Anti-deformation double fishhook and fishing tackle comprising double fishhook

Abstract

The present invention relates to an anti-deformation double fishhook and fishing tackle comprising the double fishhook. The double fishhook comprises: a double parallel needle having a first needle and a second needle, which are bent to enable fish to be hooked thereon, are parallel to each other, have barbs on respective ends thereof, and simultaneously become stuck in the mouth of fish; and a central connection part for connecting the upper ends of the first needle and the second needle to each other, and maintaining the parallel state of the first needle and the second needle. The anti-deformation double fishhook allows the two spaced apart barbs to simultaneously become stuck in the mouth of fish so that even if the fish shakes the hook with strong force, the force is dispersed such that the needles are not unfolded, and thus a captured state is stably maintained.

Description

Double fishing hooks with anti-deformation properties and fishing gear including double fishing hooks

[0001] The present invention relates to a fishing hook and a fishing tackle including a fishing hook, and more particularly, to a deformation-resistant double fishing hook having a parallel double structure so that the fishing hook does not spread even when a fish pulls the hook with strong force, and to a fishing tackle including a double fishing hook.

[0002] Hiking and fishing have long been popular leisure activities. To make these activities safer and more enjoyable, specialized equipment is necessary.

[0003] Fishing equipment is also called 'rigging', and the gear needed for fishing varies depending on the type of fish you want to catch, but basically, it includes a fishing rod, reel, fishing line, float, sinker, and fishing hook.

[0004] The key to a good fishhook is that the bait must be securely attached to the hook, firmly embedded in the fish's mouth, and not easily dislodged. The basic structure of a fishhook is a hook, with slight variations based on the hook shape.

[0005] As a conventional technology related to fishhooks, Domestic Utility Model Registration No. 20-0333527 (fishhooks) has been disclosed.

[0006] The disclosed fishing hook comprises a flat eye, a waist of a predetermined thickness and length extending straight from the eye, and a jaw extending from the waist of the hook and bent to a predetermined length and having a barb formed at the end, and a connecting tube for connecting a leader to the waist of the hook, wherein the cross section of the connecting tube is formed in a silkworm skewer shape to have a first cylindrical portion and a second cylindrical portion and a narrow portion in the middle of the first cylindrical portion and the second cylindrical portion, and the connecting tube is inserted into the waist of the hook, and the leader is inserted into the connecting tube, thereby compressing the connecting tube to connect the leader and the waist of the hook to the first cylindrical portion or the second cylindrical portion, respectively.

[0007] However, conventional fishing hooks, manufactured as a single piece, have the problem of breaking or straightening the bent back when struck by a fish. For example, large fish, over 1 meter in length, are extremely strong. Even if the fish's snout is caught on the hook, the hook often fails to withstand the force and unravels, causing it to fall out. Therefore, there is a need for a strong fishing hook that won't straighten and lose the hook even when the fish is striking with great force.

[0008] The present invention was created to solve the above problems, and the purpose of the present invention is to provide a double fishing hook with a deformation-resistant type, and a fishing tackle including a double fishing hook, which can stably maintain a state of capture by not spreading the hook even when a fish shakes the hook with strong force, and which can be deeply inserted into a fish's mouth without much resistance when the hook is inserted into the fish's mouth.

[0009] As a solution to the problem of achieving the above object, the deformation-resistant double fishing hook of the present invention comprises a double parallel hook having a hook shape, a first hook and a second hook having a barb at each end, and which are simultaneously inserted into the mouth of a fish; and a central connecting portion that connects the upper ends of the first hook and the second hook and maintains the parallel state of the first hook and the second hook.

[0010] In addition, the first needle has a first needle waist extending in the longitudinal direction, a first waist bend that is formed integrally with the first needle waist and is bent, and a first barb formed at an end of the first waist bend, the second needle has a second needle waist extending in the longitudinal direction, a second waist bend that is formed integrally with the second needle waist and is bent, and a second barb formed at an end of the second waist bend, and the central connecting portion connects the upper ends of the first needle waist and the second needle waist, and maintains the first needle waist and the second needle waist, and the first waist bend and the second waist bend, all parallel.

[0011] Additionally, the heights of the first and second barbs are the same or different.

[0012] Additionally, the central connecting portion is provided with a hanging passage through which a fishing line can be passed.

[0013] And, the first and second barbs are positioned to face each other toward the space between the first and second needles, or face in the opposite direction to the facing direction.

[0014] In addition, the cross sections of the first and second lumbar curves take the shape of an ellipse.

[0015] Additionally, an additional needle is provided between the first and second needles, which is supported by the central connecting portion and is parallel to the first and second needles.

[0016] In addition, the fishing tackle of the present invention comprises a minnow body having a fixing ring; a first hook and a second hook that are fitted to the fixing ring and have a hook shape and have barbs at each end and are spaced apart from each other in parallel so as to bite the mouth of a fish at the same time; and a double fishing hook that maintains a parallel state by connecting the first and second hooks and has a central connecting portion that is supported by the fixing ring.

[0017] In addition, the first needle has a first needle waist extending in the longitudinal direction, a first waist bend that is formed integrally with the first needle waist and is bent, and a first barb formed at an end of the first waist bend, and the second needle has a second needle waist extending in the longitudinal direction, a second waist bend that is formed integrally with the second needle waist and is bent, and a second barb formed at an end of the second waist bend, and the central connecting portion connects the upper ends of the first needle waist and the second needle waist, and maintains the first needle waist and the second needle waist, and the first waist bend and the second waist bend, all parallel.

[0018] In addition, the above double fishhook further includes an interference prevention member that supports double fishhook, in which two or more are connected to one fixed ring and share one fixed ring, to prevent interference between the double fishhook.

[0019] In addition, another fishing tackle of the present invention includes a sinker having a fishing line connecting ring; and a double parallel hook having a first hook and a second hook, each of which is fixed to the sinker and has a barb at each end, and is spaced parallel to each other and is inserted into the mouth of a fish simultaneously.

[0020] And, the first needle has a first needle waist extending in the longitudinal direction, a first waist bend that is formed integrally with the first needle waist and is bent, and a first barb formed at an end of the first waist bend, and the second needle has a second needle waist extending in the longitudinal direction, a second waist bend that is formed integrally with the second needle waist and is bent, and a second barb formed at an end of the second waist bend, and the needle is combined with the ends of the first needle waist and the second needle waist to keep the first needle waist and the second needle waist, the first waist bend and the second waist bend all parallel.

[0021] In addition, the first and second needle waists are integral with the connecting link.

[0022] In addition, another fishing tackle of the present invention comprises a sinker; a connecting ring embedded in the sinker but having a portion exposed to the outside of the sinker; a first hook and a second hook connected to the connecting ring, which are in the shape of a hook and are parallel to each other and have barbs at each end, and which are simultaneously inserted into the mouth of a fish; and a double fishing hook having a central connecting portion that connects the upper ends of the first and second hooks to each other and maintains the parallel state of the first and second hooks and is supported by the connecting ring.

