JP2934847B2 - Atari reaction type lure - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improved lure which protrudes a catching tool such as a needle in response to a fish attack.

[0002]

2. Description of the Related Art The present inventor has previously described Japanese Patent Application No. 9-69126.
Application for an invention entitled "Large with built-in catching limb" was disclosed, and disclosed a lure with a catching limb protruding in response to an Atari motion. This type of lure has a pair of upper and lower hook-shaped main capture needles that are shaped and arranged as if the upper and lower ends of the caudal fin are warped, and a shape and arrangement as if each part of the dorsal fin and pelvic fin is warped. The upper and lower pair of hook-shaped auxiliary capture needles (capture limbs) are compressed vertically together with elastic means, and are rotatably housed in a hollow fish-type lure with the needle tip as a free end. When the main body is pressurized, the completely retracted state is released to release the compressed elastic means, and each capture needle is turned outward so as to pierce the fish mouth.

[0003]

SUMMARY OF THE INVENTION One object of the present invention is to form a hook or sting fin as a part of a divided body structure of a fish-shaped lure. It is intended to realize a lure with a simple structure.

[0004] Another object of the present invention is to provide a fish-shaped lure that has not only an appearance similar to a fish as a lure but also has a dynamic property for performing an action simulating a raw fish.

[0005]

In order to achieve the above-mentioned first object, the present invention provides a) a hollow fish body which is divided into right and left parts, and each of which has a pair of flexible body divided bodies. A pivot point is set so that the two are rotatably connected to each other; b) from the alignment position where the pair of body divisions are aligned with each other to form a single fish body, to an enlarged position where the tail is enlarged by giving an angle to each other. A spring for biasing the rotation is built in the head of these divided bodies, and c) a vertical section including the dorsal fin, pelvic fin, and caudal fin when the pair of body divided bodies is in the enlarged position. Hooks or piercings are formed at at least one of the upper or lower edge and the trailing edge of each divisional body to be located on the contour, and these hooks or piercings are formed by the other divisional body in the alignment position. Substantially shielded Unishi,
And d) when the pair of body divisions are at the alignment position,
A pair of engagement means are respectively provided on the inner surfaces of the pair of divided bodies so as to engage with each other so as to maintain the alignment position at all times. An atari reaction type lure provided with a lure capable of canceling the combination.

In order to achieve the second object, the present invention provides a coil winding portion or a nested shape which is attached to a core at the pivot point by means of a spring for urging the pair of body divided bodies to rotate with each other. It has a U-turn portion, and each leg extending from both ends of the coil winding portion or the nested U-turn portion presses against the inner surface of the upper or lower edge of the head to be located on the contour line of each divided body. Yes, both ends of the core freely penetrate the head of the pair of body half members,
A spring-elastic body or a rotatable core is fixed to both side ends of the substantially U-shaped leading frame opposed to both side surfaces of the head and inside a portion of the leading frame further projecting from the front end of the head. The coil spring is housed, and the free end of the mandrel connected to the telescopic movement end of the spring expandable body, or the free end of the coil spring, is made to pass through and protrude from the front end opening of the top frame to be the mooring end. In the protruding portion of the leading frame, a lure equipped with a raw fish simulation means for converting the front-back movement of the telescopic movement end of the spring telescopic body or the rotation operation of the coil spring core into a webbing operation or a sound wave generation operation. It was done.

In the above lure configuration, in the one in which a coil spring having a rotatable core is housed inside the protruding portion of the head frame, both ends of the core are provided on both side surfaces of the head frame or upper and lower covers. A pair of flaps, which are fitted to a surface and serve as raw fish simulation means for converting the rotation of the core into a webbing operation, in a plane including the axis of the core and the axis of the first frame in their neutral state. And fixed to both ends of the core.

