Lure lure special for flowing water area
By incorporating a lateral rectifier and a traction angle adjustment plate on the side of the lure, the problem of poor lure stability in fast-flowing waters is solved, enabling stable stay and depth control in flowing water, thus improving fishing results.
Patent Information
- Application Number
- CN202520110228.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-17
- Publication Date
- 2025-12-23
- Estimated Expiration
- 2035-01-17
AI Technical Summary
Existing lure fishing tackle has difficulty maintaining stability in fast-flowing waters and cannot adapt to dynamic water bodies such as rivers, leading to fishing failures. Furthermore, existing rectifier designs fail in fast-flowing waters, making it impossible to effectively control the lure's swimming action and diving depth.
A lateral rectifier is installed on the side of the lure's outer shell, and a traction point is set on its transverse center line. The traction angle change plate is used to traction these two traction points. Combined with the main line traction point, the angle of the lure facing the water is controlled, simulating the principle of air rectification by a kite, so that the lure remains stable in the water.
It improves the stability of artificial lures in fast-flowing waters, enabling them to remain relatively stable in the water, dive to the target depth, and exhibit a swaying swimming motion, thus increasing the success rate of fishing.
Smart Images
Figure CN223694678U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to fishing technology field especially a roadia decoy special for flowing water area. BACKGROUND
[0002] The defects of the roadia decoy used by the roadia lovers at present are that it cannot adapt to the dynamic water body such as the river flowing fast, especially the roadia subject needing to adopt the slow search, when the angler faces the river flowing horizontally and throws the decoy into the water and slowly reels in, the decoy will soon flow downstream along with the flowing water body until the shore, causing the failure of the roadia activity, in addition, the flow regulation technical parameter designed for the fairing plate at the front end of the decoy at present is designed according to the water body of the stable water or the very slow flow speed, once these decoys are thrown into the river flowing fast to carry out the roadia, the angler throws the decoy into the water flowing horizontally from the shore and reels in, since the direction of the water flow is the side direction relative to the decoy, the flow regulation effect of the fairing plate at the front end of the decoy used at present is seriously interfered, the swimming posture and the diving target depth of the decoy are all seriously interfered, so that the angler cannot master the original technical characteristics of the decoy. SUMMARY
[0003] The utility model discloses a roadia decoy special for flowing water area, characterized in that it is composed of a shell main body, a traction angle conversion plate, a sound emitting object, a counterweight, a main line, a connecting ring and a fish hook, a lateral fairing plate is arranged horizontally and perpendicularly on the side of the decoy fish shell main body, a water cutting fairing surface is formed on the side of the decoy, two traction points are arranged on the horizontal center line of the lateral fairing plate, that is, a front traction angle conversion plate connecting point and a rear traction angle conversion plate connecting point are arranged on the front part of the area bisector of the lateral fairing plate, and a matching traction angle conversion plate is arranged according to the distance between the two traction points, the two traction points are simultaneously pulled by the traction angle conversion plate, the lateral fairing plate of the decoy is forced to keep the directional angle of the water flow to one side, and the main line is connected to the traction point suitable for the flow speed among the plurality of main line traction points on the traction angle conversion plate according to the actual flow speed, so as to control the water angle of the decoy, which is similar to the principle of the air flow regulation of the kite, so that the decoy keeps relatively stable in the water under the joint action of the water flow flowing horizontally, the lateral fairing plate and the main line tension.
