JP3504606B2 - Fishing lures - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fishing lure for use in lure fishing, and more particularly to a fishing lure which is preferably applied to a so-called weedless type soft plug.

[0002]

2. Description of the Related Art Conventionally, as a fishing lure of this type, a soft plug 101 having a frog-like shape is known as shown in FIGS. In this case, a hollow main body 102 made of a soft synthetic resin imitating a shape of a frog and a hook portion 1 whose rear end side is divided into two parts.
Using a J-shaped hook 104 having 03 and a weight body 105, a connecting member 108 having a fishing line engaging portion 107 is attached to the tip of the arm portion 106 of the hook 104.
6 is assembled by penetrating from the tail hole 110 of the tail portion 109 of the hollow main body 102 toward the mouth portion 112 of the head portion 111 in a state of being connected as a part of 6. Then, the two hook portions 103, 103 are exposed upward on the tail portion 109 side, and the distal end needle 113 thereof does not face outward from the hollow body 102.
Are arranged along the outer surface of the so that they are not caught by algae or the like in the water or on the surface of the water. In other words, it is a weedless type. Further, the weight body 105 is arranged so as to be fitted into the tail portion 109 of the hollow main body 102, and the head portion 111 of the hollow main body 102 is moved along the water surface while the hook portion 103 is arranged. Keeps the lure dragged while it is submerged.

[0003]

However, in the above-mentioned conventional fishing lure, if the fish bites the hollow main body 102 including the tip needle 113 of the hook portion 103 from above and below, the hook portion 103 bites into the mouth of the fish and hits. However, the fish has a tail 1 behind the position of the tip needle 113 of the hook 103.
09 or when it is bitten by the leg 114, the following inconvenience occurs. That is, in this case, the hook 1
Since 04 itself is pulled by the fishing line through the locking portion 107, an impact force for relatively moving the hollow main body 102 rearward is applied. This allows
The mouth 112 of the hollow body 102 is connected to the connecting member 108.
As a result of the hollow main body 102 extending rearward by being displaced rearward along the hollow main body 102,
There is a risk that the surface of 2 will be bitten or the hollow body 102 will cover and hide the tip needle 113 (see the state shown by the one-dot chain line in FIG. 8). Then, if the fish bites in this way, the tip needle 113 will not bite into the mouth of the fish even if the fish bites further in the front portion, and the fish will spit out the hollow main body 102 and escape.

In order to deal with this, it may be considered that a stopper having a diameter larger than that of the mouth 112 is provided to the connecting member 108 behind the mouth 112 to prevent the hollow main body 102 from being displaced rearward. However, since the hollow body 102 itself is made of a soft synthetic resin, the presence of the stopper may cause the mouth 112 to tear or break under the impact force. In addition, the tail hole 110 for inserting the hook 104 needs to be expanded so that the stopper can be inserted, and even if the tail hole is not expanded, the lure itself tends to sink due to the intrusion of water from the tail hole 110. In addition, due to the above diameter expansion, water is more likely to enter and sinks into water at an early stage. In such a case, although it is originally a soft plug (luer) for running near the water surface, it sinks into the water and cannot achieve its intended purpose.

Further, in the above-mentioned conventional fishing lure (see FIGS. 8 and 9), since the weight body 105 is arranged in a state of being fitted in the hollow main body 102, the weight body is caught by the fish from above and below. There is a risk that 105 will fall out of the hollow body 102. If it falls out, it becomes difficult to attach a weight as a substitute because the weight body 105 itself is formed in a special shape, and water will intrude through the hole after the weight falls off.

In order to deal with this, as shown in FIG. 10, instead of attaching the weight body 105 to the hollow body 102 itself, the weight body 120 is wound around the arm portion 106 of the hook 104 by winding lead strip. It is possible to attach. In this case, the weight of the weight body 120 can be adjusted according to the number of windings of the strip-shaped lead, but the diameter size of the weight body 120 also increases as the number of windings increases.
Therefore, in order to assemble the hook 104 to the hollow body 102, the tail hole 110a needs to be expanded in diameter,
The same inconvenience as in the case of the above stopper will occur. When the weight body 120 is wound around the arm portion 106 and attached thereto, even if a fish bites into the hollow body 102 at the hook portion 103 from above and below, the hollow body 102 has a dent degree of the weight body 120. As the diameter size of the portion increases, the diameter size decreases (see the alternate long and short dash line in FIG. 10), which makes it difficult for the tip needle 113 of the hook 103 to bite into the mouth of the fish.

