JPS60262544A - Connection line free joint for heart worm - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Field of Application) The present invention relates to a wireless joint for frequent use of line wires, which is used when connecting line wires such as fishing lines.

[Prior art]

In the ocean, many fish live in the voids of rocky reefs, but these fish cannot be caught with purse seines, etc., and must be caught using line fishing gear. It is. In addition, in view of the depletion of fishing resources due to marine pollution, excessive number of passengers, and weapons experiments, marine biologists are considering turning the ocean into a ranch using a new type of ``artificial t1'' or ``floating fishing rod.'' However, even under these new trends, it is unlikely that line fishing will be abolished from fishing use. This is because the power of nets does not extend to the gaps.In addition to the use of fishing nets, they have a wide range of uses in everyday life, however, if traditional tying methods are used. The drawback of these knots and connections is that they are extremely inconvenient.Therefore, improvements in the connections between threads can be said to be a valuable change, both from the current situation and from the perspective of future development.

Most of the current fishing lines or lines are made of nylon, but nylon lines have the property of becoming slippery when tied too tightly, and for this reason, line lines and lines, especially single thread lines, are At the same time, it is extremely difficult to connect the wires, and at the same time, another characteristic of the single thread wire is that even a slight fold can cause it to break easily, so when connecting the wires, the original tensile strength should not be lost. Therefore, it is difficult to operate without slipping or folding. The other serious problem is that even if the wires are connected successfully, it is difficult to solve the problem.[In the case of longline fishing J or F branch fishing 1 operation, it is extremely difficult and time-consuming to store the line rods. In addition, many fish species, such as hairtails and cylindrical fish, have sharp teeth, and when fishing for the above fish, it is necessary to add wire, but it is extremely difficult to connect the wire and nylon thread. Because of this, fishermen often discover that their fishing hook has been swallowed deep into the belly of the fish they have caught, but because of the difficulty of connecting the hook, they try to take the risk of trying to get the hook back. It is often seen that workers end up risking their efforts and end up injuring their hands so badly that they are unable to continue working. Furthermore, the feeding of fish is influenced by tides and sunlight1.
), to put it simply, the period of active feeding is limited to almost an hour or so, so if there was a simple and quick method for tying, replacing, and untying the fishing line, fishing would be easier. It will inevitably increase.

In the case of fishing, many of the traditional methods of tying lines are direct tying, including the so-called ``two-small tying method'', ``fishermen's tying method'', [flat tying method, 1, 1 person tying method], etc. Even if you use auxiliary equipment such as a twisting ring or a wire safety bottle, it will still work! #511! difficult to understand,
It is not hard to imagine that it would be even more difficult to do this with a very fine joint.

(Object of the Invention) Accordingly, it is an object of the present invention to provide a wire-free joint for threads that can easily and quickly join threads.

(Structure of the Invention) The joint for frequent use of thread wires has a specially designed groove shape on the small tubular main body, and uses a method for winding thread wires, so that it is simple, does not require wire connections, does not require piercing, and is easy to tie and untie. With new inventions that serve a variety of connecting purposes, based on the principle of
Its feature is that it solves the trouble and difficulty of frequently tying the line during fishing.

The thread wire frequently used connectionless joint according to the present invention includes a small tubular main body,
By applying a specially designed groove and combining it with a new type of simple winding method, it is possible to achieve several types of connection purposes that do not require any wiring and are easy to release. From a technical point of view, the present invention is divided into two parts, one of which is a tangible small tubular body, which is named a thread-free joint for frequent use, and the other is a new type of winding joint. is a method.

According to the present invention, the main body has a generally cylindrical shape, the main body has a central part (A) cut out in the circumferential direction, and the central part (Δ) and one end of the main body, and by providing substantially circumferential elongated holes (G:G') in the first and second parts of the main body extending between the central part (A> and the other end of the main body 5-). and a pair of divided parts (B, CAB', C') separated in the axial direction in each of the second parts. It has pores (Bl, C1: Bl', CI'),
The first part is provided with an axially elongated hole (F) that opens at the one end, and the second part is provided with an axially elongated hole (F) that first extends in the axial direction toward the central part (A) and is adjacent to the central part (A). There is provided a wireless joint for frequent use of threads, which is provided with an elongated hole (") opening into the elongated hole (81'") of one of the pair of divided parts.