[0004] The shell body is made of hard material, which is composed of a front rectifier plate, a lateral rectifier plate, a buoyancy cabin, a counterweight cabin, a sound emitting cabin, an abdominal hook connecting point and a tail hook connecting point. The front rectifier plate is made of hard material, is a horizontal plane arranged at the front end of the shell body and inclined downward, and functions to upwardly rectify the water flowing to the front of the lure, so as to make the lure dive downward in the counterflow. The lateral rectifier plate is made of hard material, is a horizontal plane vertically arranged on both sides of the fish body, and is composed of a rectifier surface, a front traction angle changing plate connecting point and a rear traction angle changing plate connecting point. The rectifier surface is a horizontal plane arranged in the shape of the side surface of the target lure, is a horizontal plane body vertically arranged on both sides of the fish body, and the front and rear traction angle changing plate connecting points are two connecting points arranged on the horizontal center line of the rectifier surface. The horizontal center line of the rectifier surface is a straight line horizontally equally dividing the area of the rectifier surface. The front and rear traction angle changing plate connecting points are connected with the front and rear connecting holes of the traction angle changing plate through the connecting ring. The lateral rectifier plate functions to simultaneously pull the two traction connecting points of the front and rear traction angle changing plate connecting points by the traction angle changing plate, forces the lateral rectifier plate of the whole side of the lure to rectify the angle of the water flow to one side, and sets a plurality of main line traction points on the traction angle changing plate. According to the actual water flow speed, the main line is connected with the traction point suitable for the water flow speed in the plurality of main line traction points, so as to control the water-encountering angle state of the lateral rectifier plate of the lure in the water. The principle is similar to that of the air rectification of a kite. The buoyancy cabin is a cabin for enclosing air arranged on the upper half of the shell body, and functions to provide buoyancy for the lure in cooperation with the counterweight to keep the posture of the lure in the water. The counterweight cabin is a cabin for arranging counterweights arranged on the lower half of the shell body, and functions to keep the posture of the lure in the water in cooperation with the buoyancy cabin. The sound emitting cabin is a cabin for arranging sound emitting objects arranged in the shell body, and functions to make the sound emitting objects roll left and right in the sound emitting cabin and impact the cabin wall to emit sound and attract the attention of the target fish when the lure is driven to move left and right by the fisherman. The abdominal hook connecting point is a connecting point for connecting a fish hook arranged on the lower part of the shell body, and the tail hook connecting point is a connecting point for connecting a fish hook arranged on the tail of the shell body.
[0005] The traction angle conversion plate is composed of a conversion plate body, a main line traction point, a front end connecting hole and a rear end connecting hole. The conversion plate body is a strip-shaped thin plate made of hard material, such as nickel-titanium alloy, and its length is set to be greater than the distance between the front traction angle conversion plate connecting point and the rear traction angle conversion plate connecting point. The main line traction point is a plurality of holes for connecting the main line, which are arranged between the front end connecting hole and the rear end connecting hole on the conversion plate body. The main line traction point is used for the angler to select the main line traction point to connect the main line on the traction angle conversion plate according to the flow rate of the water body, so that the angle of attack of the side rectification plate of the lure to the flowing water body is suitable for the flow rate of the water body. The principle is the same as selecting the connecting point to connect the main line on the kite line according to the size of the wind force and the target height when the kite is released. The front end connecting hole is arranged at the front end of the conversion plate body and is used to connect the hole of the front traction angle conversion plate connecting point of the side rectification plate. The rear end connecting hole is arranged at the rear end of the conversion plate body and is used to connect the hole of the rear traction angle conversion plate connecting point of the side rectification plate. The distance between the front end connecting hole and the rear end connecting hole is equal to the distance between the front traction angle conversion plate connecting point and the rear traction angle conversion plate connecting point of the side rectification plate. The traction angle conversion plate is used to connect the front traction angle conversion plate connecting point and the rear traction angle conversion plate connecting point of the side rectification plate through the connecting ring by using the front end connecting hole and the rear end connecting hole, so that the side rectification plate is pulled by the two points at the same time, the angle of attack of the side rectification plate to the flowing water body is fixed, that is, the direction of the thrust of the flowing water body on the side rectification plate is fixed, the side rectification plate changes the direction of the thrust of the flowing water body on the lure, the side rectification plate drives the lure to maintain a relatively stable state in the opposite direction of the water drainage of the side rectification plate, the lure stays in the fast-flowing water body and will not be washed to the shore, and the principle is the same as the kite staying in the air.