In the above lure configuration, in the one in which a spring expandable member is housed inside the protruding portion of the head frame, the longitudinal movement of the expansion and contraction movement end due to expansion and contraction of the spring is converted into a sound wave generation operation. A raw fish simulating means comprises a file band formed on the inner surface on both sides of the front end protruding portion or the inner surface of the upper and lower covers, and a brush fixed to the telescopic movable end so as to rub the file file with its front-back operation. It is like that.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will be described below with reference to the drawings. Three typical embodiments, each of which is shown in FIGS. 1-3, are of the hook / vertical flap type, hook / horizontal flap type, and piercing / sound generating type. . As a precautionary measure, the hook type is a method in which hook-shaped needles protrude as the lure is enlarged by Atari, and it is suitable for reliably catching fish, while the piercing type is a thin fin-like piercing line. This method catches fish by pressing against the inner lining of the fish that has been eaten with the expansion of the lure, and is suitable for fishing for release (release) with less damage to the fish.

First, the hook type / vertical flap type shown in FIG. 1 will be described as an example. The atari reaction type lure of the present invention is a pair of flexible body divided bodies having a shape obtained by dividing a hollow fish body into right and left parts. 1a and 1b. These body divided bodies may be formed from plastic mixed with metal powder such as tungsten or titanium together with other parts described later, or may be muscles, furs, bones, etc. of animals and plants which cause less harm to fish. Since tungsten has a large specific gravity, mixing this powder makes it easy to cast long distances, and the speed of submersion and descent is high, making it suitable for sea fishing. A pivot point is set on each of the heads of the body divided bodies 1a and 1b, and a spring shaft core 2 is disposed here so as to be rotatably connected to each other.

The lower edge of the head of the body divided body 1a,
The two leg portions of the wire spring 3 (FIGS. 4A and 4B) having a coil portion or a nested U-turn portion wound around the spring shaft core 2 are disposed in the upper edge of the head portion b. 1b is a lure alignment position (FIG. 1A) that compresses this spring to form a fish body, and is rotated and biased to release the spring to give an angle to each other, resulting in an enlarged lure on the tail side. Position (FIG. 1B).

In the hook type lure shown in FIGS. 1 and 2, the upper and lower ends of the caudal fin located on the contour line of the vertical cross section of the lure when the pair of body divisions 1a and 1b are in the enlarged position are respectively provided. The hooks 4a and 4b serving as main capture means are formed, and the hooks 4a and
4b is substantially shielded (against approaching fish) by the tail of the other segment in said aligned position. In the piercing lure shown in FIG. 3, the piercing edge 5a is also a main capturing means from the dorsal fin to the caudal fin and the pectoral fin, the pelvic fin and the caudal fin, which are also located on the contour line of the vertical cross section of the lure when it is in the enlarged position. , 5b. These piercings are also substantially shielded by the tail of the other segment in the aligned position. In addition, the piercing edge is composed of a row of short piercings, but it is sufficient if the piercing edge is made to be hard to slip on the contact surface (the inner lining of the fish) by a simple uneven row.

As shown in FIGS. 1, 2 and 3, both ends of the spring shaft core 2 exposed from the body divided bodies 1a and 1b at the lure head are provided with substantially U-shaped top frames 6 and 6 '.
The two leg ends are rotatably supported, and an eyelet 7 for binding a warp yarn is continuously arranged at the leading end (U-shaped folded end) of these leading frames via spring means (described later) in the frame. The head frame 6 further includes a pair of vertical flaps 20a (FIG. 1) or a pair of vertical flaps having a rear end shape and a streamlined front end shape adapted to the lure head as raw fish simulation means driven by the spring means (described later). The flap 20b (FIG. 2) is supported. Also, the first frame 6 '
A fish simulating means driven by a spring means (described later) is formed in the range of the U-shaped slit 30.

