JP3757337B2 - Fishing device storage stand - Google Patents

Description

The present invention relates to a fishing tackle storage base that is attached to the edge of a ship.

  The sea fishing device generally has a shape in which a plurality of fish hooks having the same shape suitable for the target fish species are connected in a stream shape and a weight is attached to the upper part or the end of the device. As the storage method, there is known a squid-needle storage device in which a plurality of half-open umbrella bone-shaped needles are connected. In this method, the needle or the shaft of the needle is sequentially stored in a plurality of holes, cylinders, grooves, brushes, or the like. There is another method of attracting and holding the needle itself using magnetic force. However, if the needle is accompanied by an appendage such as food or a pseudo part, the magnetic force is insufficient, and the thread is pulled off by wind or ship sway. Problems occur. In other words, there has been little introduction of a versatile storage device that can freely store and re-insert various fishing devices.

Problems to be solved by the invention

A fishing device generally consists of a thread, a needle, and a weight. Sea fishing is performed by connecting a number of needles tied with Harris to a thread called a trunk thread in a stream and attaching a weight to the end and lowering it into the sea. A fisherman must clean up a dangerous and easy-to-tangle mechanism with a narrow boat rim on both the front, back, left and right, while suffering from shaking and wind. The mechanism is 2 to 20 meters in total length, 1 to 20 needles, several tens to 2 kilograms of weight, the distance between needles is 20 to 200 centimeters, and the needles are a letter shape, a saddle type, a lure A wide variety of needles, squid needles, etc., with knots, connecting fittings, and bait, prevent the bait and needle tip from being damaged. If you dare to find a common point, all the needles are tied with Harris, the thickness of a typical Harris is less than 1 mm, and the diameter of the knot at the tip of the needle is more than 3 times the thickness of Harris. . Hereinafter, the yarn including Harris and the trunk yarn is called a yarn. The angler must clean up these devices efficiently and use a lot of knives and scissors. There are 4 issues.

“Problem 1” is to hold a dangerous fishhook easily and reliably and safely, and to smoothly remove it at the next injection. A variety of needles with shapes, weights, materials, number of needle tips, food and pseudo food parts are freely held without damaging the food and needle tips, and safe work is required.

“Problem 2” is to hold the gimmick yarn easily and reliably, and to smoothly release it when it is next charged. The hook yarn is made of trunk yarn and Harris, and has various lengths and thicknesses. There are knots and connecting metal fittings between Harris and the trunk yarn, so that it is easy to get caught in the wind.

“Problem 3” is to keep the device in order without losing the wind or shaking, and to send it out to the water surface in the next order.
“Problem 4” is to increase the safety and efficiency of fishing.

Object of the invention

  An object of the present invention is to provide a new fishing tackle storage base that solves the above-described problems and improves fishing efficiency and safety.

Means for solving the problem

Solution to Problem 1

The fishing tackle storage base of the present invention is a belt-like portion provided with one end of the base attached to the upper surface of the ship's edge facing the outer side of the ship's edge or folded without bending, or parallel to one end of the base facing the outer side of the ship's edge. A strip-shaped plate attached to the outer side of the base of the base is divided into a rectangular portion that is divided and arranged in parallel, and a notch that becomes narrower from the outer side of the ship for each of the square portions toward the center of the rectangular portion and the incision continues. Narrow slits or cuts are provided to hold the needle hanging, and in the space below each square part, the surfaces facing the outer side and the lower side of the ship are opened, and the remaining three sides are walls. Enclose and protect the hanging needle.

In the space below each square portion, the surface that opens toward the outer side of the ship rim and the lower side of the rim of the space facilitates needle acceptance and removal. The rectangular portion and the wall are sized so that a common needle used for boat fishing can be protected from hanging inward without touching the three walls. The width of the square portion and the multiplier of the number of needles to be held are the width of the base or the width of the strip-shaped plate. The fishing tackle storage base of the present invention is used by fixing a ship edge fixing pedestal attached to the base to the ship edge by a generally widely used hooking device or vise. The fishing device storage base of the present invention has a work table shape on the upper surface of the ship's edge, and the dangerous needle holding part is on the outer side of the ship's edge.

The square part is the key to holding the needle. The width of the narrow slit is larger than the thickness of the thread so that the received thread can pass therethrough, and is narrower than the knot diameter of the needle base so as to prevent passage through the needle knot. The embodiment of the narrow slit that can hold almost all the needles used for boat fishing has a very narrow width of about 1 mm, and it is practically difficult to set a thread. The difficulty is solved by continuing the narrow slit behind the notch that opens wide toward the outer edge of the rectangular portion. The needle is suspended and held at the innermost part of the narrow slit by the tension of the yarn by the yarn holding. Narrow slits hold dangerous and various shaped needles in a safe and same way that does not hold the needle directly, and at the same time ensure both reliable holding and throwing in that does not damage the needle tip or bait. There is no conventional method having these advantages.

