JP5672404B1 - Lure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lure capable of moving as if a fish is actually swimming, with only a small vertical movement of a shark. A lure used in fishing, for connecting a luer body, a line connecting portion for connecting a fishing line formed on the luer body, and a fishing hook formed on the lure body. A needle connection portion and a wing for moving using the resistance of water, and the thread connection portion is formed at a position where the longitudinal direction of the lure body is horizontal when the fishing line is connected and hung. The needle connection portion is formed at one end in the longitudinal direction of the luer body, and the wing is installed at a position between the center of gravity of the luer body and the needle connection portion. [Selection] Figure 1

Description

  The present invention relates to a fishing lure.

  Traditionally, lures have been used as one of the fishing tools. There are various types of lures, for example, well-known models simulating the shape of aquatic organisms such as fish, octopus and squid.

The lure disclosed in Patent Document 1 as such a lure is a fishing lure that includes a head and a needle extending rearward from the head, and a pseudo bait can be attached to the needle. It has a blade part protruding left and right so that the front is a sharp triangular shape in plan view, and a flat part formed on a part of the bottom surface, and the needle has a predetermined angle with respect to the flat part Inclined and extends from the head.
As a result, the lure of Patent Document 1 exerts an extremely strong appealing effect on the target fish by giving the jig a vertical movement, so that the lure glides to the left and right regardless of the shape of the worm to be attached. It is said.

In addition, the lure disclosed in Patent Document 2 has a relatively long longitudinal dimension extending horizontally in a virtual vertical plane and a relatively short width dimension extending in a horizontal plane perpendicular to the vertical plane. And having a trunk portion and a tail portion extending in the length direction from a flexible elastic material formed substantially symmetrically in the width direction with respect to the vertical plane, and the trunk portion is a tip of a fishing line in use. A front end portion of the body portion located closer to the front end portion, and a rear end portion of the body portion that is the opposite end of the front end portion, and between the front and rear end portions, from the circumferential surface of the body portion outward to the left and right with respect to the vertical plane Symmetrically, at least a pair of first wings extend, and between the first wing and the rear end of the trunk, a second wing in the vertical direction from the circumferential surface of the trunk in the vertical plane. The tail portion extends from the rear end portion of the trunk portion to the rear in the vertical plane. In the lure extending in an arc, the tail portion has a base end portion, a rear end portion, and an intermediate portion connected to the trunk portion, and is longer than one half of the length of the trunk portion. It is formed in a thin sheet shape that curves downward and then upward in a vertical plane, and is formed to be gradually wider from the base end portion to the intermediate portion and gradually narrower from the intermediate portion to the rear end portion. It is said.
As a result, the vertical wing and the pair of left and right horizontal wings suppress rotation about the center line of the trunk, so the trunk does not rotate and the lure is used for reel operation. I am going to swim faithfully.

JP 2013-243983 A Japanese Patent No. 3022348

  However, with the conventional lures described in Patent Document 1 and Patent Document 2, the lure's movement is unnatural, and the fish is not actually moving. Also, the lure could not be moved with a small vertical movement of the heel.

  In view of such a situation, the present invention can move as if a fish is actually swimming by simple vertical movement of the carp, and it is easy to handle even for beginners. It is intended to provide a lure that can inspire the fish to eat by swimming like a live bait even under adverse conditions.

Each of the above problems can be solved by the following invention. That is, the lure of the present invention is a lure used for fishing, and includes a luer body, a line connecting portion for connecting a fishing line formed on the lure body, and a fishing hook formed on the lure body. A needle connection portion for connection and a wing for moving by utilizing the resistance of water, and the longitudinal direction of the lure body is horizontal when the fishing line is connected and hung. The needle connection portion is formed at one end in the longitudinal direction of the luer body, and the wing is installed at a position between the gravity center position of the luer body and the needle connection portion. It is characterized by that.
Thus, by moving the fishing line up and down, the lure can be moved as if the fish were swimming.

In addition, the lure of the present invention is characterized in that the wing is installed so that the surface of the wing becomes horizontal when a fishing line is connected to the line connecting portion and the lure is hung. .
Thereby, the propulsive force which advances a lure forward is not spoiled.

