of A. D. Example in which the configuration of the locking mechanism of the locking structure of A is changed KK sectional view of FIG. C, Rk-2a type. E. The example which changed the structure of the lock mechanism of the lock structure of A, KK sectional drawing Rk-2b type of FIG. A Overall schematic view of branch Harris device 8W-16 of branch Harris attachment / detachment tool 8a-16 having water resistance T1 (water resistance T1 is open). The example figure which made the resistor of Aa water the turf-like thing. B. The side view which reversed 90 degrees of the resistor side view of the water of A. C. The 1st fragmentary sectional view in which the resistor structure part of water of A is closed. D. The fragmentary sectional view which made the diameter of the thread passing part hole of the detachable tool part of C into two steps. Da. The fragmentary sectional view which made the thread diameter threading part hole diameter of the removable tool part of C into 3 steps | paragraphs. E. OO sectional drawing of F. FIG. F. A arrow view of A. G. The type example different from E of the closed state holding structure of the lid | cover 16a. A. Overall schematic diagram of branch Harris device 8W-17 of branch Harris detachable tool 8a-17 having water resistor T2 (water resistor T2 is closed). The side view which reversed the side view of A 90 degree | times, and one fragmentary sectional view. C. The figure which the resistor structure part of the water of A opened. D. HH fragmentary sectional view of A (the figure which the resistor part of water closed). E. HH fragmentary sectional view of A (the figure where the resistor part of water opened). F. The processing example figure which divides | segments and inserts the insert processing of a G snap part into two. H. GG partial sectional drawing of A (The figure which the resistor part of water closed). Branch Harris removable tool 8a-18 in which the center of the water resistor structure T2 of the branch Harris device 8W in FIG. The whole A8a-18 branch Harris mechanism 8W-18 schematic diagram (the resistor part of water is closed). B. The assembly state figure of the branch Harris detachable tool part of the linear body which made the center of the resistor structure part of the water of A through, 1 fragmentary sectional view. C. The figure which the resistor structure part of the water of A opened. D. HH fragmentary sectional view of A (the figure which the resistor part of water closed). E. H-H partial cross-sectional view of A (a view in which a resistor portion of water is opened. F. Example view of return and connection tool and the like on the lower side of Harris or detachable tool 8a-18 of a linear or rod body. Example of a detachable portion of the linear or rod branch Harris removable tool 8a-18 to the upper thread Y. GG partial cross-sectional view of HA (A diagram showing a water resistor section) . A. Overall schematic diagram of branch Harris detachable tool having water resistor part T3, in which water resistor structure part 8a-19C is combined with water resistor structure part (water resistor structure part is closed) 8W- 19A (the branch Harris part is not described). B. A. The branch Harris mechanism 8W-19A whole schematic view with the resistor structure part of water opened by the side view reversed 90 degree | times of the figure. C. A. The BB partial sectional view of a figure. D. A. The AA fragmentary sectional view of a figure. The branch Harris detachable tool 8a-19B. Having the water resistor part provided with the branch Harris detachable part at the lower part of the column of the water resistor part T3 of FIG. Branch Harris device 8W-19B Whole perspective view of A-branch Harris removable tool 8a-19B (the branch Harris portion is not described). B. A. The branch Harris device in which the water resistance portion T3 of the figure is open. Overall schematic diagram. C. A. The BB partial sectional view of a figure. D. A. The AA fragmentary sectional view of a figure. FIG. 14B is a detailed view of the branch Harris attachment / detachment structure portion 19Bz of the branch Harris attachment / detachment tool 8a-19B shown in FIG. 14A. A. The front view of 19Bz part. B. The side view of A figure, (partial sectional view, attachment-and-detachment mouth closed state figure). C. The side view of A figure, (partial sectional view, attachment-and-detachment opening state diagram). D. The perspective view of the operation side component 19Kp of FIG. E. The assembly side of FIG. C, D, 19cb, partial sectional view. F. EE partial sectional view of Fig. A (before assembly). G. EE partial sectional view of FIG. A. The perspective view seen from the front of branch Harris detachable tool 8a-19C. B. The side view of A figure, (partial sectional view, attachment-and-detachment mouth closed state figure). C. The side view of A figure, (partial sectional view, attachment-and-detachment opening state diagram). D. The figure before the elastic piece assembly | attachment of the attachment / detachment opening closing direction of a C figure, 1 partial sectional view. E. The elastic piece perspective view of an attachment-and-detachment mouth closing direction. A. The perspective view seen from the branch Harris removable tool 8a-20 front. B. The figure which made the opening / closing piece of the road thread attachment / detachment opening state open. C. The figure which made the outer thread cylinder (long square cylinder) slide to the upper side, and made the locked state the way thread attachment-and-detachment mouth opening-and-closing piece like FIG. D. The figure which connected the resistor part T4 of the water which made the center of the resistor structure part of the water in the C figure. 8W-20. E. FIG. 6D is a diagram in which a fish is caught in FIG. D and the water resistance portion T4 is crushed upward. Detailed view of water resistor T4 The figure which the resistor part of water floats in the water. B. The figure where the resistor part T4 of water was crushed in the upward direction by catching fish. C. JJ sectional drawing of A. FIG. D. KK sectional drawing of B. FIG. A. The side view of branch Harris detachable tool 8a-21. B. A front view of FIG. C. 1 is a partial cross-sectional view of a road thread attachment opening / closing structure part in FIG. D. The side view of the way thread attachment-and-detachment mouth opening state of A figure. E. P-P sectional drawing of A figure. F. The elastic piece SE perspective view of the road thread attachment / extraction opening / closing structure part of FIG. The branch Harris mechanism 8W-21 whole schematic which assembled | attached the resistor part T3 of water to the branch Harris detachable tool 8a-21. A. The branch Harris mechanism (8W-21) whole schematic diagram (closed) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-21. B. A. The whole schematic view with the resistor part T5 of water open. A. The branch Harris mechanism whole schematic view (closed) which assembled | attached the resistor part T2 of water to the branch Harris detachable tool 8a-19C. B. A. The whole schematic view in which the resistor part T3 of water is open. C. The whole branch Harris mechanism schematic which assembled | attached the resistor part T4 of water to the branch Harris detachable tool 8a-19C. A. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-19C. B. The whole schematic view in which the resistor part T6 of water is open. A. The branch Harris mechanism whole schematic diagram (closed) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. A. The branch Harris mechanism whole schematic view (closed) which assembled | attached the resistor part T2 of water to 8H-6 branch Harris detachable tool 8a-6. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T3 of water to 8W-5 branch Harris detachable tool 8a-5. A. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T4 of water to 8H-10 branch Harris detachable tool 8a-10. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to 8H-9 branch Harris detachable tool 8a-9. General view (open) of a branch Harris mechanism 8W-13 in which a water resistor portion T6 is assembled to a branch Harris removable tool 8a-13 having a lock structure on a disk having elasticity. A. The figure which the snaps Sa-2 and Sb-2 are closing by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body. B. The figure which the snap opens by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body (opening state which can attach and detach a path thread). C. FF sectional drawing of B figure. A. The figure where the snap is closed by branch Harris detachable tool 8a-9. B. The figure which has opened the snap in branch Harris attachment / detachment tool 8a-9 (opening state which can attach / detach the path thread). C. FIG. 27 is a diagram in which a snap is closed with an object in which a wire rod body is inserted in place of the disc body of (A) in the branch Harris removable tool 8a-10 of FIG. 26; D. FIG. 27 is a view in which a snap is opened by an object in which a wire rod body is inserted in place of the disc body of A in the branch Harris removable tool 8a-10 of FIG. E. The figure where the snap is closed by branch Harris detachable tool 8a-11. F. The figure which has opened the snap in branch Harris attachment / detachment tool 8a-9 (opening state which can attach / detach the path thread). G. The branch Harris removable tool 8a-10a in FIG. What inserted a wire rod into a square instead of a disc A. The branch Harris removable tool 8a-12 is composed of a wire body having a sesame seed and a snap. B. Detail part of A middle sesame assembly part. C. GG sectional drawing of A. FIG. A. The figure which provided the slit in the side of the thread thread threading hole of the ball | bowl with the branch Harris detachable tool 8a-2, and formed the elastic part in the immediate vicinity of the said hole. B. A side view of A. FIG. C. NN sectional drawing of A. FIG. D. Branch Harris mechanism whole schematic diagram (open) 8W-2 which assembled | attached branch Harris attachment / detachment tool 8a-2 and the resistor part T6 of water. E. Branch Harris mechanism whole schematic diagram (open) 8W-2 which assembled branch Harris attachment-and-detachment tool 8a-2 and water resistance part T5. A. Branch Harris detachable tool 8a-4 snap open state in which a ring hole is provided in the wire rod. B. Branch Harris removable tool 8a-4 snap-closed state in which a ring hole is provided in the wire body. C. Branch Harris detachable tool 8a-5 snap open state in which a ring hole is provided in the wire rod. D. Branch Harris detachable tool 8a-5 snap-closed state in which a ring hole is provided in the wire body. E. The branch Harris removable tool 8a-6 snap open state in which a ring hole and an elliptic cylinder are provided in the wire body. F. Branch Harris removable tool 8a-6 snap open state (half-sectional view) provided with a ring hole and an elliptic cylinder in the wire rod. G. The closed state perspective view of the branch Harris detachable tool 8a-6 snap which provided the ring hole part and the elliptic cylinder in the wire body. A. The side view of branch Harris detachable tool 8a-1 which provided the threading hole in the upper part in the cylindrical body, and provided the connection hole to the locking tool after the branch Harris detachable tool in the lower part. B. FIG. C. FIG. 2 is an overall schematic view (closed) of a branch Harris mechanism 8W-1A in which a water resistor T2 is assembled to E. D. A general view (open) of the branch Harris mechanism 8W-1 in which a water resistor T3 is assembled to A. E. A branch body provided with a projecting portion of an elastic body in a gap (S) immediately adjacent to the connecting hole to the locking tool after the branch Harris detachable tool and the locking tool in the lower part. The side view of Harris detachable tool 8a-1A. F. FIG. G. FIG. H. FIG. A side view (partial sectional view) of a half-folded branch Harris removable tool 8a-3 of a cylindrical body. B. FIG. C. The side view (partial sectional view) which folded the cylinder. D. The figure just before locking after inserting the thread. E. TT sectional drawing of A. FIG. F. E is an overall schematic view (closed) of a branch Harris device 8W-3 in which a water resistor T2 is assembled to E. A. The shape side view at the time of resin molding of the rugby ball type branch Harris removable tool. B. The front view of rugby ball type branch Harris detachable tool 8a-3A. C. FIG. D. SS sectional drawing of B. FIG. E. FIG. 3 is an overall schematic view (closed) of a branch Harris device 8W-3A in which a water resistor T2 is assembled to B. The branch Harris mechanism 8W-1 to 8W22 water resistor, the branch Harris detachable tool, and a connecting form of the branch Harris detachable tool (binding procedure with Harris 8b-1). Example of attaching the branch Harris stopper (floating stopper) to the road thread FIG. 6 is a schematic diagram of a standing state in which a device is turned on in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 “A swimming fishing method” and waits for a hit. Japanese Patent Application No. 2012-255280 in Japanese Patent Application No. 2012-255280 Schematic diagram of the standing state of waiting for a hit by putting a device in the “fishing method in which an upper fish and a bottom fish can be aimed at simultaneously with a single rod”. The water resistor of this application, the branch Harris attachment / detachment tool, the branch Harris state apparatus from the branch Harris attachment / detachment tool to the needle, and put the waiting state for waiting.

Mainly the invention of the branch Harris detachable tool and the part from the detachable tool to the locking tool, and further by accumulating the incidental invention, obstructions on the seabed (rocks on the seabed, shellfish attached to the rocks and No longer entangled Harris on branch algae, large garbage that has been thrown down and dropped on the seabed, and half-buried driftwood settled on the seabed, etc., and the range of movement of live fish in the depth direction has been widened (An angler generally says that shelves are widened), until there is a fish pulling in, there are several to ten or so times of intense pulling of the fish, but the mechanism that can endure the strong pulling, In addition, there are several inventions that reduce the number of times fish are caught but are cut off during the intake process, etc., and even beginners can catch large fish from the land (ships), swimming fishing devices, and fishing methods using these devices. As a result, it is possible to A branch Harris removable tool viewed from a different angle of the removable tool can be added, and a branch Harris device 8W combining a water resistance part is attached to the “Branch Harris having a branch Harris removable tool”, Since the fish can be easily taken in, and the pulling power of the fish can be dispersed by the water resistance portion, the fishing line can be made to be thinned by 10% to 30%.

Only the branch Harris attachment / detachment tool of the present invention may be used as a product, or a branch Harris device in which a water resistance part is combined with the “branch Harris having a branch Harris attachment / detachment tool” may be used as a product. Assy device as a branch Harris device for non-experts (branch Harris attachment / detachment tool, twisting back, Harris, and a locking device attached to the tip of the branch Harris device, It is less likely that the fish will be escaped by the selection of each component of the branch Harris, and the component containing Harris will be escaped by the choice of thinking and mistakes, and wasteful investment Since it is possible, it is recommended that the product be manufactured using an Assy mechanism with one branch Harris (or 8 W). (Nearly 70% of the Harris breakage part of large fishing is Harris binding portion, preferably the binding portion is coated with a plastic resin, or Harris diameter near the tip portion should be at least 1.3 times. .)

Each dimensional relationship in the drawings is enlarged for important portions, exaggerated where details are difficult to understand, and reduced when describing wide portions or portions that are less important in the present invention. Thus, the dimensions between and within the drawings are not proportional, and are not actual or scaled.
Also, when the interval between lines is narrow, it is likely to become a black and thick line at the scanning stage, so the interval between lines is widened or written with a single line.
Furthermore, parts other than the basic (main) mechanism of the present invention are omitted between the drawings.
[Examples] Hereinafter, the present invention will be described more specifically with reference to examples. However, the present invention is not limited to the following examples.

1st invention is the branch Harris attached to the thread which thrown the device with the throwing spear, and the said branch Harris is a detachable part to the thread of the branch Harris detachable tool, and the thread thread passing part in the detachable part Has been established,
Means is provided for locking the branch Harris to the road thread in a freely movable manner from the sea layer to the sea layer, so that it can be locked to the road thread even if the road thread is pulled out from the road thread passing part. And
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17)
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. The branch Harris's locking means A and locking means B, which is a means not found in common sense and can be freely locked between the sea layer and the underwater layer of the prior art, are described in [0006]. Omitted.

The branch Harris branch detachable tool 8a-14 is formed by cutting out the upper part of the substantially spherical ball and the both sides of approximately 1/3 of the left and right, and two convex pieces parallel to the left and right of the central part of the remaining 1/3. 14a, 14b, and a substantially W-shaped slit W between the convex pieces, a thread passing hole H is provided at the back of the slit, and a gap through which the thread can penetrate in the vicinity of the thread passing hole at the back of the slit. Forming
The holes 14c and 14e are provided in the right direction of the convex portion (transverse direction of the convex portion) at substantially the center of both convex pieces provided in parallel on the left and right sides,
In the Harris hole 14c on one convex portion of the hole provided above, the other Harris end of the Harris provided with a stopper 8b-1d at one Harris end is inserted inward from the outside. Pull out the other Harris until the stop hits the Harris hole of the one convex portion 14a,
A concave surface portion is provided on the upper surface of the convex portion above the Harris hole of the other convex portion,
A split hole is provided from the ball side surface of the other convex portion toward the Harris hole 14e of the other convex portion 14b so as to follow the cut-out flat surface portion until near the Harris hole of the other convex portion. And is provided as a Harris introduction part (the cut of the side face part of the ball is a Harris introduction port with a wide part of the side face part of the ball)
The upper surface of the convex portion provided as the Harris introducing portion of the other convex portion is an inclined surface whose side surface direction is lowered.
The branch Harris detachable tool 8a-14 of the above-mentioned branch Harris connects the holes of the two convex pieces 14c and 14e even if the yarn passes through the gap through which the yarn can pass from the yarn passing hole. The path thread is locked by Harris 8b-1G, and the hung fish is structured not to escape.

How to use the branch Harris removable tool,
The branch Harris elastic detachable tool from which the other Harris has been drawn out is elastically deformed in the range in which the path thread does not damage the path thread through the substantially V-shaped path thread guide section and the gap behind the guide section; Push into the gap and let it pass through the through hole (therefore the gap behind the guide is a gap adapted to the diameter of the thread, and it is necessary to use a branch Harris removable tool having a gap adapted to the diameter of the thread)
Next, the Harris ring that has been drawn out is passed through the split portion of the other convex part, and the Harris ring is wound in the hole 14e so that the exit part of the Harris ring is at the back (see FIG. 1a). By tightening at least twice (see Fig. 1 b and c), Harris is attached to the removable part of the removable tool.
By binding (attaching) the Harris 8b-1G from the Harris hole 14c of one convex portion to the Harris hole 14e of the other convex portion 14b, the Harris 8b-1G is engaged with the road yarn even if the yarn is pulled out from the road thread through hole. It has a structure that can be stopped. (The structure that does not let the caught fish escape)
Next, the connecting tool 81 is connected to the other Harris end portion which has been tightened, and the branch Harris section extending from the branch Harris removable tool to the locking tool is connected to the connecting tool. Lock onto the attachment thread and lower it into the water,

Referring to FIG. 1, a branch Harris removable tool 8 a-14 mainly made of synthetic resin,
In FIG. 1a, the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides are cut off, and a substantially V-shaped slit W is provided at the center of the remaining 1/3. A hole is provided as a thread passing portion, and a shape is formed in which a gap through which the thread can pass through is formed in the vicinity of the thread thread through hole at the back of the slit. Are provided with two convex pieces on the left and right sides, and a branch Harris insertion hole 14c is provided on one of the convex pieces 14a,
Insert one end of the branch Harris into the insertion hole of the branch Harris from the center side of the substantially spherical ball to the outside,
Pull out the end of one of the branch Harris to give it a retaining function (for example, connect one end of the branch Harris to make a 2-3 layered bump and fix it with an adhesive, or a metal short tube 8b-1d or the other end of the branch Harris that has been previously treated for the retaining function is inserted from the outside of the ball toward the center, and the branch has been inserted into the insertion hole of the branch Harris. Pulling Harris, tightly attaching the retaining portion to the branch Harris insertion hole 14c,
Next, the other convex piece 14b of the substantially spherical ball is provided with a branch Harris insertion hole 14e and a concave surface for winding Harris on the upper surface of the insertion hole, and further a slit groove for introducing Harris into the insertion hole 14c is provided in the substantially spherical ball. The other side of the convex piece 14b is connected to the insertion hole 14e from the lower side of the convex piece, and a Harris ring is formed on the cut piece formed by providing a cut groove for introducing Harris. FIG. 11 is a drawing showing how the branch Harris is mounted in a single winding by being drawn into a concave surface portion where the Harris is wound around the insertion hole 14e of the branch Harris and the upper portion of the insertion hole.

FIG. b is a diagram showing how to mount a branch Harris that is wound twice on the other split piece of the convex piece of the substantially spherical ball, and is wound twice. This is a simple description of the method.

FIG. c is a state of winding completion in FIG. b, and shows an example diagram in which the branch Harris coupling tool described below the substantially spherical ball in FIG. a is connected. If you insert the Harris that is provided with a stopper to the other end of the Harris that is secured and fixed, and connect it to the other end of the Harris, after setting the road thread, Harris Just wrap the ring,
This winding method is a winding method in which a rope is wound around a mooring rod of a ship. Has a feature that it does not deviate from the thread.

FIG. d is an overall schematic perspective view of the branch Harris detachable tool 8a-14 before the branch Harris is mounted, and the drawing avoids making the drawing difficult to understand if the drawing code is too much in other drawings.

The removal of the branch Harris removable tool is a method of unwinding and remaking the wound part, but when catching a fish of 5 to 10 kg, there are many cases where there are scratches in places that are difficult to understand visually, It is recommended that you cut off the Harris and discard it to make a spare object that does not prevent Harris from being removed.

Another type of branch Harris attachment / detachment tool 8a-14, which is made of synthetic resin as a main material, with the branch Harris attachment / detachment tool 8a-14-1, the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides. Cut out, the two convex pieces 14a and 14b parallel to the left and right of the central part of the remaining 1/3, and a substantially V-shaped slit W between the convex pieces. H is formed, and a gap through which the path thread can pass is formed in the back of the slit and in the vicinity of the thread path hole,
Harris insertion holes 14cm, 14en having a taper with a large diameter at the center and a small diameter at both ends are formed in the center of both convex pieces provided in parallel on the left and right sides in the direction perpendicular to the convex part (transverse direction of the convex part). Provided,
Both the slits are formed so that the slits for introducing Harris into the insertion holes follow the notched flat part toward the Harris insertion holes 14 cm and 14 en from the front side of the lower part of both convex pieces of the substantially spherical ball. It is taken as close to the bottom of the Harris hole of the convex part and connected to the Harris insertion hole, and is provided as a Harris introduction part (the cut part is a Harris introduction opening with a wide side entrance) (see FIG. 2a)
When the elastic fittings 8b-1m, 8b-1n having a shape corresponding to the shape of the Harris insertion hole and Harris 8b-1H are pulled out from the thread passing hole, the branch Harris is locked to the thread. 8b-1na is fixedly attached to Harris on the connection tool 81 side from the fitting portion, and the left elastic fitting member 8b-1m does not come off in the branch Harris locking tool 8c direction. There is a retainer.
Further, a pulling tool 8b-1ma for pulling out the Harris 8b-1H on the left side (see the drawing) is provided (see 8b-1H described in the lower section of FIG. 2b).
The branch Harris detachable tool 8a-14-1 of the above-mentioned branch Harris connects the Harris insertion holes of the two convex pieces even if the yarn passes through the gap through which the yarn can pass from the yarn threading hole. The thread is locked by Harris 8b-1H
The hung fish has a structure that does not escape

The usage instructions of the branch Harris removable tool 8a-14-1 are as follows:
In the branch Harris removable tool, the thread is elastically deformed within a range that does not damage the thread in the gap at the back of the guide through the substantially V-shaped thread guide part, and is pushed into the gap to pass through the thread thread hole. (Thus, the gap at the back of the guide is a gap adapted to the diameter of the road line, and it is necessary to use a branch Harris removable tool having a gap adapted to the diameter of the road line.)
Next, Harris, which is provided by fixing the elastic fittings 8b-1m, 8b-1n to the Harris 8b-1H, is introduced to a position where it can be inserted into the Harris holes 14cm, 14en through the Harris introducing portion, The Harris 8b-1H is pulled toward the connector 81, and the elastic fitting is inserted into a hole provided with a taper having a large diameter at the center of the hole and a small diameter at both ends (FIGS. 2b and 2c). reference)
Next, connect the branch Harris section leading to the locking tool after the branch Harris removable tool with the connecting tool connected in advance to the Harris end, and attach the bait for high-quality fish) to the locking tool. Lock in and take it down into the water.

FIG. 2a is a branch Harris removable tool 8a-14-1, mainly made of synthetic resin, with the upper part of the approximately spherical ball and both sides of approximately 1/3 left and right cut away, and the remaining 1/3 central part. A substantially V-shaped slit is provided in the slit, and a thread thread through hole is provided at the back of the slit as a thread portion, and a gap through which the thread can pass is formed in the vicinity of the thread thread through hole at the back of the slit. A branch Harris of the branch Harris of FIG. 1a) provided with a notch groove and a substantially V-shaped slit at the center of the remaining one third of the notch, and left and right in parallel with the slit. The shape of both of the convex pieces of the substantially spherical ball is provided with a taper that has a large diameter at the center of the hole and a small diameter at both ends. front are provided for both the convex piece, the Setsuwari groove for introducing Harris in the insertion hole of the both convex piece of the substantially spherical ball member Were allowed to connect to the insertion hole is a perspective view provided.
2b is a cross-sectional view taken along the line MM in FIG. 2a, and is connected to the insertion hole from the front side of both convex pieces of the substantially spherical ball,
A branch Harris provided with a slit groove for introducing Harris, fixing the fitting portion corresponding to the shape of both holes of the convex piece of the substantially spherical ball provided to the branch Harris, and further providing a pulling portion for extraction The Harris portion is structured to be pulled into the insertion hole from the slit groove that introduces the Harris in the direction of the arrow, and is chamfered so as to be easily fitted into the insertion hole of the branch Harris and the fitting portion corresponding to the shape of the hole. The chamfered portion (45 ° to 30 ° chamfer) is not shown, but a chamfered portion is provided, and a retaining flange is provided on the 8b-1ma side so that the fitting portion does not come off.
FIG. 2c is a diagram showing the completed installation of the branch Harris,
The branch Harris removable tools 8a-14 and 8a-14-1 which are mainly made of synthetic resin are described as balls by way of example, but they are polygonal cubes such as discs, squares, octagons, etc. Even with a round shape including a substantially elliptical cross section, the branch Harris stop body (preferably 2 to 3 times the diameter of the road thread), and the branch Harris having a branch Harris removable tool is stopped. In addition, the present invention includes all those having a function of freely locking between the branch Harris stop body and the sea surface between the sea surface and the road thread.

The branch Harris detachable tool 8a-15 is composed of a main body 15a having a rectangular cross section in the vertical direction and a main body outer cylinder (long square cylinder) 15b made of synthetic resin as a main material. An opening / closing arm 15c having an elastic property for opening and closing the insertion port is provided, and a guide portion for the thread is provided at the back from the insertion port W, and a threading hole H to be engaged with the yarn is viewed from the front side to the back side (see the drawing). {The threading hole of the road thread is a hole that can be stopped by a branch Harris stopper and can be freely locked between the sea surface from the branch Harris stopper} A gap for connecting the thread passing hole is provided in the guide section in the vicinity of the thread passing hole of the path thread, and at the rear part of the main body, a cutting piece 15a-1 serving as a forward end and a backward end stopper, and a branch Harris attachment and detachment tool A connecting portion 15f that connects Harris leading to the locking tool 8c is provided,
The outer cylinder of the main body is assembled so as to substantially cover the entire right half of the main body (see FIG. 3a).
On the lower surface of the outer cylinder (hereinafter referred to as slider) of the main body, there are a stopper forward end retreat end slide port 15b2 on which a convex portion of a main body cutting piece serving as a forward end / retreat end stopper of the slider slides, and an upper surface of the slider. An insertion port 15b1 into which the convex portion of the opening / closing arm 15c is fitted is provided,
Assembly of the molded body of the main body and the slider of the main body is performed by inserting an outer cylinder in the direction of the connecting portion from the main thread threading hole side of the main body, pressing the open / close arm downward, and placing the open / close arm in the slider. Push it in the direction of the connecting part, and push the cutting piece with the convex part of the forward and backward end stopper and the convex part of the stopper into the slider, and push it further in the direction of the connecting part. Inserted into the
(Refer to FIG. 3f) The protruding portion of the cutting piece is fitted by the elastic return force at the advance end of the slider at the stopper advance / retreat end slide port 15b2 provided on the lower surface of the slider. (It will be in the state of FIG. 3c and FIG. 3d.)
Further, the assembly is completed by pushing the open / close arm downward and pushing the slider toward the connecting portion of the main body. (It will be in the state of FIG. 3a and FIG. 3b)
In this case, it is sufficient to assemble the cut pieces to be the forward end and backward end stoppers to the slider once.

How to use the branch Harris removable tool 8a-15,
With the open / close arm in the open state (FIG. 3a), the yarn is passed from the insertion port of the yarn to the guide of the yarn in the back and from the gap connecting the guide to the yarn passing hole to the yarn passing hole of the yarn. Insert and push down the open / close arm), push the slider to the left until the forward end stopper hits, and release the open / close arm that was pushed down, the convex part of the open / close arm is provided on the slider upper surface The opening and closing of the opening / closing arm is locked by being inserted into the insertion opening with an elastic return force. (It will be in the state of FIG. 3c and FIG. 3d.)
When detaching, the road thread can be removed from the branch Harris detachable tool 8a-15 by performing the reverse procedure described above. (Return to the state of FIGS. 3a and b)

FIG. 3 a is a branch Harris removable tool 8 a-15 composed of a main body having a rectangular cross section in the vertical direction and an outer cylinder of the main body, and the main body is provided with an opening and closing arm having an elastic property for opening and closing the insertion port of the road thread, A guide part for the thread and a threading hole to be engaged with the thread are provided from the front side to the back side (as viewed in the drawing) from the insertion port, and the guide part and the threading hole for the thread are provided. A connecting gap is provided near the threading hole in the back of the guide part of the road thread, and a connecting part is provided at the rear part of the main body to connect the cutting piece as a forward end and backward end stopper and Harris after the branch Harris removable tool. The outer shell of the main body is assembled so as to substantially cover the front half of the right half of the main body, and this figure shows the state where the main body hits a stopper and the open / close arm is opened.
FIG. 3B is a cross-sectional view taken along the line NN in FIG. 3A and shows a state in which the outer cylinder portion of the main body is fitted, and the stopper advancement provided on the lower surface of the outer cylinder of the main body with the open / close arm open. It is a diagram showing that the convex part of the cutting piece hits the stopper of the slide end slide port, and the outer cylinder is located at the last retracted part of the main body,
The convex portion of the opening / closing arm is not fitted into the fitting opening provided on the upper surface of the outer cylinder of the main body, into which the convex portion of the opening / closing arm is fitted.
FIG. 3C shows the state of FIG. 3a from the state shown in FIG. 3a until the thread is inserted into the thread passing hole from the opening W of the opening / closing arm 15c, the opening / closing arm is pressed downward, The tube is slid leftward, and the projection of the open / close arm is inserted by the elastic return force into the fitting entrance where the convex portion of the open / close arm is fitted. It is the figure which made it latch on a thread | yarn and locked the opening-and-closing arm further.
FIG. 3d is a cross-sectional view taken along the line NN in FIG. 3c and shows a state in which the outer cylinder portion of the main body is fitted, and the forward end of the outer cylinder of the stopper forward / backward slide end provided on the lower surface of the outer cylinder of the main body It is a figure showing that the convex part of the cutting piece is hit, and the outer cylinder is located at the most forward end of the main body,
It is made to fit in the fitting inlet provided in the upper surface of the outer shell of the said main body and fitting the convex part of an opening-and-closing arm.
FIG. 3e is a schematic view of the molding of the main body of FIG. 3a, with an opening / closing arm that opens and closes the insertion line for the thread, a guide part for the thread, and a threading hole that is engaged with the thread. Provided through from the side to the back side (as seen in the drawing), a gap connecting the guide portion of the road thread and the threading hole is provided in the immediate vicinity of the threading hole at the back of the guide portion of the road thread, and the forward end at the rear part of the main body , A connecting portion 15f is provided for connecting the split piece serving as a backward end stopper and Harris after the removable tool of the branch Harris,
Assembling the molded body of the main body and the outer cylinder of the main body inserts the outer cylinder in the direction of the connecting portion from the threading hole side of the main body, presses the open / close arm downward, puts the open / close arm in the outer cylinder, Push it in the direction of the connecting part, push the cut piece with the convex part of the forward and backward end stopper and the convex part of the stopper into the outer cylinder, and push it further in the direction of the connecting part, and it will enter the fitting entrance where the convex part of the open / close arm fits ,
The convex portions of the cutting pieces are fitted by elastic return force at the advance end of the outer cylinder of the stopper advance / retreat end slide port provided on the lower surface of the outer cylinder of FIG. 3f, and the states shown in FIGS. 3c and 3d are obtained. By pushing the open / close arm downward and pushing the outer cylinder in the direction of the connecting portion of the main body, the state shown in FIGS.
In this case, it is sufficient to assemble the cut pieces to be the forward end and backward end stoppers to the outer cylinder once.
Although the above-mentioned branch Harris removable tool is described as an example of a rectangular shape with a vertical cross section as an example, it includes a polygonal cube such as a round bar, hexagon, octagon, etc.

The branch Harris detachable tool 8a-14, 8a-14-1, 8a-15 is further returned, the entanglement pipe and Harris for the purpose of weight and mark, and the latch attached to the tip of the branch Harris It is a detachable tool for branch Harris having a main component and branch Harris having a synthetic resin as a main material (see FIGS. 4 and 5).
As for the return, a commercially available one may be used, but it is often possible to catch a fish of about 10 kg. Therefore, it is preferable to use a snap sulcan with a stopper having a strength of NO3 or higher. The connecting tool after the tool is preferably a snap sulcan with a stopper of NO3 or more.
A weight is preferred, but a weight with a small diameter at both ends of the center of No. 0.3 to No. 6 is preferred, but use with live bait (swimming fishing) depends on the type and size of the bait. Although it depends, it was used 1-4 in the trial fishing of yellowtail fishing,
It is preferable to use No. 3 to No. 6 and a heavy weight in the fishing method aiming at the top fish and the bottom fish with a single rod.
Although this weight is the branch Harris locking means B, it can be easily attached to the Harris of the branch Harris having no weight of the same shape after purchase, so the branch Harris without the weight is also within the scope of the present invention. .
Although it is Harris but described in paragraph [0094], if you are aiming for a big fish, you want to use Fluorocarbon No. 10-12, but if you are used to fishing and are good at handling reel drag, No. 5 is catching 8-10kg of pretend.
The tangle-preventing pipe for the purpose of the mark may be any pipe that can recognize how much the above-mentioned branch Harris is on the sea surface, but preferably fluorescent red and white.
Although it is a locking tool, it is a single hook (one needle that is generally used frequently), a double hook (a thing that consists of two at 120 °, which is used for several percent in lure fishing), and a triple hook (in lure fishing). One that is often used at 120 ° in three or four parts), one with a grandchild needle added for feeding, and two needles tied in series, A lantern with two needles suspended in parallel, one with two needles connected in series, one that is loose, and the like. However, selecting the one that matches the size of the target fish will lead to good fishing results.
In the case of floating fishing, select the target fish. For example, in the case of sea bass, yellowtail, and flatfish (a fish of the yellowtail, which is a high-class fish), there are many people who choose a binding shape that is easy to swallow. I heard that there is no big difference even if I choose and use it.
In the above-mentioned “fishing fishing” and “fishing aiming at the top fish and bottom fish with a single kite”, add a grandchild needle for feeding bait with a single triple hook for aiming at large fish and medium fish It is preferable that the two needles are connected in series, and one of the two needles is made loose, or a grandchild's needle is attached to the tip needle between the belly fins of the bait fish.

Referring to FIG. 4, the joint Harris detachable tool 8a-14 mainly made of synthetic resin is connected to the snap sulcan of the connecting tool, the return, the entanglement pipe serving as the weight and the mark, and the locking tool with Harris. The branch is Harris.
Only the mounting shape of the projecting piece of the substantially spherical ball of the branch Harris of the branch Harris detachable tool 8a-14-1 is different, and is omitted because it is described in the section of the branch Harris detachable tool 8a-14-1. To do.

Referring to FIG. 5, a longitudinal Harris slide detachable tool 8 a-15 composed of a synthetic resin as a main material and having a rectangular main body in a vertical cross section and an outer cylinder of the main body and a longitudinal slide of the outer cylinder of the main body. A Harris part is connected to a branch Harris part from a snap sulcan of a connection tool to a locking tool to a connection part of a main body provided with a lock structure that locks in and out of the road thread. (Since it is the same as the portion from the snap sarkan to the locking device in the previous paragraph, it is omitted.)

The branch Harris device 8W-14 is a branch Harris having a water resistance portion T1 and a branch Harris attachment / detachment tool 8a-14 / 8a-14-1.
The branch Harris and the branch Harris detachable tool 8a-14 / 8a-14-1 are provided with a water resistor T1, and the water resistor is provided with a sheet body housing portion of the resistor and houses the sheet body 16c. The water supply passages 16Hb and 16Ha are provided from the road yarn guide portion W through the yarn passage thread hole H and connected to the water resistance sheet body storage portion. And the lid 8a-16a of the sheet body storage part is pushed open, the inside sheet body is pushed out into water, and the water resistor T1 which becomes a sheet body of the parachute-like 16c or turf-like 16c1 water resistor is attached to and detached from the branch Harris A branch Harris and a branch Harris detachable tool characterized in that they are provided on the tool. (Fig. 8B)

The branch Harris device 8W-15 is provided with a water resistor T3 at the lower part of the branch Harris and the branch Harris removable tool 8a-15 (FIG. 8A). The wing part body 19a divided into a plurality of parts and a wing part body holding structure part 2Xa for holding the wing part body so as to be openable and closable. A sphere 19aa provided in the section, and a shaft portion 19ab connecting the wing section and the sphere 19aa, and the wing section holding structure section 2Xa is provided in the water resistor body at the upper end of the wing section body. An elastic ring 19Da is provided which is fitted and fixedly provided with a holding cab 19b for holding the inserted wing part body in an openable and closable manner. And a ring insertion groove,
When a fish catches and runs around, a large amount of water enters between the resistor body and the wing body, and when the force to open the wing body becomes weaker, the wing body closes with the elastic return force of the elastic ring,
Furthermore, it is the structure which provided the branch Harris part which connected the twist return pipe | tube used as a weight, a mark, and the latching tool with Harris, and the lower end part of the said water resistor T3 including a connection tool.

The branch Harris mechanism 8W-16 is a branch Harris having a water resistance portion T1, and a branch Harris attachment / detachment tool. The main part is the branch Harris part from the universal tool to the locking tool, and the branch Harris mechanism is provided with a water resistor housing part 16cb of the water resistor part T1 at the upper part of the main body to house the water resistor. And
The water resistor is a parachute 16c or turf 16c1 sheet body, and the branch Harris detachable tool is provided with a slit from the lower end of the main body toward the water resistor housing portion, and a thread is passed through the slit. A thread hole is provided, and the slit and the thread passing hole are connected with a gap that is narrower by several to 10% than the diameter of the thread,
A linear connecting tool 82 is inserted so as to surround the slit and the thread passing hole inside,
Snap Sa-2, Sb-2 is provided on the connecting tool of the wire body, and the branch Harris part is further returned to the lower end part, and the weight, the Harris entanglement pipe, and the locking tool are connected by Harris, Water resistor 16Ha, 16Hb for connecting the water resistor sheet body storage part and the slit of the branch Harris removable tool at the lower part of the main body to the thread passing hole, and for releasing the sheet body into the sea A branch Harris and a branch Harris removable tool characterized in that T1 is provided in the branch Harris removable tool.

When the fish hangs on the branch Harris from the branch Harris detachable tool inserted into the branch Harris detachable tool 8a-16 provided with the water resistor T1 to the locking tool, the tip is set. The branch Harris stopper fixed movably to the direction of the road thread closes the device tip direction side of the road thread passage hole, and water flows in from the water passage connected to the sheet body storage portion of the water resistor, Push the lid of the stored sheet body and the sheet body storage section, push the inner sheet body into the water and form a sheet body of a parachute or turf-shaped water resistor, and the hung fish is the weight of the tip of the device Because it pulls in response to the weight, the elastic force of the spear, and the resistance of this water resistor, the pulling force will cause the fish to decay quickly and take in the fish quickly. When and where a resistor is not provided In, the force exerted on the road yarn is several tens of percent less, the benefits can be used a more narrow road yarn Gaaru.

FIG. 10A is an overall schematic front view of a branch Harris device 8W-16 having a water resistor T1, and a water resistor sheet body storage portion is provided on the upper portion, and a fish is hooked from the yarn guide portion to the yarn threading hole. A water passage connected to the sheet body storage portion of the water resistor, and the sheet body stored by the force of water flowing in from the water passage and the lid of the sheet body storage portion are pushed open, and the sheet inside A wire rod having a snap portion is inserted as a branch Harris removable tool at the lower portion of the water resistor body which is pushed out into the water and pushed out into the water, and the return weight calami prevention pipe locking device is Harris by the wire rod. It is the whole branch Harris mechanism 8W-16 from the branch Harris detachable part which has the resistor structure of water connected with the connection tool to the locking tool.
FIG. B is a side view of the branch Harris detachable part having the water resistor structure of FIG. A, and is a view in which the lid of the water resistor part is closed, and the wire Harris body having the snap part is attached to the branch Harris detachable tool. As the insert is processed, a gap is provided through the snap portion from the thread guide to the thread guide hole, and the thread guide hole is provided inside the wire rod from the guide thread guide. This means that even when the thread is pulled out from the branch, the branch Harris detachable tool has a structure in which the thread is locked in the wire rod having the snap part, and the lid of the water resistance part is closed. FIG.
FIG. C is a partial cross-sectional view of a structure in which a water resistor T1 is discharged into the water when the water resistor structure B of B is viewed from the front view direction. It is a thing stored in the sheet body storage part, passing through the thread passing hole from the road thread guide part, and providing a water passage connected to the sheet body storage part of the water resistor, fish is hanging and the branch Harris mechanism is sharply passed When force is applied in the direction in which the yarn is stretched, the branch Harris stopper 7 set in the direction of the leading end of the road thread is in the state 7a, closes the thread passing hole H, and further connects to the sheet body housing portion of the water resistor. A large amount of water flows into the water channel, which pushes the stored sheet body and the lid of the sheet body storage section, pushes the inner sheet body into the water, and forms a parachute or turf water resistor sheet It is a figure showing things that become the body.
Figure D shows the inflow of water through the water passages 16Hb, 16Ha, which are connected to the sheet body storage portion with the two or three-stage Hc threading holes Hc, and through the gaps that pass through the threading hole. This is a diagram in which the diameter of the water passage connected to the sheet body storage portion is increased, and in this way, the water flow amount of the water passage connected to the sheet body storage portion can be set freely. It is a figure showing what can be set.
FIG. F is a view taken from the direction of the arrow A in FIG. A and shows an example of the lid and opening structure of the water resistance body portion. A plurality of elastic tongues 16t having convex portions are provided outside the upper circumferential portion of the sheet body storage portion. In the structure diagram provided with a concave portion corresponding to a plurality of elastic tongues having the convex portion on the inner peripheral surface of the lid,
Fig. E is a cross-sectional view taken along line OO in Fig. F. The lid is in a closed state, and a plurality of elastic tongues 16t having convex portions on the outside are fitted into concave portions corresponding to the plurality of elastic tongues to keep the lid closed. Schematic diagram,
In FIG. G, a plurality of split pieces 16a-3 are provided on the outer peripheral side of the lid, and the cut pieces correspond to the convex portion and the elastic portion 16D on the outer side of the upper circumferential portion of the sheet body storage portion, and to the convex portion. In the structural diagram in which the concave portion is provided on the inner peripheral surface of the lid, when opening both the E and G diagrams, the outer circumferential convex portion provided on the upper circumferential portion of the sheet body housing portion is overcome by the pushing force of water from the inside ( Sectional drawing of the structure part which pushes in and opens a lid | cover.

The branch Harris device 8W-17 is a branch Harris having a water resistance portion T2 and a branch Harris removable tool 8a-17.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The water resistor portion T2 includes a water resistor body 17c and a plurality of wing portions 17a and 17b divided on the outer surface, and a fitting portion for fitting the wing portions 17a and 17b into the water resistor portion T2. 17Dm is provided and inserted, and
A holding structure 1X for holding the wing body in an openable and closable manner is provided at the top of the main body;
The branch Harris detachable tool is provided with a gap at the bottom of the main body and a gap at the back of the thread insertion slot and a gap connecting to the thread thread hole and the thread thread hole. The branch Harris section from the branch Harris removable tool to the locking tool is insert-processed so that the gap portion connected to the threading hole and the thread passing hole is located inside the wire rod arc having the snap portion. The branch Harris mechanism of the branch Harris detachable tool having the water resistance portion T2 in which the wire rod body is connected to the return, the weight, the calami-prevention pipe, and the locking tool by Harris and the connection tool.

The holding structure portion 1X that holds the wing portions 17a and 17b in an openable and closable manner arranges the wing portions in a circular shape on the outer side and the inner side (A-G sectional view H of A), and the upper portion of the wing portion body is the above-mentioned The wing body holding structure 1X is inserted into a circular insertion groove in which a slit groove is formed (see 17a, 17b, 17a, and 17b) in a shape that can be inserted in a line (as shown in FIG. H-H cross-sectional view of E), the outer edge of the circular insertion groove having a wing part with a slit groove, and the outer edge of the groove is spread by the resistance of water, and the outer edge provided below the outer edge of the groove The opening angle (opening angle) is maintained by the stoppers 17as, 17bs, and 17cs of the open angle end stoppers 17cp and 17a, 17b.
When the wing body receives the resistance of water flowing from between the lower part of the main body and the closed wing body, the wing body opens to the outside, and when the water resistance weakens, the wing body The structure is such that the opened wing body is closed by the elastic return force of the elastic ring 17Dr provided below the insertion section and the insertion section 17ce into which the wing body is inserted, and the wing body is held openably and closably. The holding structure part to be provided is provided on the upper part of the main body.
In addition, this water resistor sheet body is pulled by the fish that is hung by receiving the weight of the weight of the tip of the mechanism, the elastic force of the throwing spear, and the resistance force of this water resistor, The pulling force will cause the fish to decay quickly and take in the fish quickly.
In addition, when this water resistor is not provided and when it is provided, the force applied to the road thread is reduced by several tens of percent, so there is an advantage that a thinner road thread can be used.

FIG. 11A is an overall schematic view of the branch Harris device 8W-17 of the branch Harris detachable tool 8a-17 having the water resistor T2, and the water resistor T2 is closed and floating in the sea (underwater). so,
In this state, if a large fish catches on the fishhook and escapes at a high speed, the wing body receives the resistance of water flowing in between the lower part of the main body and the wing body and opens the wing body outward. (FIG. 11C), the opened wing body acts to brake the speed at which the large fish escapes, the load on the large fish increases, it works to cause the fish to decay quickly, and the fish can be taken in quickly .
C is a view in which the water resistance part of A is open, and a wire rod body having a snap part is inserted as a branch Harris removable tool, and a gap is formed through the path thread guide section and the path thread threading hole. By providing a thread passing hole from the thread guide part inside the wire rod having a snap portion, the thread is locked in the branch Harris removable tool even when the thread is pulled out from the thread passing hole. The state diagram showing that it has become a structure.

FIG. 11F. G is an example of assembling by dividing the insert processing of a wire body having a snap part into two parts. In the figure, a wire body insertion groove is provided in one of the two parts, and the other part of the wire part is inserted and divided into two parts. This is an example of a processing method in which the tool can be made cheaper than insert molding if it is assembled and fixed.

When the resistance force of water spreading the wing body is weakened, the wing body is closed by the elastic restoring force of the ring of the elastic body, and the state shown in FIG. 11A is obtained.
The object described in the embodiment of the present invention is illustrated as an example, and the resistor of water is illustrated as a circle. However, it may be a structure having a function of damaging the force that the fish hangs over and escapes. For example, the present invention includes any shapes and mechanisms such as squares, hexagons, ellipses, and the like.
In addition, although the two wings are described in an alternating arrangement, there is a gap between the wings even if the arrangement or the size of the wings has changed in at least three pieces. However, it is well included in the present invention.
Furthermore, the combination of the thing which can combine the resistance part of water, the branch Harris detachable tool, and the branch Harris part from the branch Harris detachable tool to the locking tool can be designed freely.

The branch Harris device 8W-18 is a branch Harris having a water resistance portion T2 and a branch Harris removable tool 8a-18.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The water resistor T2 is provided with a water resistor main body and a plurality of wing parts 18a and 18b divided on the outer surface, and a fitting part 18Dm for fitting the wing part into the water resistor T2. And a holding structure portion 1Xa for holding the wing body in an openable and closable manner provided at the top of the main body,
The branch Harris attachment / detachment tool having the branch Harris attachment / detachment part position of the branch Harris attachment / detachment tool 8a-17 having the water resistance part T2 provided in the lower part of the water resistor part T2 main body, The resistor body T2 is provided in the upper part of the body, and the branch Harris detachable tool is changed so that the water resistor part is located below the path thread (as seen in the drawing) when used. From the center of the resistor T2 body, a linear (or bar) branch Harris detachable tool is provided, and the upper portion of the linear body is used as a detachable portion of the thread, and the lower portion of the linear body is further returned. In addition to the connecting part of the branch Harris part leading to the locking tool,
This is a branch Harris mechanism of a branch Harris detachable tool having a water resistance portion T2 provided with a retaining function structure at the upper and lower portions of the wire body.
Also, this water resistor T2 is pulled by receiving the combined force of the weight of the weight at the tip of the device, the elastic force of the throwing spear, and the resistance of this water resistor. Can cause fish to decay quickly and take in fish quickly,
Further, when the water resistor is not provided and when it is provided, the force applied to the road yarn is reduced by several tens of percent, so that there is an advantage that a thinner road yarn can be used.

FIG. 12A is an overall schematic view of the branch Harris device 8W-18 of the branch Harris detachable tool 8a-18 having the water resistor T2, and the water resistor T2 is closed and floating in the sea (underwater). In this state, when the large fish hits the fishing hook and escapes at a high speed, the wing body receives the resistance of water flowing from between the lower part of the main body 18c and the wing bodies 18a and 18b, and the wing body. The outer wings act as a brake on the speed at which the large fish escape, the load on the large fish increases, the fish quickly decays, and the fish can be taken in quickly I can do it.
B is a partial cross-sectional view of the branch Harris attaching / detaching portion (center portion) of FIG. A. A linear (or rod) branch Harris attaching / detaching tool 18Hc is provided in the center of the water resistance portion T2 main body. The upper portion of the wire body is a detachable portion (18Ha threading hole, gap immediately adjacent to the S hole), and the lower portion of the wire body is a connecting portion 18Hb of the branch Harris portion extending from the return to the locking device. Further, the upper and lower portions of the wire body are provided with a retaining function structure 18He, 18Hs.
C is A. The branch Harris mechanism 8W-18 shown in Fig. B shows a large fish hanging away at a fast speed and the water resistance T2 is opened. This branch Harris removable tool 8a-18 is like 8a-16, 8a-17. Even if the thread is pulled out from the thread passing hole H, the thread is not structured in the branch Harris removable tool, but it can be attached to the thread by a one-touch operation. Branch Harris removable tool.
The wing body is circularly arranged on the outer side 18a and the inner side 18b (A-G cross-sectional view H of A), and the upper part of the wing body is a circular fit with a slit in the holding structure of the wing body. It is inserted into the groove in a shape that can be inserted alternately (like 18a, 18b, 18a, 18b) (the inserted figure is the HH cross-sectional view of DE).
D is a partial cross-sectional view of A-H in which the wing part of the water resistance part is closed, and the branch Harris detachable part of the linear body in this figure has an insertion guide part of the branch Harris at the upper part of the linear body. An elastic gap is provided in the immediate vicinity of the thread threading hole and the thread threading hole.
The structure of the connection hole of the lower branch Harris portion is a view in which the wing body is closed by the branch Harris detachable tools 18a and 18b having the structure on the left side of FIG.
E is a cross-sectional view taken along the line H-H of A, and the wing portion body expands the outer edge portion of the groove of the circular insertion groove with the split groove by water resistance, and is provided below the outer edge portion of the groove. Open angle end stopper with bend stop of outer edge part, keeps opening angle,
F is an example of the lower return and connection tool etc. of the lower part of the Harris (8) -18A branch of the wire (or rod) of the F body, and the left is the connection of the return and connection tool etc. by the lower end of the wire 18Hc. A stop hole 18Hb is provided, and the part 18He left unwinding from the half turn to the half turn is left on the upper side, and the wire body 18Hc is left as an upward guide and return, and an insertion guide for connecting tools and the like.
On the right side, a locking hole 18Hb such as a return and connecting tool is provided at the lower end of the rod 18Hc, and an upward retaining 18He is provided on the upper side.
G is an example of a detachable portion of the linear body (or rod) branch Harris detachable tool on the upper thread, and the left is the path thread of the removable portion on the upper end of the linear body 18Hc. A locking hole 18Ha is provided to provide a gap on the lower side where a half-turn to one-turn half-way thread can be inserted and locked. It is left as an insertion guide for attaching and detaching.
On the right side, a path thread locking hole 18Ha of a detachable part to the path thread is provided at the upper end of the rod 18Hc, and a downward retaining ring 18He is provided at the lower side.
What can connect a branch Harris removable tool (8a-15, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T2 is different in combination. Therefore, it is included in the present invention.

The branch Harris mechanism 8W-19A is a branch Harris having a water resistance portion T3 and a branch Harris attachment / detachment tool 8a-19C. The main structure is the branch Harris section from the free tool to the locking tool.
The water resistor part T3 is composed of a water resistor body 19c, a wing part body 19a divided into a plurality of outer surfaces, and a wing part body holding structure part 2Xa for holding the wing part body in an openable and closable manner. The wing part body is composed of a wing part that receives water resistance when opened, and a sphere 19aa provided at the upper end part and a shaft part 19ab that connects the wing part and the sphere 19aa. The resistor body is provided with a fitting portion 19cc for fitting a sphere provided at the upper end portion of the wing portion body, and a holding cap 19b for holding the fitted wing portion body in an openable and closable manner is provided. And
In addition, an elastic ring 19Da and a ring insertion groove are provided to open and close the wing body,
When a fish catches and escapes, a large amount of water enters between the resistor body and the wing body and opens the wing body (Fig. 13B). Close structure.
The branch Harris attachment / detachment tool 8a-19C of the branch Harris device 8W-19A is provided with a branch Harris attachment / detachment tool that can be used alone as a attachment / detachment tool combined with the water resistor T3.
16 is a branch Harris attachment / detachment tool of FIGS. 16A to 16E, and a main thread 19CZ having a substantially rectangular plate body has an elastic portion with a main thread attaching / detaching portion 19p, a main thread threading hole, and a main thread connecting portion from the main thread attaching / detaching portion. A path guide portion 19pa connected to the hole,
When no external force is applied to the road yarn attaching / detaching portion and the road yarn guiding portion having the elastic portion, an elastic piece 19Db for holding the road yarn attaching / detaching portion in a closed state and an elastic piece inserting portion are provided and an elastic piece is inserted. The lower part of the main body is provided by being fixed to the holding cap portion of the water resistor portion T3.
Also, the water resistance T3 is pulled because the hung fish is pulled by receiving the weight of the weight of the tip of the mechanism, the elastic force of the throwing spear, and the resistance of the water resistance. The power will cause the fish to decay quickly and take in the fish quickly.
Further, when the water resistor is not provided and when it is provided, the force applied to the road yarn is reduced by several tens of percent, so that there is an advantage that a thinner road yarn can be used.

FIG. 13A is an overall schematic view of the branch Harris device 8W-19A of the branch Harris detachable tool 8a-19C having the water resistor portion T3, in which the water resistor portion T3 is closed and floating in the sea (in the sea). In this state, if a large fish hits the fishing hook and escapes at a high speed, the wing body receives the resistance of water flowing in between the lower part of the main body and the wing body, and the wing body is moved outward. Open (Fig. 13B), the open wings act to brake the speed at which the large fish escape, the load on the large fish increases, the fish quickly decays, and the fish is taken in quickly I can do it.
B is a figure where a large fish hangs on the branch Harris mechanism of Fig. A, and the resistance part of the water escapes at a high speed. The branch Harris removable tool can be removed from the threading holes 8a-16 and 8a-17. This is a branch Harris detachable tool that does not have a structure in which the road thread is locked in the branch Harris detachable tool even if the road thread comes out, but can be attached with one touch.
C is a cross-sectional view taken along the line B-B of FIG. A showing the detailed structure of the water resistance body main body, the wing body divided into a plurality of outer surfaces, and the wing body body holding structure that holds the wing body in an openable and closable manner. The water resistor body is provided with a fitting portion for fitting a sphere provided at the upper end portion of the wing portion body, and a holding cap for holding the fitted wing portion in an openable and closable manner is provided. The left side is a view in which the wing part body is opened, and the right side is a view in which the wing part body is closed.
D is a cross-sectional view taken along the line A-A in FIG. 5A, in which the wing portion of the water resistance portion is closed. This water resistance portion T3 illustrates the wing portion in four parts, but is divided into four parts. Regardless of the above, when the wings that are subject to water resistance in Fig. B are closed, the wings area that is subject to water resistance is increased by opening the wings in the inner, outer, inner and outer sides. Can also do things (no drawings)

Branch Harris device 8W-19B is a branch Harris detachable tool 8a-19B having a resistance portion T3 of water,
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The difference from the branch Harris 8W-19A is that the branch Harris detachable tool 8a-19A is located at the upper portion of the water resistance portion (locked to the lower side of the road thread 10). Whereas
The branch Harris detachable part 8a-19BZ is located at the lower part of the water resistance part (locked to the upper side of the road thread 10);
Whereas the branch Harris detachable part is a branch Harris detachable tool (as shown in FIGS. 16A to 16E) which is provided in combination with the above-mentioned water resistor part T3 which can be used as a detachable tool by 8a-19C alone. And
Since the branch Harris detachable part is different in that it is provided at the lower part of the main body of the water resistor part, only the structure of the branch Harris detachable part will be described.

The branch Harris detachable part 8a-19BZ is provided with an assembly part 19K having an elastic part, a path thread attaching / detaching operation part 19pc, and an elastic holding part 19Dc, which are assembled in a column at the lower part of the body of the water resistor T3. A thread passing hole H, a fitting part 19Kb for fitting and holding 19K of the assembled part, a road thread attaching / detaching part having the elastic part, and a road thread guiding part in a column below the main body of the water resistor part into which the part is incorporated. When an external force is not applied to the elastic member, an elastic piece 19Dbb for holding the dovetail attaching / detaching port 19BW in a closed state is provided, and the elastic holding part is inserted into the fitting part 19Kb for fitting and holding the assembled part 19K. Is provided with an elastic piece 19Kp having a concave portion 19Dm at the lower center of the upper part of the assembly part, and a convex part 19Kt which serves as a retaining member after assembly at the tip of the elastic piece. A branch Harris which is provided with a concave portion 19Ku which is provided at the back of the opposite fitting portion 19Kb to prevent it from coming off and is assembled to the fitting portion 19Kb by pinching the flared elastic piece in the middle direction from both sides. It is a detachable part.

