A double-tongueplate bionic bait with tongueplates at both the tail and the head

Abstract

The present invention discloses a double-tongue-plate bionic bait with tongue plates at the tail and head, which relates to the field of bionic baits and includes a double-tongue-plate fish body A, a fish body shell, an inclined tongue plate, a tongue plate body, and a metal support. One side of the double-tongue-plate fish body A is fixedly connected to a double-tongue-plate fish body B. An eight-shaped ring A, an eight-shaped ring B, and an eight-shaped ring C are provided inside the double-tongue-plate fish body A and the double-tongue-plate fish body B. Balance lead blocks A and B are inlaid inside the double-tongue-plate fish body A and the double-tongue-plate fish body B. The bottom surfaces of the double-tongue-plate fish body A and the double-tongue-plate fish body B are threadedly connected with a tail movable tongue plate through fixing tongue plate screws. One end of the double-tongue-plate fish body A and the double-tongue-plate fish body B is rotatably connected to a head movable tongue plate through a metal support. The fish body of the present invention has a streamlined design, plus a movable tail tongue plate, so that the resistance during casting is small and the center of gravity is balanced, making the distance of casting the artificial bait far and the flight attitude stable. The streamlined design of the fish body reduces wind resistance and makes the casting smoother.

Description

Technical Field

[0001] The present invention relates to the field of machining, and particularly to a double-tongueplate bionic bait with tongueplates at both the tail and the head. Background Art

[0002] Changes in the size of the fishing bait. When first casting the hook, the bait must be large, solely for the purpose of attracting fish. When fish gradually start to take the bait, the size of the bait can be restored to normal. If the rate of catching fish becomes faster and faster, smaller bait smaller than normal should be used. On the one hand, this can improve the accuracy of fish taking the bait; on the other hand, it can also prevent an excessive amount of fish from gathering and competing with each other for food without any of them being able to eat. If there is an obvious trend of the fish-catching rate decreasing, the size of the bait should be increased, while paying attention to attracting fish while fishing. This often occurs in shallow fish ponds. The looseness of the bait. Beginners in table fishing do not attach much importance to this physical property of the bait. They do not have a deep understanding and may not have yet found the feeling in this regard. When seeing experts catching fish quickly in succession, they think that their bait is well-suited and the additives work. When the experts give them a pack of bait and their fish-catching rate is not high during adjacent fishing, upon closer inspection, they find that the looseness of the bait preparation is also a very important aspect in fishing.

[0003] When a traditional bionic bait is in use, it cannot effectively reduce the forward resistance of the artificial bait underwater during reeling in, cannot make the artificial bait produce a left-right swaying swimming posture during forward movement, cannot effectively improve the product performance, the overall swimming posture cannot be more vivid and flexible, and at the same time cannot attract predatory fish to come and prey. The overall tail does not have a fixed tongueplate, cannot provide lift for high-specific-gravity artificial baits, and cannot generate a certain amount of turbulent flow during movement, cannot make the fishing bait more effectively attract other fish to prey, the trembling during the falling process of the fishing bait is not strong and stable enough, cannot make the artificial bait have a long casting distance, and the overall flight posture of the artificial bait is not stable enough.

[0004] Therefore, the technical personnel in this field have provided a double-tongueplate bionic bait with tongueplates at both the tail and the head to solve the problems raised in the above background art. Summary of the Invention

[0005] The purpose of the present invention is to provide a double-tongueplate bionic bait with tongueplates at both the tail and the head to solve the problems in the above background art that when a traditional bionic bait is in use, it cannot effectively reduce the forward resistance of the artificial bait underwater during reeling in, cannot make the artificial bait produce a left-right swaying swimming posture during forward movement, cannot effectively improve the product performance, the overall swimming posture cannot be more vivid and flexible, and at the same time cannot attract predatory fish to come and prey. The overall tail does not have a fixed tongueplate, cannot provide lift for high-specific-gravity artificial baits, and cannot generate a certain amount of turbulent flow during movement, cannot make the fishing bait more effectively attract other fish to prey, the trembling during the falling process of the fishing bait is not strong and stable enough, cannot make the artificial bait have a long casting distance, and the overall flight posture of the artificial bait is not stable enough.