[0023] In addition, another deformation-preventing double fishing hook of the present invention, which is formed as described above, comprises: a first hook having a longitudinally extended hook waist, a hook bent integrally with the hook waist, and a barb formed at the end of the hook waist; a second hook having a relatively smaller size than the first hook, forming a pair with the first hook, and being simultaneously inserted into a fish's mouth together with the first hook, the second hook having a longitudinally extended hook waist, a hook bent integrally with the hook waist, and a barb formed at the end of the hook waist; and a hook portion integrally formed with the hook waist of the first hook and the hook waist of the second hook, and to which a fishing line is connected.

[0024] And, the needle waist of the first needle and the needle waist of the second needle are parallel to each other, and the length of the needle waist of the second needle is shorter than the length of the needle waist of the first needle.

[0025] Additionally, the needle waist of the first needle and the needle waist of the second needle are in close contact with each other or are spaced apart from each other.

[0026] Additionally, the first needle and the second needle are parallel so that a plane including the first needle and a plane including the second needle are parallel.

[0027] Additionally, the second needle is located between the needle waist and the barb of the first needle.

[0028] And, in the above hook portion, a hook portion is formed to prevent the fishing line from coming off from the hook waist when the fishing line is tied to the hook waist of the first and second needles.

[0029] In addition, the heights of the barbs of the first needle and the barbs of the second needle are the same or different.

[0030] In addition, a fishing tackle according to the present invention comprises: a minnow body having a fixing ring; a first hook fitted to the fixing ring, the first hook having a longitudinally extending hook waist, a hook formed integrally with the hook waist and a curved hook, and a barb formed at the end of the hook waist; a second hook having a relatively smaller size than the first hook, forming a pair with the first hook, and simultaneously being inserted into a fish's mouth together with the first hook, the second hook having a longitudinally extending hook waist, a hook formed integrally with the hook waist and a barb formed at the end of the hook waist; and a double hook formed integrally with the hook waist of the first hook and the hook waist of the first hook and having a hook portion to which a fishing line is connected.

[0031] In addition, another fishing tackle according to the present invention comprises a sinker; a connecting portion fixed to the sinker; a first hook detachably mounted to the connecting portion, the first hook having a longitudinally extending hook waist, a hook formed integrally with the hook waist and a barb formed at the end of the hook waist; a second hook having a relatively smaller size than the first hook, forming a pair with the first hook, and simultaneously being inserted into a fish's mouth together with the first hook, the second hook having a longitudinally extending hook waist, a hook formed integrally with the hook waist and a barb formed at the end of the hook waist; and a double hook formed integrally with the hook waist of the first hook and the hook waist of the first hook and having a hook portion to which a fishing line is connected.

[0032] And, another fishing tackle according to the present invention comprises a double fishing hook having a sinker; a connecting portion fixed to the sinker; a first hook having a longitudinally extending hook waist, a hook bent integrally with the hook waist, and a barb formed at the end of the hook waist, the first hook having a relatively smaller size than the first hook, forming a pair with the first hook, and being simultaneously inserted into a fish's mouth together with the first hook, the second hook having a longitudinally extending hook waist, a hook bent integrally with the hook waist, and a barb formed at the end of the hook waist.

[0033] The double fishing hook of the present invention, which is formed as described above, has two barbs that are spaced apart and are simultaneously embedded in the mouth of the fish, so that even if the fish pulls the hook with strong force, the force is dispersed and the hook does not spread, so that the state of capture can be stably maintained.

[0034] FIG. 1a is a perspective view of a deformation-preventing double fishhook according to a first embodiment of the present invention.

[0035] Figure 1b is a front view of the fishhook shown in Figure 1a.

[0036] Figures 2a and 2b are drawings showing other examples of the fishhook of Figure 1a.

[0037] Figure 3 is a perspective view showing another example of the fishhook of Figure 1a.

[0038] Figure 4 is a cross-sectional view taken along line Ⅳ-Ⅳ of Figure 3.

[0039] FIG. 5 is a drawing showing another cross-sectional shape of a deformation-preventing double fishing hook according to the first embodiment of the present invention.

[0040] Fig. 6 is a perspective view showing another configuration example of a deformation-preventing fishhook according to the first embodiment of the present invention.

[0041] Figures 7 to 9 are drawings partially illustrating other modified examples of the deformation-preventing fish hook according to the first embodiment of the present invention.

[0042] Figures 10 and 11 are drawings showing a minnow as a fishing gear according to the first embodiment of the present invention.

[0043] Figures 12 to 16 are drawings for explaining a jig head as a fishing gear according to the first embodiment of the present invention.

[0044] Figures 17a to 17c are drawings for explaining the configuration of a double fishhook according to a second embodiment of the present invention.

[0045] Figures 18a to 18c are drawings showing other examples of a double fishhook according to a second embodiment of the present invention.

[0046] Figures 19a to 19d are drawings for explaining another example of a double fishhook according to a second embodiment of the present invention.

[0047] FIGS. 20A to 20D are drawings for explaining another example of a double fishhook according to a second embodiment of the present invention.

[0048] Figures 21a to 21c are drawings for explaining another example of a double fishhook according to a second embodiment of the present invention.

[0049] Figures 22a to 22c are drawings for explaining another example of a double fishhook according to a second embodiment of the present invention.

[0050] Figures 23a and 23b are drawings showing a double fishing hook according to a second embodiment of the present invention with a flat hook portion applied.

[0051] Fig. 24 is a side view showing a modified example of the double fishing hook shown in Fig. 23.

[0052] Figures 25a to 25c are drawings showing various implementation examples of barbs in a double fishing hook according to the second embodiment of the present invention.

[0053] Figures 26 to 28 are drawings showing another modified example of a double fishhook according to the second embodiment of the present invention.

[0054] Fig. 29 is a drawing showing a minnow as a fishing gear according to a second embodiment of the present invention.

[0055] Figures 30 to 32 are drawings showing various examples of jig heads as fishing gear according to the second embodiment of the present invention.

[0056] Hereinafter, embodiments according to the present invention will be described in more detail with reference to the attached drawings.

[0057] Basically, the double fishhook (10) of the first embodiment described below has two needles as a basic feature. The reason for using two needles is to prevent deformation of the fishhook. In this embodiment, 'deformation' means that the bent part (waist bend) of the fishhook is straightened by the force of the fish. As explained above, large fish have strong force, so the fishhook may straighten when the hook is shaken. The basic purpose of the deformation-preventing fishhook of the first embodiment is to solve this problem.