FIG. 15A is a front view of the branch Harris detachable portion 8a-19BZ provided in the column at the lower part of the body of the water resistor T3, in which the assembly component 19K is assembled.
It is the figure which showed the structure of the connecting hole which connects 19K of the way thread attaching / detaching port 19-BW, the way thread threading hole H, and assembly parts 19K, and connecting a Harris part,
B is a side view of a branch Harris detachable portion obtained by inverting A by 90 °, and a cross-sectional view of a major part of the branch Harris detachable portion. And when the external force is not applied to the road thread attaching / detaching guide portion, it is a diagram showing the arrangement configuration of the elastic piece that holds the road thread attaching / detaching port closed.
C is a view in which the opening / closing operation part of B is pushed in the direction of the arrow and the path thread attaching / detaching port is opened so that the path thread can be inserted, and after the insertion, the elastic piece for holding the path thread attaching / detaching port closed is shown. It is sectional drawing showing returning to the state of B by elastic return force, and holding a way thread attaching / detaching port in a closed state.
D is a perspective view of assembly parts only,
E is a cross-sectional view of the main part on the side where 19K of the assembly part D provided in the column at the bottom of the main body of the water resistor T3 is assembled.
What can connect the branch Harris detachable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T3 Since only the difference in combination is included in the present invention.

The branch Harris detachable tool 8a-19C is a branch Harris detachable tool. The branch thread attaching / detaching part 19p having the elastic part on the main body part 19CZ of the substantially rectangular plate body, the path thread passing hole H, and the road thread attaching / detaching part. A road thread guide 19pa connected to the thread thread hole,
When an external force is not applied to the road yarn attaching / detaching portion and the road yarn guiding portion having the elastic portion, an elastic piece 19Db and an elastic piece inserting portion 19cc for holding the road yarn attaching / detaching portion in a closed state are provided, and the elastic piece is inserted. It is a thing provided.

FIG. 16A is a front view of the branch Harris detachable tool 8a-19C with a slightly perspective view added,
Fig. B, showing that the branch Harris detachable tool is locked to the thread by passing the thread through the thread thread hole, is a side view of the branch Harris detachable tool with A inverted by 90 °. In the sectional view of the section, when an external force is not applied to the path thread attaching / detaching section 19pc and the path thread attaching / detaching guide section 19pa having the elastic section 19Dc, the path thread attaching / detaching opening is kept closed. It is the figure which inserted the elastic piece to do in a fitting entrance, and is a sectional view showing the fitting part of the elastic piece which holds a way thread attaching / detaching port in a closed state. ,
C is a view in which the opening / closing operation part 19p of B is pushed in the direction of the arrow to open the path thread attaching / detaching port so that the thread can be inserted, and a cross-sectional view of the insertion part of the elastic piece for holding the path thread attaching / detaching port closed It is a thing.
D is a partial cross-sectional view of the insertion portion of the elastic piece that holds the dovetail attaching / detaching port in a closed state, and a concave portion that prevents the elastic piece from coming off is provided when assembled in the middle portion of the insertion port. FIG. 4 is an only view (molding only view) of a main body portion of a substantially rectangular plate.
E is a perspective view of an elastic piece only that holds the path thread attaching / detaching port in a closed state. When assembled in the middle part of the fitting inlet of D, it becomes a retainer that is opposed to the recess 19 Ku that prevents the elastic piece from being detached. It is a repetitive elastic piece that is pinched from the left and right having a convex portion 19Kt and fits into the fitting opening 19cc.
As can be seen from the above description of the drawings, this branch Harris removable tool 8a-19C can be formed by simple operation of molding only two bodies (main body part) and elastic pieces and inserting the elastic pieces into the main body part. Among the detachable tools, it can be said to be a low-cost product, and the detaching operation is also one-touch.

The branch Harris 8W-20 is formed by connecting the branch Harris removable tool 8a-20 and the water resistor T4. The branch Harris is composed of the water resistor, the branch Harris removable tool, and the branch Harris removable tool. It is the main structure at the branch Harris part leading to the locking tool,
The branch Harris removable tool is provided with a road thread attaching / detaching operation piece 20c and a road thread threading hole H at the distal end of a rectangular cubic body 20a.
The rectangular cube main body has a storage portion 20cn for the above-mentioned road thread attaching / detaching operation piece, an outer cylinder 20b for locking the opening / closing of the above-mentioned road thread attaching / detaching operation piece to the cube main body, and an elastic portion 20D for sliding operation of the outer cylinder. It is provided with a deformed end stopper 20sn, a slide forward end stopper 20sf of the outer cylinder, a forward and backward position holding stopper 20sm, and a backward end stopper 20sb.
FIG. 17A is a schematic overall perspective view of the branch Harris attachment / detachment tool seen through the outer cylinder, in which the road thread attachment / detachment operation piece is accommodated in the storage portion of the road yarn attachment / detachment operation piece and the outer cylinder is positioned at the forward end. In this state, the elastic part is pushed rightward until it hits the elastic deformation stopper, and the outer cylinder slide forward and backward position holding stopper is slid until the outer cylinder gets over and hits the backward end stopper.
In FIG. 17B, the thread-thread attaching / detaching operation piece provided at the front end of the rectangular cube is raised to bend upward, a gap for allowing the thread to pass through the thread-threading hole is provided, and the thread is thread-threaded. Storing the storage portion 20c of the above-mentioned road thread attaching / detaching operation piece through the thread hole,
FIG. 17C is a view in which the elastic portion is pushed rightward until it hits the elastic deformation stopper, and the slide advance end and the back end position holding stopper of the outer cylinder are slid until the outer cylinder gets over and hits the advance end stopper. The backward end position can be held by the forward and backward position holding stoppers returning to their original shape positions by elastic return force.
The water resistance portion T4 includes upper and lower lid portions 2a-1, 2a-2, a cylindrical outer portion 2b between the upper and lower lid portions, and a shape memory elastic bag 2v built in the cylindrical outer portion. (The shape memory elastic bag has a shape in a state in which no force is applied from the outside. When a force is applied from any direction, the shape memory elastic bag is deformed to a shape corresponding to the force, and the force is applied from any direction. The bag will be in its original shape when it no longer hangs,
The cylindrical shell portion 2b is divided by a plurality of vertical slits, connected to the upper and lower lids, and a horizontal valley fold line is further divided by the grooves at the connection parts of the upper and lower lids. The shape memory elastic body bag provided in the cylindrical outer shell portion is provided with a left and right mountain fold line in the cylindrical outer shell portion. (The above-mentioned water resistor portion T4 is described as a cylindrical body, but has a shape memory elastic body bag, and the water is pulled by the fish pulling force.) (As long as it forms a resistance board (plate) that receives the resistance of the rugby ball, it may be rugby ball type or saddle type, regardless of the shape.)
Furthermore, by enclosing a liquid in the shape memory elastic bag, the specific gravity can be set to around 1.0 without adding a weight or the like.

Referring to FIG. 18, A is a shape memory elastic bag that is built in the cylindrical body between the upper and lower lid parts, the cylindrical outer shell part between the upper and lower lid parts, and the cylindrical body. Floating in the sea (underwater) in its original shape (FIG. 18A, floating vertically with a weight or the like attached to the lid on the 2a2 side, FIG. 18C is a JJ cross-sectional view of FIG. 18A), The outer shell of the cylinder is divided by a plurality of upper and lower slits, and is connected to the upper and lower lids. If there is a branch Harris above the upper lid, a fish is caught and pulled upward, The load (5a) provided under the part T4 body stops with the load stop (6a),
The above-mentioned sill tries to push up the lower lid part of the water resistor body, but the lower lid part and the shape memory elastic bag are crushed by the resistance of the water received by the upper lid part, and the road thread is simultaneously The elastic elastic tube that passes therethrough is also freely deformed (KK cross-sectional view in FIG. 18B, FIG. 17D). It becomes a disk part that receives the resistance (Fig. 17B), brakes the escape speed, the load on large fish increases, and the fish can decay quickly and be taken in quickly (this may not be necessary for 5.6) .
If there is a needle under the water resistor T4, when the fish is hooked and pulled downward, the rim 5 provided on the water resistor T4 body stops at the float 6 and stops. Tries to pull down the upper lid portion of the resistor body of the water, but the upper lid portion and the shape memory elastic bag are crushed by the resistance of the water received by the lower lid portion to become the resistor portion of water ( At this time, 5a and 6a are unnecessary).
What can connect a branch Harris removable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T4 Since only the difference in combination is included in the present invention.

The branch Harris device 8W-20 is provided by connecting the branch Harris detachable tool 8a-20 alone as a detachable tool to the water resistor T4.

FIG. 17A moves the outer cylinder of the virtual line locking structure downward by pushing the elastic operation part on the left outer peripheral part in the direction of the arrow or lowering the outer cylinder of the virtual line locking structure by hand. In the state of B, the 20C part of the elastic piece of the road thread attaching / detaching operation unit (with 20ct on the 20ct) is pulled up, and the space between the main body part and the elastic piece of the road yarn attaching / detaching operation part is Make a gap that can be attached to and removed from the road,
The thread is attached to the thread passing hole at the top of the main body, and the elastic piece of the road thread attaching / detaching operation part is stored in the elastic piece storage part of the road thread attaching / detaching operation part.
C lifts the outer cylinder of the lock structure upward, moves over the convex part for holding the forward end position and moves it upward, and the thread is attached and the elastic piece of the thread attachment / detachment operation part is locked. When removing the thread, reverse the operation.
D is a figure that is connected to the water resistance part of the cylindrical body and further connected to the part (not shown in the drawing) from the return of the branch Harris to the locking tool, and is made into a branch Harris mechanism 8W-20. is there.
E is a diagram in which a fish is caught on D's branch Harris and the resistance part of the water is crushed by the resistance of the water, and the resistance of the water is crushed to receive a greater resistance of the water.

The branch Harris mechanism 8W-21 is a branch Harris attachment / detachment tool 8a-21 connected to a water resistance portion T3. It is the main structure at the branch Harris part leading to the locking tool,
The water resistor part is composed of a water resistor body 19c, a wing part body 19a divided into a plurality of outer side surfaces, and a wing part body holding structure part 2Xa for holding the wing part body in an openable and closable manner. The wing part body is composed of a wing part which receives water resistance when opened, and a sphere 19aa provided at an upper end part, and a shaft part 19ab which connects the wing part and the sphere 19aa. The body main body is provided with a fitting portion for fitting a spherical body provided at the upper end portion of the wing portion body, and a holding cap 19b for holding the fitted wing portion body in an openable and closable manner is provided and fixed. Furthermore, an elastic ring 19D that allows the wing body to open and close and a ring insertion groove are provided, and when a fish catches and runs around, a large amount of water enters between the resistor body and the wing body to open the wing body. {Figure 13 (B)} When the force to escape is weakened, the elastic ring Wing portions body in the restoring force is a closed structure.

The branch Harris mechanism 8W-21 is a branch Harris attachment / detachment tool 8a in which an elastic piece SE is provided in a substantially spherical body and a road yarn guide portion W, a gap S, and a road yarn threading hole H are provided at the back as a road yarn attachment / detachment portion. A branch Harris device coupled to any one of the water resistor T2 to the water resistor T6.
The branch Harris device is a branch Harris attachment / detachment tool of FIGS. 19A to 19F, which is provided by connecting a branch Harris attachment / detachment tool that can be used as a attachment / detachment tool to the water resistor T3. The main thread 21 </ b> Z of the elastic body has a path thread threading hole H, a path thread threading piece (SE section), a path thread threading guide section W, and the path thread threading hole at the back of the path thread threading guide section. H is provided with a gap S penetrating H, and the above-mentioned road thread attaching / detaching piece portion receives the road thread attaching / detaching opening / closing piece SE and the road thread attaching / detaching opening / closing piece and maintains the closed state of the road thread attaching / detaching opening. A guide portion 21b also serving as a portion,
The above-mentioned road thread attachment opening / closing piece SE is gradually increased in cross-sectional area from the front end portion toward the main body so as to increase the elastic force in the closing direction of the road thread attachment opening opening / closing piece. In a shape that is held closed by the elastic return force after the opening and closing operation, it is connected to the main body portion 21Z of the ball,
Recesses SE-b are provided on both sides in the connecting direction of the main body of the ball approximately several millimeters from the leading end of the above-mentioned road thread attachment opening opening / closing piece, In this state, the open / close opening / closing piece of the road thread attaching / detaching port is locked, and the branch Harris portion extending from the return of the branch Harris to the locking device is connected to the lower part of the main body of the above-mentioned ball. The connection hole 21f is provided, and the connection hole is unnecessary when the branch Harris detachable tool is not used as a branch Harris detachable tool alone.

The branch thread attaching / detaching operation of the branch Harris attaching / detaching tool is carried out by bringing the branch Harris attaching / detaching tool so as to be positioned in a state where the thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the above-mentioned branch Harris removable tool is pushed rightward from that state, the thread opening / closing opening / closing piece is deformed and pushed into the shape shown in FIG. S is pushed into the thread passing hole H from S, and the opening / closing piece of the thread thread attaching / detaching port is accommodated by the elastic restoring force in the guide part also serving as the thread thread attaching / detaching piece holding part, as shown in FIGS. 19A and C. If you get used to it, you can do it with a single touch.
Further, the branch Harris detachable tool is structured to be locked in the branch Harris detachable tool even when the thread is pulled out from the path thread passing hole H.

FIG. 19A is a front view of the branch Harris detachable tool, in which a thread thread passing hole is provided in a substantially central portion of the main body of the approximately ball body, and a gap connecting from the thread thread threading hole to the path thread detaching guide portion; FIG. 3 is a structural diagram in which a road thread attachment / detachment opening and closing piece and a connection hole 21f for connecting a branch Harris section extending from the return of the branch thread to the locking device are provided. It is the figure which has closed.
B is a side view of A as viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece is provided in the vertical direction of the substantially central part of the main body of the lens.
C is a cross-sectional view of the above-described operation section of the above-mentioned road thread attachment / detachment opening / closing piece A described in the above paragraph, and the part surrounded by the phantom line is the road thread attachment / detachment opening / closing piece part.
D is a view showing the movement of the SE section when the path thread attachment / closure opening / closing piece of A and C is opened and the path thread is attached / detached to / from the thread passing hole, which also serves as the path thread attachment / detachment holding section. It is a figure which pushes and opens the above-mentioned road thread attaching / detaching opening / closing piece held by the guide part from right to left, and passes the gap from the road thread attaching / detaching guide part and inserts it into the thread passing hole. At times, push the opening and closing piece of the above-mentioned road thread attachment opening from the right to the left to open it and take out the road thread.
E is a cross-sectional view taken along the line P-P of A, in which the above-mentioned road thread attachment opening / closing piece is held by a guide portion that also serves as the above-mentioned road thread attachment / detachment piece holding section, and the above-mentioned road thread attachment opening is in a closed state. It is the figure which shows the state which fits into the recessed part of the both sides of an opening-and-closing piece and is locked.
F is a perspective view of the above-mentioned thread-line attachment / closure opening / closing piece of C, and the cross-sectional area is gradually increased from the tip toward the main body to increase the elastic force. FIG. 7 is a perspective view of an SE portion having a shape that is held in a closed state by the elastic return force of the above-mentioned, and provided with recesses on both sides of the position of the main body portion of the ball approximately several millimeters from the distal end portion of the above-mentioned path thread attachment opening opening / closing piece. .

FIG. 20 is a schematic overall view from the branch Harris mechanism 8W-21 to the water resistor T3, the branch Harris, the branch Harris removable tool 8a-21, and the branch Harris removable tool to the locking tool.
The water resistor and the branch Harris detachable tool are connected (connected), and the connection (connection) relationship between the water resistor and the branch Harris detachable tool is shown below in the figure. However, it is also within the scope of the present invention that the branch Harris detachable tool is joined (connected) to the lower end of the main body of the water resistor so as to be positioned above.

The branch Harris mechanism 8W-21A is a branch Harris attachment / detachment tool 8a-21 connected to a water resistance part T5. The main part is the branch Harris part leading to the locking tool, and the water resistor part includes a water resistor body T5c or 15c, a plurality of bone parts provided on the outer periphery of the water resistor body, and T5B. Or 15B and the sheet body portion T5S, and the water resistor main body and the bone body portion provided on the outer periphery of the water resistor main body are connected to the connection portion of the water resistor main body and the bone body portion. An elastic portion is provided as a hinge portion T5hn. The hinge portion is connected (connected) so as to be opened and closed. The elastic ring T5D or 15D and at least one circumference on the surface Provided grayed holder T5Du, and fitted the elastic ring to the ring holding part,
An elastic linear body (string body) is provided on the entire inner surface of the large-diameter portion of the sheet body, and at least one elastic body linear body (string body) T5da is fixed to the sheet body at the substantially intermediate portion of the adjacent bone body section. It is a water resistance body part (preferably fixed to the substantially middle part of the adjacent bone body part on the front circumference).
The structure of the branch Harris detachable tool and the branch Harris portion extending from the branch Harris detachable tool to the locking tool are described in [0056] to [0058], and thus omitted (see FIG. 21, A & B diagram).

A large amount of water enters between the resistor body, the plurality of bone bodies provided on the outer periphery of the water resistor body, and the sheet body portion when the fish resists and escapes. ), And the elastic body portion of the elastic body around the inner surface of the large-diameter portion of the large-diameter portion of the large-diameter portion of the sheet body. (String body) has a structure in which the sheet body is closed in a direction to close the inside of the bone body portion, and the resistor portion T5 is closed by the elastic restoring force of the elastic ring.

FIG. 21A is a half sectional view of a state where the branch Harris mechanism 8W-21A is locked to the road thread and is floating in the water. The bone part of the water resistance part and the sheet part are closed, and The general | schematic whole view which the branch Harris from the said branch Harris detachable tool and a lower branch Harris detachable tool to a locking tool latches a road thread, and floats in water.
When a fish catches and escapes, a large amount of water enters between the bone body part of the water resistor part, the sheet body part, and the resistor body, and the bone part of the water resistor part and the sheet body part are removed. The half sectional view of the open state.

The branch Harris detachable tool is provided by connecting the water resistor part T3 to the one that can be used alone as the branch Harris detachable tool 8A-21.
It is a thing provided with a connection hole to connect the branch Harris part from the return of the branch Harris to the locking tool at the lower part of the main body of the above-mentioned ball. It becomes.

The branch Harris attaching / detaching operation of the above-mentioned branch Harris removable tool is carried by bringing the above-mentioned branch Harris attaching / detaching tool so as to be positioned in a state where the thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the above-mentioned branch Harris removable tool is pushed rightward from the state, the road thread attaching / detaching port opening / closing piece is deformed and pushed into the shape shown in FIG. It is pushed into the threading hole, and the above-mentioned path thread detachment opening / closing piece is accommodated by the elastic return force in the guide section that also serves as the path thread detachment section holding section, as shown in FIGS. 19A and C. You can do it.
Further, the branch Harris detachable tool is structured so as to be locked in the branch Harris detachable tool even when the thread is pulled out from the thread passing hole.

FIG. 19A is a front view of the branch Harris detachable tool, in which a thread thread passing hole is provided in a substantially central portion of the main body of the approximately ball body, and a gap connecting from the thread thread threading hole to the path thread detaching guide portion; It is a structural diagram with a connection thread that connects the road thread attachment / detachment guide section and the above-mentioned path thread attachment opening opening / closing piece and the branch Harris section from the return of the branch Harris to the locking device. FIG.
B is a side view of A as viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece is provided in the vertical direction of the substantially central part of the main body of the lens.
C is a cross-sectional view of the above-described operation section of the above-mentioned road thread attachment / detachment opening / closing piece A described in the above paragraph, and a portion surrounded by an imaginary line is a road thread attachment / detachment opening / closing piece part (described in FIG. F).
D is a view showing the movement of the SE section when the path thread attachment / closure opening / closing piece of A and C is opened and the path thread is attached / detached to / from the thread passing hole, which also serves as the path thread attachment / detachment holding section. It is a figure which pushes and opens the above-mentioned road thread attaching / detaching opening / closing piece held by the guide part from right to left, and passes the gap from the road thread attaching / detaching guide part and inserts it into the thread passing hole. Time is reversed.
E is a cross-sectional view taken along the line P-P of A, in which the above-mentioned road thread attachment opening / closing piece is held by a guide portion that also serves as the above-mentioned road thread attachment / detachment piece holding section, and the above-mentioned road thread attachment opening is in a closed state. It is the figure which shows the state which has fitted in the recessed part of the both sides of an opening-and-closing piece.
F is a perspective view of the above-mentioned thread-line attachment / closure opening / closing piece of C, and the cross-sectional area is gradually increased from the tip toward the main body to increase the elastic force. This is a perspective view of the SE part, which has a shape that is held in a closed state by the elastic return force of the above, and is provided with recesses on both sides in the direction of the main body part of the ball approximately several millimeters from the tip part of the above-mentioned opening / closing opening of the road thread attachment / detachment port is there.

FIG. 20 is a schematic overall view from the water resistor T3 of the branch Harris 8W-21, the branch Harris removable tool 8a-21, and the branch Harris removable tool to the locking tool.
The water resistor T3 and the branch Harris detachable tool are connected (connected). The connection (connection) relationship between the water resistor part and the branch Harris detachable tool is shown below. However, it is also within the scope of the present invention to place (join) the branch Harris attachment / detachment tool at the lower end of the main body of T3 by being positioned on the upper side.

The branch Harris mechanism 8W-21A is a branch Harris and a branch Harris detachable tool 8a-21 connected with a water resistor T5. The branch Harris mechanism includes a water resistor, a branch Harris detachable tool, and a branch Harris. The main structure is the branch Harris section from the removable tool to the locking tool.
Since the water resistor portion is described in the above {0060 to 0062}, the description is omitted.
The structure of the branch Harris detachable tool and the branch Harris portion extending from the branch Harris detachable tool to the locking tool are described in [0056] to [0058], and thus omitted (see FIG. 21, A & B diagram).

FIG. 21A is a half cross-sectional view of a state in which the branch Harris mechanism is suspended in water with the road thread 10 locked.
The branch Harris detachable tool and the branch Harris portion from the branch Harris detachable tool to the locking tool are configured, and the structure thereof is described in [0056 to 0058] and [0064.0065], and thus is omitted ( (See FIG. 21, A & B diagram).

FIGS. 22A to C and FIGS. 23A to B are views in which the branch Harris detachable tool 8a-19C described in FIG. 16 is coupled to the upper part of the water resistor parts T2 to T6.
22A is a diagram coupled to the water resistor portion T2, FIG. 22B is a diagram coupled to the water resistor portion T3, and FIG. 22C is a diagram coupled to the water resistor portion T4.
FIG. 23A is a diagram coupled to the water resistor portion T5, and FIG. 23B is a diagram coupled to the water resistor portion T6.
In the present invention, the branch Harris detachable tool described in the embodiment of the present invention can be combined with the water resistor portion T6 from the water resistor portion T2, and there is also a thing to which this idea cannot be applied.
Although the figure which couple | bonded the said branch Harris detachable tool 8a-19C with the lower part of the resistor part T2-T6 of water is not described, it can couple | bond with the lower part.

The connecting and binding form of the locking tool at the lower end of the branch Harris section from the return to the locking tool in this figure is
Since it is explained in detail in [0029], it is omitted.
[0029] It is a supplementary explanation of the description part, but it is possible to eat the fish caught during the trial fishing of the yellowtail swimming with the inventor of the present application and the person who supports it in the stomach bag before fishing. Because the fish is presumed to be eaten with a drink following the fish that feeds in the back with the tail at the back and the head in front, it is a floating needle. And a connected bundling configuration using “grandchild needles” to lock the bait is recommended.

The branch Harris device 8W-22 is a branch Harris detachable tool 8a-19C in which a water resistor T6 is connected.
The branch Harris mechanism 8W-22 is mainly composed of a water resistor T6, a branch Harris detachable tool 8a-19C, and a branch Harris part extending from the branch Harris detachable tool to the locking tool.
The water resistor portion T6 includes a water resistor body T6c and wing body portions T6a and T6b obtained by dividing the wing body of the water resistor body into a plurality of parts.
An elastic part is provided at the connecting part of the water resistor main body and the wing part body part divided into a plurality of pieces, and the hinge part T6hn is openably coupled (connected), and the water resistor main body is divided into a plurality of parts. A stopper T6St for setting the tilt angle of the wing part body part is provided, and a convex piece T6at for holding the inner wing part body T6b is provided on the elastic ring T6D, the elastic ring holding part T6Du, and the outer wing part body T6a,
Since the branch Harris removable tool 8a-19C has been described in [0050], the description thereof is omitted.

A large amount of water enters between the lower part of the resistor body and the wing part body divided into a plurality of water resistor bodies when the fish resists and escapes from the water resistor T6 (FIG. 24B). When the wing portion body portion that is connected (connected) so as to be openable and closable at the opening portion is opened and the force to escape is weakened, the resistance body portion is caused by an elastic return force of an elastic ring provided on the outer periphery of the wing portion body portion divided into the plurality. Is a closed structure.

FIG. 24A is a half cross-sectional view of the state where the branch Harris mechanism 8W-22 is suspended in the water while locking the road thread. The general | schematic whole view which has attached branch Harris from the fixture 8a-19C and the lower branch Harris detachable tool to a locking tool.
B is a half sectional view of a state in which a large amount of water enters between the resistor body and the wing part of the water resistor part T6 and the wing part of the water resistor part T6 is opened when the fish catches and runs away. .
Since the connecting and binding form of the locking tool at the lower end of the branch Harris portion extending from the connecting hole in the lower part of the resistor body to the locking tool in this figure is described in [0029], description thereof is omitted.
24A is not provided with the weight 8e and the entanglement prevention pipe in the connection bundling form of the locking tool 8c at the lower end of the branch Harris portion extending from the lower connection hole of the resistor body T6c to the locking tool. Since the branch Harris portion is also within the scope of the present invention, it is described for the sake of convenience.

The branch Harris attachment / detachment tool 8a-1 is provided with a branch Harris attachment / detachment part to the road thread at the upper part of the cylindrical rod body 1a, and the branch Harris part {branch Harris attachment / detachment tool and subsequent needles are connected (connected) with Harris. A branch Harris attachment / detachment tool provided with a connection hole 2f for connecting the device}, and the upper portion of the cylindrical rod body has a road thread mounting guide portion and a depth of several to 10% (that is, more than the diameter of the road thread). 19.9%) with a narrow gap S and a thread passing hole H,
A branch Harris detachable tool having a structure in which a connection hole for connecting a branch Harris portion (a device in which the branch Harris detachment tool and subsequent needles are connected by Harris) is provided in the lower part of the cylindrical rod body. Insert the road thread from the road thread installation guide, press the path thread diameter to be elliptical due to the elasticity of the path thread, penetrate the gap and insert it into the thread passage hole, and the installation is completed. When removing from the thread, reverse the operation.
FIG. 33A is a side view of a cylindrical bar-shaped branch Harris removable tool 8a-1, and B is a front view of A. FIG.

The branch Harris detachable tool 8a-1A is a branch Harris detachable tool in which a branch Harris detachable part to the road thread is provided in the upper part of the cylindrical rod body 1a, and a connection hole for connecting the branch Harris part is provided in the lower part. , A device provided with an elastic structure R that makes it difficult to pass the thread through the gap S of the branch Harris removable tool 8a-1.
The elastic structure portion R is a substantially U-shaped elastic body having a convex portion Dt having a large diameter on the left and right sides of the middle portion of the elastic body, and is provided so as to be orthogonal to the insertion direction of the path thread in the gap portion S, and One of the convex portions having a large diameter of the elastic body is provided in a direction in which the insertion path of the thread of the gap S is closed, and is provided with a fitting hole facing the substantially U-shaped elastic body,
A concave portion (Dt) of a fitting portion that receives the other convex portion (Dt) having a large diameter of the elastic body is provided as a holding portion of the elastic body,
The substantially U-shaped part of the elastic body is pinched from the left and right and is inserted into the insertion hole.
The branch Harris attachment / detachment tool 8a-1A provided with the elastic structure R has an elliptical shape in which the diameter of the thread is pressed from several percent to several tens percent (that is, at most 19.9%) and penetrates the gap portion. Since it is more difficult to penetrate through the difficult branch Harris removable tool 8a-1, it is close to "0" that the fish once hung from the branch Harris removable tool 8a-1A.
FIG. 33E is a side view of a cylindrical rod branch Harris removable tool 8a-1A;
F is a front view of E, G is a P-P cross-sectional view of E, and H is a DD cross-sectional view of G.
C couples a branch Harris detachable tool and a water resistor T2, and connects the connector to the connection hole in the lower part of the water resistor body, and returns, a weight, a tangling pipe, and a fishing hook. FIG.
D is a branch in which a connecting member is connected to a connecting hole in the lower part of the water resistor body, which combines the branch Harris detachable tool 8a-1 and the water resistor T3, and members extending from the return to the hook are connected by Harris. Harris device 8W-1.

The branch Harris removable tool 8a-2 is provided with a thread passing hole H in the approximate center of the sphere, and a gap S is formed between the outer surface of the sphere toward the side of the thread passing hole and the guiding thread at the back of the guiding thread. Provided and connected to the thread passing hole,
A tongue piece generated between the thread passing hole and the gap immediately adjacent to the thread passing hole is provided as an elastic piece 2D;
A branch Harris attachment / detachment tool in which a road thread removal inclined recess 2n is provided on both sides of the road thread passage hole on the side of the intersection of the road thread passage hole and the elastic piece. (See FIGS. 31A and 31C)

The thread is inserted into the branch Harris detachable tool 8a-2 by passing through the gap from the thread guide section and the elastic piece generated between the thread passing hole and the gap closest to the thread passing hole. Insert the thread into the threading hole. (The gap with which the tongue piece portion closest to the thread passing hole of the elastic piece abuts is preferably 60 to 70% of the diameter of the thread)
Since the elastic piece is provided, the inserted thread cannot be removed.
When pulling out the thread from the thread threading hole, the thread is inserted into the thread threading inclined recess provided on the side of the intersection of the threading thread hole and the elastic piece, in the direction of pulling (FIG. 31A). The elastic piece closest to the outer surface of the pulling sphere is removed, a part of the thread is put into the gap and pulled toward the guide thread guide, and the entire elastic piece is removed to pull out the thread.
FIG. 31A is a front view of a sphere, for example, in which a dimension corresponding to road thread No. 10 (diameter 0.52) is put in a 10 mm sphere, and the diameter of the road thread passing hole is 1.. 5 to 5 times, preferably 2 to 3 times the diameter of the road thread.
B is a side view of A. FIG.
C is an NN cross-sectional view of one end portion of the A thread passing hole.
D, E is a branch Harris device 8W-2 with a water resistor connected to a branch Harris removable tool, and the branch Harris portion is connected. Dowel pipe (8f) free needle (8c-2a) tip needle (8c essential condition) free needle free end upper stopper (2r) free needle free end lower stopper (2p) Harris of free needle free range (8b- Harris (8b-1 essential condition) that connects and binds 2a) is collectively referred to as a branch Harris portion.

The branch Harris detachable tool 8a-3 is a branch Harris detachable tool that opens and closes the path thread insertion portion by bending a middle portion of a cylindrical rod body. One side 3a divided by bending has a path thread threading hole. H and tunnel-shaped holes 3f and 3f-1 for receiving elastic pieces having protrusions 3e-1 of the lock portion for opening and closing the road thread attachment / detachment opening, the road thread insertion guide section and the road thread insertion guide section at the back of the road thread passage There is a gap through the thread hole,
On the other side 3b divided by bending, there are provided an elastic piece 3e having a convex portion of a lock part for opening and closing the road thread attachment / detachment opening, a connection hole 2f of a branch Harris part after the branch Harris attachment / detachment tool, and a dust cover 3g.
An elastic piece 3D which is bent at the lower part in the middle of the rod body is connected to one side divided by the bending, and the other elastic piece having a convex portion of the lock part for opening and closing the other way thread attachment / detachment opening, By fitting with the tunnel-shaped hole that receives the elastic piece having the convex part of the lock part for opening and closing the opening, the road thread attaching / detaching port is locked and becomes a cylindrical rod-like structure,
To operate, push the convex part of the lock (in Fig. A) in the direction of arrow 1 and then press the elastic part bent in the direction of arrow 2 to open the velcro opening (Fig. C). The yarn is pushed from the guide portion through the gap (S) into the yarn threading hole and fitted with a tunnel-like hole portion that receives the convexity of the elastic piece having the convexity of the lock portion for opening / closing the yarn thread attachment / detachment port. The attachment / detachment port is locked, and the branch Harris attachment / detachment tool is locked to the road thread.

FIG. 34A is an overall schematic view of the branch Harris attachment / detachment tool 8a-3, in which a convex portion in the drawing in which a structurally important portion is described in a sectional view is hooked to a tunnel-like hole portion, and a road thread attaching / detaching port portion is locked.
B does not need to have a dust cover provided on the upper and lower parts in the top view of A, and is not related to the function.
C is a state diagram when the path thread is inserted by opening the path thread attaching / detaching port.
D is a diagram in the middle of fitting the protrusion of the elastic piece having the protrusion of the lock part for opening and closing the thread thread attaching / detaching port and the tunnel-shaped hole receiving the protrusion.
E is a cross-sectional view of A taken along line A-T, in which the protrusions of the lock part for opening and closing the thread thread attachment / detachment port are fitted.
F is a schematic overall view in which the branch Harris mechanism 8W-3, which connects the water resistor T2 and the branch Harris detachable tool and connects the branch Harris portion up to the fishing hook, is locked to the road line.

The branch Harris detachable tool 8a-3A is a branch Harris detachable tool constituted by an elastic piece having a convex portion of a lock part for opening and closing a road thread detachment opening that moves in the left-right direction on a rugby ball-shaped main body,
The branch Harris detachable tool has an elastic piece 3e-2 which has a concave portion 3e-3 of a lock unit for opening / closing the road thread attachment / detachment opening in the rugby ball-shaped main body 3 and locks / unlocks the opening / closing of the road thread attachment / detachment opening in the horizontal direction. The receiving portion 3f-1 and the guiding portion attaching / detaching guide portion W having the elastic piece insertion operation portion of the lock portion as one of the gate-shaped lower portions receiving the concave portion 3e-3 of the elastic piece that locks / unlocks the opening / closing opening of the way yarn attaching / detaching port. And a path S through which the path thread threading hole H penetrates and a path thread threading hole H are provided at the back of the path thread attaching / detaching guide section, and a connecting section 2f for connecting the branch Harris section is provided.
The operation is performed by moving the elastic piece for opening / closing the thread thread attaching / detaching opening from the state shown in FIG. B downward, opening the thread attaching / detaching opening, and the thread passing hole at the back of the thread attaching / detaching guide part. Inserted through the gap passing through
The elastic piece for opening and closing the road thread attachment / detachment opening is moved upward as viewed in the drawing, and the elastic piece is placed in a receiving part under one of the gates that receives the recess of the elastic piece for locking and unlocking the opening / closing opening of the road thread attachment / detachment opening. Is fitted into the upper part of the gate-type receiving part by the elastic restoring force and is locked.

FIG. 35A is a schematic side view of the entire shape of the rugby ball-shaped branch Harris removable tool 8a-3A. Is positioned above as seen in the drawing.
B locks the opening / closing of the thread thread attaching / detaching port and puts it in the lower part of one of the gate-shaped receiving portions 3f-1 that receives the concave portion 3e-3 of the elastic piece to be unlocked. The figure which fits into the upper part and is in the locked state.
C is a diagram of a stage before the elastic piece is inserted into the elastic piece receiving portion from the state in which the elastic piece is positioned below in the drawing.
D is a cross-sectional view taken along line SS of B, showing a state of fitting into the elastic piece receiving portion.
E is a schematic general view in which a branch Harris mechanism 8W-3A, in which a water resistor T3 is coupled to the branch Harris detachable tool 8a-3A and a branch Harris portion up to the fishing hook is connected, is locked to the road thread.

The branch Harris device 8W after this paragraph is connected to the branch Harris detachable tool (8a) and either the water resistor T1 to the water resistor T6, and the branch Harris part extending from the branch Harris detachable tool to the locking tool. Therefore, a detailed description of the structure of the water resistor portion T1 to the water resistor portion T6 is given in the following paragraphs.
The water resistor T1 is [0034], and the water resistor T2 is [0037, 0042, 0043].
The water resistor T3 is [0045,0048], the water resistor T4 is [0051,0052], the water resistor T5 is [0060 to 0062], and the water resistor T6 is [0071 to 0073], the description will be omitted.

The branch Harris device 8W-5 is connected to any of the resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-5), and the branch Harris part extending from the branch Harris detachable tool to the locking tool. The main composition
The detachable tool part 8a-5 is provided with a ring hole H that can be stopped by a branch Harris stopper 7 in a wire body having a snap Sa / Sb part, and a gap S through which a road thread can pass is provided in the ring hole part. A branch Harris attachment / detachment tool (8a-5, FIG. 25), characterized in that a wire rod body is provided as a main component.
The branch Harris device 8W-5 is obtained by combining a wire rod member having the lower end portion of the wire rod portion 81-3 of the snap portion of the branch Harris detachable tool 8a-5 extending downward and the upper end portion of the water resistor portion T3. FIG. 25 is an embodiment diagram (FIG. 25) in which a branch Harris portion extending from a branch Harris removable tool to a locking tool is connected to a combination of a branch Harris removable tool and a water resistor T3.

The branch Harris device 8W-6 is obtained by connecting the branch Harris removable tool 8a-6 and any one of the water resistor T2 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The detachable tool portion is provided with a synthetic resin and a wire rod main body in which a ring hole portion that can be stopped with a branch Harris stopper is provided in a wire rod body having a snap portion, and a gap through which a road thread can pass is provided in the ring hole portion. It is a branch Harris detachable tool (8a-6, FIG. 25) characterized by being used as a constituent material.
Of the branch Harris removable tool shown in FIG. 32 below, FIG. 25A is a combination of the tip of the wire portion 8a-62 of the snap part of the branch Harris removable tool and the upper end of the water resistor T2. It is a joint example figure of branch Harris attachment-and-detachment tool and water resistance part T2.
FIG. 25B shows a branch Harris detachable tool and water in which a wire rod obtained by extending the lower end portion of the wire portion of the snap portion of the branch Harris detachable tool 8a-5 downward is combined with the upper end portion of the water resistor T3. It is a joint example figure with the resistor part T3.
FIG. 26A shows a branch Harris detachable tool and water in which the lower end portion of the wire portion of the snap portion of the branch Harris attachment 8a-10 of the branch Harris device 8W-10 and the upper portion of the water resistor portion T4 are coupled. It is a joint example figure with a resistor part.
FIG. 26B is a branch in which a wire rod obtained by extending the lower end portion of the wire portion of the snap portion of the branch Harris 8W-9 of the branch Harris 8W-9 downward is combined with the upper end portion of the water resistor portion T5. It is a joint example figure of Harris removable tool and water resistance part T5.
FIG. 27 shows a branch Harris detachable tool and a water resistor part in which the lower part of the disc body of the branch Harris detachable tool 8a-13 of the branch Harris 8W-13 is coupled to the upper end of the water resistor part T6. It is a joint example figure with T6.

FIG. A is a branch Harris stop hole H of the branch Harris detachable tool 8a-4 provided by rotating the wire of the snap wire part 81-2 of the snap sulcan with stopper (an example of a connection tool) one inside, the snap part In the procedure diagram to insert the road thread into the branch Harris stop hole along the wire of the snap wire rod part by opening
B is a view in which the thread is inserted and the snap portion is closed. The removal of the Edas detachable tool from the thread can be performed in the reverse order of the above procedure.
C is a branch Harris stop hole H of the branch Harris detachable tool 8a-5, which is provided by rotating the snap wire part of the snap sarckan with a stopper (an example of a connection tool) one turn outward, and opening the snap part. In the schematic diagram of inserting the thread to the branch Harris stop hole along the wire of the snap wire part,
D is a view in which the thread is inserted and the snap portion is closed. The removal of the Edas detachable tool from the thread can be performed by reversing the above procedure.
E is a detachable tool part 8a-6, which is provided with a ring hole H that can be fastened with a branch Harris stopper 7 in a wire rod body having snaps Sa-5 and Sb-5, and a thread thread is provided in the ring hole part. Is provided with a substantially elliptic cylinder 8a-61 having a receiving hole Sa-5 for receiving the snap Sb-5, and a branch Harris stop hole provided in the wire. The lower portion of the wire rod is used as an upper end stopper for the vertical movement of the substantially elliptic cylinder, and the protrusion 8a-62 of the lower end stopper is provided on the wire body having a snap portion, and a receiving hole portion for receiving the snap portion of the substantially elliptic cylinder 8a-61 Is a half cross-sectional view of the snapped part,
F, when the substantially elliptic cylinder 8a-61 is moved downward by pressing the convex part of the lower end stopper 8a-62 inward from both sides, the snap part is removed from the snap receiving hole, and the upper end of the substantially elliptic cylinder and the wire end Put the thread from the opening where the thread can be inserted between the part, insert the thread into the branch Harris stop hole from the penetrable gap provided in the wire,
G raises the substantially elliptic cylinder 8a-61 to the upper end stopper {the lower part of the wire constituting the branch Harris stop hole}, the snap portion and the snap portion receiving hole portion are fitted and locked, and locked to the road line. It is a state diagram.

Branches Harris gimmick 8W-9 is obtained by connecting and either branch Harris removable device 8a-9 and resistor unit T6 from the resistor portion T ₂ of the water in the water, the water from the branch Harris gimmick resistor portion Any of the resistor parts T6, a branch Harris removable tool, and a branch Harris part from the branch Harris removable tool to the locking tool,
The detachable tool portion is provided with a ring hole portion that can be stopped with a branch Harris stopper in a wire rod body having a snap portion, and the ring hole portion is provided with a gap through which a road thread can pass, and the wire rod body is mainly constituted. 29A and B, the branch Harris device is characterized in that the wire at the lower end of the wire portion of the snap portion of the branch Harris attachable / detachable tool is used as the water resistor portion T5. It is the Example figure which connected the branch Harris part from a branch Harris detachable tool to a locking tool to the thing which combined the branch Harris detachable tool and the water resistor part which combined the upper end part. .

The branch Harris device 8W-10 is obtained by connecting the branch Harris detachable tool 8a-10 and any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris section from the branch Harris detachable tool to the locking tool, and the branch Harris detachable tool is substantially a disc ( A substantially spherical body) is composed of a wire rod connector having a snap portion, and the branch Harris detachable tool is eccentric to a substantially disc body (substantially spherical body) the wire rod connector having the snap portion. The contact is made with the wire body having the snap portion on the outer peripheral side surface of the substantially spherical body, and a recess for inserting a thread is provided on the contact top, and the wire body is the main material. The snap part of the member is pushed inward to remove Sa-1 to Sb-2 (FIGS. 28A to 28C), the snap part is opened, a gap into which a road thread can be inserted is formed, and by closing the snap part, The gap into which the path thread can be inserted is closed, and the path thread is inserted. That loading and unloading of the road yarn from the recess, and provided with a locking structure, removable tool branches Harris, characterized in that the the synthetic resin and the wire body as the main constituent material.
A recess of the above-mentioned thread passing part is provided so as to be located in the connecting member of the wire body,
Even if the yarn is pulled out from the recess for inserting the yarn, the yarn is structured to be locked in the connecting member of the wire body.
Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so that the caught fish does not escape unless the snap part is opened. .
The method of attaching and detaching the branch Harris removable tool to the road thread (FIG. 28, B) is to push the closed snap inward to remove Sa-1 to Sb-2 and open the snap portion. The road thread is inserted from the snap portion, and the road thread is fitted into the concave portion provided in the substantially disc body (substantially spherical body), and can be attached to the road thread by making the state shown in FIGS. When removing from the yarn, the reverse method described above is used.
In FIG. 28 (A to C), the branch Harris detachable tool is described as a disc body, and in FIGS. 29 (C to D), it is described as a substantially spherical body.
The branch Harris device 8W-10 is a branch Harris detachable tool and a water resistor part, in which the wire rod at the lower end of the wire part of the snap part of the branch Harris detachable tool is joined to the upper end of the water resistor T4. FIG. 26A is an embodiment diagram in which a branch Harris portion extending from a branch Harris detachable tool to a locking tool is connected to a combination of
Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T6 is also a view connected to the water resistor portion T4 as an embodiment diagram within the scope of the present application.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris mechanism 8W-11 is a connection (coupled) of the branch Harris detachable tool 8a-11 and any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor part branch Harris removable tool and a branch Harris part from the branch Harris removable tool to the locking tool,
The branch Harris detachable tool is constituted by a wire rod connecting tool having a snap portion in a substantially spherical body, and the branch Harris detachable tool is provided with a path thread passing hole in a substantially spherical body center portion. A slit that connects the thread passing hole from the outer surface of the body is provided, and a gap for inserting and inserting the thread into the slit is provided, and the thread passing hole, the gap, and the slit are surrounded by the wire body connector. In addition, an entrance of the slit is provided so as to be located in the connecting member of the wire rod body, and the slit is locked in the connecting member of the wire rod member even when the yarn thread is pulled out from the thread passing hole. It is
Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so that the caught fish does not escape unless the snap part is opened. .
This branch Harris removable tool, the method of attaching to and removing from the road thread (FIG. 29F), press Sb-3 of the closed snap inward to remove Sb-3 from Sa-3, the snap portion opens, the opening The thread is inserted from the snapped part, the thread is inserted from the gap provided in the substantially spherical body part, and it can be attached to the thread by putting it in the state of Fig. E. To do.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris mechanism 8W-12 is obtained by connecting the branch Harris detachable tool 8a-12 and any one of the water resistor T2 to the water resistor T6, and the branch Harris mechanism is a water resistor branch. It has a main configuration in the Harris section that extends from the Harris removable tool and branch Harris removable tool to the locking tool,
The above-mentioned branch Harris unites (connects) the lower end portion of the wire rod body having the snap portion of the detachable tool portion of the branch Harris of FIG. 30 and any one of the water resistor portion T1 to the upper portion of the water resistor portion T6. Is a thing,
30 is a detachable tool portion of the branch Harris of FIG. 30, and a medium piece (8a) having a wire member having a snap portion, a concave portion on the circumferential outer wall portion, and an uneven portion M-2 on the end face. -P, GG cross section of FIG. 30C), and the wire rod member is fitted into a concave portion of a circumferential outer wall portion provided in the middle piece 8a-p, and the middle piece is rotatably held. The center piece has a central through hole H, a slit W connected to the through hole from a substantially disc body side surface, the slit has a substantially V-shaped guide part, and the back of the guide part A branch Harris detachable tool characterized in that a gap through which the road thread can pass is formed,
Rotate the middle piece so that the slit part of the middle piece of the disk, which has an uneven part on the end face by pressing the snap part inward and has an uneven part on the end face, is positioned at the constricted part of the wire rod, and the thread is fed to the snap part From the opening of the slit guide and inserted into the through hole in the center through the gap behind the slit guide, and the middle piece is rotated (having an uneven portion M-2 on the end face) (FIG. 30B) snap portion Is closed, and the rotation of the middle piece is locked by the elastic force of the wire rod (FIG. 30A).
The above-mentioned thread passing hole, gap and slit are surrounded by the connecting member of the wire rod body, and the middle piece is rotated and the rotation of the middle piece is locked by the elastic force of the wire rod body. It is structured so that the thread does not come out from the part, but even if the road thread comes out from the constricted part of the wire rod, the road thread is structured to be locked in the connecting member of the wire rod,
Therefore, even if the thread is pulled out from the constricted portion of the wire rod in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, and the fish caught is not escaped unless the snap portion is opened.
This branch Harris attachment / detachment tool is also characterized in that the middle piece and the wire body having the snap portion are manufactured separately, and the middle piece is assembled into the wire body by a simple operation.

The branch Harris device 8W-13 is obtained by connecting the branch Harris detachable tool 8a-13 and any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The removable tool portion is provided with a hole through which a thread can be inserted at a substantially central portion of a disc body having elasticity and can be stopped by a branch Harris stopper, and can be inserted from one side of the disk body. A cutting line up to the hole is provided and cut. The cutting line is divided into at least 90 ° (up to 180 °) to the left or right with reference to the cutting line, and a part of the other disc body is left uncut as a hinge part. The cut piece is provided by connecting the cut piece and the remaining piece of the cut piece, and an elastic protrusion (Rk-1) is provided on the side surface of the one disc body (the remaining piece of the cut piece), and the other disc body ( (Slicing pieces) A disc having elastic properties of a branch Harris removable tool provided with a combination of elastic convex / elastic concave or elastic convex / through hole (Rk-2) on the side (FIGS. 9A to 9C) FIG. 2 is a diagram of an embodiment in which the lower part of the body is connected to the water resistor T6 7)
The removable tool part (FIG. 9A) has a convex part on the upper part of Rk-2 of the lock mechanism provided on the cut piece J-1 and the remaining piece J-2 of the disc having elasticity. The lock with Rk-1 is released and opened, the thread is inserted into the thread hole, and the opening of the slit piece of the disk is closed to lock Rk-2 and Rk-1. (FIG. 9C) The branch Harris mechanism shown in FIG. 27 is obtained by joining the lower part of the disk piece of this (FIG. 9C) figure to the upper part of the water resistor T6.
Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T5 is also a view connected to the water resistor portion T6 as an embodiment diagram within the scope of the present application.

7 is an example of the Edas stop body (FIGS. 37A to E or I to J) is a float stop (6, and since the same thing is used, the binding procedure is the same, so the description is omitted) In the ring shape like a rubber band attached to the middle of the road thread (Figs. 37A to E), it is 2 to 3 times the diameter of the road thread by diving into the road thread any number of times. The thing which can set the diameter of an Edas stop freely is preferable.
FH in FIG. 37 is a product that is commercially available as a float 6 and is a product in which an elastic body 6a having a rugby ball shape is set on a linear body 6b having a ring, and F in FIG. Is passed through the ring 6b of the wire body, the wire body is pulled, the elastic body is transferred to the road thread G, and it is moved to the position to be set and moved to the H position, but is set from the end of the road thread. It is a problem to use for this device.
In FIG. 37, I to J become like J if twisted yarn bodies are tied like I, and this type of material changes the thickness of the yarn body or changes the state of J, and further like I If it is tied together, the diameter can be freely adjusted to 2 to 3 times the diameter of the road thread, and it can be attached in the middle of the road thread, but a ring-shaped object like elastic rubber band is preferred due to operational problems. .

This is a general connection method from the water resistor T1 of the branch Harris device 8W-1 to 8W-22 to the water resistor T6, the branch Harris attachment / detachment tool, and the end lock 8c of the branch Harris part, and the resistance of the water Connecting the water resistor T6 from the body T1 to the branch Harris attachment / detachment tool 8a-1 to 8a-22 above or below the water resistance, the connection tool and the return Y, the weight 8e, the entanglement pipe 8f, The main configuration is to connect (bundling) the locking tool 8c with Harris 8B-1, 8B-1G, and 8B-1H. However, even if there is no weight 8e, entanglement pipe 8f, etc., the stopper of the floating needle can be used. Although not attached, the configuration described in the present application is preferable {FIG. 36A}.
36B) and C, two locking tools are provided at the tip of the branch Harris, and one of the two locking tools 8c-2 is provided so as to move freely, and the direction of the needle tip of the provided locking tool 8c is determined. Face-to-face (8c-1 and 8c-2, both double hooks or triple hooks) are provided, and the floating range portion of the locking tool (8c-2) provided as the floating and the tip locking tool (8c) ) Is coated with an elastic material (elastomer) or Harris at least 1.3 times the Harris diameter, and the upper end of the floating range portion is provided between the two locking devices 8c. 36, E, J, and K in FIG. 36 are connected (bundled) shapes, characterized in that a stopper 2r and a lower end stopper 2p of the floating range portion are provided. Bundling form in which stopper 8c is bundled in series with Harris 8b-1 F / G is a bundling shape in which one locking tool 8c is bound to Harris, and D / H2 locking tools are bound to Harris in parallel (bifurcated or lantern hanging). Is a bundling form of the widely used locking tool (8c, single hook, double hook, triple hook), but there are some advantages and disadvantages to floating fishing, but there is no big difference in fishing results I heard.
However, in this fishing (bump fishing), when the live bait is good, there are about half when swimming in the direction of resistance while bending the road line in a “K” shape. I use fluorocarbon No. 10 for all-in-one fishing}. The F, G, J, and K binding forms have a high probability of hanging when they eat food from their heads, but the (D) and (H) binding forms stretched the peas just before biting from the head or tail. There is a case where there is no bite in hitting the state of fluorocarbon No. 10 Harris (a case where there is only one contact where the tip of the heel is bent), and from that experience, the binding shape of L was invented.
Furthermore, in addition to the above bundling shape, the connection bundling shape of the locking tool (8c) at the lower end of the branch Harris portion is:
The hook (8c) on the lower end is used to lift the fish and bind the target needle (single hook, double hook, or triple hook or more), and the bait needle with a can (single hook) facing upward・ A stopper that stops the pulling force of live fish with the floating needle at a position 2/3 to 3/4 of the total length of the live bait. As a 4 mm bead ball, and a stopper (for example, a 4 mm bead ball as an example) so that the floating needle is passed through Harris and the floating needle does not go above the set floating range. ) Is fixed, and it is easy to hang a fishing target needle on a live fish by hanging this fishing range. As a mouth, nose In the state where the target needle is hung on the position corresponding to the back of the neck and 1 to 3 mm Harris is slackened, the fish is picked up and the target needle is hung and the fish has the best fishing result in swimming fishing Therefore, it is recommended to use a connecting and binding form of the locking tool at the lower end of the branch Harris portion (see FIG. 36B).

The eleventh aspect of the invention is the shape of the locking member 8c at the tip of the Harris portion according to the tenth aspect of the invention, and the locking portion for locking the belly fin portion of fish serving as food to the locking member at the tip. 8c-M is a needle (Fig. 6, B), but the fish hook was attached to the tail side of the dorsal fin in the test fishing, and it was possible to obtain a certain fishing result, but it was removed from the dorsal fin ( In the dorsal fin of the bait, there was a hard place between the left and right belly fins because there was a 10-20% occurrence that the fish hook aimed to cut the fish meat part of the bait and could not fulfill the fish hook purpose, here In this case, the 8c-M needle with the grandchild needle fixed to the needle is proposed.

Although it is Harris that connects between the anchors at the tip of the branch Harris from the branch Harris detachable tool,
1. Nylon ・ The stretch rate is 20% to 45% as a characteristic, and depending on the method of binding the hook (fishing hook) or the binding part with Sarkhan, it is not recommended for those who are not used to it because it stretches by pulling the large fish and pulls out the binding part. object.
2. Fluorocarbon ・ The most widely used Harris in recent fishing. The strength of the binding part is the second highest after PE (polyethylene dynea), and the refractive index in water is 1.42. 33 is a material that is difficult to see underwater.
(This device uses Fluorocarbon No. 12)
3. PE (Polyethylene Dyneema) is the strongest product currently on the market, with an elongation of 1.04, and the advantage of fishing is that it has a characteristic that it can easily convey subtle changes such as hits. On the other hand, its weaknesses are heat resistance, heat resistance is low at 145 ° C, it breaks with low frictional heat, and the line is supple and easy to get entangled. 8b-1) It is difficult to recommend that all be PE.
(Reference fishing line No. 10 has a diameter of 0.52 mm, No. 12 has a diameter of 0.56 mm)

38 will be described. The device described in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 is introduced, and a “branch Harris having a branch Harris removable tool” is attached later. In the schematic diagram waiting for "around" in the state,
The above-mentioned patent document is “branch Harris having a branch Harris attachment / detachment tool” which is movably locked between the throwing rods from the branch Harris stopper (7).
39 is a schematic diagram in which a bottom fishing tackle is attached at the tip and thrown in with a throwing rod, and an upper fishing tackle is attached at the back and waiting for "around" in a standing state.
The above-mentioned patent document describes a fishing method that can aim at bottom fishing and top fishing with one throwing rod and its fishing gear. FIG. In place of the “fishing method that can aim for fishing with a single throwing rod” in FIG. FIG.

