JPH0537067U - Triple hook for plug abdomen - Google Patents

Abstract

(57) [Summary] [Purpose] Prevents the damage to the plug body painting and the sharpening point, which was often found in conventional triple hooks, and provides a more reliable tension than conventional triple hooks and double hooks. . [Structure] The three shafts (1), (2) and (3) are in contact with each other to form a shaft (4), and the shaft (4) is erected vertically with the connection hole (5) at the top. When viewed from above and below (Figs. 2 and 3), the angles between the three halves are 180 degrees (A), 90 degrees (B), with the halves axis (4) as the center. It is characterized in that the directions of the three tensions are arranged so that the three angles of 90 degrees (C) are set.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 This invention relates to a lower abdominal triple hook for lures (Fig. 4) called a plug.

[0002]

[Prior Art]

 Conventionally, the hook used for the lower abdomen (9) of the type called a plug (Fig. 4) has triple hooks (Fig. 5) and double hooks (Fig. 6).

[0003]

[Problems to be solved by the device]

 (B) The type of lure called plug has various colors and shapes, such as shrimp and small fish that feed large fish, and emits sound and light when pulled by fishing line. It is a lure that swims like a real bait by swinging the tail and head alternately to the left and right (Fig. 7) and invites fish to catch. Conventional triple hooks are devised for the lower abdomen of the plug. I used it by setting it on the lower abdomen (9) as it is (Fig. 8). (B) The plug with the conventional triple hook (Fig. 5) set on the lower abdomen (9) is swimming (Fig. 8) and the tip of the upper burr (12) (13) of the triple hook ( 16) (17) repeatedly contacted the plug body, and due to the friction at that time, the beautiful paint of the plug, which also did not have the effect of collecting fish, was damaged or peeled off. Then, even the sharp tip (Fig. 9) may be damaged and the tip may become dull (Fig. 10). Then, when the fish ate the plug, the firmness of the fish did not become firm enough (the firmness stuck in the mouth of the fish), and the firmness of the fish came off and escaped. (C) When using the double hook (Fig. 6) on the lower abdomen (9) of the plug, set it so that the two halves (19) (20) face downward when the plug swims ( (Fig. 11). Then, the tips (23) and (24) of the two halves (19) and (20) do not come into contact with the plug body. And when the fish jumps into the plug from below (D), it is often firm. However, when the fish jumps from above (E), the double hook set on the lower abdomen (9) makes it difficult for the mouth of the fish to be firm. It is because the width of the two tips (19) (20) from the tip (23) to the tip (24) is smaller than the width of the dotted line (F) which is also the width of the plug body. The tips (23) and (24) are hidden behind the plug body when viewed from directly above. For this reason, when the fish jumps over the plug from above (E), the plug body is in front of the double hook for the mouth of the fish that tries to catch on the double hook set in the lower abdomen (9). This is because it becomes an obstacle. In addition, the double hook set on the lower abdomen (9) of the plug has two springs (19) (20) all facing downward while the plug is swimming, so all the elastic tips (23) (24) ) Is located far from the plug body, so when the fish jumps onto the plug from above (E) etc., of course, the fish jumps onto the plug from the side (G) etc. At the same time, compared to the conventional triple hook and the triple hook of the present invention, the probability of firmness on the mouth of the fish was low. (D) When a fish jumps into the plug, the mouth of the fish (double hook or triple hook) set on the lower abdomen (9) of the plug does not have to be firm, Since the mouth of the fish is firm to the firmness set in the tail (10), it has not been emphasized until now regarding the firmness for the lower abdomen. However, in reality, when only the firmness set on the tail (10) becomes firm, it is often possible for the fish to escape while being exposed. This is because most of the lure-fishing target fish (such as sea bass, black bass, rainbow trout, etc.) violently swing their heads up and down, left and right with their mouth open when the mouth feels firm, and then the surface of the water. Jump from and jump around. As a result, the resilience of the fish mouth and the plug with the resilience set in the tail (10) are as shown in (Fig.12). The plugs are in all directions (H) (I) (J) (K). Be swayed by. As a result of this reaction, the firmness came off the mouth, and the firmness of the firmness caused the fish's mouth to escape. On the other hand, when only the firmness set in the lower abdomen (9) touches the mouth of the fish, the position of the firmness set in the tail (10) is in front of the firmness set in the lower abdomen (9) as seen from the fish. Since it comes to the side of the mouth and gills of the fish, while the fish is exposed, the firmness of the fish comes from the outside of the mouth and gills, resulting in tail (10) and lower abdomen (9 It is the same as the firmness set on each of the above) at the same time as the firmness on the mouth of the fish. Then, when both of the tensions are firm, the fish shakes its head to remove it, but the distance and the direction in which the firmness and the plug body are greatly swung. Compared with (H), (I), (J), and (K) in (Fig.-12), the number of is smaller than that in (L) to (M) as shown in (Fig.13). Decrease in number. Therefore, in order to prevent the fish that have become firm from escaping while they are being exposed, it is very likely that the firmness set on the lower abdomen (9) will cause the mouth of the fish to firm. However, the conventional triple hooks and double hooks had a low probability of catching the mouth of the fish when set on the lower abdomen (9). The present invention has been made to eliminate these drawbacks.