Immediately after the spring axis 2 in the body divided bodies 1a and 1b, that is, from the center of the lure head to the rear end of the gill, a long hole 8 penetrating in the left-right direction of the fish body is formed. One movable shaft 9 (FIG. 8) slidable over the entire length of the long hole is commonly inserted into the long hole 8 of each divided body. 10 is a divided body of the movable shaft.
The slide knobs for the user are fixed to both ends exposed from a and 1b. Since the front end of each long hole 8 is significantly widened, when the movable shaft is located at the front end of the long hole 8 by operating the slide knob 10, there is a slight gap between the movable shaft and the long hole in the hole width direction. Relative movement is allowed, and each body divided body is relatively rotated about the pivot point (spring axis 2) between the above-described alignment position (each figure A) and the enlarged position (each figure B). You can do it.

As is apparent from FIGS. 1B, 2B and 3B,
A balance weight 11, an elastic fitting piece 12, which is one of a pair of engagement means for maintaining the alignment position of the body divided body, and an elastically supported needle-shaped body are provided on the inner surface of the body divided body 1b. A side hook 13 (FIGS. 1B and 2B) or a side piercing body 16 (FIG. 3B) is provided.

FIGS. 4A and 4B are side views of the aligned and enlarged positions of FIGS. 1A and 1B viewed from opposite sides, respectively. Fig. 7 shows the correspondence between the long holes 8a of the body divided body 1a (the back side in Fig. 4) and the long holes 8b of the body divided body 1b at the luer alignment position. As described above, the width of each of the long holes 8a and 8b becomes larger as approaching the front end (the right end in the drawing). However, in the alignment position of FIG. Since the widened portion of the long hole 8a is located below, the overlapped long hole provides a synthetic slit having a substantially minimum width that is constant over the entire length thereof, and the movable shaft supported by the slide knob 10 passes through the synthetic slit. It can be seen that the movable shaft can be moved to the front end, and at this front end, the lower edge of the elongated hole 8a and the upper edge of the elongated hole 8b face the movable shaft with a margin. In this state, when the engagement means described below is released, the body divided bodies 1a, 1b
Are rotated by the tension of the wire spring 3 in the upper edge of the head to the enlarged position shown in FIG. 4B. This rotation is based on the center axis of the spring axis 2 at the so-called mouth of the fish, which is further forward than the long hole 8, and the front ends of the long holes 8a and 8b deviated from this center axis also move with each other. The robot stops when there is no more room for the movable shaft (enlarged position).

As is apparent from FIG. 4B, side hooks 13 installed on the inner surfaces of the body divided bodies 1a and 1b are provided.
Is rotatably supported on the inner surface with its rear end as an axis parallel to the fish length, the main part of the side hook 13 is bent substantially at right angles from the rear end, and further toward the front of the fish, It has a sharpened point, and a driving spring 14 is disposed in association therewith. Accordingly, the side hook 13 is urged by the driving spring 14, and is released from the other divided body and protrudes to the side at the lure enlarged position, and the body divided bodies 1a and 1b rotate from the lure enlarged position to the alignment position. In doing so, they are pushed by the caudal fins of the other divided body and fall down on the inner surface of each divided body. Reference numeral 15 denotes a guide surface provided on the other divided body for guiding the needle point of the side hook 13 when the body divided bodies 1a and 1b rotate toward the lure enlarged position. FIG. 5 is an end view of the state in which the side hook 13 projects from the inner side surface of each of the body divided bodies 1a and 1b at the lure enlarged position, as viewed from the rear.

As an auxiliary capturing means similar to the side hook,
In the piercing lure (FIGS. 3A and 3B), the side piercing body 16 is used as described above, but this piercing body 16 itself is made of an elastic plate, and its rear end is bent into a waveform to form the inner surface of the body divided body. The main body having a piercing edge formed at the tip protrudes sideways as usual in the enlarged lure position, and when the body divided bodies 1a and 1b rotate to the aligned position with each other, the other body is used as in the case of the side hook. Is pushed by the caudal fin of the divided body and falls down on the inner surface of each half member. Reference numeral 17 denotes an auxiliary spring that assists the main body of the side piercing body 16 to protrude laterally with its own elasticity at the lure enlarged position.