Further, the stopper or the weight 12 is used.
Even if it is other than 0, it is considered that if other functional parts can be attached to the arm part of the hook located inside the hollow body, the performance of the soft plug, which is a kind of lure, can be improved. The current situation is that it cannot be realized due to such inconvenience.

The present invention has been made in view of such circumstances, and an object of the present invention is to provide a state in which a functional component is attached to an arm portion in a hollow main body, even if the functional component is attached. Provide a fishing lure that allows the hollow body and the hook to be assembled by inserting the arm part of the hook from the tail hole and securely closes the tail hole with the arm part passing through the tail hole. To do. At the same time, it is also an object to solve the above-mentioned various inconveniences by devising the functional parts themselves.

[0009]

In order to achieve the above object, a first invention relating to a fishing lure is a hollow main body made of rubber or soft synthetic resin formed to have a pseudo bait shape, The hook is formed in a J shape from an arm portion and a hook portion, and the arm portion is disposed so as to penetrate from the tail portion of the hollow main body toward the head, while the hook is provided. The following specific items are provided for a fishing lure whose part is exposed outside from the tail of the hollow body. That is, a functional part is fixed around the arm part of the hook arranged in the internal space of the hollow main body, and a tail hole having a size that allows the arm part to be inserted together with the functional part at the tail part position of the hollow main body. Formed,
A cap body made of rubber or synthetic resin that closes the tail hole is engaged with the tail hole in a state where the arm portion is inserted inward and outward from the hollow main body. Then, as the cap body, a fitting concave groove that extends in the circumferential direction on the peripheral end face and into which the hole edge of the tail hole is fitted, and the arm portion of the hook are fitted in the upper part of the cap body. A housing groove obliquely extending from the end surface side toward the lower end surface side is provided, and the tail edge of the tail hole is fitted into the fitting concave groove in a state where the arm portion is housed in the housing groove. Basically, the tail hole is configured to be closed in a state where the hole edge of the hole is sandwiched from both the inner and outer directions of the tail hole by the flange portions on the upper end surface side and the lower end surface side forming the fitting concave groove. It is a specific matter (Claim 1).

According to the first aspect of the invention, the arm part of the hook in a state in which the functional component to be disposed in the hollow body is fixed is inserted into the hollow body through the tail hole, and the functional component is disposed in the hollow body. It becomes possible to do. After that, the cap body is engaged with the tail hole in a state where the arm portion that passes through the tail hole in the inward and outward directions is fitted into the accommodation groove of the cap body and accommodated therein. This engagement is carried out by utilizing the flexibility based on the material of the cap body to first pry the upper end side flange part into the inside from the hole edge of the tail hole, and with this prying into the fitting groove It is completed by fitting the edge of the tail hole. As a result, while the arm portion is obliquely passed through the tail hole by the accommodation groove, the hole edge of the tail hole is sandwiched from both inside and outside directions of the tail hole by both the flange portions on the upper end surface side and the lower end surface side. Thus, the tail hole is securely closed and the cap body is firmly attached to the hollow body in a state where the cap body is surely prevented from coming off from the tail hole. As described above, even if the functional part is attached to the arm part inside the hollow body, the arm part of the hook with the functional part attached can be inserted through the tail hole to enable the assembly of the hollow body and the hook. ,And,
The tail hole can be reliably closed in a state where the arm portion is passed from the tail hole.

Here, as the "simulated bait shape" of the hollow body, a shape of a small animal such as a frog or a mouse that moves near the water surface and serves as a bait for a fish may be adopted.
The "arm portion" of the hook may have such a length that the tip of the hook protrudes through the mouth portion of the head of the hollow body, or a connecting member of another member is connected to the tip. The connecting member may be projected from the mouth portion to form a part of the arm portion. Furthermore, it is preferable that the "housing groove" of the cap body is formed obliquely from the one end position of the cap body to the peripheral end face of the other end surface.