The fishing device storage base of the present invention can employ an embodiment in which an elastic body such as soft rubber is used as the material of the rectangular portion constituting the narrow slit and a cut is provided in place of the narrow slit. The cut instead of the narrow slit fulfills the same function as the narrow slit due to the elasticity of the elastic body constituting the cut. In this case, the impact at the time of detachment of the needle is slightly increased and the durability of the cut for holding the needle is a problem, which is the next best measure compared to the narrow slit.

The configuration of the upper surface of the narrow slit is important. Even if the upper surface of the narrow slit is provided with an upward slope toward the outside of the ship margin within a certain range, the mechanism can be thrown in by vigorously throwing it in. That is, the advantage described in item 0011 can be enjoyed. However, in the case of a soft bait needle that requires soft insertion, if the input force is weakened, the connection fittings and the like are prevented from passing on the upper surface of the narrow slit, and if the input force is increased, the food may come off. Originally, it is preferable that the thread is smoothly detached so that it slides down even with a connecting metal fitting.

The fishing tackle storage platform according to the present invention has an upper surface from the innermost part of the narrow slit for each rectangular part toward the outer side of the ship edge, or the entire upper surface of the rectangular part has a downward slope toward the outer side of the ship edge, and / or Alternatively, a V-shaped valley-shaped inclined surface starting from the deepest part of the narrow slit toward the incision is provided to solve the problem of passing through the connecting bracket described above. By said solution, a connection metal fitting heads to the water surface so that it may slide down.

Furthermore, the fishing tackle storage stand of the present invention attaches the upper surface of the rectangular portion to a position lower than the base surface, and / or provides a shock absorbing material such as sponge on the thread passage of the needle holding portion and the yarn holding portion, that is, the base surface. By providing and / or rounding the protrusions that obstruct yarn passage, the yarn passage is smoothed and solved. With the above solution, the bait needle is also released without disengagement.

  In the above solutions, general needles can be hung and held inside the wall, but needles with long shafts such as squid needles and luer needles have needle tips that protrude below the wall due to wind or ship shaking. , May contact the next needle.

The fishing device storage base of the present invention is formed on a surface that is surrounded by the three walls for each of the lower spaces and that opens toward the lower side of the ship's edge, from a portion of the lowermost vertical portion of the narrow slit to the lower edge of the surface. A wall that forms an opening that becomes wider toward the outer side is provided to solve the contact trouble of the long-axis needle.

  It is essential that the wall having the above-described configuration constitutes the opening on the surface. The long-axis needle hung from the innermost part of the narrow slit touches the innermost part of the opening of the wall having the above-described configuration, and the shaking is suppressed, thereby reducing contact trouble with the adjacent needle. Examples of the wall having the above-described configuration can be roughly divided into three types. Example 1 is a method of providing a wall having the opening on the surface. Example 2 is a wall that faces the inner edge of the ship among the three walls, the portion where the wall continues to the walls on both sides is shallow, and the depth in the center line in the vertical direction toward the inner edge of the ship is deep, And it is the method of providing this wall so that it may become an elevation angle toward a ship edge outer side. Example 2 has the same function as Example 1 by setting the shape of the lower end of the wall to the same shape at the same position as the opening of Example 1. Example 3 is a method of providing a curved wall continuous with the three walls and having the opening. The curved wall maintains the shape of the three walls at the top, and forms a curved surface by forming the opening of the wall at the bottom at the bottom of the wall, and has the same function as in the first embodiment. Fulfill.

In the first embodiment, when a general needle that is not a long axis is used, the wall becomes an obstacle when the needle is detached. Therefore, the wall is swung by a hinge or the like on the back of the wall toward the inner edge of the ship. It is necessary to hide. In the second embodiment, the needle holding space is slightly narrowed, but the purpose is sufficiently achieved. The third embodiment is a solution that can provide a wide holding space for a general needle. Three embodiments of the wall of the above configuration allow holding of the long axis needle by the same procedure as general needle holding.

To actually hold the needle, hold the thread near the needle, hang the needle, and pull the thread forward while guiding the thread to the incision. The needle stops at the narrow slit and generates tension on the thread. The angler uses the tension to pinch the thread in the thread holding portion and repeats the number of stitches. The above-mentioned needle and thread set is a continuous operation with one hand, and the needle is held on the outside of the ship's edge and is a safe operation that does not have a needle directly. The hanging holding of the needle by the fishing tackle storage base of the present invention corresponds to a needle with a bait and a long axis needle in addition to a general needle, and enables a gentle holding to the needle tip and bait. That is, Problem 1 is solved.

