JP3263380B2 - Hooking lures - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement in a lure structure in which a crochet-shaped catching portion is protruded in response to an attacking movement of a fish.

[0002]

2. Description of the Related Art The present inventor has previously described Japanese Patent Application No. 9-32593.
No. 6 filed an application entitled "Atari reaction type lure" and disclosed a lure that performs a hooking operation in response to an atari operation. This type of lure divides the fish shape into two sides, sets the pivot point on the head, and is located outside when both halves rotate away from each other so as to enlarge the tail side from one fish shape The tail fin corresponding part of each half is removed from the overlapping tail fin shape of the other half, exposing its crochet shape or sting shape, and stuck or pressed and locked in the mouth of the fish to which Atari was added is there. Since the structure of the prior application can also integrally form the capturing part as a part of a fish body (half), for example, by using a biodegradable plastic as a molding material, a lure that is friendly to living things and the environment can be provided. is there.

[0003] However, the structure of the invention of the above-mentioned prior application is such that the components thereof are an engaging portion which engages the left and right halves of the fish body, the head axle and the eyelet, and the left and right halves and releases when there is a hit In addition, it is necessary to complicately structure a spring member or the like that applies a rotating force to the left and right halves that have been disengaged in a small volume.

[0004]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a hooking lure which has a simple structure and can be molded substantially integrally. Here, the “hooking type” is named with the meaning that the catching operation (hooking) in response to the attack of fish becomes faster and more reliable due to its simple structure.

[0005]

In order to achieve the above-mentioned object, the present invention provides a) a body having an upwardly convex curved shape, in which a setting window is formed at a front portion and a hook passage window is formed at a rear portion. B) a lower forward-facing hook portion passing through the hook passage window is connected to a free end portion of the elongated main body having elasticity and protruding upward from the front end of the body member and approaching the member. And a lateral projection which is locked to the edge of the hook passage window in the middle of the hook portion, and when the elongated body receives a downward external force, the projection gets over the edge and the locked state is released. And c) projecting from the rear end of the body member, folded back to face the lower surface of the body member, having a hook projecting window in the folded body portion, and bent upward. A hook-type lure having an elastic back cover portion whose end is always located within the setting window of the body member, and wherein the hook projecting window corresponds to the tip of the hook portion in the locked state. It was done.

According to the above construction, when the elongated body of the sensor section is released from the locked state by receiving the downward external force due to the attack of the fish, the hook portion at the free end thereof passes through the hook passage window of the body member, and the elastic body is elastic. It protrudes from the hook protruding window of the back cover part and stabs it into the mouth of the fish with the Atari. After the fish is caught, the hook portion pulled out of the fish mouth remains as it is through the hook projecting window due to the elasticity of the sensor unit. Therefore, the user presses the elastic back cover portion against the body member, and in this state, presses and lifts the sensor portion elongated body substantially in contact with the upward end of the body portion, and lifts the free end hook portion. The protrusion is
Sliding over the edge of the hook passage window of the body member,
The above-described locked state, that is, the set state in which the hook tip corresponds to the hook projecting window of the elastic back cover portion can be established again.

In a further aspect of the present invention, the projection of the hook portion projects in either the front or rear direction with respect to the body member, and the edge of the hook passage window in the body member that locks the projection. By providing hook release slits on both sides, when the sensor section receives a lateral external force, the projection moves to the slit section so as to be released from the locked state by the edge, and various fish Can be adapted to

In another aspect of the present invention, there is provided a fixed hook having a tip which protrudes upward from a rear end of the body member and is curved forward, and the tip of the fixed hook is in the hook locked state. The sensor element is substantially hidden by the free end thereof, whereby when the hook part is released from the locked state, the sensor element approaches the body member, whereby the fixed hook is substantially exposed,
The hook portion is directed downward, while the hook portion is pierced upward into the fish mouth to ensure perfect hooking.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will be described below with reference to the drawings. First, FIGS. 1A and 1B show the upper part of the use state and the operation state in the basic embodiment, respectively, 1 is a body member, 2 is a sensor part, 2a
Is a hook portion, and is integrally formed with a resilient back cover portion described later, typically from a biodegradable plastic by press molding of a suitable plastic film or thin metal plate. The body member 1 typically has an upwardly convex curved shape imitating an insect such as a beetle, and has a setting window 3 at a front portion and a hook passage window 4 at a rear portion. The body is formed.

