JP2010051223A - Fishing hook holder - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fishing hook holder capable of being removed from objects such as a cuttlefish lure-throwing-in tool, etc., and being attached to the objects having different sizes by coping with them. <P>SOLUTION: The fishing hook holder 1 is provided by having a fishing hook-holding part 2, and a securing belts 3, 4 having an engaging part 3a and engaged part 4a capable of engaging with each other at both right and left sides of the holding part, installing a mat 5 capable of holding the fishing hooks such as the cuttlefish lures I on the surface of the fishing hook-holding part 2, and in addition, installing a shape-holding plate 6 at the reverse side of the mat 5 so as to position at the central side in the right and left direction of the fishing hook-holding part 2. At the reverse surface side of the fishing hook holder 1, net work-formed members 7, 8 are arranged. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a fishhook holder in which a fastening belt is provided on a fishhook holder.

2. Description of the Related Art Conventionally, in squid fishing and the like, a fishhook holder has been used to lock a squid fish attached to a squid fishing device.
Patent Document 1 describes an example in which a fishhook holder is attached to a cuttlefish thrower in which a plurality of pipes used for throwing a squid fishing device into the sea are arranged in parallel.

However, in the conventional fishhook holder, a sponge rubber that holds squid is attached to a sandwich plate that holds a plurality of pipes in parallel, and is fixed to the squid inserter, so that it cannot be removed from the squid inserter. There was a drawback.

In addition, it was difficult to change the number of pipes of the cuttlefish inserter according to the situation of the fishing spot, or to install it corresponding to various sizes of cutlet inserter.
Japanese Utility Model Publication No. 6-46474

  The problem to be solved is that the conventional fishhook holder is fixed to an object such as a squid cage inserter and cannot be removed, and it is difficult to attach it in accordance with an object of another size.

  An object of the present invention is to provide a fishing hook holder that can be detached from an object such as a cutlet feeder and can be attached corresponding to objects of different sizes.

To solve the above problem,
The present invention according to claim 1 is provided with a fastening belt on the fishhook holding portion, the fishhook holding portion having a flexible mat capable of locking the fishhook on the surface, and the mat on the back side of the mat. The gist is that a hard shape retaining plate is attached.
The gist of the present invention according to claim 2 is that a net-like member is provided at least on the back surface of the fishhook holding portion.
The gist of the present invention according to claim 3 is that the shape-retaining plate is formed to have a shorter left and right length than the mat.

According to the first aspect of the present invention, the fishhook holder of the present application is attachable to and detachable from an object such as a squid inserter, and the fishhook holder is attached in a state of being prevented from being loosened. It becomes easy to lock.
According to Claim 2 of this application, when attached to a target object, the net-like member on the back surface of the fishhook holding portion becomes a non-slip, and the movement can be restricted.
According to the third aspect of the present invention, since the shape-retaining plate is formed to have a left and right length smaller than that of the mat, the size of the shape retaining plate can be brought close to the attachment surface of the object by folding the fishhook holding portion.

  1 to 6 are examples of the present application, FIG. 1 is a front view of a fishhook holder, FIG. 2 is a rear view of the fishhook holder, and FIG. 3 is a fishhook. FIG. 4 is a front view of the fishhook holder attached to the squid inserter, FIG. 5 is a sectional plan view of the fishhook holder attached to the squid inserter, and FIG. 6 is a cuttlefish in which the fishhook holder is folded. It is a plane sectional view attached to the charging device.

As shown in FIG. 1, the fishhook holder 1 of the present application has a fishhook holder 2 and fastening belts 3, 4, and a mat 5 that can hold a fishhook such as squid ヅ I on the surface of the fishhook holder 2. Is provided.

The fishhook holder 2 and the fastening belts 3 and 4 of the fishhook holder 1 form a fishhook holder 2 with a wide front and lower width, and both sides thereof are narrower than the fishhook holder 2 and extend in the left-right direction. The front side net-like member 7 and the back side net-like member 8 having a flexible shape are superposed to form a band-like base B, and the surface of the fishhook holding part 2 has a fishhook or a fishhook having a shape matching the fishhook holding part 2. A mat 5 that can hold the device is attached.

The mat 5 is a flexible plate-like or sheet-like member, a sheet formed by randomly intertwining synthetic resin fibers or natural fibers, or a member formed by pressing the felt to form a felt, foam of synthetic resin such as sponge or urethane It is formed of a material, a net-like body or the like so that a fishing hook can be inserted and locked.