[0058] The double fishing hook (10) in the first embodiment is composed of a first hook (11a) and a second hook (11b), and in particular, the first and second hooks (11a, 11b) are spaced apart while maintaining parallel lines. In other words, they are not in a 'spread' shape where one side is close and the other side is far away, but are completely parallel from one end to the other. As will be described later, an imaginary plane connecting the central axis of the first hook (11a) and an imaginary plane connecting the second hook (11b) are mutually parallel.

[0059] The first and second hooks (11a, 11b) must be parallel so that there is no change in resistance along the length of the hook. In other words, when a fish is hooked on the barbs of the first and second hooks (11a, 11b), there is no change in the spacing between the first and second hooks until the first and second hooks are completely embedded, so that the fish is embedded in one go without opening or closing its flesh. A related explanation will be provided later.

[0060] In addition, the fishing tackle according to the first embodiment is a tackle including the above-mentioned fishing hook (10), and examples thereof include a minnow and a jig head. The hook applied to the minnow and the hook applied to the jig head are double fishing hooks (10) of a deformation-resistant type.

[0061] Fig. 1a is a perspective view of a deformation-preventing double fishing hook (10) according to a first embodiment of the present invention, and Fig. 1b is a front view of the fishing hook shown in Fig. 1a.

[0062] As shown, the deformation-resistant double fishing hook (10) according to the present embodiment has a double parallel hook (11) and a central connecting portion (12).

[0063] The double parallel needle (11) includes a first needle (11a) and a second needle (11b). The first needle (11a) and the second needle (11b) have the same size and shape. Therefore, for example, when the double parallel needle (11) is viewed from the side, the first needle (11a) and the second needle (11b) overlap, so that only the first needle (11a) or the second needle (11b) is visible. The first and second needles (11a, 11b) are maintained in a parallel state by the central connecting portion (12).

[0064] The spacing between the first and second needles (11a, 11b) may vary, and in some cases, the first and second needles (11a, 11b) may be in line contact. The reason line contact is possible is because the first needle (11a) and the second needle (11b) are parallel. The cross-sections of the first and second needles (11a, 11b) are circular. The cross-section shapes of the first and second needles may be elliptical or, as illustrated in FIG. 5, teardrop-shaped.

[0065] The first needle (11a) and the second needle (11b) are bent into a hook shape so as to be able to catch fish and have a barb (17) at each end. Since the first and second needles (11a, 11b) are of the same size and are parallel, they are simultaneously inserted into the fish's mouth.

[0066] The first needle (11a) includes a first needle waist (13a), a first waist bend (16a), and a first barb (17a). The first needle waist (13a) is a longitudinally extended portion, and its upper portion is integrally connected to the central connecting portion (12). Depending on the design of the double fishing hook (10), the first needle waist (13a) may be curved as well as straight.

[0067] The first waist bend (16a) is a parabolic curved portion that forms an integral part of the lower portion of the first needle waist (13a). The curvature and bending shape of the first waist bend (16a) may also vary. In addition, a first barb (17a) is formed on the needle tip (18a) of the first waist bend (16a).

[0068] The above first needle waist (13a) and first waist bend (16a) are located on one virtual plane (P1 in Fig. 1b). The plane P1 is a virtual plane that includes the first needle waist (13a) and the first waist bend (16a).

[0069] The second hook (11b) has a second hook waist (13b), a second hook bend (16b), and a second barb (17b). The second hook waist (13b) is a longitudinally extended portion, and its upper end is integrally connected to the central connecting portion (12). Depending on the design of the fishing hook (10), the shape of the second hook waist (13b) may vary. The second hook waist (13b) is parallel to the first hook waist (13a).

[0070] The second waist bend (16b) is a parabolic bent portion that forms an integral part with the lower end of the second needle waist (13b). The curvature and bending shape of the second waist bend (16b) may also vary. In addition, the second barb (17b) is formed at the needle tip (18b) of the second waist bend (16b). In the case of the double fishhook (10) illustrated in Fig. 1, the first and second barbs (17a, 17b) are positioned in the direction toward the first and second needle waists (13a, 13b).

[0071] The second needle waist (13b) and the second waist curve (16b) are located on a single virtual plane (P2 in Fig. 1b). The plane P2 is a virtual plane that includes the second needle waist (13b) and the second waist curve (16b).

[0072] The two planes P1 and P2 described above are parallel to each other and spaced apart by a certain width. For example, the gap W1 between the first needle waist (13a) and the second needle waist (13b) and the gap W2 between the ends of the first barb (17a) and the second barb (17b) are the same. In this way, since the first needle (11a) and the second needle (11b) are parallel as a whole, there is no obstacle to the fishhook (10) being embedded in the fish being embedded more deeply.

[0073] Meanwhile, the central connecting portion (12) connects the first needle (11a) and the second needle (11b) to each other and maintains them in a parallel state. The central connecting portion (12) has a roughly circular shape and is integrally formed with the upper portions of the first needle waist (13a) and the second needle waist (13b), and maintains the first needle waist and the second needle waist, the first waist bend and the second waist bend, all in parallel at equal intervals. The shape of the central connecting portion (12) can vary as long as it can perform this role.

[0074] The central connecting portion (12) provides a hanging passage (12a). The hanging passage (12a) is a passage through which a fishing line (not shown) can pass. The fishing line is tied to the central connecting portion (12) for use.

[0075] Figures 2a and 2b are drawings showing another example of the fish hook (10) of Figure 1a.

[0076] Hereinafter, the same drawing symbols as the above-mentioned drawing symbols indicate the same components with the same functions.

[0077] The fishhook (10) illustrated in Fig. 2a has the first barb (17a) and the second barb (17b) facing in opposite directions. In addition, the fishhook (10) of Fig. 2b has the first barb (17a) and the second barb (17b) facing inward. That is, the first and second barbs (11a, 11b) face each other with a space between them. Unlike Figs. 2a and 2b, the first and second barbs (17a, 17b) may be formed in the same direction. For example, the first and second barbs (17a, 17b) may be manufactured to face the left or right.

[0078] Fig. 3 is a perspective view showing another modified example of the double fishing hook (10) of Fig. 1a, and Fig. 4 is a cross-sectional view taken along line Ⅳ-Ⅳ of Fig. 3.

[0079] Referring to FIGS. 3 and 4, it can be seen that the cross-section (A) of the first waist bend (16a) and the second waist bend (16b) takes the shape of an ellipse that is elongated vertically. That is, the vertical diameter (Z1) of the first and second waist bends (in the drawing) is larger than the horizontal diameter (Z2). In this way, by increasing the vertical diameter of the first and second waist bends (16a, 16b), the cross-sectional second moment of inertia of the first and second waist bends can be improved. The above-described elliptical cross-section can be applied to the entire fish hook (10) or only to the first and second waist bends.

[0080] In this way, there are various methods for forming the cross-section into an oval shape. For example, it can be formed by forging. That is, the first needle (11a) and the second needle (11b) are sequentially placed on a flat plate and then formed by hammering.