1, weight.
2, Stopper. 2R, upper stopper of floating fishing hook. 2P, the lower side of the stopper of the floating fishing hook.
2A-1, the upper body of the outer body of the water resistor T4.
2a-2, the lower body of the outer body of the water resistor T4.
2b, an intermediate part that bends outside the water resistor T4.
2D, an elastic piece closest to the thread passing hole of the branch Harris removable tool. 2n, a guide for removing a thread near the thread passing hole. Z, ball.
2f, a connecting hole (connecting portion) for a device in which the Harris Harris detachable tool and subsequent fishing hooks are bundled with Harris.
2s, an elastic tube that passes the thread.
2v, shape memory elastic bag. 3, Shimori. 4 Float. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6. Floating stop.
6a, a function of a 5a (bottom) stop function attached below the water resistor T4, and may be a bundling portion.
7. Branch Harris stop. 7a, a branch Harris stop that is caught by a fish and moves to close the hole.
8. The whole branch Harris body. 8a, branch Harris removable tool. 8W, branch Harris mechanism (with water resistance).
81, connector, & snap sarkan (may also represent the entire branch Harris body leading to the hook).
8a, Branch Harris removable tool.
8a-1, branch Harris attachment / detachment to the road thread is provided at the upper part of the rod body, and a branch Harris part (a mechanism in which the branch Harris attachment / detachment tool and the needle are connected with Harris) connection hole and connection tool may be indicated at the lower part} Provided branch Harris removable tool. 1a, rod body. 1b, a branch Harris attaching / detaching portion to the road thread above the rod body.
A branch Harris removable tool provided with an elastic portion in the path yarn insertion path of 8a-1A, 8a-1. R, elastic part of the road thread insertion path. Dt, convexity of the elastic part. Recesses for receiving Du and Dt.
8a-2, a branch Harris detachable tool provided with a gap in the immediate vicinity of the thread passing hole as an elastic piece.
8a-3, a branch Harris detachable tool that is attached and detached by bending the middle part of the rod. 3a, one of the main bodies provided with a thread passing hole. 3b, the other side of the main body provided with an elastic piece having a convex portion of a lock portion for opening and closing the path thread attachment opening. 3D, the elastic part of bending of the middle part of the rod. 3e, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attaching / detaching port. 3d, 3f-1, 3e tunnel-shaped hole portions that receive the protrusions of the lock portions. Convex of the locking part of 3e-1 and 3e. 3g, dust cover.
8a-3A, a branch Harris removable tool composed of a rugby ball-shaped main body and an elastic piece having a convex portion of a lock part for opening and closing a road thread attaching / detaching port that moves in the horizontal direction. 3, body. 3e-2, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attachment / detachment port 3e-3, an elastic piece having a recess in the lock portion for opening and closing the road thread attachment / detachment port. A receiving portion in which one lower part of the gate shape that receives 3f-1 and 3e-3 is an elastic piece insertion operation portion of the lock portion.
8a-4, 8a-5, 8a-6, 8a-9, a branch Harris detachable tool provided with a ring thread threading hole and a snap structure in the wire body.
8a-7, 8a-11, composed of a ball and a linear body. The ball is provided with a slit and a gap at the back of the slit, provided on the side of the thread threading hole, and penetrating the thread threading hole. A branch Harris detachable tool provided with an elastic piece as a path thread insertion portion closest to the threading hole.
8a-8, a branch Harris removable tool comprising a ball and a wire, eccentrically inserting the wire into the ball, and having a snap structure on the wire.
8a-10, a branch Harris removable tool comprising a disc body and a wire, eccentrically inserting the wire into a ball, and having a snap structure on the wire.
8a-12, a branch Harris detachable tool comprising a disc body with a medium sesame and a wire body, the medium sesame having a road thread attaching / detaching portion, and a wire body having a snap structure.
8a-13, a branch Harris detachable tool having a structure that locks a substantially disc-shaped piece, which is mainly made of an elastic resin.
8a-14 An upper part of a substantially spherical ball mainly made of resin having elasticity and both sides of approximately 1/3 of the left and right sides are cut off, and two convex pieces are provided in the central part, and branch Harris is formed on one of the convex pieces. A branch Harris attachment / detachment tool having an insertion hole, a branch Harris tightening portion on the other side of the convex piece, and a removable portion for tightening. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball. 14c, Branch Harris insertion hole provided on one of the convex pieces of the substantially spherical ball 14e, Branch Harris insertion tightening hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1d, a locking hump provided at one end of the branch Harris. 8b-1G, Harris between the connecting members 81 connected between the convex pieces of the substantially spherical ball and wound around 14b.
The branch Harris of the detachable part of the branch Harris, in which both the convex pieces of 8a-14-1 and 8a-14 are fitted with fitting parts provided with a taper having a large diameter at the center of the hole and a small diameter at both ends. Removable tool. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball.
14 cm, 8b-1m insertion hole provided on one of the convex pieces of a substantially spherical ball. 14en, 8b-1n insertion hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1na, Stopper for locking Harris (8b-1H) to the path thread when Harris (8b-1H) is pulled out from the hole through which the path thread passes. 8b-1n, an elastic insertion tool provided with both end portions fixed to Harris provided with a taper having a small diameter. 8b-1m, an elastic fitting with a taper with a small diameter at both ends fixed to Harris and provided with a stopper in the 14b direction. 8b-1ma, a pulling tool for pulling out Harris on the left (as seen in the drawing).
8a-15, a branch Harris removable tool formed of a resin having an elastic property as a main material and composed of a main body having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body.
15a, a main body having a rectangular cross section in the vertical direction. 15b, the outer shell of the main body.
15b1, an insertion opening into which the convex part of the open / close arm is inserted. 15b2, Stopper advance / retreat end slide port. 15c, an open / close arm. 15a1, a cutting piece serving as a forward end and backward end stopper. 15f, a connecting portion for connecting Harris after the detachable tool of the branch Harris provided at the rear of the main body.
81. Snap sarkan with stopper. 82, 8a-16 wire rod.
8a-16, A branch Harris detachable tool joined to a water resistor (parashut or turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2 Cover G type for storage parts such as Parashut and Turf. 16a-3 Elastic piece G type for lids of storage parts such as parashuts and turf. 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16cb, sheet body storage section D type. 16c1, Turf of a sheet of water resistor. The elastic part of the tongue piece and the lid at the upper part of the housing main body of the closed state holding structure that can freely open and close the lid of 16d and 16a. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, two-stage path threading hole. 16Hd, sheet body storage section Da type. 16He, 3-stage road threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
8a-17, a branch Harris removable tool at the bottom of the main body of the water resistor T2. 17a, outside of the wing body of the water resistor T2. 17as, wing body opening angle end stopper at the upper end of the outer wing body. 17bs, wing body open angle end stopper at the upper end of the inner wing body. The stopper receiving part which receives the wing | blade part open | release angle end stopper of the wing | wing part body fitting part of the main body of 17cs and the water resistor T2. 17b, the inside of the wing part of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge part of wing part body insertion groove 17Dm, circular insertion groove of slit groove. 1Xa, wing body holding structure. The elastic ring provided in the wing | blade part body of 17Dr water resistor T2.
8a-18, A branch Harris removable tool in which the center of the water resistor structure portion T2 is formed by a linear body.
18a, outside of the wing part of the water resistor T2. 18bs, wing body open angle end stopper at the upper end of the inner wing body. 18 cs, a stopper receiving portion for receiving the wing portion open-angle end stopper of the wing portion fitting portion of the water resistor T2 main body. 18b, inside the wing part of the water resistor T2. 18c, body of water resistor T2. 18ce, outer edge portion of wing portion body insertion groove 18cm, recessed portion of retaining container portion at bottom of branch Harris detachable portion. 18D, an elastic ring provided on the wing body of the water resistor T2-1. 18Dm, circular insertion groove for cutting groove. 1Xa, wing body holding structure. 18Hc, a branch Harris detachable tool body with a linear body.
18Ha, road thread threading hole of the branch Harris removable part of the wire body. 18Hb, Harris part of wire (portion from return to locking tool) connection hole. 18He, elastic wire body prevents it from coming off.
18Hs, prevention to the lower part of the branch Harris removable part.
8a-18a, 8a-18 rod Harris branch removable tool.
8a-19A, branch Harris detachable tool 8a-19C, and a branch Harris detachable tool in which the water resistor T3 is coupled. A water resistor T3 having a structure including a wing body having a sphere at the upper end of the water resistor body T3, a fitting portion of the wing body, and a wing body holding structure section. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. 19D, an elastic ring inserted into the ring insertion groove. 2Xa, wing body holding structure. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part.
8a-19B, a branch Harris detachable tool that combines the water resistor T3. 8a-19BZ, a branch Harris detachable part assembled in a column under the main body of the water resistor T3. Assembly parts to be assembled in the column at the bottom of the 19K, T3 body. 19Kb, insertion receiving part for assembly parts. 19Dbb, an elastic piece for holding the road thread attaching / detaching portion in a closed state. 19pb, 19K road thread insertion guide. 19pc, 19K road thread operation section. 19Kp, the fitting part of the attachment part 19K. 19Dm, bifurcated part of assembly parts, concave at the center. 19Dk, the elastic part of the fitting part of the attachment part 19K. 19Kt, convexity of the fitting holding part of the attachment part 19K. 19cb, a column at the lower part of the main body of the water resistor T3. 19-BW, road thread attachment / detachment opening 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. An elastic ring inserted into a 19 Da ring insertion groove. 2Xa, wing body holding structure.
8a-19C, a road thread attaching / detaching part having an elastic part in a main body part of a substantially rectangular plate body, a road thread passing hole, and a road thread guiding part (19pa) connected from the road thread attaching / detaching part to the road thread passing hole. Provided branch Harris removable tool. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part. Elastic piece insertion part for 19Ku and 19Db insertion and holding.
8a-20, 20a, rectangular cubic body. 20b, outer cylinder slider. 20c, road thread attaching / detaching operation piece. 20cn, a storage section for the operation piece attaching / detaching operation piece. 20 sn, elastic deformation end stopper. 20sf, outer cylinder slide advance end stopper. 20sf, outer cylinder slide advance end stopper. 20sm, forward and backward position holding stopper. 20sb, back end stopper.
8a-21, the main thread of the substantially elastic body has a thread threading hole, a thread thread attaching / detaching piece part, a thread thread attaching / detaching guide part, and a path thread attaching / detaching guide part deep inside the thread thread threading hole. There is a gap,
Further, a branch Harris detachable tool provided with a holding structure in a closed state of a road thread attachment / detachment port provided with a road thread attachment / detachment piece. 21Z, SE body having a substantially elastic body. SE part, road thread detachable piece part. 21a, the main body of the ball. 21b, a guide portion that also serves as a holding / removing piece holding portion. SE-b, a concave portion of the SE piece that becomes a lock structure when fitted to the 21b provided on the opening / closing piece of the path thread attaching / detaching port. 21f, branch Harris part connection hole.
8b Harris on the branch Harris part. 8b-1, detachable tool, Harris connecting between the return tool and the locking tool. 8b-2a, upper stopper that determines the floating range of the floating Harris needle.
8b-1d A function for preventing the end of Harris from being used in the removable tool part of 8a-14.
Harris used between 8b-1G and 8b-1d to connector 81.
A branch Harris used for 8b-1H and 8a-14-1, to which a tapered insertion portion having a large diameter at the center and a small diameter at both ends is fixed.
8b-1m, 8b-1H taper fitting part having a large diameter at the center and a small diameter at both ends.
Pulling tool for pulling out 8b-1ma, 8b-1m, 8b-1n.
8b-1n, 8b-1H, taper fitting parts having a large diameter at the center and small diameters at both ends.
8b-1na, 8b-1H, 8b-1n, 8b-1H provided on the side of the connector (81) is removed from the hole (H) through which the road thread passes, so that the branch Harris is locked to the road thread. Stop.
8c, Locking tool (fish hook, single hook, double hook, triple or higher hook).
8c-1a, a fishing hook with a branch Harris mechanism. 8c-2a, the floating needle 8d for the purpose of feeding the branch Harris mechanism, live food. 8e, a weight attached to a branch Harris removable tool. 8f, Tangle prevention pipe that also serves as a landmark. 8p, a lower stopper that determines the range of movement of the floating Harris needle. 10. Road thread. 11. Throwing spear.
8W A branch Harris mechanism composed of a branch Harris that connects a branch Harris removable tool and a water resistor to a fishing hook from the branch Harris removable tool.
8W-1, a branch Harris connecting / disconnecting tool provided with a branch Harris connecting part at the upper part of the rod body and a branch Harris connecting part at the lower part and a branch connected to any of the water resistor T6 from the water resistor T2 Harris mechanism (the branch Harris mechanism in the case of FIG. D is a combination of the water resistors T3 and 8a-1, and Harris is connected to the connector, twisting, weight, anti-tangle pipe and two fishing hooks at the tip. The branch Harris device connected with is shown).
An 8W-1A, 8W-1 path thread insertion path is provided with an elastic portion to increase the degree of locking to the path thread, and is coupled to either the branch Harris detachable tool and the water resistor T2 to the water resistor T6. A branch Harris mechanism (in the case of FIG. C, the branch Harris mechanism has two branch Harris hooks in FIG. D, but two in series).
8W-2, a branch Harris mechanism which is composed of an elastic piece in the gap portion in the immediate vicinity of the thread passing hole and is coupled to any one of the water resistor T2 and the water resistor T6.
8W-3, a branch Harris device that is attached and detached by bending the middle part of the rod body and coupled with a branch Harris removable tool and a water resistor.
8W-3A, a branch Harris device coupled to a branch Harris attachment / detachment tool composed of an elastic piece having a convex part of a lock part for opening and closing a road thread attachment / detachment opening that moves in a lateral direction on a rugby ball-shaped main body.
8W-4, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided inside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-5, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided outside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-6, a wire Harris hole detachable tool which is provided with a thread passing hole in the wire body having a snap portion, and opens and closes the path thread attaching / detaching port portion by vertical movement of the elliptic cylinder, and water resistance from the water resistor T2. Branch Harris mechanism combined with any of the body T6.
8W-9, a branch Harris device that is connected to any one of the branch Harris removable tool having a thread passing hole provided on the outside and a water resistor T2 to a water resistor T6.
Only the 8W-5 wire connector is different.
8W-10, a branch Harris in which a connecting member of a wire body having a substantially disc body and a snap portion is eccentrically coupled, and a concave portion of a road thread passing portion is provided at a contact upper portion between the wire body and the substantially disk body. A detachable tool and a branch Harris mechanism coupled to any of the water resistors T2 to T6.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-11, a branch Harris detachable tool composed of a wire rod having a substantially spherical body and a snap portion, and having a thread passing hole in the substantially spherical body, and a water resistor T1 to a water resistor Branch Harris mechanism combined with any of T6.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-12, a wire Harris body having a snap part, a branch Harris attachment / detachment tool provided with a substantially disc middle piece, and a branch Harris device coupled to any of the water resistor T2 to the water resistor T6.
8W-13, a bifurcated disc body that can be freely opened and closed by a hinge portion and provided with an opening / closing operation portion having a lock structure, and any one of water resistor T2 to water resistor T6 Combined branch Harris mechanism.
8W-14, two convex pieces are provided at the upper part of the substantially spherical body of the branch Harris removable tool, and the thread is inserted at the lower part of the substantially spherical body and at the back of the thread insertion part as a Harris winding part. A branch Harris device in which a branch Harris detachable tool provided with a gap to be pushed in and a thread passing hole is coupled to any of the water resistor T1 to the water resistor T6.
Two convex pieces are provided on the upper part of the substantially spherical bodies of 8W-14-1 and 8W-14, and a Harris insertion tool is used to insert a Harris insertion tool into the two convex pieces as a Harris winding portion. A branch Harris mechanism in which the branch Harris detachable tool provided with the portion is coupled with any of the water resistor T1 to the water resistor T6.
8W-15, a branch Harris detachable tool composed of a main body (15a) having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body and using the outer cylinder of the main body as a lock mechanism, Branch Harris device combined with any of the water resistors T6.
8W-16, branch Harris detachable tool composed of a wire rod connecting tool having a thread threading hole and a snap portion at the lower part of the resistor body of the water resistor T1, and a branch that combines the water resistor T1 Harris device.
8W-17, a branch Harris mechanism in which a wire rod connecting tool having a thread passing hole and a snap portion is coupled to the lower part of the resistor body of the water resistor structure.
8W-18, branch Harris attachment / detachment tool in which the center of the water resistor structure portion T2 is linearly threaded and a branch Harris attachment device in which the water resistor T2 is coupled. T3, T5, T6 Bonding with water resistors is also possible.
8W-19A, a main thread of a substantially rectangular plate body is provided with a road thread attaching / detaching part having a resilient part, a thread passing hole and a road thread guiding part, and an elastic piece and an elastic for holding the road thread attaching / detaching part in a closed state A branch Harris mechanism in which a branch Harris detachable tool provided with a single insertion portion and an elastic piece is coupled to any of the water resistor T2 to the water resistor T6.
8W-19B, a branch Harris detachable tool provided with a road thread attaching / detaching part having an elastic part, a road thread passing hole, and a road thread guiding part at the lower part of the main body of the water resistor T3 is a water resistor T3. The branch Harris mechanism inside.
8W-20, a branch Harris attachment / detachment tool provided with a road thread attaching / detaching part having a resilient part, a road thread passing hole, and a road thread guiding part on a main body part of a substantially rectangular plate body, and having an outer cylinder of the main body as a lock mechanism And a branch Harris device coupled to one of the water resistor T2 to the water resistor T6.
8W-21, from a water resistor T2 to a branch Harris removable tool provided with an elastic piece on a substantially spherical body as a road thread attaching / detaching part, and a road thread guiding part, a gap and a thread passing hole toward the back. Branch Harris device combined with any of the water resistors T6.
8W-21A, an elastic piece provided in a substantially spherical body, and a branch Harris attachment / detachment tool provided with a road yarn guide portion, a gap, and a yarn thread passing hole toward the back, and a water resistor T5 Combined branch Harris example.
8W-22, a body thread attaching / detaching portion having an elastic part, a thread passing thread hole, and a thread guiding portion are provided on the main body of a substantially rectangular plate body, and an elastic piece and an elastic member for holding the road thread attaching / detaching portion in a closed state A branch Harris mechanism in which a branch Harris detachable tool provided with a single insertion portion and an elastic piece is coupled to any of the water resistor T2 to the water resistor T6.
T1, water resistor (parashut, turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2 Covers for storage parts such as parashuts and turf (type of figure G).
16a-3 Elastic piece of lid of storage part such as parashut, turf, etc. (type of G figure) 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16c1, Turf type turf. 16cb, sheet body storage section (D-type). 16D, elastic part of the lid. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, 2-stage and 3-stage road threading holes. 16Hd, sheet body storage (Da diagram type). 16He, the second stage thread threading hole of the three stage thread threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
T2, water resistor. 17a, outside of the wing body of the water resistor T2. 17as, wing body opening angle end stopper at the upper end of the outer wing body. 17bs, wing body open angle end stopper at the upper end of the inner wing body. The stopper receiving part which receives the wing | blade part open | release corner end stopper of the wing | blade part fitting part of the main body of 17cs and the resistor T2 of water. 17b, the inside of the wing part of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge part of wing part body insertion groove 17Dm, circular insertion groove of slit groove. 1Xa, wing body holding structure. The elastic ring provided in the wing | blade part body of 17Dr water resistor T2. (In the case of 8a-18, the first digit of the code is 18)
T3 water resistor. A water resistor having a structure having a wing body having a sphere at the upper end of the water resistor body, a fitting portion of the wing body, and a wing body holding structure. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. An elastic ring inserted into the 19D ring insertion groove.
2Xa, the wing part body holding structure part, and the water resistor body are provided with a fitting part for fitting a sphere provided at the upper end of the wing part body, and the fitted wing part body is held openably and closably. A wing part body opening / closing holding structure provided with an elastic ring (19D) and a ring insertion groove which is provided with a holding cab and is fixedly fixed, and further opens and closes the wing part body.
T4, water resistor. A type having a cylindrical outer shell and a shape memory elastic bag (2v) built in the cylindrical outer shell. 2a-1, the upper body of the outer body of the water resistor T4. 2a-2, the lower body of the outer body of the water resistor T4. 2b, an intermediate part that bends outside the water resistor T4. 2s, an elastic tube that passes the thread. A fishing tackle that has a built-in shape memory elastic bag that quickly decays the rampant force. 2v, shape memory elastic bag. 3, Shimori. 4. Floating. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6, Floating stopper, 6a, 5a (moisture) stopper function attached below the water resistor T4, and may be a bundling portion.
T5, water resistor. A structure comprising a water resistor body (15c), a plurality of bone bodies provided on the outer periphery of the water resistor body (15c), (T5B or 15B), and a sheet body (T5S).
15c, water resistor body. T5B or 15B, a plurality of bone parts provided on the outer periphery. T5S, sheet body. T5hn, hinge part. T5D or 15D, elastic ring. T5Du, ring holder. T5d, a linear body (string body) of a sheet body. T5da, an elastic body linear body (string body) holding section. T5st, a stopper at the open corner end of the bone body.
T6, water resistor. A water resistor body comprising a water resistor body and a wing body body obtained by dividing the wing body of the water resistor body into a plurality of parts.
T6a, wing body part outside divided into a plurality of parts. T6b, the wing body part inside divided into a plurality. T6c, resistor body. T6hn, elastic hinge part. T6D, elastic ring. T6Du, elastic ring holding part. T6at, a convex piece that holds the inner wing body on the outer wing body.
H, a hole that can be stopped by a branch Harris stopper, or a threading portion of a road thread.
S, A gap through which the thread can penetrate. W, slit (crack). Return part from Y (there is also expressed by the thing Y having).
J-1, one of the cut pieces. J-2, the other of the cut pieces. One of Rk-1, one type of lock structure. Rk-2, the other of one type of lock structure. One of Rk-1a and 1a type lock structures. The other of the lock structure of Rk-2a, 1a type. One of Rk-1b and 1b type lock structures. The other of Rk-2b and 1b type lock structures.
SA, branch Harris part (a device in which the branch Harris attachment / detachment tool and the needle are connected with Harris), a connection hole, and a connection tool.

This is a technique related to fishing gear for large-sized coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaji.

A small fish (sardine, mackerel, horse mackerel, this sword, etc.) that feeds the needle is attached to the nose or back, and floats 2-7m above the sea, and then the fish moves freely. It is common practice for a person to watch for tangling with someone else's device.

JP 2000-157124 A Japanese Patent Application No. 2012-090806 Japanese Patent Application No. 2012-257665 Japanese Patent Application No. 2012-255280 3-27972 Japanese Patent Application No. 2012-271501

Although we could not find any prior art documents related to swimming and fishing methods for large-scale coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaaji, etc. There is a technique (for example, Patent Document 1) relating to a structure of a thread engaging portion that can be freely set.
There is a technique related to a swimming fishing method (for example, Patent Document 2) in which a weight is attached to the tip, thrown in with a throwing rod, and a branch Harris is attached later to fish.
There exists a thing (for example, patent document 3) regarding the detachable tool of branch Harris and branch Harris used by the swimming fishing method by the division | segmentation application of the said patent document 2. FIG.
Attach a bottom fishing device to the tip and insert it with a throwing rod, and attach an upper fishing rod with a fishing rod as a retrofit, and fishing related to fishing methods and fishing gear that can target bottom fishing and top fishing with a single throwing rod ( For example, Patent Document 4) has a floating body having a locking portion having an insertion hole larger than the thickness of the thread portion, and a technique (for example, Patent Document 5) that allows the thread portion to be freely attached and detached. There is a thing (for example, patent document 6) which provided the resistor which weakens a fish quickly when the outline body opens and fish is hung.

Put the bait hung on the nose and the back, put the float 2-7m above and put it into the sea, then the fish move freely, so the angler throws the other person's gimmicks and 1-3 of them The most common way of fishing is to monitor the entanglement of the devices, but in most cases there are tidal currents, winds, etc. on the sea surface, and small fish in the bait move around in a wide range. However, when one device is used, the fishing place to occupy must be at least 10 m per ridge by the length of the quay.
With this swimming fishing, for example, on a quay with a height of 300m, if one angler uses two rods, only a maximum of 15 people can be fished. Therefore, if an angler uses a single rod, the fishing spot to occupy should be at least 6m per one. The maximum number of people who can enjoy fishing at the same place is 25 people. The parts that make up this fishing method and make up the device and tools, the branch Harris and the detachable tool of the branch Harris, patent application 2 It was provided in 2012-090806 and Japanese Patent Application No. 2012-257665 of Patent Document 3 and Japanese Patent Application No. 2012-255280 of Patent Document 4, but there was a strong pull-in, and there was a sharp pull in a few minutes. It is a few percent Has come, including that of 此 is that a problem of providing a removable tool branches Harris viewed from another angle.

1st invention is the branch Harris 8 attached to the road thread 10 thrown in the mechanism with the throwing spear 11, and the said branch Harris is a detachable part to the road thread of the branch Harris detachable tool 8a and the road in the detachable part. A threading hole H is provided.
Means is provided for locking the branch Harris 8 to the road thread so as to be freely movable between the sea layer and the sea layer,
It has a structure that can be locked to the road thread even if the road thread comes out of the above-mentioned thread passing part H,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17, 8a-21)
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. It is a means that is not in common sense, and the branch Harris that can freely lock between the underwater layer of the conventional technology and the underwater layer,
The locking means A is
A road thread threading portion is provided in the branch Harris detachable tool of the branch Harris to be locked to a road thread that is fixedly fixed from the sea layer to the sea layer in the direction of the thread axis. Provided,
The road thread passing portion is provided as a hole that can be stopped by the branch Harris stopper.
The size of the above-mentioned thread threading hole is 1.5 to 5 times the diameter of the thread thread, and preferably 2 to 3 times the diameter of the thread thread. Applies to removable tools).
In particular,
The above-mentioned branch Harris and the branch Harris detachable tool to be locked to the road line provided with the branch Harris stopper in the upper part of the sea from the middle part of the sea at the upper part (floating direction) of the float 6, and the conventional fishing method Then, it was difficult to attach Harris to the top of the float (in the direction of the throwing hook) and throw it with a throwing splinter. Harris is to provide a detachable portion of the branch Harris detachable tool to and from the detachable portion and a avenue threading portion in the detachable portion.
By using the branch Harris locking means that can freely slidably connect the branch Harris stoppers (the shelves where the fish swim) from the sea level, for example, "Swimming fishing" live bait between the branch Harris stoppers from the sea Can be moved in the depth direction, so that the range of movement of the bait in the depth direction can be set wide.
A branch Harris stopper is provided on the floating suspension shown in FIGS. 38 and 40, and the branch Harris (or branch Harris device, 8 W) is freely locked between the sea level and the sea level. doing,
Further, the branch Harris locking means B is provided with a substantially elliptical weight (8e.1-5) connected to the branch Harris removable tool of the branch Harris portion (see FIG. 6).
As the mechanism is thrown into the thread that has been thrown into the spear, a branch Harris attached to the live bait is attached and lowered into the sea, while the spear is lifted and the spinning reel is wound around to remove the dandruff. There are
When the fish that has been lowered into the sea comes to the shore side (in the direction of the tip guide 9 of the carp), it swims in the direction of resistance around the water surface with a sparkle and the fish body in the vicinity of the water surface. Swim in the forward direction, that is, in the direction of shallowing), and when going out to the offshore side (in the direction of the weight 1), it is possible to go to the branch Harris stop body, but when it is good, the direction in which resistance is applied around the road thread ( Swim with a sparkle and a fish body while bending the main thread in the left and right and deep directions.
Although some people dive straight into the deep direction depending on the fish they feed when they are put into the sea with raw bait, most of the raw bait 8d has a thread when it is alive as shown in Fig. 7. Swim in the direction of resistance (shore direction or left-right direction) while bending in a “Ku”, stroking on the sea surface, stroking,
If left in this state, the fish will weaken and will be eaten by birds, etc. However, the time to swim powerfully in the direction of resistance while bending the thread to the `` U '' is tired of swimming every few minutes When the force is a little weak, the angle of the bend is small and close to a straight line. When this weight is attached, the detachable tool part of the branch Harris slides little by little. It is a means for guiding the bait to a depth closer to the shelf than the sea level by sliding little by little deeply in the sea after that, and the tangle stopper 8f is not visible.

A second aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Has been established,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The above-mentioned branch Harris removable tool is provided with a lock structure for locking the road thread insertion port, and a lock structure for locking the branch Harris attachment / detachment to the road thread is provided,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-3, 8a-3A, 8a-13, 8a-15, 8a-18, 8a-20)

A third aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Has been established,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
From the outer surface of the sphere toward the side of the thread passing hole, a gap S is provided behind the thread passing guide part W and the guide part and connected to the thread passing hole. A tongue piece 2D generated between the gap in the immediate vicinity of the thread passing hole is provided,
The tongue piece is structured so that the thread can be easily spread and inserted, and the thread is not easily removed in the pulling direction.
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Example 8a-2)

A fourth aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of the branch Harris), and a road thread passing part in the removable part. Has been established,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
A substantially U-shaped fitting piece R having a convex portion is provided in the gap in the immediate vicinity of the road thread threading hole and the thread thread threading hole so as to be perpendicular to the thread thread insertion direction of the gap, and
One of the convex portions Dt is provided in a direction to close the path yarn insertion path of the gap portion,
A fitting hole Du is provided opposite to the substantially U-shaped fitting piece, and is fitted into the main body.
It is provided as a holding part for the fitting piece,
It is a structure that can not pass unless the thread stretches the insertion piece body,
The branch Harris removable tool is
Provided is a branch Harris and a branch Harris removable tool characterized by using a synthetic resin as a main material. (Example 8a-1A)

A fifth aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part for a road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Provided,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The gap closest to the road thread threading portion of the branch Harris removable tool has a gap adapted to the diameter of the road thread,
The gap suitable for the diameter of the above-mentioned line thread is a gap provided by narrowing several to dozens of% (that is, at most 19.9%) of the diameter of the line thread,
The branch Harris removable tool is
Provided is a branch Harris and a branch Harris removable tool characterized by using a synthetic resin as a main material. (Examples 8a-1A, 8a-18)

The sixth invention is a branch Harris attached to a road thread that has been thrown with a spear.
The branch Harris is provided with a detachable portion to the road thread of the branch Harris detachable tool and a road thread passing portion in the detachable portion,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The road thread insertion opening / closing piece 19p. That opens and closes the road thread insertion opening of the branch Harris removable tool. 19pc is provided,
Further, the closed state holding piece 19Db. 19Dbb is provided,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-19B, 8a-19C)

The seventh invention is a branch Harris attached to the road thread that has been thrown with a throwing spear,
The branch Harris is provided with a detachable portion to the road thread of the branch Harris detachable tool and a road thread passing portion in the detachable portion,
Means is provided for locking the branch Harris to the road thread in a freely movable manner from the sea layer to the sea layer, so that it can be locked to the road thread even if the road thread is pulled out from the road thread passing part. And
The branch Harris detachable tool is provided with a branch Harris and a branch Harris detachable tool, characterized in that the main constituent material is a synthetic resin and a wire body. (Example 8a-4.8a-5.8a-6.8a-10.8a-11.8a-12)

The eighth invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is provided with a detachable part to the road thread of the branch Harris detachable tool and a thread threading part in the detachable part. And
Means is provided for locking the branch Harris to the road thread in a freely movable manner from the sea layer to the sea layer, so that it can be locked to the road thread even if the road thread is pulled out from the road thread passing part. And
The branch Harris detachable tool provides a branch Harris and a detachable tool of the branch Harris, characterized in that the wire body is a main component. (Example 8a-9.8a-18)

According to a ninth aspect of the invention, in the branch Harris and the detachable tool of the branch Harris according to any one of the first to eighth aspects of the invention, any one of the water resistors T1, T2, T3, T4, T5, T6 Are connected to each other to provide a branch Harris device 8W. (Examples 8W-1, 8W-1A, 8W-2, 8W-3, 8W-3A, 8W-5, 8W-6, 8W-9, 8W-10, 8W-11, 8W-12, 8W- 13, 8W-14, 8W-14-1, 8W-15, 8W-16, 8W-17, 8W-18, 8W-19A, 8W-19B, 8W-20, 8W-21, 8W-22)), (See FIGS. 4, 5, 6, 8, 10, 11, 12, 13, 14, 17, 20, 21, 22, 23, 24, 25, 26, 27, 31, 33, 34, 35, 36, 40) )

A tenth aspect of the present invention is a connected form of the Harris of the branch Harris according to any one of the first to ninth aspects of the invention and the Harris part of the detachable tool of the branch Harris,
Providing at least one loosely-movable needle 8c-2a,
Stops are provided at both ends of the floating range of the floating needle, and
The Harris diameter between the upper end stopper 2r of the floating range and the locking tool at the tip of the Harris portion 8c is set so that either the Harris diameter or the tensile strength is at least 1.3 times that of the Harris portion. A branch Harris and a detachable tool for the branch Harris are provided. (Fig. 6, A)

The eleventh invention is a shape of a locking tool at the tip of the Harris portion according to the tenth invention,
Provided is a branch Harris and a detachable tool for branch Harris, characterized in that the above-mentioned front-end locking tool is provided with a grandchild needle portion for locking a belly fin portion of fish serving as food. . (Fig. 6, B)

[Patent Document 2] Japanese Patent Application No. 2012-090806 "Technology related to swimming fishing, fishing by attaching a weight to the tip and inserting a branch Harris on a retrofit" from the common general knowledge at the time of filing,
[Patent Document 4] Japanese Patent Application No. 2012-255280 “Throw a bottom fishing and top fishing with a bottom fishing device attached to the tip and thrown in with a throwing rod, and attach an upper fishing device at the back. This is only used as a detachable tool for the branch Harris and the branch Harris.

The branch Harris of the present invention is a throw fishing using a throwing rod, which has been impossible with conventional fishing methods, and by providing a branch Harris locking means that can freely lock the sea layer from the sea layer. The branch Harris's locking means that can be freely locked between the sea layer and the mid-sea layer in the common sense of technology until now is moved to the sea layer to the sea layer (shelf) that is aimed at floating fishing. Passing between the sea level and the mid-story part in the process of moving from the sea level to the sea level, depending on the method of fixing and floating, and the mechanism that has been thrown in descends from the sea level to the sea level. There is only a method of fishing at the timing, and in the case of the former, the work of moving and fixing the float is repeated and the float is kept on the shelf with the fishing results). There is only a way to fish at the timing of passing, holding fishing bait on the shelf of high quality fish It was difficult to do.
According to the present invention, the branch Harris locking means capable of freely locking between the underwater layer and the underwater layer is provided with a branch Harris stopper at the upper part of the float (in the direction of the throwing spear). The branch Harris stopper is fixed to the road thread so that it can be adjusted in the direction of the road thread axis. Talking}
For example, the live bait of “swimming fishing” is a locking means that can freely move in the depth direction between the branch Harris stoppers from the sea layer.
By providing a locking means for branch Harris that can freely lock between the sea layer and the sea layer described above,
For example, in a water area where seawater and fresh water of a river are mixed, the amount of rain before the previous day, or the amount of fresh water discharged from the sluice to the fishing ground when there is a sluice, intake channel, etc. upstream Occasionally, fish that are not good at fresh water depending on the fish species swim from the upper sea layer to the middle sea layer when flowing through fresh water or the lower sea layer, and conversely, when fresh water flows from the upper sea layer to the middle sea layer, Large and medium fish that swim in the mid-sea and therefore seek for food depend on the situation. (The same relationship between the upper and lower sea layers occurs depending on the degree of cooling on the previous night.)
Therefore, the branch Harris locking means capable of freely locking between the sea layer part and the sea layer part of the present invention shifts from the sea layer part that is not good for live food to the sea layer part that prefers live food. It is one of the points that bring about an effect.

Since the trial fishing of "Swimming fishing equipment and method thereof, Japanese Patent Application No. 2012-090806, Patent No. 5166623" which is the basis of the present invention,
On the quay of Kusatsu Port in Hiroshima City, there are people who support the inventor with a letter breakwater, with a “fever” for the first time in the form of a throwing spear at intervals of 6 meters on holidays (October to December in the yellowtail fishing season). Since it is a fishing method using the mechanism made by looking at the position 30 to 80m away from the test fishing, so far there is a big difference in fishing results, but until now (before H23) the whole Kusatsu Port So, if you can catch about 10 “Buri” in one season, it was a big catch last year (H25.10-December).
One year ago, there were a lot of customers saying “give me a yellowtail fishing tool” at last year and nearby fishing gear stores, and until now there were not so many fish of about 10 kg, so big fishing gear sold out. As a result, there is a large selection of large fishing gear products.
This is an invention in which the present invention contributes to commerce, is an important component of this fishing, and is a great effect of the invention.

The branch Harris and the detachable tool of the branch Harris are used exclusively as the detachable tool of the branch Harris and the branch Harris of Japanese Patent Application No. 2012-09806 of Patent Document 2 and Japanese Patent Application No. 2012-255280 of Patent Document 4.

Combining the above-mentioned Harris Harris device (W) with a Harris Harris detachable tool and a water resistor, the fish can be taken in faster, and the diameter of the road line is 10-30% thinner (Reference No. 10) The diameter of 0,52mm, No.12 is 0,56mm in diameter).

aSpindle Harris removable tool 8a-14 with synthetic resin as main material, cuts out the upper part of the spherical body and both sides of approximately 1/3 of the left and right sides, and two protrusions on both sides of the remaining 1/3 Set the thread on the removable device of the branch Harris type, which is provided with a piece, a hole on one side and a Harris tightening part on the other side to fix Harris and make it a removable part, and the first Harris tightening Procedure diagram. The hole part of 14a is sectional drawing. 8b-1G described in the lower part of the substantially spherical ball in FIG. a shows an example diagram in which a branch Harris coupler is connected. b. The outline diagram for tightening Harris for the second time from the state of a, and what is described on the b diagram is a simple description of how to wind. c. Winding completion state diagram in FIG. d. FIG. 2 is an overall schematic perspective view of the branch Harris detachable tool before the branch Harris is mounted, and avoids that the drawing becomes difficult to understand when the drawing code is too much in another drawing. a. The branch Harris removable tool of FIG. 1 is a type in which a Harris winding part is provided to fix a lotus, whereas the hole center is a taper with a large diameter at both ends and a small diameter at both ends, relative to the shape of the hole. It is the detachable tool figure of the type which inserts the insertion tool parts 8b-1m and 8b-1n of the elastic body, and fixes Harris as a detachable part. b. FIG. MM sectional drawing of a. c. The branch Harris 8b-1h wearing completion figure. a is a perspective view of a branch Harris removable tool constituted by a main body 15a having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body. b. FIG. 3B is a cross-sectional view taken along the line NN in FIG. c A perspective view and a partial cross-sectional view in which a convex portion of an opening / closing arm is inserted by an elastic return force into an insertion port 15b1 into which a thread is inserted into a thread hole and a convex portion of the opening / closing arm 15c is inserted. d. FIG. 3C is a cross-sectional view taken along line NN in FIG. 3C, illustrating a fitting state between the outer cylinder of the main body and the main body. e. FIG. f. NN sectional drawing of the outer cylinder part of a main body. The branch Harris figure which joined the member after the removable tool to Harris by the branch Harris removable tool 8a-14 or 8a-14-1. The branch Harris figure which joined the member after branch Harris removable tool to Harris by branch Harris removable tool 8a-15. The general | schematic general view of the branch Harris which joined the member after the detachable tool to Harris of A branch detachable tool 8a-3 with Harris. The branch Harris locking means B is provided with weights 8e and 1-5 having a substantially elliptical cross section in the axial direction to be connected to the branch Harris detachable tool of the branch Harris portion, from the upper floating end stopper 2r of the floating needle. Fig. 4B shows a thickened Harris between the needles at the distal end. A figure in which live bait is attached to a branch Harris anchor and pulled down in the sea and pulled in the direction of resistance, and the road thread is in the shape of a "kushi". A general view of branch Harris mechanism 8W-15 in which a T3 water resistor structure part is combined with an A-branch Harris removable tool (water resistor part is open). The whole branch Harris 8W-14 schematic which combined the resistor structure part of water with B branch Harris detachable tool (the resistor part of water is open). A The opening state figure which can attach and detach a path thread with the branch Harris detachable tool 8a-13 which provided the lock structure in the disk body which has A elastic property. B. The state figure just before the lock of the branch Harris removable tool of A. C. The figure which locks the branch Harris removable tool of A. D. Example in which the configuration of the locking mechanism of the locking structure of A is changed KK sectional view of FIG. C, Rk-2a type. E. The example which changed the structure of the lock mechanism of the lock structure of A, KK sectional drawing Rk-2b type of FIG. A Overall schematic view of branch Harris device 8W-16 of branch Harris attachment / detachment tool 8a-16 having water resistance T1 (water resistance T1 is open). The example figure which made the resistor of Aa water the turf-like thing. B. The side view which reversed 90 degrees of the resistor side view of the water of A. C. The 1st fragmentary sectional view in which the resistor structure part of water of A is closed. D. The fragmentary sectional view which made the diameter of the thread passing part hole of the detachable tool part of C into two steps. Da. The fragmentary sectional view which made the thread diameter threading part hole diameter of the removable tool part of C into 3 steps | paragraphs. E. OO sectional drawing of F. FIG. F. A arrow view of A. G. The type example different from E of the closed state holding structure of the lid | cover 16a. A. Overall schematic diagram of branch Harris device 8W-17 of branch Harris detachable tool 8a-17 having water resistor T2 (water resistor T2 is closed). The side view which reversed the side view of A 90 degree | times, and one fragmentary sectional view. C. The figure which the resistor structure part of the water of A opened. D. HH fragmentary sectional view of A (the figure which the resistor part of water closed). E. HH fragmentary sectional view of A (the figure where the resistor part of water opened). F. The processing example figure which divides | segments and inserts the insert processing of a G snap part into two. H. GG partial sectional drawing of A (The figure which the resistor part of water closed). Branch Harris removable tool 8a-18 in which the center of the water resistor structure T2 of the branch Harris device 8W in FIG. The whole A8a-18 branch Harris mechanism 8W-18 schematic diagram (the resistor part of water is closed). B. The assembly state figure of the branch Harris detachable tool part of the linear body which made the center of the resistor structure part of the water of A through, 1 fragmentary sectional view. C. The figure which the resistor structure part of the water of A opened. D. HH fragmentary sectional view of A (the figure which the resistor part of water closed). E. H-H partial cross-sectional view of A (a view in which a resistor portion of water is opened. F. Example view of return and connection tool and the like on the lower side of Harris or detachable tool 8a-18 of a linear or rod body. Example of a detachable portion of the linear or rod branch Harris removable tool 8a-18 to the upper thread Y. GG partial cross-sectional view of HA (A diagram showing a water resistor section) . A. Overall schematic diagram of branch Harris detachable tool having water resistor part T3, in which water resistor structure part 8a-19C is combined with water resistor structure part (water resistor structure part is closed) 8W- 19A (the branch Harris part is not described). B. A. The branch Harris mechanism 8W-19A whole schematic view with the resistor structure part of water opened by the side view reversed 90 degree | times of the figure. C. A. The BB partial sectional view of a figure. D. A. The AA fragmentary sectional view of a figure. The branch Harris detachable tool 8a-19B. Having the water resistor part provided with the branch Harris detachable part at the lower part of the column of the water resistor part T3 of FIG. Branch Harris device 8W-19B Whole perspective view of A-branch Harris removable tool 8a-19B (the branch Harris portion is not described). B. A. The branch Harris device in which the water resistance portion T3 of the figure is open. Overall schematic diagram. C. A. The BB partial sectional view of a figure. D. A. The AA fragmentary sectional view of a figure. FIG. 14B is a detailed view of the branch Harris attachment / detachment structure portion 19Bz of the branch Harris attachment / detachment tool 8a-19B shown in FIG. 14A. A. The front view of 19Bz part. B. The side view of A figure, (partial sectional view, attachment-and-detachment mouth closed state figure). C. The side view of A figure, (partial sectional view, attachment-and-detachment opening state diagram). D. The perspective view of the operation side component 19Kp of FIG. E. The assembly side of FIG. C, D, 19cb, partial sectional view. F. EE partial sectional view of Fig. A (before assembly). G. EE partial sectional view of FIG. A. The perspective view seen from the front of branch Harris detachable tool 8a-19C. B. The side view of A figure, (partial sectional view, attachment-and-detachment mouth closed state figure). C. The side view of A figure, (partial sectional view, attachment-and-detachment opening state diagram). D. The figure before the elastic piece assembly | attachment of the attachment / detachment opening closing direction of a C figure, 1 partial sectional view. E. The elastic piece perspective view of an attachment-and-detachment mouth closing direction. A. The perspective view seen from the branch Harris removable tool 8a-20 front. B. The figure which made the opening / closing piece of the road thread attachment / detachment opening state open. C. The figure which made the outer thread cylinder (long square cylinder) slide to the upper side, and made the locked state the way thread attachment-and-detachment mouth opening-and-closing piece like FIG. D. The figure which connected the resistor part T4 of the water which made the center of the resistor structure part of the water in the C figure. 8W-20. E. FIG. 6D is a diagram in which a fish is caught in FIG. D and the water resistance portion T4 is crushed upward. Detailed view of water resistor T4 The figure which the resistor part of water floats in the water. B. The figure where the resistor part T4 of water was crushed in the upward direction by catching fish. C. JJ sectional drawing of A. FIG. D. KK sectional drawing of B. FIG. A. The side view of branch Harris detachable tool 8a-21. B. A front view of FIG. C. 1 is a partial cross-sectional view of a road thread attachment opening / closing structure part in FIG. D. The side view of the way thread attachment-and-detachment mouth opening state of A figure. E. P-P sectional drawing of A figure. F. The elastic piece SE perspective view of the road thread attachment / extraction opening / closing structure part of FIG. The branch Harris mechanism 8W-21 whole schematic which assembled | attached the resistor part T3 of water to the branch Harris detachable tool 8a-21. A. The branch Harris mechanism (8W-21) whole schematic diagram (closed) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-21. B. A. The whole schematic view with the resistor part T5 of water open. A. The branch Harris mechanism whole schematic view (closed) which assembled | attached the resistor part T2 of water to the branch Harris detachable tool 8a-19C. B. A. The whole schematic view in which the resistor part T3 of water is open. C. The whole branch Harris mechanism schematic which assembled | attached the resistor part T4 of water to the branch Harris detachable tool 8a-19C. A. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-19C. B. The whole schematic view in which the resistor part T6 of water is open. A. The branch Harris mechanism whole schematic diagram (closed) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. A. The branch Harris mechanism whole schematic view (closed) which assembled | attached the resistor part T2 of water to 8H-6 branch Harris detachable tool 8a-6. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T3 of water to 8W-5 branch Harris detachable tool 8a-5. A. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T4 of water to 8H-10 branch Harris detachable tool 8a-10. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to 8H-9 branch Harris detachable tool 8a-9. General view (open) of a branch Harris mechanism 8W-13 in which a water resistor portion T6 is assembled to a branch Harris removable tool 8a-13 having a lock structure on a disk having elasticity. A. The figure which the snaps Sa-2 and Sb-2 are closing by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body. B. The figure which the snap opens by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body (opening state which can attach and detach a path thread). C. FF sectional drawing of B figure. A. The figure where the snap is closed by branch Harris detachable tool 8a-9. B. The figure which has opened the snap in branch Harris attachment / detachment tool 8a-9 (opening state which can attach / detach the path thread). C. FIG. 27 is a diagram in which a snap is closed with an object in which a wire rod body is inserted in place of the disc body of (A) in the branch Harris removable tool 8a-10 of FIG. 26; D. FIG. 27 is a view in which a snap is opened by an object in which a wire rod body is inserted in place of the disc body of A in the branch Harris removable tool 8a-10 of FIG. E. The figure where the snap is closed by branch Harris detachable tool 8a-11. F. The figure which has opened the snap in branch Harris attachment / detachment tool 8a-9 (opening state which can attach / detach the path thread). G. The branch Harris removable tool 8a-10a in FIG. What inserted a wire rod into a square instead of a disc A. The branch Harris removable tool 8a-12 is composed of a wire body having a sesame seed and a snap. B. Detail part of A middle sesame assembly part. C. GG sectional drawing of A. FIG. A. The figure which provided the slit in the side of the thread thread threading hole of the ball | bowl with the branch Harris detachable tool 8a-2, and formed the elastic part in the immediate vicinity of the said hole. B. A side view of A. FIG. C. NN sectional drawing of A. FIG. D. Branch Harris mechanism whole schematic diagram (open) 8W-2 which assembled | attached branch Harris attachment / detachment tool 8a-2 and the resistor part T6 of water. E. Branch Harris mechanism whole schematic diagram (open) 8W-2 which assembled branch Harris attachment-and-detachment tool 8a-2 and water resistance part T5. A. Branch Harris detachable tool 8a-4 snap open state in which a ring hole is provided in the wire rod. B. Branch Harris removable tool 8a-4 snap-closed state in which a ring hole is provided in the wire body. C. Branch Harris detachable tool 8a-5 snap open state in which a ring hole is provided in the wire rod. D. Branch Harris detachable tool 8a-5 snap-closed state in which a ring hole is provided in the wire body. E. The branch Harris removable tool 8a-6 snap open state in which a ring hole and an elliptic cylinder are provided in the wire body. F. Branch Harris removable tool 8a-6 snap open state (half-sectional view) provided with a ring hole and an elliptic cylinder in the wire rod. G. The closed state perspective view of the branch Harris detachable tool 8a-6 snap which provided the ring hole part and the elliptic cylinder in the wire body. A. The side view of branch Harris detachable tool 8a-1 which provided the threading hole in the upper part in the cylindrical body, and provided the connection hole to the locking tool after the branch Harris detachable tool in the lower part. B. FIG. C. FIG. 2 is an overall schematic view (closed) of a branch Harris mechanism 8W-1A in which a water resistor T2 is assembled to E. D. A general view (open) of the branch Harris mechanism 8W-1 in which a water resistor T3 is assembled to A. E. A branch body provided with a projecting portion of an elastic body in a gap (S) immediately adjacent to the connecting hole to the locking tool after the branch Harris detachable tool and the locking tool in the lower part. The side view of Harris detachable tool 8a-1A. F. FIG. G. FIG. H. FIG. A side view (partial sectional view) of a half-folded branch Harris removable tool 8a-3 of a cylindrical body. B. FIG. C. The side view (partial sectional view) which folded the cylinder. D. The figure just before locking after inserting the thread. E. TT sectional drawing of A. FIG. F. E is an overall schematic view (closed) of a branch Harris device 8W-3 in which a water resistor T2 is assembled to E. A. The shape side view at the time of resin molding of the rugby ball type branch Harris removable tool. B. The front view of rugby ball type branch Harris detachable tool 8a-3A. C. FIG. D. SS sectional drawing of B. FIG. E. FIG. 3 is an overall schematic view (closed) of a branch Harris device 8W-3A in which a water resistor T2 is assembled to B. The branch Harris mechanism 8W-1 to 8W22 water resistor, the branch Harris detachable tool, and a connecting form of the branch Harris detachable tool (binding procedure with Harris 8b-1). Example of attaching the branch Harris stopper (floating stopper) to the road thread FIG. 6 is a schematic diagram of a standing state in which a device is turned on in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 “A swimming fishing method” and waits for a hit. Japanese Patent Application No. 2012-255280 in Japanese Patent Application No. 2012-255280 Schematic diagram of the standing state of waiting for a hit by putting a device in the “fishing method in which an upper fish and a bottom fish can be aimed at simultaneously with a single rod”. The water resistor of this application, the branch Harris attachment / detachment tool, the branch Harris state apparatus from the branch Harris attachment / detachment tool to the needle, and put the waiting state for waiting.

Mainly the invention of the branch Harris detachable tool and the part from the detachable tool to the locking tool, and further by accumulating the incidental invention, obstructions on the seabed (rocks on the seabed, shellfish attached to the rocks and No longer entangled Harris on branch algae, large garbage that has been thrown down and dropped on the seabed, and half-buried driftwood settled on the seabed, etc., and the range of movement of live fish in the depth direction has been widened (An angler generally says that shelves are widened), until there is a fish pulling in, there are several to ten or so times of intense pulling of the fish, but the mechanism that can endure the strong pulling, In addition, there are several inventions that reduce the number of times fish are caught but are cut off during the intake process, etc., and even beginners can catch large fish from the land (ships), swimming fishing devices, and fishing methods using these devices. As a result, it is possible to A branch Harris removable tool viewed from a different angle of the removable tool can be added, and a branch Harris device 8W combining a water resistance part is attached to the “Branch Harris having a branch Harris removable tool”, Since the fish can be easily taken in, and the pulling power of the fish can be dispersed by the water resistance portion, the fishing line can be made to be thinned by 10% to 30%.

Only the branch Harris attachment / detachment tool of the present invention may be used as a product, or a branch Harris device in which a water resistance part is combined with the “branch Harris having a branch Harris attachment / detachment tool” may be used as a product. Assy device as a branch Harris device for non-experts (branch Harris attachment / detachment tool, twisting back, Harris, and a locking device attached to the tip of the branch Harris device, It is less likely that the fish will be escaped by the selection of each component of the branch Harris, and the component containing Harris will be escaped by the choice of thinking and mistakes, and wasteful investment Since it is possible, it is recommended that the product be manufactured using an Assy mechanism with one branch Harris (or 8 W). (Nearly 70% of the Harris breakage part of large fishing is Harris binding portion, preferably the binding portion is coated with a plastic resin, or Harris diameter near the tip portion should be at least 1.3 times. .)

Each dimensional relationship in the drawings is enlarged for important portions, exaggerated where details are difficult to understand, and reduced when describing wide portions or portions that are less important in the present invention. Thus, the dimensions between and within the drawings are not proportional, and are not actual or scaled.
Also, when the interval between lines is narrow, it is likely to become a black and thick line at the scanning stage, so the interval between lines is widened or written with a single line.
Furthermore, parts other than the basic (main) mechanism of the present invention are omitted between the drawings.
[Examples] Hereinafter, the present invention will be described more specifically with reference to examples. However, the present invention is not limited to the following examples.

1st invention is the branch Harris attached to the thread which thrown the device with the throwing spear, and the said branch Harris is a detachable part to the thread of the branch Harris detachable tool, and the thread thread passing part in the detachable part Has been established,
Means is provided for locking the branch Harris to the road thread in a freely movable manner from the sea layer to the sea layer, so that it can be locked to the road thread even if the road thread is pulled out from the road thread passing part. And
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17)
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. The branch Harris's locking means A and locking means B, which is a means not found in common sense and can be freely locked between the sea layer and the underwater layer of the prior art, are described in [0006]. Omitted.

The branch Harris branch detachable tool 8a-14 is formed by cutting out the upper part of the substantially spherical ball and the both sides of approximately 1/3 of the left and right, and two convex pieces parallel to the left and right of the central part of the remaining 1/3. 14a, 14b, and a substantially W-shaped slit W between the convex pieces, a thread passing hole H is provided at the back of the slit, and a gap through which the thread can penetrate in the vicinity of the thread passing hole at the back of the slit. Forming
The holes 14c and 14e are provided in the right direction of the convex portion (transverse direction of the convex portion) at substantially the center of both convex pieces provided in parallel on the left and right sides,
In the Harris hole 14c on one convex portion of the hole provided above, the other Harris end of the Harris provided with a stopper 8b-1d at one Harris end is inserted inward from the outside. Pull out the other Harris until the stop hits the Harris hole of the one convex portion 14a,
A concave surface portion is provided on the upper surface of the convex portion above the Harris hole of the other convex portion,
A split hole is provided from the ball side surface of the other convex portion toward the Harris hole 14e of the other convex portion 14b so as to follow the cut-out flat surface portion until near the Harris hole of the other convex portion. And is provided as a Harris introduction part (the cut of the side face part of the ball is a Harris introduction port with a wide part of the side face part of the ball)
The upper surface of the convex portion provided as the Harris introducing portion of the other convex portion is an inclined surface whose side surface direction is lowered.
The branch Harris detachable tool 8a-14 of the above-mentioned branch Harris connects the holes of the two convex pieces 14c and 14e even if the yarn passes through the gap through which the yarn can pass from the yarn passing hole. The path thread is locked by Harris 8b-1G, and the hung fish is structured not to escape.

How to use the branch Harris removable tool,
The branch Harris elastic detachable tool from which the other Harris has been drawn out is elastically deformed in the range in which the path thread does not damage the path thread through the substantially V-shaped path thread guide section and the gap behind the guide section; Push into the gap and let it pass through the through hole (therefore the gap behind the guide is a gap adapted to the diameter of the thread, and it is necessary to use a branch Harris removable tool having a gap adapted to the diameter of the thread)
Next, the Harris ring that has been drawn out is passed through the split portion of the other convex part, and the Harris ring is wound in the hole 14e so that the exit part of the Harris ring is at the back (see FIG. 1a). By tightening at least twice (see Fig. 1 b and c), Harris is attached to the removable part of the removable tool.
By binding (attaching) the Harris 8b-1G from the Harris hole 14c of one convex portion to the Harris hole 14e of the other convex portion 14b, the Harris 8b-1G is engaged with the road yarn even if the yarn is pulled out from the road thread through hole. It has a structure that can be stopped. (The structure that does not let the caught fish escape)
Next, the connecting tool 81 is connected to the other Harris end portion which has been tightened, and the branch Harris section extending from the branch Harris removable tool to the locking tool is connected to the connecting tool. Lock onto the attachment thread and lower it into the water,

Referring to FIG. 1, a branch Harris removable tool 8 a-14 mainly made of synthetic resin,
In FIG. 1a, the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides are cut off, and a substantially V-shaped slit W is provided at the center of the remaining 1/3. A hole is provided as a thread passing portion, and a shape is formed in which a gap through which the thread can pass through is formed in the vicinity of the thread thread through hole at the back of the slit. Are provided with two convex pieces on the left and right sides, and a branch Harris insertion hole 14c is provided on one of the convex pieces 14a,
Insert one end of the branch Harris into the insertion hole of the branch Harris from the center side of the substantially spherical ball to the outside,
Pull out the end of one of the branch Harris to give it a retaining function (for example, connect one end of the branch Harris to make a 2-3 layered bump and fix it with an adhesive, or a metal short tube 8b-1d or the other end of the branch Harris that has been previously treated for the retaining function is inserted from the outside of the ball toward the center, and the branch has been inserted into the insertion hole of the branch Harris. Pulling Harris, tightly attaching the retaining portion to the branch Harris insertion hole 14c,
Next, the other convex piece 14b of the substantially spherical ball is provided with a branch Harris insertion hole 14e and a concave surface for winding Harris on the upper surface of the insertion hole, and further a slit groove for introducing Harris into the insertion hole 14c is provided in the substantially spherical ball. The other side of the convex piece 14b is connected to the insertion hole 14e from the lower side of the convex piece, and a Harris ring is formed on the cut piece formed by providing a cut groove for introducing Harris. FIG. 11 is a drawing showing how the branch Harris is mounted in a single winding by being drawn into a concave surface portion where the Harris is wound around the insertion hole 14e of the branch Harris and the upper portion of the insertion hole.