The "functional component" in the first aspect of the invention may be a weight, for example. In this case,
The weight is placed so that the center of gravity is positioned below the axis of the hook arm so that the hollow body is maintained in an oblique position with the head on top and the tail on the bottom in water or near the water surface. It is good (Claim 2). In this case, even if the lure is moved to run on the surface of the water, the slanted posture with the tail of the hollow main body facing down is maintained. It becomes possible to make the movement of. In addition, by always maintaining the above-mentioned oblique posture, the hook portion of the hook can be surely kept in the same posture, so that when the fish eats, the hook portion can be surely hooked in the mouth of the fish. become.

[0013] of the following as a "pyramidal" in the above claim 2
It may be configured as follows. That is, the hook part of the hook
After protruding from the tail hole to the outside, place it upwards and
Position the tip of the hook part above the arm part of the hook,
Position the weight so that the tip needle is positioned above the arm.
Than to the upper side of the arm portion intermediate position of the arm of the state you integrally formed by casting to have an expanded portion which largely bulges lower (請 Motomeko 3). In this case, since the enlarged part bulges downward from the arm part, when the fish bites the hollow main body of the part with the hook part from above and below, the downward direction of the hollow main part of the part where the hook part is located The dent deformation is not restricted by the weight. Therefore, the hollow main body is sufficiently recessed to expose the hook portion, and the tip needle of the hook portion is surely caught in the mouth of the fish. In addition, also as an impact force strong as cause misalignment weight body it is applied by biting of fish, because they are firmly integrated with respect to the arm portion of the upper Symbol hook the weight body by casting, the occurrence of positional displacement can be reliably prevented that obtained is maintained reliably weight body to a predetermined fixed position. In addition, enormous
Is formed on the lower side of the arm, that is, on the side opposite to the needle side.
Because the hook is inverted, the tip of the hook
Even if the
It automatically restores its original posture like a bonito, and
It is possible to reliably maintain the position of the hook in the originally intended posture
become.

Furthermore, examples of the "functional component" in the first aspect of the invention include a shock damper. In this case, the distal end locking portion that constitutes the distal end portion of the arm portion is projected from the mouth portion formed in the head of the hollow body, while the arm portion located inside the hollow body behind the mouth portion is A shock damper having a diameter larger than that of the mouth portion and absorbing the impact force acting on the hollow body so as to relatively move the mouth portion toward the hook portion side may be attached (claim 4). In this case, while the hook is pulled by the fishing line through the tip locking portion, the fish bites on the tail side of the hollow body and moves the hollow body relatively to the hook side (positional shift).
Even if such an impact force acts on the mouth portion, the impact force is absorbed by the shock damper. For this reason, a slight amount of positional displacement is allowed in the mouth portion due to the shock absorbing function of the shock damper, and while preventing the occurrence of tearing or tearing, excessive displacement of the hollow main body toward the hook portion side is restricted. Will be. As a result, the tip needle of the hook portion of the hook is maintained in an exposed state, so that when the fish is further bitten on the head side of the hollow main body, the tip needle is caught in the mouth of the fish.

"Shock damper" according to claim 4
As an alternative, the elastic body may be formed so as to exert a compressive restoring force on the mouth when the impact force acting on the hollow body is received through the mouth (claim 5). By doing so, it is possible to restore the original state by pushing back the positional deviation by the compression restoring force while allowing the positional deviation by the amount of being compressed by the impact force.

[0016]

[0017]

[0018]

As described above, according to the fishing lure according to any one of claims 1 to 5, even if the functional component is attached to the arm portion in the hollow body,
The arm part of the hook with the functional parts attached can be inserted from the tail hole and assembled to the hollow body, while the cap part allows the arm part to pass through the tail hole while preventing the cap body from falling off. The tail hole can be surely closed in the firmly attached state.