Furthermore, the lure of the present invention is such that when the longitudinal direction of the lure body is horizontal, the side on which the thread connecting part is formed is the upper side, and the opposite side is the lower side, the thread connecting part and the needle connecting part The main feature is that the wings are installed at the center of gravity of the lure body only at the portion between the center of the lure, or above the center of gravity, or below the center of gravity.
Thereby, in the vertical movement of the fishing line, the lure can be advanced with a small force and a small vertical movement stroke.

Furthermore, the lure of the present invention is mainly characterized in that the wing is installed on the lower end surface of the luer body.
As a result, when the lure is placed on the seabed, it is supported by the wings, so that the lure does not fall sideways. For this reason, if the fishing line is pulled when it falls on its side, the lure will bend and advance, so there is a high possibility of rooting, but if it does not fall on its side, it will go straight and the possibility of rooting will be reduced.

In addition, the lure of the present invention is mainly characterized in that the wing is detachable.
Thereby, the wing | wing of a suitable magnitude | size can be attached according to the weight of the needle | hook attached to a lure, and bait.

Furthermore, the lure of the present invention is mainly characterized in that the lure body has a shape imitating a fish.
As a result, the lure can be misidentified as a prey fish, and the fish can be better caught.

  According to the present invention, it is possible to provide a lure that can move as if a fish is actually swimming, with only a small vertical movement of the carp.

1 is a perspective view of a lure according to the present invention. It is the (a) side view and (b) bottom view of the lure main body which attached the wing | blade. It is explanatory drawing which showed the force concerning a lure by raising a heel. It is a top view of the lure main body when a wing | blade protrudes from the lure main body and is installed. It is explanatory drawing which showed the force concerning a lure by lowering a heel down. It is the top view which showed the various shape of the wing | blade. It is a perspective view which shows the attitude | position in the seabed at the time of attaching a wing | blade to the upper part of a lure main body. It is a side view which shows the internal structure of a lure main body.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The present invention will be described with reference to the following preferred embodiments, but can be modified in many ways without departing from the scope of the present invention, and other embodiments than the present embodiment can be used. be able to. Accordingly, all modifications within the scope of the present invention are included in the claims.

<Configuration>
Preferred embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a perspective view of a lure 1 according to the present invention. As shown in FIGS. 1 (a) and 1 (b), a lure 1 according to the present invention includes a luer body 10, a line connecting part 12 for connecting a fishing line, and a needle connecting part for connecting a needle part 19. 14 and a wing 16 for moving by utilizing the resistance of water.

  In actual use, the needle portion 19 is attached to the lure body 10. The needle part 19 is comprised with the needle | hook for catching a fish, and according to the fish of fishing object, the needle part 19 can be comprised with various needle | hook (or hook) (In this invention, it is a bait | feed. (The term “needle” is used for both fishing needles and luer hooks.) In the example shown in FIG. 1A, the needle portion 19 is composed of a curved bifurcated needle 19a. In the example shown in FIG. 1B, the needle portion 19 is connected by a thread. The two needles 19b and 19b, a spoon 19c, and a spacer 19d formed of a ball-shaped resin body.

  The connecting portion between the needle connecting portion 14 and the needle portion 19 can be covered with a resin cover 18. By covering the connecting portion with the resin cover 18, wobbling of the needle portion 19 can be prevented, and entanglement of the fishing line and the needle portion 19 caused by wobbling can be prevented.

  Although the lure body 10 can be formed in various shapes, it is preferable to form aquatic organisms such as fish, shrimp and squid, and insects, and it is most preferable to simulate the shape of fish. . Even if the lure body 10 does not have a shape imitating a living thing, it is possible to attract a fish and catch a fish, but the shape imitating a living thing can attract and fish more fish. The shape that imitates a fish among creatures can attract and fish the most fish.

  Moreover, it is preferable that the lure body 10 has a shape in which the resistance of water is reduced when it is moved up and down. This is because the lure body 10 has a shape with less resistance to water due to vertical movement, so that the lure body 10 to be described later can easily maintain a horizontal state using a force to return to the horizontal.

  As such a shape, as shown in FIG. 1, the luer body 10 can have a shape in which the projected area in the lateral direction is larger than the projected area in the upward direction. Thereby, when the lure 1 moves by the action of the wing 16 described later, an effect similar to that of a vertical wing of an airplane for moving the lure 1 linearly can be exhibited.