As shown in FIG. 3, a shape-retaining plate 6 is sandwiched between the front-side mesh member 7 and the back-side mesh member 8 (net-like members 7, 8) on the back side of the mat 5, and the horizontal center of the fishhook holding part 2 It is arranged to be located on the side.
The front-side mesh member 7 and the back-side mesh member 8 on the left and right sides of the position where the shape-retaining plate 6 is disposed are fixed to each other to restrict the movement of the shape-retaining plate 6.
Since the shape-retaining plate 6 is shorter in the left and right length than the fishhook holding part 2 and the mat 5, the left and right ends of the fishhook holding part 2 where the shape-retaining plate 6 is not arranged can be bent together with the mat 5. ing.

The shape-retaining plate 6 is a flexible plate material such as synthetic resin, metal, etc., which is harder than the mat 5 and is difficult to bend, and is attached along the back side of the mat 5 to prevent wrinkling and distortion of the mat 5. The fishhook holding part 2 and the mat 5 face the front side and maintain a flat shape so that the fishhook can be easily locked.
Further, since the shape retaining plate 6 is formed so that the fishing hook is not easily penetrated by a normal force, the fishing hook locked to the mat 5 penetrates the shape retaining plate 6 and attaches the object to which the fish hook holder 1 is mounted. Injury can be prevented.

As shown in FIG. 2, a belt-like base B made of a net-like member formed by polymerizing a front-side net-like member 7 and a back-side net-like member 8 made of synthetic resin fibers or the like is arranged on the back side of the fishhook holder 1 to hold the fishhook. It extends from the part 2 to the fastening belts 3 and 4.
Therefore, the object to which the fishhook holder 1 is attached is in contact with the back side of the fishhook holder 2 provided with the mat 5 and the back-side net members 8 of the fastening belts 3 and 4, so that the object of the fishhook holder 1 slips. Prevent inadvertent movement.

Each of the wires forming the mesh (lattice) of the front-side mesh member 7 and the back-side mesh member 8 of the base B is a braid formed of a plurality of fibers, so that the surface is formed uneven between the fibers. It is designed to prevent slipping more effectively against the contacted object.
Furthermore, a slip layer can be further prevented by forming a surface layer of synthetic resin or rubber on the wire material forming the mesh of the front mesh member 7 or the back mesh member 8.
Further, when the base B is formed to have elasticity, it can be easily attached to the object, and the object can be tightened by the elasticity to further prevent movement.

The fastening belts 3 and 4 are composed of a fastening belt 4 extending to the right side of the fishhook holding part 2 and the fastening belt 3 extending to the left side of the fishhook holding part 2 when the fishhook holder 1 is viewed from the front as shown in FIG. Both have the engaging part 4a and the latching | locking part 3a which can mutually be engaged.
The engaging portion 4a provided on the surface of the fastening belt 4 is formed of a female surface fastener and is formed along the fastening belt 4 from the fishhook holding portion 2 side to the tip side thereof.
The locking portion 3a provided on the back surface of the fastening belt 3 is formed of a male hook and loop fastener, is formed on the leading end side of the fastening belt 3, is formed shorter in the left-right direction than the engaging portion 4a of the fastening belt 4, and is fastened. An appropriate position of the engaging portion 4a of the belt 4 can be selected and fixed (engaged).

The fishhook holding portion 2 is provided with a string insertion portion 9 having an insertion hole.
The string insertion portion 9 is a loop-shaped string attached to the upper side of the back surface of the fishhook holding portion 2, and can be bent and protruded above the fishhook holding portion 2.
The fish hook holder 1 is attached to the string insertion portion 9 through the string, and can be attached more securely by being bound to an object such as the squid inserter T. Further, by further tying the string to the ship edge, etc. The movement of the object can be regulated.
The string insertion portion 9 may be formed by providing a hole in the fishhook holding portion 2.

When the fishhook holder 1 formed in this way is attached to an object such as the cuttlefish inserter T or the like, the mat 5 of the fishhook holding part 2 is turned to the front side as shown in FIGS. The fastening belts 3, 4 are wound around the back surface side, and the engaging portion 3 a provided on the back surface of the fastening belt 3 is fastened (engaged) at an appropriate position of the engaging portion 4 a of the fastening belt 4. The holder 1 is held in a state where it is wound around the outer periphery of the squid inserter T so as not to loosen.
If necessary, the fish hook holder 1 to which the fishhook holder 1 is attached is tied to the string insertion portion 9 through the string.