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A double-tongue-plate bionic bait with tongue plates at both the tail and the head, comprising a double-tongue-plate fish body A, a fish body shell, an inclined tongue plate, a tongue plate body, and a metal support. A double-tongue-plate fish body B is fixedly connected to one side of the double-tongue-plate fish body A. An eight-ring A, an eight-ring B, and an eight-ring C are provided inside the double-tongue-plate fish body A and the double-tongue-plate fish body B. A balance lead block A and a balance lead block B are inlaid inside the double-tongue-plate fish body A and the double-tongue-plate fish body B. A tail movable tongue plate is threadedly connected to the bottom surfaces of the double-tongue-plate fish body A and the double-tongue-plate fish body B through a fixed tongue plate screw. A head movable tongue plate is rotatably connected to one end of the double-tongue-plate fish body A and the double-tongue-plate fish body B through a metal support. A connection block is fixedly connected to the top end of the tongue plate body, and an insertion through hole B is provided inside the connection block. An installation connection block is fixedly connected to the top surface of the inclined tongue plate, and an installation screw hole is provided inside the installation connection block. A lead block installation cavity A and a lead block installation cavity B are provided inside the fish body shell. An eight-ring installation groove, a clamping groove body A, and a clamping groove body B are provided inside the fish body shell. A placement cavity is provided at one end of the fish body shell, and an insertion through hole A is provided inside the placement cavity. A screw fixing block is provided at the other end of the fish body shell.

[0008] As a preferred embodiment of the present invention: The head movable tongue plate comprises a tongue plate body, a connection block, and an insertion through hole B.

[0009] As a preferred embodiment of the present invention: The outer wall of the metal support is sleeved with the head movable tongue plate, the double-tongue-plate fish body A, and the double-tongue-plate fish body B, and the metal support is inserted into the insertion through hole A and the insertion through hole B.

[0010] As a preferred embodiment of the present invention: The tail movable tongue plate comprises an inclined tongue plate, an installation screw hole, and an installation connection block.

[0011] As a preferred embodiment of the present invention: The balance lead block A and the balance lead block B are provided inside the lead block installation cavity A and the lead block installation cavity B.

[0012] As a preferred embodiment of the present invention: The eight-ring A, the eight-ring B, and the eight-ring C are clamped inside the eight-ring installation groove, the clamping groove body A, and the clamping groove body B.

[0013] As a preferred embodiment of the present invention: The double-tongue-plate fish body B comprises a fish body shell, an eight-ring installation groove, a clamping groove body A, a clamping groove body B, a placement cavity, an insertion through hole A, a lead block installation cavity A, a lead block installation cavity B, and a screw fixing block.

[0014] As a preferred embodiment of the present invention: A fixed tongue plate screw is provided inside the screw fixing block, and the tail movable tongue plate is located at the bottom surface of the screw fixing block.

[0015] Compared with the prior art, the beneficial effects of the present invention are as follows:

[0016] The present invention relates to a double-tongue-plate bionic bait with tongue plates at both the tail and the head. The movable tongue plate at the head can increase the forward resistance of the artificial bait underwater during the reeling process, causing the artificial bait to sway from side to side when moving forward, greatly improving the product performance, making the swimming pose more vivid and flexible. Moreover, the reflective surface on the side of the artificial bait refracts obvious light underwater, inducing fish to discover the attack target and attracting predatory fish to prey more effectively. The fixed tongue plate at the tail is a high-specific-gravity artificial bait that provides lift. The front and rear tongue plates make the bait body more balanced in water and the swimming pose more realistic. The outer part of the artificial bait is designed with a three-dimensional fish head pattern, making the overall shape more like a small fish and generating a certain amount of turbulent flow during movement, just like the surge driven after a small fish swims by, making the bait more effectively attract other fish to prey. The balance sinker adopts a low-center-of-gravity, high-specific-gravity segmented fixed sinker, making the bait tremble more powerfully and stably during the falling process. The high specific gravity combined with the center-of-gravity balance adjustment enables a farther casting distance. The streamlined design of the fish body, combined with the movable tail tongue plate, has less resistance during casting and a balanced center of gravity, making the artificial bait have a far casting distance and a stable flight attitude. The streamlined design of the fish body reduces wind resistance and makes the casting smoother. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] By reading the following detailed description of the non-limiting embodiments with reference to the accompanying drawings, other features, objects, and advantages of the present invention will become more apparent:

[0018] Figure 1 It is a schematic structural diagram of an overall exploded view of a double-tongue-plate bionic bait with tongue plates at both the tail and the head;

[0019] Figure 2 It is a three-dimensional structural diagram of the movable tongue plate at the head in a double-tongue-plate bionic bait with tongue plates at both the tail and the head;

[0020] Figure 3 It is a three-dimensional structural diagram of the movable tongue plate at the tail in a double-tongue-plate bionic bait with tongue plates at both the tail and the head;

[0021] Figure 4 It is a three-dimensional structural diagram of the double-tongue-plate fish body B in a double-tongue-plate bionic bait with tongue plates at both the tail and the head.