[0081] FIG. 5 is a drawing showing another cross-sectional shape of a waist curve in a deformation-preventing fishing hook (10) according to the first embodiment of the present invention.

[0082] The cross-sectional shape (A) of the first and second waist bends (16a, 16b) illustrated in Fig. 5 has a shape that becomes narrower toward the bottom. The shape of the cross-section can be varied in any way as long as the vertical diameter (Z1) of the cross-section can be formed to be larger than the horizontal diameter (Z2).

[0083] Fig. 6 is a perspective view showing another example of a deformation-preventing double fishing hook (10) according to the first embodiment of the present invention.

[0084] Referring to Fig. 6, it can be seen that an additional needle (19) is further provided between the first needle (11a) and the second needle (11b). The additional needle (19) has its upper end supported by the central connecting portion (12), is parallel to the first and second needles (11a, 11b), and is detachable. The additional needle (19) can be attached and used when necessary.

[0085] The additional needle (19) has an upper connecting portion (19a), a needle waist (19c), a waist bend (19f), and a barb (19e).

[0086] The upper connecting portion (19a) is a ring-shaped portion integrally formed at the upper end of the needle waist (19c) and has a through hole (19b). The central connecting portion (12) passes through the through hole (19b) of the upper connecting portion (19a). Both the first needle (11a) and the second needle (11b) can pass through the through hole (19b). Therefore, the upper connecting portion (19a) can be moved in the longitudinal direction of the first needle (11a) or the second needle (11b) to attach or detach the additional needle (19).

[0087] The barb (19e) of the additional needle (19) is positioned in the opposite direction to the first and second barbs (17a, 17b) of the double parallel needle (11). However, the barb (19e) of the additional needle (19) may also be positioned between the first and second barbs (17a, 17b).

[0088] In particular, the double parallel needle (11) and the additional needle (19) are tied together by an interference prevention member (33). The interference prevention member (33) simultaneously supports the double parallel needle and the additional needle to prevent interference between the fishing hooks. In other words, it maintains the gap between the needle waists (13a, 13b) of the double parallel needle and the needle waist (19c) of the additional needle parallel. Without the interference prevention member (33), the double parallel needle and the additional needle would become entangled and would not be able to function properly.

[0089] The interference prevention member (33) is a member made of rubber or synthetic resin leather, and maintains the gap between the needle waists by passing the fishhook (10). Since the first needle (11a) and the second needle (11b) are parallel, it goes without saying that the fishhook can be passed through the interference prevention member (33).

[0090] Additionally, as an interference prevention member (33), a wire or a metal band can be used. That is, the needle waists (13a, 13b) of the double fishing hook (10) and the needle waist (19c) of the additional needle can be tied with a wire or a metal band and then compressed to maintain the tied state.

[0091] Figures 7 to 9 are drawings partially illustrating other modified examples of the deformation-preventing fish hook according to the first embodiment of the present invention.

[0092] Figures 7a and 7b show that the heights of the first barb (17a) and the second barb (17b) of the fishing hook (10) illustrated in Figure 1a can be implemented differently.

[0093] In this embodiment, the 'height' means, so to speak, the height from the lower part to the tip of the needle (18a, 18b) when the fishhook (10) is placed vertically on a horizontal plane. Since the heights of the needle tips (18a, 18b) are different, the heights of the first and second barbs (17a, 17b) are naturally also different.

[0094] In the case of Fig. 7a, the first barb (17b) is higher than the height of the first barb (17a). In addition, in the fishhook of Fig. 7b, the height of the first barb (17a) is higher than the height of the second barb (17b).

[0095] Figures 8a and 8b show the difference in barb heights in the type of fishhook illustrated in Figure 2a. In the fishhook of Figure 8a, the first barb (17a) is lower than the second barb (17b). In the fishhook of Figure 8b, the first barb (17a) is higher than the second barb (17b).

[0096] Figures 9a and 9b are drawings showing the difference in barb heights in the fishhook of Figure 2b. In Figure 9a, the first barb (17a) is higher than the second barb (17b). Furthermore, in the fishhook of Figure 9b, the height of the first barb (17a) is lower than the height of the second barb (17b).

[0097] Figures 10 and 11 are drawings showing a minnow as a fishing gear (30) according to the first embodiment of the present invention.

[0098] The fishing tackle (30) illustrated in Fig. 10 includes a minnow body (31a) and a plurality of fishing hooks (10). By connecting the fishing hook (10) to the minnow body (31a), a single minnow (31) is formed. The minnow (31) is one embodiment of various fishing tackles including a fishing hook (10).

[0099] The minnow body (31a) is a member that roughly mimics the shape of a pyramid and has a number of fixing rings (31b). The fixing rings (31b) are located roughly at the lower part and tail of the minnow body (31a).

[0100] In addition, one fishing hook (10) is fitted to each of the fixed rings (31b). The fishing hook (10) is detachable from the fixed ring (31b). This detachment is possible because the hook passage (12a) of the central connecting portion (12) is open between the first hook (11a) and the second hook (11b).

[0101] In the case of Fig. 10, one double fishing hook (10) is applied to one fixed ring (31b), but two or more double fishing hooks (10) may be used by fitting them as in Fig. 11.

[0102] The fishing tackle (30) illustrated in Fig. 11 includes a minnow body (31a), a plurality of fishing hooks (10) provided with two each on each fixing ring (31b), and an interference prevention member (33).

[0103] The two hooks (10) mounted on the fixed ring (31b) of the minnow body (31a) face in opposite directions. In other words, the hooks are positioned so that the barbs face in opposite directions, with the hook waist in the center. Since the hooks (10) are installed symmetrically, the probability of catching a fish increases.

[0104] The interference prevention member (33) simultaneously supports two fishhooks (10) sharing a single fixed ring, thereby preventing interference between the fishhooks (10). The interference prevention member (33) maintains the gap between the needle waists of the fishhooks (10) on both sides. Without the interference prevention member, the first and second needles (11a, 11b) of the two fishhooks (10) would become entangled and would not be able to function properly.

[0105] The fishing tackle (40) illustrated in Fig. 12a is a jig head (41). The jig head (41) is a combination of a double parallel needle (11) and a sinker (41a). The sinker (41a) is a member made of lead and has a connecting ring (41c) on one side. The connecting ring (41c) is a ring for tying a fishing line.

[0106] The ends of the first needle waist (13a) and the second needle waist (13b) of the double parallel needle (11) are inserted and fixed into the inside of the bolt (41a). The first needle (11a) and the second needle (11b) are maintained parallel by the bolt (41a). The bolt (41a) is connected to the ends of the first and second needle waists, and the first needle waist (13a) and the second needle waist (13b), the first waist bend (16a) and the second waist bend (16b) are all spaced parallel at equal intervals.