[0004]

[Means for solving the problem]

 The position where the three springs (1), (2) and (3) are in contact with each other is called the elastic shaft (4), and the elastic shaft (4) is set vertically with the connection hole (5) facing upward, When viewed from above and below (Figs. 2 and 3), the angle between the three halves is 180 degrees (A), 90 degrees (B), 90 degrees (C ) Arrange the orientations of the three tensions so that the three angles are. The present invention is a triple hook having the above configuration.

[0005]

[Action]

 The angle between the two springs (2) and (3) of the triple hook of the present invention is 180 degrees (A), so that the plug faces the lower abdomen during swimming, Set the triple hook of the present invention on the lower abdomen (9) of the plug (Fig. 14).

[0006]

【Example】

 Hereinafter, examples of the present invention will be described. (A) The position where the three beams (1), (2), and (3) are in contact with each other is defined as the beam axis (4) (Fig. 1). (B) With the connection hole (5) facing upwards, the tension shaft (4) of the triple hook of the present invention is erected vertically (Fig. 1). (C) View vertically from above and below, standing vertically (Fig. 2, 3). (D) When viewed from directly above and below, the elastic axis (4) is the center (Figs. 2 and 3). (E) With the center of the tension axis (4), the three angles are 180 degrees (A), 90 degrees (B), and 90 degrees (C). Configure the direction of firmness (Fig. 2, 3). The present invention has the structure as described above, and when using this, the angle between the two halves (2) and (3) constitutes 180 degrees (A), Set the triple hook of the present invention on the lower abdomen (9) of the plug so that the plug faces the lower abdominal surface while swimming (Fig. 14).

[0007]

[Effect of the device]

 The triple hook (Fig. 14) of the present invention set on the lower abdomen (9) of the plug is the same as the conventional triple hook (Fig. 8) and double hook (Fig. 11) set on the lower abdomen (9). Despite the fact that it is made up of a combination of equal-sized halves, the width of the two halves (2) and (3) from the tip (7) to the tip (8) is It is longer than the width of the dotted line (F) that is also the width of the plug body, so when the fish jumps up from below (D) or from the side (G), (E) ) Etc. even when a fish jumps into the plug from above, it is a conventional triple hook or double hook of the same size (composed of a combination of the same size) set on the lower abdomen (9). More likely than the lower abdomen The merits of the triple hook that was set to 9), it is possible to make rent Ha Li a needle into the mouth of the fish. At the same time, it is possible to significantly reduce the damage to the paint and the tip of the plug body, which was often the case with conventional triple hooks.

[Brief description of drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a plan view of the present invention.

FIG. 3 is a bottom view of the present invention.

FIG. 4 is a left side view of the plug.

FIG. 5 is a perspective view of a conventional triple hook.

FIG. 6 is a perspective view of a double hook.

FIG. 7 is a plan view of the plug showing the movement during swimming.

FIG. 8 is a front view of a plug for swimming in which a conventional triple hook is set.

FIG. 9 is an enlarged view of a normal sharp tip.

[Fig. 10] Fig. 10 is an enlarged view of the tip of the chip that has been damaged by friction.

FIG. 11 is a front view of a plug in which a double hook is set and which is swimming.

[Fig. 12] Fig. 12 is a diagram showing how the plug is swung when the mouth of the fish is firm only in the firmness set on the tail.

[Fig. 13] Fig. 13 is a diagram showing a way of movement of a plug to be swung when the tail, the lower abdomen, and the resilience of the tail are all attached to the mouth of the fish.

FIG. 14 is a front view of the plug during swimming in which the triple hook of the present invention is set.

[Explanation of symbols]

 1 Hari 2 Hari 3 Hari 4 Harri Shaft 5 Connection Hole 6 Harri Tip 7 Harri Tip 8 Harri Tip 9 Lower Abdomen 10 Tail 11 Hari 12 Hari 13 Hari 14 Harri Shaft 15 Connection Hole 16 Harry Tip 17 Harry Tip 18 Harry Tip 19 Hari 20 Harness 21 Harness Axis 22 Connection Hole 23 Harness Tip 24 Harness Tip A Angle between Harnesses of the Invention B Angle between Harnesses of the Invention C Angle between Harnesses of the Invention D Direction where fish jumps to the plug E Direction where fish jumps to the plug F Dotted line representing the width of the plug G Direction where fish jumps to the plug H Direction of movement of the plug I Direction of movement of the plug J Plug Moving direction of K plug moving direction of L plug moving direction of M plug moving direction

Claims (1)

[Scope of utility model registration request] 1. An elastic shaft (4) is defined as a position where three springs (1), (2) and (3) are in contact with each other, and a connecting hole (5) is erected vertically upward, and is directly above. , When viewed from directly below (Figs. 2 and 3), the angles between the three halves are 180 degrees (A), 90 degrees (B), and 90, centering on the halves axis (4).
A triple hook in which the directions of the three springs are configured so that there are three angles of degrees (C).