The tangible small tubular main body is extremely easy to manufacture, but in principle, consideration should be given to the configuration angle and gap of the grooves, and the tensile strength, so that it is simple, requires no wiring, and is easy to release. Furthermore, in order to satisfy a wide variety of connection purposes, it is necessary to have a pattern that has been finally obtained through repeated experiments, modifications, and confirmations over thousands of times. Therefore, it would be difficult for the examiners of this application to understand the essence of the present invention by simply relying on the text and the explanation of the drawings. I would like to suggest that the invention be examined based on the specification of the present invention after conducting an experiment in advance based on the illustrations from FIG. 2 to FIG. 8, because it will be relatively easy to understand.

〔Example〕

Please refer to FIG. 1, which is an actual view of the wireless joint for thread lines according to the present invention. Of these, FIG. 1(A) is a developed view of the present invention immediately after being press-worked.

FIG. 1(b) is a bottom view after the seaming process, and FIG. 1(c) is a top view after the seaming process. Also, for convenience of explanation, A,
B, B', C, C', E, F, B1.81', C1
, 01' indicate each part of the main body of the present invention. The material of the main body of the present invention is a metal plate, engineering plastic, or Bakelite material with satisfactory hardness, and may be manufactured by punching, folding, or primary injection molding. Listed below: 1. Since single yarn is easily torn due to even slight folds or scratches, the emphasis when winding the yarn around a wireless joint is to make it as flat and smooth as possible.

2. Groove G formed by G' and R', B and C
', G should have an inclination angle with respect to the circumferential direction, and the larger the inclination angle, the more the wound yarn can be prevented from falling off.

3. The diameter cuts of G' and C and the groove outlet should have an appropriate slope, that is, the outlet should be slightly higher than the opposite side of the outlet, and the main body should be used as a floating stop. In this case, the yarn line should automatically lean to the opposite side of the groove 1 and be caught when molding or pressure is applied.

4, groove l]B1. B1', C1, CI', G, G
When forming a gap ', the size of the gap should be such that the yarn to be wound can easily fit therein; if it is too large, the yarn tends to fall off. 5. The scope of application of the present invention covers each scale rope, cable, line, and thread line, but since single thread is the most difficult to tie, an example will be taken of the case of a single thread for about 4 years. If possible, everything else is fine. The basic rules of winding are that when the main body of the present invention is held in the left hand and the thread is wound with the right hand, the winding direction is clockwise (the direction of winding is when the main body of the present invention is held in the right hand and the thread is wound with the left hand). direction is counterclockwise). If you want to release it, do the opposite. There are many types of connection purposes that can be served by this, such as the following examples: Weight G, float 1 or other heavy arrangement, see Figure 2 for use as a float stop. To prevent the product from floating. The connection method is to wrap the main wire N1 three times clockwise from the end of the connectionless joint, and then wrap the right side of the main wire N1 into B1. G,C
1 Fit and tighten along the groove, and tighten the left side of main wire N1.
', B1', G' and then fit into the CI' groove and tighten.

Please refer to the application method for connecting two wires in Figure 3. When connecting thread wires with the same or different numbers, hold the wires you want to connect on top of each other and wind them in the same way as in the previous section, and after finishing winding, Just cut off the excess line.

9- This method can be applied to the extension of the line and the connection of the parent and child wires N1 and N2, and at the same time, the connection point can be used as it is as a float. In addition, by taking advantage of its easy connection and release, you can prevent fishing hooks from being swallowed by fish, eels getting entangled in the line, or encountering cutlass fish with sharp teeth.
If it is difficult to make one stitch, it is also possible to release the child wire and replenish it with a new spare wire.