[0107] In addition, the first needle waist (13a) and the second needle waist (13b) are connected to the connecting ring (41c) within the bobbin (41a). The connecting ring (41c) and the double parallel needle (11) are connected as one body within the bobbin.

[0108] In the case of the fishing tackle (40) of Fig. 12b, a type of fishing hook having different heights of the first barb (17a) and the second barb (17b) is applied.

[0109] The first and second barbs (17a, 17b) of the jig head (41) illustrated in FIGS. 12a and 12b are formed toward the needle waist, but the direction of the first and second barbs (17) may vary. For example, as illustrated in FIGS. 15a to 15d, the first and second barbs (17) may be formed toward the outside or toward the inside.

[0110] Figures 13a and 13b are drawings showing another example of a jig head (41) as a fishing tackle (40).

[0111] The jig head (41) shown in Fig. 13a includes a sinker (41a), a connecting ring (41c), and a fishing hook (10).

[0112] The connecting link (41c) is a closed curved member, part of which is embedded within the sling (41a), and the remaining part is exposed outside the sling (41a). A fishing line is connected to the exposed part.

[0113] And the central connecting part (12) of the double fishing hook (10) is fitted into the connecting ring (41c) within the sinker (41a). The double fishing hook (10) itself has the configuration described above.

[0114] The jig head (41) of Fig. 13b has a double parallel needle (11) with different heights of the first barb (17a) and the second barb (17b).

[0115] In the case of the fishing tackle (40) illustrated in FIGS. 14a and 14b, both ends of the connecting ring (41c) are exposed to the outside of the sinker (41a), and the fishing hook (10) is fitted to one end of the connecting ring (41c). Of the two parts of the connecting ring (41c) exposed to the outside of the sinker (41a), a fishing line is connected to one end, and a fishing hook (10) is connected to the other end. In particular, in the case of FIG. 14b, the heights of the first barb (17a) and the second barb (17b) are different.

[0116] The fishing tackle (40) illustrated in FIGS. 12a and 12b has the upper ends of the first and second hook waists (13a, 13b) of the double parallel needle (11) inserted and fixed to the sinker (14). In addition, the jig head (41) of FIG. 12a has the first and second barbs (17a, 17b) facing outward, while the jig head of FIG. 12b has the first and second barbs facing inward. Of course, the first and second barbs (17a, 17b) may both be formed on the left or right.

[0117] Fig. 12c shows that the heights of the first barb (17a) and the second barb (17b) of the double parallel needle in the jig head of Fig. 12a are different. Similarly, Fig. 12d shows the height difference between the first and second barbs (17a, 17b) in the jig head illustrated in Fig. 12b.

[0118] Fig. 16 is a drawing showing a configuration in which a fishing hook (10) of this embodiment is connected to a jig head (41) to which a general basic needle (43) is applied.

[0119] As shown, the basic needle (43) fixed to the spool (41a) is exposed to the outside of the imitation worm (45), and the double fishing hook (10) of the present embodiment is mounted on the basic needle (43). A worm (45) is also fitted to the double fishing hook (10).

[0120] When configured this way, the three barbs will work, increasing the probability of catching a fish. Furthermore, even if a fish bites the hook (10) and vigorously shakes the hook, the fish will not escape as long as the hook (10) remains attached to the main hook (43).

[0121] Meanwhile, the double fishing hook (50) of the second embodiment of the present invention has a first hook (51) and a second hook (55) that form a pair but are of different sizes. The first and second hooks are connected through a hook (57) and are parallel. The first and second hooks are positioned left-right, forward-backward, or diagonally (laterally forward, described later) and are simultaneously inserted into the mouth of the fish.

[0122] As in the first embodiment described above, the double fishing hook (50) of the second embodiment is also almost free from deformation due to the force of the fish, since the first and second hooks (51, 55) are simultaneously inserted into the mouth of the fish. In the case of large fish species, the general single-line fishing hook is cut or straightened by the needle hairs, but such a phenomenon does not occur in this embodiment. The above-mentioned 'deformation' means that the bent part (waist bend) of the fishing hook is straightened by the physical force of the fish. In addition, the fishing tackle according to the second embodiment is a tackle including a double fishing hook (50), and examples thereof include a minnow and a jig head.

[0123] Figures 17a to 17c are drawings for explaining the configuration of a double fishing hook (50) according to a second embodiment of the present invention. Figure 17a is a side view, Figure 17b is a front view, and Figure 17c is a cross-sectional view taken along line AA of Figure 17b.

[0124] As shown, the double fishing hook (50) according to the second embodiment comprises a first needle (51), a second needle (55), and a hook portion (57). The first needle (51), the second needle (55), and the hook portion (57) are formed by bending a single metal linear member as a raw material.

[0125] The first needle (51) has a needle waist (51a), a waist bend (51b), and a barb (51d). The needle waist (51a) extends in the longitudinal direction and is a portion whose upper end is integrally formed with a hook portion (57). The waist bend (51b) is a portion integrally formed with the lower end of the needle waist (51a) and bent into a hook shape. The bending pattern, i.e., the shape, of the waist bend (51b) can vary depending on the design of the fishhook (50).

[0126] Additionally, a barb (51d) is formed at the needle tip (51c) of the waist (51b). In Fig. 14a, the barb (51d) is formed to face the needle waist (51a), but the direction of the barb (51d) may vary.

[0127] Meanwhile, the second hook (55) forms a pair with the first hook (51) and is simultaneously inserted into the fish's mouth, and has a relatively smaller size compared to the first hook (51). Therefore, as illustrated in Fig. 17a, when the double fishing hook (50) is viewed from the side, parts of the first hook (51) and the second hook (55) are observed simultaneously. More precisely, the waist curve (55b) and the tip (55c) of the second hook (55) are visible.

[0128] The second needle (55) has a needle waist (55a), a waist bend (55b), and a barb (55c). The needle waist (55a) is a portion that extends in the longitudinal direction and its upper portion is integrally formed with the hook portion (57). In addition, the length of the needle waist (55a) is relatively shorter than the length of the needle waist (51a) of the first needle (51). The needle waist (55a) of the second needle (55) is parallel to the needle waist (51a) of the first needle (51).

[0129] The needle waists (51a, 55a) of the first and second needles (51, 55) may be in line contact as illustrated in Fig. 17, or may be spaced apart in parallel as illustrated in Fig. 18. That is, the needle waist (55a) of the second needle (55) may be in close contact with or spaced apart from the needle waist (51a) of the first needle (51). As illustrated in Fig. 17c, the first and second needle waists (51a, 55a) may be in close contact with each other, or may be spaced apart by a certain distance (z) as illustrated in Fig. 18c. When the needle waists (51a, 55a) are spaced apart, elastic deformation between the first needle (51) and the second needle (55) is possible.