Particularly, according to the second aspect, it becomes possible to exert a special function by the weight body as the functional component arranged in the hollow body. That is, even if the lure is moved to run on the surface of the water, it is possible to maintain an oblique posture in which the tail of the hollow body is downward and to make it move like an actual bait. The hook portion of the hook is surely maintained in the same posture, and when the fish is eaten, the hook portion can be reliably hooked in the mouth of the fish.

According to the third aspect, it is possible to eliminate the adverse effect that the downward deformation of the hollow main body at the portion where the hook portion is located is restricted by the weight body, and thus, the sufficient recess of the hollow main body can be eliminated. When the fish is eaten while guaranteeing the deformation, the tip needle of the hook portion can be reliably hooked in the mouth of the fish. Thereon, because it is firmly integrated to the arm portion by also weight body is cast as a force impact strong as cause misalignment weight body <br/> was added by biting fish , Displacement of its weight
Preventing the occurrence reliably the weight body ing to be able to reliably maintained at a predetermined fixed position with. In addition, enormous
Is formed on the lower side of the arm, that is, on the side opposite to the needle side.
Because the hook is inverted, the tip of the hook
Even if the
It automatically restores its original posture like a bonito, and
To ensure that the
It

According to the fourth aspect, it becomes possible to exert a special function by the shock damper as the functional component arranged in the hollow body. That is, even if the fish bites on the tail side of the hollow main body, the shock force acting on the hollow main body can be absorbed by the shock damper, preventing the occurrence of tearing or tearing of the mouth and the like. The function as a stopper for restricting the excessive displacement of the hollow body toward the side can be exerted. With this, the tip needle of the hook portion of the hook can be reliably maintained in the exposed state, and when the fish is further bitten on the head side of the hollow main body, the tip needle can be hooked in the mouth of the fish. Like

According to the fifth aspect, the shock damper according to the fourth aspect can be embodied in a more specific manner, whereby the displacement of the mouth portion is allowed while being compressed by the impact force. It becomes possible to restore the original position of the mouth and the hollow body by pushing back the displacement due to the compression restoring force.

[0023]

[0024]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings.

1 to 3 show a fishing lure 1 according to an embodiment of the present invention, FIG. 1 is an overall perspective view, FIG. 2 is a rear view,
FIG. 3 is a vertical sectional view. In each figure, 2 is a hollow body,
Reference numeral 3 is a hook of hook type, 4 is a weight body fixed to the hook 3 as a functional component, 5 is a shock damper as a functional component, and 6 is a cap body. The lure of the present embodiment is a weedless type soft plug in which the shape of the hollow body 2 is imitated to the shape of a frog.

The hollow main body 2 is formed by blow molding using a soft synthetic resin (for example, vinyl chloride) into a hollow shape simulating the body portion excluding the frog leg portion, and is formed on the lower surface of the tail portion 21. A tail hole 22 of a predetermined size is formed so as to penetrate inward and outward, and a relatively small mouth portion 24 is formed at the front of the head 23 so as to penetrate inward and outward.

The tail hole 22 is formed so as to have an inner diameter that allows the hook 3 to be inserted in a state where the weight body 4 and the like described later are fixed to the hook 3. In addition, this tail hole 2
The inner diameter of 2 may be slightly smaller than the outer size of the weight body 4 in consideration of the elongation of the forming material of the hollow main body 2, or the user who purchased the lure 1 may use other than the functional parts in the present embodiment. The inner diameter of the tail hole 22 may be increased in consideration of the case where the functional component is arranged in the hollow body 2. That is, there is no limitation on the inner diameter size of the tail hole 22.

The hook 3 is a J-shaped hook body 3
a (see also FIG. 4) and a connecting member 3b. The hook main body 3a is formed by folding back a wire at a central position to form a ring portion 31 and then extending substantially linearly to form an arm portion 32, and a pair of two arm portions 32. It is integrally provided with a hook portion 34 which is a set of two in which 33, 33 are formed. Also, the connecting member 3b
Bends both ends of the wire and closes it,
36, and the ring portion 35 on the proximal end side is connected to the ring portion 31 of the arm portion 32. The connecting member 3b constitutes a part of the arm 32,
By connecting the both ring portions 35 and 31, it is possible to bend freely in the vertical and horizontal directions. The ring portion 36 on the tip end side of the connecting member 3b is arranged so as to penetrate the mouth portion 24 and project to the outside, and a fishing line (not shown) is locked to the ring portion 36. There is. In order to prevent the fishing line from being disengaged, the ring portion 36 on the tip end side is made endless by welding or brazing.