[0006] The sound emitting object is a spherical object with a volume smaller than the sound emitting cabin and arranged in the sound emitting cabin. When the lure is swung by the angler, the sound emitting object rolls left and right in the sound emitting cabin and hits the cabin wall to emit sound. The counterweight is an object with a volume equal to the counterweight cabin and a specific gravity greater than water, which is arranged in the counterweight cabin. The function of the counterweight is to cooperate with the buoyancy of the buoyancy cabin to maintain the posture of the lure in water. The main line is a fishing line connected to the lure. The connecting ring is a circular metal connecting ring. The fish hook is a fish hook with a size suitable for the fish body of the lure.
[0007] The manufacturing method of the special lure bait for flowing water area is that: a lateral rectifier plate is arranged on the lateral side of the body of the fish, the lateral rectifier plate is horizontally and transversely divided equally, a front traction angle transformation plate connecting point is arranged on the front part of the equal division line, a rear traction angle transformation plate connecting point is arranged on the rear part of the equal division line, a strip-shaped thin plate traction angle transformation plate is made of hard material such as nickel-titanium alloy according to the distance between the front traction angle transformation plate connecting point and the rear traction angle transformation plate connecting point, the two ends of the traction angle transformation plate are provided with a front end connecting hole and a rear end connecting hole, the distance from the front end connecting hole to the rear end connecting hole is equal to the distance between the front traction angle transformation plate connecting point and the rear traction angle transformation plate connecting point, and a plurality of main line traction points are arranged between the front end connecting hole and the rear end connecting hole of the traction angle transformation plate, and the front traction angle transformation plate connecting point and the rear traction angle transformation plate connecting point are connected with the front end connecting hole and the rear end connecting hole through a circular connecting ring.
[0008] The principle of the special lure bait for flowing water area is that: the front traction angle transformation plate connecting point and the rear traction angle transformation plate connecting point of the lure bait lateral rectifier plate are simultaneously pulled through the front end connecting hole and the rear end connecting hole of the traction angle transformation plate, the lateral rectifier plate is forced to keep a fixed angle direction to the water flow, which is the same as the principle of the fixed angle direction of the kite to the air flow, so that the lure bait keeps relatively stable in the flowing water under the joint action of the lateral rectifier plate and the main line tension, which is similar to the relatively stable stay of the kite in the air, and the main line is connected with the main line traction point on the traction angle transformation plate according to different water flow speed, so as to improve the stability of the lure bait in the flowing water, in addition, the dynamic water flow provides power to the front rectifier plate of the lure bait, so that the front rectifier plate of the lure bait rectifies the water flow, and the lure bait realizes diving to the target depth and has left and right swing swimming posture effect. BRIEF DESCRIPTION OF DRAWINGS
[0009] The utility model will be further described in combination with the drawings:
[0010] Figure 1 It is a structural schematic view of the special lure bait for flowing water area.
[0011] Figure 2 It is Figure 1 It is a position structure schematic view of the front rectifier plate, the lateral rectifier plate and the abdominal hook connecting point and the tail hook connecting point of the middle and outer shell body.
[0012] Figure 3 It is Figure 1 It is a structural schematic view of the lateral rectifier plate of the middle and outer shell body.
[0013] Figure 4 It isFigure 1 Longitudinal section structure schematic diagram of middle shell body.
[0014] Figure 5 Is Figure 1 Transverse section structure schematic diagram of middle shell body.
