JP3222634U - Fishhook cover - Google Patents

Abstract

To provide a fishhook cover that can be safely attached to and detached from a fishhook with a single touch, and even if a food residue adheres to the tip of the fishtip, the fingertip is not easily soiled when the cover is attached to or removed from the fishhook. When a cover is mounted, three needles 12 are inserted into a gap S between a body case 15 and a lid body 16, and then the lid body is pushed to the body closed position against the spring force of a coil spring with a fingertip. Thereby, each needle is accommodated in the cover body 14 with the shaft portion 11 of the fishhook exposed. When the hook is pulled out, the hooked state of the main body case and the cover is released by the fingertip, and the cover is slid to the main body open position by the spring force of the coil spring, and a gap S appears, and the fishhook is released. Pull out. The hook cover can be safely attached to and removed from the fish hook with a single touch, and even if food is attached to the needle tip, the fingertips are less likely to get dirty during operation. [Selection] Figure 2

Description

  The present invention relates to a fishhook cover, and more particularly to a fishhook cover for preventing an injury or the like caused by a fishhook having a plurality of hook-shaped needles (hooks).

Conventionally, as a cover for safely handling a triple hook (three needles) type fishing hook used for lures or the like, for example, a “fishing hook safety cover” described in Patent Document 1 is known.
This is made of a flexible synthetic resin in which three pocket portions each having an open upper surface for accommodating three needles are integrally formed radially at a pitch of 120 °. Further, in order to prevent the fishhook cover from being easily detached from the fishhook during handling, a needle stop projection for latching each needle is provided on the side surface of the back portion of each pocket portion.
When using the cover, hold the hook of the fishhook with one hand and the safety cover for the fishhook with the other hand, and hook or release the three needles one by one on the hook stop protrusion of each pocket. The fishhook cover is attached to and detached from the fishhook.

Utility Model Registration No. 3037345

However, the “fishing hook safety cover” of Patent Document 1 is made of a synthetic resin having flexibility as described above, and when used, the three hooks of the fishing hook are vertically placed on the respective needle stop projections of the corresponding pocket portions. The hook cover could not be attached to and detached from the fishhook unless it was latched or released from the direction (vertical direction).
For this reason, the method of using the fishhook cover is cumbersome and time consuming, and there is a risk of injury when the needle is stuck when the cover is attached or detached. Moreover, when food residue or the like is attached to the tip of the needle, the fingertip that grips the cover or the fishhook is dirty when the cover is attached or detached.

  Therefore, as a result of diligent research, the inventor has divided the cover main body for storing the fishhook into two parts instead of the structure in which the triple hook type fishhook is taken in and out in the vertical direction in the fishhook cover thus opened on the upper surface, It has been found that all the above-mentioned problems can be solved if the fishing hook can be inserted and removed with one touch by the divided first divided main body and second divided main body, and the present invention has been completed.

  In other words, this device can be easily and safely attached to and removed from the fishhook with a single touch, and even if a food residue adheres to the tip of the hook, the tip of the fishhook is not easily soiled when the cover is attached to or removed from the hook. It is intended to provide.

  The invention described in claim 1 is a fishhook cover that is detachably attached to a fishhook having a plurality of hook-shaped needles, wherein the fishhook cover is configured such that the shafts of the fishhook are exposed and the plurality of needles are attached. A cover main body for storing the cover main body, the cover main body having a first divided main body and a second divided main body obtained by dividing the cover main body into two; the cover main body including the second divided main body; The plurality of needles are inserted / removed between the main body closed position where the first divided main body and the second divided main body match in the closed state, and the first divided main body and the second divided main body. A sliding structure for reciprocating sliding between the main body opening position where the gap appears, an elastic member that constantly biases the second divided main body in the direction of the main body opening position, and elasticity of the elastic member The second divided body that has reached the closed position against the force, A hook cover and locking means is provided to latching or locking releasing one touch to the first split body.