[0022] In the figure: 1. Double-tongue plate fish body A; 2. Double-tongue plate fish body B; 201. Fish body housing; 202. Figure-eight ring mounting groove; 203. Clamping groove body A; 204. Clamping groove body B; 205. Placing cavity; 206. Insertion through hole A; 207. Lead block mounting cavity A; 208. Lead block mounting cavity B; 209. Screw fixing block; 3. Balance lead block A; 4. Balance lead block B; 5. Figure-eight ring A; 6. Figure-eight ring B; 7. Figure-eight ring C; 8. Tail movable tongue plate; 801. Inclined tongue plate; 802. Mounting screw hole; 803. Mounting connection block; 9. Fixed tongue plate screw; 10. Head movable tongue plate; 1001. Tongue plate body; 1002. Connecting block; 1003. Insertion through hole B; 11. Metal support pillar. Detailed implementation mode

[0023] Please refer to Figures 1-4, in the embodiments of the present invention, a double-lip bionic bait with tongue plates at both the tail and the head includes a double-lip fish body A1, a fish body housing 201, an inclined tongue plate 801, a tongue plate body 1001, and a metal support 11. A double-lip fish body B2 is fixedly connected to one side of the double-lip fish body A1. The head movable tongue plate 10 can increase the forward resistance of the artificial bait underwater during reeling, causing it to sway from side to side when moving forward, extremely improving the product performance, making the swimming posture more vivid and flexible. Moreover, the reflective surface on the side of the artificial bait refracts obvious light underwater, inducing fish to discover the attack target and attracting predatory fish to come and prey more effectively. The tail fixed tongue plate 8 is a high-specific gravity artificial bait that provides lift. The front and rear tongue plates make the bait body more balanced in water and the swimming posture more realistic. An eight-ring A5, an eight-ring B6, and an eight-ring C7 are provided inside the double-lip fish body A1 and the double-lip fish body B2. Balance lead blocks A3 and balance lead blocks B4 are inlaid inside the double-lip fish body A1 and the double-lip fish body B2. The bottom surface of the double-lip fish body A1 and the double-lip fish body B2 is threadedly connected to a tail movable tongue plate 8 through a fixed tongue plate screw 9. One end of the double-lip fish body A1 and the double-lip fish body B2 is rotatably connected to a head movable tongue plate 10 through a metal support 11. When in use, the balance lead blocks A3 and balance lead blocks B4 can be installed through the lead block installation cavity A207 and the lead block installation cavity B208, and the inclined tongue plate 801 can be installed under the action of the installation screw hole 802. The installation connection block 803 and the inclined tongue plate 801 can be installed on the screw fixing block 209, and then the head movable tongue plate 10 can be installed through the placement cavity 205. The top end of the tongue plate body 1001 is fixedly connected to an adapter block 1002, and an insertion through hole B1003 is provided inside the adapter block 1002. The top surface of the inclined tongue plate 801 is fixedly connected to an installation connection block 803, and an installation screw hole 802 is provided inside the installation connection block 803. A lead block installation cavity A207 and a lead block installation cavity B208 are provided inside the fish body housing 201. An eight-ring installation groove 202, a clamping groove body A203, and a clamping groove body B204 are provided inside the fish body housing 201. One end of the fish body housing 201 is provided with a placement cavity 205, and an insertion through hole A206 is provided inside the placement cavity 205. The other end of the fish body housing 201 is provided with a screw fixing block 20T.