Solution 1 of Problem 2

The fishing tackle storage base of the present invention is capable of moving in parallel with one end of the base that is attached to the upper surface of the ship's edge, facing the outer side of the ship's edge, and has a large friction coefficient and elasticity on the shaft that is attached to the base. A plurality of rotating bodies are arranged, and two or more rotating bodies having a small coefficient of friction and elasticity are arranged between the rotating bodies, or a rotating body having a small coefficient of friction and elasticity at one end and a small other end. Are arranged so as to face surfaces having a large coefficient of friction and elasticity, and the rotating bodies in each case are arranged so as to generate contact pressure with each other, and the contact pressure is adjusted at the end of the array of the rotating bodies. As a configuration in which a mechanism is provided or not provided, a thread is applied to a contact portion of the rotating body having a large friction coefficient and elasticity and a contact portion of the rotating body having a small friction coefficient and elasticity, or a contact portion where the surface having a large friction coefficient and elasticity faces. Pinch And, and further, the knot or connecting fitting which is added to the loaded yarn, by rotation of the contact portion, to solve the problems making it possible to smoothly detached without being blocked passage at the contact portion. The yarn holding portion is referred to as a rotating body yarn holding portion, and the shaft is referred to as a rotating body yarn holding shaft.

The rotary body thread holding shaft can be adjusted to be parallel and close to the needle holding portion, and can keep the remainder of various long and short threads to a minimum, and the remaining thread can be prevented from swaying in the wind. The perspective adjustment of the rotating body thread holding shaft is performed by providing a plurality of attachment portions to the base or by making the attachment arm of the shaft slidable or foldable.

The rotating body yarn holding portions are arranged so that the rotating bodies in any case generate a contact pressure with each other. The contact pressure brings about the tension of the thread necessary for holding the needle as described in the item 0011 when the thread is held between the thread holding contact portions. For the contact pressure, an elastic body such as a coil spring is provided at both ends or one end of the rotating body aligned with the rotating body thread holding shaft, or the elasticity of the rotating body having a large friction coefficient and elasticity is suitable for holding the thread. It is obtained by doing.

The rotating body yarn holding portion firmly holds the yarn by a contact portion having a contact surface having a large friction coefficient and elasticity on one side or both sides. The yarn can be easily set by rounding the outer periphery of the rotating body on the yarn holding contact portion side and / or by making a difference in the diameter and length of the rotating body.

The rotating body yarn holding portion rotates independently because the yarn holding contact portion has a contact portion between contact surfaces having a small friction coefficient and elasticity between each other. The independent rotation of the yarn holding contact portion allows the yarn holding contact portion to be smoothly detached without obstructing the yarn coupling bracket or the like. With a loose contact pressure that allows passage without rotation, reliable pinching of the thread does not occur. The rotating body yarn holding portion combines the sufficient holding pressure, large frictional resistance, and independent rotation of the yarn holding contact portion to achieve both reliable yarn holding and smooth detachment.

There are various types of fishing, such as the presence or absence of food and the weight of needles and weights. Soft holding is desired when there is food or light weight, and strong holding is desired when vice versa. The fishing device storage base of the present invention is solved by providing a contact pressure adjusting mechanism for the rotating body. The contact pressure adjusting mechanism adjusts the contact pressure by providing a rotary rotor outside an elastic body such as a coil spring described in the paragraph 0023.

Solution 2 for Problem 2

The fishing tackle storage base of the present invention has one end of a belt-like elastic body provided on a shaft attached to the base, which is parallel and close to one end facing the outer side of the ship edge of the base attached to the upper surface of the ship edge, and is rotatable. An elastic body such as a spring provided on the shaft stands toward the base surface and falls down toward the outside of the base of the ship, and further from the one end of the belt-shaped elastic body to the center of the belt-shaped elastic body. A slit having a narrower width and a plurality of slits continuous with the slit are provided in parallel, and a thread is sandwiched between the slits. Hereinafter, the yarn holding portion is referred to as an elastic yarn holding portion, and the shaft is referred to as an elastic yarn holding shaft.

The elastic body thread holding part can be moved in parallel and close to the needle holding part to keep the remainder of various threads short and long, and prevent the remainder thread from swaying in the wind. The perspective adjustment of the elastic body yarn holding portion is performed by providing a plurality of attachment portions to the base of the elastic body yarn holding shaft or by making the attachment arm of the elastic body yarn holding shaft a slide type.