In FIG. 4B, an equilibrium float 18 corresponding to the above-described counterweight 11 is disposed inside the upper edge of the upwardly-divided body 1a, and on the inner side surface (at the center of the divided body) seen obliquely below the same. A fixed step portion 19 paired with the elastic fitting piece 12 described above as an engagement means of the body divided body.
Is arranged.

FIG. 6 is a rear end view (A) of the hook type lure in the lure alignment position shown in FIG. 4A, a bb sectional view showing the side hook mechanism (B), and showing the engagement means. FIG. 3C is a cross-sectional view (C) and a front end view (D) of FIG.
However, as for the engagement means, FIG. 7A in which the main part of the above-mentioned cc cross-sectional view (C) is enlarged and its body divided body 1 is shown.
Next, a description will be given with reference to a back view (FIG. 7B) as viewed from the broken area a.

In FIG. 7A, a fixed step 19 made of a bent plate made of metal or plastic, which is one of the engagement means, has a locking hole 24 at the center of the main body surface projecting from the inner side surface of the body divided body 1a. In addition to the above, there are projections 21a and 21b bent and projected toward the mating divided body 1b above and below the locking hole 24. One end of the elastic fitting piece 12, which is the other engaging means corresponding to the fixed step portion 19, is fixed to the inner surface of the other body divided body 1b, and extends from the intermediate portion protruding from the inner surface to the free end. The front half portion is bent so as to face the front area including the protrusions 21a and 21b of the fixed step portion 19 at the alignment position of the body divided body. The first half of the elastic fitting piece 12 is always in the alignment position,
As shown in the figure, an engaging projection 22 for fitting in the locking hole 24 to prevent the relative rotation of the body divided bodies 1a and 1b is formed to be bent.

According to a preferred embodiment, another projection 2 is provided at the intermediate portion of the elastic fitting piece 12 at a position slightly displaced from the projection 21a of the fixed step portion 19 at the lure alignment position.
3a is bent. As a result, when the lure is eaten by the fish and pressurized, and the inner surfaces of the two divided bodies 1a and 1b approach each other, the protrusion 21a of the fixed step 19 and the another protrusion 23a are elastically connected to the fixed step 19. As a pressing contact point of the fitting piece 12, the front half portion of the elastic fitting piece 12 is pressed in the retreating direction, and the engaging projection 22 is withdrawn from the locking hole 24 to engage the two, and thus the body divided body 1a , 1b are released. In this case, the projections 21a and 23a complement each other and exhibit the action of the pressure contact point or the lever point, but this action is also exerted by only one of the projections. As a further preferred embodiment, the elastic fitting piece 1
An auxiliary elastic piece 12 ′ having a free end that covers the front end of the body 2 from the front is fixed to the inner surface of the same body divided body 1 b. The rear portion of the free end of the auxiliary elastic piece 12 'abuts on the projection 21b of the fixed step portion 19, and beyond the abutting portion, a projection 23b for assisting the pressure contact of the projection 21b or the action of the lever point is further provided. It is bent and formed. This allows
When approaching between the inner surfaces as described above, the auxiliary elastic piece 1
The free end of 2 'is bent backward by the pressing or leverage action of the projections 21b and 23b to promote the retreat of the front end of the elastic fitting piece 12 and facilitate the retreat of the engaging projection 22.

When the pair of body divisions 1a and 1b are in the lure enlarged position, the elastic fitting piece 12 does not engage with the fixed step portion 19, so that the angle further opens toward the division 1a due to elasticity. However, when returning from the enlarged position to the alignment position and rotating, the lower end of the fixed step portion 19 comes into contact with the elastic fitting piece 12 from the fixed end side and slides its leg portion reaching the intermediate portion. Then, the first half portion of the fitting piece is retracted, and its return rotation is allowed.