  Moreover, as a material which comprises the lure main body 10, various things, such as a metal and a resin, can be used, However, It is hard to corrode also in seawater and a material with large specific gravity is preferable. Examples of such a material include lead, stainless steel, tungsten, or a material coated with a metal having a high specific gravity with a resin. However, the material is not limited to these, and a combination of materials having various characteristics is used. May be.

  The thread connecting portion 12 is a portion for connecting a fishing line formed on the lure body 10 and can be configured using a threading ring called an eye. The line connecting portion 12 is formed at a position where the longitudinal direction of the lure body becomes horizontal when the fishing line is connected and the lure body 10 is hung.

  As such a position, a position directly above the center of gravity G of the lure body 10 can be considered. By forming the line connecting portion 12 directly above the center of gravity G of the lure body 10, when the fishing line is attached to the line connecting portion 12 and the lure body 10 is hung, the center of gravity G comes over the extension of the fishing line. Therefore, the yarn connecting portion 12 can be formed at a position where a straight line connecting the yarn connecting portion 12 and the center of gravity G is perpendicular to the longitudinal direction of the lure body 10.

  Strictly speaking, it is preferable that the longitudinal direction of the lure body 10 is substantially horizontal with the wings 16 attached to the luer body 10 when the fishing line is attached to the line connection part 12 and hung. More preferably, the longitudinal direction of the lure body 10 is substantially horizontal with the wing 16 and the needle portion 19 attached.

  However, since the lure body 10 is made of a heavy material such as lead and has a large weight, the wing 16 is made of a light material, so that the weight is small and the needle portion 19 is also light. Therefore, if the longitudinal direction of the lure body 10 becomes horizontal when the lure body 10 is hung with fishing line (hereinafter, the longitudinal direction of the lure body 10 is referred to as horizontal), the lure body 10 has a wing 16. Even if the needle portion 19 is attached, the lure body 10 is maintained almost horizontal, and a slight inclination due to the attachment of the wing 16 and the needle portion 19 to the lure body 10 can be considered as a horizontal range.

  In other words, there is not much change in the position of the center of gravity G due to the attachment of the wing 16 and the needle portion 19 to the lure body 10. Thus, the weight ratio between the weight of the lure body 10 at which the change in the position of the center of gravity G does not matter and the other parts (the wing 16 and / or the needle part 19) is 10 or more (the weight of the lure body / The weight of the other part is preferably 20) or more, more preferably 20 or more, and most preferably 25 or more.

  The wing 16 can be made of a material that is light and strong and hardly corroded by seawater, but is preferably made of metal or a transparent synthetic resin. By using a transparent synthetic resin for the wing 16, it becomes difficult for the fish to notice the portion of the wing 16 and to make the fish feel uncomfortable. As such a synthetic resin, polyethylene terephthalate, vinyl chloride, polypropylene, polystyrene, acrylic resin, AS resin, ABS resin, polycarbonate, polylactic acid, or the like can be employed. Moreover, when using a metal, although it is preferable to use a thin stainless steel plate or a thin aluminum plate, it is not limited to these.

  The wing 16 is installed at a position between the center of gravity position G of the lure body 10 and the needle connecting portion 14. Thereby, although the lure 1 is swimming forward by raising / lowering the fishing line attached to the line | wire connection part 12 using a rod, it can be moved especially.

  Further, the wing 16 may be referred to as a center of gravity Gx (hereinafter simply referred to as a center of gravity Gx of the right half) in the right half (fish-shaped tail-side half of the center of gravity G) as compared to the position of the center of gravity G of the lure body 10. ). Here, when the wing 16 is located at the center of gravity Gx of the right half, when the luer body 10 is leveled, when the side with the yarn connecting portion 12 is on the upper side and the opposite side is on the lower side, the wing 16 is , The position of the center of gravity Gx of the right half, or the upper side of the center of gravity Gx or the lower side of the center of gravity Gx.

  Here, further explanation will be given with reference to FIG. 3A. FIG. 3A is an explanatory diagram showing the force applied to the lure 1 by raising the heel. In FIG. 3A, the state seen from the side surface (direction perpendicular to both the direction of pulling the fishing line and the longitudinal direction of the lure body 10) is shown.