The yarn holding force of the elastic body yarn holding portion can be freely selected by selecting the elasticity of the belt-like elastic body constituting the cut. When the elasticity of the belt-like elastic body is increased, it is possible to hold the thread firmly. However, if the belt-like elastic body is standing on the base surface, the cut becomes an obstacle for passing a thread coupling fitting or the like. . The elastic thread holding portion receives the thread in the cut while the one end of the belt-shaped elastic body stands on the base surface, and releases the thread in a state where the elastic body thread holding part is tilted toward the outer edge of the base. Thus, the passage obstacle is solved. The operation of tilting the belt-like elastic body is performed by the tension of the thread when the thread is detached or manually, but automatically returns to the state where the base is in the thread receiving state by the rotation of the elastic body thread holding shaft and the elasticity of the spring. . The incision in the band-shaped elastic body facilitates the guide of the yarn to the cut.

Although it is difficult to add a yarn holding force adjusting mechanism, the elastic body yarn holding portion can be made cheaper than the rotating body yarn holding portion described in the section “Solution 1 of Problem 2”. The elastic body thread holding portion achieves both secure holding of the thread and smooth detachment by allowing sufficient elasticity and a large frictional resistance of the cut and the band-like elastic body to fall in the thread detaching direction.

The fishing tackle storage stand according to the present invention is provided with guides for a thread path that stands up toward the base surface and can be flexibly and tilted at both ends of the thread holding part and / or the needle holding part. The guide of the yarn passage prevents the excess yarn from coming off the proper passage due to the wind, and when it is detached, the guide is corrected to the inside of the guide of the yarn passage so that the yarn is smoothly detached. Further, by falling in the yarn release direction, the yarn can be easily released when the yarn gets tangled in the guide of the yarn passage. The guide for the yarn passage is provided with a guide attachment portion for the yarn passage at both ends of the yarn holding portion and / or the needle holding portion, and a flexible rubber tube or the like is attached.

By the above solution, various long and short yarns with connecting metal fittings are also held firmly and detached smoothly. That is, the fishing device storage base of the present invention solves the problem 2.

Solution to Problem 3

The fishing device storage base of the present invention stores needles of various shapes and various lengths of yarn in a plurality of needle holders and yarn holders arranged in parallel in an orderly manner. The device is held at two points for each needle, and it is minimal to come off due to ship sway or wind. The device can be removed in an orderly and sliding manner simply by putting a weight in front of the base. The above solves the problem 3.

Solution to Problem 4

In the fishing tackle storage base according to the present invention, a flat plate-like elastic body or a plurality of elongated flat plate-like elastic bodies having a recess is formed on a base surface to be attached to the ship's upper surface, and one end outside the ship edge of the base and / or inside the ship edge. A convex portion parallel to one end is formed, and a concave portion is formed in the central portion of the base. The convex portion, which is constituted by the flat elastic body, softens the impact of passing through a connecting fitting or the like, and the concave portion enables storage of dangerous spare needles, knives, scissors, and the like. The fishing device storage base of the present invention is attached to the hand of a fisherman who is easy to work, increases the efficiency of handling dangerous and complicated devices, and minimizes the risk of fishing. The above solves Problem 4.

FIG. 1 is an overall perspective view of the first embodiment of the needle holder and the first embodiment of the rotating body yarn holder of the fishing tackle storage base of the present invention. FIG. 2 is an enlarged perspective view of the narrow slit embodiment. The left side of FIG. 2 is an example of a narrow slit according to “Claim 1”, and the right side of FIG. 2 is an example of providing a V-shaped valley slope according to “Claim 2”. FIG. 3 is an enlarged perspective view of the first embodiment of the needle holding portion shown in FIG. 1 except for the wall 7d, and the state of adding the wall 7d enables holding of the long axis needle. It is an improvement explanation. FIG. 4 is a side cross-sectional view of the first embodiment of the needle holding portion shown in FIG. 1 except for the wall 7d, and the state of adding the wall 7d enables holding of the long axis needle. It is an improvement explanation. FIG. 5 is a side sectional view for explaining a second embodiment of the needle holding portion of the fishing tackle storage stand according to the present invention. FIG. 6 is a side sectional view for explaining a third embodiment of the needle holding portion of the fishing tackle storage stand according to the present invention. 4, 5, and 6 also serve as cross-sectional explanatory views for explaining different mounting positions of the first embodiment of the rotating body yarn holding portion. Furthermore, FIG. 6 also serves as a cross-sectional explanatory diagram in which a flat elastic body is provided on the base surface and a recess is provided in the center of the base surface. FIG. 7 is an enlarged perspective view of the second embodiment of the needle holder of the fishing device storage base of the present invention. Holds various needle shapes. FIG. 8 is an enlarged perspective view of the first embodiment of the rotating body yarn holding portion of the fishing device storage base of the present invention. FIG. 9 is an enlarged perspective view of a second embodiment of the rotating body yarn holding portion of the fishing device storage base of the present invention. FIG. 10 is an enlarged perspective view of the first embodiment of the elastic thread holding portion of the fishing tackle storage stand according to the present invention. FIG. 11 is an overall perspective view of a more developed use example of the embodiment of FIG. 4, 5, 6, and 7, the walls 7 a and 7 b and the base left and right rising portion 17 are seen through to facilitate understanding of the internal situation.