FIGS. 8 to 10 show a driving structure of the flap 20a in the leading frame 6 of the hook type / vertical flap type lure. A spring core 25 fixedly supporting the bases of the pair of upper and lower flaps 20a is rotatably mounted on a mechanism 26 provided inside a portion of the head frame 6 further protruding from the front ends of the heads of the body divided bodies 1a and 1b. The coil spring 27 held and housed in the mechanism 26
(See FIG. 10). One end of the coil spring 27 faces the inner surface of the head frame 6, and the other end (free end) passes through and projects from the front end opening of the head frame 6 and is then wound in, forming the eyelet 7 for mooring the yarn. I have.

In the above-described flap drive structure, if the tension of the coil spring 27 cannot overcome the fluid resistance of the water environment to the lure, the coil spring 27 is unwound when the yarn is pulled little by little during use. Accordingly, the free end (eyelet) moves forward and the winding yarn is loosened, and the coil spring is restored and retreats repeatedly. A swaying of 20a and thus a webbing action occurs. That is, at the solid line position shown in FIG. 8, the eyelet 7 retracts, and the flap 20a swings to the left side of the fish body,
In the imaginary line position, the eyelet 7 projects and the flap 20
a swings to the right of the fish. It should be understood that the horizontal flap type lure shown in FIG. 2 is provided with a completely similar flap drive structure except that the arrangement direction is different, and the flap 20b swings up and down. Further, as the flap drive structure, a rack-pinion mechanism including a pinion fixed to a flap shaft and a rack connected to an eyelet, and a spring expandable member that controls the rack may be used.

FIGS. 11 and 12A are a plan view and a side view of a piercing / sound generating lure, FIG. 12B is a front view thereof, and FIGS. 13 and 14 are a leading frame 6 'thereof.
1 shows a sound wave generation structure of the first embodiment. In these figures, a spring elastic body 28 (FIGS. 13 and 14) is housed inside a portion of the head frame 6 'further protruding from the front end of the body head, and the front end is provided on the inner surface of the front end of the frame 6'. While being stopped, the other end (extendable and retractable end) is
9 to the rear end. The other end (free end) of the mandrel 29 penetrates and protrudes from the front end opening of the leading frame 6 'to form the eyelet 7 for mooring the yarn at the foremost end.

The raw fish simulating means for converting the forward and backward movement of the telescopic movement end of the spring telescopic body into a sound wave generating operation is provided by the U-shaped slits 30 provided on both sides of the front end protruding portion of the leading frame 6 'from the frame body. Vibrating part 31 separated
And a pair of brushes 32 fixed to the telescopic end together with the mandrel 29 so as to rub the inner surface of the vibrating part 31 with the forward / backward movement. A file band 33 is formed on the inner surface of the vibrating part 31 corresponding to the brush 32. When the brush 32 moves on this, the vibrating part 31 generates vibration of a frequency corresponding to the material and structural characteristics thereof, Generates sound waves simulating raw fish. The back and forth movement of the telescopic movement end of such a spring telescopic body, when using a lure,
Obviously, this is caused by nicking the yarn as in the previous embodiment.

According to the above-described embodiment, by pulling the yarn in small increments, the flap is rocked to give a movement like a raw fish, or the sound wave generating means is actuated to make an imitation sound to approach the fish. Can be eaten easily and easily. Also, in order to remove the hook or piercing edge from the fish caught, when the slide knob 10 on the lure head is pushed down by hand, the enlarged lure body returns to the original alignment position, and at that time, moves in the lure reduction direction. The hook or piercing edge separates from the fish lining and fits within the smooth edge of the matching lure body;
This can release the fish.

[0029]

As described above, according to the present invention, as a lure having a simple structure, inexpensiveness, and excellent use performance, it is possible to select the pseudo characteristics of the raw fish according to the fishing place and the target fish, and to easily release the fish. The convenience is provided.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an alignment position (A) and an enlarged position (B) in an embodiment of a hook type / vertical flap lure.