FIG. b is a diagram showing how to mount a branch Harris that is wound twice on the other split piece of the convex piece of the substantially spherical ball, and is wound twice. This is a simple description of the method.

FIG. c is a state of winding completion in FIG. b, and shows an example diagram in which the branch Harris coupling tool described below the substantially spherical ball in FIG. a is connected. If you insert the Harris that is provided with a stopper to the other end of the Harris that is secured and fixed, and connect it to the other end of the Harris, after setting the road thread, Harris Just wrap the ring,
This winding method is a winding method in which a rope is wound around a mooring rod of a ship. Has a feature that it does not deviate from the thread.

FIG. d is an overall schematic perspective view of the branch Harris detachable tool 8a-14 before the branch Harris is mounted, and the drawing avoids making the drawing difficult to understand if the drawing code is too much in other drawings.

The removal of the branch Harris removable tool is a method of unwinding and remaking the wound part, but when catching a fish of 5 to 10 kg, there are many cases where there are scratches in places that are difficult to understand visually, It is recommended that you cut off the Harris and discard it to make a spare object that does not prevent Harris from being removed.

Another type of branch Harris attachment / detachment tool 8a-14, which is made of synthetic resin as a main material, with the branch Harris attachment / detachment tool 8a-14-1, the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides. Cut out, the two convex pieces 14a and 14b parallel to the left and right of the central part of the remaining 1/3, and a substantially V-shaped slit W between the convex pieces. H is formed, and a gap through which the path thread can pass is formed in the back of the slit and in the vicinity of the thread path hole,
Harris insertion holes 14cm, 14en having a taper with a large diameter at the center and a small diameter at both ends are formed in the center of both convex pieces provided in parallel on the left and right sides in the direction perpendicular to the convex part (transverse direction of the convex part). Provided,
Both the slits are formed so that the slits for introducing Harris into the insertion holes follow the notched flat part toward the Harris insertion holes 14 cm and 14 en from the front side of the lower part of both convex pieces of the substantially spherical ball. It is taken as close to the bottom of the Harris hole of the convex part and connected to the Harris insertion hole, and is provided as a Harris introduction part (the cut part is a Harris introduction opening with a wide side entrance) (see FIG. 2a)
When the elastic fittings 8b-1m, 8b-1n having a shape corresponding to the shape of the Harris insertion hole and Harris 8b-1H are pulled out from the thread passing hole, the branch Harris is locked to the thread. 8b-1na is fixedly attached to Harris on the connection tool 81 side from the fitting portion, and the left elastic fitting member 8b-1m does not come off in the branch Harris locking tool 8c direction. There is a retainer.
Further, a pulling tool 8b-1ma for pulling out the Harris 8b-1H on the left side (see the drawing) is provided (see 8b-1H described in the lower section of FIG. 2b).
The branch Harris detachable tool 8a-14-1 of the above-mentioned branch Harris connects the Harris insertion holes of the two convex pieces even if the yarn passes through the gap through which the yarn can pass from the yarn threading hole. The thread is locked by Harris 8b-1H
The hung fish has a structure that does not escape

The usage instructions of the branch Harris removable tool 8a-14-1 are as follows:
In the branch Harris removable tool, the thread is elastically deformed within a range that does not damage the thread in the gap at the back of the guide through the substantially V-shaped thread guide part, and is pushed into the gap to pass through the thread thread hole. (Thus, the gap at the back of the guide is a gap adapted to the diameter of the road line, and it is necessary to use a branch Harris removable tool having a gap adapted to the diameter of the road line.)
Next, Harris, which is provided by fixing the elastic fittings 8b-1m, 8b-1n to the Harris 8b-1H, is introduced to a position where it can be inserted into the Harris holes 14cm, 14en through the Harris introducing portion, The Harris 8b-1H is pulled toward the connector 81, and the elastic fitting is inserted into a hole provided with a taper having a large diameter at the center of the hole and a small diameter at both ends (FIGS. 2b and 2c). reference)
Next, connect the branch Harris section leading to the locking tool after the branch Harris removable tool with the connecting tool connected in advance to the Harris end, and attach the bait for high-quality fish) to the locking tool. Lock in and take it down into the water.

FIG. 2a is a branch Harris removable tool 8a-14-1, mainly made of synthetic resin, with the upper part of the approximately spherical ball and both sides of approximately 1/3 left and right cut away, and the remaining 1/3 central part. A substantially V-shaped slit is provided in the slit, and a thread thread through hole is provided at the back of the slit as a thread portion, and a gap through which the thread can pass is formed in the vicinity of the thread thread through hole at the back of the slit. A branch Harris of the branch Harris of FIG. 1a) provided with a notch groove and a substantially V-shaped slit at the center of the remaining one third of the notch, and left and right in parallel with the slit. The shape of both of the convex pieces of the substantially spherical ball is provided with a taper that has a large diameter at the center of the hole and a small diameter at both ends. front are provided for both the convex piece, the Setsuwari groove for introducing Harris in the insertion hole of the both convex piece of the substantially spherical ball member Were allowed to connect to the insertion hole is a perspective view provided.
2b is a cross-sectional view taken along the line MM in FIG. 2a, and is connected to the insertion hole from the front side of both convex pieces of the substantially spherical ball,
A branch Harris provided with a slit groove for introducing Harris, fixing the fitting portion corresponding to the shape of both holes of the convex piece of the substantially spherical ball provided to the branch Harris, and further providing a pulling portion for extraction The Harris portion is structured to be pulled into the insertion hole from the slit groove that introduces the Harris in the direction of the arrow, and is chamfered so as to be easily fitted into the insertion hole of the branch Harris and the fitting portion corresponding to the shape of the hole. The chamfered portion (45 ° to 30 ° chamfer) is not shown, but a chamfered portion is provided, and a retaining flange is provided on the 8b-1ma side so that the fitting portion does not come off.
FIG. 2c is a diagram showing the completed installation of the branch Harris,
The branch Harris removable tools 8a-14 and 8a-14-1 which are mainly made of synthetic resin are described as balls by way of example, but they are polygonal cubes such as discs, squares, octagons, etc. Even with a round shape including a substantially elliptical cross section, the branch Harris stop body (preferably 2 to 3 times the diameter of the road thread), and the branch Harris having a branch Harris removable tool is stopped. In addition, the present invention includes all those having a function of freely locking between the branch Harris stop body and the sea surface between the sea surface and the road thread.

The branch Harris detachable tool 8a-15 is composed of a main body 15a having a rectangular cross section in the vertical direction and a main body outer cylinder (long square cylinder) 15b made of synthetic resin as a main material. An opening / closing arm 15c having an elastic property for opening and closing the insertion port is provided, and a guide portion for the thread is provided at the back from the insertion port W, and a threading hole H to be engaged with the yarn is viewed from the front side to the back side (see the drawing). {The threading hole of the road thread is a hole that can be stopped by a branch Harris stopper and can be freely locked between the sea surface from the branch Harris stopper} A gap for connecting the thread passing hole is provided in the guide section in the vicinity of the thread passing hole of the path thread, and at the rear part of the main body, a cutting piece 15a-1 serving as a forward end and a backward end stopper, and a branch Harris attachment and detachment tool A connecting portion 15f that connects Harris leading to the locking tool 8c is provided,
The outer cylinder of the main body is assembled so as to substantially cover the entire right half of the main body (see FIG. 3a).
On the lower surface of the outer cylinder (hereinafter referred to as slider) of the main body, there are a stopper forward end retreat end slide port 15b2 on which a convex portion of a main body cutting piece serving as a forward end / retreat end stopper of the slider slides, and an upper surface of the slider. An insertion port 15b1 into which the convex portion of the opening / closing arm 15c is fitted is provided,
Assembly of the molded body of the main body and the slider of the main body is performed by inserting an outer cylinder in the direction of the connecting portion from the main thread threading hole side of the main body, pressing the open / close arm downward, and placing the open / close arm in the slider. Push it in the direction of the connecting part, and push the cutting piece with the convex part of the forward and backward end stopper and the convex part of the stopper into the slider, and push it further in the direction of the connecting part. Inserted into the
(Refer to FIG. 3f) The protruding portion of the cutting piece is fitted by the elastic return force at the advance end of the slider at the stopper advance / retreat end slide port 15b2 provided on the lower surface of the slider. (It will be in the state of FIG. 3c and FIG. 3d.)
Further, the assembly is completed by pushing the open / close arm downward and pushing the slider toward the connecting portion of the main body. (It will be in the state of FIG. 3a and FIG. 3b)
In this case, it is sufficient to assemble the cut pieces to be the forward end and backward end stoppers to the slider once.

How to use the branch Harris removable tool 8a-15,
With the open / close arm in the open state (FIG. 3a), the yarn is passed from the insertion port of the yarn to the guide of the yarn in the back and from the gap connecting the guide to the yarn passing hole to the yarn passing hole of the yarn. Insert and push down the open / close arm), push the slider to the left until the forward end stopper hits, and release the open / close arm that was pushed down, the convex part of the open / close arm is provided on the slider upper surface The opening and closing of the opening / closing arm is locked by being inserted into the insertion opening with an elastic return force. (It will be in the state of FIG. 3c and FIG. 3d.)
When detaching, the road thread can be removed from the branch Harris detachable tool 8a-15 by performing the reverse procedure described above. (Return to the state of FIGS. 3a and b)

FIG. 3 a is a branch Harris removable tool 8 a-15 composed of a main body having a rectangular cross section in the vertical direction and an outer cylinder of the main body, and the main body is provided with an opening and closing arm having an elastic property for opening and closing the insertion port of the road thread, A guide part for the thread and a threading hole to be engaged with the thread are provided from the front side to the back side (as viewed in the drawing) from the insertion port, and the guide part and the threading hole for the thread are provided. A connecting gap is provided near the threading hole in the back of the guide part of the road thread, and a connecting part is provided at the rear part of the main body to connect the cutting piece as a forward end and backward end stopper and Harris after the branch Harris removable tool. The outer shell of the main body is assembled so as to substantially cover the front half of the right half of the main body, and this figure shows the state where the main body hits a stopper and the open / close arm is opened.
FIG. 3B is a cross-sectional view taken along the line NN in FIG. 3A and shows a state in which the outer cylinder portion of the main body is fitted, and the stopper advancement provided on the lower surface of the outer cylinder of the main body with the open / close arm open. It is a diagram showing that the convex part of the cutting piece hits the stopper of the slide end slide port, and the outer cylinder is located at the last retracted part of the main body,
The convex portion of the opening / closing arm is not fitted into the fitting opening provided on the upper surface of the outer cylinder of the main body, into which the convex portion of the opening / closing arm is fitted.
FIG. 3C shows the state of FIG. 3a from the state shown in FIG. 3a until the thread is inserted into the thread passing hole from the opening W of the opening / closing arm 15c, the opening / closing arm is pressed downward, The tube is slid leftward, and the projection of the open / close arm is inserted by the elastic return force into the fitting entrance where the convex portion of the open / close arm is fitted. It is the figure which made it latch on a thread | yarn and locked the opening-and-closing arm further.
FIG. 3d is a cross-sectional view taken along the line NN in FIG. 3c and shows a state in which the outer cylinder portion of the main body is fitted, and the forward end of the outer cylinder of the stopper forward / backward slide end provided on the lower surface of the outer cylinder of the main body It is a figure showing that the convex part of the cutting piece is hit, and the outer cylinder is located at the most forward end of the main body,
It is made to fit in the fitting inlet provided in the upper surface of the outer shell of the said main body and fitting the convex part of an opening-and-closing arm.
FIG. 3e is a schematic view of the molding of the main body of FIG. 3a, with an opening / closing arm that opens and closes the insertion line for the thread, a guide part for the thread, and a threading hole that is engaged with the thread. Provided through from the side to the back side (as seen in the drawing), a gap connecting the guide portion of the road thread and the threading hole is provided in the immediate vicinity of the threading hole at the back of the guide portion of the road thread, and the forward end at the rear part of the main body , A connecting portion 15f is provided for connecting the split piece serving as a backward end stopper and Harris after the removable tool of the branch Harris,
Assembling the molded body of the main body and the outer cylinder of the main body inserts the outer cylinder in the direction of the connecting portion from the threading hole side of the main body, presses the open / close arm downward, puts the open / close arm in the outer cylinder, Push it in the direction of the connecting part, push the cut piece with the convex part of the forward and backward end stopper and the convex part of the stopper into the outer cylinder, and push it further in the direction of the connecting part, and it will enter the fitting entrance where the convex part of the open / close arm fits ,
The convex portions of the cutting pieces are fitted by elastic return force at the advance end of the outer cylinder of the stopper advance / retreat end slide port provided on the lower surface of the outer cylinder of FIG. 3f, and the states shown in FIGS. 3c and 3d are obtained. By pushing the open / close arm downward and pushing the outer cylinder in the direction of the connecting portion of the main body, the state shown in FIGS.
In this case, it is sufficient to assemble the cut pieces to be the forward end and backward end stoppers to the outer cylinder once.
Although the above-mentioned branch Harris removable tool is described as an example of a rectangular shape with a vertical cross section as an example, it includes a polygonal cube such as a round bar, hexagon, octagon, etc.

The branch Harris detachable tool 8a-14, 8a-14-1, 8a-15 is further returned, the entanglement pipe and Harris for the purpose of weight and mark, and the latch attached to the tip of the branch Harris It is a detachable tool for branch Harris having a main component and branch Harris having a synthetic resin as a main material (see FIGS. 4 and 5).
As for the return, a commercially available one may be used, but it is often possible to catch a fish of about 10 kg. Therefore, it is preferable to use a snap sulcan with a stopper having a strength of NO3 or higher. The connecting tool after the tool is preferably a snap sulcan with a stopper of NO3 or more.
A weight is preferred, but a weight with a small diameter at both ends of the center of No. 0.3 to No. 6 is preferred, but use with live bait (swimming fishing) depends on the type and size of the bait. Although it depends, it was used 1-4 in the trial fishing of yellowtail fishing,
It is preferable to use No. 3 to No. 6 and a heavy weight in the fishing method aiming at the top fish and the bottom fish with a single rod.
Although this weight is the branch Harris locking means B, it can be easily attached to the Harris of the branch Harris having no weight of the same shape after purchase, so the branch Harris without the weight is also within the scope of the present invention. .
Although it is Harris but described in paragraph [0094], if you are aiming for a big fish, you want to use Fluorocarbon No. 10-12, but if you are used to fishing and are good at handling reel drag, No. 5 is catching 8-10kg of pretend.
The tangle-preventing pipe for the purpose of the mark may be any pipe that can recognize how much the above-mentioned branch Harris is on the sea surface, but preferably fluorescent red and white.
Although it is a locking tool, it is a single hook (one needle that is generally used frequently), a double hook (a thing that consists of two at 120 °, which is used for several percent in lure fishing), and a triple hook (in lure fishing). One that is often used at 120 ° in three or four parts), one with a grandchild needle added for feeding, and two needles tied in series, A lantern with two needles suspended in parallel, one with two needles connected in series, one that is loose, and the like. However, selecting the one that matches the size of the target fish will lead to good fishing results.
In the case of floating fishing, select the target fish. For example, in the case of sea bass, yellowtail, and flatfish (a fish of the yellowtail, which is a high-class fish), there are many people who choose a binding shape that is easy to swallow. I heard that there is no big difference even if I choose and use it.
In the above-mentioned “fishing fishing” and “fishing aiming at the top fish and bottom fish with a single kite”, add a grandchild needle for feeding bait with a single triple hook for aiming at large fish and medium fish It is preferable that the two needles are connected in series, and one of the two needles is made loose, or a grandchild's needle is attached to the tip needle between the belly fins of the bait fish.

Referring to FIG. 4, the joint Harris detachable tool 8a-14 mainly made of synthetic resin is connected to the snap sulcan of the connecting tool, the return, the entanglement pipe serving as the weight and the mark, and the locking tool with Harris. The branch is Harris.
Only the mounting shape of the projecting piece of the substantially spherical ball of the branch Harris of the branch Harris detachable tool 8a-14-1 is different, and is omitted because it is described in the section of the branch Harris detachable tool 8a-14-1. To do.

Referring to FIG. 5, a longitudinal Harris slide detachable tool 8 a-15 composed of a synthetic resin as a main material and having a rectangular main body in a vertical cross section and an outer cylinder of the main body and a longitudinal slide of the outer cylinder of the main body. A Harris part is connected to a branch Harris part from a snap sulcan of a connection tool to a locking tool to a connection part of a main body provided with a lock structure that locks in and out of the road thread. (Since it is the same as the portion from the snap sarkan to the locking device in the previous paragraph, it is omitted.)

The branch Harris device 8W-14 is a branch Harris having a water resistance portion T1 and a branch Harris attachment / detachment tool 8a-14 / 8a-14-1.
The branch Harris and the branch Harris detachable tool 8a-14 / 8a-14-1 are provided with a water resistor T1, and the water resistor is provided with a sheet body housing portion of the resistor and houses the sheet body 16c. The water supply passages 16Hb and 16Ha are provided from the road yarn guide portion W through the yarn passage thread hole H and connected to the water resistance sheet body storage portion. And the lid 8a-16a of the sheet body storage part is pushed open, the inside sheet body is pushed out into water, and the water resistor T1 which becomes a sheet body of the parachute-like 16c or turf-like 16c1 water resistor is attached to and detached from the branch Harris A branch Harris and a branch Harris detachable tool characterized in that they are provided on the tool. (Fig. 8B)

The branch Harris device 8W-15 is provided with a water resistor T3 at the lower part of the branch Harris and the branch Harris removable tool 8a-15 (FIG. 8A). The wing part body 19a divided into a plurality of parts and a wing part body holding structure part 2Xa for holding the wing part body so as to be openable and closable. A sphere 19aa provided in the section, and a shaft portion 19ab connecting the wing section and the sphere 19aa, and the wing section holding structure section 2Xa is provided in the water resistor body at the upper end of the wing section body. An elastic ring 19Da is provided which is fitted and fixedly provided with a holding cab 19b for holding the inserted wing part body in an openable and closable manner. And a ring insertion groove,
When a fish catches and runs around, a large amount of water enters between the resistor body and the wing body, and when the force to open the wing body becomes weaker, the wing body closes with the elastic return force of the elastic ring,
Furthermore, it is the structure which provided the branch Harris part which connected the twist return pipe | tube used as a weight, a mark, and the latching tool with Harris, and the lower end part of the said water resistor T3 including a connection tool.

The branch Harris mechanism 8W-16 is a branch Harris having a water resistance portion T1, and a branch Harris attachment / detachment tool. The main part is the branch Harris part from the universal tool to the locking tool, and the branch Harris mechanism is provided with a water resistor housing part 16cb of the water resistor part T1 at the upper part of the main body to house the water resistor. And
The water resistor is a parachute 16c or turf 16c1 sheet body, and the branch Harris detachable tool is provided with a slit from the lower end of the main body toward the water resistor housing portion, and a thread is passed through the slit. A thread hole is provided, and the slit and the thread passing hole are connected with a gap that is narrower by several to 10% than the diameter of the thread,
A linear connecting tool 82 is inserted so as to surround the slit and the thread passing hole inside,
Snap Sa-2, Sb-2 is provided on the connecting tool of the wire body, and the branch Harris part is further returned to the lower end part, and the weight, the Harris entanglement pipe, and the locking tool are connected by Harris, Water resistor 16Ha, 16Hb for connecting the water resistor sheet body storage part and the slit of the branch Harris removable tool at the lower part of the main body to the thread passing hole, and for releasing the sheet body into the sea A branch Harris and a branch Harris removable tool characterized in that T1 is provided in the branch Harris removable tool.

When the fish hangs on the branch Harris from the branch Harris detachable tool inserted into the branch Harris detachable tool 8a-16 provided with the water resistor T1 to the locking tool, the tip is set. The branch Harris stopper fixed movably to the direction of the road thread closes the device tip direction side of the road thread passage hole, and water flows in from the water passage connected to the sheet body storage portion of the water resistor, Push the lid of the stored sheet body and the sheet body storage section, push the inner sheet body into the water and form a sheet body of a parachute or turf-shaped water resistor, and the hung fish is the weight of the tip of the device Because it pulls in response to the weight, the elastic force of the spear, and the resistance of this water resistor, the pulling force will cause the fish to decay quickly and take in the fish quickly. When and where a resistor is not provided In, the force exerted on the road yarn is several tens of percent less, the benefits can be used a more narrow road yarn Gaaru.

FIG. 10A is an overall schematic front view of a branch Harris device 8W-16 having a water resistor T1, and a water resistor sheet body storage portion is provided on the upper portion, and a fish is hooked from the yarn guide portion to the yarn threading hole. A water passage connected to the sheet body storage portion of the water resistor, and the sheet body stored by the force of water flowing in from the water passage and the lid of the sheet body storage portion are pushed open, and the sheet inside A wire rod having a snap portion is inserted as a branch Harris removable tool at the lower portion of the water resistor body which is pushed out into the water and pushed out into the water, and the return weight calami prevention pipe locking device is Harris by the wire rod. It is the whole branch Harris mechanism 8W-16 from the branch Harris detachable part which has the resistor structure of water connected with the connection tool to the locking tool.
FIG. B is a side view of the branch Harris detachable part having the water resistor structure of FIG. A, and is a view in which the lid of the water resistor part is closed, and the wire Harris body having the snap part is attached to the branch Harris detachable tool. As the insert is processed, a gap is provided through the snap portion from the thread guide to the thread guide hole, and the thread guide hole is provided inside the wire rod from the guide thread guide. This means that even when the thread is pulled out from the branch, the branch Harris detachable tool has a structure in which the thread is locked in the wire rod having the snap part, and the lid of the water resistance part is closed. FIG.
FIG. C is a partial cross-sectional view of a structure in which a water resistor T1 is discharged into the water when the water resistor structure B of B is viewed from the front view direction. It is a thing stored in the sheet body storage part, passing through the thread passing hole from the road thread guide part, and providing a water passage connected to the sheet body storage part of the water resistor, fish is hanging and the branch Harris mechanism is sharply passed When force is applied in the direction in which the yarn is stretched, the branch Harris stopper 7 set in the direction of the leading end of the road thread is in the state 7a, closes the thread passing hole H, and further connects to the sheet body housing portion of the water resistor. A large amount of water flows into the water channel, which pushes the stored sheet body and the lid of the sheet body storage section, pushes the inner sheet body into the water, and forms a parachute or turf water resistor sheet It is a figure showing things that become the body.
Figure D shows the inflow of water through the water passages 16Hb, 16Ha, which are connected to the sheet body storage portion with the two or three-stage Hc threading holes Hc, and through the gaps that pass through the threading hole. This is a diagram in which the diameter of the water passage connected to the sheet body storage portion is increased, and in this way, the water flow amount of the water passage connected to the sheet body storage portion can be set freely. It is a figure showing what can be set.
FIG. F is a view taken from the direction of the arrow A in FIG. A and shows an example of the lid and opening structure of the water resistance body portion. A plurality of elastic tongues 16t having convex portions are provided outside the upper circumferential portion of the sheet body storage portion. In the structure diagram provided with a concave portion corresponding to a plurality of elastic tongues having the convex portion on the inner peripheral surface of the lid,
Fig. E is a cross-sectional view taken along line OO in Fig. F. The lid is in a closed state, and a plurality of elastic tongues 16t having convex portions on the outside are fitted into concave portions corresponding to the plurality of elastic tongues to keep the lid closed. Schematic diagram,
In FIG. G, a plurality of split pieces 16a-3 are provided on the outer peripheral side of the lid, and the cut pieces correspond to the convex portion and the elastic portion 16D on the outer side of the upper circumferential portion of the sheet body storage portion, and to the convex portion. In the structural diagram in which the concave portion is provided on the inner peripheral surface of the lid, when opening both the E and G diagrams, the outer circumferential convex portion provided on the upper circumferential portion of the sheet body housing portion is overcome by the pushing force of water from the inside ( Sectional drawing of the structure part which pushes in and opens a lid | cover.

The branch Harris device 8W-17 is a branch Harris having a water resistance portion T2 and a branch Harris removable tool 8a-17.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The water resistor portion T2 includes a water resistor body 17c and a plurality of wing portions 17a and 17b divided on the outer surface, and a fitting portion for fitting the wing portions 17a and 17b into the water resistor portion T2. 17Dm is provided and inserted, and
A holding structure 1X for holding the wing body in an openable and closable manner is provided at the top of the main body;
The branch Harris detachable tool is provided with a gap at the bottom of the main body and a gap at the back of the thread insertion slot and a gap connecting to the thread thread hole and the thread thread hole. The branch Harris section from the branch Harris removable tool to the locking tool is insert-processed so that the gap portion connected to the threading hole and the thread passing hole is located inside the wire rod arc having the snap portion. The branch Harris mechanism of the branch Harris detachable tool having the water resistance portion T2 in which the wire rod body is connected to the return, the weight, the calami-prevention pipe, and the locking tool by Harris and the connection tool.

The holding structure portion 1X that holds the wing portions 17a and 17b in an openable and closable manner arranges the wing portions in a circular shape on the outer side and the inner side (A-G sectional view H of A), and the upper portion of the wing portion body is the above-mentioned The wing body holding structure 1X is inserted into a circular insertion groove in which a slit groove is formed (see 17a, 17b, 17a, and 17b) in a shape that can be inserted in a line (as shown in FIG. H-H cross-sectional view of E), the outer edge of the circular insertion groove having a wing part with a slit groove, and the outer edge of the groove is spread by the resistance of water, and the outer edge provided below the outer edge of the groove The opening angle (opening angle) is maintained by the stoppers 17as, 17bs, and 17cs of the open angle end stoppers 17cp and 17a, 17b.
When the wing body receives the resistance of water flowing from between the lower part of the main body and the closed wing body, the wing body opens to the outside, and when the water resistance weakens, the wing body The structure is such that the opened wing body is closed by the elastic return force of the elastic ring 17Dr provided below the insertion section and the insertion section 17ce into which the wing body is inserted, and the wing body is held openably and closably. The holding structure part to be provided is provided on the upper part of the main body.
In addition, this water resistor sheet body is pulled by the fish that is hung by receiving the weight of the weight of the tip of the mechanism, the elastic force of the throwing spear, and the resistance force of this water resistor, The pulling force will cause the fish to decay quickly and take in the fish quickly.
In addition, when this water resistor is not provided and when it is provided, the force applied to the road thread is reduced by several tens of percent, so there is an advantage that a thinner road thread can be used.

FIG. 11A is an overall schematic view of the branch Harris device 8W-17 of the branch Harris detachable tool 8a-17 having the water resistor T2, and the water resistor T2 is closed and floating in the sea (underwater). so,
In this state, if a large fish catches on the fishhook and escapes at a high speed, the wing body receives the resistance of water flowing in between the lower part of the main body and the wing body and opens the wing body outward. (FIG. 11C), the opened wing body acts to brake the speed at which the large fish escapes, the load on the large fish increases, it works to cause the fish to decay quickly, and the fish can be taken in quickly .
C is a view in which the water resistance part of A is open, and a wire rod body having a snap part is inserted as a branch Harris removable tool, and a gap is formed through the path thread guide section and the path thread threading hole. By providing a thread passing hole from the thread guide part inside the wire rod having a snap portion, the thread is locked in the branch Harris removable tool even when the thread is pulled out from the thread passing hole. The state diagram showing that it has become a structure.

FIG. 11F. G is an example of assembling by dividing the insert processing of a wire body having a snap part into two parts. In the figure, a wire body insertion groove is provided in one of the two parts, and the other part of the wire part is inserted and divided into two parts. This is an example of a processing method in which the tool can be made cheaper than insert molding if it is assembled and fixed.

When the resistance force of water spreading the wing body is weakened, the wing body is closed by the elastic restoring force of the ring of the elastic body, and the state shown in FIG. 11A is obtained.
The object described in the embodiment of the present invention is illustrated as an example, and the resistor of water is illustrated as a circle. However, it may be a structure having a function of damaging the force that the fish hangs over and escapes. For example, the present invention includes any shapes and mechanisms such as squares, hexagons, ellipses, and the like.
In addition, although the two wings are described in an alternating arrangement, there is a gap between the wings even if the arrangement or the size of the wings has changed in at least three pieces. However, it is well included in the present invention.
Furthermore, the combination of the thing which can combine the resistance part of water, the branch Harris detachable tool, and the branch Harris part from the branch Harris detachable tool to the locking tool can be designed freely.

The branch Harris device 8W-18 is a branch Harris having a water resistance portion T2 and a branch Harris removable tool 8a-18.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The water resistor T2 is provided with a water resistor main body and a plurality of wing parts 18a and 18b divided on the outer surface, and a fitting part 18Dm for fitting the wing part into the water resistor T2. And a holding structure portion 1Xa for holding the wing body in an openable and closable manner provided at the top of the main body,
The branch Harris attachment / detachment tool having the branch Harris attachment / detachment part position of the branch Harris attachment / detachment tool 8a-17 having the water resistance part T2 provided in the lower part of the water resistor part T2 main body, The resistor body T2 is provided in the upper part of the body, and the branch Harris detachable tool is changed so that the water resistor part is located below the path thread (as seen in the drawing) when used. From the center of the resistor T2 body, a linear (or bar) branch Harris detachable tool is provided, and the upper portion of the linear body is used as a detachable portion of the thread, and the lower portion of the linear body is further returned. In addition to the connecting part of the branch Harris part leading to the locking tool,
This is a branch Harris mechanism of a branch Harris detachable tool having a water resistance portion T2 provided with a retaining function structure at the upper and lower portions of the wire body.
Also, this water resistor T2 is pulled by receiving the combined force of the weight of the weight at the tip of the device, the elastic force of the throwing spear, and the resistance of this water resistor. Can cause fish to decay quickly and take in fish quickly,
Further, when the water resistor is not provided and when it is provided, the force applied to the road yarn is reduced by several tens of percent, so that there is an advantage that a thinner road yarn can be used.

FIG. 12A is an overall schematic view of the branch Harris device 8W-18 of the branch Harris detachable tool 8a-18 having the water resistor T2, and the water resistor T2 is closed and floating in the sea (underwater). In this state, when the large fish hits the fishing hook and escapes at a high speed, the wing body receives the resistance of water flowing from between the lower part of the main body 18c and the wing bodies 18a and 18b, and the wing body. The outer wings act as a brake on the speed at which the large fish escape, the load on the large fish increases, the fish quickly decays, and the fish can be taken in quickly I can do it.
B is a partial cross-sectional view of the branch Harris attaching / detaching portion (center portion) of FIG. A. A linear (or rod) branch Harris attaching / detaching tool 18Hc is provided in the center of the water resistance portion T2 main body. The upper portion of the wire body is a detachable portion (18Ha threading hole, gap immediately adjacent to the S hole), and the lower portion of the wire body is a connecting portion 18Hb of the branch Harris portion extending from the return to the locking device. Further, the upper and lower portions of the wire body are provided with a retaining function structure 18He, 18Hs.
C is A. The branch Harris mechanism 8W-18 shown in Fig. B shows a large fish hanging away at a fast speed and the water resistance T2 is opened. This branch Harris removable tool 8a-18 is like 8a-16, 8a-17. Even if the thread is pulled out from the thread passing hole H, the thread is not structured in the branch Harris removable tool, but it can be attached to the thread by a one-touch operation. Branch Harris removable tool.
The wing body is circularly arranged on the outer side 18a and the inner side 18b (A-G cross-sectional view H of A), and the upper part of the wing body is a circular fit with a slit in the holding structure of the wing body. It is inserted into the groove in a shape that can be inserted alternately (like 18a, 18b, 18a, 18b) (the inserted figure is the HH cross-sectional view of DE).
D is a partial cross-sectional view of A-H in which the wing part of the water resistance part is closed, and the branch Harris detachable part of the linear body in this figure has an insertion guide part of the branch Harris at the upper part of the linear body. An elastic gap is provided in the immediate vicinity of the thread threading hole and the thread threading hole.
The structure of the connection hole of the lower branch Harris portion is a view in which the wing body is closed by the branch Harris detachable tools 18a and 18b having the structure on the left side of FIG.
E is a cross-sectional view taken along the line H-H of A, and the wing portion body expands the outer edge portion of the groove of the circular insertion groove with the split groove by water resistance, and is provided below the outer edge portion of the groove. Open angle end stopper with bend stop of outer edge part, keeps opening angle,
F is an example of the lower return and connection tool etc. of the lower part of the Harris (8) -18A branch of the wire (or rod) of the F body, and the left is the connection of the return and connection tool etc. by the lower end of the wire 18Hc. A stop hole 18Hb is provided, and the part 18He left unwinding from the half turn to the half turn is left on the upper side, and the wire body 18Hc is left as an upward guide and return, and an insertion guide for connecting tools and the like.
On the right side, a locking hole 18Hb such as a return and connecting tool is provided at the lower end of the rod 18Hc, and an upward retaining 18He is provided on the upper side.
G is an example of a detachable portion of the linear body (or rod) branch Harris detachable tool on the upper thread, and the left is the path thread of the removable portion on the upper end of the linear body 18Hc. A locking hole 18Ha is provided to provide a gap on the lower side where a half-turn to one-turn half-way thread can be inserted and locked. It is left as an insertion guide for attaching and detaching.
On the right side, a path thread locking hole 18Ha of a detachable part to the path thread is provided at the upper end of the rod 18Hc, and a downward retaining ring 18He is provided at the lower side.
What can connect a branch Harris removable tool (8a-15, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T2 is different in combination. Therefore, it is included in the present invention.

The branch Harris mechanism 8W-19A is a branch Harris having a water resistance portion T3 and a branch Harris attachment / detachment tool 8a-19C. The main structure is the branch Harris section from the free tool to the locking tool.
The water resistor part T3 is composed of a water resistor body 19c, a wing part body 19a divided into a plurality of outer surfaces, and a wing part body holding structure part 2Xa for holding the wing part body in an openable and closable manner. The wing part body is composed of a wing part that receives water resistance when opened, and a sphere 19aa provided at the upper end part and a shaft part 19ab that connects the wing part and the sphere 19aa. The resistor body is provided with a fitting portion 19cc for fitting a sphere provided at the upper end portion of the wing portion body, and a holding cap 19b for holding the fitted wing portion body in an openable and closable manner is provided. And
In addition, an elastic ring 19Da and a ring insertion groove are provided to open and close the wing body,
When a fish catches and escapes, a large amount of water enters between the resistor body and the wing body and opens the wing body (Fig. 13B). Close structure.
The branch Harris attachment / detachment tool 8a-19C of the branch Harris device 8W-19A is provided with a branch Harris attachment / detachment tool that can be used alone as a attachment / detachment tool combined with the water resistor T3.
16 is a branch Harris attachment / detachment tool of FIGS. 16A to 16E, and a main thread 19CZ having a substantially rectangular plate body has an elastic portion with a main thread attaching / detaching portion 19p, a main thread threading hole, and a main thread connecting portion from the main thread attaching / detaching portion. A path guide portion 19pa connected to the hole,
When no external force is applied to the road yarn attaching / detaching portion and the road yarn guiding portion having the elastic portion, an elastic piece 19Db for holding the road yarn attaching / detaching portion in a closed state and an elastic piece inserting portion are provided and an elastic piece is inserted. The lower part of the main body is provided by being fixed to the holding cap portion of the water resistor portion T3.
Also, the water resistance T3 is pulled because the hung fish is pulled by receiving the weight of the weight of the tip of the mechanism, the elastic force of the throwing spear, and the resistance of the water resistance. The power will cause the fish to decay quickly and take in the fish quickly.
Further, when the water resistor is not provided and when it is provided, the force applied to the road yarn is reduced by several tens of percent, so that there is an advantage that a thinner road yarn can be used.

FIG. 13A is an overall schematic view of the branch Harris device 8W-19A of the branch Harris detachable tool 8a-19C having the water resistor portion T3, in which the water resistor portion T3 is closed and floating in the sea (in the sea). In this state, if a large fish hits the fishing hook and escapes at a high speed, the wing body receives the resistance of water flowing in between the lower part of the main body and the wing body, and the wing body is moved outward. Open (Fig. 13B), the open wings act to brake the speed at which the large fish escape, the load on the large fish increases, the fish quickly decays, and the fish is taken in quickly I can do it.
B is a figure where a large fish hangs on the branch Harris mechanism of Fig. A, and the resistance part of the water escapes at a high speed. The branch Harris removable tool can be removed from the threading holes 8a-16 and 8a-17. This is a branch Harris detachable tool that does not have a structure in which the road thread is locked in the branch Harris detachable tool even if the road thread comes out, but can be attached with one touch.
C is a cross-sectional view taken along the line B-B of FIG. A showing the detailed structure of the water resistance body main body, the wing body divided into a plurality of outer surfaces, and the wing body body holding structure that holds the wing body in an openable and closable manner. The water resistor body is provided with a fitting portion for fitting a sphere provided at the upper end portion of the wing portion body, and a holding cap for holding the fitted wing portion in an openable and closable manner is provided. The left side is a view in which the wing part body is opened, and the right side is a view in which the wing part body is closed.
D is a cross-sectional view taken along the line A-A in FIG. 5A, in which the wing portion of the water resistance portion is closed. This water resistance portion T3 illustrates the wing portion in four parts, but is divided into four parts. Regardless of the above, when the wings that are subject to water resistance in Fig. B are closed, the wings area that is subject to water resistance is increased by opening the wings in the inner, outer, inner and outer sides. Can also do things (no drawings)

Branch Harris device 8W-19B is a branch Harris detachable tool 8a-19B having a resistance portion T3 of water,
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The difference from the branch Harris 8W-19A is that the branch Harris detachable tool 8a-19A is located at the upper portion of the water resistance portion (locked to the lower side of the road thread 10). Whereas
The branch Harris detachable part 8a-19BZ is located at the lower part of the water resistance part (locked to the upper side of the road thread 10);
Whereas the branch Harris detachable part is a branch Harris detachable tool (as shown in FIGS. 16A to 16E) which is provided in combination with the above-mentioned water resistor part T3 which can be used as a detachable tool by 8a-19C alone. And
Since the branch Harris detachable part is different in that it is provided at the lower part of the main body of the water resistor part, only the structure of the branch Harris detachable part will be described.

The branch Harris detachable part 8a-19BZ is provided with an assembly part 19K having an elastic part, a path thread attaching / detaching operation part 19pc, and an elastic holding part 19Dc, which are assembled in a column at the lower part of the body of the water resistor T3. A thread passing hole H, a fitting part 19Kb for fitting and holding 19K of the assembled part, a road thread attaching / detaching part having the elastic part, and a road thread guiding part in a column below the main body of the water resistor part into which the part is incorporated. When an external force is not applied to the elastic member, an elastic piece 19Dbb for holding the dovetail attaching / detaching port 19BW in a closed state is provided, and the elastic holding part is inserted into the fitting part 19Kb for fitting and holding the assembled part 19K. Is provided with an elastic piece 19Kp having a concave portion 19Dm at the lower center of the upper part of the assembly part, and a convex part 19Kt which serves as a retaining member after assembly at the tip of the elastic piece. A branch Harris which is provided with a concave portion 19Ku which is provided at the back of the opposite fitting portion 19Kb to prevent it from coming off and is assembled to the fitting portion 19Kb by pinching the flared elastic piece in the middle direction from both sides. It is a detachable part.

FIG. 15A is a front view of the branch Harris detachable portion 8a-19BZ provided in the column at the lower part of the body of the water resistor T3, in which the assembly component 19K is assembled.
It is the figure which showed the structure of the connecting hole which connects 19K of the way thread attaching / detaching port 19-BW, the way thread threading hole H, and assembly parts 19K, and connecting a Harris part,
B is a side view of a branch Harris detachable portion obtained by inverting A by 90 °, and a cross-sectional view of a major part of the branch Harris detachable portion. And when the external force is not applied to the road thread attaching / detaching guide portion, it is a diagram showing the arrangement configuration of the elastic piece that holds the road thread attaching / detaching port closed.
C is a view in which the opening / closing operation part of B is pushed in the direction of the arrow and the path thread attaching / detaching port is opened so that the path thread can be inserted, and after the insertion, the elastic piece for holding the path thread attaching / detaching port closed is shown. It is sectional drawing showing returning to the state of B by elastic return force, and holding a way thread attaching / detaching port in a closed state.
D is a perspective view of assembly parts only,
E is a cross-sectional view of the main part on the side where 19K of the assembly part D provided in the column at the bottom of the main body of the water resistor T3 is assembled.
What can connect the branch Harris detachable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T3 Since only the difference in combination is included in the present invention.

The branch Harris detachable tool 8a-19C is a branch Harris detachable tool. The branch thread attaching / detaching part 19p having the elastic part on the main body part 19CZ of the substantially rectangular plate body, the path thread passing hole H, and the road thread attaching / detaching part. A road thread guide 19pa connected to the thread thread hole,
When an external force is not applied to the road yarn attaching / detaching portion and the road yarn guiding portion having the elastic portion, an elastic piece 19Db and an elastic piece inserting portion 19cc for holding the road yarn attaching / detaching portion in a closed state are provided, and the elastic piece is inserted. It is a thing provided.

FIG. 16A is a front view of the branch Harris detachable tool 8a-19C with a slightly perspective view added,
Fig. B, showing that the branch Harris detachable tool is locked to the thread by passing the thread through the thread thread hole, is a side view of the branch Harris detachable tool with A inverted by 90 °. In the sectional view of the section, when an external force is not applied to the path thread attaching / detaching section 19pc and the path thread attaching / detaching guide section 19pa having the elastic section 19Dc, the path thread attaching / detaching opening is kept closed. It is the figure which inserted the elastic piece to do in a fitting entrance, and is a sectional view showing the fitting part of the elastic piece which holds a way thread attaching / detaching port in a closed state. ,
C is a view in which the opening / closing operation part 19p of B is pushed in the direction of the arrow to open the path thread attaching / detaching port so that the thread can be inserted, and a cross-sectional view of the insertion part of the elastic piece for holding the path thread attaching / detaching port closed It is a thing.
D is a partial cross-sectional view of the insertion portion of the elastic piece that holds the dovetail attaching / detaching port in a closed state, and a concave portion that prevents the elastic piece from coming off is provided when assembled in the middle portion of the insertion port. FIG. 4 is an only view (molding only view) of a main body portion of a substantially rectangular plate.
E is a perspective view of an elastic piece only that holds the path thread attaching / detaching port in a closed state. When assembled in the middle part of the fitting inlet of D, it becomes a retainer that is opposed to the recess 19 Ku that prevents the elastic piece from being detached. It is a repetitive elastic piece that is pinched from the left and right having a convex portion 19Kt and fits into the fitting opening 19cc.
As can be seen from the above description of the drawings, this branch Harris removable tool 8a-19C can be formed by simple operation of molding only two bodies (main body part) and elastic pieces and inserting the elastic pieces into the main body part. Among the detachable tools, it can be said to be a low-cost product, and the detaching operation is also one-touch.

The branch Harris 8W-20 is formed by connecting the branch Harris removable tool 8a-20 and the water resistor T4. The branch Harris is composed of the water resistor, the branch Harris removable tool, and the branch Harris removable tool. It is the main structure at the branch Harris part leading to the locking tool,
The branch Harris removable tool is provided with a road thread attaching / detaching operation piece 20c and a road thread threading hole H at the distal end of a rectangular cubic body 20a.
The rectangular cube main body has a storage portion 20cn for the above-mentioned road thread attaching / detaching operation piece, an outer cylinder 20b for locking the opening / closing of the above-mentioned road thread attaching / detaching operation piece to the cube main body, and an elastic portion 20D for sliding operation of the outer cylinder. It is provided with a deformed end stopper 20sn, a slide forward end stopper 20sf of the outer cylinder, a forward and backward position holding stopper 20sm, and a backward end stopper 20sb.
FIG. 17A is a schematic overall perspective view of the branch Harris attachment / detachment tool seen through the outer cylinder, in which the road thread attachment / detachment operation piece is accommodated in the storage portion of the road yarn attachment / detachment operation piece and the outer cylinder is positioned at the forward end. In this state, the elastic part is pushed rightward until it hits the elastic deformation stopper, and the outer cylinder slide forward and backward position holding stopper is slid until the outer cylinder gets over and hits the backward end stopper.
In FIG. 17B, the thread-thread attaching / detaching operation piece provided at the front end of the rectangular cube is raised to bend upward, a gap for allowing the thread to pass through the thread-threading hole is provided, and the thread is thread-threaded. Storing the storage portion 20c of the above-mentioned road thread attaching / detaching operation piece through the thread hole,
FIG. 17C is a view in which the elastic portion is pushed rightward until it hits the elastic deformation stopper, and the slide advance end and the back end position holding stopper of the outer cylinder are slid until the outer cylinder gets over and hits the advance end stopper. The backward end position can be held by the forward and backward position holding stoppers returning to their original shape positions by elastic return force.
The water resistance portion T4 includes upper and lower lid portions 2a-1, 2a-2, a cylindrical outer portion 2b between the upper and lower lid portions, and a shape memory elastic bag 2v built in the cylindrical outer portion. (The shape memory elastic bag has a shape in a state in which no force is applied from the outside. When a force is applied from any direction, the shape memory elastic bag is deformed to a shape corresponding to the force, and the force is applied from any direction. The bag will be in its original shape when it no longer hangs,
The cylindrical shell portion 2b is divided by a plurality of vertical slits, connected to the upper and lower lids, and a horizontal valley fold line is further divided by the grooves at the connection parts of the upper and lower lids. The shape memory elastic body bag provided in the cylindrical outer shell portion is provided with a left and right mountain fold line in the cylindrical outer shell portion. (The above-mentioned water resistor portion T4 is described as a cylindrical body, but has a shape memory elastic body bag, and the water is pulled by the fish pulling force.) (As long as it forms a resistance board (plate) that receives the resistance of the rugby ball, it may be rugby ball type or saddle type, regardless of the shape.)
Furthermore, by enclosing a liquid in the shape memory elastic bag, the specific gravity can be set to around 1.0 without adding a weight or the like.

Referring to FIG. 18, A is a shape memory elastic bag that is built in the cylindrical body between the upper and lower lid parts, the cylindrical outer shell part between the upper and lower lid parts, and the cylindrical body. Floating in the sea (underwater) in its original shape (FIG. 18A, floating vertically with a weight or the like attached to the lid on the 2a2 side, FIG. 18C is a JJ cross-sectional view of FIG. 18A), The outer shell of the cylinder is divided by a plurality of upper and lower slits, and is connected to the upper and lower lids. If there is a branch Harris above the upper lid, a fish is caught and pulled upward, The load (5a) provided under the part T4 body stops with the load stop (6a),
The above-mentioned sill tries to push up the lower lid part of the water resistor body, but the lower lid part and the shape memory elastic bag are crushed by the resistance of the water received by the upper lid part, and the road thread is simultaneously The elastic elastic tube that passes therethrough is also freely deformed (KK cross-sectional view in FIG. 18B, FIG. 17D). It becomes a disk part that receives the resistance (Fig. 17B), brakes the escape speed, the load on large fish increases, and the fish can decay quickly and be taken in quickly (this may not be necessary for 5.6) .
If there is a needle under the water resistor T4, when the fish is hooked and pulled downward, the rim 5 provided on the water resistor T4 body stops at the float 6 and stops. Tries to pull down the upper lid portion of the resistor body of the water, but the upper lid portion and the shape memory elastic bag are crushed by the resistance of the water received by the lower lid portion to become the resistor portion of water ( At this time, 5a and 6a are unnecessary).
What can connect a branch Harris removable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T4 Since only the difference in combination is included in the present invention.

The branch Harris device 8W-20 is provided by connecting the branch Harris detachable tool 8a-20 alone as a detachable tool to the water resistor T4.

FIG. 17A moves the outer cylinder of the virtual line locking structure downward by pushing the elastic operation part on the left outer peripheral part in the direction of the arrow or lowering the outer cylinder of the virtual line locking structure by hand. In the state of B, the 20C part of the elastic piece of the road thread attaching / detaching operation unit (with 20ct on the 20ct) is pulled up, and the space between the main body part and the elastic piece of the road yarn attaching / detaching operation part is Make a gap that can be attached to and removed from the road,
The thread is attached to the thread passing hole at the top of the main body, and the elastic piece of the road thread attaching / detaching operation part is stored in the elastic piece storage part of the road thread attaching / detaching operation part.
C lifts the outer cylinder of the lock structure upward, moves over the convex part for holding the forward end position and moves it upward, and the thread is attached and the elastic piece of the thread attachment / detachment operation part is locked. When removing the thread, reverse the operation.
D is a figure that is connected to the water resistance part of the cylindrical body and further connected to the part (not shown in the drawing) from the return of the branch Harris to the locking tool, and is made into a branch Harris mechanism 8W-20. is there.
E is a diagram in which a fish is caught on D's branch Harris and the resistance part of the water is crushed by the resistance of the water, and the resistance of the water is crushed to receive a greater resistance of the water.

The branch Harris mechanism 8W-21 is a branch Harris attachment / detachment tool 8a-21 connected to a water resistance portion T3. It is the main structure at the branch Harris part leading to the locking tool,
The water resistor part is composed of a water resistor body 19c, a wing part body 19a divided into a plurality of outer side surfaces, and a wing part body holding structure part 2Xa for holding the wing part body in an openable and closable manner. The wing part body is composed of a wing part which receives water resistance when opened, and a sphere 19aa provided at an upper end part, and a shaft part 19ab which connects the wing part and the sphere 19aa. The body main body is provided with a fitting portion for fitting a spherical body provided at the upper end portion of the wing portion body, and a holding cap 19b for holding the fitted wing portion body in an openable and closable manner is provided and fixed. Furthermore, an elastic ring 19D that allows the wing body to open and close and a ring insertion groove are provided, and when a fish catches and runs around, a large amount of water enters between the resistor body and the wing body to open the wing body. {Figure 13 (B)} When the force to escape is weakened, the elastic ring Wing portions body in the restoring force is a closed structure.

The branch Harris mechanism 8W-21 is a branch Harris attachment / detachment tool 8a in which an elastic piece SE is provided in a substantially spherical body and a road yarn guide portion W, a gap S, and a road yarn threading hole H are provided at the back as a road yarn attachment / detachment portion. A branch Harris device coupled to any one of the water resistor T2 to the water resistor T6.
The branch Harris device is a branch Harris attachment / detachment tool of FIGS. 19A to 19F, which is provided by connecting a branch Harris attachment / detachment tool that can be used as a attachment / detachment tool to the water resistor T3. The main thread 21 </ b> Z of the elastic body has a path thread threading hole H, a path thread threading piece (SE section), a path thread threading guide section W, and the path thread threading hole at the back of the path thread threading guide section. H is provided with a gap S penetrating H, and the above-mentioned road thread attaching / detaching piece portion receives the road thread attaching / detaching opening / closing piece SE and the road thread attaching / detaching opening / closing piece and maintains the closed state of the road thread attaching / detaching opening. A guide portion 21b also serving as a portion,
The above-mentioned road thread attachment opening / closing piece SE is gradually increased in cross-sectional area from the front end portion toward the main body so as to increase the elastic force in the closing direction of the road thread attachment opening opening / closing piece. In a shape that is held closed by the elastic return force after the opening and closing operation, it is connected to the main body portion 21Z of the ball,
Recesses SE-b are provided on both sides in the connecting direction of the main body of the ball approximately several millimeters from the leading end of the above-mentioned road thread attachment opening opening / closing piece, In this state, the open / close opening / closing piece of the road thread attaching / detaching port is locked, and the branch Harris portion extending from the return of the branch Harris to the locking device is connected to the lower part of the main body of the above-mentioned ball. The connection hole 21f is provided, and the connection hole is unnecessary when the branch Harris detachable tool is not used as a branch Harris detachable tool alone.

The branch thread attaching / detaching operation of the branch Harris attaching / detaching tool is carried out by bringing the branch Harris attaching / detaching tool so as to be positioned in a state where the thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the above-mentioned branch Harris removable tool is pushed rightward from that state, the thread opening / closing opening / closing piece is deformed and pushed into the shape shown in FIG. S is pushed into the thread passing hole H from S, and the opening / closing piece of the thread thread attaching / detaching port is accommodated by the elastic restoring force in the guide part also serving as the thread thread attaching / detaching piece holding part, as shown in FIGS. 19A and C. If you get used to it, you can do it with a single touch.
Further, the branch Harris detachable tool is structured to be locked in the branch Harris detachable tool even when the thread is pulled out from the path thread passing hole H.

FIG. 19A is a front view of the branch Harris detachable tool, in which a thread thread passing hole is provided in a substantially central portion of the main body of the approximately ball body, and a gap connecting from the thread thread threading hole to the path thread detaching guide portion; FIG. 3 is a structural diagram in which a road thread attachment / detachment opening and closing piece and a connection hole 21f for connecting a branch Harris section extending from the return of the branch thread to the locking device are provided. It is the figure which has closed.
B is a side view of A as viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece is provided in the vertical direction of the substantially central part of the main body of the lens.
C is a cross-sectional view of the above-described operation section of the above-mentioned road thread attachment / detachment opening / closing piece A described in the above paragraph, and the part surrounded by the phantom line is the road thread attachment / detachment opening / closing piece part.
D is a view showing the movement of the SE section when the path thread attachment / closure opening / closing piece of A and C is opened and the path thread is attached / detached to / from the thread passing hole, which also serves as the path thread attachment / detachment holding section. It is a figure which pushes and opens the above-mentioned road thread attaching / detaching opening / closing piece held by the guide part from right to left, and passes the gap from the road thread attaching / detaching guide part and inserts it into the thread passing hole. At times, push the opening and closing piece of the above-mentioned road thread attachment opening from the right to the left to open it and take out the road thread.
E is a cross-sectional view taken along the line P-P of A, in which the above-mentioned road thread attachment opening / closing piece is held by a guide portion that also serves as the above-mentioned road thread attachment / detachment piece holding section, and the above-mentioned road thread attachment opening is in a closed state. It is the figure which shows the state which fits into the recessed part of the both sides of an opening-and-closing piece and is locked.
F is a perspective view of the above-mentioned thread-line attachment / closure opening / closing piece of C, and the cross-sectional area is gradually increased from the tip toward the main body to increase the elastic force. FIG. 7 is a perspective view of an SE portion having a shape that is held in a closed state by the elastic return force of the above-mentioned, and provided with recesses on both sides of the position of the main body portion of the ball approximately several millimeters from the distal end portion of the above-mentioned path thread attachment opening opening / closing piece. .

FIG. 20 is a schematic overall view from the branch Harris mechanism 8W-21 to the water resistor T3, the branch Harris, the branch Harris removable tool 8a-21, and the branch Harris removable tool to the locking tool.
The water resistor and the branch Harris detachable tool are connected (connected), and the connection (connection) relationship between the water resistor and the branch Harris detachable tool is shown below in the figure. However, it is also within the scope of the present invention that the branch Harris detachable tool is joined (connected) to the lower end of the main body of the water resistor so as to be positioned above.

The branch Harris mechanism 8W-21A is a branch Harris attachment / detachment tool 8a-21 connected to a water resistance part T5. The main part is the branch Harris part leading to the locking tool, and the water resistor part includes a water resistor body T5c or 15c, a plurality of bone parts provided on the outer periphery of the water resistor body, and T5B. Or 15B and the sheet body portion T5S, and the water resistor main body and the bone body portion provided on the outer periphery of the water resistor main body are connected to the connection portion of the water resistor main body and the bone body portion. An elastic portion is provided as a hinge portion T5hn. The hinge portion is connected (connected) so as to be opened and closed. The elastic ring T5D or 15D and at least one circumference on the surface Provided grayed holder T5Du, and fitted the elastic ring to the ring holding part,
An elastic linear body (string body) is provided on the entire inner surface of the large-diameter portion of the sheet body, and at least one elastic body linear body (string body) T5da is fixed to the sheet body at the substantially intermediate portion of the adjacent bone body section. It is a water resistance body part (preferably fixed to the substantially middle part of the adjacent bone body part on the front circumference).
The structure of the branch Harris detachable tool and the branch Harris portion extending from the branch Harris detachable tool to the locking tool are described in [0056] to [0058], and thus omitted (see FIG. 21, A & B diagram).

A large amount of water enters between the resistor body, the plurality of bone bodies provided on the outer periphery of the water resistor body, and the sheet body portion when the fish resists and escapes. ), And the elastic body portion of the elastic body around the inner surface of the large-diameter portion of the large-diameter portion of the large-diameter portion of the sheet body. (String body) has a structure in which the sheet body is closed in a direction to close the inside of the bone body portion, and the resistor portion T5 is closed by the elastic restoring force of the elastic ring.

FIG. 21A is a half sectional view of a state where the branch Harris mechanism 8W-21A is locked to the road thread and is floating in the water. The bone part of the water resistance part and the sheet part are closed, and The general | schematic whole view which the branch Harris from the said branch Harris detachable tool and a lower branch Harris detachable tool to a locking tool latches a road thread, and floats in water.
When a fish catches and escapes, a large amount of water enters between the bone body part of the water resistor part, the sheet body part, and the resistor body, and the bone part of the water resistor part and the sheet body part are removed. The half sectional view of the open state.