FIG. 1 is an overall perspective view of a first embodiment of a needle holder and a first embodiment of a rotating body yarn holder of a fishing tackle storage base according to the present invention.

In the fishing tackle storage base of the present invention, the shipboard-fixed pedestal 36 is swung to the right or left from the lower part of the base 2 and is fixed to the shipboard 1 by crimping. The shipboard fixed pedestal 36 is attached by a pedestal fixing rotor 37 through a base pedestal mounting hole 38 and a pedestal mounting hole 39 of the base 2 provided on the left and right. By selecting either the left or right hole, it is possible to select a mounting position suitable for the dominant hand.

In the first embodiment of the needle holding portion shown in FIG. 1, a strip portion 3A at one end facing the outer side of the ship's edge of the base 2 attached to the upper surface of the ship's edge 1 is divided into a square portion 4 which is parallel and divided. A notch 5 having a narrow width from the outer side toward the center of the square part and a narrow slit 6 continuing to the notch are provided to hold the needle and the space below the square part 4 is the space. A surface facing the outer side of the ship's edge and the lower side of the ship's edge is opened, and the remaining three sides are surrounded by a wall 7 to protect the needle. 3 A of said strip | belt-shaped parts comprise the said square part 4 without bending the end which goes to the outer edge of the shipboard edge of the base 2. FIG. More detailed description of the first embodiment of the needle holding portion is shown in an enlarged perspective view of the rectangular portion 4 on the left side of FIG. 2 and an enlarged perspective view of the state excluding the wall 7d of FIG.

In the embodiment of the fishing tackle storage base needle holding portion of the present invention, the rectangular portion 4 is about 20 mm to 50 mm square, and a notch 5 that opens to the outside of the rectangular portion of the rectangular portion almost at the full width is formed at the center of the rectangular portion. Further, the narrow slit 6 is made to have a width of about 1 mm and a length of several millimeters to several tens of millimeters, and the wall 7 is about 30 mm to 100 mm in height. In FIG. 1, the common needle 8 and the bait needle 9 are held inside without touching the wall 7, and the long-axis squid needle 10 and the lure needle 11 protrude from the wall.

FIG. 2 is an enlarged perspective view of an embodiment of the narrow slit of the fishing device storage base of the present invention. The solid line part on the left of FIG.

Claim 1

It is an Example of the described narrow slit. The right side of FIG.

Claim 2

It is an Example which provides the V-shaped valley-shaped slope which goes to the said notch 5 from the innermost part of the narrow slit 6 of description as described, and solves a connection metal fitting trouble. The dotted line portion 13 on the left side of FIG. 2 is removed, and a V-shaped valley slope 14 is provided as shown on the right side of FIG.

The state of FIG. 3 and FIG. 4 excluding the wall 7d is an enlarged perspective view and a side sectional view of the first embodiment of the needle holding portion of FIG. The needle is suspended and held in the vertically downward 12 direction of the innermost part of the narrow slit. In the first embodiment of the needle holder, the long needle tip may come into contact with the adjacent needle tip due to wind or ship sway.

The state in which the wall 7d is added in FIGS. 3 and 4 is a method for solving the contact trouble and adopts 1 of the embodiment described in the paragraph 0018. From the portion of the surface that is surrounded by the three walls 7 for each lower space and that opens toward the lower side of the ship's edge, located in the vertically lower part 12 of the innermost part of the narrow slit, toward the outside of the surface of the ship's edge. A wall 7d having a wide opening is provided. The long-axis needle touches the vertically downward 12 portions of the wall 7d at the innermost part of the narrow slit, that is, the innermost part of the opening, and the shaking is suppressed. In the case of a general needle, the wall 7d becomes an obstacle when the needle is detached. Therefore, it is important to swing the wall 7d behind the wall 7c.

FIG. 5 is a side cross-sectional view of the fishing device storage platform needle holder of the second embodiment of the present invention. Further, an enlarged perspective view of the second embodiment of the needle holding portion is shown in FIG.

The second embodiment of the needle holder shown in FIGS. 5 and 7 employs the second embodiment described in the paragraph 0018. The structure of the wall 7c facing the inner side of the ship's rim is such that the portion continuing to the walls 7a and 7b on both sides of the wall is shallow, the depth is deeper in the vertical center line toward the inner side of the rim, and the wall 7c is It is provided so as to have an elevation angle toward the outer side. The long axis needle touches the center of the lower end of the wall 7 c to suppress shaking, and a general needle is held inside the wall 7.