FIG. 2 is a perspective view showing an alignment position (A) and an enlarged position (B) in an embodiment of a hook type / horizontal flap type lure.

FIG. 3 is a perspective view showing an alignment position (A) and an enlarged position (B) in an embodiment of a piercing / sound generation lure.

FIG. 4 is a side view showing an alignment position (A) and an enlarged position (B) in an embodiment of a hook type / vertical flap type lure.

FIG. 5 is a rear end view of the lure enlarged position shown in FIG. 4B.

FIG. 6 is a rear end view (A), a bb ′ cross-sectional view (B), a cc ′ cross-sectional view (C), and a front view (D) of the lure alignment position shown in FIG. 4A.

FIG. 7 is an enlarged view (A) of a main part of FIG. 6C and a right side inner view (B) of FIG. 6C showing the structure of the engagement means at the lure alignment position common to the embodiments.

FIG. 8 is a plan view showing the alignment position of the hook type / vertical flap type lure embodiment.

9 is a longitudinal sectional view of the lure shown in FIG.

FIG. 10 is a partially enlarged view (A) and a side view (B) of the lure shown in FIG.
It is.

FIG. 11 is a plan view showing the alignment position of the piercing / sound generating lure embodiment.

12 is a side view (A) and a front view (B) of the lure shown in FIG.

FIG. 13 is a longitudinal sectional view of the head of the lure in the state of FIG. 11;

FIG. 14 is a longitudinal sectional view (A) of the head of the lure in the state of FIG. 12 and a sectional view (B) of FIG.

[Explanation of symbols]

1a, 1b Body divided body 2 Spring shaft core 3 Wire spring 4a, 4b Hook 5a, 5b Piercing edge 6 First frame 7 Eyelet 8 Long hole 9 Movable shaft 10 Slide knob 11 Balance weight 12 Elastic fitting piece 13 Side hook 14 Driving Spring 15 Guide surface 16 Side piercing body 17 Auxiliary spring 18 Equilibrium float 19 Fixed step 20a, 20b Flap 21a, 21b, 22a, 22b, 23a, 23b Projection 24 Locking hole 25 Spring core 27 Coil spring 28 Spring elastic body 29 mandrel 30 U-shaped slit 32 brush 33 file

Claims (7)