The weight 4 is mainly shown in FIGS.
The weight body 4 is integrally fixed to the intermediate position of the arm portion 32 by using a lead material by casting. The weight body 4 is made as thin as possible on the upper side of the arm portion 32 within a range in which it can be integrally fixed to the wire material forming the arm portion 32, while the lower portion of the arm portion 32 bulges thickly. An enlarged portion 41 is formed. The enlarged portion 41 has a thin hook portion 34 on the side of the ring portion 31 at the tip.
It is formed in a shape that hangs thicker toward the side. As a result, even if the lure 1 in which the hook 3 to which the weight 4 is fixed is attached to the hollow main body 2 is pulled forward (leftward in FIG. 3) by the fishing line, the tail portion 21 is always lower than the head portion 23. Even if the lure 1 is turned upside down by contacting with some obstacle, the posture is automatically restored to the above posture.

The weight body 4 may be formed, for example, by using a pair of upper and lower split dies 7a and 7b as shown in FIG. 5 and casting the arm portion 32 as an insert material. That is, the upper die 7a having the cavities 71 for the insert of the arm portion 32 and the weight body of the upper portion of the arm portion 32, and the enlarged portion 41.
With the lower mold 7b having a cavity 72 for forming the above, the arm portion 32 is sandwiched, and the molten lead material may be poured from a pouring hole (not shown).

The shock damper 5 is composed of a columnar main body 51 (see FIGS. 3 and 4) having an outer diameter which is larger than the inner diameter of the mouth portion 24 by a predetermined amount. On the side, a slit 52 is formed for fitting in the intermediate portion of the connecting member 3b. The main body 51 is mainly made of an elastic material so as to exert a compression biasing force in the column axis direction. As the elastic material, for example, silicon rubber is preferably adopted. The tip surface 53 of the shock damper 5 is an inclined surface corresponding to the shape of the inner surface of the inner space 25 of the hollow main body 2 which is the back surface of the mouth portion 24, whereby the back surface of the mouth portion 24 is closely attached. I am supposed to get it. Reference numeral 54 in FIGS. 3 and 4 denotes a synthetic resin packing member that covers the intermediate portion of the connecting member 3b. The packing member 54 closely moves the shock damper 5 and the connecting member 3b and moves relative to each other. It was installed to fix the position so that it would not occur.

The cap body 6 is formed by using the same material as that of the hollow main body 2, and is shown in FIGS.
As shown in detail in FIG.
2 and a housing groove 63 are formed. The fitting groove 62
Is formed to extend over the entire circumference in the circumferential direction at a substantially central position in the thickness direction of the circumferential end surface of the main body 61. The inner surface shape of the fitting groove 62 is such that the hole edge of the tail hole 22 is fitted and can be brought into close contact with each other. The edge 64 of the tail hole 22 is tightly sandwiched from the inside and outside by the flange 64 on the upper end surface side and the flange 65 on the lower end surface forming the fitting groove 62. In addition, reference numeral 26 in FIG. 7 denotes a recessed step portion in which the hole edge portion of the tail hole 22 is recessed toward the inner space 25 side of the hollow main body 2.
The position of 5 allows the outer surfaces of the cap body 6 and the hollow body 2 to be flush with each other.

The accommodating groove 63 is open to the upper end surface side of the main body 61 and is inclined downward from one side of the upper end surface toward the other side so that a part of the fitting concave groove 62 is cut away. It is formed so as to open outward. When the cap body 6 is engaged with the tail hole 22 as described above while the arm portion 32 of the hook 3 is accommodated inside, the accommodation groove 63 causes the arm portion 32 of the hollow main body 2 to move. Extending diagonally rearward from the internal space 25 through the accommodation groove 63,
The tail hole 22 protrudes to the outside from between the edge of the tail hole 22 and the flange portion 65 on the lower end surface side. This arm portion 32 is continuous to the hook portion 34 after protruding to the outside, and the hook portion 34 is formed from the lower surface of the tail portion 21 to the rear surface side so as to be continuous with the concave step portion 26 (FIG. 2, FIG. 2). 3 and FIG. 7), and is extended to the tip needle 33 located on the upper surface side of the tail portion 21.