The branch Harris detachable tool is provided by connecting the water resistor part T3 to the one that can be used alone as the branch Harris detachable tool 8A-21.
It is a thing provided with a connection hole to connect the branch Harris part from the return of the branch Harris to the locking tool at the lower part of the main body of the above-mentioned ball. It becomes.

The branch Harris attaching / detaching operation of the above-mentioned branch Harris removable tool is carried by bringing the above-mentioned branch Harris attaching / detaching tool so as to be positioned in a state where the thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the above-mentioned branch Harris removable tool is pushed rightward from the state, the road thread attaching / detaching port opening / closing piece is deformed and pushed into the shape shown in FIG. It is pushed into the threading hole, and the above-mentioned path thread detachment opening / closing piece is accommodated by the elastic return force in the guide section that also serves as the path thread detachment section holding section, as shown in FIGS. 19A and C. You can do it.
Further, the branch Harris detachable tool is structured so as to be locked in the branch Harris detachable tool even when the thread is pulled out from the thread passing hole.

FIG. 19A is a front view of the branch Harris detachable tool, in which a thread thread passing hole is provided in a substantially central portion of the main body of the approximately ball body, and a gap connecting from the thread thread threading hole to the path thread detaching guide portion; It is a structural diagram with a connection thread that connects the road thread attachment / detachment guide section and the above-mentioned path thread attachment opening opening / closing piece and the branch Harris section from the return of the branch Harris to the locking device. FIG.
B is a side view of A as viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece is provided in the vertical direction of the substantially central part of the main body of the lens.
C is a cross-sectional view of the above-described operation section of the above-mentioned road thread attachment / detachment opening / closing piece A described in the above paragraph, and a portion surrounded by an imaginary line is a road thread attachment / detachment opening / closing piece part (described in FIG. F).
D is a view showing the movement of the SE section when the path thread attachment / closure opening / closing piece of A and C is opened and the path thread is attached / detached to / from the thread passing hole, which also serves as the path thread attachment / detachment holding section. It is a figure which pushes and opens the above-mentioned road thread attaching / detaching opening / closing piece held by the guide part from right to left, and passes the gap from the road thread attaching / detaching guide part and inserts it into the thread passing hole. Time is reversed.
E is a cross-sectional view taken along the line P-P of A, in which the above-mentioned road thread attachment opening / closing piece is held by a guide portion that also serves as the above-mentioned road thread attachment / detachment piece holding section, and the above-mentioned road thread attachment opening is in a closed state. It is the figure which shows the state which has fitted in the recessed part of the both sides of an opening-and-closing piece.
F is a perspective view of the above-mentioned thread-line attachment / closure opening / closing piece of C, and the cross-sectional area is gradually increased from the tip toward the main body to increase the elastic force. This is a perspective view of the SE part, which has a shape that is held in a closed state by the elastic return force of the above, and is provided with recesses on both sides in the direction of the main body part of the ball approximately several millimeters from the tip part of the above-mentioned opening / closing opening of the road thread attachment / detachment port is there.

FIG. 20 is a schematic overall view from the water resistor T3 of the branch Harris 8W-21, the branch Harris removable tool 8a-21, and the branch Harris removable tool to the locking tool.
The water resistor T3 and the branch Harris detachable tool are connected (connected). The connection (connection) relationship between the water resistor part and the branch Harris detachable tool is shown below. However, it is also within the scope of the present invention to place (join) the branch Harris attachment / detachment tool at the lower end of the main body of T3 by being positioned on the upper side.

The branch Harris mechanism 8W-21A is a branch Harris and a branch Harris detachable tool 8a-21 connected with a water resistor T5. The branch Harris mechanism includes a water resistor, a branch Harris detachable tool, and a branch Harris. The main structure is the branch Harris section from the removable tool to the locking tool.
Since the water resistor portion is described in the above {0060 to 0062}, the description is omitted.
The structure of the branch Harris detachable tool and the branch Harris portion extending from the branch Harris detachable tool to the locking tool are described in [0056] to [0058], and thus omitted (see FIG. 21, A & B diagram).

FIG. 21A is a half cross-sectional view of a state in which the branch Harris mechanism is suspended in water with the road thread 10 locked.
The branch Harris detachable tool and the branch Harris portion from the branch Harris detachable tool to the locking tool are configured, and the structure thereof is described in [0056 to 0058] and [0064.0065], and thus is omitted ( (See FIG. 21, A & B diagram).

FIGS. 22A to C and FIGS. 23A to B are views in which the branch Harris detachable tool 8a-19C described in FIG. 16 is coupled to the upper part of the water resistor parts T2 to T6.
22A is a diagram coupled to the water resistor portion T2, FIG. 22B is a diagram coupled to the water resistor portion T3, and FIG. 22C is a diagram coupled to the water resistor portion T4.
FIG. 23A is a diagram coupled to the water resistor portion T5, and FIG. 23B is a diagram coupled to the water resistor portion T6.
In the present invention, the branch Harris detachable tool described in the embodiment of the present invention can be combined with the water resistor portion T6 from the water resistor portion T2, and there is also a thing to which this idea cannot be applied.
Although the figure which couple | bonded the said branch Harris detachable tool 8a-19C with the lower part of the resistor part T2-T6 of water is not described, it can couple | bond with the lower part.

The connecting and binding form of the locking tool at the lower end of the branch Harris section from the return to the locking tool in this figure is
Since it is explained in detail in [0029], it is omitted.
[0029] It is a supplementary explanation of the description part, but it is possible to eat the fish caught during the trial fishing of the yellowtail swimming with the inventor of the present application and the person who supports it in the stomach bag before fishing. Because the fish is presumed to be eaten with a drink following the fish that feeds in the back with the tail at the back and the head in front, it is a floating needle. And a connected bundling configuration using “grandchild needles” to lock the bait is recommended.

The branch Harris device 8W-22 is a branch Harris detachable tool 8a-19C in which a water resistor T6 is connected.
The branch Harris mechanism 8W-22 is mainly composed of a water resistor T6, a branch Harris detachable tool 8a-19C, and a branch Harris part extending from the branch Harris detachable tool to the locking tool.
The water resistor portion T6 includes a water resistor body T6c and wing body portions T6a and T6b obtained by dividing the wing body of the water resistor body into a plurality of parts.
An elastic part is provided at the connecting part of the water resistor main body and the wing part body part divided into a plurality of pieces, and the hinge part T6hn is openably coupled (connected), and the water resistor main body is divided into a plurality of parts. A stopper T6St for setting the tilt angle of the wing part body part is provided, and a convex piece T6at for holding the inner wing part body T6b is provided on the elastic ring T6D, the elastic ring holding part T6Du, and the outer wing part body T6a,
Since the branch Harris removable tool 8a-19C has been described in [0050], the description thereof is omitted.

A large amount of water enters between the lower part of the resistor body and the wing part body divided into a plurality of water resistor bodies when the fish resists and escapes from the water resistor T6 (FIG. 24B). When the wing portion body portion that is connected (connected) so as to be openable and closable at the opening portion is opened and the force to escape is weakened, the resistance body portion is caused by an elastic return force of an elastic ring provided on the outer periphery of the wing portion body portion divided into the plurality. Is a closed structure.

FIG. 24A is a half cross-sectional view of the state where the branch Harris mechanism 8W-22 is suspended in the water while locking the road thread. The general | schematic whole view which has attached branch Harris from the fixture 8a-19C and the lower branch Harris detachable tool to a locking tool.
B is a half sectional view of a state in which a large amount of water enters between the resistor body and the wing part of the water resistor part T6 and the wing part of the water resistor part T6 is opened when the fish catches and runs away. .
Since the connecting and binding form of the locking tool at the lower end of the branch Harris portion extending from the connecting hole in the lower part of the resistor body to the locking tool in this figure is described in [0029], description thereof is omitted.
24A is not provided with the weight 8e and the entanglement prevention pipe in the connection bundling form of the locking tool 8c at the lower end of the branch Harris portion extending from the lower connection hole of the resistor body T6c to the locking tool. Since the branch Harris portion is also within the scope of the present invention, it is described for the sake of convenience.

The branch Harris attachment / detachment tool 8a-1 is provided with a branch Harris attachment / detachment part to the road thread at the upper part of the cylindrical rod body 1a, and the branch Harris part {branch Harris attachment / detachment tool and subsequent needles are connected (connected) with Harris. A branch Harris attachment / detachment tool provided with a connection hole 2f for connecting the device}, and the upper portion of the cylindrical rod body has a road thread mounting guide portion and a depth of several to 10% (that is, more than the diameter of the road thread). 19.9%) with a narrow gap S and a thread passing hole H,
A branch Harris detachable tool having a structure in which a connection hole for connecting a branch Harris portion (a device in which the branch Harris detachment tool and subsequent needles are connected by Harris) is provided in the lower part of the cylindrical rod body. Insert the road thread from the road thread installation guide, press the path thread diameter to be elliptical due to the elasticity of the path thread, penetrate the gap and insert it into the thread passage hole, and the installation is completed. When removing from the thread, reverse the operation.
FIG. 33A is a side view of a cylindrical bar-shaped branch Harris removable tool 8a-1, and B is a front view of A. FIG.

The branch Harris detachable tool 8a-1A is a branch Harris detachable tool in which a branch Harris detachable part to the road thread is provided in the upper part of the cylindrical rod body 1a, and a connection hole for connecting the branch Harris part is provided in the lower part. , A device provided with an elastic structure R that makes it difficult to pass the thread through the gap S of the branch Harris removable tool 8a-1.
The elastic structure portion R is a substantially U-shaped elastic body having a convex portion Dt having a large diameter on the left and right sides of the middle portion of the elastic body, and is provided so as to be orthogonal to the insertion direction of the path thread in the gap portion S, and One of the convex portions having a large diameter of the elastic body is provided in a direction in which the insertion path of the thread of the gap S is closed, and is provided with a fitting hole facing the substantially U-shaped elastic body,
A concave portion (Dt) of a fitting portion that receives the other convex portion (Dt) having a large diameter of the elastic body is provided as a holding portion of the elastic body,
The substantially U-shaped part of the elastic body is pinched from the left and right and is inserted into the insertion hole.
The branch Harris attachment / detachment tool 8a-1A provided with the elastic structure R has an elliptical shape in which the diameter of the thread is pressed from several percent to several tens percent (that is, at most 19.9%) and penetrates the gap portion. Since it is more difficult to penetrate through the difficult branch Harris removable tool 8a-1, it is close to "0" that the fish once hung from the branch Harris removable tool 8a-1A.
FIG. 33E is a side view of a cylindrical rod branch Harris removable tool 8a-1A;
F is a front view of E, G is a P-P cross-sectional view of E, and H is a DD cross-sectional view of G.
C couples a branch Harris detachable tool and a water resistor T2, and connects the connector to the connection hole in the lower part of the water resistor body, and returns, a weight, a tangling pipe, and a fishing hook. FIG.
D is a branch in which a connecting member is connected to a connecting hole in the lower part of the water resistor body, which combines the branch Harris detachable tool 8a-1 and the water resistor T3, and members extending from the return to the hook are connected by Harris. Harris device 8W-1.

The branch Harris removable tool 8a-2 is provided with a thread passing hole H in the approximate center of the sphere, and a gap S is formed between the outer surface of the sphere toward the side of the thread passing hole and the guiding thread at the back of the guiding thread. Provided and connected to the thread passing hole,
A tongue piece generated between the thread passing hole and the gap immediately adjacent to the thread passing hole is provided as an elastic piece 2D;
A branch Harris attachment / detachment tool in which a road thread removal inclined recess 2n is provided on both sides of the road thread passage hole on the side of the intersection of the road thread passage hole and the elastic piece. (See FIGS. 31A and 31C)

The thread is inserted into the branch Harris detachable tool 8a-2 by passing through the gap from the thread guide section and the elastic piece generated between the thread passing hole and the gap closest to the thread passing hole. Insert the thread into the threading hole. (The gap with which the tongue piece portion closest to the thread passing hole of the elastic piece abuts is preferably 60 to 70% of the diameter of the thread)
Since the elastic piece is provided, the inserted thread cannot be removed.
When pulling out the thread from the thread threading hole, the thread is inserted into the thread threading inclined recess provided on the side of the intersection of the threading thread hole and the elastic piece, in the direction of pulling (FIG. 31A). The elastic piece closest to the outer surface of the pulling sphere is removed, a part of the thread is put into the gap and pulled toward the guide thread guide, and the entire elastic piece is removed to pull out the thread.
FIG. 31A is a front view of a sphere, for example, in which a dimension corresponding to road thread No. 10 (diameter 0.52) is put in a 10 mm sphere, and the diameter of the road thread passing hole is 1.. 5 to 5 times, preferably 2 to 3 times the diameter of the road thread.
B is a side view of A. FIG.
C is an NN cross-sectional view of one end portion of the A thread passing hole.
D, E is a branch Harris device 8W-2 with a water resistor connected to a branch Harris removable tool, and the branch Harris portion is connected. Dowel pipe (8f) free needle (8c-2a) tip needle (8c essential condition) free needle free end upper stopper (2r) free needle free end lower stopper (2p) Harris of free needle free range (8b- Harris (8b-1 essential condition) that connects and binds 2a) is collectively referred to as a branch Harris portion.

The branch Harris detachable tool 8a-3 is a branch Harris detachable tool that opens and closes the path thread insertion portion by bending a middle portion of a cylindrical rod body. One side 3a divided by bending has a path thread threading hole. H and tunnel-shaped holes 3f and 3f-1 for receiving elastic pieces having protrusions 3e-1 of the lock portion for opening and closing the road thread attachment / detachment opening, the road thread insertion guide section and the road thread insertion guide section at the back of the road thread passage There is a gap through the thread hole,
On the other side 3b divided by bending, there are provided an elastic piece 3e having a convex portion of a lock part for opening and closing the road thread attachment / detachment opening, a connection hole 2f of a branch Harris part after the branch Harris attachment / detachment tool, and a dust cover 3g.
An elastic piece 3D which is bent at the lower part in the middle of the rod body is connected to one side divided by the bending, and the other elastic piece having a convex portion of the lock part for opening and closing the other way thread attachment / detachment opening, By fitting with the tunnel-shaped hole that receives the elastic piece having the convex part of the lock part for opening and closing the opening, the road thread attaching / detaching port is locked and becomes a cylindrical rod-like structure,
To operate, push the convex part of the lock (in Fig. A) in the direction of arrow 1 and then press the elastic part bent in the direction of arrow 2 to open the velcro opening (Fig. C). The yarn is pushed from the guide portion through the gap (S) into the yarn threading hole and fitted with a tunnel-like hole portion that receives the convexity of the elastic piece having the convexity of the lock portion for opening / closing the yarn thread attachment / detachment port. The attachment / detachment port is locked, and the branch Harris attachment / detachment tool is locked to the road thread.

FIG. 34A is an overall schematic view of the branch Harris attachment / detachment tool 8a-3, in which a convex portion in the drawing in which a structurally important portion is described in a sectional view is hooked to a tunnel-like hole portion, and a road thread attaching / detaching port portion is locked.
B does not need to have a dust cover provided on the upper and lower parts in the top view of A, and is not related to the function.
C is a state diagram when the path thread is inserted by opening the path thread attaching / detaching port.
D is a diagram in the middle of fitting the protrusion of the elastic piece having the protrusion of the lock part for opening and closing the thread thread attaching / detaching port and the tunnel-shaped hole receiving the protrusion.
E is a cross-sectional view of A taken along line A-T, in which the protrusions of the lock part for opening and closing the thread thread attachment / detachment port are fitted.
F is a schematic overall view in which the branch Harris mechanism 8W-3, which connects the water resistor T2 and the branch Harris detachable tool and connects the branch Harris portion up to the fishing hook, is locked to the road line.

The branch Harris detachable tool 8a-3A is a branch Harris detachable tool constituted by an elastic piece having a convex portion of a lock part for opening and closing a road thread detachment opening that moves in the left-right direction on a rugby ball-shaped main body,
The branch Harris detachable tool has an elastic piece 3e-2 which has a concave portion 3e-3 of a lock unit for opening / closing the road thread attachment / detachment opening in the rugby ball-shaped main body 3 and locks / unlocks the opening / closing of the road thread attachment / detachment opening in the horizontal direction. The receiving portion 3f-1 and the guiding portion attaching / detaching guide portion W having the elastic piece insertion operation portion of the lock portion as one of the gate-shaped lower portions receiving the concave portion 3e-3 of the elastic piece that locks / unlocks the opening / closing opening of the way yarn attaching / detaching port. And a path S through which the path thread threading hole H penetrates and a path thread threading hole H are provided at the back of the path thread attaching / detaching guide section, and a connecting section 2f for connecting the branch Harris section is provided.
The operation is performed by moving the elastic piece for opening / closing the thread thread attaching / detaching opening from the state shown in FIG. B downward, opening the thread attaching / detaching opening, and the thread passing hole at the back of the thread attaching / detaching guide part. Inserted through the gap passing through
The elastic piece for opening and closing the road thread attachment / detachment opening is moved upward as viewed in the drawing, and the elastic piece is placed in a receiving part under one of the gates that receives the recess of the elastic piece for locking and unlocking the opening / closing opening of the road thread attachment / detachment opening. Is fitted into the upper part of the gate-type receiving part by the elastic restoring force and is locked.

FIG. 35A is a schematic side view of the entire shape of the rugby ball-shaped branch Harris removable tool 8a-3A. Is positioned above as seen in the drawing.
B locks the opening / closing of the thread thread attaching / detaching port and puts it in the lower part of one of the gate-shaped receiving portions 3f-1 that receives the concave portion 3e-3 of the elastic piece to be unlocked. The figure which fits into the upper part and is in the locked state.
C is a diagram of a stage before the elastic piece is inserted into the elastic piece receiving portion from the state in which the elastic piece is positioned below in the drawing.
D is a cross-sectional view taken along line SS of B, showing a state of fitting into the elastic piece receiving portion.
E is a schematic general view in which a branch Harris mechanism 8W-3A, in which a water resistor T3 is coupled to the branch Harris detachable tool 8a-3A and a branch Harris portion up to the fishing hook is connected, is locked to the road thread.

The branch Harris device 8W after this paragraph is connected to the branch Harris detachable tool (8a) and either the water resistor T1 to the water resistor T6, and the branch Harris part extending from the branch Harris detachable tool to the locking tool. Therefore, a detailed description of the structure of the water resistor portion T1 to the water resistor portion T6 is given in the following paragraphs.
The water resistor T1 is [0034], and the water resistor T2 is [0037, 0042, 0043].
The water resistor T3 is [0045,0048], the water resistor T4 is [0051,0052], the water resistor T5 is [0060 to 0062], and the water resistor T6 is [0071 to 0073], the description will be omitted.

The branch Harris device 8W-5 is connected to any of the resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-5), and the branch Harris part extending from the branch Harris detachable tool to the locking tool. The main composition
The detachable tool part 8a-5 is provided with a ring hole H that can be stopped by a branch Harris stopper 7 in a wire body having a snap Sa / Sb part, and a gap S through which a road thread can pass is provided in the ring hole part. A branch Harris attachment / detachment tool (8a-5, FIG. 25), characterized in that a wire rod body is provided as a main component.
The branch Harris device 8W-5 is obtained by combining a wire rod member having the lower end portion of the wire rod portion 81-3 of the snap portion of the branch Harris detachable tool 8a-5 extending downward and the upper end portion of the water resistor portion T3. FIG. 25 is an embodiment diagram (FIG. 25) in which a branch Harris portion extending from a branch Harris removable tool to a locking tool is connected to a combination of a branch Harris removable tool and a water resistor T3.

The branch Harris device 8W-6 is obtained by connecting the branch Harris removable tool 8a-6 and any one of the water resistor T2 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The detachable tool portion is provided with a synthetic resin and a wire rod main body in which a ring hole portion that can be stopped with a branch Harris stopper is provided in a wire rod body having a snap portion, and a gap through which a road thread can pass is provided in the ring hole portion. It is a branch Harris detachable tool (8a-6, FIG. 25) characterized by being used as a constituent material.
Of the branch Harris removable tool shown in FIG. 32 below, FIG. 25A is a combination of the tip of the wire portion 8a-62 of the snap part of the branch Harris removable tool and the upper end of the water resistor T2. It is a joint example figure of branch Harris attachment-and-detachment tool and water resistance part T2.
FIG. 25B shows a branch Harris detachable tool and water in which a wire rod obtained by extending the lower end portion of the wire portion of the snap portion of the branch Harris detachable tool 8a-5 downward is combined with the upper end portion of the water resistor T3. It is a joint example figure with the resistor part T3.
FIG. 26A shows a branch Harris detachable tool and water in which the lower end portion of the wire portion of the snap portion of the branch Harris attachment 8a-10 of the branch Harris device 8W-10 and the upper portion of the water resistor portion T4 are coupled. It is a joint example figure with a resistor part.
FIG. 26B is a branch in which a wire rod obtained by extending the lower end portion of the wire portion of the snap portion of the branch Harris 8W-9 of the branch Harris 8W-9 downward is combined with the upper end portion of the water resistor portion T5. It is a joint example figure of Harris removable tool and water resistance part T5.
FIG. 27 shows a branch Harris detachable tool and a water resistor part in which the lower part of the disc body of the branch Harris detachable tool 8a-13 of the branch Harris 8W-13 is coupled to the upper end of the water resistor part T6. It is a joint example figure with T6.

FIG. A is a branch Harris stop hole H of the branch Harris detachable tool 8a-4 provided by rotating the wire of the snap wire part 81-2 of the snap sulcan with stopper (an example of a connection tool) one inside, the snap part In the procedure diagram to insert the road thread into the branch Harris stop hole along the wire of the snap wire rod part by opening
B is a view in which the thread is inserted and the snap portion is closed. The removal of the Edas detachable tool from the thread can be performed in the reverse order of the above procedure.
C is a branch Harris stop hole H of the branch Harris detachable tool 8a-5, which is provided by rotating the snap wire part of the snap sarckan with a stopper (an example of a connection tool) one turn outward, and opening the snap part. In the schematic diagram of inserting the thread to the branch Harris stop hole along the wire of the snap wire part,
D is a view in which the thread is inserted and the snap portion is closed. The removal of the Edas detachable tool from the thread can be performed by reversing the above procedure.
E is a detachable tool part 8a-6, which is provided with a ring hole H that can be fastened with a branch Harris stopper 7 in a wire rod body having snaps Sa-5 and Sb-5, and a thread thread is provided in the ring hole part. Is provided with a substantially elliptic cylinder 8a-61 having a receiving hole Sa-5 for receiving the snap Sb-5, and a branch Harris stop hole provided in the wire. The lower portion of the wire rod is used as an upper end stopper for the vertical movement of the substantially elliptic cylinder, and the protrusion 8a-62 of the lower end stopper is provided on the wire body having a snap portion, and a receiving hole portion for receiving the snap portion of the substantially elliptic cylinder 8a-61 Is a half cross-sectional view of the snapped part,
F, when the substantially elliptic cylinder 8a-61 is moved downward by pressing the convex part of the lower end stopper 8a-62 inward from both sides, the snap part is removed from the snap receiving hole, and the upper end of the substantially elliptic cylinder and the wire end Put the thread from the opening where the thread can be inserted between the part, insert the thread into the branch Harris stop hole from the penetrable gap provided in the wire,
G raises the substantially elliptic cylinder 8a-61 to the upper end stopper {the lower part of the wire constituting the branch Harris stop hole}, the snap portion and the snap portion receiving hole portion are fitted and locked, and locked to the road line. It is a state diagram.

Branches Harris gimmick 8W-9 is obtained by connecting and either branch Harris removable device 8a-9 and resistor unit T6 from the resistor portion T ₂ of the water in the water, the water from the branch Harris gimmick resistor portion Any of the resistor parts T6, a branch Harris removable tool, and a branch Harris part from the branch Harris removable tool to the locking tool,
The detachable tool portion is provided with a ring hole portion that can be stopped with a branch Harris stopper in a wire rod body having a snap portion, and the ring hole portion is provided with a gap through which a road thread can pass, and the wire rod body is mainly constituted. 29A and B, the branch Harris device is characterized in that the wire at the lower end of the wire portion of the snap portion of the branch Harris attachable / detachable tool is used as the water resistor portion T5. It is the Example figure which connected the branch Harris part from a branch Harris detachable tool to a locking tool to the thing which combined the branch Harris detachable tool and the water resistor part which combined the upper end part. .

The branch Harris device 8W-10 is obtained by connecting the branch Harris detachable tool 8a-10 and any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris section from the branch Harris detachable tool to the locking tool, and the branch Harris detachable tool is substantially a disc ( A substantially spherical body) is composed of a wire rod connector having a snap portion, and the branch Harris detachable tool is eccentric to a substantially disc body (substantially spherical body) the wire rod connector having the snap portion. The contact is made with the wire body having the snap portion on the outer peripheral side surface of the substantially spherical body, and a recess for inserting a thread is provided on the contact top, and the wire body is the main material. The snap part of the member is pushed inward to remove Sa-1 to Sb-2 (FIGS. 28A to 28C), the snap part is opened, a gap into which a road thread can be inserted is formed, and by closing the snap part, The gap into which the path thread can be inserted is closed, and the path thread is inserted. That loading and unloading of the road yarn from the recess, and provided with a locking structure, removable tool branches Harris, characterized in that the the synthetic resin and the wire body as the main constituent material.
A recess of the above-mentioned thread passing part is provided so as to be located in the connecting member of the wire body,
Even if the yarn is pulled out from the recess for inserting the yarn, the yarn is structured to be locked in the connecting member of the wire body.
Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so that the caught fish does not escape unless the snap part is opened. .
The method of attaching and detaching the branch Harris removable tool to the road thread (FIG. 28, B) is to push the closed snap inward to remove Sa-1 to Sb-2 and open the snap portion. The road thread is inserted from the snap portion, and the road thread is fitted into the concave portion provided in the substantially disc body (substantially spherical body), and can be attached to the road thread by making the state shown in FIGS. When removing from the yarn, the reverse method described above is used.
In FIG. 28 (A to C), the branch Harris detachable tool is described as a disc body, and in FIGS. 29 (C to D), it is described as a substantially spherical body.
The branch Harris device 8W-10 is a branch Harris detachable tool and a water resistor part, in which the wire rod at the lower end of the wire part of the snap part of the branch Harris detachable tool is joined to the upper end of the water resistor T4. FIG. 26A is an embodiment diagram in which a branch Harris portion extending from a branch Harris detachable tool to a locking tool is connected to a combination of
Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T6 is also a view connected to the water resistor portion T4 as an embodiment diagram within the scope of the present application.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris mechanism 8W-11 is a connection (coupled) of the branch Harris detachable tool 8a-11 and any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor part branch Harris removable tool and a branch Harris part from the branch Harris removable tool to the locking tool,
The branch Harris detachable tool is constituted by a wire rod connecting tool having a snap portion in a substantially spherical body, and the branch Harris detachable tool is provided with a path thread passing hole in a substantially spherical body center portion. A slit that connects the thread passing hole from the outer surface of the body is provided, and a gap for inserting and inserting the thread into the slit is provided, and the thread passing hole, the gap, and the slit are surrounded by the wire body connector. In addition, an entrance of the slit is provided so as to be located in the connecting member of the wire rod body, and the slit is locked in the connecting member of the wire rod member even when the yarn thread is pulled out from the thread passing hole. It is
Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so that the caught fish does not escape unless the snap part is opened. .
This branch Harris removable tool, the method of attaching to and removing from the road thread (FIG. 29F), press Sb-3 of the closed snap inward to remove Sb-3 from Sa-3, the snap portion opens, the opening The thread is inserted from the snapped part, the thread is inserted from the gap provided in the substantially spherical body part, and it can be attached to the thread by putting it in the state of Fig. E. To do.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris mechanism 8W-12 is obtained by connecting the branch Harris detachable tool 8a-12 and any one of the water resistor T2 to the water resistor T6, and the branch Harris mechanism is a water resistor branch. It has a main configuration in the Harris section that extends from the Harris removable tool and branch Harris removable tool to the locking tool,
The above-mentioned branch Harris unites (connects) the lower end portion of the wire rod body having the snap portion of the detachable tool portion of the branch Harris of FIG. 30 and any one of the water resistor portion T1 to the upper portion of the water resistor portion T6. Is a thing,
30 is a detachable tool portion of the branch Harris of FIG. 30, and a medium piece (8a) having a wire member having a snap portion, a concave portion on the circumferential outer wall portion, and an uneven portion M-2 on the end face. -P, GG cross section of FIG. 30C), and the wire rod member is fitted into a concave portion of a circumferential outer wall portion provided in the middle piece 8a-p, and the middle piece is rotatably held. The center piece has a central through hole H, a slit W connected to the through hole from a substantially disc body side surface, the slit has a substantially V-shaped guide part, and the back of the guide part A branch Harris detachable tool characterized in that a gap through which the road thread can pass is formed,
Rotate the middle piece so that the slit part of the middle piece of the disk, which has an uneven part on the end face by pressing the snap part inward and has an uneven part on the end face, is positioned at the constricted part of the wire rod, and the thread is fed to the snap part From the opening of the slit guide and inserted into the through hole in the center through the gap behind the slit guide, and the middle piece is rotated (having an uneven portion M-2 on the end face) (FIG. 30B) snap portion Is closed, and the rotation of the middle piece is locked by the elastic force of the wire rod (FIG. 30A).
The above-mentioned thread passing hole, gap and slit are surrounded by the connecting member of the wire rod body, and the middle piece is rotated and the rotation of the middle piece is locked by the elastic force of the wire rod body. It is structured so that the thread does not come out from the part, but even if the road thread comes out from the constricted part of the wire rod, the road thread is structured to be locked in the connecting member of the wire rod,
Therefore, even if the thread is pulled out from the constricted portion of the wire rod in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, and the fish caught is not escaped unless the snap portion is opened.
This branch Harris attachment / detachment tool is also characterized in that the middle piece and the wire body having the snap portion are manufactured separately, and the middle piece is assembled into the wire body by a simple operation.

The branch Harris device 8W-13 is obtained by connecting the branch Harris detachable tool 8a-13 and any one of the water resistor T1 to the water resistor T6.
The branch Harris mechanism is mainly composed of a water resistor, a branch Harris detachable tool, and a branch Harris part from the branch Harris detachable tool to the locking tool,
The removable tool portion is provided with a hole through which a thread can be inserted at a substantially central portion of a disc body having elasticity and can be stopped by a branch Harris stopper, and can be inserted from one side of the disk body. A cutting line up to the hole is provided and cut. The cutting line is divided into at least 90 ° (up to 180 °) to the left or right with reference to the cutting line, and a part of the other disc body is left uncut as a hinge part. The cut piece is provided by connecting the cut piece and the remaining piece of the cut piece, and an elastic protrusion (Rk-1) is provided on the side surface of the one disc body (the remaining piece of the cut piece), and the other disc body ( (Slicing pieces) A disc having elastic properties of a branch Harris removable tool provided with a combination of elastic convex / elastic concave or elastic convex / through hole (Rk-2) on the side (FIGS. 9A to 9C) FIG. 2 is a diagram of an embodiment in which the lower part of the body is connected to the water resistor T6 7)
The removable tool part (FIG. 9A) has a convex part on the upper part of Rk-2 of the lock mechanism provided on the cut piece J-1 and the remaining piece J-2 of the disc having elasticity. The lock with Rk-1 is released and opened, the thread is inserted into the thread hole, and the opening of the slit piece of the disk is closed to lock Rk-2 and Rk-1. (FIG. 9C) The branch Harris mechanism shown in FIG. 27 is obtained by joining the lower part of the disk piece of this (FIG. 9C) figure to the upper part of the water resistor T6.
Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T5 is also a view connected to the water resistor portion T6 as an embodiment diagram within the scope of the present application.

7 is an example of the Edas stop body (FIGS. 37A to E or I to J) is a float stop (6, and since the same thing is used, the binding procedure is the same, so the description is omitted) In the ring shape like a rubber band attached to the middle of the road thread (Figs. 37A to E), it is 2 to 3 times the diameter of the road thread by diving into the road thread any number of times. The thing which can set the diameter of an Edas stop freely is preferable.
FH in FIG. 37 is a product that is commercially available as a float 6 and is a product in which an elastic body 6a having a rugby ball shape is set on a linear body 6b having a ring, and F in FIG. Is passed through the ring 6b of the wire body, the wire body is pulled, the elastic body is transferred to the road thread G, and it is moved to the position to be set and moved to the H position, but is set from the end of the road thread. It is a problem to use for this device.
In FIG. 37, I to J become like J if twisted yarn bodies are tied like I, and this type of material changes the thickness of the yarn body or changes the state of J, and further like I If it is tied together, the diameter can be freely adjusted to 2 to 3 times the diameter of the road thread, and it can be attached in the middle of the road thread, but a ring-shaped object like elastic rubber band is preferred due to operational problems. .

This is a general connection method from the water resistor T1 of the branch Harris device 8W-1 to 8W-22 to the water resistor T6, the branch Harris attachment / detachment tool, and the end lock 8c of the branch Harris part, and the resistance of the water Connecting the water resistor T6 from the body T1 to the branch Harris attachment / detachment tool 8a-1 to 8a-22 above or below the water resistance, the connection tool and the return Y, the weight 8e, the entanglement pipe 8f, The main configuration is to connect (bundling) the locking tool 8c with Harris 8B-1, 8B-1G, and 8B-1H. However, even if there is no weight 8e, entanglement pipe 8f, etc., the stopper of the floating needle can be used. Although not attached, the configuration described in the present application is preferable {FIG. 36A}.
36B) and C, two locking tools are provided at the tip of the branch Harris, and one of the two locking tools 8c-2 is provided so as to move freely, and the direction of the needle tip of the provided locking tool 8c is determined. Face-to-face (8c-1 and 8c-2, both double hooks or triple hooks) are provided, and the floating range portion of the locking tool (8c-2) provided as the floating and the tip locking tool (8c) ) Is coated with an elastic material (elastomer) or Harris at least 1.3 times the Harris diameter, and the upper end of the floating range portion is provided between the two locking devices 8c. 36, E, J, and K in FIG. 36 are connected (bundled) shapes, characterized in that a stopper 2r and a lower end stopper 2p of the floating range portion are provided. Bundling form in which stopper 8c is bundled in series with Harris 8b-1 F / G is a bundling shape in which one locking tool 8c is bound to Harris, and D / H2 locking tools are bound to Harris in parallel (bifurcated or lantern hanging). Is a bundling form of the widely used locking tool (8c, single hook, double hook, triple hook), but there are some advantages and disadvantages to floating fishing, but there is no big difference in fishing results I heard.
However, in this fishing (bump fishing), when the live bait is good, there are about half when swimming in the direction of resistance while bending the road line in a “K” shape. I use fluorocarbon No. 10 for all-in-one fishing}. The F, G, J, and K binding forms have a high probability of hanging when they eat food from their heads, but the (D) and (H) binding forms stretched the peas just before biting from the head or tail. There is a case where there is no bite in hitting the state of fluorocarbon No. 10 Harris (a case where there is only one contact where the tip of the heel is bent), and from that experience, the binding shape of L was invented.
Furthermore, in addition to the above bundling shape, the connection bundling shape of the locking tool (8c) at the lower end of the branch Harris portion is:
The hook (8c) on the lower end is used to lift the fish and bind the target needle (single hook, double hook, or triple hook or more), and the bait needle with a can (single hook) facing upward・ A stopper that stops the pulling force of live fish with the floating needle at a position 2/3 to 3/4 of the total length of the live bait. As a 4 mm bead ball, and a stopper (for example, a 4 mm bead ball as an example) so that the floating needle is passed through Harris and the floating needle does not go above the set floating range. ) Is fixed, and it is easy to hang a fishing target needle on a live fish by hanging this fishing range. As a mouth, nose In the state where the target needle is hung on the position corresponding to the back of the neck and 1 to 3 mm Harris is slackened, the fish is picked up and the target needle is hung and the fish has the best fishing result in swimming fishing Therefore, it is recommended to use a connecting and binding form of the locking tool at the lower end of the branch Harris portion (see FIG. 36B).

The eleventh aspect of the invention is the shape of the locking member 8c at the tip of the Harris portion according to the tenth aspect of the invention, and the locking portion for locking the belly fin portion of fish serving as food to the locking member at the tip. 8c-M is a needle (Fig. 6, B), but the fish hook was attached to the tail side of the dorsal fin in the test fishing, and it was possible to obtain a certain fishing result, but it was removed from the dorsal fin ( In the dorsal fin of the bait, there was a hard place between the left and right belly fins because there was a 10-20% occurrence that the fish hook aimed to cut the fish meat part of the bait and could not fulfill the fish hook purpose, here In this case, the 8c-M needle with the grandchild needle fixed to the needle is proposed.

Although it is Harris that connects between the anchors at the tip of the branch Harris from the branch Harris detachable tool,
1. Nylon ・ The stretch rate is 20% to 45% as a characteristic, and depending on the method of binding the hook (fishing hook) or the binding part with Sarkhan, it is not recommended for those who are not used to it because it stretches by pulling the large fish and pulls out the binding part. object.
2. Fluorocarbon ・ The most widely used Harris in recent fishing. The strength of the binding part is the second highest after PE (polyethylene dynea), and the refractive index in water is 1.42. 33 is a material that is difficult to see underwater.
(This device uses Fluorocarbon No. 12)
3. PE (Polyethylene Dyneema) is the strongest product currently on the market, with an elongation of 1.04, and the advantage of fishing is that it has a characteristic that it can easily convey subtle changes such as hits. On the other hand, its weaknesses are heat resistance, heat resistance is low at 145 ° C, it breaks with low frictional heat, and the line is supple and easy to get entangled. 8b-1) It is difficult to recommend that all be PE.
(Reference fishing line No. 10 has a diameter of 0.52 mm, No. 12 has a diameter of 0.56 mm)

38 will be described. The device described in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 is introduced, and a “branch Harris having a branch Harris removable tool” is attached later. In the schematic diagram waiting for "around" in the state,
The above-mentioned patent document is “branch Harris having a branch Harris attachment / detachment tool” which is movably locked between the throwing rods from the branch Harris stopper (7).
39 is a schematic diagram in which a bottom fishing tackle is attached at the tip and thrown in with a throwing rod, and an upper fishing tackle is attached at the back and waiting for "around" in a standing state.
The above-mentioned patent document describes a fishing method that can aim at bottom fishing and top fishing with one throwing rod and its fishing gear. FIG. In place of the “fishing method that can aim for fishing with a single throwing rod” in FIG. FIG.

1, weight.
2, Stopper. 2R, upper stopper of floating fishing hook. 2P, the lower side of the stopper of the floating fishing hook.
2A-1, the upper body of the outer body of the water resistor T4.
2a-2, the lower body of the outer body of the water resistor T4.
2b, an intermediate part that bends outside the water resistor T4.
2D, an elastic piece closest to the thread passing hole of the branch Harris removable tool. 2n, a guide for removing a thread near the thread passing hole. Z, ball.
2f, a connecting hole (connecting portion) for a device in which the Harris Harris detachable tool and subsequent fishing hooks are bundled with Harris.
2s, an elastic tube that passes the thread.
2v, shape memory elastic bag. 3, Shimori. 4 Float. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6. Floating stop.
6a, a function of a 5a (bottom) stop function attached below the water resistor T4, and may be a bundling portion.
7. Branch Harris stop. 7a, a branch Harris stop that is caught by a fish and moves to close the hole.
8. The whole branch Harris body. 8a, branch Harris removable tool. 8W, branch Harris mechanism (with water resistance).
81, connector, & snap sarkan (may also represent the entire branch Harris body leading to the hook).
8a, Branch Harris removable tool.
8a-1, branch Harris attachment / detachment to the road thread is provided at the upper part of the rod body, and a branch Harris part (a mechanism in which the branch Harris attachment / detachment tool and the needle are connected with Harris) connection hole and connection tool may be indicated at the lower part} Provided branch Harris removable tool. 1a, rod body. 1b, a branch Harris attaching / detaching portion to the road thread above the rod body.
A branch Harris removable tool provided with an elastic portion in the path yarn insertion path of 8a-1A, 8a-1. R, elastic part of the road thread insertion path. Dt, convexity of the elastic part. Recesses for receiving Du and Dt.
8a-2, a branch Harris detachable tool provided with a gap in the immediate vicinity of the thread passing hole as an elastic piece.
8a-3, a branch Harris detachable tool that is attached and detached by bending the middle part of the rod. 3a, one of the main bodies provided with a thread passing hole. 3b, the other side of the main body provided with an elastic piece having a convex portion of a lock portion for opening and closing the path thread attachment opening. 3D, the elastic part of bending of the middle part of the rod. 3e, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attaching / detaching port. 3d, 3f-1, 3e tunnel-shaped hole portions that receive the protrusions of the lock portions. Convex of the locking part of 3e-1 and 3e. 3g, dust cover.
8a-3A, a branch Harris removable tool composed of a rugby ball-shaped main body and an elastic piece having a convex portion of a lock part for opening and closing a road thread attaching / detaching port that moves in the horizontal direction. 3, body. 3e-2, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attachment / detachment port 3e-3, an elastic piece having a recess in the lock portion for opening and closing the road thread attachment / detachment port. A receiving portion in which one lower part of the gate shape that receives 3f-1 and 3e-3 is an elastic piece insertion operation portion of the lock portion.
8a-4, 8a-5, 8a-6, 8a-9, a branch Harris detachable tool provided with a ring thread threading hole and a snap structure in the wire body.
8a-7, 8a-11, composed of a ball and a linear body. The ball is provided with a slit and a gap at the back of the slit, provided on the side of the thread threading hole, and penetrating the thread threading hole. A branch Harris detachable tool provided with an elastic piece as a path thread insertion portion closest to the threading hole.
8a-8, a branch Harris removable tool comprising a ball and a wire, eccentrically inserting the wire into the ball, and having a snap structure on the wire.
8a-10, a branch Harris removable tool comprising a disc body and a wire, eccentrically inserting the wire into a ball, and having a snap structure on the wire.
8a-12, a branch Harris detachable tool comprising a disc body with a medium sesame and a wire body, the medium sesame having a road thread attaching / detaching portion, and a wire body having a snap structure.
8a-13, a branch Harris detachable tool having a structure that locks a substantially disc-shaped piece, which is mainly made of an elastic resin.
8a-14 An upper part of a substantially spherical ball mainly made of resin having elasticity and both sides of approximately 1/3 of the left and right sides are cut off, and two convex pieces are provided in the central part, and branch Harris is formed on one of the convex pieces. A branch Harris attachment / detachment tool having an insertion hole, a branch Harris tightening portion on the other side of the convex piece, and a removable portion for tightening. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball. 14c, Branch Harris insertion hole provided on one of the convex pieces of the substantially spherical ball 14e, Branch Harris insertion tightening hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1d, a locking hump provided at one end of the branch Harris. 8b-1G, Harris between the connecting members 81 connected between the convex pieces of the substantially spherical ball and wound around 14b.
The branch Harris of the detachable part of the branch Harris, in which both the convex pieces of 8a-14-1 and 8a-14 are fitted with fitting parts provided with a taper having a large diameter at the center of the hole and a small diameter at both ends. Removable tool. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball.
14 cm, 8b-1m insertion hole provided on one of the convex pieces of a substantially spherical ball. 14en, 8b-1n insertion hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1na, Stopper for locking Harris (8b-1H) to the path thread when Harris (8b-1H) is pulled out from the hole through which the path thread passes. 8b-1n, an elastic insertion tool provided with both end portions fixed to Harris provided with a taper having a small diameter. 8b-1m, an elastic fitting with a taper with a small diameter at both ends fixed to Harris and provided with a stopper in the 14b direction. 8b-1ma, a pulling tool for pulling out Harris on the left (as seen in the drawing).
8a-15, a branch Harris removable tool formed of a resin having an elastic property as a main material and composed of a main body having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body.
15a, a main body having a rectangular cross section in the vertical direction. 15b, the outer shell of the main body.
15b1, an insertion opening into which the convex part of the open / close arm is inserted. 15b2, Stopper advance / retreat end slide port. 15c, an open / close arm. 15a1, a cutting piece serving as a forward end and backward end stopper. 15f, a connecting portion for connecting Harris after the detachable tool of the branch Harris provided at the rear of the main body.
81. Snap sarkan with stopper. 82, 8a-16 wire rod.
8a-16, A branch Harris detachable tool joined to a water resistor (parashut or turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2 Cover G type for storage parts such as Parashut and Turf. 16a-3 Elastic piece G type for lids of storage parts such as parashuts and turf. 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16cb, sheet body storage section D type. 16c1, Turf of a sheet of water resistor. The elastic part of the tongue piece and the lid at the upper part of the housing main body of the closed state holding structure that can freely open and close the lid of 16d and 16a. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, two-stage path threading hole. 16Hd, sheet body storage section Da type. 16He, 3-stage road threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
8a-17, a branch Harris removable tool at the bottom of the main body of the water resistor T2. 17a, outside of the wing body of the water resistor T2. 17as, wing body opening angle end stopper at the upper end of the outer wing body. 17bs, wing body open angle end stopper at the upper end of the inner wing body. The stopper receiving part which receives the wing | blade part open | release corner end stopper of the wing | blade part fitting part of the main body of 17cs and the resistor T2 of water. 17b, the inside of the wing part of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge part of wing part body insertion groove 17Dm, circular insertion groove of slit groove. 1Xa, wing body holding structure. The elastic ring provided in the wing | blade part body of 17Dr water resistor T2.
8a-18, A branch Harris removable tool in which the center of the water resistor structure portion T2 is formed by a linear body.
18a, outside of the wing part of the water resistor T2. 18bs, wing body open angle end stopper at the upper end of the inner wing body. 18 cs, a stopper receiving portion for receiving the wing portion open-angle end stopper of the wing portion fitting portion of the water resistor T2 main body. 18b, inside the wing part of the water resistor T2. 18c, body of water resistor T2. 18ce, outer edge portion of wing portion body insertion groove 18cm, recessed portion of retaining container portion at bottom of branch Harris detachable portion. 18D, an elastic ring provided on the wing body of the water resistor T2-1. 18Dm, circular insertion groove for cutting groove. 1Xa, wing body holding structure. 18Hc, a branch Harris detachable tool body with a linear body.
18Ha, road thread threading hole of the branch Harris removable part of the wire body. 18Hb, Harris part of wire (portion from return to locking tool) connection hole. 18He, elastic wire body prevents it from coming off.
18Hs, prevention to the lower part of the branch Harris removable part.
8a-18a, 8a-18 rod Harris branch removable tool.
8a-19A, branch Harris detachable tool 8a-19C, and a branch Harris detachable tool in which the water resistor T3 is coupled. A water resistor T3 having a structure including a wing body having a sphere at the upper end of the water resistor body T3, a fitting portion of the wing body, and a wing body holding structure section. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. 19D, an elastic ring inserted into the ring insertion groove. 2Xa, wing body holding structure. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part.
8a-19B, a branch Harris detachable tool that combines the water resistor T3. 8a-19BZ, a branch Harris detachable part assembled in a column under the main body of the water resistor T3. Assembly parts to be assembled in the column at the bottom of the 19K, T3 body. 19Kb, insertion receiving part for assembly parts. 19Dbb, an elastic piece for holding the road thread attaching / detaching portion in a closed state. 19pb, 19K road thread insertion guide. 19pc, 19K road thread operation section. 19Kp, the fitting part of the attachment part 19K. 19Dm, bifurcated part of assembly parts, concave at the center. 19Dk, the elastic part of the fitting part of the attachment part 19K. 19Kt, convexity of the fitting holding part of the attachment part 19K. 19cb, a column at the lower part of the main body of the water resistor T3. 19-BW, road thread attachment / detachment opening 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. An elastic ring inserted into a 19 Da ring insertion groove. 2Xa, wing body holding structure.
8a-19C, a road thread attaching / detaching part having an elastic part in a main body part of a substantially rectangular plate body, a road thread passing hole, and a road thread guiding part (19pa) connected from the road thread attaching / detaching part to the road thread passing hole. Provided branch Harris removable tool. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part. Elastic piece insertion part for 19Ku and 19Db insertion and holding.
8a-20, 20a, rectangular cubic body. 20b, outer cylinder slider. 20c, road thread attaching / detaching operation piece. 20cn, a storage section for the operation piece attaching / detaching operation piece. 20 sn, elastic deformation end stopper. 20sf, outer cylinder slide advance end stopper. 20sf, outer cylinder slide advance end stopper. 20sm, forward and backward position holding stopper. 20sb, back end stopper.
8a-21, the main thread of the substantially elastic body has a thread threading hole, a thread thread attaching / detaching piece part, a thread thread attaching / detaching guide part, and a path thread attaching / detaching guide part deep inside the thread thread threading hole. There is a gap,
Further, a branch Harris detachable tool provided with a holding structure in a closed state of a road thread attachment / detachment port provided with a road thread attachment / detachment piece. 21Z, SE body having a substantially elastic body. SE part, road thread detachable piece part. 21a, the main body of the ball. 21b, a guide portion that also serves as a holding / removing piece holding portion. SE-b, a concave portion of the SE piece that becomes a lock structure when fitted to the 21b provided on the opening / closing piece of the path thread attaching / detaching port. 21f, branch Harris part connection hole.
8b Harris on the branch Harris part. 8b-1, detachable tool, Harris connecting between the return tool and the locking tool. 8b-2a, upper stopper that determines the floating range of the floating Harris needle.
8b-1d A function for preventing the end of Harris from being used in the removable tool part of 8a-14.
Harris used between 8b-1G and 8b-1d to connector 81.
A branch Harris used for 8b-1H and 8a-14-1, to which a tapered insertion portion having a large diameter at the center and a small diameter at both ends is fixed.
8b-1m, 8b-1H taper fitting part having a large diameter at the center and a small diameter at both ends.
Pulling tool for pulling out 8b-1ma, 8b-1m, 8b-1n.
8b-1n, 8b-1H, taper fitting parts having a large diameter at the center and small diameters at both ends.
8b-1na, 8b-1H, 8b-1n, 8b-1H provided on the side of the connector (81) is removed from the hole (H) through which the road thread passes, so that the branch Harris is locked to the road thread. Stop.
8c, Locking tool (fish hook, single hook, double hook, triple or higher hook).
8c-1a, a fishing hook with a branch Harris mechanism. 8c-2a, the floating needle 8d for the purpose of feeding the branch Harris mechanism, live food. 8e, a weight attached to a branch Harris removable tool. 8f, Tangle prevention pipe that also serves as a landmark. 8p, a lower stopper that determines the range of movement of the floating Harris needle. 10. Road thread. 11. Throwing spear.
8W A branch Harris mechanism composed of a branch Harris that connects a branch Harris removable tool and a water resistor to a fishing hook from the branch Harris removable tool.
8W-1, a branch Harris connecting / disconnecting tool provided with a branch Harris connecting part at the upper part of the rod body and a branch Harris connecting part at the lower part and a branch connected to any of the water resistor T6 from the water resistor T2 Harris mechanism (the branch Harris mechanism in the case of FIG. D is a combination of the water resistors T3 and 8a-1, and Harris is connected to the connector, twisting, weight, anti-tangle pipe and two fishing hooks at the tip. The branch Harris device connected with is shown).
An 8W-1A, 8W-1 path thread insertion path is provided with an elastic portion to increase the degree of locking to the path thread, and is coupled to either the branch Harris detachable tool and the water resistor T2 to the water resistor T6. A branch Harris mechanism (in the case of FIG. C, the branch Harris mechanism has two branch Harris hooks in FIG. D, but two in series).
8W-2, a branch Harris mechanism which is composed of an elastic piece in the gap portion in the immediate vicinity of the thread passing hole and is coupled to any one of the water resistor T2 and the water resistor T6.
8W-3, a branch Harris device that is attached and detached by bending the middle part of the rod body and coupled with a branch Harris removable tool and a water resistor.
8W-3A, a branch Harris device coupled to a branch Harris attachment / detachment tool composed of an elastic piece having a convex part of a lock part for opening and closing a road thread attachment / detachment opening that moves in a lateral direction on a rugby ball-shaped main body.
8W-4, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided inside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-5, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided outside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-6, a wire Harris hole detachable tool which is provided with a thread passing hole in the wire body having a snap portion, and opens and closes the path thread attaching / detaching port portion by vertical movement of the elliptic cylinder, and water resistance from the water resistor T2. Branch Harris mechanism combined with any of the body T6.
8W-9, a branch Harris device that is connected to any one of the branch Harris removable tool having a thread passing hole provided on the outside and a water resistor T2 to a water resistor T6.
Only the 8W-5 wire connector is different.
8W-10, a branch Harris in which a connecting member of a wire body having a substantially disc body and a snap portion is eccentrically coupled, and a concave portion of a road thread passing portion is provided at a contact upper portion between the wire body and the substantially disk body. A detachable tool and a branch Harris mechanism coupled to any of the water resistors T2 to T6.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-11, a branch Harris detachable tool composed of a wire rod having a substantially spherical body and a snap portion, and having a thread passing hole in the substantially spherical body, and a water resistor T1 to a water resistor Branch Harris mechanism combined with any of T6.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-12, a wire Harris body having a snap part, a branch Harris attachment / detachment tool provided with a substantially disc middle piece, and a branch Harris device coupled to any of the water resistor T2 to the water resistor T6.
8W-13, a bifurcated disc body that can be freely opened and closed by a hinge portion and provided with an opening / closing operation portion having a lock structure, and any one of water resistor T2 to water resistor T6 Combined branch Harris mechanism.
8W-14, two convex pieces are provided at the upper part of the substantially spherical body of the branch Harris removable tool, and the thread is inserted at the lower part of the substantially spherical body and at the back of the thread insertion part as a Harris winding part. A branch Harris device in which a branch Harris detachable tool provided with a gap to be pushed in and a thread passing hole is coupled to any of the water resistor T1 to the water resistor T6.
Two convex pieces are provided on the upper part of the substantially spherical bodies of 8W-14-1 and 8W-14, and a Harris insertion tool is used to insert a Harris insertion tool into the two convex pieces as a Harris winding portion. A branch Harris mechanism in which the branch Harris detachable tool provided with the portion is coupled with any of the water resistor T1 to the water resistor T6.
8W-15, a branch Harris detachable tool composed of a main body (15a) having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body and using the outer cylinder of the main body as a lock mechanism, Branch Harris device combined with any of the water resistors T6.
8W-16, branch Harris detachable tool composed of a wire rod connecting tool having a thread threading hole and a snap portion at the lower part of the resistor body of the water resistor T1, and a branch that combines the water resistor T1 Harris device.
8W-17, a branch Harris mechanism in which a wire rod connecting tool having a thread passing hole and a snap portion is coupled to the lower part of the resistor body of the water resistor structure.
8W-18, branch Harris attachment / detachment tool in which the center of the water resistor structure portion T2 is linearly threaded and a branch Harris attachment device in which the water resistor T2 is coupled. T3, T5, T6 Bonding with water resistors is also possible.
8W-19A, a main thread of a substantially rectangular plate body is provided with a road thread attaching / detaching part having a resilient part, a thread passing hole and a road thread guiding part, and an elastic piece and an elastic for holding the road thread attaching / detaching part in a closed state A branch Harris mechanism in which a branch Harris detachable tool provided with a single insertion portion and an elastic piece is coupled to any of the water resistor T2 to the water resistor T6.
8W-19B, a branch Harris detachable tool provided with a road thread attaching / detaching part having an elastic part, a road thread passing hole, and a road thread guiding part at the lower part of the main body of the water resistor T3 is a water resistor T3. The branch Harris mechanism inside.
8W-20, a branch Harris attachment / detachment tool provided with a road thread attaching / detaching part having a resilient part, a road thread passing hole, and a road thread guiding part on a main body part of a substantially rectangular plate body, and having an outer cylinder of the main body as a lock mechanism And a branch Harris device coupled to one of the water resistor T2 to the water resistor T6.
8W-21, from a water resistor T2 to a branch Harris removable tool provided with an elastic piece on a substantially spherical body as a road thread attaching / detaching part, and a road thread guiding part, a gap and a thread passing hole toward the back. Branch Harris device combined with any of the water resistors T6.
8W-21A, an elastic piece provided in a substantially spherical body, and a branch Harris attachment / detachment tool provided with a road yarn guide portion, a gap, and a yarn thread passing hole toward the back, and a water resistor T5 Combined branch Harris example.
8W-22, a body thread attaching / detaching portion having an elastic part, a thread passing thread hole, and a thread guiding portion are provided on the main body of a substantially rectangular plate body, and an elastic piece and an elastic member for holding the road thread attaching / detaching portion in a closed state A branch Harris mechanism in which a branch Harris detachable tool provided with a single insertion portion and an elastic piece is coupled to any of the water resistor T2 to the water resistor T6.
T1, water resistor (parashut, turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2 Covers for storage parts such as parashuts and turf (type of figure G).
16a-3 Elastic piece of lid of storage part such as parashut, turf, etc. (type of G figure) 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16c1, Turf type turf. 16cb, sheet body storage section (D-type). 16D, elastic part of the lid. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, 2-stage and 3-stage road threading holes. 16Hd, sheet body storage (Da diagram type). 16He, the second stage thread threading hole of the three stage thread threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
T2, water resistor. 17a, outside of the wing body of the water resistor T2. 17as, wing body opening angle end stopper at the upper end of the outer wing body. 17bs, wing body open angle end stopper at the upper end of the inner wing body. The stopper receiving part which receives the wing | blade part open | release corner end stopper of the wing | blade part fitting part of the main body of 17cs and the resistor T2 of water. 17b, the inside of the wing part of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge part of wing part body insertion groove 17Dm, circular insertion groove of slit groove. 1Xa, wing body holding structure. The elastic ring provided in the wing | blade part body of 17Dr water resistor T2. (In the case of 8a-18, the first digit of the code is 18)
T3 water resistor. A water resistor having a structure having a wing body having a sphere at the upper end of the water resistor body, a fitting portion of the wing body, and a wing body holding structure. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. An elastic ring inserted into the 19D ring insertion groove.
2Xa, the wing part body holding structure part, and the water resistor body are provided with a fitting part for fitting a sphere provided at the upper end of the wing part body, and the fitted wing part body is held openably and closably. A wing part body opening / closing holding structure provided with an elastic ring (19D) and a ring insertion groove which is provided with a holding cab and is fixedly fixed, and further opens and closes the wing part body.
T4, water resistor. A type having a cylindrical outer shell and a shape memory elastic bag (2v) built in the cylindrical outer shell. 2a-1, the upper body of the outer body of the water resistor T4. 2a-2, the lower body of the outer body of the water resistor T4. 2b, an intermediate part that bends outside the water resistor T4. 2s, an elastic tube that passes the thread. A fishing tackle that has a built-in shape memory elastic bag that quickly decays the rampant force. 2v, shape memory elastic bag. 3, Shimori. 4. Floating. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6, Floating stopper, 6a, 5a (moisture) stopper function attached below the water resistor T4, and may be a bundling portion.
T5, water resistor. A structure comprising a water resistor body (15c), a plurality of bone bodies provided on the outer periphery of the water resistor body (15c), (T5B or 15B), and a sheet body (T5S).
15c, water resistor body. T5B or 15B, a plurality of bone parts provided on the outer periphery. T5S, sheet body. T5hn, hinge part. T5D or 15D, elastic ring. T5Du, ring holder. T5d, a linear body (string body) of a sheet body. T5da, an elastic body linear body (string body) holding section. T5st, a stopper at the open corner end of the bone body.
T6, water resistor. A water resistor body comprising a water resistor body and a wing body body obtained by dividing the wing body of the water resistor body into a plurality of parts.
T6a, wing body part outside divided into a plurality of parts. T6b, the wing body part inside divided into a plurality. T6c, resistor body. T6hn, elastic hinge part. T6D, elastic ring. T6Du, elastic ring holding part. T6at, a convex piece that holds the inner wing body on the outer wing body.
H, a hole that can be stopped by a branch Harris stopper, or a threading portion of a road thread.
S, A gap through which the thread can penetrate. W, slit (crack). Return part from Y (there is also expressed by the thing Y having).
J-1, one of the cut pieces. J-2, the other of the cut pieces. One of Rk-1, one type of lock structure. Rk-2, the other of one type of lock structure. One of Rk-1a and 1a type lock structures. The other of the lock structure of Rk-2a, 1a type. One of Rk-1b and 1b type lock structures. The other of Rk-2b and 1b type lock structures.
SA, branch Harris part (a device in which the branch Harris attachment / detachment tool and the needle are connected with Harris), a connection hole, and a connection tool.

