JP2001190197A - Basket for bait for attracting fish and terminal tackle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make it difficult for easy-to-tangle fishhooks to tangle when being cast by casting them under a condition that they are held in a basket for bait for attracting fishes, or the like, and by making them be released under a condition that the lid of the basket is opened when they sink. SOLUTION: A resisting piece integrated with the lid of the basket for bait for attracting fishes is moved by the resistance of sea water to open the lid of the basket, or like, in such a way that the fishhooks held therein are released in sea water.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a throwing fishing basket and a fishing tackle used when catching fish such as sayori, medina and sea locust.

[0002]

2. Description of the Related Art In order to catch many fishes, simply feeding a fishhook does not improve the results. For this reason, fishermen have made various efforts to catch many fish.
One of the ways to use this technique is to collect fish using Komase. Komase is a bait whose purpose is to collect fish at a point, and there are a method of scattering it with a ladle or the like from a fishing spot, and a method of attaching a komase basket for putting a komase in the middle of a line connecting a fishing rod and a hook.

FIG. 10 shows a device 20 used when fishing a sail. A thread 21 having one end connected to a rod (not shown) is connected to a threader 23 attached to a Komase basket 22 via a return 38 and then to a tip of a single balance 24. It is led to a device such as the fishing hook 27 via the return 39. This single balance 24
Is provided so as to be separated from the Komase car 22 to some extent in order to prevent the portion ahead from being entangled with the yarn 21 and the Komase car 22. Float 2 which is sensitive to fish when hooked on the yarn 21 at the end of the single balance 24 and informs the person.
5 is attached. At the forefront 29 of this yarn 21,
It is tied to a needle element 26 to which a fishing hook 27 is attached.

[0004] The Komase car 22 used in the device 20 will be described. The shape of the Komase basket 22 is cylindrical, and the head portion 30 is pointed like a pencil. A weight 31 for making the Komase basket 22 heavier to fly far away is placed in the sharpened leading portion 30, and several small holes 32 are formed in the outer surface of the leading portion 30.
At the upper end of the Kose car 22, there is provided a float 34 for holding the Kose car 22 on the sea surface, and at the center thereof, there is provided an opening 33 for putting the Kose into the Kose box 40.
Some of the Komase baskets 22 are provided with a valve capable of adjusting the size of the opening 33.

[0005] When baiting the hooks 27 and filling the komase box 40 with the komase from the mouth 33 of the komase basket 22, the preparation is completed.
The device 20 will be thrown into the sea. When the rod is shaken, the heaviest Komase basket 22 in the gimmick will fly in the direction of the sea with the head at the top. There is a weight 31 in the top 30 of the Komase cage 22 and a float 25 for attaching the Komase cage 22 to the sea surface is attached to the upper end, so that the top 30 of the Komase cage 22 is heavy. This part comes first and lands in seawater. When the Komase basket 22 lands and sinks in the sea, seawater enters a small hole 32 provided in the head portion 30, and pressure is applied to the Komase in the Komase box 40. Is pushed out little by little from outside. By this Komase, surrounding fish gather here. Floats 25 and fishing hooks 27, etc., which serve as markers for catching fish, are dragged by a Komase basket, land on seawater, floats 25 float on the sea surface, and fishing hooks 27 sink into the sea.

After a certain period of time, the Komase basket 22 and the fishhook 27 settle down in the state shown in FIG. 10, and in this state, it waits for a fish to catch. When the fish is not hung in the middle, the reel is wound and the carase basket 22 is moved. When it is moved, the Komase basket 22 moves up and down, so that the Komase inside is slightly released from the mouth 33 of the Komase box 40 to collect fish at the moved position. Fortunately, when the float 25 that was floating on the surface of the sea with the fish was running sideways, winding the reel with a reel would mean that the fish was caught.

[0007] The device shown in FIG. 10 has a float 25 below the Komase cage 22 and is a device suitable for catching fish living near the sea surface, and catching fish living near the seabed. Not suitable for In order to catch a fish near the seabed, a device individually attached to the thread 21 in the order of the float 25, the kase cage 22, and the fishing hook 27 is thrown into the sea. The heaviest of these devices is the Komase basket 22, and the first one to be put into the sea is the Komase cage 22. Fishing hook 27 attached to the tip of the Komase basket 22
Is thrown into the sea as if pulled by the Komase basket 22. At this time, the hook 27 is
And the float 21 may be entangled in the yarn 21. People involved in fishing can not confirm the entanglement only by looking at it, and you can never catch fish with such a mechanism. You will waste valuable time.