The type of fish hook is arbitrary as long as it has a plurality of hook-shaped needles. For example, the number of needles used may be two, three, or four.
The “cover body” here is a case in which a plurality of needles can be stored together with the shaft portion of the fishhook exposed. The direction in which each needle is accommodated by the cover body is arbitrary. For example, from the side.
The material of the cover body is arbitrary. For example, various plastics and various metals can be employed.
Although the shape of the cover body is arbitrary, it is preferable to match the shape of the fishing hook.
The position where the cover main body is divided into two is arbitrary. For example, it may be a position where the cover body is equally divided into two in the vertical direction (up and down direction) or an uneven vertical division position. In addition, the cover main body may be divided into two parts.

The shapes of the first and second divided main bodies are arbitrary. It differs depending on the shape of the cover body and the position of the two parts.
The structure of the slide structure that makes the second divided main body reciprocally slidable between the main body closed position and the main body open position is arbitrary. For example, a guide rail may be provided on one divided body, and a slider may be provided on the other divided body.

The “main body closed position” here refers to the first and second divided main bodies so as to block the dividing opening in the dividing direction of the cover main body, and return to the state of the cover main body before the division. Says the position.
The term “main body open position” as used herein means that a plurality of needles can be inserted and removed between the first divided main body and the second divided main body by separating the second divided main body from the first divided main body. The position where a gap (space) appears. The separation direction of the second divided main body from the first separation main body is arbitrary. For example, the dividing direction of the cover main body can be mentioned. The specific length of this gap is, for example, 2 mm to 30 mm, preferably 3 mm and 10 mm.

The kind of elastic member is not limited. For example, various springs (including coil springs), various plastic springs, and the like can be employed. The elastic member is disposed between the first divided body and the second divided body.
Here, “to hang or release the second divided main body with one touch to the first divided main body” means, for example, that the second divided main body is moved to the first divided main body by only one operation with a fingertip. It means that it is latched on the divided main body, or on the contrary, the latched state between the first divided main body and the second divided main body is released.
The structure of the latching means is not limited as long as the first divided main body and the second divided main body can be latched and released by one touch.

  Further, in the invention described in claim 2, the fishing hook is a triple hook in which the three needles are arranged radially at a pitch of 120 ° around the shaft portion, and the first split main body and the The second divided main body is obtained by vertically dividing the cover main body into two, and the first divided main body has a shaft portion that communicates with the opening edge of the first divided main body at the center of the upper plate. Through which three pockets for individually storing the three needles are arranged radially at a pitch of 120 ° around the insertion port in plan view, The two pocket portions are arranged in pairs at the opening portion of the first divided body with the insertion opening of the shaft portion in the middle, and one needle insertion / removal slit communicating with the remaining pocket portion is provided. The second split book is formed in communication with the insertion opening of the upper plate. The body is a lid that forms a forming plate outside the two pocket portions, and the slide structure is formed in the first divided main body and extends in the dividing direction of the cover main body, A sliding projection formed on the second divided body, the elastic member is a coil spring housed in the first divided body, and the latching means is formed on the second divided body. The hook cover according to claim 1, further comprising a hook hook and a hook hook portion formed on the first divided main body and hooked to the hook hook.

The shape of the pocket portion is arbitrary as long as it can accommodate the corresponding needle.
Each shape of the latch hook and the hook latch portion is arbitrary as long as it can be latched and unlocked with one touch.
Two of the three pockets appear only when the cover body is opened, and the remaining pockets are always exposed at the top through the needle insertion / removal slits formed on the top plate of the cover body. Yes. If the cover main body is closed, the opening of the first split main body is closed by the second split main body, which is the cover, with the shaft portion of the fishhook protruding from the insertion port. Therefore, in this closed state, the fishhook does not come out of the cover body.