FIG. 6 is a side cross-sectional view of the third embodiment of the needle holder of the fishing device storage base according to the present invention. The third embodiment of the needle holding portion adopts the third embodiment of the embodiment in which a curved wall is provided as described in 0018, and is a method that can secure a wide holding space for the needles hung inside the wall. The upper portions of the walls 7a, 7b, and 7c are vertical wall surfaces, and the lower portions of the walls 7a, 7b, and 7c are curved walls that are continuous with each other, and the curved wall is formed in the middle of the long-axis needle. The innermost part of the opening is configured to be touched.

The three kinds of improvement methods described in the above-mentioned paragraph 0018 enable the holding of the long axis by the same method as the general needle of the fishing device storage base of the present invention.

4, 5, and 6 also serve as side cross-sectional views for explaining the configuration of the upper surface of the rectangular portion 4 of the fishing tackle storage base needle holding portion of the present invention. In the first embodiment of the needle holding portion shown in FIG. 4, since one end of the base 2 facing the outer edge of the ship 2 is not bent, the rectangular portion 4 is formed as the square portion 4, so There is a concern that it will be a passage obstacle. In the second embodiment of the needle holder shown in FIG. 5, the entire upper surface of the rectangular portion 4 is inclined downward toward the outer edge of the ship and the entire upper surface of the rectangular portion 4 is lower than the surface of the base 2. Provided in position. In the third embodiment of the needle holding portion of FIG. 6, the uppermost surface of the innermost portion of the narrow slit 6 is higher than the upper surface of the plate-like elastic body 15. The outermost part of the rectangular portion 4 has a downward slope toward the outer side and the inner side, and the corner of the rectangular portion 4 facing the inner side is rounded. The second embodiment of the needle holding portion and the third embodiment of the needle holding portion allow the connecting metal fittings and the like to pass through without being obstructed. The angle of the descending slope in which the upper surface of the rectangular portion 4 faces toward the outer side of the ship's edge is less than 30 degrees with respect to the surface of the base 2 because the steep angle makes it difficult to set the yarn.

In the first embodiment of the rotating body yarn holding portion shown in FIGS. 1, 4, 5, and 6, the rotating body yarn holding shaft 21 penetrates both ends of the U-shaped arm 20. The mounting shaft 19 penetrates through the portion close to the two bent portions of the arm 20 to form a square shape, and is attached to the mounting hole 18 provided in the base left and right rising portion 17 via the mounting shaft 19. Installed. The needle holding part is on the outer side of the ship's edge and the thread holding part is on the angler's side. The side cross-sectional views of FIGS. 4, 5, and 6 also serve as an explanation for adjusting the perspective of the first embodiment of the rotating body yarn holding portion. In particular, in the case of FIG. 6, the method of attaching the rotating body yarn holding portion vertically below the inside of the ship's edge minimizes the trouble of the long surplus yarn rising under strong winds.

FIG. 8 is an enlarged perspective view of the first embodiment of the rotating body yarn holding portion shown in FIG. A plurality of rotating bodies 22 having a large coefficient of friction and elasticity are arranged on a rotating body thread holding shaft 21 that can be adjusted to be close to and parallel to the needle holding portion at one end of the base 2 inside the ship's edge. The rotating bodies 23a and 23b having a small coefficient of friction and elasticity are arranged one by one between the rotating bodies. Coil springs 27 are provided outside the arrangement of the rotating bodies to generate contact pressure with each other, and a contact pressure adjusting rotor 28 is provided outside to make the contact pressure of the rotating bodies variable. The yarn is sandwiched between contact portions of a rotating body 22 having a large friction coefficient and elasticity and a rotating body 23a having a small friction coefficient and elasticity.

FIG. 9 is an enlarged perspective view of the second embodiment of the rotating body yarn holding portion. A plurality of rotating bodies 29 having a friction coefficient and elasticity that are large at one end and small at the other end are arranged on the rotating body thread holding shaft 21 such that ends having the same friction coefficient and elasticity face each other, and a coil spring is disposed outside the rotating body array. 27 is provided to generate a contact pressure, and a contact pressure adjusting rotor 28 is provided outside the coil spring 27 to make the contact pressure variable. The yarn is sandwiched between contact portions where ends having large friction coefficient and elasticity face each other.