  In FIG. 3A (a), the longitudinal direction of the lure body 10 (not shown) indicated by the symbol 30 is in a horizontal state, that is, perpendicular to the direction of the force pulled by the fishing line 32. At this time, it is preferable that the surface of the blade 16 is also horizontal. If the surface of the wing 16 is not horizontal, the force received from the water by the wing 16 differs depending on whether the fishing line 32 is raised or lowered. . Thus, the surface of the wing 16 is preferably parallel to the longitudinal direction of the lure body 10. Thereby, the lure 1 can be moved forward as if the fish are swimming by the vertical movement of the carp.

  Here, the position indicated by the symbol G indicates the position of the center of gravity of the lure body 10, and the position indicated by the symbol Gx indicates the position of the center of gravity of the right half (the center of gravity of the caudal half of the fish-shaped tail than the center of gravity G of the lure body 10). Position). As shown in (a), when the fishing line 32 is pulled up with the force Fs, the center of gravity G moves upward, but the center of gravity Gx is affected by water resistance because the wing 16 is installed. Receives downward force Fw from water.

  For this reason, a moment of clockwise rotation in the drawing is generated, and the lure body 10 is inclined. FIG. 7B shows a state tilted by this moment. As shown in (b), when the force Fs caused by the fishing line 32 is decomposed into the longitudinal direction of the lure body 10 and the direction perpendicular thereto, Fsx and Fsy are obtained, respectively.

  Further, when the force Fw due to the resistance of water is decomposed into the longitudinal direction of the lure body 10 and the direction perpendicular thereto, they become Fwx and Fwy, respectively. Therefore, from these forces, the force acting in the longitudinal direction of the lure body 10 is Fsx + Fwx. Here, since Fsx is a force larger than Fwx, the lure body 10 moves in the direction of the force Fsx (the longitudinal direction of the lure body 10 and the upper left direction in the drawing).

  Next, the case where the blade 16 is attached at a position closer to the center of gravity G than the center of gravity Gx is shown in FIG. As shown in this figure, the moment generated by Fwy (which is omitted because it is too small in this figure) obtained by decomposing the force Fw received by the wing 16 due to the resistance of water and the force Fsy obtained by decomposing the force Fs by which the fishing line 32 is pulled is Since the position of the wing 16 is close to the center of gravity G, that is, the portion to which the fishing line 32 is attached, the force is small. For this reason, the luer body 10 does not tilt so much and the force Fsx acting in the longitudinal direction of the luer body 10 becomes small, so that the luer body 10 cannot move so much in the longitudinal direction of the luer body 10.

  Next, a case where the blade 16 is attached to a position moved in the longitudinal direction of the lure body 10 from the center of gravity Gx and in a direction away from the center of gravity G is shown in FIG. As shown in this figure, the moment generated by the force Fsy that decomposes the force Fw that the wing 16 receives due to the resistance of water and the force Fsy that decomposes the force Fs that pulls the fishing line 32 is that the position of the wing 16 is the center of gravity G, that is, Since the fishing line 32 is far away from the portion where the fishing line 32 is attached, a large force is generated.

  For this reason, since the lure body 10 is largely inclined, the force Fsx acting in the longitudinal direction of the lure body 10 is large, but the lure body 10 advances only upward and cannot move much in the horizontal direction. Therefore, for example, as shown in FIG. 3B, when the wing 16 is installed so as to protrude from the center of gravity G away from the luer body 10, the moment that the luer body 10 faces upward is further increased. If 32 is pulled, the lure main body 10 will almost face upwards and will hardly move in the horizontal direction. Here, FIG. 3B is a plan view of the luer body 10 when the wings 16 are installed so as to protrude from the luer body 10.

  Next, a case where the fishing line 32 is lowered by lowering the rod will be described with reference to FIG. FIG. 4 is an explanatory diagram showing the force applied to the lure 1 by lowering the heel down. Similar to FIG. 3A, FIG. 4 also shows a state viewed from the side surface (a direction perpendicular to both the direction of pulling the fishing line and the longitudinal direction of the lure body 10).