[0130] The waist bend (55b) is a hook-shaped portion that forms an integral part of the lower portion of the needle waist (55a) and has a barb (55d) at the end. The barb (55d) is a portion formed at the needle tip (55c), and its direction may vary.

[0131] The waist curve (55b) is identical in shape to the waist curve (51b) of the first needle (51), but is smaller in size. The barbs (51d, 55d) of the first and second needles (51, 55) penetrate the fish's snout and are embedded. At this time, a portion of the needle waist (51a, 55a) also enters the inside of the snout.

[0132] Meanwhile, the needle waist (51a) and the waist bend (5b) of the first needle (51) are not twisted and are included in one plane (P1). For example, when the first needle (51) is laid down on any plane, both the needle waist (51a) and the waist bend (51b) are in contact with the plane. Similarly, the needle waist (55a) and the waist bend (55b) of the second needle (55) are not twisted and are included in one plane (P2). Like the first needle, when the second needle (55) is laid down on any plane, both the needle waist (55a) and the waist bend (55b) are in contact with the plane.

[0133] The above plane P1 is an imaginary plane passing through the center of the needle waist (51a) of the first needle (51). In addition, the plane P2 is an imaginary plane passing through the center of the needle waist (55a) of the second needle (55). In the double fishhook (50) of the present embodiment, the plane (P1) and the plane (P2) are parallel or coincident. The planes P1 and P2 coincide when the fishhook (50) is of the type illustrated in FIG. 18 or FIG. 19, and a description thereof will be given later.

[0134] The above hook portion (57) is integrally formed with the upper portion of the needle waist (51a) of the first needle (51) and the upper portion of the needle waist (55a) of the second needle (55), and is a portion where a fishing line (not shown) is connected. That is, the fishing line is passed through the passage (57a) of the hook portion (57) and tied.

[0135] The double fishing hook (50) of Fig. 17 has a first needle (51) and a second needle (55) that are integrally formed with a hook portion (57) and are parallel to each other. A plane (P1) including the first needle and a plane (P2) including the second needle are parallel. In addition, the needle waists (51a, 55a) have a close-fitting structure.

[0136] Figures 18a to 18c are drawings illustrating modified examples of a double fishing hook (50) according to a second embodiment of the present invention. Figure 18a is a side view of the double fishing hook (50). Figure 18b is a front view. Figure 18c is a cross-sectional view taken along line BB of Figure 18b.

[0137] Hereinafter, the same drawing symbols as the above-mentioned drawing symbols indicate the same components with the same functions, and a repeated description thereof is omitted.

[0138] The double fishing hook (50) of Fig. 18 has the first hook (51) and the second hook (55) spaced parallel to each other. That is, they are spaced apart by a distance z. The needle waist (51a) of the first hook (51) is located on the side of the needle waist (55a) of the second hook (55). For convenience, in this description, the direction in which the needle waist is located is referred to as the rear, and the direction in which the barb is located is referred to as the front.

[0139] As described above, since the needle waists (51a, 55a) on both sides are spaced apart at regular intervals to the left and right, the elastic deformation is greater than that of the fishing hook illustrated in Fig. 17. The interval z may be 0.5 to 1.5 times the thickness of the needle waist (51a). For reference, the interval (w1, w2 in Fig. 1b) between the first needle (11a) and the second needle (11b) described in the first embodiment is also 0.5 to 1.5 times the thickness of the first and second needle waists (13a, 13b).

[0140] Figures 19a to 19d are drawings for explaining other modified examples of a double fishing hook (50) according to the second embodiment of the present invention. Figure 19a is a side view, Figure 19b is a front view, Figure 19c is a plan view, and Figure 19d is a cross-sectional view taken along line CC of Figure 19b.

[0141] In the double fishing hook (50) illustrated in Fig. 19, the needle waist (51a) of the first needle (51) is in close contact with the needle waist (55a) of the second needle (55), but the needle waist (55a) of the second needle (55) is positioned diagonally to the needle waist (51a) of the first needle (51).

[0142] In other words, the needle waist (55a) of the second needle is located to the right in front of the needle waist (51a) of the first needle. In other words, the needle waist (55a) of the second needle is located at a point Y forward from the right of the needle waist (51a) of the first needle.

[0143] Even with this configuration, the plane (P1) including the first needle (51) and the plane (P2) including the second needle (55) are parallel. The fact that the first and second needles (51, 55) are parallel means that when the first and second needles (51, 55) are simultaneously inserted into the fish's mouth, there is no increase in resistance.

[0144] Figures 20a to 20d are drawings for explaining another modified example of a double fishing hook (50) according to a second embodiment of the present invention. Figure 20a is a side view of the double fishing hook (50), Figure 20b is a front view, Figure 20c is a plan view, and Figure 20d is a cross-sectional view taken along line DD of Figure 20b.

[0145] In the double fishing hook (50) of Fig. 20, compared to the double fishing hook (50) of Fig. 19, the needle waist (51a) of the first needle (51) and the needle waist (55a) of the second needle (55) are spaced apart by a distance W. Even though the first needle (51) and the second needle (55) are spaced apart in this way, the plane P1 including the first needle (51) and the plane P2 including the second needle (55) are parallel. The distance W is the same as the distance Z mentioned above (see Fig. 15c).

[0146] Figures 21a to 21c are drawings for explaining another modified example of a double fishing hook (50) according to the second embodiment of the present invention. Figure 21a is a side view, Figure 21b is a front view, and Figure 21c is a cross-sectional view taken along line EE of Figure 21a.

[0147] In the double fishing hook (50) illustrated in Fig. 21, the second hook (55) is positioned between the needle waist (51a) and the barb (51d) of the first hook (51). That is, the needle waist (55a) of the second hook is positioned in front of the needle waist (51a) of the first hook, and the barb (55d) of the second hook is positioned behind the barb (51d) of the first hook. At this time, the needle waist (51a) of the first hook and the needle waist (55a) of the second hook are in close contact. Accordingly, as illustrated in Figs. 21b and 21c, it can be seen that a virtual plane P1 including the first hook (51) and a virtual plane P2 including the second hook (55) coincide.

[0148] Figures 22a to 22c are drawings for explaining another modified example of a double fishing hook (50) according to the second embodiment of the present invention. Figure 22a is a side view of the fishing hook, Figure 22b is a front view, and Figure 22c is a cross-sectional view taken along line FF of Figure 22a.

[0149] Referring to the drawing, it can be seen that, similar to the fish hook of Fig. 21, the second needle (55) is positioned between the needle waist (51a) and the barb (51d) of the first needle. The difference from the fish hook of Fig. 21 is that the needle waist (55a) of the second needle is spaced parallel to the needle waist (51a) of the first needle.

[0150] Figures 23a and 23b are drawings showing a double fishing hook (50) to which a flat hook (59) is applied. Figure 23a is a side view, and Figure 23b is a front view.