[0015] Figure 6 Is Figure 1 Structure schematic diagram of middle traction angle conversion plate. DETAILED DESCRIPTION
[0016] As Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 The utility model is realized as shown in the description, and the utility model is characterized by comprising a shell body 1, a traction angle conversion plate 2, a sound producing object 3, a counterweight 4, a main line 5, a connecting ring 6 and a fish hook 7, a lateral rectifier plate 9 is arranged on the side of the artificial bait fish body shell body 1 in a transverse and vertical manner, a water cutting rectifier surface is formed on the side of the artificial bait, one traction point is arranged on the front part and the rear part of the transverse center line of the lateral rectifier plate 9, that is, a front traction angle conversion plate connecting point 16 is arranged on the front part of the area bisector of the lateral rectifier plate 9, and a rear traction angle conversion plate connecting point 17 is arranged on the rear part, the matching traction angle conversion plate 2 is arranged according to the distance between the two traction points, the two traction points are simultaneously pulled by the traction angle conversion plate 2, the lateral rectifier plate 9 of the artificial bait is forced to keep the directional angle of water flow to one side, a plurality of main line traction points 19 are arranged on the traction angle conversion plate 2, the main line 5 is connected to the traction point suitable for the flow velocity in the plurality of main line traction points 19 according to the actual water flow velocity, the water meeting angle of the artificial bait is controlled, and the principle of the air rectification of the kite is similar, so that the artificial bait keeps relatively stable in water under the combined action of the transverse flow water flow, the lateral rectifier plate 9 and the main line 5 tension.
[0017] As Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6As shown, the shell body 1 is made of hard material, which is composed of front end rectifier plate 8, lateral rectifier plate 9, buoyancy cabin 10, counterweight cabin 11, sound emitting cabin 12, ventral hook connection point 13 and tail hook connection point 14. The front end rectifier plate 8 is made of hard material, which is a horizontal plane set on the front end of the shell body 1 and inclined downward, and its function is to rectify the water flowing to the front of the lure upward, so as to make the lure dive downward in the counter current. The lateral rectifier plate 9 is made of hard material, which is a horizontal plane vertically set on both sides of the fish body, and it is composed of rectifier surface 15, front part traction angle changing plate connection point 16 and rear part traction angle changing plate connection point 17. The rectifier surface 15 is a horizontal plane set as the shape of the side surface of the target lure, which is a horizontal plane body vertically set on both sides of the fish body. The front part traction angle changing plate connection point 16 and the rear part traction angle changing plate connection point 17 are two connection points set on the front part and the rear part of the horizontal center line of the rectifier surface 15. The horizontal center line of the rectifier surface 15 is a straight line that divides the area of the rectifier surface 15 horizontally on average. The front part traction angle changing plate connection point 16 and the rear part traction angle changing plate connection point 17 are connection points connected with the front end connecting hole 20 and the rear end connecting hole 21 of the traction angle changing plate 2 through the connecting ring 6. The function of the lateral rectifier plate 9 is to simultaneously pull the two traction connection points of the front part traction angle changing plate connection point 16 and the rear part traction angle changing plate connection point 17 by the traction angle changing plate 2, to force the lateral rectifier plate 9 of the whole side of the lure to rectify the water flow at a certain angle, and to set multiple main line traction points 19 on the traction angle changing plate 2. Then, according to the actual water flow speed, the main line 5 is connected with the traction point suitable for the water flow speed from the multiple main line traction points 19, to control the water angle state of the lateral rectifier plate 9 of the lure in the water. The principle is similar to that of the kite rectifying the air. The buoyancy cabin 10 is a cabin that encloses air in the upper half of the shell body 1, which provides buoyancy for the lure and cooperates with the counterweight 4 to keep the posture of the lure in the water. The counterweight cabin 11 is a cabin that sets the counterweight 4 in the lower half of the shell body 1, which cooperates with the buoyancy cabin 10 to keep the posture of the lure in the water. The sound emitting cabin 12 is a cabin that sets the sound emitting object 3 in the shell body 1, which makes the sound emitting object 3 roll left and right in the sound emitting cabin 12 and hit the cabin wall to make a sound when the lure is swung left and right by the fisherman, so as to attract the attention of the target fish. The ventral hook connection point 13 is a connection point that connects the fish hook 7 on the lower part of the shell body 1. The tail hook connection point 14 is a connection point that connects the fish hook 7 on the tail of the shell body 1.