(57) [Claims] 1. A) A pair of flexible body divisions formed by bisecting a hollow fish body into right and left parts is provided with a pivot point at each head, and the two are rotatably connected to each other. A spring for rotating and biasing the pair of body divided bodies from an alignment position where they are aligned with each other to form a single fish body to an enlarged position where an angle is given to each other and the tail side is enlarged is provided on the heads of these divided bodies. C) an upper edge or a lower edge of each divided body to be positioned on a contour line of a vertical cross section including the dorsal fin, pelvic fin, and caudal fin when the pair of body divided bodies is at the enlarged position; Forming at least one stab or hook at the trailing edge, such that the stab or hook is substantially shielded by the other segment in the aligned position;
And d) when the pair of body divisions are at the alignment position,
Consisting of a pair of engagement means provided on the inner surfaces of the pair of divided bodies so as to engage with each other so as to always maintain the alignment position, the engagement is released when the inner surfaces approach each other. An atari-reaction-type lure characterized by being equipped with an atari reaction type lure. 2. a) A long hole extending from the center of each head to the rear end of the gills and penetrating the fish body in the left-right direction is provided, and the body is slid over the entire length of the long hole. By connecting one possible movable shaft commonly to the long holes of the respective divided bodies, the two are connected to each other. B) The width of the long holes is increased as approaching the front end, and the movable shafts are inserted into the long holes. When located at the front end, by allowing a slight relative movement between the movable shaft and the long hole in the hole width direction, each body divided body can move the pivot point set further forward than the front end of the long hole. C) by being rotatable relative to the center, and c) by attaching user operation knobs at both ends exposed on the outer surfaces of the respective divided bodies of the movable shaft.
When in the alignment position, the user operates the knob to position the movable shaft at the front end of the long hole so that the lure can be used. By operating the knob from the occupied state, sliding the movable shaft to the rear end of the long hole and aligning the rear ends of the long holes of the pair of divided bodies with each other to give the alignment position, The lure according to claim 1, wherein the pair of body divided bodies are locked at this position. 3. In each of the inner surfaces of the pair of body divided bodies, when these divided bodies occupy the enlarged position, the divided bodies are exposed to the outside of the other divided body, and the other divided body is exposed with the exposure. The lure according to claim 1 or 2, further comprising a side hook formed of an elastically supported needle-like body which is released from the side and protrudes laterally, or a side face piercing body made of an elastic plate with piercing. 4. One of the engaging means is a fixed step provided on an inner surface of one of the body divided bodies, and has a locking hole opened toward the inner surface of the other body divided body. The other engagement means is an elastic fitting piece having one end fixed to an inner surface of the other body divided body, and a front half portion from an intermediate portion protruding from the inner surface to a free end, The pair of body divided bodies are formed so as to face the front of the fixed step portion at the alignment position, and the front half portion is always fitted in the locking hole at the alignment position, and the relative positions of the divided bodies are relatively small. A first projection for preventing rotation; a position of the intermediate portion of the elastic fitting piece, and a position of the fixed step portion which slightly opposes the intermediate portion at the alignment position. At least one of the positions Second projecting direction
With the provision of the projections, when the inner side surfaces approach each other, the second projection is used as a press contact point between the fixed step portion and the elastic engagement piece to retreat the fitting piece, The first projection in the first half portion is released from the locking hole to release the engagement between the two, and when the pair of body divided bodies return to the alignment position from the enlarged position and rotate, the fixing is performed. The lure according to any one of claims 1 to 3, wherein a step portion abuts the elastic fitting piece from the one end side, retreats a front half portion thereof, and allows the return rotation. 5. A spring for urging the pair of body divided bodies to rotate relative to each other has a coil winding portion or a nested U-turn portion attached to an axis at the pivot point, and the coil winding portion. Or, each leg extending from both ends of the nested U-turn portion presses against the inner surface of the upper or lower edge of the head to be located on the contour line of each divided body, and both ends of the shaft core are the pair of the pair. A portion which loosely penetrates the head of the body divided body and is fixed to both ends of a substantially U-shaped top frame facing both sides of the head, and further protrudes from the front end of the head in the top frame. A coil spring having a spring expandable body or a rotatable core is housed inside, and a free end of a mandrel or a free end of the coil spring connected to a telescopic movement end of the spring expandable body is opened at a front end opening of the top frame. From The projecting portion of the leading frame is extended to the mooring end, and at the protruding portion of the leading frame, the front-rear movement of the telescopic movement end of the spring telescopic member or the rotation operation of the coil spring core is converted into a webbing operation or a sound wave generating operation. The lure according to any one of claims 1 to 4, further comprising a raw fish simulating means. 6. A housing in which a coil spring having a rotatable core is accommodated inside the front end protruding portion of the head frame, both ends of the core are fitted to both side surfaces or upper and lower cover surfaces of the head frame. Then, a pair of flaps serving as a raw fish simulation means for converting the rotation operation of the core into a webbing operation is positioned in a plane including the axis of the core and the axis of the first frame in their neutral state. 6. A lure according to claim 5, wherein said lure is fixed to both ends of said core. 7. A raw fish simulating means for converting a forward and backward movement of the telescopic movement end due to expansion and contraction of the spring into a sound wave generation operation in a head frame in which a spring elastic body is stored inside the front end protruding portion. It is characterized by comprising a file band formed on both inner surfaces or upper and lower cover inner surfaces of the front end protruding portion, and a brush fixed to the telescopic movement end and adapted to rub the file file with its front-back operation. A lure according to claim 5, wherein