This is a technique related to fishing gear for large-sized coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaji.

A small fish (sardine, mackerel, horse mackerel, this sword, etc.) that feeds the needle is attached to the nose or back, and floats 2-7m above the sea, and then the fish moves freely. It is common practice for a person to watch for tangling with someone else's device.

JP 2000-157124 A Japanese Patent Application No. 2012-090806 Japanese Patent Application No. 2012-257665 Japanese Patent Application No. 2012-255280 3-27972 Japanese Patent Application No. 2012-271501

Although we could not find any prior art documents related to swimming and fishing methods for large-scale coastal migratory fish such as Japanese cypress (Hamachi), Sawara, Kanpachi, Flounder, Shimaaji, etc. There is a technique (for example, Patent Document 1) relating to a structure of a thread engaging portion that can be freely set.
There is a technique related to a swimming fishing method (for example, Patent Document 2) in which a weight is attached to the tip, thrown in with a throwing rod, and a branch Harris is attached later to fish.
There exists a thing (for example, patent document 3) regarding the detachable tool of branch Harris and branch Harris used by the swimming fishing method by the division | segmentation application of the said patent document 2. FIG.
Attach a bottom fishing device to the tip and insert it with a throwing rod, and attach an upper fishing rod with a fishing rod as a retrofit, and fishing related to fishing methods and fishing gear that can target bottom fishing and top fishing with a single throwing rod ( For example, Patent Document 4) has a floating body having a locking portion having an insertion hole larger than the thickness of the thread portion, and a technique (for example, Patent Document 5) that allows the thread portion to be freely attached and detached. There is a thing (for example, patent document 6) which provided the resistor which weakens a fish quickly when the outline body opens and fish is hung.

Put the bait hung on the nose and the back, put the float 2-7m above and put it into the sea, then the fish move freely, so the angler throws the other person's gimmicks and 1-3 of them The most common way of fishing is to monitor the entanglement of the devices, but in most cases there are tidal currents, winds, etc. on the sea surface, and small fish in the bait move around in a wide range. However, when one device is used, the fishing place to occupy must be at least 10 m per ridge by the length of the quay.
With this swimming fishing, for example, on a quay with a height of 300m, if one angler uses two rods, only a maximum of 15 people can be fished. Therefore, if an angler uses a single rod, the fishing spot to occupy should be at least 6m per one. The maximum number of people who can enjoy fishing at the same place is 25 people. The parts that make up this fishing method and make up the device and tools, the branch Harris and the detachable tool of the branch Harris, patent application 2 Provided in 2012-090806 and Japanese Patent Application No. 2012-257665 of Patent Document 3 and Japanese Patent Application No. 2012-255280 of Patent Document 4, there is a strong needle pulling, and the thread will become sharp in a few minutes Something happened And it has, including that of 此 is that a problem of providing a removable tool branches Harris viewed from another angle.

1st invention is the branch Harris 8 attached to the road thread 10 thrown in the mechanism with the throwing spear 11, and the said branch Harris is a detachable part to the road thread of the branch Harris detachable tool 8a and the road in the detachable part. A threading hole H is provided, and a means for freely locking the branch Harris 8 from the sea layer portion to the sea layer portion to the road thread is provided,
The road thread detachable tool is structured to be locked to the road thread even when the road thread comes out from the above-mentioned thread passing part H,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17, 8a-21)
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. The branch Harris locking means A, which is a means not found in common sense and can be freely slidably locked between the sea level and the sea level, is configured to connect the branch Harris stopper 7 from the sea level to the sea level in the direction of the road line axis. A road thread threading portion is provided in the branch Harris removable tool of the branch Harris to be locked to the road thread that is fixedly adjustable to the thread, and the road thread threading portion is stopped by the branch Harris stopper. It is to be provided as a hole to obtain.
The size of the thread passing hole (H) is 1.5 to 5 times the diameter of the thread, and preferably 2 to 3 times the diameter of the thread (this thread threading hole is the size of the present application) Applicable to the Harris Harris removable tool).
In particular,
The above-mentioned branch Harris and the branch Harris detachable tool to be locked to the road line provided with the branch Harris stopper in the upper part of the sea from the middle part of the sea at the upper part (floating direction) of the float 6, and the conventional fishing method Then, it was difficult to attach Harris to the top of the float (in the direction of the throwing hook) and throw it with a throwing splinter. Harris is to provide a detachable portion of the branch Harris detachable tool to and from the detachable portion and a avenue threading portion in the detachable portion.
By using the branch Harris locking means that can freely slidably connect the branch Harris stoppers (the shelves where the fish swim) from the sea level, for example, "Swimming fishing" live bait between the branch Harris stoppers from the sea Can be moved freely in the depth direction, so that the range of bait movement in the depth direction can be set wide. As shown in FIGS. 38 and 40, a branch Harris stopper is provided on the floating suspension, and the branch Harris (or branch Harris device, 8 W) is freely engaged between the sea level and the sea level. Further, the locking means B of the branch Harris is provided with a substantially elliptical weight (8e.1-5) connected to the branch Harris attachment / detachment tool of the branch Harris portion (see FIG. 6). Because the device has been thrown into the road thread that has been thrown in with the spear, the branch Harris attached to the live bait is attached and lowered into the sea. There are
When the fish that has been lowered into the sea comes to the shore side (in the direction of the tip guide 9 of the carp), it swims with the sparkling fish and the fish body in the direction where resistance is applied around the waterline near the water surface (in this case, the fish is carp) Swim in the forward direction, that is, in the direction of shallowing), or when going out to the offshore side (in the direction of the weight 1), it is possible to go to the branch Harris stop body, but when it is good, the direction in which resistance is applied around the road thread (Mainly bends the thread in the left and right and deep directions and swims with sparkling fish and fish. However, as shown in FIG. 7, most of the live bait 8d swims in the direction of resistance (shore direction or left and right direction) while bending the road thread into a “U” when it is alive. If you leave it in this state, the fish will weaken Eaten by Toka bird,
However, the time to swim powerfully in the direction of resistance while bending the road line in a "Ku" is a few straight lines when the tiredness of the swim is slightly weak and the bending angle is small and the bending angle is small. When this weight is attached, the detachable tool part of the branch Harris slides in the deep direction little by little, and the entanglement (8f) connected to this weight disappears, and then in the deep direction in the sea It is a means to slide little by little and guide the food to a depth closer to the shelf than the sea level.

A second aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. There is provided means for locking the branch Harris from the sea layer to the sea layer so as to be freely movable between the sea layer and the sea line,
The branch Harris detachable tool is provided with a lock structure for locking the road thread insertion port, and a lock structure for locking the branch Harris detachment to the road thread is provided. The branch Harris detachable tool includes a synthetic resin as a main material. Provided is a branch Harris and a branch Harris removable tool characterized by the above. (Examples 8a-3, 8a-3A, 8a-13, 8a-15, 8a-18, 8a-20)

A third aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part to the road thread of a branch Harris removable tool, and a thread thread passing part in the removable part. There is provided means for locking the branch Harris from the sea layer to the sea layer so as to be freely movable between the sea layer and the sea line,
From the outer surface of the sphere toward the side of the thread passing hole, a gap S is provided at the back of the guiding line W and the guiding part and connected to the thread passing hole. A tongue piece 2D generated between the gap near the thread passing hole is provided. The tongue piece is inserted into the tongue piece in such a way that the thread can be easily spread and inserted. It is a structure that is hard to come off,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Example 8a-2)

A fourth aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a detachable part for a road thread of a branch Harris detachable tool, and a thread passing part in the detachable part. Providing a means for freely locking the branch Harris to the road thread between the sea layer and the sea layer,
A substantially U-shaped fitting piece R having a convex portion is provided in a gap in the immediate vicinity of the road thread threading hole and the thread thread threading hole so as to be orthogonal to the insertion direction of the thread thread in the gap part, and One of the convex portions Dt is provided in the direction of closing the path for inserting the thread in the gap portion, and a fitting hole Du is provided to face the substantially U-shaped fitting piece body, and the fitting piece is fitted into the main body. It is provided as a holding part,
A branch Harris and a branch Harris removable tool characterized in that the branch Harris removable tool is made of synthetic resin as a main material. provide. (Example 8a-1A)

A fifth aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part to the road thread of the branch Harris removable tool and a road thread threading part in the removable part. The branch Harris is provided with means for freely locking the road Harris from the sea layer to the sea layer to the road thread, and the gap in the immediate vicinity of the road thread threading portion of the branch Harris removable tool is, Has a gap that matches the diameter of the road thread,
The gap adapted to the above-mentioned diameter is a gap that is narrowed by several to ten and several tens of% of the diameter of the thread, and the above-mentioned branch Harris removable tool is mainly composed of synthetic resin. And a detachable tool for branch Harris. (Examples 8a-1A, 8a-18)

A sixth aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part for a road thread of a branch Harris removable tool, and a road thread passing part in the removable part. A means for locking the branch Harris between the sea layer and the mid-sea part to the road thread, and opening and closing the road thread insertion port of the branch Harris removable tool. Removable port opening / closing pieces 19p, 19pc are provided, and closed state holding pieces 19Db, 19Dbb are provided to hold the closed state of the path thread attaching / detaching port opening / closing pieces. The branch Harris removable tool is mainly made of synthetic resin. Provided is a branch Harris and a branch Harris removable tool characterized by being made of wood. (Examples 8a-19B, 8a-19C)

A seventh aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part for a road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Providing a means for freely locking the branch Harris to the road thread between the sea layer and the sea layer,
The road thread detachable tool is configured to be locked to the road thread even when the road thread comes out from the road thread threading portion.
Provided is a branch Harris and a branch Harris detachable tool characterized by comprising a synthetic resin and a wire rod as main components. (Examples 8a-4, 8a-5, 8a-6, 8a-10, 8a-11, 8a-12)

An eighth invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Providing a means for freely locking the branch Harris to the road thread between the sea layer and the sea layer,
The road thread detachable tool is configured to be locked to the road thread even when the road thread comes out from the road thread threading portion.
Provided is a branch Harris and a branch Harris attachment / detachment tool characterized in that a wire rod is a main component. (Examples 8a-9, 8a-18)

According to a ninth aspect of the present invention, there is provided a branch Harris having a branch Harris mechanism 8W by connecting a water resistor to the branch Harris according to any one of the first to eighth aspects of the invention and the detachable tool of the branch Harris. Provide a branch Harris removable tool. (Examples 8W-1, 8W-1A, 8W-2, 8W-3, 8W-3A, 8W-5, 8W-6, 8W-9, 8W-10, 8W-11, 8W-12, 8W- 13,8W-14,8W-14-1,8W-15,8W-16,8W-17,8W-18,8W-19A, 8W-19B, 8W-20,8W-21,8W-22)

A tenth aspect of the present invention is a connected form of the Harris of the branch Harris according to any one of the first to ninth aspects of the invention and the Harris part of the detachable tool of the branch Harris,
At least one loosely-moving free needle 8C-2a is provided, stoppers are provided at both ends of the free range of the free needle, and Harris is provided between the upper end stopper 2r of the free range and the lock 2p at the tip of the Harris portion. Provided is a branch Harris and a detachable tool for the branch Harris, in which either the diameter of the Harris portion or the tensile strength is provided at least 1.3 times the diameter. (Fig. 6, A)

The eleventh invention is a detachable tool of the branch Harris and the branch Harris according to the tenth invention, and the locking tool at the tip of the Harris portion,
Having a locking tool shape having a locking portion for locking the ventral fin portion of the fish as a food, provides a branch Harris and branches Harris detachable tool. (Fig. 6, B)
[Patent Document 2] Japanese Patent Application No. 2012-090806 "Technology related to swimming fishing, fishing with a weight attached to the tip and throwing with a throwing spear and attaching a branch Harris at a later time" [Patent Document 4] Japanese Patent Application No. 2012-255280 “Fix a bottom fishing device at the tip and insert it with a throwing rod. This is only used as a branch Harris and a detachable tool for the branch Harris.

The branch Harris of the present invention is a throw fishing using a throwing rod, which has been impossible with conventional fishing methods, and by providing a branch Harris locking means that can freely lock the sea layer from the sea layer. The branch Harris's locking means that can be freely locked between the sea layer and the mid-sea layer in the common sense of technology until now is moved to the sea layer to the sea layer (shelf) that is aimed at floating fishing. Passing between the sea level and the mid-story part in the process of moving from the sea level to the sea level, depending on the method of fixing and floating, and the mechanism that has been thrown in descends from the sea level to the sea level. In the former case, the suspension was moved and fixed repeatedly, and the suspension was fixed on a shelf with fishing results. In the latter case, the suspension passed from the upper sea layer to the mid-sea layer. There is only a way to fish at the timing to do, hold fishing bait in the shelf of fine fish That it has been difficult.
According to the present invention, the branch Harris locking means capable of freely locking between the underwater layer and the underwater layer is provided with a branch Harris stopper at the upper part of the float (in the direction of the throwing spear). Provided with a branch Harris locking means capable of freely locking between the branch Harris stoppers from the sea layer (the branch Harris stopper is fixed to the above road thread so as to be adjustable in the direction of the road axis). There are)
For example, the live bait of “swimming fishing” is a locking means that can freely move in the depth direction between the branch Harris stoppers from the sea layer.
For example, in the water area where seawater and fresh water of the river are mixed, for example, in the water area where seawater and fresh water of the river are mixed, the rain precipitation before the previous day is provided. When there is a different amount of fresh water from the sluice to the fishing ground when there is a sluice, intake channel, etc. upstream, when the fish that is not good at fresh water depends on the fish type, When fresh water flows from the upper sea layer to the mid sea layer and conversely, when fresh water flows from the upper sea layer to the mid sea layer, the large and medium fish that swim in the mid sea layer from the lower sea layer and swim for food are affected by the above situation. In addition, a similar relationship between the sea layer and the middle layer occurs depending on the degree of cooling on the previous night, so the branch Harris locking means capable of freely locking between the sea layer and the sea layer of the present invention is as follows. Because it shifts from the sea layer that is not good for live food to the sea layer that prefers live food It is one of the points that have major consequences on the gun invention.

Since the trial fishing of "Swimming fishing equipment and method thereof, Japanese Patent Application No. 2012-090806, Patent No. 5166623" which is the basis of the present invention,
On the quay of Kusatsu Port in Hiroshima City, there is a “fever” for the first time in which the anchors stand every 6 meters on holidays (October to December in the fishing season). Since it is a fishing method using a mechanism made by watching from the position 30 to 80m away from the test fishing, the fishing results have a big difference, but until now (before H23) Kusatsu Port If you can catch about 10 “Buri” in a single season, it would be a big catch last year (H25.-October). You could catch 2-3 fish at Kusatsu Port as a whole last year. There are many customers who say "Please give me a yellowtail fishing tool" to the shop, and until now I couldn't catch 10kg fish so much, so big fishing gear might be sold out. As for the assortment of ingredients, this thing The present invention is contributing invention commercially, and are important component parts of this fishing, a large effect of the invention.

The branch Harris and the detachable tool of the branch Harris are used exclusively as the detachable tool of the branch Harris and the branch Harris of Japanese Patent Application No. 2012-09806 of Patent Document 2 and Japanese Patent Application No. 2012-255280 of Patent Document 4.

Combining the above-mentioned Harris Harris device (W) with a Harris Harris detachable tool and a water resistor, the fish can be taken in faster, and the diameter of the road line is 10-30% thinner (Reference No. 10) The diameter of 0,52mm, No.12 is 0,56mm in diameter).

a. Cut off the upper part of the roughly spherical ball and both sides of about 1/3 of the left and right sides with a branch Harris removable tool 8a-14 mainly made of synthetic resin, and two convex pieces on both sides of the remaining 1/3. Set the road thread on the removable Harris tool of the type that has a hole on one side and a Harris tightening part on the other side to fix Harris and make it a removable part, and the first Harris tightening procedure The hole of 14a is a sectional view. a. 8b-1G described in the lower part of the substantially spherical ball in the figure describes an example of connecting branch Harris couplers. b. The diagram of the procedure for tightening Harris for the second time from the state of a, and what is described on the figure is a simple description of how to wind. c. Winding completion state diagram. d. FIG. 2 is an overall schematic perspective view of the branch Harris detachable tool before the branch Harris is mounted, and avoids that the drawing becomes difficult to understand when the drawing code is too much in another drawing. a. 1 is a type in which the Harris detachable tool is provided with a Harris tightening portion to fix Harris. On the other hand, the center of the hole is tapered with a large diameter at both ends and a small diameter at both ends. It is the detachable tool figure of the type which inserts the insertion tool parts 8b-1m and 8b-1n of the elastic body, and fixes Harris as a detachable part. b. FIG. MM sectional drawing of a. c. The branch Harris 8b-1h wearing completion figure. a. The perspective view of the branch Harris detachable tool which comprised the main body 15a whose cross section of an up-down direction was rectangular, and the outer cylinder (long square cylinder) of the main body. b. FIG. 3B is a cross-sectional view taken along line NN in FIG. 3A, illustrating a fitting state between an outer cylinder (long square cylinder) 15 b of the main body and the main body. c. The perspective view and partial sectional view which made the convex part of the opening-and-closing arm fit in the fitting entrance 15b1 into which the thread is inserted into the thread hole and the convex part of the opening-and-closing arm 15c is inserted. d. FIG. 3C is a cross-sectional view taken along line NN in FIG. 3C, illustrating a fitting state between the outer cylinder of the main body and the main body. e. FIG. f. NN sectional drawing of the outer cylinder part of a main body. The branch Harris figure which joined the member after the removable tool to Harris by the branch Harris removable tool 8a-14 or 8a-14-1. The branch Harris figure which joined the member after branch Harris removable tool to Harris by branch Harris removable tool 8a-15. A. The general | schematic whole view of the branch Harris which joined the member after the detachable tool to Harris with the branch detachable tool 8a-3. The branch Harris locking means B is provided with weights 8e and 1-5 having a substantially elliptical cross section in the axial direction to be connected to the branch Harris detachable tool of the branch Harris portion, from the upper floating end stopper 2r of the floating needle. The figure which thickened Harris between the needles at the tip. B. The shape of the grandchild needle hung on the needle at the tip of the branch Harris portion between the left and right prone gills and the attached view. A figure in which live bait is attached to a branch Harris anchor and pulled down in the sea and pulled in the direction of resistance, and the road thread is in the shape of a "kushi". A. The whole branch Harris mechanism 8W-15 schematic diagram which combined the resistor structure part of T3 with the branch Harris attachment / detachment tool (the resistor part of water is open). B. The whole branch Harris 8W-14 schematic which combined the resistor structure part of water with the branch Harris detachable tool (the resistor part of water is open). A The opening state figure which can attach and detach a path thread with the branch Harris detachable tool 8a-13 which provided the lock structure in the disk body which has A elastic property. B. The state figure just before the lock of the branch Harris removable tool of A. C. The figure which locks the branch Harris removable tool of A. D. Example in which the configuration of the locking mechanism of the locking structure of A is changed KK sectional view Rk-a type in FIG. E. An example in which the configuration of the locking mechanism of the locking structure of A is changed, KK sectional view hinge type of FIG. A Overall schematic view of branch Harris device 8W-16 of branch Harris attachment / detachment tool 8a-16 having water resistance T1 (water resistance T1 is open). The example figure which made the resistor of Aa water the turf-like thing. B. The side view which reversed 90 degrees of the resistor side view of the water of A. C. The 1st fragmentary sectional view in which the resistor structure part of water of A is closed. D. The fragmentary sectional view which made the diameter of the thread passing part hole of the detachable tool part of C into two steps. Da. The fragmentary sectional view which made the thread diameter threading part hole diameter of the removable tool part of C into 3 steps | paragraphs. E. OO sectional drawing of F. FIG. F. A arrow view of A. G. The type example different from E of the closed state holding structure of the lid | cover 16a. A. Overall schematic diagram of branch Harris device 8W-17 of branch Harris detachable tool 8a-17 having water resistor T2 (water resistor T2 is closed). The side view which reversed the side view of A 90 degree | times, and one fragmentary sectional view. C. The figure which the resistor structure part of the water of A opened. D. HH fragmentary sectional view of A (the figure which the resistor part of water closed). E. HH fragmentary sectional view of A (the figure where the resistor part of water opened). F. The processing example figure which divides | segments and inserts the insert processing of a G snap part into two. H. GG partial sectional drawing of A (The figure which the resistor part of water closed). Branch Harris attachment / detachment tool 8a-18 in which the center of the water resistor structure portion T2 of the branch Harris device 8W in FIG. The whole A8a-18 branch Harris mechanism 8W-18 schematic diagram (the resistor part of water is closed). B. The assembly state figure of the branch Harris detachable tool part of the linear body which made the center of the resistor structure part of the water of A through, 1 fragmentary sectional view. C. The figure which the resistor structure part of the water of A opened. D. HH fragmentary sectional view of A (the figure which the resistor part of water closed). E. H-H partial cross-sectional view of A (a view in which a resistor portion of water is opened. F. Example view of return and connection tool and the like on the lower side of Harris or detachable tool 8a-18 of a linear or rod body. Example of a detachable portion of the linear or rod branch Harris removable tool 8a-18 to the upper thread Y. GG partial cross-sectional view of HA (A diagram showing a water resistor section) . A. Overall schematic diagram of a branch Harris removable tool having a water resistor part T3 in which a water Harris structural part 8a-19C is combined with a water resistor structure part (the water resistor structure part is closed) 8W-19A (The branch Harris part is not described). B. A. The branch Harris mechanism 8W-19A whole schematic view with the resistor structure part of water opened by the side view reversed 90 degree | times of the figure. C. A. The BB partial sectional view of a figure. D. A. The AA fragmentary sectional view of a figure. The branch Harris detachable tool 8a-19B. Having the water resistor part provided with the branch Harris detachable part at the lower part of the column of the water resistor part T3 of FIG. Branch Harris mechanism 8W-19B. A. The whole branch Harris removable tool 8a-19B perspective view (thing which does not describe a branch Harris part). B. A. The branch Harris device in which the water resistance portion T3 of the figure is open. Overall schematic diagram. C. A. The BB partial sectional view of a figure. D. A. The AA fragmentary sectional view of a figure. FIG. 14B is a detailed view of the branch Harris attachment / detachment structure portion 19Bz of the branch Harris attachment / detachment tool 8a-19B shown in FIG. 14A. A. The front view of 19Bz part. B. The side view of A figure, (partial sectional view, attachment-and-detachment mouth closed state figure). C. The side view of A figure, (partial sectional view, attachment / detachment opening state diagram). D. The perspective view of the operation side component 19Kp of FIG. E. The assembly side of D of FIG. C, 19cb figure, a fragmentary sectional view. F. EE partial sectional view of Fig. A (before assembly). G. EE partial sectional view of FIG. A. The perspective view seen from the front of branch Harris detachable tool 8a-19C. B. The side view of A figure, (partial sectional view, attachment-and-detachment mouth closed state figure). C. The side view of A figure, (partial sectional view, attachment / detachment opening state diagram). D. The figure before the elastic piece assembly | attachment of the attachment / detachment opening closing direction of a C figure, 1 partial sectional view. E. The elastic piece perspective view of an attachment-and-detachment mouth closing direction. A. The perspective view seen from the branch Harris removable tool 8a-20 front. B. The figure which made the opening / closing piece of the road thread attachment / detachment opening state open. C. The figure which made the outer thread cylinder (long square cylinder) slide to the upper side, and made the locked state the way thread attachment-and-detachment mouth opening-and-closing piece like FIG. D. The figure which connected the resistor part T4 of the water which made the center of the resistor structure part of the water in the C figure. 8W-20. E. FIG. 6D is a diagram in which a fish is caught in FIG. D and the water resistance portion T4 is crushed upward. Detailed view of water resistor T4 The figure which the resistor part of water floats in the water. B. The figure where the resistor part T4 of water was crushed in the upward direction by catching fish. C. JJ sectional drawing of A. FIG. D. KK sectional drawing of B. FIG. A. The side view of branch Harris detachable tool 8a-21. B. The front view of A figure. C. 1 is a partial cross-sectional view of a road thread attachment opening / closing structure part in FIG. D. The side view of the way thread attaching / detaching port of FIG. E. P-P sectional drawing of A figure. F. The elastic piece SE perspective view of the road thread attachment / extraction opening / closing structure part of FIG. The branch Harris mechanism 8W-21 whole schematic which assembled | attached the resistor part T3 of water to the branch Harris detachable tool 8a-21. A. The branch Harris mechanism (8W-21) whole schematic diagram (closed) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-21. B. A. The whole schematic view with the resistor part T5 of water opened. A. The branch Harris mechanism whole schematic view (closed) which assembled | attached the resistor part T2 of water to the branch Harris detachable tool 8a-19C. B. A. The whole schematic view in which the resistor part T3 of water is open. C. The whole branch Harris mechanism schematic which assembled | attached the resistor part T4 of water to the branch Harris detachable tool 8a-19C. A. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to the branch Harris detachable tool 8a-19C. B. The whole schematic view in which the resistor part T6 of water is open. A. The branch Harris mechanism whole schematic diagram (closed) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T6 of water to 8H-22 branch Harris detachable tool 8a-19C. A. The branch Harris mechanism whole schematic view (closed) which assembled | attached the resistor part T2 of water to 8H-6 branch Harris detachable tool 8a-6. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T3 of water to 8W-5 branch Harris detachable tool 8a-5. A. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T4 of water to 8H-10 branch Harris detachable tool 8a-10. B. The branch Harris mechanism whole schematic diagram (open) which assembled | attached the resistor part T5 of water to 8H-9 branch Harris detachable tool 8a-9. General view (open) of a branch Harris mechanism 8W-13 in which a water resistor portion T6 is assembled to a branch Harris removable tool 8a-13 having a lock structure on a disk having elasticity. A. The figure which the snaps Sa-2 and Sb-2 are closing by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body. B. The figure which the snap opens by branch Harris detachable tool 8a-10 which inserted the wire body in the disc body (opening state which can attach and detach a path thread). C. FF sectional drawing of B figure. A. The figure where the snap is closed by branch Harris detachable tool 8a-9. B. The figure which has opened the snap in branch Harris attachment / detachment tool 8a-9 (opening state which can attach / detach the path thread). C. FIG. 27 is a diagram in which a snap is closed by a product obtained by inserting a wire rod body into a ball body instead of the disk body of (A) in the branch Harris removable tool 8a-10 of FIG. 26; D. FIG. 27 is a view in which a snap is opened by an object in which a wire rod body is inserted in place of the disc body of A in the branch Harris removable tool 8a-10 of FIG. E. The figure where the snap is closed by branch Harris detachable tool 8a-11. F. The figure which has opened the snap in branch Harris attachment / detachment tool 8a-9 (opening state which can attach / detach the path thread). G. The branch Harris removable tool 8a-10a in FIG. What inserted a wire rod into a square instead of a disc A. The branch Harris removable tool 8a-12 is composed of a wire body having a sesame seed and a snap. B. Detail part of A middle sesame assembly part. C. GG sectional drawing of A. FIG. A. The figure which provided the slit in the side of the thread thread threading hole of the ball | bowl with the branch Harris detachable tool 8a-2, and formed the elastic part in the immediate vicinity of the said hole. B. A side view of A. FIG. C. NN sectional drawing of A. FIG. D. Branch Harris mechanism whole schematic diagram (open) 8W-2 which assembled | attached branch Harris attachment / detachment tool 8a-2 and the resistor part T6 of water. E. Branch Harris mechanism whole schematic diagram (open) 8W-2 which assembled branch Harris attachment-and-detachment tool 8a-2 and water resistance part T5. A. Branch Harris detachable tool 8a-4 snap open state in which a ring hole is provided in the wire rod. B. Branch Harris removable tool 8a-4 snap-closed state in which a ring hole is provided in the wire body. C. Branch Harris detachable tool 8a-5 snap open state in which a ring hole is provided in the wire rod. D. Branch Harris detachable tool 8a-5 snap-closed state in which a ring hole is provided in the wire body. E. The branch Harris removable tool 8a-6 snap open state in which a ring hole and an elliptic cylinder are provided in the wire body. F. Branch Harris removable tool 8a-6 snap open state (half-sectional view) provided with a ring hole and an elliptic cylinder in the wire rod. G. The closed state perspective view of the branch Harris detachable tool 8a-6 snap which provided the ring hole part and the elliptic cylinder in the wire body. A. The side view of branch Harris detachable tool 8a-1 which provided the threading hole in the upper part in the cylindrical body, and provided the connection hole to the locking tool after the branch Harris detachable tool in the lower part. B. FIG. C. FIG. 2 is an overall schematic view (closed) of a branch Harris mechanism 8W-1A in which a water resistor T2 is assembled to E. D. The whole schematic view (open) of the branch Harris mechanism 8W-1 which assembled | attached the resistor part T3 of water to A. FIG. E. Branch thread is removable on the cylindrical body with a thread threading hole at the top, and a connecting hole from the branch Harris attachment / detachment tool on the lower part to the anchor and the gap immediately adjacent to the thread thread threading hole. Side view of tool 8a-1A. F. FIG. G. FIG. H. FIG. A side view (partial sectional view) of a half-folded branch Harris removable tool 8a-3 of a cylindrical body. B. FIG. C. The side view (partial sectional view) which folded the cylinder. D. The figure just before locking after inserting the thread. E. TT sectional drawing of A. FIG. F. E is an overall schematic view (closed) of a branch Harris device 8W-3 in which a water resistor T2 is assembled to E. A. The shape side view at the time of resin molding of the rugby ball type branch Harris removable tool. B. The front view of rugby ball type branch Harris detachable tool 8a-3A. C. FIG. D. SS sectional drawing of B. FIG. E. FIG. 3 is an overall schematic view (closed) of a branch Harris device 8W-3A in which a water resistor T2 is assembled to B. The branch Harris mechanism 8W-1 to 8W22 water resistor, the branch Harris detachable tool, and a connecting form of the branch Harris detachable tool (binding procedure with Harris 8b-1). Example of attaching the branch Harris stopper (floating stopper) to the road thread FIG. 6 is a schematic diagram of a standing state in which a device is turned on in Japanese Patent Application No. 2012-090806 of Japanese Patent Application Laid-Open No. 2012-090806 “A swimming fishing method” and waits for a hit. Japanese Patent Application No. 2012-255280 in Japanese Patent Application No. 2012-255280 Schematic diagram of the standing state of waiting for a hit by putting a device in the “fishing method in which an upper fish and a bottom fish can be aimed at simultaneously with a single rod”. The water resistor of this application, the branch Harris attachment / detachment tool, the branch Harris state apparatus from the branch Harris attachment / detachment tool to the needle, and put the waiting state for waiting.

Mainly the invention of the branch Harris detachable tool and the part from the detachable tool to the locking tool, and further by accumulating the incidental invention, obstructions on the seabed (rocks on the seabed, shellfish attached to the rocks and No longer entangled Harris on branch algae, large garbage that has been thrown down and dropped on the seabed, and half-buried driftwood settled on the seabed, etc., and the range of movement of live fish in the depth direction has been widened (An angler generally says that shelves are widened), until there is a fish pulling in, there are several to ten or so times of intense pulling of the fish, but the mechanism that can endure the strong pulling, In addition, there are several inventions that reduce the number of times fish are caught but are cut off during the intake process, etc., and even beginners can catch large fish from the land (ships), swimming fishing devices, and fishing methods using these devices. As a result, it is possible to A branch Harris removable tool viewed from a different angle of the removable tool can be added, and a branch Harris device 8W combining a water resistance part is attached to the “Branch Harris having a branch Harris removable tool”, Since the fish can be easily taken in, and the pulling power of the fish can be dispersed by the water resistance portion, the fishing line can be made to be thinned by 10% to 30%.

Only the branch Harris attachment / detachment tool of the present invention may be used as a product, or a branch Harris device in which a water resistance part is combined with the “branch Harris having a branch Harris attachment / detachment tool” may be used as a product. Assy device as a branch Harris device for non-experts (branch Harris attachment / detachment tool, twisting back, Harris, and a locking device attached to the tip of the branch Harris device, It is less likely that the fish will be escaped by the selection of each component of the branch Harris, and the component containing Harris will be escaped by the choice of thinking and mistakes, and wasteful investment Since it is possible, it is recommended that the product be manufactured using an Assy mechanism with one branch Harris (or 8 W). (Approximately 70% of the Harris breakage part of large fishing is a bound portion of Harris. Preferably, the bound portion is coated with a plastic resin, or the Harris diameter near the tip is at least 1.3 times. )

Each dimensional relationship in the drawings is enlarged for important portions, exaggerated where details are difficult to understand, and reduced when describing wide portions or portions that are less important in the present invention. Thus, the dimensions between and within the drawings are not proportional, and are not actual or scaled.
Also, when the interval between lines is narrow, it is likely to become a black and thick line at the scanning stage, so the interval between lines is widened or written with a single line.
Furthermore, parts other than the basic (main) mechanism of the present invention are omitted between the drawings.
[Examples] Hereinafter, the present invention will be described more specifically with reference to examples. However, the present invention is not limited to the following examples.

The branch Harris removable tool of the first invention, and the branch Harris removable tools of the embodiments are 8a-14, 8a-14-1, 8a-16, 8a-17.
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. The branch Harris's locking means A and locking means B, which is a means not found in common sense and can be freely locked between the sea layer and the underwater layer of the prior art, are described in [0006]. Omitted.

The branch Harris branch detachable tool 8a-14 is formed by cutting out the upper part of the substantially spherical ball and the both sides of approximately 1/3 of the left and right, and two convex pieces parallel to the left and right of the central part of the remaining 1/3. 14a, 14b, and a substantially W-shaped slit W between the convex pieces, a thread passing hole H is provided at the back of the slit, and a gap through which the thread can penetrate in the vicinity of the thread passing hole at the back of the slit. The holes 14c and 14e are provided in the right direction of the convex portion (transverse direction of the convex portion) at the approximate center of both convex pieces provided on the left and right in parallel.
In the Harris hole 14c on one convex portion of the hole provided above, the other Harris end of the Harris provided with a stopper 8b-1d at one Harris end is inserted inward from the outside. The other Harris is pulled out until the stop hits the Harris hole of the one convex portion 14a, a concave surface portion is provided on the upper surface of the convex portion above the Harris hole of the other convex portion, and the ball of the other convex portion is provided. As a Harris introducing portion, a slit portion is provided near the bottom of the Harris hole of the other convex portion so as to follow the cut-out flat portion from the side surface toward the Harris hole 14e of the other convex portion 14b. (The cut of the side surface portion of the ball is a Harris inlet that widens a portion of the side surface portion of the ball) The upper surface of the convex portion provided as the Harris introduction portion of the other convex portion is It is a slope that lowers.
The branch Harris detachable tool 8a-14 of the above-mentioned branch Harris connects the holes of the two convex pieces 14c and 14e even if the yarn passes through the gap through which the yarn can pass from the yarn passing hole. The path thread is locked by Harris 8b-1G, and the hung fish is structured not to escape.

How to use the branch Harris removable tool,
The branch Harris elastic detachable tool from which the other Harris has been drawn out is elastically deformed in the range in which the path thread does not damage the path thread through the substantially V-shaped path thread guide section and the gap behind the guide section; Push into the gap and let it pass through the through hole (therefore the gap behind the guide is a gap adapted to the diameter of the thread, and it is necessary to use a branch Harris removable tool having a gap adapted to the diameter of the thread) Next, the Harris ring that has been drawn out is passed through the split portion of the other convex part, and the Harris ring is wound in the hole 14e so that the exit part of the Harris ring is at the back (see FIG. 1a). By tightening at least twice (see FIG. 1 b.c.), Harris 8b-1G is mounted on the detachable part of the detachable tool, and the Harris hole 14c on one convex part is mounted on the Harris 8b-1G. By binding (attaching) to the Harris hole 14e of the other convex portion 14b from It is structured so that it can be locked to the thread even if the thread is pulled out from the thread thread through hole. Then, the branch Harris portion from the branch Harris removable tool to the locking tool is connected to the connecting tool, and the bait is attached to the locking tool, locked to the road thread, and lowered into the water.

Referring to FIG. 1, a branch Harris removable tool 8 a-14 mainly made of synthetic resin,
In FIG. 1a, the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides are cut off, and a substantially V-shaped slit W is provided at the center of the remaining 1/3. A hole is provided as a thread passing portion, and a shape is formed in which a gap through which the thread can pass through is formed in the vicinity of the thread thread through hole at the back of the slit. Two convex pieces are provided on the left and right in parallel with each other, a branch Harris insertion hole 14c is provided in one of the convex pieces 14a, and one end of the branch Harris is placed in the center of the spherical ball in the branch Harris insertion hole. Insert from the side to the outside and pull out the end of one of the branch Harris to give it a retaining function (for example, connect one end of the branch Harris to make a double or triple hump and bond Adhering with materials, short metal pipes such as cacimel, etc. 8b-1d or branch Harris that has been treated in advance for the above-mentioned retaining function End was inserted in the center side direction from the outside of the Gyokutai, pull branches Harris had been inserted into the insertion hole of the branch Harris, brought into close contact retaining portion wherein the insertion hole 14c of the branch Harris,
Next, the other convex piece 14b of the substantially spherical ball is provided with a branch Harris insertion hole 14e and a concave surface for winding Harris on the upper surface of the insertion hole, and further a slit groove for introducing Harris into the insertion hole 14c is provided in the substantially spherical ball. The other side of the convex piece 14b is connected to the insertion hole 14e from the lower side of the convex piece, and a Harris ring is formed on the cut piece formed by providing a cut groove for introducing Harris. FIG. 11 is a drawing showing how the branch Harris is mounted in a single winding by being drawn into a concave surface portion where the Harris is wound around the insertion hole 14e of the branch Harris and the upper portion of the insertion hole.

FIG. b. Fig. 4 is a diagram showing how to mount a branch Harris that is repeatedly wound into a single winding around the other split piece of the convex piece of the substantially spherical ball, and b. What is described on the figure is a simple description of the winding method.

FIG. c. B. In the winding completion state diagram in the figure, a. Although the example figure which connected the coupling tool of the branch Harris described in the lower part of the substantially spherical ball of the figure is described, insert Harris which has a retaining hole in the insertion hole of one branch Harris beforehand. If the connecting tool is connected to the other end of Harris that is secured and secured, it is only necessary to wrap the Harris wheel around the cutting piece after setting the road thread. This is a wrapping method in which a rope is wound around a mooring rod, and even if the road thread comes out from the threading hole of the road thread, this branch Harris removable tool is locked to the road thread and the branch Harris comes off the road thread. There is a feature of not.

FIG. d. FIG. 4 is an overall schematic perspective view of the branch Harris detachable tool 8a-14 before the branch Harris is mounted, and avoids that the drawing becomes difficult to understand if the drawing symbols are too much in other drawings.

The removal of the branch Harris removable tool is a method of unwinding and remaking the wound part, but when catching a fish of 5 to 10 kg, there are many cases where there are scratches in places that are difficult to understand visually, It is recommended that you cut off the Harris and discard it to make a spare object that does not prevent Harris from being removed.

Another type of branch Harris attachment / detachment tool 8a-14, which is made of synthetic resin as a main material, with the branch Harris attachment / detachment tool 8a-14-1, the upper part of the substantially spherical ball and both sides of approximately 1/3 of the left and right sides. Cut out, the two convex pieces 14a and 14b parallel to the left and right of the central part of the remaining 1/3, and a substantially V-shaped slit W between the convex pieces. H is formed, and a gap through which the thread can pass is formed in the back of the slit in the vicinity of the thread passing hole, and the middle part has a large diameter at the approximate center of both the left and right convex pieces. Harris insertion holes 14cm, 14en having both ends tapered to have a small diameter are provided in the direction perpendicular to the convex part (transverse direction of the convex part),
Both the slits are formed so that the slits for introducing Harris into the insertion holes follow the notched flat part toward the Harris insertion holes 14 cm and 14 en from the front side of the lower part of both convex pieces of the substantially spherical ball. It is taken as close to the bottom of the Harris hole of the convex part of the, and connected to the Harris insertion hole, and is provided as a Harris introduction part (the cut part is a Harris introduction opening with a wide side entrance). (See FIG. 2a) When the elastic fittings 8b-1m, 8b-1n and Harris 8b-1H having a shape corresponding to the shape of the Harris insertion hole and the Harris 8b-1H are pulled out from the thread passing hole, the branch Harris is passed through the thread A stopper 8b-1na is provided to be fixed to Harris on the connecting tool 81 side from the fitting part, and the left elastic fitting 8b-1m is provided on the left Harris fitting 8c. A pull-out stopper 8b-1ma for pulling out the Harris 8b-1H (as viewed in the drawing) is provided on the left side (see 8b in the lower section of FIG. 2b). -1H) The branch Harris detachable tool 8a-14-1 of the above-mentioned branch Harris has two Harris insertion holes for the two protruding pieces even if the path thread is pulled out from the path thread passing hole through the gap through which the path thread can pass. The thread is locked by Harris 8b-1H connecting the two, and the hung fish does not escape It is made in concrete

The branch Harris detachable tool 8a-14-1 is used within the range in which the above-mentioned branch Harris detachable tool passes through the substantially V-shaped thread guide part and does not damage the thread in the gap behind the guide part. The yarn is elastically deformed and pushed into the gap and passed through the thread passing hole (the gap at the back of the guide is a gap adapted to the diameter of the thread, and the branch Harris having a gap adapted to the diameter of the thread) Next, it is necessary to use a detachable tool. Next, the Harris 8b-1H having the elastic fittings 8b-1m and 8b-1n fixed thereto is passed through the Harris introducing portion and has a Harris hole of 14 cm. , 14e is introduced at a position where it can be inserted, and the Harris 8b-1H is pulled toward the connector 81, and the elastic inserter is provided with a taper having a large diameter at the center of the hole and a small diameter at both ends. Fit into the hole (see Fig. 2b, Fig. 2c) Connect the branch Harris section leading to the locking device after the branch Harris detachable tool with the connection tool that has been connected in advance to the end, and lock the food to the locking tool to the attachment thread Then drop it into the water.

FIG. 2a is a branch Harris removable tool 8a-14-1, mainly made of synthetic resin, with the upper part of the approximately spherical ball and both sides of approximately 1/3 left and right cut away, and the remaining 1/3 central part. A substantially V-shaped slit is provided in the slit, and a thread thread through hole is provided at the back of the slit as a thread portion, and a gap through which the thread can pass is formed in the vicinity of the thread thread through hole at the back of the slit. A branch Harris of the branch Harris of FIG. 1a) provided with a notch groove and a substantially V-shaped slit at the center of the remaining one third of the notch, and left and right in parallel with the slit. The shape of both of the convex pieces of the substantially spherical ball is provided with a taper that has a large diameter at the center of the hole and a small diameter at both ends. A slit groove for introducing Harris into the insertion hole is provided on both of the convex pieces of the substantially spherical ball. Were allowed to connect to the insertion hole is a perspective view provided.
FIG. 2B is a cross-sectional view taken along the line MM of FIG. 2a. The substantially spherical ball is provided with a slit groove that is connected to the insertion hole from both front sides of the convex pieces of the substantially spherical ball and introduces Harris. The fitting part corresponding to the shape of both holes of the convex piece of the body is fixed to the branch Harris, and the Harris part of the branch Harris provided with the pulling part for the extraction is from the split groove for introducing the Harris in the arrow direction. A chamfered portion (45 to 30 ° chamfer) that is easy to fit into the insertion hole portion of the branch Harris and the shape of the hole is not shown. However, the chamfered part is attached, and a retaining flange is provided on the 8b-1ma side so that the fitting part does not come off.
FIG. 2c is a diagram showing the completed installation of the branch Harris. The branch Harris removable tools 8a-14 and 8a-14-1 which are mainly made of synthetic resin are described as balls by way of example. Even a polygonal cube such as a body, a square, or an octagon, or a rounded shape including a substantially elliptical cross section, a branch Harris stop (preferably 2 to 3 times the diameter of the thread) is used as a branch. The present invention includes all the branch Harris having the Harris detachable tool that has a function of stopping and freely locking the road surface between the sea surface of the branch Harris stoppers.

The branch Harris detachable tool 8a-15 is composed of a main body 15a having a rectangular cross section in the vertical direction and a main body outer cylinder (long square cylinder) 15b made of synthetic resin as a main material. An opening / closing arm 15c having an elastic property for opening and closing the insertion port is provided, and a guide portion for the thread is provided at the back from the insertion port W, and a threading hole H to be engaged with the yarn is viewed from the front side to the back side (see the drawing). {The threading hole of the road thread is a hole that can be stopped by a branch Harris stopper and can be freely locked between the sea surface from the branch Harris stopper} A gap for connecting the thread passing hole is provided in the guide section in the vicinity of the thread passing hole of the path thread, and at the rear part of the main body, a cutting piece 15a-1 serving as a forward end and a backward end stopper, and a branch Harris attachment and detachment tool A connecting portion 15f for connecting Harris leading to the locking tool 8c is provided, and the outside of the main body is provided. The cylinder is assembled so as to substantially cover the entire circumference of the right half of the main body (see FIG. 3a). On the lower surface of the outer cylinder of the main body (hereinafter referred to as a slider), a main body that serves as a forward end and backward end stopper for the slider A stopper advancement / retreat end slide opening 15b2 on which the projection of the cutting piece slides and a fitting inlet 15b1 into which the projection of the opening / closing arm 15c is fitted are provided on the upper surface of the slider, and a molded body of the main body and a slider of the main body Insert the outer cylinder in the direction of the connection part from the main thread threading hole side of the main body, press the open / close arm downward, put the open / close arm in the slider, and press it in the direction of the connection part, and the forward / backward end stopper When the cut piece with the convex part and the convex part of the stopper are pushed up into the slider and then pushed in the direction of the connecting part, the convex part of the open / close arm is fitted into the insertion opening by elastic return force. Is the, the forward end of the slider stopper forward and backward end sliding opening 15b2 which are provided on the lower surface (Fig. 3f see) slider convex portion of Setsuwari piece is fitted by the elastic restoring force. (It will be in the state of FIG. 3c and FIG. 3d.)
Further, the assembly is completed by pushing the open / close arm downward and pushing the slider toward the connecting portion of the main body (the state shown in FIGS. 3a and 3b). It is only necessary to assemble the slider once.

The branch Harris detachable tool 8a-15 is used in a state where the open / close arm is opened (FIG. 3a), and the thread is passed through the guide line of the back thread from the path thread insertion port. Insert the thread thread through the gap that connects the thread holes, push down the open / close arm), push the slider until the forward end stopper hits the left side, and release the open / close arm that was pushed down. The convex portion of the opening / closing arm is fitted into an insertion opening provided on the upper surface of the slider by an elastic return force, and the opening / closing of the opening / closing arm is locked. (When in the state shown in FIGS. 3c and 3d) When removing, the road thread can be removed from the branch Harris attachment / detachment tool 8a-15 by performing the reverse procedure described above. (Return to the state of FIG. 3a, b.)

FIG. 3 a is a branch Harris removable tool 8 a-15 composed of a main body having a rectangular cross section in the vertical direction and an outer cylinder of the main body, and the main body is provided with an opening and closing arm having an elastic property for opening and closing the insertion port of the road thread, A guide part for the thread and a threading hole to be engaged with the thread are provided from the front side to the back side (as viewed in the drawing) from the insertion port, and the guide part and the threading hole for the thread are provided. A connecting gap is provided near the threading hole in the back of the guide part of the road thread, and a connecting part is provided at the rear part of the main body to connect the cutting piece as a forward end and backward end stopper and Harris after the branch Harris removable tool. The outer shell of the main body is assembled so as to substantially cover the front half of the right half of the main body, and this figure shows the state where the main body hits a stopper and the open / close arm is opened.
FIG. 3B is a cross-sectional view taken along the line NN in FIG. 3A and shows a state in which the outer cylinder portion of the main body is fitted, and the stopper advancement provided on the lower surface of the outer cylinder of the main body with the open / close arm open. It is a diagram showing that the convex part of the cutting piece hits the stopper of the retreat end slide port, and the outer cylinder is located at the rearmost end part of the main body, and is provided on the upper surface of the outer cylinder of the main body. The convex part of the opening / closing arm is not fitted into the fitting opening into which the convex part of the opening / closing arm is fitted.
FIG. 3C shows the state of FIG. 3a from the state shown in FIG. 3a until the thread is inserted into the thread passing hole from the opening W of the opening / closing arm 15c, the opening / closing arm is pressed downward, The tube is slid leftward, and the projection of the open / close arm is inserted by the elastic return force into the fitting entrance where the convex portion of the open / close arm is fitted. It is the figure which made it latch on a thread | yarn and locked the opening-and-closing arm further.
FIG. 3d is a cross-sectional view taken along the line NN in FIG. 3c and shows a state in which the outer cylinder portion of the main body is fitted, and the forward end of the outer cylinder of the stopper forward / backward slide end provided on the lower surface of the outer cylinder of the main body It is a figure showing that the convex part of the cutting piece is hit, and the outer cylinder is located at the most forward end of the main body,
It is made to fit in the fitting inlet provided in the upper surface of the outer shell of the said main body and fitting the convex part of an opening-and-closing arm.
FIG. 3e is a schematic view of the molding of the main body of FIG. 3a, with an opening / closing arm that opens and closes the insertion line for the thread, a guide part for the thread, and a threading hole that is engaged with the thread. Provided through from the side to the back side (as seen in the drawing), a gap connecting the guide portion of the road thread and the threading hole is provided in the immediate vicinity of the threading hole at the back of the guide portion of the road thread, and the forward end at the rear part of the main body , A connecting portion 15f is provided for connecting a split piece serving as a receding end stopper and Harris after the detachable tool of the branch Harris. The assembly of the molded body of the main body and the outer cylinder of the main body is performed through the main body. Inserting the outer cylinder in the direction of the connecting part from the thread hole side, pressing the open / close arm downward, placing the open / close arm in the outer cylinder, further pressing in the direction of the connection part, and a cutting piece having a convex part of the advance / retreat end stopper; Push the stopper's convex part up into the outer cylinder and push it further in the direction of the connecting part. The convex part of the cutting piece is fitted into the advance end of the outer cylinder of the stopper advance / retreat end slide port provided on the lower surface of the outer cylinder of FIG. 3c and 3d, and further push the open / close arm downward to push the outer cylinder toward the connecting portion of the main body, thereby completing the state shown in FIGS. 3a and 3b. Assembling the cutting piece to be the receding end stopper to the outer cylinder only needs to be performed once. The above-mentioned branch Harris detachable tool is described as an example of a square with a vertical cross section as an example. It includes polygonal cubes such as hexagons and octagons, and objects whose cross-sectional shape is substantially elliptical.

The branch Harris detachable tool 8a-14, 8a-14-1, 8a-15 is further returned, the entanglement pipe and Harris for the purpose of weight and mark, and the latch attached to the tip of the branch Harris It is a detachable tool for branch Harris having a main component and a branch Harris mainly composed of synthetic resin (see FIGS. 4 and 5). It is preferable to use a snap sulcan with a stopper having a strength of NO3 or higher, and the branch Harris removable tool and the connecting tool after the removable tool are preferably stoppers of NO3 or higher. It is better to use the attached snap sarkan.
A weight is preferred, but a weight with a small diameter at both ends of the center of No. 0.3 to No. 6 is preferred, but use with live bait (swimming fishing) depends on the type and size of the bait. Depending on the fishing method of fishing, which used 1-4 in the trial fishing of yellowtail fishing, but using the weight of 3-6 and heavy weight in the fishing method aiming at the top fish and the bottom fish with one rod Preferably, this weight is a branch Harris locking means B, but it can be easily attached to Harris of a branch Harris having no weight of the same shape after purchase. The range.
Although it is Harris but described in paragraph [0094], if you are aiming for a big fish, you want to use Fluorocarbon No. 10-12, but if you are used to fishing and are good at handling reel drag, No. 5 is catching 8-10kg of pretend.
The tangle-preventing pipe for the purpose of the mark may be any pipe that can recognize how much the above-mentioned branch Harris is on the sea surface, but preferably fluorescent red and white.
Although it is a locking tool, it is a single hook (one needle that is commonly used), a double hook (a two-pronged piece at 120 ° used for lure fishing), a triple hook (for lure fishing). One that is often used at 120 ° in three or four parts), one with a grandchild needle added for feeding, and two needles tied in series, A lantern with two needles suspended in parallel, one with two needles connected in series, one that is loose, and the like. It is the main bundling form of, but selecting a thing that matches the size of the target fish will lead to good fishing results.
In the case of floating fishing, select the target fish. For example, in the case of sea bass, yellowtail, and flatfish (a fish of the yellowtail, which is a high-class fish), there are many people who choose a binding shape that is easy to swallow. I heard that there is no big difference even if I choose and use it.
In the above-mentioned “Swimming fishing” and “Fishing aiming fish and bottom fish with a single carp”, add a grandchild needle for bait with a single triple hook for medium and big fish. It is preferable that the two needles are connected in series, and one of the two needles is free to move, or a grandchild needle is attached to the tip needle between the stomachs of the food fish.

Referring to FIG. 4, the joint Harris detachable tool 8a-14 mainly made of synthetic resin is connected to the snap sulcan of the connecting tool, the return, the entanglement pipe serving as the weight and the mark, and the locking tool with Harris. The branch Harris of the branch Harris removable tool 8a-14-1 is different from that of the branch Harris of the branch Harris 8a-14-1. The explanation is omitted here.

Referring to FIG. 5, a longitudinal Harris slide detachable tool 8 a-15 composed of a synthetic resin as a main material and having a rectangular main body in a vertical cross section and an outer cylinder of the main body and a longitudinal slide of the outer cylinder of the main body. A Harris part is connected to a branch Harris part from a snap sulcan of a connection tool to a locking tool to a connection part of a main body provided with a lock structure that locks in and out of the road thread. (Since it is the same as the portion from the snap sarkan to the locking device in the previous paragraph, it is omitted.)