FIG. 10 is a perspective view of the first embodiment of the elastic body yarn holding portion. A belt-like elastic body 31 is directed toward the base 2 surface by a spring 34 provided on an elastic body yarn holding shaft 30 that is parallel to the outer end of the base 2 attached to the upper surface of the ship's edge 1 and rotates in parallel. Standing up. At one end of the band-shaped elastic body 31 standing facing the base surface, a plurality of elastic body cuts 32 narrowing toward the center of the band-shaped elastic body and a plurality of elastic body cuts 33 continuing to the cut are arranged in parallel. The thread 24 is sandwiched between the elastic body cuts 33. The belt-like elastic body 31 receives the yarn in a state 31a standing facing the base 2 surface, and releases the yarn in a state 31b tilted toward the outer side of the ship's edge of the base. The operation of tilting the belt-like elastic body 31 is performed by the weight of the weight at the time of detachment or manually. The belt-like elastic body 31 is automatically returned by the spring 34.

In the first embodiment of the elastic body yarn holding portion shown in FIG. 10, the needle holding portion provided in parallel with one end outside the ship edge of the base 2 is omitted, but FIG. 1, FIG. 2, FIG. Any of the embodiments of the needle holder shown in FIGS. 4, 5, 6 and 7 can be employed.

1, 8, 9, and 11 illustrate attachment of the yarn passage guide 26. A yarn path guide 26 stands on both sides of the base left and right rising part 17 adjacent to the needle holding part and on both sides of the rotating body thread holding shaft 21 with a thread path guide mounting part 25 facing the surface of the base 2. ing. The yarn passage guide 26 minimizes the thread entanglement by passing the yarn through the inside of the yarn passage guide at the time of feeding. The yarn passage guide mounting portions 25 located at both ends of the rotating body yarn holding shaft 21 shown in FIGS. 8 and 9 can be inverted. The yarn passage guide 26 is attached by inserting soft rubber or a soft plastic tube into a protrusion provided on the yarn passage guide attachment portion 25.

As described above, various types of long and short yarns are firmly held, and are smoothly detached without being interrupted by the connecting metal fittings or the wind.

FIG. 11 shows a more advanced usage example of the embodiment of FIG. In FIG. 11, the ship-side fixed pedestal 36 projects to a different side from that of FIG. 1 by the movement of the pedestal fixing rotor 37, enabling use of different dominant hands. Further, a flat elastic body 15 is provided on the surface of the base 2 in FIG. 11 to soften the impact of detachment of the connecting metal fittings, and in the recess 16 formed in the center of the base, dangerous scissors and spare needles, Storage of bait is possible. Further, FIG. 11 also serves as an explanation of the attachment of the wall attachment angle variable rotor 35 that makes it possible to adjust the attachment angle of the wall 7c of the needle holding portion. By providing the mounting angle of the wall 7 vertically, contact with the wall 7 is reduced particularly when the bait is long. The wall mounting angle variable rotor 35 joins a hole provided on both sides of the needle holding part and a hole in a side wall provided by projecting to the left and right sides of the needle holding part of the base so that the wall mounting angle is variable.

The side cross-sectional view of FIG. 6 and the overall perspective view of FIG. 11 show that two elongated flat elastic bodies 15 are parallel to one end on the outer side of the ship edge and one end on the inner side of the ship edge. The concave portion 16 is formed in the central portion of the base together with the base left and right rising portions 17 of the base 2.

The material of each part of the fishing tackle storage base of the present invention is required to have resistance to salt water, fish sauce, and ultraviolet rays. The rotating body 22 and the belt-shaped elastic body 31 and the guide 26 of the yarn passage having a large friction coefficient and elasticity are made of rubber or soft plastic, and the rotating body 29 having a large coefficient of friction and elasticity at one end and small at the other end is made of rubber or soft plastic and hard plastic. Composite material with stainless steel, flat elastic body 15 is foam rubber or foam plastic, other rotating body 23 with small friction coefficient and elasticity, base 2, wall 7, mounting shaft 19, arm 20, and ship edge fixing base 36 are hard Plastic and stainless steel are preferred.

As mentioned above, although embodiment of invention was described, it is not limited to this embodiment, A modification is also included in the scope of the present invention.

The invention's effect

“Effect 1” Various shapes, a plurality of needles, and long and short devices can be stored in the same storage table and in the same procedure.
“Effect 2” Dangerous needle holding is a safe method that does not have the needles directly outside the rim.
“Effect 3” Needle holding and thread holding are simple and continuous operations with one hand.
“Effect 4” The needle and thread are firmly held in two places, so it is reliable and safe.
"Effect 5" can be held and thrown gently into bait and needle tips by holding it hanging.
“Effect 6” The thread holding portion that rotates independently of the thread path that slides down enables the bait needle to be inserted.
“Effect 7” The rotating body contact pressure adjusting mechanism can cope with the weight of the weight.
“Effect 8” The yarn path guide minimizes yarn slack even when wind is strong.
“Effect 9” The work platform with storage space at the angle of the angler increases fishing efficiency and safety.