1 to 4 and 6, 66 and 66 are leg portions of the frog attached to the body of the frog that is emulated by the hollow body 2, and both leg portions 66 and 66 are the lower end surfaces of the cap body 6. It is integrally formed so as to project from the peripheral surface of the side flange portion 65.

In the above fishing lure, the hook 4 is prepared by casting the weight 4 into the hook body 3a (see FIG. 5) and then connecting the connecting member 3b to the hook body 3a. Then, the shock damper 5 is attached to the linear portion of the connecting member 3b (see FIG. 4). After that, the tip locking portion 36 of the connecting member 3b is inserted into the internal space 25 of the hollow main body 2 through the tail hole 22 with the tip locking portion 36 at the top.
Only the chimney projects from the mouth 24 of the hollow body 2. As a result, the tip end surface 53 of the shock damper 5 is brought into close contact with the back surface of the mouth portion 24, and the mouth portion 24 is attached to the tip end locking portion 36 and the shock damper 5.
It will be sandwiched between and. When projecting the tip locking portion 36, the mouth 24 may be deformed vertically so that the tip locking portion 36 that is vertically long may be pressed out.

Next, in a state where the arm portion 32 of the portion protruding from the tail hole 22 to the outside is inserted into the accommodation groove 63 of the cap body 6, the cap body 6 is inserted into the fitting concave groove 62.
Engage so that the hole edge of is fitted. As a result, the tail hole 22 is closed, the hook portion 34 extends upward along the rear surface of the hollow body 2, and the tip needles 33, 33 are located near both side surfaces on the upper side of the tail portion 21 of the hollow body 2. As described above, the fishing lure 1 as shown in FIG. 1 is completed. Note that an adhesive may be poured between the outer periphery of the cap body 6 and the concave step portion 26 to bond the cap body 6 and the hollow body 2 to each other.

According to the fishing lure 1 described above, the hook 3
On the other hand, even when the weight 4 and the shock damper 5 are attached as functional parts to be arranged in the hollow body 2, the tail hole 22 has to be expanded in diameter from the conventional one, even if the tail hole 22 has to be expanded in diameter. The cap body 6 allows the arm 3 of the hook 3 to
It can be firmly closed while the 2 is inserted in the inner and outer directions. This can prevent water from entering.
Further, when the whole lure 1 is pulled by the fishing line locked to the tip locking portion 36 by the weight body 4 fixed to the hook 3 in this way, the head 23 of the lure 1 is turned up and the tail 2 is turned up.
While it is possible to reliably maintain the diagonal position in which 1 is downward, it is possible to automatically restore the original position even if it is reversed. Moreover, since the enlarged portion 41 is bulged below the arm portion 32 of the hook 3, when the fish is bitten, a sufficient dent margin is secured in the upper portion of the tail portion 21 of the hollow main body 2 to secure the hook portion. The tip needles 33, 33 of 34 can be reliably hooked in the mouth of a fish or the like. Further, even if the fish bites into the hollow main body 2 located behind the tip needles 33, 33, the impact force of the biting is applied to the shock damper 5.
Can be absorbed to prevent the mouth portion 24 from being torn or torn while preventing excessive displacement of the mouth portion 24 toward the tail portion 21 side. It is possible to avoid the situation in which the tip needles 33, 33 are wrapped by the needle 21 or the tip needles 33 bite into the surface of the tail portion 21 and the fish cannot be hooked with the needle.

<Other Embodiments> The present invention is not limited to the above-described embodiments, but includes various other embodiments. That is, in the above embodiment,
The case where the weight 4 and the shock damper 5 are applied as the functional parts is shown, but in addition to these, for example, a rattle case which is a sound transmitting device for collecting fish, or a root of a silicon rubber rubber skirt is bundled. You may make it apply the root part etc. for fixing as said functional component.