According to the first aspect of the present invention, when the fishhook cover is attached to the fishhook, the latching state between the first split body and the second split body by the latching means is determined by, for example, a one-touch operation with a fingertip. To release. As a result, the second divided main body slides to the main body open position via the slide structure by the action of the elastic force of the elastic member, and the cover main body is divided into two. As a result, a predetermined gap appears between the first divided body and the second divided body. A plurality of needles are inserted into the gap with the shaft portion exposed.
Thereafter, for example, the second divided body is pushed in the opposite direction against the elastic force of the elastic member by a one-touch operation of the fingertip. When the second divided main body reaches the main body closed position, the first and second divided main bodies are matched in the closed state before the division, and the first divided main body and the second divided main body are hooked by the latching means. Stopped. Thereby, each needle of the fishhook is stored in the cover body with the shaft portion exposed.

On the other hand, when removing the fishhook from the fishhook cover, for example, the latching state between the first divided body and the second divided body by the latching means is released by a one-touch operation of the fingertip. Accordingly, the second divided main body slides to the main body open position by the elastic force of the elastic member. As a result, a predetermined gap appears between the first and second divided main bodies. Thereafter, the shaft portion of the fishhook is grasped, and a plurality of needles (fishhooks) are extracted from this gap.
This makes it easy and safe to attach and detach the fishhook cover to the fishhook with a single touch. Even if food residue adheres to the tip of the needle, each needle can be handled as in the conventional product. Since the operation involving the scattering of the residue that is hooked or released from the hooking protrusion of the pocket portion to be hooked is not performed, the cover and the fingertip that grips the fishhook are difficult to get dirty.

In particular, according to the second aspect of the invention, when the triple hook type is attached to the fishhook cover, for example, the hooking state between the hooking hook and the hook hooking part is released by a one-touch operation with a fingertip. Accordingly, the second split main body is slid to the main body open position by the spring force of the coil spring via the slide groove and the slide protrusion extending in the split direction of the cover main body, and the cover main body is vertically divided into two. .
At this time, gaps communicating with the three pocket portions appear between the opening of the first divided body and the lid-shaped second divided body. Thereafter, with the shaft portion held, each needle of the triple hook is inserted into each pocket portion of the gap from above.

  Next, for example, the second divided body is pushed in the opposite direction against the spring force of the coil spring by a one-touch operation of the fingertip. When the second divided main body reaches the main body closed position, the opening portion of the first divided main body is closed by the second divided main body, and the hook is hooked on the hook hook portion. As a result, the cover body houses and closes the triple hook in a state where the shaft portion is exposed to the outside through the insertion opening. Therefore, the fishhook cover is attached to the fishhook.

On the other hand, when removing the fishhook from the fishhook cover, for example, the latching state between the latching hook and the hooking portion is released by operating the fingertip. As a result, the second divided main body slides to the main body open position by the spring force of the coil spring, the first divided main body opens, and a gap communicating with the three pocket portions appears. Then grab the hook of the fishhook and pull the triple hook out of each pocket.
Thereby, attachment and detachment of the fish hook cover to the triple hook type fish hook can be easily and safely performed with one touch.

It is a perspective view which shows the mounting state of the fishhook to the fishhook cover which concerns on Example 1 of this invention. It is a perspective view which shows the attachment middle state of the fishhook to the fishhook cover which concerns on Example 1 of this invention. It is a longitudinal expanded sectional view of the main body case which comprises some fishing hook covers which concern on Example 1 of this invention. It is a front view which shows the state which looked at the main body case which comprises some fishing hook covers which concern on Example 1 of this invention from the opening direction. It is an expansion perspective view of the lid which constitutes a part of fish hook cover concerning Example 1 of this device. (A) is a perspective view which shows the fishhook insertion state of the fishhook cover which concerns on Example 1 of this invention. (B) is a perspective view which shows the fishhook insertion completion state of the fishhook cover which concerns on Example 1 of this invention. (C) is a perspective view which shows the closed state of the fishhook cover which concerns on Example 1 of this invention. (D) is a perspective view which shows the fishhook extraction state of the fishhook cover which concerns on Example 1 of this invention.