[0008]

Generally, there is nothing to prevent the wind at the fishing spot, and the wind always blows and the wind is rare. When the device 20 is thrown by a rod, it is affected by the wind. The Komase basket 22 is also affected, but the most affected are the road thread 21 and the float 2
5, needle element 26 and fishing hook 27. In particular, when throwing when the wind is blowing, the device at the tip of the Kose cage 22 moves in a complicated manner, and this may be entangled from the Kose cage 22 or the road yarn 21 near the rod from the Kose cage 22. On cold days when the wind blows, your hands are nervous, and untangling the tricks can be difficult and time-consuming. Fish cannot always be caught and can be caught for a short time. In such a case, the catch cannot be achieved if the devices are involved.

[0009]

DISCLOSURE OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and is a device capable of raising a Komase basket and a fishing tackle which are not entangled even when throwing in a head wind. The purpose is to provide.

According to the present invention, there is provided, for the above object, two kose boxes each having a first opening for vertically inserting a komase and a fishing hook and a second opening for inserting a komase, and a resistance for generating resistance by seawater. A lid is provided and moves up and down to open and close the first port and the second port covering a part of the outer periphery of the Komase basket, and the two ports are inclined obliquely downward after landing of the Komase basket A float for holding a Komase basket loaded with an eccentric weight facing it on the surface of the sea is provided, and a lid closing a first mouth when throwing a device is a resistance piece due to seawater resistance when landing. The first mouth is opened by the force applied to the nose, the first mouth is opened, the komase and the fishing hook are released, and after landing, the first mouth and the second mouth are directed obliquely downward by the action of the eccentric weight. , When winding a road thread connecting a device, it is added to the resistance piece due to seawater resistance The lid closing the second mouth is moved downward and the second mouth is opened to release the Komase, and a pipe passing through the Komase basket through the yarn and a Komase Two twisters are provided for regulating the movement of the car in the vertical direction. The interval between the two twistings is longer than the length of the Komase car, and a recess or hole for temporarily storing a fishing hook is partially provided. Is provided, and a lid connected to a line that temporarily closes the recess or hole, and the hook is stored in the recess or hole provided in the Kose basket at the time of insertion. It is stated that the lid is opened by pulling the line after the Komase basket sinks after being thrown, and the hooks stored in the storage section are released into the seawater.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings. FIG. 1 shows a Komase car 1 according to one embodiment of the present invention. Two Komase boxes 2 and 6 are provided at the top and bottom of the body of this Komase basket 1,
A first port 7 and a second port 5 are provided in these Kose boxes 2 and 6, respectively, for putting and releasing Kose. A float 19 for keeping the Komase car 1 floating on the sea surface is mounted on the Komase box 2, and the lower part of the Komase box 6 is a pointed head 9 like a pencil. A weight 10 is provided at the tip of the head portion 9 to fly the Kose car 1 far away, and several small holes are provided on the outer surface of the head portion 9.

The lid 3 on the body of the Komase car 1 can move up and down the outer periphery of the Komase car 1 as shown by an arrow 18. FIG. 2 shows a perspective view of the lid 3, the inner diameter of which is slightly larger than the body of the Komase car 1. A protruding resistance piece 4 is provided on a part of the outer surface of the lid 3. The lid 3 shown in FIG. 1 is in the position when it is raised to the top, and at this time, the first port 7 of the Komase box 6 provided below is in an opened state. The second port 5 of the provided Kose box 2 is in a closed state.

The lid 3 of the Kose car 1 shown in FIG. 1 moves downward as indicated by an arrow 18, and the lower end of the lid 3 hits the stopper 12 and descends to the lowest position in FIG. Is shown in At this time, the second port 5 of the upper Kose box 2 is opened, and the first port 7 of the lower Kose box 6 is closed.

A pipe 13 through which a yarn passes vertically extends through the Komase car 1. The yarn 15 passing through the Komase basket 1 is returned to the needle 16
Is connected to the road thread that is tied. A float 40, which moves sensitively when fish is hooked, is attached to the yarn between the return 14 and the needle element 16.

A float 19 for holding the Komase car 1 on the sea surface is mounted on the Komase box 2. An eccentric weight 41 is loaded inside the float 19 so that the second opening and the first opening of the Komase boxes 2 and 6 face diagonally downward when the Komase car 1 floats on the sea surface. In FIG.
A top view showing the position of the eccentric weight 41 in the float 19 is shown.