The sensor portion 2 is formed of an elongated body having elasticity that protrudes from the front end of the body member 1 to form an eyelet 2b and then is turned upward to approach the member 1, and has a free end. A hook portion 2a connected downwardly and forwardly from the portion passes through the hook passage window 4, and further has a lateral projection 5 protruding forward in the middle of the hook portion 2a. When the free end side of the sensor unit 2 is raised to the height of FIG. 1A, the protrusion 5 is locked to the front protruding edge 4a of the hook passage window 4, and the elongated main body of the sensor unit 2 is subjected to a downward external force caused by a fish attack. When it is received, it gets over the edge 4a and is released from the locked state. The overhang of the edge 4a by the projection 5 is made possible by the fact that the window projection edge 4a of the body member 1 having its own elasticity is pushed by the projection 5 to bend, and escapes rearward.

In the embodiment, the protruding edge 4 of the hook passage window 4 is provided.
On both sides of a, a pair of escape slits 4b are provided,
When the sensor portion 2 receives a lateral external force, the projection 5 of the hook portion moves to the slit 4b portion so as to come out of the locked state by the edge 4a, so that it can cope with various types of fish attack. I have.

As shown in detail in FIGS. 2 and 3, the lure of the embodiment projects from the rear end of the body member 1 to form a folded end portion 6a, from which an elastic backing extends opposite to the lower surface of the member 1. A cover 6 is provided. The back cover part 6 has a hook projecting window 7 in the folded main body part, and the tip 6b bent upward is always located in the setting window 3 of the body member 1 when the hook is locked. . In this state, the hook projecting window 7 exactly corresponds to the sharp tip of the hook portion 2a in the locked state, and prevents the hook portion 2a from hanging on the hook portion. The shape and the like of the main body of the elastic back cover portion 6 will be better understood with reference to the front view of FIG. 4, the rear view of FIG. 5, and the rear view of FIG.

A pair of fixed hooks 8a, 8b project upward from both upper side surfaces of the folded end portion 6a.
It has a forwardly curved tip. The sharp tips of these fixed hooks 8a, 8b are substantially hidden by the free end (hook forming end) of the sensor unit 2 in the hook locked state (obstructing the front space for hooking). This prevents rooting.

In the structure of the above-described basic embodiment, the horizontal projection 5 of the sensor hook portion 2a typically gets over the protruding edge 4a of the hook passage window in the body member 1 or escapes into the slit 4b due to a fish attack. When the locked state is released, the sensor part 2 approaches the body member 1 according to its own elasticity and its hook part 2a is
As shown in FIG. B, the operation state is such that the luer body projects below. At the same time, the fixed hooks 8a and 8b at the rear end of the body are substantially exposed, pierced into one side of the fish mouth which has been eaten, and cooperated with the hook portion 2a pierced into the other side to ensure perfect hooking. is there. The state in which the hook portion 2a and the fixing hooks 8a and 8b protrude downward and upward respectively is shown in FIG.
Will be better understood with reference to FIG.

If the width of the sensor section 2 is increased from the front to the rear, the appearance of the lure becomes closer to a beetle.
However, if the sensor portion 2 is made wide, the water resistance against the rebounding operation at the time of hooking becomes large. In such a case, a water drain slit for compensation is provided in the wide portion to reduce the water resistance. I just need.

After the fish is caught, even if the hook portion 2a and the fixed hooks 8a and 8b are pulled out of the fish mouth, the hook portion 2a remains projecting from the hook projecting window 7 as it is. Then, the user presses the elastic back cover portion 6 against the body member 1, and in this state, presses and lifts the elongated main body of the sensor portion 2 substantially in contact with the upward end 6 b of the same, The protrusion 5 of the free end hook portion 2a is the protrusion 4 of the hook passage window 4 of the body member 1.
The above-mentioned locked state, that is, the set state where the hook tip is again located at the position corresponding to the hook projecting window 7 of the elastic back cover 6 can be established by sliding over a from below.

FIGS. 8A to 8F show a spring steel projecting from the eyelet 9 forming portion at the tip of the body member instead of the sensor portion 2 and the free end hook portion 2a integrally formed with the body member in the lure of the basic embodiment. A second embodiment in which a hook sensor 10 made of a wire is used and a diaphragm 11 as a sound wave generating means is attached to a body member 1 'is shown, and the following description will refer only to such a unique component. The same parts as those in the basic embodiment are denoted by the same reference numerals, and description thereof is omitted.