  Hereinafter, embodiments of the present invention will be specifically described. Here, a fish hook cover for a triple hook type fish hook used for a lure is taken as an example.

As shown in FIGS. 1 and 2, the fishhook cover 10 according to the first embodiment of the present invention is detachably attachable to a luer R fishhook 13 having a plurality of needles (hooks) 12 around a shaft portion 11. It is a case-like thing to be attached to.
The fishhook 13 is a triple hook in which three hook-shaped needles 12 are radially arranged at a pitch of 120 °.
The fishhook cover 10 has a plastic cover body 14 that houses the three needles 12 with the shaft portion 11 exposed. The cover body 14 includes a body case (first divided body) 15 obtained by vertically dividing the cover body 14 and a lid body (second divided body) 16 that closes the opening of the body case 15.

As shown in FIGS. 3 and 4, the main body case 15 has a star shape (substantially Y-shaped) in which tapered first to third pocket portions 17 </ b> A to 17 </ b> C are arranged at a 120 ° pitch in plan view. The corresponding needles 12 are accommodated in the respective pocket portions 17A to 17C so as to be removable.
The main body case 15 is provided with first star-shaped upper and lower plates 18 and 19 and first and second pocket portions 17A and 17B. 1 side plate 20 and a second side plate 21 which is disposed on the side surface where the first to third pocket portions 17A and 17C are continuous and bends approximately 120 ° in plan view. Moreover, the opening 22 of the main body case 15 is formed in the whole continuous side surface of the 2nd-3rd pocket parts 17B and 17C. The openings 22 are rectangular spaces when viewed from the side, and are arranged in pairs with an insertion opening 23 (described later) of the shaft portion 11 in the middle.

  Among these, in the center part of the upper plate 18, a long hole-like insertion port 23 is formed which communicates with the edge of the opening 22 of the main body case 15 and through which the shaft part 11 of the fishhook 13 is inserted. The insertion opening 23 extends in the forward direction of the first pocket portion 17A. In addition, a single needle insertion / removal slit 24 communicating with the insertion opening 23 is formed in a portion of the upper plate 18 on the first pocket portion 17A side. The needle insertion / removal slit 24 extends in the forward direction of the first pocket portion 17A and communicates with the internal space of the first pocket portion 17A. Two reinforcing ribs 25 extending in parallel in the vertical direction are integrally formed on the upper inner surface of the base end portion of each of the second and third pocket portions 17B and 17C.

A lower portion of the internal space of the first pocket portion 17 </ b> A is partitioned by a partition plate 26 parallel to the lower plate 19. A thin slide groove 27 extending in the dividing direction of the cover main body 14 is formed on the lower surface of the partition plate 26. The slide groove 27 serves as a slide guide for a slide protrusion 28 described later.
In addition, a spring of a coil spring (elastic member) 29 that constantly urges the lid body 16 in a direction (one side) of the main body opening position b, which will be described later, in the lower space of the first pocket portion 17A by the partition plate 26. A storage space 30 is formed. The spring storage space 30 expands from the other portions of the internal space by the lower portions of the side plates 20 and 21 forming the spring storage space 30 bulging outward in a stepped shape. Further, a spring fixing protrusion 31 that is fitted into one end of the coil spring 29 is provided on the flange surface of the spring storage space 30.