FIG. 1 is an overall perspective view of a first embodiment of a needle holder and a first embodiment of a rotating body yarn holder of a fishing tackle storage base according to the present invention. FIG. 2 is an enlarged perspective view of the narrow slit embodiment. The left side of FIG. 2 is an example of a narrow slit according to “Claim 1”, and the right side of FIG. 2 is an example of providing a V-shaped valley-like slope according to “Claim 2”. FIG. 3 is an enlarged perspective view of the first embodiment of the needle holding portion shown in FIG. 1 except for the wall 7d, and the state of adding the wall 7d enables holding of the long axis needle. It is an improvement explanation. FIG. 4 is a side cross-sectional view of the first embodiment of the needle holding portion shown in FIG. 1 except for the wall 7d, and the state of adding the wall 7d enables holding of the long axis needle. It is an improvement explanation. FIG. 5 is a side cross-sectional view of the second embodiment of the needle holder of the fishing device storage base of the present invention. FIG. 6 is a side cross-sectional view of the third embodiment of the needle holder of the fishing device storage base according to the present invention. 4, FIG. 5, and FIG. 6 also serve as cross-sectional explanatory views at different attachment positions of the thread holding portion. Furthermore, FIG. 6 also serves as a cross-sectional explanatory diagram in which a flat elastic body is provided on the base surface and a recess is provided in the center of the base surface. FIG. 7 is an enlarged perspective view of the second embodiment of the needle holder of the fishing device storage base of the present invention. Holds various needle shapes. FIG. 8 is an enlarged perspective view of the first embodiment of the rotating body yarn holding portion of the fishing device storage base of the present invention. FIG. 9 is an enlarged perspective view of a second embodiment of the rotating body yarn holding portion of the fishing device storage base of the present invention. FIG. 10 is an enlarged perspective view of the first embodiment of the elastic thread holding portion of the fishing tackle storage stand according to the present invention. FIG. 11 is an overall perspective view of a more developed use example of the embodiment of FIG.

Explanation of symbols

1. Ship margin 2. Base 3. Strip-like portion 4. 4. Square part Incision 6. Narrow slit 7. Walls (7a, 7b: walls facing the front and back of the ship's edge, 7c: walls facing the inner side of the ship's edge, 7d: walls facing the lower side of the ship's edge)
8). General needle 9. General needle with bait Squid needle 11, luer needle 12, vertically below the narrowest slit 13. Dotted line portion 14, V-shaped valley slope 15, flat elastic body 16. Concave part 17. Base left and right riser 18. Mounting hole 19. Mounting shaft 20. Arm 21, Rotating body thread holding shaft 22, Rotating body 23a. Rotating body with low coefficient of friction and elasticity (cylindrical type)
23b. Rotating body with low friction coefficient and elasticity (ring type)
24. Thread 25. Yarn passage guide mounting portion 26. Thread passage guide 27, coil spring 28, contact pressure adjusting rotor 29, rotating body 30 having a large friction coefficient and elasticity at one end and small at the other end, elastic body thread holding shaft 31, strip-shaped elastic body (30a: upright on the base surface State, 30b, the state of falling down to the outside of the base boat)
32, elastic body cut 33, elastic body cut 34, spring 35, variable wall mounting angle rotor 36, ship edge fixed pedestal 37, pedestal fixed rotor 38. Base mounting holes 39. Base mounting hole

Claims (2)

A fishing device storage base attached to the upper surface of the ship's rim, wherein a needle holding portion is provided at one end facing the sea side of the fishing device storage base, and a coefficient of friction and elasticity are provided on a shaft provided in parallel with the needle holding portion. thread holding unit rotating body more than the coefficient of friction and the elastic small, which are inserted to produce the contact pressure with each other during each of the plurality of rotating bodies are inserted and further wherein the rotary member is provided greater friction The rotating member having a large coefficient and elasticity and the rotating member having a small coefficient of friction and elasticity holding a thread, and the contact portions each have a contact portion between the rotating members having a smaller friction coefficient and elasticity. A fishing device storage base that is attached to the edge of a ship. A fishing device storage base attached to the upper surface of the ship's rim , wherein a needle holding portion is provided at one end facing the sea side of the fishing device storage base , and a coefficient of friction and elasticity are provided on a shaft provided in parallel with the needle holding portion. Is provided with a thread holding portion in which a rotating body having one end and a small other end faces an end having a large friction coefficient and elasticity, and a plurality of the rotating bodies are inserted so as to generate contact pressure with each other ,
A fishing tackle storage base attached to a ship's edge, characterized in that a thread is held at the contact portion where ends having a large coefficient of friction and elasticity face each other .

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