The branch Harris device 8W-14 includes a branch Harris having a water resistance portion T1 and a branch Harris detachable tool 8a-14, 8a-14-1, and the branch Harris and the branch Harris detachable tool 8a-14, 8a-. 14-1 is provided with a water resistor T1, and the water resistor is provided with a sheet body accommodating portion of the resistor and accommodating the sheet body 16c. The water passages 16Hb and 16Ha are connected to the sheet body storage portion of the water resistor, and when the water flows in from the water passage, the stored sheet body and the lid 8a-16a of the sheet body storage portion are pushed open, A branch Harris and a branch, characterized in that a water resistor T1 is provided on a branch Harris removable tool to be a sheet body of a water resistor having a parachute shape 16c or a turf shape 16c1. Harris removable tool. (Fig. 8B)

The branch Harris device 8W-15 is provided with a water resistor T3 at the lower part of the branch Harris and the branch Harris removable tool 8a-15 (FIG. 8A). The wing part body 19a divided into a plurality of parts and a wing part body holding structure part 2Xa for holding the wing part body so as to be openable and closable. A sphere 19aa provided in the section, and a shaft portion 19ab connecting the wing section and the sphere 19aa, and the wing section holding structure section 2Xa is provided in the water resistor body at the upper end of the wing section body. An elastic ring 19Da is provided which is fitted and fixedly provided with a holding cab 19b for holding the inserted wing part body in an openable and closable manner. And ring insertion groove, fish catch and escape Then, when a large amount of water enters between the resistor body and the wing body and the force of opening and escaping the wing body weakens, the wing body is closed by the elastic return force of the elastic ring. This is a structure in which a branch Harris portion in which a twisting pipe, which serves as a weight and a mark, and a locking tool are connected by Harris is provided at the lower end of the water resistor T3.

The branch Harris mechanism 8W-16 is a branch Harris having a water resistance portion T1, and a branch Harris attachment / detachment tool. The main part is the branch Harris part from the universal tool to the locking tool, and the branch Harris mechanism is provided with a water resistor housing part 16cb of the water resistor part T1 at the upper part of the main body to house the water resistor. And
The water resistor is a parachute 16c or turf 16c1 sheet body, and the branch Harris detachable tool is provided with a slit from the lower end of the main body toward the water resistor housing portion, and a thread is passed through the slit. A thread hole is provided, and the slit and the thread passing hole are connected with a gap that is narrower by several to 10% than the diameter of the thread, and the slit and the thread passing hole are surrounded on the inside. A wire connecting tool 82 is inserted into the wire connecting tool, and snaps Sa-2 and Sb-2 are provided on the wire connecting tool. Further, a branch Harris section is returned at the lower end, and a weight, a Harris entanglement pipe The holding device is connected by Harris, and water passages 16Ha and 16Hb are provided for connecting the sheet body housing portion of the water resistor and the slit of the branch Harris removable tool at the lower part of the main body and the thread passing hole. The resistor T1 of the water that discharges the sheet body into the sea Characterized by providing the branch Harris removable tool, branches Harris and branch Harris removable device.

When the fish hangs on the branch Harris from the branch Harris detachable tool inserted into the branch Harris detachable tool 8a-16 provided with the water resistor T1 to the locking tool, the tip is set. The branch Harris stopper fixed movably to the direction of the road thread closes the device tip direction side of the road thread passage hole, and water flows in from the water passage connected to the sheet body storage portion of the water resistor, Push the lid of the stored sheet body and the sheet body storage section, push the inner sheet body into the water and form a sheet body of a parachute or turf-shaped water resistor, and the hung fish is the weight of the tip of the device Because it pulls in response to the weight, the elastic force of the spear, and the resistance of this water resistor, the pulling force will cause the fish to decay quickly and take in the fish quickly. When and where a resistor is not provided In, the force exerted on the road yarn is several tens of percent less, there is a merit that can be used a more narrow road yarn.

FIG. 10A is an overall schematic front view of a branch Harris device 8W-16 having a water resistor T1, and a water resistor sheet body storage portion is provided on the upper portion, and a fish is hooked from the yarn guide portion to the yarn threading hole. A water passage connected to the sheet body storage portion of the water resistor, and the sheet body stored by the force of water flowing in from the water passage and the lid of the sheet body storage portion are pushed open, and the sheet inside the bottom of the resistor portion of the parachute-like in open water extruded body in water, and the insert process the wire body having a snap-section as branch Harris removable instrument, returning by the wire body and the mass and the tangled prevention pipe and a locking It is the whole branch Harris mechanism 8W-16 from the branch Harris attachment-and-detachment part which has the resistor structure of water which connected the tool with Harris and the connection tool, and reaches a locking tool.
FIG. B is a side view of the branch Harris detachable part having the water resistor structure of FIG. A, and is a view in which the lid of the water resistor part is closed, and the wire Harris body having the snap part is attached to the branch Harris detachable tool. As the insert is processed, a gap is provided through the snap portion from the thread guide to the thread guide hole, and the thread guide hole is provided inside the wire rod from the guide thread guide. This means that even when the thread is pulled out from the branch, the branch Harris detachable tool has a structure in which the thread is locked in the wire rod having the snap part, and the lid of the water resistance part is closed. FIG.
FIG. C is a partial cross-sectional view of a structure in which a water resistor T1 is discharged into the water when the water resistor structure B of B is viewed from the front view direction. It is a thing stored in the sheet body storage part, passing through the thread passing hole from the road thread guide part, and providing a water passage connected to the sheet body storage part of the water resistor, fish is hanging and the branch Harris mechanism is sharply passed When force is applied in the direction in which the yarn is stretched, the branch Harris stopper 7 set in the direction of the leading end of the road thread is in the state 7a, closes the thread passing hole H, and further connects to the sheet body housing portion of the water resistor. A large amount of water flows into the water channel, which pushes the stored sheet body and the lid of the sheet body storage section, pushes the inner sheet body into the water, and forms a parachute or turf water resistor sheet It is a figure showing things that become the body.
Figure D shows the inflow of water through the water passages 16Hb, 16Ha, which are connected to the sheet body storage portion with the two or three-stage Hc threading holes Hc, and through the gaps that pass through the threading hole. This is a diagram in which the diameter of the water passage connected to the sheet body storage portion is increased, and in this way, the water flow amount of the water passage connected to the sheet body storage portion can be set freely. It is a figure showing what can be set.
FIG. F is a view taken from the direction of the arrow A in FIG. A and shows an example of the lid and opening structure of the water resistance body portion. A plurality of elastic tongues 16t having convex portions are provided outside the upper circumferential portion of the sheet body storage portion. In the structure diagram provided with a concave portion corresponding to a plurality of elastic tongues having the convex portion on the inner peripheral surface of the lid,
Fig. E is a cross-sectional view taken along line OO in Fig. F. The lid is in a closed state, and a plurality of elastic tongues 16t having convex portions on the outside are fitted into concave portions corresponding to the plurality of elastic tongues to keep the lid closed. Schematic diagram.
In FIG. G, a plurality of split pieces 16a-3 are provided on the outer peripheral side of the lid, and the cut pieces correspond to the convex portion and the elastic portion 16D on the outer side of the upper circumferential portion of the sheet body storage portion, and to the convex portion. In the structural diagram in which the concave portion is provided on the inner peripheral surface of the lid, when opening both the E and G diagrams, the outer circumferential convex portion provided on the upper circumferential portion of the sheet body housing portion is overcome by the pushing force of water from the inside ( (Push-in) FIG.

The branch Harris mechanism 8W-17 is a branch Harris having a water resistance portion T2 and a branch Harris detachable tool 8a-17, and the branch Harris mechanism is detachable from a water resistor section, a branch Harris detachable tool, and a branch Harris. The water resistor body T2 includes a water resistor body Tc, a plurality of wing parts 17a and 17b divided into an outer surface, and the water body. The resistor portion T2 is provided with a fitting portion 17Dm for fitting the wing portion bodies 17a and 17b, and the holding structure portion 1X for holding the wing portion body so as to be freely opened and closed is provided on the upper portion of the main body. The branch Harris detachable tool is provided with a gap connecting to the thread thread insertion hole and the thread thread insertion hole at the lower part of the main body at the lower part of the main thread insertion slot, The gap between the thread threading hole and the thread threading hole is a snap section. The wire rod is inserted into the wire rod arc so as to be located inside the arc, and the branch Harris portion extending from the branch Harris detachable tool to the locking device is returned by the wire material, the weight, the calami prevention pipe, and the locking device. This is a branch Harris mechanism of a branch Harris detachable tool having a water resistance portion T2 connected to Harris by a connector.

The holding structure portion 1X that holds the wing portions 17a and 17b in an openable and closable manner arranges the wing portions in a circular shape on the outer side and the inner side (A-G sectional view H of A), and the upper portion of the wing portion body is the above-mentioned The wing body holding structure 1X is inserted into a circular insertion groove in which a slit groove is formed (see 17a, 17b, 17a, and 17b) in a shape that can be inserted in a line (as shown in FIG. H-H cross-sectional view of E), the outer edge of the circular insertion groove having a wing part with a slit groove, and the outer edge of the groove is spread by the resistance of water, and the outer edge provided below the outer edge of the groove Water that flows in between the lower part of the main body and the closed wing body, which holds the opening angle (open angle) by the open angle end stoppers 17as, 17bs and 17cs of the anti-bending parts 17cp and 17a, 17b. The wing body receives the resistance of the When the wing part body is weakened, the wing part body is closed by the elastic return force of the elastic ring 17Dr provided below the wing part body insertion part and the insertion part 17ce into which the wing part body is inserted. A holding structure for holding the body in an openable and closable manner is provided on the upper part of the main body, and the wing part of the water resistance body is the weight of the weight of the tip of the device and the throwing weight. Since it is pulled by receiving the combined force of the elastic force of the sea bream and the resistance of this water resistor, the pulling force will cause the fish to decay quickly and take in the fish quickly. There is an advantage that thinner road yarns can be used because the force applied to the road yarns is reduced by several tens of percent when there is no case.

FIG. 11A is an overall schematic view of the branch Harris device 8W-17 of the branch Harris detachable tool 8a-17 having the water resistor T2, and the water resistor T2 is closed and floating in the sea (underwater). so,
In this state, if a large fish catches on the fishhook and escapes at a high speed, the wing body receives the resistance of water flowing in between the lower part of the main body and the wing body and opens the wing body outward. (FIG. 11C), the opened wing body acts to brake the speed at which the large fish escapes, the load on the large fish increases, it works to cause the fish to decay quickly, and the fish can be taken in quickly .
C is a view in which the water resistance part of A is open, and a wire rod body having a snap part is inserted as a branch Harris removable tool, and a gap is formed through the path thread guide section and the path thread threading hole. , Michiito road yarn through yarn holes from the road yarn through yarn hole by providing the inside of the wire body the road yarn in branches Harris removable device also exits from the road thread guide portions is locked structure It is the figure which consists of.

FIG. 11F. G is an example of assembling by dividing the insert processing of a wire body having a snap part into two parts. In the figure, a wire body insertion groove is provided in one of the two parts, and the other part of the wire part is inserted and divided into two parts. This is an example of a processing method in which the tool can be made cheaper than insert molding if it is assembled and fixed.

When the resistance force of water spreading the wing body is weakened, the wing body is closed by the elastic restoring force of the ring of the elastic body, and the state shown in FIG. 11A is obtained.
The object described in the embodiment of the present invention is illustrated as an example, and the resistor of water is illustrated as a circle, but it may be a structure having a function of damaging the force of the fish hanging around. For example, even if the shapes and mechanisms of squares, hexagons, ellipses, etc. are different, they are included in the present invention, and two wing parts are described in an alternating arrangement, but the arrangement and wings are divided into at least three pieces. Even the thing in which the magnitude | sizes of the parts changed and the thing with a clearance gap between wing parts may be sufficient, and it is included in this invention.
Furthermore, the combination of the thing which can combine the resistance part of water, the branch Harris detachable tool, and the branch Harris part from the branch Harris detachable tool to the locking tool can be designed freely.

The branch Harris mechanism 8W-18 is a branch Harris having a water resistance portion T2 and a branch Harris attachment / detachment tool 8a-18. The main structure is the branch Harris section from the tool to the locking tool.
The water resistor T2 is provided with a water resistor main body and a plurality of wing parts 18a and 18b divided on the outer surface, and a fitting part 18Dm for fitting the wing part into the water resistor T2. And a holding structure portion 1X for holding the wing body in an openable and closable manner provided at the top of the main body,
The branch Harris attachment / detachment tool having the branch Harris attachment / detachment part position of the branch Harris attachment / detachment tool 8a-17 having the water resistance part T2 provided in the lower part of the water resistor part T2 main body, The resistor body T2 is provided in the upper part of the body, and the branch Harris detachable tool is changed so that the water resistor part is located below the path thread (as seen in the drawing) when used. From the center of the resistor T2 body, a linear (or bar) branch Harris detachable tool is provided, and the upper portion of the linear body is used as a detachable portion of the thread, and the lower portion of the linear body is further returned. The branch Harris of the branch Harris detachable tool having a water resistance body portion T2 which is provided with a connection preventing structure at the upper and lower portions of the wire body as a connecting portion of the branch Harris portion connecting to the locking tool. This water resistor T2 is used to set the weight of the weight of the tip of the device and the throwing weight. Since it pulls under the combined force of the elasticity of the shark and the resistance of this water resistor, the pulling force will cause the fish to decay quickly and take in the fish quickly. There is an advantage that thinner road yarns can be used because the force applied to the road yarns is reduced by several tens of percent when not provided and when provided.

FIG. 12A is an overall schematic view of the branch Harris device 8W-18 of the branch Harris detachable tool 8a-18 having the water resistor T2, and the water resistor T2 is closed and floating in the sea (underwater). In this state, when the large fish catches on the fishing hook and escapes at a high speed, the wing body receives the resistance of water flowing from between the lower portion of the main body 18c and the wing bodies 18a and 18b, and the wing body. The outer wings act as a brake on the speed at which the large fish escape, the load on the large fish increases, the fish quickly decays, and the fish can be taken in quickly I can do it.
B is a partial cross-sectional view of the branch Harris attaching / detaching portion (central portion) of FIG. A, with a linear (or rod) branch Harris attaching / detaching tool 18Hc inserted in the central portion of the water resistance portion T2. The upper part of the wire body is a detachable portion (18Ha threading hole, gap immediately adjacent to the S hole), and the lower part of the wire body is a connecting part 18Hb of a branch Harris part extending from the return to the locking tool. Further, the upper and lower portions of the wire body are provided with a retaining function structure 18He, 18Hs. C is A. The branch Harris mechanism 8W-18 shown in Fig. B shows a large fish hanging away at a fast speed and the water resistance T2 is opened. This branch Harris removable tool 8a-18 is like 8a-16, 8a-17. Even if the thread is pulled out from the thread passing hole H, the thread is not structured in the branch Harris removable tool, but it can be attached to the thread by a one-touch operation. Branch Harris removable tool. The wing body is circularly arranged on the outer side 18a and the inner side 18b (A-G cross-sectional view H of A), and the upper part of the wing body is a circular fit with a slit in the holding structure of the wing body. It is inserted into the groove in a shape that can be inserted side by side (like 18a, 18b, 18a, 18b). (Inset is HH cross-sectional view of D.E) D is HH partial cross-sectional view of A with the wing portion of the water resistance portion closed, and the branch branch Harris of this figure The detachable part has an insertion guide part of the branch Harris at the upper part of the wire body, an elastic gap near the thread passing hole, and a structure of the connecting hole of the lower branch Harris part as shown in Fig. F. It is the figure which the wing | blade part body closed with the branch Harris detachable tools 18a and 18b which are made into the structure of the left. E is a cross-sectional view taken along the line H-H of A, and the wing portion body expands the outer edge portion of the groove of the circular insertion groove with the split groove by water resistance, and is provided below the outer edge portion of the groove. An open angle end stopper with a bend stop at the outer edge portion, and maintaining the opening angle. F-line (or rod) branch Harris removable tool 8a-18A lower return and connecting tool, etc. In the example diagram, the left side is provided with a locking hole 18Hb such as a return and a connecting tool at the lower end portion of the wire 18Hc, and the upper portion of the wire 18Hc is placed on the upper portion of the wire 18Hc from the half turn to the half turn. It is left as an insertion guide part for retaining and twisting back and connecting tools. On the right side, a locking hole 18Hb such as a return and connecting tool is provided at the lower end of the rod 18Hc, and an upward retaining 18He is provided on the upper side. G is an example of a detachable portion of the linear body (or rod) branch Harris detachable tool on the upper thread, and the left is the path thread of the removable portion on the upper end of the linear body 18Hc. A locking hole 18Ha is provided to provide a gap on the lower side where a half-turn to one-turn half-way thread can be inserted and locked. It is left as an insertion guide for attaching and detaching. On the right side, a path thread locking hole 18Ha of a detachable part to the path thread is provided at the upper end of the rod 18Hc, and a downward retaining ring 18He is provided at the lower side.
What can connect a branch Harris removable tool (8a-15, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T2 is different in combination. Therefore, it is included in the present invention.

The branch Harris mechanism 8W-19A is a branch Harris having a water resistance portion T3 and a branch Harris attachment / detachment tool 8a-19C. The main structure is the branch Harris section from the free tool to the locking tool.
The water resistor part T3 is composed of a water resistor body 19c, a wing part body 19a divided into a plurality of outer surfaces, and a wing part body holding structure part 2Xa for holding the wing part body in an openable and closable manner. The wing part body is composed of a wing part that receives water resistance when opened, and a sphere 19aa provided at the upper end part and a shaft part 19ab that connects the wing part and the sphere 19aa. The resistor body is provided with a fitting portion 19cc for fitting a sphere provided at the upper end portion of the wing portion body, and a holding cap 19b for holding the fitted wing portion body in an openable and closable manner is provided. Furthermore, an elastic ring 19Da and a ring insertion groove that allow the wing body to be opened and closed are provided, and a large amount of water enters between the resistor body and the wing body when a fish catches and runs away. (Fig. 13B) When the force to escape is weakened, the elasticity Wing portions body by an elastic restoring force of the ring is a closed structure.
The branch Harris attachment / detachment tool 8a-19C of the branch Harris device 8W-19A is provided with a branch Harris attachment / detachment tool that can be used alone as a attachment / detachment tool combined with the water resistor T3. A branch Harris attachment / detachment tool shown in FIGS. A to E, a main thread 19CZ of a substantially rectangular plate body having an elastic portion, a road thread attaching / detaching portion 19p, a path thread passing hole, and a path thread passing hole from the road thread attaching / detaching portion. And the elastic piece 19Db and the elastic piece inserted to hold the road yarn attaching / detaching portion in a closed state when no external force is applied to the road yarn attaching / detaching portion having the elastic portion and the road yarn guiding portion. The lower part of the main body, which is provided with a portion and provided with an elastic piece, is provided by being fixed to the holding cap portion of the water resistor T3. Also, the water resistance T3 is pulled because the hung fish is pulled by receiving the weight of the weight of the tip of the mechanism, the elastic force of the throwing spear, and the resistance of the water resistance. The force will cause the fish to decay quickly, and the fish can be taken in quickly. Also, when this water resistor is not provided and when it is provided, the force applied to the road thread is reduced by several tens of percent. There is merit that can be used.

FIG. 13A is an overall schematic view of the branch Harris device 8W-19A of the branch Harris detachable tool 8a-19C having the water resistor portion T3, in which the water resistor portion T3 is closed and floating in the sea (in the sea). In this state, if a large fish hits the fishing hook and escapes at a high speed, the wing body receives the resistance of water flowing in between the lower part of the main body and the wing body, and the wing body is moved outward. Open (Fig. 13B), the open wings act to brake the speed at which the large fish escape, the load on the large fish increases, the fish quickly decays, and the fish is taken in quickly I can do it. B is a figure in which a large fish hangs on the branch Harris mechanism of Fig. A, and the resistance part of the water escapes at a high speed. Even if the road thread comes out, the branch Harris detachable tool does not have a structure in which the road thread is locked in the branch Harris detachable tool, but can be attached with one touch. C is a cross-sectional view taken along the line B-B of FIG. A showing the detailed structure of the water resistance body main body, the wing body divided into a plurality of outer surfaces, and the wing body body holding structure that holds the wing body in an openable and closable manner. The water resistor body is provided with a fitting portion for fitting a sphere provided at the upper end portion of the wing portion body, and a holding cap for holding the fitted wing portion in an openable and closable manner is provided. The left side is a view in which the wing part body is opened, and the right side is a view in which the wing part body is closed.
D is a cross-sectional view taken along the line A-A in FIG. 5A, in which the wing portion of the water resistance portion is closed. This water resistance portion T3 illustrates the wing portion in four parts, but is divided into four parts. Regardless of the above, when the wings that are subject to water resistance in Fig. B are closed, the wings area that is subject to water resistance is increased by opening the wings in the inner, outer, inner and outer sides. You can also do things.

The branch Harris mechanism 8W-19B is a branch Harris detachable tool 8a-19B having a water resistance portion T3. The main part is the branch Harris section leading to the stopper, and the difference from the branch Harris 8W-19A is that the branch Harris removable tool 8a-19A is located above the water resistor section. On the other hand, the branch Harris detachable portion 8a-19BZ is positioned below the water resistance portion (locked on the upper side of the road yarn 10). And a branch Harris detachable part 8a-19C which can be used as a detachable tool in combination with the water resistor T3 (shown in FIGS. 16A to 16E). Whereas the branch Harris removable part is water resistant Since that is provided in the lower body parts are differences describing only the structure of the branch Harris removable portion.

The branch Harris detachable part 8a-19BZ is provided with an assembly part 19K having an elastic part, a path thread attaching / detaching operation part 19pc, and an elastic holding part 19Dc, which are assembled in a column at the lower part of the body of the water resistor T3. A thread passing hole H, a fitting part 19Kb for fitting and holding 19K of the assembled part, and a path thread attaching / detaching part having the elastic part and a path thread guide in the column below the main body of the water resistance part in which the part is incorporated. When an external force is not applied to the part, an elastic piece 19Dbb for holding the dovetail attaching / detaching port 19BW in a closed state is provided, and the elastic part 19Db is fitted and assembled to the fitting part 19Kb for fitting and holding the assembled part. The part is provided with an elastic piece 19Kp having a recess 19Dm at the center lower part of the upper part of the assembly part, and a convex part 19Kt which serves as a retainer after assembly at the tip of the elastic piece A branch Harris which is provided with a concave portion 19Ku which is provided at the back of the opposite fitting portion 19Kb to prevent it from coming off after assembling. The elastic piece having the above-mentioned shape is picked from both sides in the middle direction and attached to the fitting portion 19Kb. It is a free part.

FIG. 15A is a front view of the branch Harris detachable portion 8a-19BZ provided in the column at the lower part of the body of the water resistor T3. FIG. 15A is a diagram in which 19K as an assembly part is assembled. A state diagram in which 19K of the thread passing hole H and the assembly part are assembled, and a diagram showing a configuration of a connecting hole for connecting the Harris portion, B is a side view of the branch Harris detachable portion in which A is inverted by 90 ° The main part of the figure is a cross-sectional view, and when no external force is applied to the opening / closing operation part of the road thread attaching / detaching port, the road thread attaching / detaching part having the elastic part, and the road thread attaching / detaching guide part, It is the figure which showed arrangement | positioning structure of the elastic piece which hold | maintains an attachment / detachment opening in a closed state, C inserted the opening / closing operation part of B in the arrow direction, opened the said road thread attachment / detachment opening, and was able to insert a road thread is a view, search-after turning the elasticity of the elastic pieces for holding the road yarn access opening in a closed state Returning to the state B in the return force is a sectional view showing that holds the road yarn access opening in a closed state. D is a perspective view of the assembly part only, E is a cross-sectional view of the main part on the side where 19K of the assembly part of D provided in the column below the main body of the water resistor T3 is assembled. It becomes B figure. What can connect the branch Harris detachable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T3 Since only the difference in combination is included in the present invention.

The branch Harris detachable tool 8a-19C is a branch Harris detachable tool. The branch thread attaching / detaching part 19p having the elastic part on the main body part 19CZ of the substantially rectangular plate body, the path thread passing hole H, and the road thread attaching / detaching part. An elastic piece that is provided with a path thread guide portion 19pa connected to the path thread threading hole and holds the path thread attachment / detachment portion in a closed state when no external force is applied to the path yarn attachment / detachment portion having the elastic portion and the path yarn guide portion. 19Db and an elastic piece insertion portion 19cc are provided, and the elastic piece is inserted and provided.

FIG. 16A is a front view of the branch Harris detachable tool 8a-19C with a slightly perspective view added,
Fig. B, showing that the branch Harris detachable tool is locked to the thread by passing the thread through the thread thread hole, is a side view of the branch Harris detachable tool with A inverted by 90 °. In the sectional view of the section, when an external force is not applied to the path thread attaching / detaching section 19pc and the path thread attaching / detaching guide section 19pa having the elastic section 19Dc, the path thread attaching / detaching opening is kept closed. It is the figure which inserted the elastic piece to do in a fitting entrance, and is a sectional view showing the fitting part of the elastic piece which holds a way thread attaching / detaching port in a closed state. C is a view in which the opening / closing operation part 19p of B is pushed in the direction of the arrow to open the path thread attaching / detaching port so that the thread can be inserted, and a cross-sectional view of the insertion part of the elastic piece for holding the path thread attaching / detaching port closed It is a thing.
D is a partial cross-sectional view of the insertion portion of the elastic piece that holds the dovetail attaching / detaching port in a closed state, and a concave portion that prevents the elastic piece from coming off is provided when assembled in the middle portion of the insertion port. FIG. 4 is an only view (molding only view) of a main body portion of a substantially rectangular plate. E is a perspective view of an elastic piece only that holds the path thread attaching / detaching port in a closed state. When assembled in the middle part of the fitting inlet of D, it becomes a retainer that is opposed to the recess 19 Ku that prevents the elastic piece from being detached. It is a repetitive elastic piece that is pinched from the left and right having a convex portion 19Kt and fits into the fitting opening 19cc. As can be seen from the above description of the drawings, this branch Harris removable tool 8a-19C can be formed by simply molding two bodies (main part and elastic piece) and inserting the elastic piece into the main part. It can be said that it is a low-cost product among the free tools, and the attachment / detachment operation is also one-touch.

The branch Harris 8W-20 branches Harris removable device 8a-20, is obtained by connecting the resistor portion T4 of the water, the branch Harris resistor portion of the water and the branch Harris removable tool and branch Harris detachable tool The branch Harris detachable tool extending from the lock to the locking tool has a main structure, and the branch Harris detachable tool is provided with a path thread attaching / detaching operation piece 20c and a path thread threading hole H at the end of a rectangular cube main body 20a. The main body includes a storage portion 20cn for the above-mentioned path thread attaching / detaching operation piece, an outer cylinder 20b for locking the opening / closing of the above-mentioned path thread attaching / detaching operation piece to the cube main body part, an elastic part 20D for sliding operation of the outer cylinder, and an elastic deformation end stopper. 17A is provided with a slide forward end stopper 20sf of the outer cylinder, a forward and backward position holding stopper 20sm, and a backward end stopper 20sb. FIG. FIG. 2 is a schematic overall perspective view of the branch Harris detachable tool seen through the outer cylinder with the outer cylinder positioned at the forward end. From the state of A, the elastic part is pushed rightward until it hits the elastic deformation stopper. FIG. 17B is a view in which a slide thread holding operation stopper provided at the front end of the rectangular cube is twisted upward. The shape is provided, a gap through which the thread is passed through the thread passing hole is provided, the thread is passed through the thread passing hole, and the storing part 20c of the above-described thread attaching / detaching operation piece is stored. FIG. Push rightward until it hits the stopper, and slide the outer cylinder slide advance end and back end position holding stopper until the outer cylinder gets over and hit the advance end stopper. , Backward position maintenance Stopper is able to hold in it to return to the position of the original shape by an elastic restoring force.
The water resistance portion T4 includes upper and lower lid portions 2a-1, 2a-2, a cylindrical outer portion 2b between the upper and lower lid portions, and a shape memory elastic bag 2v built in the cylindrical outer portion. (The shape memory elastic bag has a shape in a state in which no force is applied from the outside. When a force is applied from any direction, the shape memory elastic bag is deformed to a shape corresponding to the force, and the force is applied from any direction. The cylindrical outer shell portion 2b is divided by a plurality of upper and lower slits, connected to the upper and lower lids, and the upper and lower portions. Left and right valley fold lines are provided in the connecting portion of the lid portion, and at least one mountain fold line in the left and right direction is provided in the cylindrical outer shell portion divided by the groove, and is incorporated in the cylindrical outer shell portion. The shape memory elastic bag is provided with an elastic tube 2s through which a thread thread penetrating in the vertical direction of the central portion is passed. Although the water resistor T4 is described as a cylinder, it has a shape memory elastic body bag and forms a resistance board (plate) that receives water resistance by the pulling force of fish. If it does, it can be rugby ball type or saddle type, regardless of shape.
Furthermore, by enclosing a liquid in the shape memory elastic bag, the specific gravity can be set to around 1.0 without adding a weight or the like.

Referring to FIG. 18, A is a shape memory elastic bag that is built in the cylindrical body between the upper and lower lid parts, the cylindrical outer shell part between the upper and lower lid parts, and the cylindrical body. Floating in the sea (underwater) in its original shape (FIG. 18A, floating vertically with a weight or the like attached to the lid on the 2a2 side, FIG. 18C is a JJ cross-sectional view of FIG. 18A), The outer shell of the cylinder is divided by a plurality of upper and lower slits, and is connected to the upper and lower lids. If there is a branch Harris above the upper lid, a fish is caught and pulled upward, The load (5a) provided under the portion T4 body stops at the load stop (6a), and the load tries to push the lower lid portion of the water resistor body upward, but the upper lid portion The lower lid and the shape memory elastic bag are crushed by the resistance of the water received by the part, and the elastic tubular body through which the thread is passed is also freely deformed ( 18B KK cross-sectional view and FIG. 17D), the intermediate part of the cylinder is deformed laterally outward to form a disk part that receives water resistance, and becomes a disk part that receives further water resistance (FIG. 17B), and escapes. Applying brakes to the speed increases the load on large fish, allowing the fish to decay quickly and take it in quickly (5 and 6 may not be needed at this time). If there is a needle under the water resistor T4, when the fish is hooked and pulled downward, the rim 5 provided on the water resistor T4 body stops at the float 6 and stops. Tries to pull down the upper lid portion of the resistor body of the water, but the upper lid portion and the shape memory elastic bag are crushed by the resistance of the water received by the lower lid portion to become the resistor portion of water ( At this time, 5a and 6a are unnecessary). What can connect a branch Harris removable tool (8a-15, 8a-17, 8a-18, 8a-19C, 8a-20, 8a-21) alone to the upper part of the water resistor T4 Since only the difference in combination is included in the present invention.

The branch Harris device 8W-20 is provided by connecting the branch Harris detachable tool 8a-20 alone as a detachable tool to the water resistor T4.

FIG. 17A moves the outer cylinder of the virtual line locking structure downward by pushing the elastic operation part on the left outer peripheral part in the direction of the arrow or lowering the outer cylinder of the virtual line locking structure by hand. In the state of B, the 20C part of the elastic piece of the road thread attaching / detaching operation unit (with 20ct on the 20ct) is pulled up, and the space between the main body part and the elastic piece of the road yarn attaching / detaching operation part is The thread can be attached to and removed from the thread, and the thread is attached to the thread passing hole at the upper part of the main body, and the elastic piece of the road thread attaching / detaching operation part is stored in the elastic piece storage part of the road thread attaching / detaching operation part. , C lifts the outer cylinder of the lock structure upward, moves over the convex portion for holding the forward end position, and moves upward to complete the attachment of the road yarn and the locking of the elastic piece of the road yarn attaching / detaching operation portion Then, reverse the operation to remove the thread. D is a figure that is connected to the water resistance part of the cylindrical body and further connected to the part (not shown in the drawing) from the return of the branch Harris to the locking tool, and is made into a branch Harris mechanism 8W-20. is there. E is a diagram in which a fish is caught on D's branch Harris and the resistance part of the water is crushed by the resistance of the water, and the resistance of the water is crushed to receive a greater resistance of the water.

The branch Harris mechanism 8W-21 is a branch Harris attachment / detachment tool 8a-21 connected to the water resistance part T3. The branch Harris mechanism includes a water resistance part, a branch Harris attachment / detachment tool, and a branch Harris attachment / detachment tool. The branch Harris section leading to the locking device is used as a main component, and the water resistor body is configured to freely open and close the water resistor body 19c, the wing body 19a divided into an outer surface, and the wing body. The wing part body holding structure 2Xa for holding the wing part is subjected to water resistance when the wing part body is opened, the sphere 19aa provided at the upper end part, and the shaft part 19ab connecting the wing part and the sphere 19aa. The wing part body holding structure part is provided with a fitting part for fitting a spherical body provided at the upper end part of the wing part body in the water resistor body, and the wing part body can be opened and closed freely. A holding cab 19b is provided and is fixedly attached. Is provided with an elastic ring 19D that allows the wing body to be opened and closed and a ring insertion groove, and when a fish catches and escapes, a large amount of water enters between the resistor body and the wing body to open the wing body { FIG. 13 (B)} When the force to escape is weakened, the wing body is closed by the elastic restoring force of the elastic ring.

The branch Harris mechanism 8W-21 is a branch Harris attachment / detachment tool 8a in which an elastic piece SE is provided in a substantially spherical body and a road yarn guide portion W, a gap S, and a road yarn threading hole H are provided at the back as a road yarn attachment / detachment portion. A branch Harris device coupled to any one of the water resistor T2 to the water resistor T6.
The branch Harris device is a branch Harris attachment / detachment tool of FIGS. 19A to 19F, which is provided by connecting a branch Harris attachment / detachment tool as a single attachment / detachment tool to the water resistor T3. The main thread 21 </ b> Z of the elastic body has a path thread threading hole H, a path thread threading piece (SE section), a path thread threading guide section W, and the path thread threading hole at the back of the path thread threading guide section. H is provided with a gap S penetrating H, and the above-mentioned road thread attaching / detaching piece portion receives the road thread attaching / detaching opening / closing piece SE and the road thread attaching / detaching opening / closing piece and maintains the closed state of the road thread attaching / detaching opening. A guide portion 21b that also serves as a portion is provided, and the above-mentioned road thread attaching / detaching port opening / closing piece SE is laterally cut from the front end portion toward the main body so as to increase the elastic force in the closing direction of the road thread attaching / detaching port opening / closing piece. The area is gradually increased, and the closed state is maintained by the elastic return force after the opening / closing operation of the above-mentioned road thread attachment / detachment opening Are connected to the main body portion 21Z of the substantially ball body, and are provided with recesses SE-b on both sides of the body connection direction of the approximate ball body several millimeters from the leading end of the above-mentioned path thread attachment opening opening / closing piece. The guide part which also serves as the road thread attachment / detachment piece holding part is provided so as to sandwich the path thread attachment / extraction opening / closing piece, and this is a state where the branch Harris The connection hole 21f for connecting the branch Harris portion extending from the return to the locking tool is provided, and the connection hole is not necessary when the branch Harris detachable tool is not used as a branch Harris detachable tool alone.

The branch thread attaching / detaching operation of the branch Harris attaching / detaching tool is carried out by bringing the branch Harris attaching / detaching tool so as to be positioned in a state where the thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the above-mentioned branch Harris removable tool is pushed rightward from that state, the thread opening / closing opening / closing piece is deformed and pushed into the shape shown in FIG. S is pushed into the thread passing hole H from S, and the opening / closing piece of the thread thread attaching / detaching port is accommodated by the elastic restoring force in the guide part also serving as the thread thread attaching / detaching piece holding part, as shown in FIGS. 19A and C. If you get used to it, you can do it with a single touch.
Further, the branch Harris detachable tool is structured to be locked in the branch Harris detachable tool even when the thread is pulled out from the path thread passing hole H.

FIG. 19A is a front view of the branch Harris detachable tool, in which a thread thread passing hole is provided in a substantially central portion of the main body of the approximately ball body, and a gap connecting from the thread thread threading hole to the path thread detaching guide portion; FIG. 3 is a structural diagram in which a road thread attachment / detachment opening and closing piece and a connection hole 21f for connecting a branch Harris section extending from the return of the branch thread to the locking device are provided. It is the figure which has closed. B is a side view of A as viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece is provided in the vertical direction of the substantially central part of the main body of the lens. C is a cross-sectional view of the above-described operation section of the above-mentioned road thread attachment / detachment opening / closing piece A described in the above paragraph, and the part surrounded by the phantom line is the road thread attachment / detachment opening / closing piece part. D is a view showing the movement of the SE section when the path thread attachment / closure opening / closing piece of A and C is opened and the path thread is attached / detached to / from the thread passing hole, which also serves as the path thread attachment / detachment holding section. It is a figure which pushes and opens the above-mentioned road thread attaching / detaching opening / closing piece held by the guide part from right to left, and passes the gap from the road thread attaching / detaching guide part and inserts it into the thread passing hole. At times, push the opening and closing piece of the above-mentioned road thread attachment opening from the right to the left to open it and take out the road thread. E is a cross-sectional view taken along the line P-P of A, in which the above-mentioned road thread attachment opening / closing piece is held by a guide portion that also serves as the above-mentioned road thread attachment / detachment piece holding section, and the above-mentioned road thread attachment opening is in a closed state. It is the figure which shows the state which fits into the recessed part of the both sides of an opening-and-closing piece and is locked. F is a perspective view of the above-mentioned thread-line attachment / closure opening / closing piece of C, and the cross-sectional area is gradually increased from the tip toward the main body to increase the elastic force. FIG. 7 is a perspective view of an SE portion having a shape that is held in a closed state by the elastic return force of the above-mentioned, and provided with recesses on both sides of the position of the main body portion of the ball approximately several millimeters from the distal end portion of the above-mentioned path thread attachment opening opening / closing piece. .

FIG. 20 is a schematic overall view from the branch Harris mechanism 8W-21 to the water resistor T3, the branch Harris, the branch Harris removable tool 8a-21, and the branch Harris removable tool to the locking tool. The water resistor and the branch Harris detachable tool are connected (connected), and the connection (connection) relationship between the water resistor and the branch Harris detachable tool is shown below in the figure. However, it is also within the scope of the present invention that the branch Harris detachable tool is joined (connected) to the lower end of the main body of the water resistor so as to be positioned above.

The branch Harris mechanism 8W-21A is a branch Harris attachment / detachment tool 8a-21 connected to a water resistance part T5. The main part is the branch Harris part leading to the locking tool, and the water resistor part includes a water resistor body T5c or 15c, a plurality of bone parts provided on the outer periphery of the water resistor body, and T5B. Or 15B and the sheet body portion T5S, and the water resistor main body and the bone body portion provided on the outer periphery of the water resistor main body are connected to the connection portion of the water resistor main body and the bone body portion. An elastic portion is provided as a hinge portion T5hn. The hinge portion is connected (connected) so as to be opened and closed. The elastic ring T5D or 15D and at least one circumference on the surface A holding portion T5Du is provided, an elastic ring is fitted into the ring holding portion, an elastic body (string body) is provided on the entire inner surface of the large-diameter portion of the sheet body, and the adjacent bone body portion substantially intermediate portion This is a water resistance portion formed by fixing at least one elastic wire body (string body) T5da to the sheet body (preferably fixed to a substantially intermediate portion of the adjacent bone body portion on the front periphery).
The structure of the branch Harris detachable tool and the branch Harris portion extending from the branch Harris detachable tool to the locking tool are described in [0056] to [0058], and thus omitted (see FIG. 21, A & B diagram).

A large amount of water enters between the resistor body and the plurality of bone bodies and sheet bodies provided on the outer periphery of the water resistor body when the fish resists the water and escapes (FIG. 21B). When the force of escaping is weakened when the bone body portion and the sheet body portion, which are connected (connected) in an openable and closable manner by the elastic hinge portion, and the escape force becomes weak, the elastic body wire (string) Body) closes the sheet body in the direction of closing the inside of the bone body portion, and the resistor portion T5 is closed by the elastic restoring force of the elastic ring.

FIG. 21A is a half cross-sectional view of a state where the branch Harris mechanism 8W-21A is locked to the road thread and is floating in the water. The general | schematic whole view which the branch Harris from a branch Harris detachable tool and a lower branch Harris detachable tool to a locking tool latches a road thread and floats in water. B is a state where a large amount of water enters between the bone body portion of the water resistance body portion, the sheet body portion, and the resistance body body and the bone body portion and the sheet body portion of the water resistance body portion open when the fish catches and runs away. FIG.

The above-mentioned branch Harris detachable tool is provided by connecting the water resistor portion T3 to a branch Harris detachable tool 8A-21 as a single unit. The connection hole for connecting the branch Harris portion extending from the return to the locking tool is provided, and the connection hole is not required when the branch Harris detachable tool is not used alone.

The branch Harris attaching / detaching operation of the above-mentioned branch Harris removable tool is carried by bringing the above-mentioned branch Harris attaching / detaching tool so as to be positioned in a state where the thread is stretched in the front-rear direction of the position of the approximate right P in FIG. When the above-mentioned branch Harris removable tool is pushed rightward from the state, the road thread attaching / detaching port opening / closing piece is deformed and pushed into the shape shown in FIG. It is pushed into the threading hole, and the above-mentioned path thread detachment opening / closing piece is accommodated by the elastic return force in the guide section that also serves as the path thread detachment section holding section, as shown in FIGS. 19A and C. You can do it.
Further, the branch Harris detachable tool is structured so as to be locked in the branch Harris detachable tool even when the thread is pulled out from the thread passing hole.

FIG. 19A is a front view of the branch Harris detachable tool, in which a thread thread passing hole is provided in a substantially central portion of the main body of the approximately ball body, and a gap connecting from the thread thread threading hole to the path thread detaching guide portion; It is a structural diagram with a connection thread that connects the road thread attachment / detachment guide section and the above-mentioned path thread attachment opening opening / closing piece and the branch Harris section from the return of the branch Harris to the locking device. FIG. B is a side view of A as viewed from the right side, and the above-mentioned road thread attaching / detaching opening / closing piece is provided in the vertical direction of the substantially central part of the main body of the lens. C is a cross-sectional view of the above-described operation section of the above-mentioned road thread attachment / detachment opening / closing piece A described in the above paragraph, and a portion surrounded by an imaginary line is a road thread attachment / detachment opening / closing piece part (described in FIG. F). D is a view showing the movement of the SE section when the path thread attachment / closure opening / closing piece of A and C is opened and the path thread is attached / detached to / from the thread passing hole, which also serves as the path thread attachment / detachment holding section. It is a figure which pushes and opens the above-mentioned road thread attaching / detaching opening / closing piece held by the guide part from right to left, and passes the gap from the road thread attaching / detaching guide part and inserts it into the thread passing hole. Time is reversed. E is a cross-sectional view taken along the line P-P of A, in which the above-mentioned road thread attachment opening / closing piece is held by a guide portion that also serves as the above-mentioned road thread attachment / detachment piece holding section, and the above-mentioned road thread attachment opening is in a closed state. It is the figure which shows the state which has fitted in the recessed part of the both sides of an opening-and-closing piece. F is a perspective view of the above-mentioned thread-line attachment / closure opening / closing piece of C, and the cross-sectional area is gradually increased from the tip toward the main body to increase the elastic force. This is a perspective view of the SE part, which has a shape that is held in a closed state by the elastic return force of the above, and is provided with recesses on both sides in the direction of the main body part of the ball approximately several millimeters from the tip part of the above-mentioned opening / closing opening of the road thread attachment / detachment port is there.

FIG. 20 is a schematic overall view from the water resistor T3 of the branch Harris 8W-21, the branch Harris removable tool 8a-21, and the branch Harris removable tool to the locking tool. The water resistor T3 and the branch Harris detachable tool are connected (connected). The connection (connection) relationship between the water resistor part and the branch Harris detachable tool is shown below. However, it is also within the scope of the present invention to place (join) the branch Harris attachment / detachment tool at the lower end of the main body of T3 by being positioned on the upper side.

The branch Harris mechanism 8W-21A is a branch Harris and a branch Harris detachable tool 8a-21 connected with a water resistor T5. The branch Harris mechanism includes a water resistor, a branch Harris detachable tool, and a branch Harris. The main part is the branch Harris part from the detachable tool to the locking tool, and the water resistance part is described in the above {0060 to 0062}, and the description is omitted.
The structure of the branch Harris detachable tool and the branch Harris portion extending from the branch Harris detachable tool to the locking tool are described in [0056] to [0058], and thus omitted (see FIG. 21, A & B diagram).

FIG. 21A is a half cross-sectional view of a state in which the branch Harris mechanism is suspended in water with the road thread 10 locked.
The branch Harris detachable tool and the branch Harris portion from the branch Harris detachable tool to the locking tool are configured, and the structure thereof is described in [0056 to 0058] and [0064.0065], and thus is omitted ( (See FIG. 21, A & B diagram).

FIGS. 22A to 22C and FIGS. 23A to 23B are diagrams in which the branch Harris removable tool 8a-19C shown in FIG. 16 is coupled to the upper part of the water resistor parts T2 to T6, and FIG. FIG. 22B is a diagram coupled to the water resistor T3, and FIG. 22C is a diagram coupled to the water resistor T4. FIG. 23A is a diagram coupled to the water resistor portion T5, and FIG. 23B is a diagram coupled to the water resistor portion T6. In the present invention, the branch Harris detachable tool described in the embodiment of the present invention can be combined with the water resistor portion T6 from the water resistor portion T2, and there is also a thing to which this idea cannot be applied. Although the figure which couple | bonded the said branch Harris detachable tool 8a-19C with the lower part of the resistor part T2-T6 of water is not described, it can couple | bond with the lower part.

The connecting and binding form of the locking tool at the lower end of the branch Harris section from the return to the locking tool in this figure is
Since it is explained in detail in [0029], it is omitted.
[0029] It is a supplementary explanation of the description part, but the fish caught during the “fishing fishing” test fishing with the inventor of the present application and the supporter were eaten in the stomach bag before fishing. Because the fish is presumed to be eaten with a drink following the fish that feeds in the back with the tail at the back and the head in front, it is a floating needle. And a connected bundling configuration using “grandchild needles” to lock the bait is recommended.

The branch Harris mechanism 8W-22 is a branch Harris attachment / detachment tool 8a-19C in which a water resistor portion T6 is connected. And the branch Harris section from the branch Harris removable tool to the locking tool is the main configuration,
The water resistor portion T6 includes a water resistor body T6c and wing body portions T6a and T6b obtained by dividing the wing body of the water resistor body into a plurality of parts. An elastic part is provided at the connecting part of the body main body and the wing part body part divided into a plurality of parts, and is connected (connected) as a hinge part T6hn so that it can be opened and closed. A tilting angle setting stopper T6St is provided, and an elastic ring T6D, an elastic ring holding part T6Du, and a convex piece T6at for holding the inner wing part T6b are provided on the outer wing part T6a. Since the tools 8a-19C have been described in [0050], description thereof will be omitted.
A large amount of water enters between the lower part of the resistor body and the wing part body divided into a plurality of water resistor bodies when the fish resists and escapes from the water resistor T6 (FIG. 24B). When the wing part body part that is connected (connected) so as to be openable and closable by the opening part is opened and the force to escape is weakened, the resistance part part is caused by the elastic return force of the elastic ring provided on the outer periphery of the wing part body part divided into a plurality of parts. Is a closed structure.

FIG. 24A is a half cross-sectional view of the state where the branch Harris mechanism 8W-22 is suspended in the water while locking the road thread. The general | schematic whole view which has attached branch Harris from the fixture 8a-19C and the lower branch Harris detachable tool to a locking tool.
B is a half sectional view of a state in which a large amount of water enters between the resistor body and the wing part of the water resistor part T6 and the wing part of the water resistor part T6 is opened when the fish catches and runs away. .
Since the connecting and binding form of the locking tool at the lower end of the branch Harris portion extending from the connecting hole in the lower part of the resistor body to the locking tool in this figure is described in [0029], description thereof is omitted.
24A is not provided with the weight 8e and the entanglement prevention pipe in the connection bundling form of the locking tool 8c at the lower end of the branch Harris portion extending from the lower connection hole of the resistor body T6c to the locking tool. Since the branch Harris portion is also within the scope of the present invention, it is described for the sake of convenience.

The branch Harris attachment / detachment tool 8a-1 is provided with a branch Harris attachment / detachment part to the road thread at the upper part of the cylindrical rod body 1a, and the branch Harris part {branch Harris attachment / detachment tool and subsequent needles are connected (connected) with Harris. A branch Harris attachment / detachment tool provided with a connection hole 2f for connecting the device}, and the upper portion of the cylindrical rod body has a road thread mounting guide portion and a depth of several to 10% (that is, more than the diameter of the road thread). 19.9%) A narrow gap S and a thread passing hole H are provided, and a branch Harris portion (a device in which the branch Harris attachment / detachment tool and the needle are connected by Harris) is connected to the lower part of the cylindrical rod body. It is a branch Harris detachable tool with a structure that provides a connection hole, and for the attachment to the road thread, insert the road thread from the road thread mounting guide, and press the road thread diameter to be elliptical by the elasticity of the road thread , Penetrate the gap and insert it into the thread passing hole to complete the installation. When removing from the thread, reverse the operation and remove it.FIG. 33A is a side view of a cylindrical bar-shaped branch Harris removable tool 8a-1, and B is a front view of A. FIG.

The branch Harris detachable tool 8a-1A is a branch Harris detachable tool in which a branch Harris detachable part to the road thread is provided in the upper part of the cylindrical rod body 1a, and a connection hole for connecting the branch Harris part is provided in the lower part. The elastic member R is provided with an elastic structure R that makes it difficult for the thread to pass through the gap S of the branch Harris detachable tool 8a-1, and the elastic structure R is a convex having a large diameter on the left and right sides of the middle part of the elastic body. A substantially U-shaped elastic body having a portion Dt, which is provided perpendicular to the insertion direction of the path thread in the gap S, and one of the convex portions having a large diameter of the elastic body is provided on the gap S. A fitting portion that is provided in a direction for closing the insertion path of the road thread and is fitted with a fitting hole that is opposed to the substantially U-shaped elastic body, and that receives the other of the convex portions (Dt) having a large diameter of the elastic body. Is formed as a holding portion for the elastic body, and the substantially U-shaped portion of the elastic body is pinched from the left and right. A structure fitted to the insertion hole.
The branch Harris attachment / detachment tool 8a-1A provided with the elastic structure R has an elliptical shape in which the diameter of the thread is pressed from several percent to several tens percent (that is, at most 19.9%) and penetrates the gap portion. Since it is more difficult to penetrate through the difficult branch Harris removable tool 8a-1, it is close to "0" that the fish once hung from the branch Harris removable tool 8a-1A.

FIG. 33E is a side view of a cylindrical rod branch Harris removable tool 8a-1A;
F is a front view of E, G is a P-P cross-sectional view of E, and H is a DD cross-sectional view of G.
C couples a branch Harris detachable tool and a water resistor T2, and connects the connector to the connection hole in the lower part of the water resistor body, and returns, a weight, a tangling pipe, and a fishing hook. FIG. D is a branch in which a connecting member is connected to a connecting hole in the lower part of the water resistor body, which combines the branch Harris detachable tool 8a-1 and the water resistor T3, and members extending from the return to the hook are connected by Harris. Harris device 8W-1.

The branch Harris removable tool 8a-2 is provided with a thread passing hole H in the approximate center of the sphere, and a gap S is formed between the outer surface of the sphere toward the side of the thread passing hole and the guiding thread at the back of the guiding thread. Provided and connected to the thread passing hole, and a tongue piece generated between the thread passing hole and a gap in the immediate vicinity of the path thread passing hole is provided as an elastic piece 2D, A branch Harris attachment / detachment tool in which a road thread removal inclined recess 2n is provided at both entrance sides of the road thread passing hole on the side of the intersection of the thread passing hole and the elastic piece. (See FIGS. 31A and 31C)

The thread is inserted into the branch Harris detachable tool 8a-2 by passing through the gap from the thread guide section and the elastic piece generated between the thread passing hole and the gap closest to the thread passing hole. Insert the thread into the threading hole. (It is preferable that the gap where the tongue piece portion close to the thread passing hole of the elastic piece abuts is 60 to 70% of the diameter of the thread.) The inserted thread cannot be removed by providing the elastic piece. It was. When pulling out the thread from the thread threading hole, the thread is inserted into the thread threading inclined recess provided on the side of the intersection of the threading thread hole and the elastic piece, in the direction of pulling (FIG. 31A). The elastic piece closest to the outer surface of the pulling sphere is removed, a part of the thread is put into the gap and pulled toward the guide thread guide, and the entire elastic piece is removed to pull out the thread.
FIG. 31A is a front view of a sphere, for example, in which a dimension corresponding to road thread No. 10 (diameter 0.52) is put in a 10 mm sphere, and the diameter of the road thread passing hole is 1.. 5 to 5 times, preferably 2 to 3 times the diameter of the road thread. B is a side view of A. FIG. C is an NN cross-sectional view of one end portion of the A thread passing hole. D and E are connected to a branch Harris removable tool, a water resistor is connected to the branch Harris part 8W-2, the branch Harris part is returned (Y essential condition) from the weight (8e essential) Pipe (8f) Free needle (8c-2a) Tip needle (8c essential) Free needle free end upper stopper (2r) Free needle free end lower stopper (2p) Harris (8b-2a) of free needle free range Harris (8b-1 essential condition) to be connected and bound is collectively referred to as a branch Harris portion.

The branch Harris detachable tool 8a-3 is a branch Harris detachable tool that opens and closes the path thread insertion portion by bending a middle portion of a cylindrical rod body. One side 3a divided by bending has a path thread threading hole. H and tunnel-shaped holes 3f and 3f-1 for receiving elastic pieces having protrusions 3e-1 of the lock portion for opening and closing the road thread attachment / detachment opening, the road thread insertion guide section and the road thread insertion guide section at the back of the road thread passage A gap penetrating the thread hole is provided, and the other 3b divided by bending is connected to an elastic piece 3e having a convex part of a lock part for opening and closing the path thread attaching / detaching port and a connecting hole for the branch Harris part after the branch Harris removable tool 2f and a dust cover 3g are provided, a bent elastic portion 3D is provided at the lower part of the middle of the rod body, and one side divided by the bending is connected to the other, and the other road thread attaching / detaching port opening / closing lock portion is provided. Convex elastic piece and convex part of the lock part for opening / closing the thread thread By fitting with a tunnel-shaped hole portion that receives the elastic piece, the road thread attachment / detachment port is locked to form a cylindrical rod body. Push the elastic part bent in the direction of 2 and push the elastic part bent in the direction of the arrow 2 to open the avenue thread attachment / detachment opening (Fig. C). Pushing and fitting the tunnel-shaped hole that receives the convexity of the elastic piece with the convexity of the locking part at the opening and closing opening of the above-mentioned threadline attachment / detachment opening, the threadline attachment / detachment opening becomes locked, and the above-mentioned branch Harris attachment / detachment tool is Locked to the thread.

FIG. 34A is an overall schematic view of the branch Harris attachment / detachment tool 8a-3, in which a convex portion in the drawing in which a structurally important portion is described in a sectional view is hooked to a tunnel-like hole portion, and a road thread attaching / detaching port portion is locked. B does not need to have a dust cover provided on the upper and lower parts in the top view of A, and is not related to the function. C is a state diagram when the path thread is inserted by opening the path thread attaching / detaching port. D is a diagram in the middle of fitting the protrusion of the elastic piece having the protrusion of the lock part for opening and closing the thread thread attaching / detaching port and the tunnel-shaped hole receiving the protrusion. E is a cross-sectional view of A taken along line A-T, in which the protrusions of the lock part for opening and closing the thread thread attachment / detachment port are fitted.
F is a schematic overall view in which the branch Harris mechanism 8W-3, which connects the water resistor T2 and the branch Harris detachable tool and connects the branch Harris portion up to the fishing hook, is locked to the road line.

Branch Harris detachable tool 8a-3A is a branch Harris detachable tool composed of an elastic piece having a convex portion of a lock part for opening and closing a road thread detachment opening that moves in the left-right direction on a rugby ball-shaped main body. The rugby ball-shaped main body 3 has a recess 3e-3 of the lock unit for opening and closing the road thread attachment / detachment opening, and the elastic piece 3e-2 for unlocking the opening / closing of the road thread attachment / detachment opening in the horizontal direction and the opening / closing of the road thread attachment / detachment opening Receiving part 3f-1, receiving line attaching / detaching guide part W, and passing line attaching / detaching guide part, wherein one lower part of the gate type receiving the recessed part 3e-3 of the elastic piece for unlocking is used as the elastic piece inserting operation part of the locking part The structure is provided with a gap S penetrating through the thread passing hole H and a thread passing hole H in the back, and further provided with a connecting part 2f for connecting the branch Harris part. Move the elastic piece that opens and closes the detachment port downward in the drawing, Open the detachment opening and insert it into the Thread Threading Hole through the Thread Threading Hole at the back of the Thread Yarn detachment guide. Then, it is inserted into the lower receiving part of the gate-type receiving the concave part of the elastic piece to be unlocked, and the elastic piece fits into the upper part of the gate-type receiving part by elastic return force. It becomes locked.

FIG. 35A is a schematic side view of the overall shape of the rugby ball-shaped branch Harris removable tool 8a-3A, and an elastic piece for the purpose of applying an elastic return force to the elastic piece 3e-2 for opening / closing the road thread attachment / detachment opening and making it easy to form. Is positioned above as seen in the drawing. B locks the opening / closing of the thread thread attaching / detaching port and puts it in the lower part of one of the gate-shaped receiving portions 3f-1 that receives the concave portion 3e-3 of the elastic piece to be unlocked. The figure which fits into the upper part and is in the locked state. C is a diagram of a stage before the elastic piece is inserted into the elastic piece receiving portion from the state in which the elastic piece is positioned below in the drawing. D is a cross-sectional view taken along line SS of B, showing a state of fitting into the elastic piece receiving portion. E is a schematic general view in which a branch Harris mechanism 8W-3A, in which a water resistor T3 is coupled to the branch Harris detachable tool 8a-3A and a branch Harris portion to the fishing hook is connected, is locked to the road line.