Of the lower portion of the first pocket portion 17A, the base end portion of the pocket portion 17A protrudes left and right. As a result, the first pocket portion 17 </ b> A as viewed from the bottom is substantially T-shaped, and a pair of hook insertion spaces 32 are arranged in a communicating state on both sides of the spring storage space 30. The outer forming plate 32a of each hook insertion space 32 is formed with a guide groove 32b for guiding a handle portion 33 of a latching hook (latching means) 39, which will be described later, over the entire length of each inner surface. When the lid body 16 approaches or separates from the main body case 15, the handle portion 33 of each latching hook 39 slides along the corresponding guide groove 32b.
A pair of left and right rectangular nail push holes 34 are arranged from the protruding bottom end portion of the first pocket portion 17A to the middle portion in the length direction of the lower portions of the side plates 20 and 21. When the cover body 14 is closed, the hooking claws 35 of a pair of hooking hooks 39 to be described later protrude from the hooking holes 34, respectively. At this time, each latching claw 35 is respectively latched by the upper edge part (hook hook part, latching means) 36 of the formation board of the right and left hook insertion space 32.
In the lower plate 19 of the cover body 14, an elongated stopper slide hole 37 is formed from the vicinity of the base end portion of the first pocket portion 17 </ b> A to the middle portion in the length direction. In the stopper slide hole 37, a small protrusion-like stopper 28a of the slide protrusion 28 is slidably disposed. In addition, a small ring 19 a for connecting various accessories (here, a small carabiner hook 38) is integrally formed on the outer surface (lower surface) of the center portion of the lower plate 19.

As shown in FIGS. 1, 2, and 5, the lid body 16 is a rectangular plate that is bent at approximately 120 ° in a plan view, and the bent portion is rounded. In the lower part of the lid 16, one thin slide projection 28 and two latching hooks 39 on both sides of the lower projection 16 are provided in parallel with each other in a separated state. . A small piece of stopper 28 a is integrally formed on the lower surface of the distal end portion of the slide protrusion 28.
Each latching hook 39 is formed by integrally forming a bud-like latching claw 35 at the tip of a thin handle portion 33. By means of these slide grooves 27 and slide projections 28, the lid body 16 is positioned between the body case 15 and the lid body 16 between the body case 15 and the lid body 16 where the body case 15 and the lid body 16 match in the closed state. A slide structure 40 is configured to reciprocate between the main body opening position b where the gap S for inserting and removing the triple hook 12 appears.

Next, with reference to FIGS. 1-6, the usage method of the fishhook cover 10 of Example 1 is demonstrated. In addition, the fishhook cover 10 before use assumes that the cover main body 14 is closed by the lid 16.
When the fishhook cover 10 is attached to the triple hook 12 type fishhook 13, first, the hooking claws 35 protruding from the hooking holes 34 are pushed by the fingertips, and the hooking claws 35 and the left and right hook insertion spaces 32 are inserted. The hooked state with the upper edge portion 36 of the forming plate is released (FIG. 6A). Accordingly, the cover body 16 slides to the main body open position b through the slide groove 27 and the slide projection 28 by the action of the spring force of the coil spring 29, and the cover main body 14 is moved to the main body case 15 and the cover body 16. Divided vertically into two. At this time, a gap S communicating with the three pocket portions 17A, 17B, and 17C appears between the main body case 15 and the lid body 16. Note that the sliding of the lid body 16 with the respective latching hooks 39 stops when the stopper 28 a of the slide protrusion 28 comes into contact with the base end forming portion of the stopper slide hole 37.

Thereafter, in a state where the shaft portion 11 of the fishhook 13 is gripped, the corresponding needles 12 of the triple hook are respectively inserted into the pocket portions 17A to 17C of the gap S from above (FIG. 6 (b)). That is, the first needle 12 is inserted into the first pocket portion 17A through the communicating insertion port 23 and the needle insertion / removal slit 24 while the shaft portion 11 is inserted into the insertion port 23 of the upper plate 18. The needle 12 is inserted into the gap S between the second pocket portion 17B and one side portion of the lid body 16 and the third needle 12 is inserted into the gap between the third pocket portion 17C and the third pocket portion 17C. Insert between the other side of the lid 16.
Thereafter, the lid 16 is pushed in the opposite direction against the spring force of the coil spring 29 by a one-touch operation of the fingertip. Thus, when the lid body 16 reaches the main body closed position a, the opening portion of the main body case 15 is closed by the lid body 16, and the latching claws 35 of the respective latch hooks 39 are connected to the left and right hooks. The insertion space 32 is hooked on the upper edge 36 of the forming plate. Thereby, the cover main body 14 accommodates and closes the triple hook 12 in a state where the shaft portion 11 is exposed to the outside through the insertion opening 23 (FIG. 6C). Therefore, the fishhook cover 10 is attached to the fishhook 13.