Twists 42 and 14 are attached to the upper and lower yarns 15 of the Komase car 1, respectively. This interval is longer than the length of the Kose car 1. Therefore, the Kose car 1 can move up and down to some extent about the yarn.

The operation of the Kose car 1 configured as described above will be described. The lid 3 covering a part of the outer periphery is first moved to the uppermost position as shown in FIG. When the lid 3 is moved to the uppermost position, the first opening 7 of the Komase box 6 provided below is opened. If it is too tight, it will be difficult for the komase to be released from the first mouth 7 in the sea, so that it needs to be adjusted. At this time, it is important that the baited fishhook 17 is inserted from the first mouth 7 into the vicinity of the center of the Kose box 6 together with the Kose.

Next, as shown in FIG. 3, the lid 3 is moved downward until the lower end of the lid 3 hits the stopper 12. Since the second mouth 5 of the upper Kose box 2 is opened when it is moved, the Kose is packed into the Kose box 2 from here. Now, the device is ready to throw the device, and the state at this time is shown in FIG.

Here, the device including the Komase car 1 is thrown into the sea. When a pole (not shown) is shaken and thrown into the sea, the head 9 of the Komase car 1 is loaded with the weight 10, so that this portion is the heaviest, so that this portion becomes the forefront and proceeds. What is important here is that the fishing hooks 17 that are easily entangled with the line 15 and the Kose basket 1 are not exposed, but are stored in the Kose box 6. Fishing hook 17 even if the wind is blowing
Doesn't flutter and won't get involved in anything else.

When the Kose car 1 lands on the sea, seawater pressure is applied to the resistance piece 4 provided on the lid 3, and the lid 3 moves in the direction of the float 19, and the first port 7 of the Kose box 6 Opens.
When the water lands on the sea, seawater infiltrates through a hole provided in the head portion 9 and applies pressure to the komase and the fishhook 17 stored in the komase box 6 to discharge them from the first port to the outside. . The released komase is scattered in the vicinity, and the released fishing hook 17 sinks below the vicinity where the float 40 floats, and waits for the fish to catch.

If the fish cannot be caught only by performing the above-described operation, it is necessary to move the Komase basket 1. The movement is performed by winding the yarn 15. When the warp yarn 15 is wound, the lower end of the kose car 1 hits the return 14 and is pulled. The Komase car 1 is inclined by the action of the eccentric weight 41 loaded inside the float 19 attached thereto so that the second port 5 is directed obliquely downward to the sea surface 50 as shown in FIG. . When pulled in this state, pressure is applied to the resistance piece 4 of the lid 3, the lid 3 moves toward the leading end 9, and the second port 5 of the Komase box 2 is opened. Second mouth 5
Is opened, the Kose packed in the Kose box 2 is released to the outside. The fishhook 17 is pulled in the released Komase, and the chance of catching fish gathered by the odor of the Komace increases.

A pipe 13 through which a yarn 15 can pass is passed through the center of the Komase car 1 as shown in FIG. Above and below the through thread 15
Twists 42 and 14 are attached. If the thread is tightened without loosening it, return
Strikes the lower end of the Kose car 1, and there is ample space between the upper return 42 and the upper end of the Kose car 1. When the fish is hooked in such a state, the pulling thread 15 is pulled and the float 40 moves, but at the same time, the rod to which the pulling thread 15 is connected is vibrated sensitively without moving the Komase basket 1. It is difficult to see especially when fishing at night,
0 cannot be detected while moving. Even in such a case, if the rod vibrates delicately, it can be understood that the fish was easily caught. When the yarn 15 is directly connected to the Komase basket 1, the rod is vibrated after moving the heavy Komase basket 1 when a fish is caught, so that the rod becomes slower and the vibration of the rod becomes less sensitive. Therefore, it becomes slow to notice that the fish has caught, and in some cases, it may not be noticed, and it becomes impossible to increase the fishing result.