[0024] Please refer to Figure 1 , Figure 3 and Figure 4 It should be noted that there may be an error in "screw fixing block 20T" in the original text, which is translated as "screw fixing block 209" in the translation according to the context. If this is not in line with the actual situation, please check and correct it according to the correct information., the head movable tongue plate 10 includes a tongue plate body 1001, a connecting block 1002 and a plugging through hole B1003. The installation of the head movable tongue plate 10 can be ensured by the metal strut 11. Through the plugging of the metal strut 11 with the plugging through hole B1003 and the plugging through hole A206, the fixation of the head movable tongue plate 10 with the double-tongue fish body A1 and the double-tongue fish body B2 can be ensured. The snap ring mounting groove 202, the clamping groove body A203 and the clamping groove body B204 facilitate the installation of the snap ring A5, the snap ring B6 and the snap ring C7. The outer wall of the metal strut 11 is sleeved with the head movable tongue plate 10, the double-tongue fish body A1 and the double-tongue fish body B2, and the metal strut 11 is plugged with the plugging through hole A206 and the plugging through hole B1003. The tail movable tongue plate 8 includes an inclined tongue plate 801, a mounting screw hole 802 and a mounting connecting block 803. A balance lead weight A3 and a balance lead weight B4 are arranged in the lead weight mounting cavity A207 and the lead weight mounting cavity B208. The external part of the artificial bait is provided with a three-dimensional fish head pattern design, and the overall shape is more like a small fish. When moving forward, it generates a certain turbulence, just like the surge driven after a small fish swims by, making the bait more effectively attract other fish to prey. The balance lead weight adopts a low center of gravity and a high specific gravity segmented fixed lead weight, making the artificial bait tremble more strongly and stably during the falling process. The high specific gravity plus the center of gravity balance adjustment make the casting distance farther. The snap ring mounting groove 202, the clamping groove body A203 and the clamping groove body B204 are internally clamped with the snap ring A5, the snap ring B6 and the snap ring C7. The double-tongue fish body B2 includes a fish body shell 201, a snap ring mounting groove 202, a clamping groove body A203, a clamping groove body B204, a placing cavity 205, a plugging through hole A206, a lead weight mounting cavity A207, a lead weight mounting cavity B208 and a screw fixing block 209. The fish body is designed with a streamline shape, plus a movable tail tongue plate, with small resistance during casting and balanced center of gravity, making the artificial bait have a far casting distance and a stable flying attitude. The streamline design of the fish body reduces the wind resistance and makes the casting smoother. A fixing tongue plate screw 9 is arranged in the screw fixing block 209, and the tail movable tongue plate 8 is located at the bottom surface of the screw fixing block 209.

[0025] It should be noted that the present invention is a double-tongue plate bionic bait with a tongue plate at the head and tail, comprising 1. a double-tongue plate fish body A; 2. a double-tongue plate fish body B; 201. a fish body shell; 202. an eight-shaped ring mounting groove; 203. a snap-fit groove body A; 204. a snap-fit groove body B; 205. a placement cavity; 206. a plug-in through hole A; 207. a lead block mounting cavity A; 208. a lead block mounting cavity B; 209. a screw fixing block; 3. a balancing lead block A; 4. a balancing lead block B; 5. an eight-shaped ring A; 6 , figure-eight ring B; 7, figure-eight ring C; 8, tail movable tongue plate; 801, italic tongue plate; 802, mounting screw hole; 803, mounting connection block; 9, fixing tongue plate screw; 10, head movable tongue plate; 1001, tongue plate body; 1002, connecting block; 1003, plug-in through hole B; 11, metal pillar. All components are universal standard parts or components known to those skilled in the art, and their structures and principles can be known to those skilled in the art through technical manuals or through conventional experimental methods.

[0026] The working principle of the present invention is as follows: the head movable tongue plate 10 can increase the forward resistance of the artificial bait underwater when the line is reeled in, so that it produces a left-right swaying swimming posture when moving forward, greatly improving product performance, and the swimming posture is more realistic and agile, and the reflective surface on the side of the artificial bait refracts obvious reflections underwater, which induces fish to find attack targets and is more attractive to predatory fish to come and prey, and the tail fixed tongue plate 8 is a high-density artificial bait, which provides lift, and the front and rear tongue plates make the bait body more balanced in the water, and the swimming posture is more realistic. When in use, the balancing lead block A3 and the balancing lead block B4 can be installed through the lead block mounting cavity A207 and the lead block mounting cavity B208, and the italic tongue plate 801 can be installed under the action of the mounting screw hole 802, and the mounting connection block 803 and the italic tongue plate 801 can be installed on the screw fixing block 209, and then the head movable tongue plate 10 can be installed by placing the cavity 205, and the head movable tongue plate can be ensured by the metal support 11 The installation of the plate 10 can ensure the fixation of the head movable tongue plate 10 and the double tongue plate fish body A1 and the double tongue plate fish body B2 by plugging the metal support 11 with the plug-in through hole B1003 and the plug-in through hole A206. The eight-shaped ring installation groove 202, the clamping groove body A203 and the clamping groove body B204 can facilitate the installation of the eight-shaped ring A5, the eight-shaped ring B6 and the eight-shaped ring C7. The external part of the lure is provided with a three-dimensional fish head pattern design. The overall shape is more like a small fish and generates a certain amount of turbulence when moving. , just like the surge caused by a small fish swimming by, making the bait more effective in attracting other fish to prey. The balanced lead block adopts a low center of gravity and a high specific gravity segmented fixed lead block, which makes the bait tremble more strongly and steadily during the falling process. The high specific gravity plus the center of gravity balance adjustment makes the casting distance farther. The streamlined design of the fish body and the movable tail tongue plate have little resistance during casting and a balanced center of gravity, which makes the lure casting distance longer and the flying posture more stable. The streamlined design of the fish body reduces wind resistance and makes casting smoother.