On the other hand, when the fishhook cover 10 is removed from the fishhook 13, as described above, the latching state between the latching hook 39 and the hook 12 latching portion is released by the operation of the fingertip, so that the spring force of the coil spring 29 is used. The lid body 16 slides to the main body open position b (FIG. 6D). Thereby, the main body case 15 is opened, and the gap S communicating with the three pocket portions 17A to 17C appears. Thereafter, the shaft portion 11 of the fishhook 13 is gripped, and each needle 12 is extracted from the corresponding pocket portion 17A to 17C.
As a result, the hook cover 10 can be attached to and detached from the triple hook type hook 13 easily and safely with one touch. In addition, even if a food bait residue (not shown) adheres to the needle tip, as in the case of the conventional product, the residue splatters that the needle is hooked on or released from the needle hooking protrusion of the corresponding pocket. Therefore, the fingertips that grip the fishhook cover 10 and the fishhook 13 are less likely to get dirty.

  The fishhook cover of the present invention is a technique useful as a fishhook cover for preventing injuries or the like caused by a fishhook having a plurality of hook-shaped needles.

10 fishhook cover,
11 Shaft,
12 needles,
13 Fishhook,
14 Cover body,
15 body case (first divided body),
16 Lid (second divided body),
17A-17C Pocket part,
18 Upper plate,
23 insertion port,
24 Needle removal slit,
27 Slide groove,
28 Slide protrusion,
29 coil spring (elastic member),
36 Upper edge (hook hook, hook means),
39 Hooks (holding means),
40 slide structure,
S gap,
a Body closed position,
b Body open position.

Claims (2)

In a fishhook cover that is detachably attached to a fishhook having a plurality of hook-shaped needles,
The fishhook cover has a cover body that houses the plurality of needles with the shaft portion of the fishhook exposed.
The cover body includes a first divided body and a second divided body obtained by dividing the cover body into two parts.
In the cover body,
The second divided main body is positioned between a main body closed position where the first divided main body and the second divided main body match in a closed state, and the first divided main body and the second divided main body. A slide structure for reciprocally sliding between the main body open position where gaps for inserting and removing the plurality of needles appear, and
An elastic member that constantly urges the second divided main body in the direction of the main body open position;
There is provided a latching means for latching or releasing the second divided main body that has reached the main body closed position against the elastic force of the elastic member to the first divided main body with one touch. Fishhook cover. The fishhook is a triple hook in which the three needles are arranged radially at a pitch of 120 ° around the shaft portion,
The first divided main body and the second divided main body are obtained by vertically dividing the cover main body into two,
The first divided main body has three insertion holes for the three needles individually formed in the central portion of the upper plate, the insertion opening of the shaft portion communicating with the opening edge of the first divided main body. The pocket portions are arranged radially at a pitch of 120 ° around the insertion opening in plan view,
Of the three pocket portions, the two pocket portions are arranged in pairs at the opening portion of the first divided body with the insertion opening of the shaft portion in the middle, and communicate with the remaining pocket portions. One needle insertion / removal slit is formed in communication with the insertion opening of the upper plate,
The second divided body is a lid that forms an outer forming plate of the two pocket portions,
The slide structure includes a slide groove formed in the first divided main body and extending in the dividing direction of the cover main body, and a slide protrusion formed in the second divided main body.
The elastic member is a coil spring housed in the first divided body,
The said latching means has a latching hook formed in the said 2nd division | segmentation main body, and a hook hook part formed in the said 1st division | segmentation main body, and the said latching hook is latched. The fishhook cover according to 1.

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