Next, a mechanism for catching fish living near the sea floor will be described. In the device shown in FIG. 1 and the like, the fishing hook 17 floats near the sea surface because the float 40 is attached below the Komase basket 1. Therefore, this hook 1
It is fish near the surface of the sea that hangs at 7, not a device for catching fish near the seabed. In order to catch the fish that inhabit the seabed, a mechanism different from that shown in FIG. 1 and the like is required. FIG. 7 shows a mechanism for catching fish that inhabit the seabed, for example, medina or black bream using a Komase basket. This device is a float 51 having a concave portion 53.
Is inserted into a cylindrical Komase cover 56. A convex portion 55 is provided inside the Komase cover 56. When the Komase cover 56 is moved upward, the convex portion 55 hits the upper end of the concave portion 53 of the float 51, and when the Komase cover 56 is moved downward. Cracked part 53 of float 51
At the lower end 57. Therefore, the comase cover 56 is attached to the float 5
It can be moved up and down by the length of one crack portion 53.
At the upper end of the Komase cover 56, a resistance piece 54 for generating a resistance when the device is put into the sea is attached.

The head portion 68 of the Komase basket 59 is loaded with a weight 64, and a plurality of small holes 65 are formed near the weight 64. The Komase basket 59 is naturally provided with a mouth 60 for putting Komase therein. Immediately above the leading portion 68, a convex portion 67 is provided on the circumference. The outer diameter of this circumference is slightly larger than the inner diameter of the Komase cover 56. A concave portion is provided in a part of the outer wall of the Komase basket 60, and this serves as a storage portion 61 for temporarily storing a hook 62. The upper end of the Komase basket 59 has a conical shape.

A fishing hook 6 is provided between the float 51 and the Komase basket 59.
The lid 58 of the storage section 61 for storing the 2 is attached to the yarn 50.

Although not shown in the drawing, the float 51 and the Komase basket 59 are provided with through-holes therethrough, and the yarn 50 passes through the through-holes. Therefore,
The float 51 and the coma basket 59 can be moved up and down between the float stopper 70 written on the drawing and the float stopper 70 written below the drawing. Retractors 71 and 72 are attached to determine the position of the float 70.

The operation of the mechanism configured as described above will be described with reference to FIG. First, a coma for collecting fish is put into the coma basket 59 through the mouth 60. Next, after the fishhook 62 is put into the storage section 61, it is closed with the lid 58. After this operation is completed, the Kose car 59 is inserted into the Kose cover 56. The upper end of the Komase basket 59 has a conical shape, which hits the conically-shaped portion of the lower end of the float 51 and pushes up the float 51. When the float 51 is pushed up, the lower end 57 of the concave portion 53 of the float 51 collides with the convex portion 55 of the Kose cover 56, so that the Kase basket 59 cannot be inserted into the Kose cover 56 any more.
In this state, the outer diameter of the convex portion 67 provided on the Komase basket 59 is slightly larger than the inner diameter of the Komase cover 56, so that the Komase cover 56 and the Komase basket 59 are loosely fixed. Becomes The fishing hook 62 is in the storage section 61
FIG. 9 shows a state where the Komase basket 59 and the Komase cover are loosely fixed.

When the device is in the state shown in FIG. 9, it is ready to be put into the sea. When this device is put into the sea, a weight 64 is mounted on the head 68 of the Komase car, and this enters the sea first. When put into the sea, water pressure is applied to the resistance piece 54 attached to the Komase cover 56, and the Komase basket 5
A force in the direction opposite to the direction of travel of No. 9 is applied to the Komase cover 56. When this force is applied to the Komase cover 56, the Komase cover 56 moves upward from below the concave portion 53 of the float 51, and finally the upper end 52 of the concave portion 53 collides with the convex portion 55 of the Komase cover 56. Move up to. When the Komase cover 56 moves along the concave portion 53 of the float 51, this force is transmitted from the conically cut portion of the float 51 to the conical portion at the upper end of the Kose basket 59, and pushes the Kose basket 59 from the Kose cover 56. A force is applied in the direction of release. Komase Basket 59
And the Kose cover 56 are only loosely fixed, so that when the device is put into the sea, the water pressure applied to the resistance piece 54 attached to the Kose cover 56 separates the Kose cover 56 and the Kose cage 59 from each other. .

When the yarn 50 is pulled after the Komase basket 59 and the Komase cover 56 are separated from each other, the float 51 is provided with a hole through which the yarn 50 passes as described above. It does not join to 51, but joins the lid 58 connected to the line 50, and opens the storage section 61. When the lid 58 of the storage section 61 is removed, the fishing hook 62 stored therein is removed. Released from here, the gimmick in the sea waits for the fish to be hooked in the state shown in FIG. When the fish is not hung in the middle, if the rod is moved up and down, the komase basket 59 moves up and down, seawater infiltrates from the hole provided at the tip 68, and the komase is released to the birth from the mouth 60 and many fish gather. If you are lucky, one of these fish will hang.