  In FIG. 4A, the longitudinal direction of the lure body 10 (not shown) indicated by the symbol 30 is in a horizontal state, that is, perpendicular to the direction of the force pulled by the fishing line 32. At this time, the surface of the wing 16 is also horizontal. Moreover, the wing | blade 16 is installed in the gravity center Gx of the right half.

  In this case, gravity Fg is applied to the center of gravity G and water resistance force F′w is applied to the wing 16. A moment is generated by the force of Fg and F′w, and the lure body 10 tilts to the left. In this way, a state inclined to the left is shown in FIG.

  As shown in (b), when the force Fg caused by gravity is decomposed into the longitudinal direction of the lure body 10 and the direction perpendicular thereto, they become Fgx and Fgy, respectively. Further, when the force F′w due to the resistance of water is decomposed into the longitudinal direction of the lure body 10 and the direction perpendicular thereto, they become F′wx and F′wy, respectively. Therefore, from these forces, the force acting in the longitudinal direction of the lure body 10 is Fgx + F′wx. Here, since Fgx is a force larger than F′wx, the lure body 10 moves in the direction of the force Fgx (the longitudinal direction of the lure body 10 and the lower left direction in the drawing). The reason is the same, only that the direction of the force by the fishing line 32 and the direction of the force by the resistance of water are reversed.

  In the case where the position of the wing 16 is on the left side (in the case of (c) in FIG. 3A) and the right side (in the case of (d) in FIG. 3A) in the drawing, In the case of 3A (c) and (d), the direction of the force due to the fishing line 32 and the direction of the force due to the resistance of the water are reversed, and the reasoning is the same, so the description is omitted. .

  When the position of the wing 16 is on the left side of the drawing as compared with the position of the center of gravity G, the lure body 10 moves forward on the right side of the drawing, that is, in the direction in which the needle portion 19 (see FIG. 1) is attached. Therefore, the position of the wing 16 needs to be attached between the needle part 19 and the thread connecting part 12 (position of the center of gravity G).

  In addition, as described above, in order to move the lure body 10 better in the longitudinal direction, the position of the wing 16 is preferably at the position of the center of gravity Gx of the right half. When a force is applied to the position of the center of gravity of the object, the object can be moved without generating a moment, that is, without rotating the object. Therefore, when the wing 16 is at the center of gravity Gx of the right half, the force received by the wing 16 can move the right half of the lure body 10 efficiently.

  That is, since the force of the vertical movement of the rod can be efficiently changed to change the direction of the lure body 10, the small vertical movement of the rod can move the lure body 10 as if a fish is swimming. Further, since the fish can move the lure body 10 as if the fish are swimming without moving the kite, it is easy to catch the fish with the standing kite.

  Next, a description will be given with reference to FIG. 2A is a side view and FIG. 2B is a bottom view of the lure body to which the wings 16 are attached. As described above, the position of the wing 16 in the longitudinal direction of the luer body 10 needs to be between the center of gravity of the luer body 10 and the needle connection portion 14, and further, the needle is located more than the center of gravity G of the luer body 10. It is preferable to be installed at the position of the center of gravity Gx in the range on the connection portion 14 side (the right half in the drawing).

  The wing 16 may be attached at any position in the vertical direction, but is preferably attached to the bottom of the luer body 10 (the lower end surface of the luer body 10) as shown in FIG. Here, the vertical position is the top and bottom in a state where the lure body 10 is hung down, and the thread connecting portion 12 side is the top and the opposite side is the bottom.

  As shown in (b), the wing 16 is preferably attached to the bottom surface of the lure body 10 by means such as a screw 20 that can be attached and detached. By attaching the wings 16 so as to be detachable, the wings 16 having different surface areas can be attached according to the type of the needle part 19 attached to the needle connection part 14 and the weight depending on the kind of bait attached to the needle part 19.

  When the weight attached to the needle connection portion 14 is light, the wing 16 may have a small surface area, but when a heavy one is attached, the wing 16 having a large surface area is attached according to the weight. It is possible to improve the movement of the lure body 10 by moving up and down.