The spring steel sensor 10 has a coil spring portion 10b formed by bending a downward hook portion 10a on the free end side and winding the base portion through a pair of mounting holes of an eyelet 9 forming portion in the body member 1 '. The hook portion 10a operates through the hook passage window 4 and the hook projecting window 7, similarly to the hook portion 2a of the basic embodiment. The diaphragm 11 is disposed below the center of the sensor 10 so as to cover a water hole 13 formed in the body member 1 ′, and is fixed to the member 1 ′ by a stopper 12 at the front end. On the rear end side of the diaphragm 11 in the body member 1 ', a hammer tab 11a which is struck against the rear end of the diaphragm slightly raised from the member 1' is formed. However, in some cases, the hammer tab 11a may be omitted, or a tab that strikes the back of the body member at the rear of the diaphragm 11 may be provided.

As shown schematically in FIGS. 8D and 8F, the elastic back cover 6 is located at the front of the water hole 13, in this case the diaphragm 1
An opening 6c is formed at a position corresponding to the front end of the body 1 and has a bag-like shape, that is, a pocket, from the rear end to the opening 6c. A tip 6b reaching the setting hole 3 is extended from the opening 6c. The hook protruding window 7 is formed in the elastic back cover portion 6 by being bent upward and forward in the range of the "U" -shaped cut which leaves the front end of the contour, and the bent portion itself is formed on the back surface of the body member 1 '. Is formed.

[0020] Thus, in the case of river fishing, this type of lure thrown into the water has its opening 6c because its head is directed upstream.
The water flowing into the bag-like portion from the water is deflected toward the upper water hole 13 by the current changing plate 6d, and pushes up the diaphragm 11 to flow out. As a result, the rear end of the diaphragm 11 is
The diaphragm 11 that strikes a slightly rises butts up and down repeatedly by being pushed back by the water flow on the body member 1 ′ hitting the upper surface and coming into contact with the member 1 ′, continuously generating a vibrating contact sound and producing fish You can appeal to.

[0021]

As described above, the present invention provides a lure with a simple structure, low cost and excellent use performance. Also, it is possible to make a vibration contact sound depending on the fishing place or the target fish to appeal to the fish.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a use position (A) and an operation position (B) of a lure in a basic embodiment.

FIG. 2 is a right side view of the basic embodiment.

FIG. 3 is a right vertical sectional view of the basic embodiment.

FIG. 4 is a front view of the basic embodiment.

FIG. 5 is a rear view of the basic embodiment.

FIG. 6 is a back view of the basic embodiment.

FIG. 7 is a right side view in an operation position of the basic embodiment.

FIG. 8 is a perspective view (A) of a use state in the second embodiment,
They are a plan view (B), a front view (C), a right side view (D), a rear view (E), and a right side vertical sectional view (F).

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Body member 2 Sensor part 2a Hook part 2b Eyelet 3 Setting window 4 Hook passage window 5 Lateral protrusion 6 Elastic back cover part 6b Back cover tip 7 Hook projecting window 8a, 8b Fixed hook

──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int. Cl. ⁷ , DB name) A01K 85/00 A01K 85/01 A01K 85/02

Claims (4)

(57) [Claims] A) a body member having an upwardly convex curved shape, a setting window at an anterior portion, and a hook passage window at a rear portion; and b) an upwardly protruding portion from the front end of the body member. A downward-facing hook portion passing through the hook passage window is connected to a free end of the elongated main body having elasticity to approach the member, and an edge of the hook passage window is provided in the middle of the hook portion. A sensor portion having a lateral projection that is locked to the main body member, wherein the projection portion gets over the edge to release the locking state when the elongated body receives a downward external force; c) after the body member It protrudes from the end, is folded back facing the lower surface of the member, has a hook protruding window in the folded main body, and the tip bent upward is always located in the setting window of the body member. And, hooking luer, characterized in that said hook projecting window is provided, and an elastic back cover portion so as to correspond to the tip of the hook portion of the locking state. 2. The projection of the hook portion projects in either the front or rear direction with respect to the body member,
By providing hook escape slits on both sides of the edge of the hook passage window in the body member that locks this projection, when the sensor section receives a lateral external force, the projection moves to the slit section, The lure according to claim 1, wherein the lure is released from the locked state by the edge. 3. A fixed hook having a front end projecting upward from the rear end of the body member and having a curved front end, wherein the front end of the fixed hook is substantially formed by the free end of the sensor portion in the hook locked state. The lure according to claim 1 or 2, wherein the lure is hidden. 4. The sensor member is formed of a spring steel wire, a water hole is formed in the center of the body member, and a diaphragm covering the water hole from above is fixed to the body member at its front end. The at least the position corresponding to the front of the water hole of the elastic back cover portion and thereafter, a main body wider than the bent tip, the main body forms a pocket with a front end opened between the body member, and The lure according to any one of claims 1 to 3, further comprising a current transformer plate extending from an inner surface of the pocket to a rear end of the water hole.