The branch Harris device 8W after this paragraph is connected to the branch Harris detachable tool (8a) and either the water resistor T1 to the water resistor T6, and the branch Harris part extending from the branch Harris detachable tool to the locking tool. Therefore, a detailed description of the structure of the water resistor portion T1 to the water resistor portion T6 is given in the following paragraphs.
The water resistor T1 is [0034], and the water resistor T2 is [0037, 0042, 0043].
The water resistor T3 is [0045,0048], the water resistor T4 is [0051,0052], the water resistor T5 is [0060 to 0062], and the water resistor T6 is [ [0071 to 0073], the description will be omitted in the following paragraphs.

The branch Harris device 8W-5 is connected to any of the resistor T2 to the water resistor T6, the branch Harris detachable tool (8a-5), and the branch Harris part extending from the branch Harris detachable tool to the locking tool. The detachable tool part 8a-5 is provided with a ring hole H that can be fastened by a branch Harris stopper 7 in a wire rod body having a snap Sa / Sb part, and a road thread is provided in the ring hole part. A branch Harris attachment / detachment tool (8a-5, FIG. 25) provided with a penetrating gap S and having a wire rod as a main component, and the branch Harris device 8W-5 is attachable / detachable to / from the branch Harris. A branch Harris detachable tool and a water resistor, in which a wire body obtained by extending a lower end portion of the wire portion 81-3 of the snap portion of the tool 8a-5 downward is coupled to an upper end portion of the water resistor portion T3. From the branch Harris detachable tool to the locking tool to the object combined with the part T3 Connecting the Harris section, an example diagram (Figure 25).

The branch Harris device 8W-6 is one in which the branch Harris attachment / detachment tool 8a-6 is connected to any one of the water resistor portion T6 and the water resistor portion T6. The branch Harris device is a water resistor portion. And a branch Harris removable tool, and a branch Harris section from the branch Harris removable tool to the locking tool,
The detachable tool portion is provided with a synthetic resin and a wire rod main body in which a ring hole portion that can be stopped with a branch Harris stopper is provided in a wire rod body having a snap portion, and a gap through which a road thread can pass is provided in the ring hole portion. It is a branch Harris detachable tool (8a-6, FIG. 25) characterized by being used as a constituent material.
Of the branch Harris removable tool shown in FIG. 32 below, FIG. 25A is a combination of the tip of the wire portion 8a-62 of the snap part of the branch Harris removable tool and the upper end of the water resistor T2. It is a joint example figure of branch Harris attachment-and-detachment tool and water resistance part T2. FIG. 25B shows a branch Harris removable tool and water in which a wire rod obtained by extending the lower end portion of the wire portion of the snap portion of the branch Harris removable tool 8a-5 downward is combined with the upper end portion of the water resistor T3. It is a joint example figure with resistor part T3.
FIG. 26A shows a branch Harris detachable tool and water in which the lower end portion of the wire portion of the snap portion of the branch Harris attachment 8a-10 of the branch Harris device 8W-10 and the upper portion of the water resistor portion T4 are coupled. It is a joint example figure with a resistor part. FIG. 26B shows a branch Harris in which a wire rod obtained by extending the lower end portion of the wire portion of the snap portion of the branch Harris attachment / detachment tool 8a-9 of the branch Harris 8W-9 downward is coupled to the upper end portion of the water resistor portion T5. It is coupling | bonding Example figure of the detachable tool and the resistor part T5 of water. FIG. 27 shows a branch Harris detachable tool and a water resistor T6 in which the lower part of the disc body of the branch Harris detachable tool 8a-13 of the branch Harris 8W-13 is coupled to the upper end of the water resistor T6. FIG.

FIG. A is a branch Harris stop hole H of the branch Harris detachable tool 8a-4 provided by rotating the wire of the snap wire part 81-2 of the snap sulcan with stopper (an example of a connection tool) one inside, the snap part And B is a view in which the thread is inserted into the branch Harris stop hole along the wire of the snap wire part, and B is a view in which the thread is inserted and the snap part is closed. The tool can be removed by reversing the above procedure. C is a branch Harris stop hole H of the branch Harris detachable tool 8a-5, which is provided by rotating the snap wire part of the snap sarckan with a stopper (an example of a connection tool) one turn outward, and opening the snap part. And D is a diagram for inserting the thread into the branch Harris stop hole along the wire of the snap wire part, and D is a view in which the thread is inserted and the snap part is closed. Is the reverse of the above procedure. E is a detachable tool part 8a-6, which is provided with a ring hole H that can be fastened with a branch Harris stopper 7 in a wire rod body having snaps Sa-5 and Sb-5, and a thread thread is provided in the ring hole part. Is provided with a substantially elliptic cylinder 8a-61 having a receiving hole Sa-5 for receiving the snap Sb-5, and a branch Harris stop hole provided in the wire. The lower end of the wire rod is used as an upper end stopper for the vertical movement of the substantially elliptic cylinder, and the protrusion 8a-62 of the lower end stopper is provided on the wire body having a snap portion. F is a half cross-sectional view of the state where it is fitted to the part. F shows that the snap part is released from the snap receiving hole when the substantially elliptical cylinder 8a-61 is moved downward by pressing the convex part of the lower end stopper inward from both sides. It was made between the upper end of the approximately elliptic cylinder and the end of the wire rod A thread is inserted from an opening through which a thread can enter, and the thread is inserted into a branch Harris stop hole from a penetrable gap provided in the wire rod. G is a substantially elliptic cylinder 8a-61 with an upper end stopper {a branch Harris stop hole It is a state diagram in which the snap portion and the snap portion receiving hole portion are fitted into a locked state when it is raised to the lower part of the constituting wire rod} and is locked to the road thread.

Branches Harris gimmick 8W-9 is obtained by connecting one of the branches Harris removable device 8a-9 and resistor portion T ₂ from the water resistor portion T6 of the water, the water from the branch Harris gimmick resistor portion Any of the resistor parts T6, a branch Harris detachable tool, and a branch Harris part extending from the branch Harris detachable tool to the locking tool, the detachable tool part having a snap part. A ring Harris part that can be stopped by a branch Harris stopper is provided in the ring hole part, and a gap through which the road thread can pass is provided in the ring hole part, and the wire Harris body is a main constituent material. 29A. The branch Harris device is a branch Harris attachment / detachment tool in which the wire rod at the lower end portion of the wire portion of the snap portion of the branch Harris attachment / detachment tool is joined to the upper end portion of the water resistance portion T5 and the water resistance. It is the Example figure which connected the branch Harris part from a branch Harris detachable tool to a locking tool to the thing which combined the body part.

The branch Harris device 8W-10 is formed by connecting the branch Harris attachment / detachment tool 8a-10 and any one of the water resistor portion T1 to the water resistor portion T6, and the branch Harris device includes the water resistor portion and the water resistor portion T1. A branch Harris detachable tool and a branch Harris portion extending from the branch Harris detachable tool to the locking tool are mainly configured, and the branch Harris detachable tool has a wire rod body having a snap portion on a substantially disc body (substantially spherical body). The branch Harris detachable tool is inserted by decentering the connecting member of the wire member having the snap portion into the substantially disc body (substantially spherical body), and the outer peripheral portion of the substantially spherical body. A contact with the wire body having the snap portion is provided on the side surface, a recess for inserting a thread is provided at the upper portion of the contact, and the snap portion of the member having the wire body as a main material is pushed inward to form Sa- Remove Sb-2 from 1 (Figures 28A-C) Snap Is formed, and a gap through which the road thread can be inserted is formed, and by closing the snap portion, the gap through which the road thread can be inserted is closed, and the road thread is inserted into and removed from the recess into which the road thread is inserted. A branch Harris detachable tool characterized by having a structure and using a synthetic resin and a wire rod as main components.
A recessed portion of the road thread passing portion is provided so as to be positioned in the connecting member of the wire rod body. Therefore, even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, so long as it does not open the snap part. The fish has a structure that does not escape. The method of attaching and detaching the branch Harris removable tool to the road thread (FIG. 28, B) is to push the closed snap inward to remove Sa-1 to Sb-2 and open the snap portion. The road thread is inserted from the snap portion, and the road thread is fitted into the concave portion provided in the substantially disc body (substantially spherical body), and can be attached to the road thread by making the state shown in FIGS. When removing from the yarn, the reverse method described above is used. In FIG. 28 (A to C), the branch Harris detachable tool is described as a disc body, and in FIGS. 29 (C to D), it is described as a substantially spherical body. The branch Harris device 8W-10 includes a branch Harris detachable tool and a water resistor part, in which the wire rod at the lower end of the wire part of the snap part of the branch Harris detachable tool is coupled to the upper end of the water resistor T4. FIG. 26A is an embodiment diagram in which a branch Harris portion from a branch Harris detachable tool to a locking tool is connected to an object obtained by combining the two. Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T6 is also a view connected to the water resistor portion T4 as an embodiment diagram within the scope of the present application. 8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris device 8W-11 is obtained by connecting (connecting) the branch Harris attachment / detachment tool 8a-11 and any one of the water resistor portion T1 to the water resistor portion T6. The main body branch Harris detachable tool and the branch Harris part from the branch Harris detachable tool to the locking tool are mainly configured, and the branch Harris detachable tool is a wire rod connecting tool having a snap portion on a substantially spherical body. The branch Harris removable tool is provided with a thread threading hole at the center of the substantially spherical body, a slit connecting the thread threading hole from the outer surface of the approximately spherical body, and a thread thread behind the slit. The above-mentioned thread passing hole, the gap, and the slit are surrounded by the connecting member of the wire member, and the entrance of the slit is provided in the connecting member of the wire member. Even if the thread is pulled out from the thread thread hole, It is structured so as to be locked in the connecting member of the material body, and therefore it is locked in the connecting member of the wire material body even if the thread is pulled out from the thread passing hole in the process of catching and escaping the fish, As long as the snap part is not opened, the fish caught will not escape.
This branch Harris removable tool, the method of attaching to and removing from the road thread (FIG. 29F), press Sb-3 of the closed snap inward to remove Sb-3 from Sa-3, the snap portion opens, the opening The thread is inserted from the snapped part, the thread is inserted from the gap provided in the substantially spherical body part, and it can be attached to the thread by putting it in the state of Fig. E. To do.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).

The branch Harris mechanism 8W-12 is obtained by connecting the branch Harris detachable tool 8a-12 and any one of the water resistor T2 to the water resistor T6, and the branch Harris mechanism is a water resistor branch. It has a main configuration in the Harris section that extends from the Harris removable tool and branch Harris removable tool to the locking tool,
The above-mentioned branch Harris unites (connects) the lower end portion of the wire rod body having the snap portion of the detachable tool portion of the branch Harris of FIG. 30 and any one of the water resistor portion T1 to the upper portion of the water resistor portion T6. Is a thing,
30 is a detachable tool portion of the branch Harris of FIG. 30, and a medium piece (8a) having a wire member having a snap portion, a concave portion on the circumferential outer wall portion, and an uneven portion M-2 on the end face. -P, GG cross section of FIG. 30C), and the wire rod member is fitted into a concave portion of a circumferential outer wall portion provided in the middle piece 8a-p, and the middle piece is rotatably held. The center piece has a central through hole H, a slit W connected to the through hole from a substantially disc body side surface, the slit has a substantially V-shaped guide part, and the back of the guide part This is a branch Harris removable tool characterized by forming a gap through which the path thread can pass through, and is a slit in the middle of a substantially disk having a snap portion opened inside and a snap portion opened and an uneven portion on the end surface. Rotate the middle piece so that the part is located in the constricted part of the wire rod body directly below, and put the road thread inside from the opening of the snap part, Is inserted into the central through hole from the back of the slit guide portion, and the middle piece is rotated (having the concavo-convex portion M-2 on the end face) (FIG. 30B), the snap portion is engaged and closed, and the wire body This is a structure in which the rotation of the middle piece is locked by the elastic force (FIG. 30A).
The above-mentioned thread passing hole, gap and slit are surrounded by the connecting member of the wire rod body, and the middle piece is rotated and the rotation of the middle piece is locked by the elastic force of the wire rod body. It is structured so that the thread does not come out from the part, but even if the road thread comes out from the wire body constriction part, the road thread is structured to be locked in the removable tool of the wire body.
Therefore, even if the thread is pulled out from the constricted portion of the wire rod in the process of catching and escaping the fish, it is locked in the connecting member of the wire rod body, and the fish caught is not escaped unless the snap portion is opened. This branch Harris attachment / detachment tool is also characterized in that the middle piece and the wire body having the snap portion are manufactured separately, and the middle piece is assembled into the wire body by a simple operation.

The branch Harris mechanism 8W-13 is a combination of the branch Harris attachment / detachment tool 8a-13 and any one of the water resistance portion T1 to the water resistance portion T6. The branch Harris mechanism includes a water resistance portion and a branch. It has a main configuration in the Harris section that extends from the Harris removable tool and the branch Harris removable tool to the locking tool,
The removable tool portion is provided with a hole through which a thread can be inserted at a substantially central portion of a disc body having elasticity and can be stopped by a branch Harris stopper, and can be inserted from one side of the disk body. A cutting line up to the hole is provided and cut. The cutting line is divided into at least 90 ° (up to 180 °) to the left or right with reference to the cutting line, and a part of the other disc body is left uncut as a hinge part. The cut piece is provided by connecting the cut piece and the remaining piece of the cut piece, and an elastic protrusion (Rk-1) is provided on the side surface of the one disc body (the remaining piece of the cut piece), and the other disc body ( (Slicing pieces) A disc having elastic properties of a branch Harris removable tool provided with a combination of elastic convex / elastic concave or elastic convex / through hole (Rk-2) on the side (FIGS. 9A to 9C) It is FIG. 27 which connected the lower part of the body with the resistor part T6 of water, The removable tool part (FIG. 9A) has a convex part on the upper part of Rk-2 of the lock mechanism provided on the cut piece J-1 and the remaining piece J-2 of the disc having elasticity. The lock with Rk-1 is released and opened, the thread is inserted into the thread hole, and the opening of the slit piece of the disk is closed to lock Rk-2 and Rk-1. The branch Harris mechanism shown in FIG. 27 is obtained by combining the lower part of the disk piece of this figure, which is in the state of FIG. 9C, with the upper part of the water resistor T6. Connecting (coupling) any one of the water resistor portion T2 to the water resistor portion T5 is also a view connected to the water resistor portion T6 as an embodiment diagram within the scope of the present application.

7 is an example of the Edas stop body (FIGS. 37A to E or I to J) is a float stop (6, and since the same thing is used, the binding procedure is the same, so the description is omitted) In the ring shape like a rubber band attached to the middle of the road thread (Figs. 37A to E), it is 2 to 3 times the diameter of the road thread by diving into the road thread any number of times. The thing which can set the diameter of an Edas stop freely is preferable.
FH in FIG. 37 is a product that is commercially available as a float 6 and is a product in which an elastic body 6a having a rugby ball shape is set on a linear body 6b having a ring, and F in FIG. Is passed through the wire ring 6b, the wire body is pulled, the elastic body is transferred to the road thread, moved to the position to be set by G, and brought into the H state, but is set from the end of the road thread. It is a problem to use for this device. In FIG. 37, I to J become like J if twisted yarn bodies are tied like I, and this type of material changes the thickness of the yarn body or changes the state of J, and further like I If it is tied together, the diameter can be freely adjusted to 2 to 3 times the diameter of the road thread, and it can be attached in the middle of the road thread, but a ring-shaped object like elastic rubber band is preferred due to operational problems. .

This is a general connection method from the water resistor T1 of the branch Harris device 8W-1 to 8W-22 to the water resistor T6, the branch Harris attachment / detachment tool, and the end lock 8c of the branch Harris part, and the resistance of the water Connecting the water resistor T6 from the body T1 to the branch Harris attachment / detachment tool 8a-1 to 8a-22 above or below the water resistance, the connection tool and the return Y, the weight 8e, the entanglement pipe 8f, The main configuration is to connect (bundling) the locking tool 8c with Harris 8B-1, 8B-1G, and 8B-1H. However, even if there is no weight 8e, entanglement pipe 8f, etc., the stopper of the floating needle can be used. Although not attached, the configuration described in the present application is preferable (FIG. 36A).
36B and 36C, two locking tools are provided at the tip of the branch Harris, and one of the two locking tools 8c-2 is provided so as to move freely, and the direction of the needle tip of the provided locking tool 8c is directed. (8c-1 and 8c-2, both double hooks or triple hooks) are provided together, and the floating range portion of the locking device (8c-2) provided as the floating and the tip locking device (8c) Is coated with an elastic material (elastomer) or Harris having a diameter of at least 1.3 times the Harris diameter, and the upper end stopper of the floating range portion is provided between the two locking tools 8c. 36 is a coupling (bundling) form of the latching tool 8c at the tip of the branch Harris, characterized in that two latches E, J, and K in FIG. In a bundled form, the tool 8c is bundled in series with Harris 8b-1. F / G is a bundling shape in which one locking tool 8c is bound to Harris, and D / H2 locking tools are bound to Harris in parallel (bifurcated or lantern hanging). Is a bundling form of the widely used locking tool (8c, single hook, double hook, triple hook), but there are some advantages and disadvantages to floating fishing, but there is no big difference in fishing results I heard.
However, in this fishing (throwing fishing), when the live bait is good, there are about half of the time when you are swimming in the direction of resistance while bending the road line into a “K”, and this time Harris (this throwing fishing) In Fluorocarbon No. 10), the E. of FIG. The F, G, J, and K binding forms have a high probability of being caught when they eat food from their heads, while the DH binding forms have the above-mentioned fluorocarbon 10 in the state of being pinned just before biting from the head or tail. There was a case where there was no bite in the case of Harris (a case where there was only one contact where the tip of the heel was bent once), and that led to inventing an L-shaped form.
Furthermore, in addition to the above bundling form, the connecting bundling form of the latch at the lower end of the branch Harris part is a bundling needle (either a single hook, a double hook, or a triple or higher hook) for fishing purposes. Then, the needle for feeding with a can (up to one hook, single hook, double hook, or triple hook) is provided to move upward, 2/3 to 3/4 of the total length of live food A stopper for stopping the pulling force of the fish of the live bait with the floating needle is fixed at a position (2p. 1 bead ball of about 4 mm as an example), and the floating needle is passed through Harris on the stopper, and the floating needle is set. A stopper (bead ball of about 4 mm as an example) is fixed so that it does not go above the free range. By providing this free range, it is easy to hook the fish for the purpose of fishing on live fish. The above fishing purpose As a way to hang the needle and bait purpose needle on the live bait fish, the fish is placed in the position corresponding to the mouth, nose or back of the neck and the target needle is hung and 1 to 3 mm Harris is loosened. It is recommended to use the connecting and binding form of the locking tool at the lower end of the branch Harris portion because the most suitable fishing result is “swimming fishing”.

The eleventh aspect of the invention is the shape of the locking member 8c at the tip of the Harris portion according to the tenth aspect of the invention, and the locking portion 8c for locking the prone portion of the fish serving as food to the locking member at the tip. -M with a needle (Fig. 6, B) The fishing hook was attached to the tail side of the dorsal fin in the trial fishing, and it was possible to obtain the appropriate fishing results, but it was removed from the dorsal fin (bait In the dorsal fin, there was a hard place between the left and right stomachs because there was a 10-20% chance that the fish hook for fish hook broke the meat part of the bait and could not fulfill the fish hook purpose, and there is a grandchild here If the fish hook for fish catching can be locked as shown in FIGS. 6 and B by using the needle, the 8c-M needle with the grandchild needle fixed to the needle is proposed.

Although it is Harris that connects between the anchors at the tip of the branch Harris from the branch Harris detachable tool,
1. Nylon ・ The stretch rate is 20% to 45% as a characteristic, and depending on the method of binding the hook (fishing hook) or the binding part with Sarkhan, it is not recommended for those who are not used to it because it stretches by pulling the large fish and pulls out the binding part. object.
2. Fluorocarbon ・ The most widely used Harris in recent fishing. The strength of the binding part is the second highest after PE (polyethylene dynea), and the refractive index in water is 1.42. 33 is a material that is difficult to see underwater. (This device uses Fluorocarbon No. 12)
3. PE (Polyethylene Dyneema) ・ It is the strongest product currently on the market, with an elongation of 1.04, and the advantage of fishing is sensitivity (it has a characteristic to easily convey subtle changes such as hits) On the other hand, its weaknesses are heat resistance, heat resistance is low at 145 ° C, it breaks with low frictional heat, and the line is supple and easy to get entangled. -1) It is difficult to recommend that all be PE.
(Reference fishing line No. 10 has a diameter of 0.52 mm, No. 12 has a diameter of 0.56 mm)

38 will be described. The device in Japanese Patent Application No. 2012-090806 of “Patent Document 2”, “Swimming fishing tackle, and its method” is introduced, and “Branch Harris with a branch Harris detachable tool” is attached as a retrofit. The above patent document is a “branch Harris with a branch Harris detachable tool” that is movably locked between the throwing rod and the branch Harris stopper (7). 39 is a schematic diagram in which a bottom fishing tackle is attached at the tip and thrown in with a throwing rod, and a top fishing tackle is attached afterwards, and a standing state is waiting for “around”. It relates to fishing methods and fishing gear that can be used for fishing and superficial fishing with a single rod.
40 will be described in place of the “branch Harris having a branch Harris removable tool” in FIG. 38 and the “fishing method capable of targeting fishing with a single throwing rod” in FIG. It is the schematic which is waiting for "hit" in the state where the branch Harris mechanism 8W having the branch Harris attachment / detachment tool combined with is attached and placed.

Weight. stopper. 2R, the upper side of the stopper of the floating fishing hook. 2P, the lower side of the stopper of the floating fishing hook. 2A-1, the upper body of the outer body of the water resistor T4. 2a-2, the lower body of the outer body of the water resistor T4. 2b, an intermediate part that bends outside the water resistor T4. 2D, an elastic piece closest to the thread passing hole of the branch Harris removable tool. 2n, a guide for removing a thread near the thread passing hole. Z, ball. 2f, a connecting hole (connecting portion) for a device in which the Harris Harris detachable tool and subsequent fishing hooks are bundled with Harris.
2s, an elastic tube that passes the thread. 2v, shape memory elastic bag. 3, Shimori. 4 Float. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6. Floating stop. 6a, a function of a 5a (bottom) stop function attached below the water resistor T4, and may be a bundling portion. 7. Branch Harris stop. 7a, a branch Harris stop that is caught by a fish and moves to close the hole.
8. The whole branch Harris body.
8a, branch Harris removable tool.
8W, branch Harris mechanism (with water resistance). 81, connector, & snap sarkan (may also represent the entire branch Harris body leading to the hook).
8a, Branch Harris removable tool.
8a-1, the branch Harris to the thread is attached to the upper part of the rod body, and the branch Harris part (the connection hole and the connection tool may be indicated by a mechanism in which the branch Harris attachment / detachment tool and the needle are connected with Harris) at the lower part. Provided branch Harris removable tool. 1a, rod body. 1b, a branch Harris attaching / detaching portion to the road thread above the rod body.
A branch Harris removable tool provided with an elastic portion in the path yarn insertion path of 8a-1A, 8a-1. R, elastic part of the road thread insertion path. Dt, convexity of the elastic part. Recesses for receiving Du and Dt.
8a-2, a branch Harris detachable tool provided with a gap in the immediate vicinity of the thread passing hole as an elastic piece.
8a-3, a branch Harris detachable tool that is attached and detached by bending the middle part of the rod. 3a, one of the main bodies provided with a thread passing hole. 3b, the other side of the main body provided with an elastic piece having a convex portion of a lock portion for opening and closing the path thread attachment opening. 3D, the elastic part of bending of the middle part of the rod. 3e, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attaching / detaching port. 3d, 3f-1, 3e tunnel-shaped hole portions that receive the protrusions of the lock portions. Convex of the locking part of 3e-1 and 3e. 3g, dust cover. 8a-3A, a branch Harris removable tool composed of a rugby ball-shaped main body and an elastic piece having a convex portion of a lock part for opening and closing a road thread attaching / detaching port that moves in the horizontal direction. 3, body. 3e-2, an elastic piece having a convex portion of a lock portion for opening and closing the road thread attachment / detachment port 3e-3, an elastic piece having a recess in the lock portion for opening and closing the road thread attachment / detachment port. A receiving portion in which one lower part of the gate shape that receives 3f-1 and 3e-3 is an elastic piece insertion operation portion of the lock portion.
8a-4, 8a-5, 8a-6, 8a-9, a branch Harris detachable tool provided with a ring thread threading hole and a snap structure in the wire body.
8a-7, 8a-11, composed of a ball and a linear body. The ball is provided with a slit and a gap at the back of the slit, provided on the side of the thread threading hole, and penetrating the thread threading hole. A branch Harris detachable tool provided with an elastic piece as a path thread insertion portion closest to the threading hole.
8a-8, a branch Harris removable tool comprising a ball and a wire, eccentrically inserting the wire into the ball, and having a snap structure on the wire.
8a-10, a branch Harris removable tool comprising a disc body and a wire, eccentrically inserting the wire into a ball, and having a snap structure on the wire.
8a-12, a branch Harris detachable tool comprising a disc body with a medium sesame and a wire body, the medium sesame having a road thread attaching / detaching portion, and a wire body having a snap structure.
8a-13, a branch Harris detachable tool having a structure that locks a substantially disc-shaped piece, which is mainly made of an elastic resin.
8a-14 An upper part of a substantially spherical ball mainly made of resin having elasticity and both sides of approximately 1/3 of the left and right sides are cut off, and two convex pieces are provided in the central part, and branch Harris is formed on one of the convex pieces. A branch Harris attachment / detachment tool having an insertion hole, a branch Harris tightening portion on the other side of the convex piece, and a removable portion for tightening. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball. 14c, a branch Harris insertion hole provided on one of the convex pieces of the substantially spherical ball. 14e, a branch Harris insertion tightening hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1d, a locking hump provided at one end of the branch Harris. 8b-1G, Harris between the connecting members 81 connected between the convex pieces of the substantially spherical ball and wound around 14b.
The branch Harris of the detachable part of the branch Harris, in which both the convex pieces of 8a-14-1 and 8a-14 are fitted with fitting parts provided with a taper having a large diameter at the center of the hole and a small diameter at both ends. Removable tool. 14a, one of the convex pieces of a substantially spherical ball. 14b, the other of the convex pieces of the substantially spherical ball.
14 cm, 8b-1m insertion hole provided on one of the convex pieces of a substantially spherical ball. 14en, 8b-1n insertion hole provided on the other of the convex pieces of the substantially spherical ball. 8b-1na, Stopper for locking Harris (8b-1H) to the path thread when Harris (8b-1H) is pulled out from the hole through which the path thread passes. 8b-1n, an elastic insertion tool provided with both end portions fixed to Harris provided with a taper having a small diameter. 8b-1m, an elastic fitting with a taper with a small diameter at both ends fixed to Harris and provided with a stopper in the 14b direction. 8b-1ma, a pulling tool for pulling out Harris on the left (as seen in the drawing).
8a-15, a branch Harris removable tool formed of a resin having an elastic property as a main material and composed of a main body having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body.
15a, a main body having a rectangular cross section in the vertical direction. 15b, the outer shell of the main body.
15b1, an insertion opening into which the convex part of the open / close arm is inserted. 15b2, Stopper advance / retreat end slide port. 15c, an open / close arm. 15a1, a cutting piece serving as a forward end and backward end stopper. 15f, a connecting portion for connecting Harris after the detachable tool of the branch Harris provided at the rear of the main body.
81. Snap sarkan with stopper. 82, 8a-16 wire rod.
8a-16, A branch Harris detachable tool joined to a water resistor (parashut or turf type). 16a, lids for storage parts such as parashuts and turf. 16a-2, Parashut. Cover G type for storage such as turf. 16a-3, Parashut. Elastic piece G type for lids of storage parts such as turf. 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16cb, sheet body storage section D type. 16c1, Turf of a sheet of water resistor. The elastic part of the tongue piece and the lid at the upper part of the housing main body of the closed state holding structure that can freely open and close the lid of 16d and 16a. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, two-stage path threading hole. 16Hd, sheet body storage section Da type. 16He, 3-stage road threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
8a-17, a branch Harris removable tool at the bottom of the main body of the water resistor T2. 17a, outside of the wing part of the water resistor T2. 17as, wing body opening angle end stopper at the upper end of the outer wing body. 17bs, wing body open angle end stopper at the upper end of the inner wing body. 17 cs, a stopper receiving portion for receiving a wing portion opening angle end stopper of a wing portion body fitting portion of the main body of the water resistor T2. 17b, the inside of the wing part of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge of the wing body fitting groove. 17Dm, circular insertion groove with slit groove. 1X, wing body holding structure. An elastic ring provided on the wing part of the 17Dr water resistor T2.
8a-18, A branch Harris removable tool in which the center of the water resistor structure portion T2 is formed by a linear body.
18a, outside of the wing part of the water resistor T2. 18bs, wing body open angle end stopper at the upper end of the inner wing body. 18 cs, a stopper receiving portion for receiving the wing portion open-angle end stopper of the wing portion fitting portion of the water resistor T2 main body. 18b, inside the wing part of the water resistor T2. 18c, body of water resistor T2. 18ce, outer edge of wing body fitting groove. 18 cm, recessed part of the retaining housing part to the lower part of the branch Harris removable part. 18D, an elastic ring provided on the wing body of the water resistor T2-1. 18Dm, circular insertion groove for cutting groove. 1X, wing body holding structure. 18Hc, a branch Harris detachable tool body with a linear body.
18Ha, road thread threading hole of the branch Harris removable part of the wire body. 18Hb, Harris part of wire (portion from return to locking tool) connection hole. 18He, elastic wire body prevents it from coming off.
18Hs, prevention to the lower part of the branch Harris removable part.
8a-18a, 8a-18 rod Harris branch removable tool.
8a-19A, branch Harris detachable tool 8a-19C, and a branch Harris detachable tool in which the water resistor T3 is coupled. A water resistor T3 having a structure including a wing body having a sphere at the upper end of the water resistor body T3, a fitting portion of the wing body, and a wing body holding structure section. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. 19D, an elastic ring inserted into the ring insertion groove. 2Xa, wing body holding structure. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part.
8a-19B, a branch Harris detachable tool combined with a water resistor T3. 8a-19BZ, a branch Harris detachable part assembled in a column under the main body of the water resistor T3. Assembly parts to be assembled in the column at the bottom of 19K, T3. 19Kb, insertion receiving part for assembly parts. 19Dbb, an elastic piece for holding the road thread attaching / detaching portion in a closed state. 19pb, 19K road thread insertion guide. 19pc, 19K road thread operation section. 19Kp, the fitting part of the attachment part 19K. 19Dm, bifurcated part of assembly parts, concave at the center. 19Dk, the elastic part of the fitting part of the attachment part 19K. 19Kt, convexity of the fitting holding part of the attachment part 19K. 19cb, a column at the lower part of the main body of the water resistor T3. 19-BW, road thread attachment / detachment port. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab, a shaft portion connecting the sphere and the wing portion of the wing portion body. 19c, water resistor body. An elastic ring inserted into a 19 Da ring insertion groove. 2Xa, wing body holding structure.
8a-19C, a branch provided with a road thread attaching / detaching portion having an elastic part in the main body portion of a substantially rectangular plate body, a road thread passing hole, and a road thread guiding portion 19pa connected from the road thread attaching / detaching portion to the road thread passing hole. Harris removable tool. 19CZ, a substantially rectangular plate body. 19p, a road thread attaching / detaching operation part having an elastic part in the main body part. 19 pa, a yarn guide section connected from the yarn attaching / detaching portion to the yarn passing hole. 19Db, an elastic piece that holds the road thread attaching / detaching portion in a closed state. 19Dc, elastic part of the road thread attaching / detaching operation part. 19cc, elastic piece insertion part. Elastic piece insertion part for 19Ku and 19Db insertion and holding.
8a-20, 20a, rectangular cubic body. 20b, outer cylinder slider. 20c, road thread attaching / detaching operation piece. 20cn, a storage section for the operation piece attaching / detaching operation piece. 20 sn, elastic deformation end stopper. 20sf, outer cylinder slide advance end stopper. 20sf, outer cylinder slide advance end stopper. 20sm, forward and backward position holding stopper. 20sb, back end stopper.
8a-21, the main thread of the substantially elastic body has a thread threading hole, a thread thread attaching / detaching piece part, a thread thread attaching / detaching guide part, and a path thread attaching / detaching guide part deep inside the thread thread threading hole. A branch Harris detachable tool provided with a holding structure in a closed state of a path yarn attachment / detachment opening provided with a gap and further provided with a path yarn attachment / detachment piece. 21Z, S
The main body of the substantially ball body which has E part elastic property. SE part, road thread detachable piece part. 21a, the main body of the ball. 2
1b, a guide portion that also serves as a path yarn attaching / detaching piece holding portion. Se-b, recess of SE piece. 21f, branch Harris part connection hole.
8b Harris on the branch Harris part. 8b-1, Harris connecting between the detachable tool-the return tool-and the locking tool. 8b-2a, an upper stopper of the floating range of the floating needle mounted on the branch Harris.
8b-1d, 8a-14 detachable function part of the end part of Harris used for the detachable tool part.
Harris used between 8b-1G and 8b-1d to connector 81. 8b-IH, branches Harris both ends were fixed to fitting tool portion and a small diameter central use in 8a-14-1 as large.
8b-1m, 8b-1H Tapered fitting part having a large diameter at the center and a small diameter at both ends. Pulling tool for pulling out 8b-1ma, 8b-1m8b-1n. 8b-1n,
8b-1H, a taper fitting part having a large diameter at the center and small diameters at both ends. 8b-1na,
8b-1H of 8b-1H, 8b-1H provided on the side of the connecting tool 81 when 8b-1H slips out from the hole H through which the road thread passes, to prevent the branch Harris to be locked to the road thread. 8c, Locking tool (fishhook). 8c-1a,
A fishing hook with a branch Harris mechanism. 8c-2a, a floating needle for the purpose of feeding a branch Harris device. 8d, live food. 8e, a weight attached to a branch Harris removable tool. 8f,
Tangle prevention pipe that also serves as a landmark. 8p, a lower stopper that determines the range of movement of the floating Harris needle. 10. Road thread. 11. Throwing spear.
8W A branch Harris mechanism composed of a branch Harris that connects a branch Harris removable tool and a water resistor to a fishing hook from the branch Harris removable tool.
8W-1, a branch Harris connecting / disconnecting tool provided with a branch Harris connecting part at the upper part of the rod body and a branch Harris connecting part at the lower part and a branch connected to any of the water resistor T6 from the water resistor T2 Harris mechanism (the branch Harris mechanism in the case of FIG. D is a combination of the water resistors T3 and 8a-1, and Harris is connected to the connector, twisting, weight, anti-tangle pipe and two fishing hooks at the tip. The branch Harris device connected with is shown).
An 8W-1A, 8W-1 path thread insertion path is provided with an elastic portion to increase the degree of locking to the path thread, and is coupled to either the branch Harris detachable tool and the water resistor T2 to the water resistor T6. A branch Harris mechanism (in the case of FIG. C, the branch Harris mechanism has two branch Harris hooks in FIG. D, but two in series).
8W-2, a branch Harris mechanism which is composed of an elastic piece in the gap portion in the immediate vicinity of the thread passing hole and is coupled to any one of the water resistor T2 and the water resistor T6.
8W-3, a branch Harris device that is attached and detached by bending the middle part of the rod body and coupled with a branch Harris removable tool and a water resistor.
8W-3A, a branch Harris device coupled to a branch Harris attachment / detachment tool composed of an elastic piece having a convex part of a lock part for opening and closing a road thread attachment / detachment opening that moves in a lateral direction on a rugby ball-shaped main body.
8W-4, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided inside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-5, a branch Harris device that is connected to any one of the branch Harris detachable tool in which a thread passing hole is provided outside the wire rod connector having a snap portion and the water resistor T2 to the water resistor T6.
8W-6, a wire Harris hole detachable tool which is provided with a thread passing hole in the wire body having a snap portion, and opens and closes the path thread attaching / detaching port portion by vertical movement of the elliptic cylinder, and water resistance from the water resistor T2. Branch Harris mechanism combined with any of the body T6.
8W-9, a branch Harris device that is connected to any one of the branch Harris removable tool having a thread passing hole provided on the outside and a water resistor T2 to a water resistor T6.
Only the 8W-5 wire connector is different.
8W-10, a branch Harris in which a connecting member of a wire body having a substantially disc body and a snap portion is eccentrically coupled, and a concave portion of a road thread passing portion is provided at a contact upper portion between the wire body and the substantially disk body. A detachable tool and a branch Harris mechanism coupled to any of the water resistors T2 to T6.
8W-8 is a product in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-11, a branch Harris detachable tool composed of a wire rod having a substantially spherical body and a snap portion, and having a thread passing hole in the substantially spherical body, and a water resistor T1 to a water resistor Branch Harris mechanism combined with any of T6.
8W-7 is the one in which the connecting member of the wire body is a snap sarkan with a stopper (not shown).
8W-12, a wire Harris body having a snap part, a branch Harris attachment / detachment tool provided with a substantially disc middle piece, and a branch Harris device coupled to any of the water resistor T2 to the water resistor T6.
8W-13, a bifurcated disc body that can be freely opened and closed by a hinge portion and provided with an opening / closing operation portion having a lock structure, and any one of water resistor T2 to water resistor T6 Combined branch Harris mechanism.
8W-14, two convex pieces are provided at the upper part of the substantially spherical body of the branch Harris removable tool, and the thread is inserted at the lower part of the substantially spherical body and at the back of the thread insertion part as a Harris winding part. A branch Harris device in which a branch Harris detachable tool provided with a gap to be pushed in and a thread passing hole is coupled with any of the water resistor T1 to the water resistor T6.
Two convex pieces are provided on the upper part of the substantially spherical bodies of 8W-14-1 and 8W-14, and a Harris insertion tool is used to insert a Harris insertion tool into the two convex pieces as a Harris winding portion. A branch Harris mechanism in which the branch Harris detachable tool provided with the portion is coupled with any of the water resistor T1 to the water resistor T6.
8W-15, a branch Harris detachable tool composed of a main body 15a having a rectangular cross section in the vertical direction and an outer cylinder (long square cylinder) of the main body and using the outer cylinder of the main body as a lock mechanism, Branch Harris device combined with any of the resistors T6.
8W-16, branch Harris detachable tool composed of a wire rod connecting tool having a thread threading hole and a snap portion at the lower part of the resistor body of the water resistor T1, and a branch that combines the water resistor T1 Harris device.
8W-17, a branch Harris mechanism in which a wire rod connecting tool having a thread passing hole and a snap portion is coupled to the lower part of the resistor body of the water resistor structure.
8W-18, branch Harris attachment / detachment tool in which the center of the water resistor structure portion T2 is linearly threaded and a branch Harris attachment device in which the water resistor T2 is coupled. T3, T5, T6 Bonding with water resistors is also possible.
8W-19A, a main thread of a substantially rectangular plate body is provided with a road thread attaching / detaching part having a resilient part, a thread passing hole and a road thread guiding part, and an elastic piece and an elastic for holding the road thread attaching / detaching part in a closed state A branch Harris mechanism in which a branch Harris detachable tool provided with a single insertion portion and an elastic piece is coupled to any of the water resistor T2 to the water resistor T6.
8W-19B, a branch Harris detachable tool provided with a road thread attaching / detaching part having an elastic part, a road thread passing hole, and a road thread guiding part at the lower part of the main body of the water resistor T3 is a water resistor T3. The branch Harris mechanism inside.
8W-20, a branch Harris attachment / detachment tool provided with a road thread attaching / detaching part having a resilient part, a road thread passing hole, and a road thread guiding part on a main body part of a substantially rectangular plate body, and having an outer cylinder of the main body as a lock mechanism And a branch Harris device coupled to one of the water resistor T2 to the water resistor T6.
8W-21, from a water resistor T2 to a branch Harris removable tool provided with an elastic piece on a substantially spherical body as a road thread attaching / detaching part, and a road thread guiding part, a gap and a thread passing hole toward the back. Branch Harris device combined with any of the water resistors T6.
8W-21A, an elastic piece provided in a substantially spherical body, and a branch Harris attachment / detachment tool provided with a road yarn guide portion, a gap, and a yarn thread passing hole toward the back, and a water resistor T5 Combined branch Harris example.
8W-22, a body thread attaching / detaching portion having an elastic part, a thread passing thread hole, and a thread guiding portion are provided on the main body of a substantially rectangular plate body, and an elastic piece and an elastic member for holding the road thread attaching / detaching portion in a closed state A branch Harris mechanism in which a branch Harris detachable tool provided with a single insertion portion and an elastic piece is coupled to any of the water resistor T2 to the water resistor T6.
T1, water resistor (parashout, turf type). 16a, a lid for a storage section such as parashut and turf. 16a-2, lids for storage parts such as parashuts, turf, etc. (type of figure G).
16a-3, an elastic piece of the lid of the storage section such as Parachut, turf, etc. (type in FIG. G). 16b, a tongue piece on the upper portion of the housing main body of the closed state holding structure that can open and close the lid. 16c, a sheet of water resistor. 16c1, Turf type turf. 16cb, sheet body storage section (D-type). 16D, elastic part of the lid. Water passage between 16Ha, W and the thread passing hole. 16Hb, a water passage between the thread passing hole and the sheet body storage body. 16Hc, 2-stage and 3-stage road threading holes. 16Hd, sheet body storage (Da diagram type). 16He, the second stage thread threading hole of the three stage thread threading hole. The convex part of the storage part main body upper part of the closed state holding structure of 16t and 16a which can be opened and closed freely.
T2, water resistor. 17a, outside of the wing part of the water resistor T2. 17as, wing body opening angle end stopper at the upper end of the outer wing body. 17bs, wing body open angle end stopper at the upper end of the inner wing body. 17 cs, a stopper receiving portion for receiving a wing portion opening angle end stopper of a wing portion body fitting portion of the main body of the water resistor T2. 17b, the inside of the wing part of the water resistor T2. 17c, the body of the water resistor T2. 17ce, outer edge of the wing body fitting groove. 17Dm, circular insertion groove with slit groove. 1Xa, wing body holding structure. An elastic ring provided on the wing part of the 17Dr water resistor T2. (In the case of 8a-18, the first digit of the code is 18)
A T3 water resistor, a water resistor having a structure having a wing body having a sphere at the upper end of the water resistor body, a fitting portion of the wing body, and a wing body holding structure. 19a, wing body with a sphere. 19aa, a sphere provided at the upper end of the wing body. 19b, a holding cap for holding the wing body in an openable and closable manner. 19ab,
Shaft that connects the sphere of the wing and the wing. 19c, water resistor body. 19D, an elastic ring inserted into the ring insertion groove. 2Xa, the wing part body holding structure part, and the water resistor body are provided with a fitting part for fitting the sphere provided at the upper end part of the wing part body, and the fitted wing part body is held openably and closably. A wing part body opening / closing holding structure provided with an elastic ring and a ring fitting groove which is provided with a holding cab and is fixedly attached, and further opens and closes the wing part body.
T4, a resistor of water, a type having a cylindrical outer shell and a shape memory elastic bag (2v) built in the cylindrical outer shell. 2a-1, the upper body of the outer body of the water resistor T4. 2a-2, the lower body of the outer body of the water resistor T4. 2b, an intermediate part that bends outside the water resistor T4. 2s, elastic tube through which the thread is passed. 2v, shape memory elastic bag. 3, Shimori. 4. Float. 5, Shimori. 5a, a shim attached to the lower part of the water resistor T4. 6, Floating stopper, 6a, 5a (moisture) stopper function attached below the water resistor T4, and may be a bundling portion.
T5, water resistor. An object composed of a water resistor body 15c, a plurality of bone bodies T5B or 15B provided on the outer periphery of the water resistor body, and a sheet body T5S. 15c, water resistor body.
T5hn, hinge part. T5D or 15D, elastic ring. T5Du, ring holder. T5d,
A linear body (string body) of an elastic body of a sheet body. T5da, an elastic body linear body (string body) holding section.
T5st, a stopper at the open corner end of the bone body. T6, water resistor. A water resistor body comprising a water resistor body and a wing body body obtained by dividing the wing body of the water resistor body into a plurality of parts. T6
a, Wing body part outside divided into a plurality. T6b, the wing body part inside divided into a plurality. T6c, resistor body. T6hn, elastic hinge part. T6D, elastic ring. T6Du, elastic ring holding part.
T6at, a convex piece that holds the inner wing body on the outer wing body. H, a hole that can be stopped by a branch Harris stopper, or a threading portion of a road thread. S, a gap through which the thread can penetrate. W, slit (crack). Return part from Y (there is also expressed by the thing Y having). J-1, one of the cut pieces. J-2, the other of the cut pieces. One of Rk-1, Rk type lock structure. The other of Rk-2 and Rk-a type lock structures. One of Rk-1a and Rk-a type lock structures. Rk-2a,
The other of the lock structure of Rk-a type. Rk-1b, one of the hinge type lock structures.
Rk-2b, the other of the hinge type lock structure. SA, branch Harris part (a device in which the branch Harris attachment / detachment tool and the needle are connected with Harris), a connection hole, and a connection tool.

1st invention is the branch Harris 8 attached to the road thread 10 thrown in the mechanism with the throwing spear 11, and the said branch Harris is a detachable part to the road thread of the branch Harris detachable tool 8a and the road in the detachable part. A threading hole H is provided, and a means for freely locking the branch Harris 8 from the sea layer portion to the sea layer portion to the road thread is provided,
The branch Harris detachable tool is configured to be engaged with the road thread even when the road thread comes out of the road thread passing part H,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Examples 8a-14, 8a-14-1, 8a-16, 8a-17, 8a-21)
The branch Harris of the present invention is a fishing using a throwing rod, and it is provided with a branch Harris locking means that can freely lock the sea layer from the sea layer to the road line thrown in with the throwing rod. The branch Harris locking means A, which is a means not found in common sense and can be freely slidably locked between the sea level and the sea level, is configured to connect the branch Harris stopper 7 from the sea level to the sea level in the direction of the road line axis. A road thread threading portion is provided in the branch Harris removable tool of the branch Harris to be locked to the road thread that is fixedly adjustable to the thread, and the road thread threading portion is stopped by the branch Harris stopper. It is to be provided as a hole to obtain.
The size of the thread passing hole (H) is 1.5 to 5 times the diameter of the thread, and preferably 2 to 3 times the diameter of the thread (this thread threading hole is the size of the present application) Applicable to the Harris Harris removable tool).
In particular,
The above-mentioned branch Harris and the branch Harris detachable tool to be locked to the road line provided with the branch Harris stopper in the upper part of the sea from the middle part of the sea at the upper part (floating direction) of the float 6, and the conventional fishing method Then, it was difficult to attach Harris to the top of the float (in the direction of the throwing hook) and throw it with a throwing splinter. Harris is to provide a detachable portion of the branch Harris detachable tool to and from the detachable portion and a avenue threading portion in the detachable portion.
By using the branch Harris locking means that can freely slidably connect the branch Harris stoppers (the shelves where the fish swim) from the sea level, for example, "Swimming fishing" live bait between the branch Harris stoppers from the sea Can be moved freely in the depth direction, so that the range of bait movement in the depth direction can be set wide. As shown in FIGS. 38 and 40, a branch Harris stopper is provided on the floating suspension, and the branch Harris (or branch Harris device, 8 W) is freely engaged between the sea level and the sea level. Further, the locking means B of the branch Harris is provided with a substantially elliptical weight (8e.1-5) connected to the branch Harris attachment / detachment tool of the branch Harris portion (see FIG. 6). Because the device has been thrown into the road thread that has been thrown in with the spear, the branch Harris attached to the live bait is attached and lowered into the sea. There are
When the fish that has been lowered into the sea comes to the shore side (in the direction of the tip guide 9 of the carp), it swims with the sparkling fish and the fish body in the direction where resistance is applied around the waterline near the water surface (in this case, the fish is carp) Swim in the forward direction, that is, in the direction of shallowing), or when going out to the offshore side (in the direction of the weight 1), it is possible to go to the branch Harris stop body, but when it is good, the direction in which resistance is applied around the road thread (Mainly bends the thread in the left and right and deep directions and swims with sparkling fish and fish. However, as shown in FIG. 7, most of the live bait 8d swims in the direction of resistance (shore direction or left and right direction) while bending the road thread into a “U” when it is alive. If you leave it in this state, the fish will weaken Eaten by Toka bird,
However, the time to swim powerfully in the direction of resistance while bending the road line in a "Ku" is a few straight lines when the tiredness of the swim is slightly weak and the bending angle is small and the bending angle is small. When this weight is attached, the detachable tool part of the branch Harris slides in the deep direction little by little, and the entanglement (8f) connected to this weight disappears, and then in the deep direction in the sea It is a means to slide little by little and guide the food to a depth closer to the shelf than the sea level.

A second aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris is a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. There is provided means for locking the branch Harris from the sea layer to the sea layer so as to be freely movable between the sea layer and the sea line,
The branch Harris detachable tool is provided with a lock structure for locking the road thread insertion port, and a lock structure for locking the branch Harris detachment to the road thread is provided. The branch Harris detachable tool includes a synthetic resin as a main material. Provided is a branch Harris and a branch Harris removable tool characterized by the above. (Examples 8a-3, 8a-3A, 8a-13, 8a-15, 8a-18, 8a-20)

A third aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part to the road thread of a branch Harris removable tool, and a thread thread passing part in the removable part. There is provided means for locking the branch Harris from the sea layer to the sea layer so as to be freely movable between the sea layer and the sea line,
From the outer surface of the sphere toward the side of the thread passing hole, a gap S is provided at the back of the guiding line W and the guiding part and connected to the thread passing hole. A tongue piece 2D generated between the gap near the thread passing hole is provided. The tongue piece is inserted into the tongue piece in such a way that the thread can be easily spread and inserted. It is a structure that is hard to come off,
The above-mentioned branch Harris removable tool provides a branch Harris and a branch Harris removable tool characterized in that the main material is synthetic resin. (Example 8a-2)

A fourth aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a detachable part for a road thread of a branch Harris detachable tool, and a thread passing part in the detachable part. Providing a means for freely locking the branch Harris to the road thread between the sea layer and the sea layer,
A substantially U-shaped fitting piece R having a convex portion is provided in a gap in the immediate vicinity of the road thread threading hole and the thread thread threading hole so as to be orthogonal to the insertion direction of the thread thread in the gap part, and One of the convex portions Dt is provided in the direction of closing the path for inserting the thread in the gap portion, and a fitting hole Du is provided to face the substantially U-shaped fitting piece body, and the fitting piece is fitted into the main body. It is provided as a holding part,
A branch Harris and a branch Harris removable tool characterized in that the branch Harris removable tool is made of synthetic resin as a main material. provide. (Example 8a-1A)

A fifth aspect of the invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part to the road thread of the branch Harris removable tool and a road thread threading part in the removable part. The branch Harris is provided with means for freely locking the road Harris from the sea layer to the sea layer to the road thread, and the gap in the immediate vicinity of the road thread threading portion of the branch Harris removable tool is, Has a gap that matches the diameter of the road thread,
The gap adapted to the above-mentioned diameter is a gap that is narrowed by several to ten and several tens of% of the diameter of the thread, and the above-mentioned branch Harris removable tool is mainly composed of synthetic resin. And a detachable tool for branch Harris. (Examples 8a-1A, 8a-18)

A sixth aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part for a road thread of a branch Harris removable tool, and a road thread passing part in the removable part. A means for locking the branch Harris between the sea layer and the mid-sea part to the road thread, and opening and closing the road thread insertion port of the branch Harris removable tool. Removable port opening / closing pieces 19p, 19pc are provided, and closed state holding pieces 19Db, 19Dbb are provided to hold the closed state of the path thread attaching / detaching port opening / closing pieces. The branch Harris removable tool is mainly made of synthetic resin. Provided is a branch Harris and a branch Harris removable tool characterized by being made of wood. (Examples 8a-19B, 8a-19C)

A seventh aspect of the invention is a branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part for a road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Providing a means for freely locking the branch Harris to the road thread between the sea layer and the sea layer,
The branch Harris detachable tool is configured to be engaged with the road thread even when the road thread comes out of the road thread passing portion.
Provided is a branch Harris and a branch Harris detachable tool characterized by comprising a synthetic resin and a wire rod as main components. (Examples 8a-4, 8a-5, 8a-6, 8a-10, 8a-11, 8a-12)

An eighth invention is a branch Harris attached to a road thread that has been thrown with a throwing spear, and the branch Harris includes a removable part to the road thread of a branch Harris removable tool, and a road thread passing part in the removable part. Providing a means for freely locking the branch Harris to the road thread between the sea layer and the sea layer,
The branch Harris detachable tool is configured to be engaged with the road thread even when the road thread comes out of the road thread passing portion.
Provided is a branch Harris and a branch Harris attachment / detachment tool characterized in that a wire rod is a main component. (Examples 8a-9, 8a-18)

According to a ninth aspect of the present invention, there is provided a branch Harris having a branch Harris mechanism 8W by connecting a water resistor to the branch Harris according to any one of the first to eighth aspects of the invention and the detachable tool of the branch Harris. Provide a branch Harris removable tool. (Examples 8W-1, 8W-1A, 8W-2, 8W-3, 8W-3A, 8W-5, 8W-6, 8W-9, 8W-10, 8W-11, 8W-12, 8W- 13,8W-14,8W-14-1,8W-15,8W-16,8W-17,8W-18,8W-19A, 8W-19B, 8W-20,8W-21,8W-22)

A tenth aspect of the present invention is a connected form of the Harris of the branch Harris according to any one of the first to ninth aspects of the invention and the Harris part of the detachable tool of the branch Harris,
At least one loosely-moving free needle 8C-2a is provided, stoppers are provided at both ends of the free range of the free needle, and Harris is provided between the upper end stopper 2r of the free range and the lock 2p at the tip of the Harris portion. Provided is a branch Harris and a detachable tool for the branch Harris, in which either the diameter of the Harris portion or the tensile strength is provided at least 1.3 times the diameter. (Fig. 6, A)

The eleventh invention is a detachable tool of the branch Harris and the branch Harris according to the tenth invention, and the locking tool at the tip of the Harris portion,
Having a locking tool shape having a locking portion for locking the ventral fin portion of the fish as a food, provides a branch Harris and branches Harris detachable tool. (Fig. 6, B)
[Patent Document 2] Japanese Patent Application No. 2012-090806 "Technology related to swimming fishing, fishing with a weight attached to the tip and throwing with a throwing spear and attaching a branch Harris at a later time" [Patent Document 4] Japanese Patent Application No. 2012-255280 “Fix a bottom fishing device at the tip and insert it with a throwing rod. This is only used as a branch Harris and a detachable tool for the branch Harris.

Claims (8)

A branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is provided with a removable part to the road thread of the branch Harris removable tool and a road thread passing part in the removable part,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
It has a structure that can be locked to the road thread even if the road thread comes out of the above-mentioned thread passing part,
The branch Harris attachment / detachment tool is characterized in that the branch Harris and the branch Harris attachment / detachment tool are mainly made of synthetic resin. A branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is provided with a removable part to the road thread of the branch Harris removable tool and a road thread passing part in the removable part,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The above-mentioned branch Harris removable tool is provided with a lock structure for locking the road thread insertion port, and a lock structure for locking the branch Harris attachment / detachment to the road thread is provided.
The branch Harris attachment / detachment tool is characterized in that the branch Harris and the branch Harris attachment / detachment tool are mainly made of synthetic resin. A branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is provided with a removable part to the road thread of the branch Harris removable tool and a road thread passing part in the removable part,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
The branch Harris detachable tool is provided with an elastic structure in the gap in the immediate vicinity of the road thread threading part, and provided with a structure that makes it difficult to remove the thread from the road thread threading part,
The branch Harris attachment / detachment tool is characterized in that the branch Harris and the branch Harris attachment / detachment tool are mainly made of synthetic resin. There is a branch Harris that is attached to the thread that has been thrown in with a throwing spear, and the branch Harris is provided with a detachable part to the thread of the branch Harris removable tool and a thread threading part in the detachable part,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
A one-touch mounting structure that allows one-touch mounting of the branch Harris removable tool to the road thread is provided.
The branch Harris attachment / detachment tool is characterized in that the branch Harris and the branch Harris attachment / detachment tool are mainly made of synthetic resin. A branch Harris that is attached to a road thread that has been thrown with a throwing spear, and the branch Harris is provided with a removable part to the road thread of the branch Harris removable tool and a road thread passing part in the removable part,
Means is provided for freely locking the branch Harris from the sea layer to the sea layer to the road thread,
A branch Harris and a branch Harris detachable tool characterized in that a snap portion is provided at a detachable opening to the thread of the branch Harris detachable tool. 6. A branch Harris and branch Harris detachable tool in which a water resistor is connected to the branch Harris and branch Harris detachable tool according to claim 1 to form a branch Harris mechanism. 6. A method of connecting the Harris of the branch Harris according to claim 1 to the lock of the Harris part of the removable tool of the branch Harris, comprising at least one freely-movable loose needle, A branch Harris provided with stoppers at both ends of the free range of the needle, and a Harris diameter between the upper end stopper of the free range and the lock at the tip of the Harris unit at least 1.3 times the diameter of the Harris unit, A detachable tool for branch Harris. 8. A locking device at the tip of the Harris portion according to claim 7, wherein the locking device at the tip is provided with a locking portion for locking a belly fin portion of fish serving as food. A branch Harris and a detachable tool of the branch Harris having a stopper.