In the conventional device, the float, the komase basket and the fishing hook were individually connected to the line and were thrown into the sea as they were. When such a device is thrown using a rod as described in the section of the prior art, the Komase car is the heaviest and proceeds at the top. Since the hook is light, it travels through the air as if dragged by a Kose basket. Especially in the case of headwinds, the movement of the hook cannot be predicted, and the hook is entangled in the line and the Komase basket. The hooks are small and it is difficult to confirm that they are entangled even in the daytime, and it is impossible to find them if you are fishing at night. You can never catch a fish with a entangled device and waste time. In the sea, the Komase basket is also at the top and sinks. Like the air, the hook sinks as if dragged by it, but at this time, the hook moves in a complicated manner and becomes entangled in the komase basket and the line. The fisherman never knows that it has been entangled in the sea, and wastes time waiting for the fish to be caught by the entangled device.

As shown in FIG.
A storage portion 62 for storing a fishing hook 62 is provided on a part of the outer periphery of the storage device 1.
If you cover the mouth, there will be no accidents such as entanglement in the air when throwing the device, and the fishing hook 62 will be released by pulling the line 50 after the Komase basket 59 sinks to some extent in the sea, The fishing hook 62 is made of a line 50 or a komase basket 59.
The tangling is almost eliminated, and the tangling as in the related art is not wasted, and the fishing results are improved.

In the above-described embodiment, the concave portion provided in the Komase basket 59 is used as the storage portion 61 to temporarily store the fishing hook 62 therein. The fishing hook 62 may be stored in the place.

[0033]

According to the present invention, by arranging as shown in the above embodiment, entanglement during fishing is extremely small.
In addition, it is possible to provide a komase basket and a gimmick that can raise fishing results.

[Brief description of the drawings]

FIG. 1 shows the appearance of the Komase basket

FIG. 2 is a perspective view of a lid.

FIG. 3 is a view showing an appearance when a lid is lowered.

FIG. 4 is a view showing the top surface of the Komase basket

FIG. 5 is a view showing when the Komase basket is pulled.

FIG. 6 is a view showing a return position when pulling the Komase basket;

[Fig. 7] · · A device for catching fish that live near the seabed

FIG. 8 is a schematic diagram when assembling the device of FIG. 8;

9 is a schematic diagram when FIG. 8 is integrated.

FIG. 10 shows a conventional Komase basket

[Explanation of symbols]

1. Komase basket 2, 6 ... Komase box 3. Lid 4
··· Resistor piece 5 ······································································· 1
・ ・ Weight 11 ・ ・ small hole 12 ・ ・ stopper 13 ・ ・ pipe 41 ・ ・ eccentric weight 14,42 ・ ・ return 15 ・ ・ road thread 17 ・ ・ needle element 40 ・ ・ float

Continued on the front page (72) Inventor Yusuke Yuri 4-19-14 Kitakasai, Edogawa-ku, Tokyo F-term (reference) 2B107 GA20 2B109 AA14

Claims (3)

[Claims] 1. A komase box having a first opening for vertically inserting a komase and a fishing hook and a second opening for inserting a komase, and a resistance piece for generating resistance by seawater are provided. A lid that moves up and down to cover a part of the outer periphery of the Komase basket and opens and closes the first and second ports, and an eccentric weight that the two ports face diagonally downward after landing on the Komase basket There is a float that holds the Komase basket loaded inside on the sea surface, and the lid that closed the first mouth when throwing the gimmick is turned upward by the force applied to the resistance piece by the resistance of seawater when landing. The first port is opened by moving and the komase and the fishing hook are released, and after landing, the first port and the second port face diagonally downward by the action of the eccentric weight, and the road connecting the device. Lid that closed the second mouth with the force applied to the resistance piece due to seawater resistance when the thread was wound Komase car moves downward the second port is opened Komase is characterized in that is released. 2. A pipe which passes through a Komase car through a yarn and two rebars for restricting movement of the Komase car in the vertical direction are provided. Fishing device characterized by being longer than the length. 3. A komase partly provided with a concave portion or a hole for temporarily storing a fishing hook, and a lid connected to a line that temporarily closes the concave portion or the hole. At the time of throwing, the hooks are stored in the recesses or holes provided in the Komase basket, and after the Komase basket sinks, the lid is opened by pulling the line after sinking, and the hooks stored in the storage section are placed in the seawater. A mechanism characterized by being released.