[Brief description of drawings]

FIG. 1 is a perspective view showing a lure according to an embodiment of the present invention.

FIG. 2 is a rear view of the lure of FIG.

FIG. 3 is an enlarged vertical cross-sectional view with a part of the lure shown in FIG. 1 omitted.

FIG. 4 is an exploded perspective view of the lure shown in FIG.

FIG. 5 is a cross-sectional explanatory view showing a method for casting a weight body.

FIG. 6 is a partially omitted enlarged perspective view of a cap body.

FIG. 7 is an explanatory longitudinal sectional view showing a state in which the cap body is engaged with the tail hole.

FIG. 8 is a vertical cross-sectional view showing a conventional lure.

9 is a rear view of the lure of FIG. 8. FIG.

FIG. 10 is a vertical cross-sectional explanatory view for explaining the problem of the conventional lure.

[Explanation of symbols]

1 fishing lure 2 hollow body 3 hooks 4 Weights (functional parts) 5 Shock damper (functional parts) 6 cap body 21 tail 22 tail hole 23 head 24 mouth 25 interior space 32 arms 33 Tip needle 34 Hook part 36 Tip locking part 41 Enormous section 62 Mating groove 63 storage groove 64 Top end side flange 65 Lower end face flange

Claims (5)

(57) [Claims] 1. A hollow body made of rubber or soft synthetic resin molded to have a pseudo bait shape, and a fishhook hook, which is formed in a J shape from an arm portion and a hook portion. In the fishing lure in which the arm portion is arranged so as to penetrate from the tail portion of the hollow body toward the head portion, and the hook portion is arranged to be exposed to the outside from the tail portion of the hollow body, A functional component is fixed around the arm portion of the hook arranged in the internal space of the hollow body, and a tail hole having a size that allows the arm portion to be inserted together with the functional component is formed at the tail portion position of the hollow body. A cap body made of rubber or synthetic resin, which closes the tail hole in a state where the arm portion is inserted inward and outward with respect to the hollow main body, is engaged with the tail hole, and the cap body has a periphery thereof. The above extends to the end face in the circumferential direction. A fitting recessed groove into which a hole edge of the hole is fitted, and a housing groove that extends obliquely from the upper end surface side of the cap body toward the lower end surface side so that the arm portion of the hook is housed in an internal fitting state, By fitting the hole edge of the tail hole into the fitting groove while the arm portion is housed in the housing groove, the hole edge of the tail hole constitutes the fitting groove and the upper end surface side and the lower side. A fishing lure, characterized in that it is configured to close the tail hole in a state of being sandwiched from both inside and outside directions of the tail hole by both flange portions on the end face side. 2. The fishing lure according to claim 1, wherein the functional component is a weight body, and the weight body is in a diagonal position in which the head is on the top and the tail is on the bottom in water or near the water surface. The fishing lure is arranged so that its center of gravity is positioned below the axial position of the arm portion of the hook so as to maintain it. 3. The fishing lure according to claim 2 , wherein the hook portion of the hook faces upward after protruding from the tail hole to the outside.
The tip of the hook on the hook is
Also positioned in the upper, the weight body, the tip needle positioned et al higher than the arm portion
Its than the upper arm portion are integrally formed by casting to have an expanded portion which largely bulges downward, lures for Ri fishing to an intermediate position of the arm portion of the state. 4. The fishing lure according to any one of claims 1 to 3, wherein a tip locking portion forming a tip portion of the arm portion is formed from a mouth portion formed in a head portion of the hollow main body. On the other hand, the arm located inside the hollow body behind the mouth is projected to have a larger diameter than the mouth and the impact force acting on the hollow body to move the mouth relatively to the hook side. A fishing lure with a shock damper as a functional component. 5. The fishing lure according to claim 4, wherein the shock damper is elastic so as to apply a compressive restoring force to the mouth when the impact force acting on the hollow body is received through the mouth. Fishing lure made of material.