[0151] The fishing hook (50) illustrated in Fig. 23 has a flat hook portion (59). The hook portion (59) is a portion formed by mechanically pressing the connecting portion of the first hook (51) and the second hook (55), and provides a hook portion (59a) on the lower side. The hook portion (59a) is a protrusion that prevents the fishing line tied to the hook waists (51a, 55a) from falling out upward. In other words, the hook portion (57c) is a protrusion for preventing the fishing line from falling out upward from the hook waists (51a, 55a) when the fishing line is tied to the hook waists (51a, 55a) of the first and second hooks.

[0152] Fig. 24 is a side view showing a modified example of a fishing hook (50) to which a flat hook (59) is applied.

[0153] The fishing hook (50) illustrated in Fig. 24 has a curved shape in which the needle waists (51a, 55a) are in close contact with each other. That is, the needle waists (51a, 53a) rise and take on a shape that is gently bent backward.

[0154] Figures 25a to 25c are drawings showing various implementation examples of barbs in a double fishing hook according to the second embodiment of the present invention.

[0155] Figure 25a shows a fishhook with the barbs (51d, 55d) facing backward (toward the needle waist), while Figure 25b shows the barbs on both sides facing in opposite directions. Furthermore, the fishhook of Figure 25c has the barbs (51d, 55d) facing forward. Thus, the direction of the barbs can be implemented in various ways.

[0156] Figures 26 to 28 are drawings showing another modified example of a double fishhook according to the second embodiment of the present invention.

[0157] Figures 26a and 26b show that the heights of the barbs (51d, 55d) on both sides of the fishing hook illustrated in Figure 25a can be implemented differently. In the case of Figure 26a, the barb (55d) of the second hook (55) is higher than the barb (51d) of the first hook (51). In contrast, in the fishing hook of Figure 26b, the barb (51d) of the first hook (51) is higher than the barb (55d) of the second hook (55).

[0158] Figures 27a and 27b show that the heights of the barbs (51d, 55d) on both sides of the fishing hook illustrated in Figure 25b can be implemented differently. In the case of Figure 27a, the barb (55d) of the second hook (55) is higher than the barb (51d) of the first hook (51). In addition, in the fishing hook of Figure 27b, the barb (51d) of the first hook (51) is higher than the barb (55d) of the second hook (55).

[0159] Figures 28a and 28b show that the heights of the barbs (51d, 55d) on both sides of the fishing hook illustrated in Figure 25c can be implemented differently. In Figure 28a, the barb (55d) of the second hook (55) is higher than the barb (51d) of the first hook (51). In contrast, in the fishing hook of Figure 28b, the barb (51d) of the first hook (51) is higher than the barb (55d) of the second hook (55).

[0160] Fig. 29 is a drawing showing a minnow (31) as a fishing gear (30) according to the second embodiment of the present invention.

[0161] The fishing tackle (30) illustrated in Fig. 29 is composed of a minnow body (31a) and a number of double fishing hooks (50). By connecting the fishing hooks (50) to the minnow body (31a), a single minnow (31) is formed. The minnow (31) is one embodiment of various fishing tackles including a double fishing hook (50).

[0162] The minnow body (31a) is a member that roughly mimics the shape of a pyramid and has a number of fixing rings (31b). The fixing rings (31b) are located at the lower part and tail of the minnow body (31a).

[0163] The above-described double fishing hook (50) is detachably fitted onto the fixed ring (31b). The hook portion (57) is open between the first hook (51) and the second hook (55), enabling attachment and detachment. All of the fishing hooks described with reference to FIGS. 17 to 22 can be selectively applied to the fixed ring (31b).

[0164] Figures 30 to 32 are drawings showing a jig head (41) as a fishing gear (40) according to a second embodiment of the present invention.

[0165] The jig head (41) illustrated in Fig. 30a has a structure in which a double fishing hook (50) is integrally connected to a sinker (41a). The sinker (41a) is a member made of lead and has a connecting ring (41c) on one side. The connecting ring (41c) is a portion for tying a fishing line and is integrally formed with the first and second hooks (51, 55). The barbs (51d, 55d) in the jig head (41) of Fig. 24 are formed toward the needle waist, but the direction of the barbs may vary. For example, they may be formed to face outward.

[0166] In the jig head (41) of Fig. 30b, the height of the barb (51d) of the first needle (51) is relatively higher than the height of the barb (55d) of the second needle (55). Conversely, the barb (51d) of the first needle may be configured to be higher than the barb (55d) of the second needle. The concept of 'height' is as described above.

[0167] Figures 31a and 31b are drawings showing another example of a jig head (41) as a fishing tackle (40).

[0168] The jig head (41) illustrated in Fig. 31a includes a sinker (41a), a connecting ring (41b), and a double fishing hook (50). The connecting ring (41b) is a closed-curve member, a portion of which is embedded within the sinker (41a), while the remaining portion is exposed to the outside of the sinker (41a). A fishing line is connected to the exposed portion. In addition, the hook (57) of the fishing hook (50) is fitted into the connecting ring (41c) within the sinker (41a).

[0169] In comparison, the jig head (41) of Fig. 31b has a height of the barb (51d) of the first needle higher than the height of the barb (55d) of the second needle. Conversely, the barb (55d) of the second needle may be configured to be higher than the barb (51d) of the first needle.

[0170] The jig head (41) of Fig. 32 is of a type in which two portions (both ends) of the connecting ring (41b) are exposed to the outside of the sinker (41a), and a double fishing hook (50) is fitted into one of the connecting rings (41c). Of the two portions of the connecting ring (41c) exposed to the outside of the sinker (41a), a fishing line is connected to one side, and a fishing hook (50) is connected to the ring on the opposite side.

[0171] As described above, the deformation-resistant double fishing hook (10, 50) according to the first and second embodiments of the present invention has the first and second needles in a parallel state that are simultaneously inserted into the mouth of the fish, so that even if the fish pulls the hook with strong force, the force is dispersed so that the hook does not spread out, thereby stably maintaining the state of capture, thereby further enhancing the fun of fishing.

[0172] Above, the present invention has been described in detail through specific examples, but the present invention is not limited to the above examples, and various modifications are possible by a person of ordinary skill within the scope of the technical idea of ​​the present invention.

Claims

1. A double parallel needle having a first needle and a second needle that are in the shape of a hook, are mutually parallel, have barbs at each end, and are simultaneously inserted into the mouth of a fish; It has a central connecting portion that interconnects the upper portions of the first needle and the second needle and maintains the parallel state of the first needle and the second needle. Anti-deformation double hook.