  Further, there are the following advantages when the wing 16 is attached to the bottom of the lure body 10. That is, when gliding in the water, the center of gravity G of the lure body 10 is on the upper side of the wing 16, so that the lure body 10 becomes unstable, and the back and forth swings slightly from side to side around the center of gravity G. By quickly pulling up at this time, the direction can be changed suddenly. In addition, when it is pulled up quickly separately, the lure body 10 is directed near the top by the resistance of the wings 16, and then the hook is suddenly lowered to eliminate the influence of the thread, so that it largely tilts to the left or right for the same reason as described above. Change direction and glide. These have the advantage of producing tricky movements. Here, the tricky movement is a movement that expresses a feeling that a small fish moves back and forth and escapes, and has the effect of inviting the predatory fish.

  Further, when the lure body 10 is placed on the seabed, the wings 16 are used as a support so that the lure body 10 does not lie down. In the case of lying down, as shown in FIG. 6 (a perspective view showing the posture on the seabed when the wing 16 is attached to the upper part of the lure body 10), The needle portion 19 may be entangled with something in the seabed.

  That is, the angler does not know which direction the lure body 10 is lying on the seabed. For example, if there is a rocky place on the right side and you want to avoid it, if you do not know where the lure body 10 bends It becomes difficult to respond. Therefore, it is preferable that the wing 16 is attached to the bottom of the lure body 10 so that the wing 16 does not lie down when placed.

  Next, the shape of the blade 16 will be described with reference to FIG. FIG. 5 is a plan view showing various shapes of the wing 16. The arrows shown in FIG. 5 indicate the reaction force of the driving force. Therefore, the force opposite to the direction of the arrow is the driving force. The present inventor has found the following with respect to the shape of the blade 16 from (a) to (d) of FIG.

  As shown in FIG. 5A, when the rear end of the wing 16 is straight, that is, perpendicular to the longitudinal direction of the luer body 10, the linearity of the movement of the luer body 10 when the heel is moved up and down is It depends on the shape of the lure body 10.

  As described above, in the case where the lure body 10 is vertically “flat”, the straightness can be obtained by replacing the vertical wing of the airplane. When the wing 16 has such a shape, the movement of the lure body 10 is tricky and moves like a weak small fish, so that the effect of attracting the fish is high. When such a wing 16 is used, the lure body 10 moves straight in the sea by a certain vertical movement of the rod or by a certain wave of vertical movement, but is connected to the rod by a fishing line. Then, proceed underwater in a circle. There are cases where tricky movements are involved in the progress at that time.

  Strictly speaking, it is better to say the lure 1 (see FIG. 1) rather than the lure body 10 that moves in the water by the vertical movement of the heel. The movement of the lure 1 in water is expressed as the movement of the lure body 10.

  As shown in FIG. 5 (b), when the rear end of the wing 16 is directed obliquely upward as viewed in the drawing, that is, when it is inclined to the thread connecting portion 12 side (the fish-shaped head side of the lure body 10). The propulsive force worked from the rear end of the wing 16 obliquely upward as viewed in the drawing, and although it was excellent in straightness, the propulsive force as much as the shape of (a) was not obtained. Therefore, there is no problem in using it for casting from a surf (sandy beach) or the like, but when sunk directly on a pleasure boat, the wing 16 advances in a larger circle than in the case of the shape of (a). Because it goes out, there is a demerit that involves the device of the person who is fishing next door.

  As shown in FIG. 5 (c), when the rear end of the blade 16 is extremely obliquely upward (as shown in the drawing), the blade 16 is further oblique than the blade 16 of FIG. Since the propulsive force works upward, the propulsive force is further reduced as compared with the wing 16 of FIG. Therefore, the lure body 10 did not move forward unless the heel was moved up and down strongly.

  As shown in FIG. 5 (d), when the rear end of the blade 16 is directed inward, the straight traveling performance was excellent, but the propulsive force as high as that of the blade 16 of (a) was not obtained. Further, because the rear end of the wing 16 becomes longer rearward, the fish spouts the lure 1 immediately because of the uncomfortable feeling caused by the wing 16 when holding the lure 1, or the wing 16 by contact when the fish holds the lure 1. There was a problem that 16 was broken.

  Next, a preferred embodiment of the internal structure of the lure body 10 will be described with reference to FIG. FIG. 7 is a side view showing the internal structure of the lure body 10. As shown in FIG. 7, a stainless steel hard wire 70 is included in the lure body 10. The stainless steel hard wire 70 is bent like a single stroke between the inside and the outside of the lure body 10 to form a needle connection portion 14, a thread connection portion 12, and a screw 20 for installing the wing 16 is fixed. A pedestal 72 is formed.