At this time, when the fishhook holder 1 is attached to the squid hook inserter T, the fastening belts 3 and 4 extending on both the left and right sides of the fishhook holder 2 are wound, and the latching portions 3a made of hook-and-loop fasteners are provided respectively. Since it can be engaged at an appropriate position by the portion 4a, it is easy to fasten, and the back side of the fishhook holding part 2 and the back side net-like member 8 of the fastening belts 3 and 4 come into contact with each other to prevent slipping against the cuttlefish inserter T. To prevent.

The cuttlefish inserter T is used by leaning on the ship's edge so that the fishhook holding portion 2 of the fishhook holder 1 faces the angler. A device is thrown into the sea so that the squid I jumps out in order from the state in which a plurality of squid I attached in the middle of the thread (omitted) is stored.

When the squid is hooked and the mechanism is raised, the squid hanging on the squid horn I which has been sequentially raised is removed, and the squid horn I fishing hook is locked to the mat 5 of the fishing hook holder 2 as shown in FIG.
In this way, by locking and holding a plurality of squids I in order, the squid can be removed while preventing the entanglement of the device, and a plurality of squids I set on the plurality of pipes P of the squid input device T can be quickly obtained. Can be stored and the device can be thrown into the sea again.

  At this time, the fishhook holding portion 2 and the mat 5 are prevented from wrinkling and distortion of the mat 5 by the shape-retaining plate 6 attached along the back side thereof, and the fishhook holding portion 2 and the mat 5 face the front side. The fishing hook can be easily locked while maintaining its shape, and even if the fishing hook of the cuttlefish I is stuck deeply into the mat 5 by the shape retaining plate 6, the fishing hook of the cuttlefish I reaches the cuttlefish inserter T. It is prevented from being damaged or the fishing hook being damaged.

  Further, as shown in FIG. 6, even when the arrangement of the pipes P is changed, the shape of the cuttlefish inserter T is changed, or the number of the pipes P is changed, although not shown, Since the extending fastening belts 3 and 4 are wound and can be engaged at appropriate positions by the engaging portions 3a and engaging portions 4a made of surface fasteners, they can be easily fastened.

At this time, even if the left and right width of the surface with which the rear surface side of the fishhook holding portion 2 of the cuttlefish inserter T abuts is smaller than that of the fishhook holding portion 2, the shape retaining plate 6 has a horizontal length of the fishhook holding portion 2 and mat 5 Because it is formed shorter, the left and right ends of the fishhook holding part 2 where the shape retaining plate 6 is not disposed are bent along the outer periphery of the squid fish thrower T together with the mat 5, and the fishhook holding part on the surface facing the angler The mat 5 of 2 is made to have a left and right length that matches the shape-retaining plate 6 and further prevents wrinkles and distortion of the mat 5 and keeps the hook holding portion 2 and the mat 5 facing the front side to maintain a flat shape. The fishhook can be easily locked.

The fishhook holder 1 has fastening belts 3 and 4 formed integrally with the fishhook holder 2 on both the left and right sides of the fishhook holder 2, but extends to either the left or right side of the fishhook holder 2. It may be formed like this, and may be formed separately from the fishhook holding part 2.
Further, the fastening belts 3 and 4 have a locking portion 3a and an engaging portion 4a made of a hook-and-loop fastener, but other locking tools such as snaps may be provided.
Furthermore, it can also be fixed to an object other than the cuttlefish inserter T, and a fishhook other than the fishfish I fishhook can be locked.

The present invention can be used for fishing hook holders in general.

It is a front view of a fishhook holder. It is a rear view of a fishhook holder. It is a plane sectional view of a fishhook holder. It is the front view which attached the fishhook holder to the cuttlefish inserter. It is a plane sectional view which attached the fishhook holder to the cuttlefish inserter. It is a top sectional view attached to the cuttlefish inserter which folded the fishhook holder.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fishhook holder 2 Fishhook holding part 3, 4 Fastening belt 5 Mat 6 Shape-retaining plate 7, 8 Reticulated member

Claims (3)

A fastening belt is provided on the fishhook holding portion, and the fishhook holding portion has a flexible mat capable of locking the fishhook on the surface, and a shape-retaining plate harder than the mat is attached to the back side of the mat. A fishhook holder characterized by that. The fishhook holder according to claim 1, wherein a net-like member is provided at least on the back surface of the fishhook holder. The fishing hook holder according to claim 1 or 2, wherein the shape-retaining plate is formed to have a left and right length smaller than that of the mat.