2. In paragraph 1, The first needle is; It has a first needle waist extending in the longitudinal direction, a first waist bend that is integral with the first needle waist and is bent, and a first barb formed at the end of the first waist bend. The second needle is; It has a second needle waist extending in the longitudinal direction, a second waist bend that is integral with the second needle waist and is bent, and a second barb formed at the end of the second waist bend. The central connection part is; Connect the upper part of the first and second needle waists, and keep the first and second needle waists, the first and second waist curves, all parallel. Anti-deformation double hook.

3. In paragraph 2, The heights of the first and second barbs are the same or different, Anti-deformation double hook.

4. In paragraph 1, In the above central connection part, There is a hook-and-loop passage through which the fishing line can be passed. Anti-deformation double hook.

5. In paragraph 2, The above first and second barbs, Positioned so as to face the space between the first and second needles, or facing in the opposite direction of the opposing direction, Anti-deformation double hook.

6. In paragraph 2, The cross sections of the first and second lumbar curvatures are Taking the shape of an ellipse, Anti-deformation double hook.

7. In paragraph 2, Between the first and second needles, Supported by the central connecting part and equipped with an additional needle parallel to the first and second needles, Anti-deformation double hook.

8. Minnow body equipped with a fixing ring; A double fishing hook, which is fitted to the above fixed ring, has a hook shape, has a barb at each end, is spaced parallel to each other and bites the mouth of a fish at the same time, and has a central connecting portion that connects the first and second needles to each other to maintain a parallel state and is supported by the fixed ring. Fishing gear.

9. In paragraph 8, The above first needle; It has a first needle waist extending in the longitudinal direction, a first waist bend that is integral with the first needle waist and is bent, and a first barb formed at the end of the first waist bend. The second needle is; It has a second needle waist extending in the longitudinal direction, a second waist bend that is integral with the second needle waist and is curved, and a second barb formed at the end of the second waist bend. The central connection part is; Connect the upper part of the first and second needle waists, and keep the first and second needle waists, the first and second waist bends, all parallel. Fishing gear.

10. In paragraph 9, The above double fishing hooks are connected to two or more fixed rings, It further includes an interference prevention member that supports double fishing hooks that share one fixed ring and prevents interference between the double fishing hooks. Fishing gear.

11. A sinker equipped with a fishing line connection ring; Some of which are fixed to the above-mentioned sinker, have the shape of a hook and have a barb at each end, and include a double parallel needle having a first needle and a second needle spaced parallel to each other and simultaneously embedded in the mouth of the fish. Fishing gear.

12. In paragraph 11, The above first needle; It has a first needle waist extending in the longitudinal direction, a first waist bend that is integral with the first needle waist and is bent, and a first barb formed at the end of the first waist bend. The second needle is; It has a second needle waist extending in the longitudinal direction, a second waist bend that is integral with the second needle waist and is curved, and a second barb formed at the end of the second waist bend. Bongdol is; By combining the ends of the first and second needle waists, the first and second needle waists, and the first and second waist bends are all kept parallel. Fishing gear.

13. In paragraph 12, The above first and second needles are integral to the connecting link. Fishing gear.

14. Bongdol and; A connecting link that is embedded in the above-mentioned slab but has a portion exposed to the outside of the slab; A double fishing hook having a first and second hooks that are connected to the above-mentioned connecting ring, are parallel to each other and have barbs at each end, and are simultaneously inserted into the mouth of a fish, and a central connecting portion that connects the upper ends of the first and second hooks and maintains the parallel state of the first and second hooks, and is supported by the connecting ring. Fishing gear.

15. A double fishing hook comprising a deformation-resistant type according to any one of the clauses 1 to 7, Fishing gear.

16. A first needle having a longitudinally extended needle waist, a curved waist formed integrally with the needle waist, and a barb formed at the end of the curved waist; A second needle having a relatively smaller size than the first needle, forming a pair with the first needle, and being simultaneously inserted into the mouth of a fish together with the first needle, the second needle having a needle waist extending in the longitudinal direction, a curved waist that is integral with the needle waist, and a barb formed at the end of the waist waist; It is integral with the needle waist of the first needle and the needle waist of the second needle, and includes a hook part to which a fishing line is connected. Anti-deformation double hook.

17. In paragraph 16, The needle waist of the first needle and the needle waist of the second needle are mutually parallel, The length of the second needle's waist is shorter than that of the first needle's waist. Anti-deformation double hook.

18. In paragraph 17, The needle waist of the first needle and the needle waist of the second needle are in close contact with each other or spaced apart from each other. Anti-deformation double hook.

19. In paragraph 17, The above first and second needles, Parallel, so that the plane containing the first needle and the plane containing the second needle are parallel, Anti-deformation double hook.

20. In paragraph 18, The second needle is located between the needle waist and the barb of the first needle. Anti-deformation double hook.

21. In paragraph 16, In the above hanging part, When the fishing line is tied to the waist of the first and second needles, a catch is formed to prevent the fishing line from coming off the waist of the needle. Anti-deformation double hook.

22. In paragraph 17, The height of the barbs of the first needle and the second needle are the same or different, Anti-deformation double hook.

23. A fishing gear comprising a double fishing hook with a deformation prevention type according to any one of Articles 16 to 22.

24. Minnow body equipped with a fixing ring; A first needle, which is fitted into the above-mentioned fixed ring and has a longitudinally extended needle waist, a curved waist formed integrally with the needle waist, and a barb formed at the end of the curved waist, a second needle having a relatively smaller size than the first needle and forming a pair with the first needle, and which is simultaneously inserted into the mouth of a fish together with the first needle, and which has a longitudinally extended needle waist, a curved waist formed integrally with the needle waist, and a barb formed at the end of the curved waist, and a double fishing hook formed integrally with the needle waist of the first needle and the needle waist of the first needle and having a hook portion to which a fishing line is connected. Fishing gear.

25. Bongdol and; A connecting member fixed to the above-mentioned slab; A first hook detachably mounted on the connecting portion, the first hook having a longitudinally extended hook waist, a hook formed integrally with the hook waist, and a barb formed at the end of the hook waist, the second hook having a relatively smaller size than the first hook, forming a pair with the first hook, and simultaneously being inserted into the mouth of a fish together with the first hook, the second hook having a longitudinally extended hook waist, a hook formed integrally with the hook waist, and a barb formed at the end of the hook waist, and a double hook formed integrally with the hook waist of the first hook and the hook waist of the first hook, the hook having a hook portion to which a fishing line is connected. Fishing gear.

26. Bongdol and; A connecting member fixed to the above-mentioned slab; A double fishing hook comprising a first needle having a longitudinally extended needle waist, a curved waist formed integrally with the needle waist, and a barb formed at the end of the curved waist, which is partially embedded in a sinker, and a second needle having a relatively smaller size than the first needle, which forms a pair with the first needle, and which is simultaneously inserted into the mouth of a fish together with the first needle, and which has a longitudinally extended needle waist, a curved waist formed integrally with the needle waist, and a barb formed at the end of the curved waist. Fishing gear.

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