Please refer to FIG. 4 for application to lateral connection of parent and child wires. Hold the parent wire NI and child wire N2 you want to connect with a small spoon, and
Wrap it in the same way as shown in the figure, and cut off the excess wire when you finish winding it. This method can be applied to tethering during edarai fishing or longline fishing. In the case of long line fishing, the main line N1 and the sub line N2 form a single character shape, so in this case the sub line N2 needs to be further drawn into the furrow E and fixed (see Figure 4). (See (d)).

Please refer to FIG. 5 for an application method for connecting child wires of different lengths and master wires. First, the main wire N1 is connected, and then the child wire N2 is hooked onto the inner B' portion and wound around the 10-A portion 2-3 times.

Please refer to Figure 6 for an application to the ring connection method.

The winding method is almost the same as that shown in Figure 3, but the only difference is that a part of the wire itself is folded back. Also, if it is necessary to make a hole at the end of a fishing rod or a return twist ring, it is best to first insert it through the ring and then connect the winding.

See Figure 7 for application to wire connections. Since the wire W and the nylon thread N have circular properties, it is extremely difficult to connect them, but according to the wireless joint of the present invention, the connection can be performed extremely efficiently and skillfully. I can do it.

The connection method is to first wrap one end of the nylon wire, and then wrap the wire around it again, but since the wire is hard, wrap it around - times.
This is also the reason why both cannot be wrapped at the same time.

Please refer to the application of kake to tsunagi in Figure 8.

A hooking groove is formed in the B' portion of the present invention, which is clearly indicated as F in the figure, but the inner B' portion itself is directly connected to the conventional return M.
It has a curved hook shape that can be connected to a ring. The way it is hung seems to pose a risk of it falling off, but as a result of numerous tests of strong up-and-down shaking and irregular vibration of the end of the fishing rod, no falling off occurred. The purpose of this column is to use it in conjunction with a return twist ring when the user encounters a sudden flow, but in reality it can also be conveniently used to hook and connect thread lines. However, the only exception is kakigata, which means that if you wind the thread with your right hand, you will wind it counterclockwise, and if you wind the thread with your left hand, you will wind it in the opposite direction. To do this, wrap the yarn between the F groove and the groove, wrap it 3 times, then pull it straight. Generally speaking, there is no need to twist the soft yarn wire.

The thread wire frequently used connectionless joint and winding method according to the present invention are as follows:
The effects of this can be seen in the various windings that are applied to the connections, but its greatest feature is that it is simple, requires no wiring, no need for insertion, and is easy to connect and release. I was able to spend a lot of time explaining how to wrap and connect, but you can easily learn how to wrap once you actually do it.

[Brief explanation of the drawing]

FIG. 1 is an actual diagram of the present invention, and (a) is a developed diagram thereof;
(0) is the bottom view, (c) is the top view, Figure 2 is the connection diagram for how to use it as a floating stopper, Figure 3 is the connection diagram for the application to 2-wire connection, Figure 4 is a connection diagram of the method applied to the side connection of the child wire and the main wire, Figure 5 is the connection diagram of the application method to the connection of the child wire and the parent wire of different lengths, and Figure 6 is the circuit diagram. Fig. 7 is a connection diagram of the applied method to a ring connection, Fig. 7 is a connection diagram of an applied method to a wire connection, and Fig. 8 is a connection diagram of an applied method to a hanging connection. A...Central part, B, C, B', C'...
...Divided portion, 81. C1, F31', CI'...
...Elongated hole (groove), E, F...Elongated hole (groove)
, G, G'... Long hole (groove). 13- Figure 1 "E -E-■- Niku Toshirozuka

Claims (1)

[Scope of Claims] The main body has a generally cylindrical shape, the main body has a central part (A) cut out in the circumferential direction, and the central part (A) and one end of the main body, and the central part Each of the first and second parts is provided with a generally circumferential elongated hole (G; G') in the first and second parts of the main body extending between the part (A) and the other end of the main body. A pair of divided portions (B.
, C1; Bl', CI'), an axial elongated hole ([) opening at the one end is provided in the first part, and the second
A long hole (F) that first extends in the axial direction toward the central portion (A) and opens into the long hole (B1') of one of the pair of divided portions adjacent to the central portion (A). ) A wireless joint for frequently used thread wires.