  Thereby, since the needle connection part 14, the thread | yarn connection part 12, and the base 72 for fixing the screw 20 are formed in one long stainless hard wire 70, each part can be formed firmly. it can.

  About the part of the base 72, the screw 20 is easy to bite in and can be firmly fixed by making the stainless steel hard wire 70 double or triple in parallel. Also, by using the thick stainless steel hard wire 70, the screw 20 can be easily bited in and firmly fixed.

<Operation>
The operation of the lure 1 of the present invention will be described. Referring to FIG. 1, a fishing line is attached to the line connecting portion 12 for use. A bait such as shrimp may be attached to the needle part 19 or may not be attached. When the lure 1 is submerged in the sea and the rod is shaken up and down, a vertical movement force is applied to the line connecting portion 12 connected to the fishing line.

  When the thread connecting portion 12 is pulled upward, the luer body 10 is tilted upward by the moment generated by the force and the resistance force of the water received by the wing 16, and at the same time, as described above, A force that advances in the longitudinal direction of the lure body 10 is applied by subtraction (see FIG. 3A (b)). By these forces, the lure body 10 advances in the longitudinal direction while being pulled up.

  In addition, when the fishing line attached to the line connecting part 12 is loosened by dropping the rod, a downward force is applied to the center of gravity G under the line connecting part 12 due to gravity, and the wing 16 has a resistance against water. Receive power. The lure body 10 is tilted downward by a moment generated by these forces, and at the same time, a force traveling in the longitudinal direction is applied to the lure body 10 by subtraction of these forces (see FIG. 4B). By these forces, the lure body 10 advances in the longitudinal direction while being lowered.

  The lure body 10 moves in the longitudinal direction by moving the salmon up and down. However, as a result of the experiment, the lure body 10 moves in the longitudinal direction and sometimes makes a tricky movement, so that the small fish seems to actually move. Looks like. Furthermore, since the lure body 10 is connected to the rod by fishing line, a force pulled in the rod direction is applied, and the lure body 10 moves in a circle in the sea in relation to the forward force.

  As a result of an actual experiment, the lure body 10 circulated around the sea by drawing a circle with a radius corresponding to the size and shape of the wing 16. In addition, the lure body 10 moved by the force of the waves even when the heel was placed without moving the heel up and down. When the present invention was tried for fishing, it was always possible to lift a lot of prey compared to other people of the same fishing boat.

1 Luer 10 Luer body 12 Thread connecting part 14 Needle connecting part 16 Wing 18 Cover 19 Needle part 19a Needle 19b Needle 19c Spoon 19d Spacer 20 Screw 32 Fishing line 70 Stainless steel hard wire 72 Base

Claims (6)

A lure used for fishing,
The lure body,
A line connecting part for connecting a fishing line formed on the lure body;
A needle connecting portion for connecting a fishhook formed on the lure body;
Wings to move using the resistance of water,
With
The line connecting portion is formed at a position where the longitudinal direction of the lure body is horizontal when the fishing line is connected and hung.
The needle connecting portion is formed at one end in the longitudinal direction of the lure body,
The wing is installed only at a position between the center of gravity of the lure body and the needle connection portion ,
The lure in which the wing is installed so that the surface of the wing is horizontal when the fishing line is connected to the line connecting portion and the lure is hung . The lure body has a shape that is flattened vertically in a state where a fishing line is connected to the line connecting part and is hung.
2. The lure according to claim 1, wherein an end side on the side of the needle connection portion of the end sides constituting the wing is perpendicular to a longitudinal direction of the luer body.   When the longitudinal direction of the lure body is horizontal, the side where the thread connecting portion is formed is the upper side, and the opposite side is the lower side, only the portion between the thread connecting portion and the needle connecting portion The lure according to claim 1 or 2, wherein the wing is installed at a center of gravity of the lure body, above the center of gravity, or below the center of gravity.   The lure according to claim 3, wherein the wing is installed on a lower end surface of the luer body.   The lure according to any one of claims 1 to 4, wherein the wing is detachable.   The lure according to any one of claims 1 to 5, wherein the lure body has a shape simulating fish.