[0027] The above are only the preferred specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention, according to the technical solution and inventive concept of the present invention, making equivalent substitutions or changes should be covered within the protection scope of the present invention.

Claims

1. A double-tongueplate bionic bait with tongueplates at both the tail and the head, comprising a double-tongueplate fish body A (1), a fish body shell (201), an inclined tongueplate (801), a tongueplate body (1001) and a metal support (11), characterized in that, One side of the double-tongue fish body A (1) is fixedly connected to the double-tongue fish body B (2). Inside the double-tongue fish body A (1) and the double-tongue fish body B (2), there are snap hooks A (5), snap hooks B (6) and snap hooks C (7). Inside the double-tongue fish body A (1) and the double-tongue fish body B (2), balance lead blocks A (3) and balance lead blocks B (4) are inlaid. The bottom surface of the double-tongue fish body A (1) and the double-tongue fish body B (2) is threadedly connected to a tail movable tongue plate (8) through a fixed tongue plate screw (9). One end of the double-tongue fish body A (1) and the double-tongue fish body B (2) is rotatably connected to a head movable tongue plate (10) through a metal support (11). The top end of the tongue plate body (1001) is fixedly connected to an adapter block (1002). Inside the adapter block (1002), there is an insertion through hole B (1003). The top surface of the inclined tongue plate (801) is fixedly connected to an installation connection block (803). Inside the installation connection block (803), there is an installation screw hole (802). Inside the fish body housing (201), there are a lead block installation cavity A (207) and a lead block installation cavity B (208). Inside the fish body housing (201), there are a snap hook installation groove (202), a clamping groove body A (203) and a clamping groove body B (204). One end of the fish body housing (201) is provided with a placement cavity (205). Inside the placement cavity (205), there is an insertion through hole A (206). The other end of the fish body housing (201) is provided with a screw fixing block (209). The head movable tongue plate (10) includes a tongue plate body (1001), an adapter block (1002) and an insertion through hole B (1003). The outer wall of the metal support (11) is sleeved with the head movable tongue plate (10), the double-tongue fish body A (1) and the double-tongue fish body B (2), and the metal support (11) is inserted into the insertion through hole A (206) and the insertion through hole B (1003).

2. The double-tongueplate bionic bait with tongueplates at both the tail and the head according to claim 1, characterized in that, The tail movable tongue plate (8) includes an inclined tongue plate (801), an installation screw hole (802) and an installation connection block (803).

3. A double-tongueplate bionic bait with tongueplates at both the tail and the head according to claim 1, characterized in that, Inside the lead block installation cavity A (207) and the lead block installation cavity B (208), there are balance lead blocks A (3) and balance lead blocks B (4).

4. The bionic bait with double tongue plates having tongue plates at the tail and head according to claim 1, characterized in that, Inside the snap hook installation groove (202), the clamping groove body A (203) and the clamping groove body B (204), snap hooks A (5), snap hooks B (6) and snap hooks C (7) are clamped.

5. A double-tongueplate bionic bait with tongueplates at both the tail and the head according to claim 1, characterized in that, The double-tongue fish body B (2) includes a fish body housing (201), a snap hook installation groove (202), a clamping groove body A (203), a clamping groove body B (204), a placement cavity (205), an insertion through hole A (206), a lead block installation cavity A (207), a lead block installation cavity B (208) and a screw fixing block (209).

6. The bionic bait with double tongue plates having tongue plates at the tail and the head according to claim 1, characterized in that, Inside the screw fixing block (209), there is a fixed tongue plate screw (9), and the tail movable tongue plate (8) is located on the bottom surface of the screw fixing block (209).

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