[0018] As Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6As shown, the traction angle conversion plate 2 is composed of a conversion plate body 18, a main line traction point 19, a front end connecting hole 20 and a rear end connecting hole 21. The conversion plate body 18 is a strip-shaped thin plate made of hard material, such as nickel-titanium alloy, and its length is set to be greater than the distance between the front traction angle conversion plate connecting point 16 and the rear traction angle conversion plate connecting point 17. The main line traction point 19 is a plurality of holes for connecting the main line 5, which are arranged between the front end connecting hole 20 and the rear end connecting hole 21 on the conversion plate body 18. The main line traction point 19 is used for the angler to select the main line traction point 19 to connect the main line 5 on the traction angle conversion plate 2 according to the flow rate of the water body, so that the angle of attack of the side rectification plate 9 of the lure to the flowing water body is suitable for the flow rate of the water body. The principle is the same as selecting the connecting point of the main line on the kite line according to the size of the wind force and the target height when flying the kite. The front end connecting hole 20 is a hole arranged at the front end of the conversion plate body 18, which connects the front traction angle conversion plate connecting point 16 of the side rectification plate 9. The rear end connecting hole 21 is a hole arranged at the rear end of the conversion plate body 18, which connects the rear traction angle conversion plate connecting point 17 of the side rectification plate 9. The distance between the front end connecting hole 20 and the rear end connecting hole 21 is equal to the distance between the front traction angle conversion plate connecting point 16 and the rear traction angle conversion plate connecting point 17 of the side rectification plate 9. The traction angle conversion plate 2 is used to connect the front traction angle conversion plate connecting point 16 and the rear traction angle conversion plate connecting point 17 of the side rectification plate 9 through the connecting ring 6 by the front end connecting hole 20 and the rear end connecting hole 21, so that the side rectification plate 9 is simultaneously pulled by the front and rear points, the angle of attack of the side rectification plate 9 to the flowing water body is fixed, that is, the direction of the thrust of the flowing water body acting on the side rectification plate 9 is fixed, the side rectification plate 9 changes the direction of the thrust of the flowing water body to the lure, the side rectification plate 9 drives the lure to maintain a relatively stable state opposite to the water drainage direction, and the lure stays in the fast-flowing water body and will not be washed to the shore. The principle is the same as that of the kite staying in the air.
[0019] As shown in Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 The sound emitting object 3 is a spherical object with a volume smaller than the sound emitting cabin 12 arranged in the sound emitting cabin 12. When the lure is swung by the angler, it rolls left and right in the sound emitting cabin 12 and hits the cabin wall to emit sound. The counterweight 4 is an object with a volume equal to the counterweight cabin 11 and a specific gravity greater than water, which is arranged in the counterweight cabin 11. Its function is to cooperate with the buoyancy of the buoyancy cabin 10 to maintain the posture of the lure in water. The main line 5 is a fishing line connected to the lure. The connecting ring 6 is a circular metal connecting ring. The hook 7 is a hook with a size suitable for the fish body of the lure.
[0020] As shown in Figure 1 , Figure 2 ,Figure 3 、 Figure 4 、 Figure 5 、 Figure 6 As shown in the drawings, the manufacturing method of the special streamer lure for flowing water area is that a lateral fairing plate 9 is arranged on the side of the fish body shell main body 1, the lateral fairing plate 9 is horizontally and transversely evenly divided, a front traction angle changing plate connecting point 16 is arranged on the front part of the evenly divided line, a rear traction angle changing plate connecting point 17 is arranged on the rear part of the evenly divided line, according to the distance between the front traction angle changing plate connecting point 16 and the rear traction angle changing plate connecting point 17, a strip-shaped thin plate traction angle changing plate 2 is made of hard material such as nickel-titanium alloy, both ends of the traction angle changing plate 2 are provided with a front end connecting hole 20 and a rear end connecting hole 21, the distance between the front end connecting hole 20 and the rear end connecting hole 21 is equal to the distance between the front traction angle changing plate connecting point 16 and the rear traction angle changing plate connecting point 17, a plurality of main line traction points 19 are arranged between the front end connecting hole 20 and the rear end connecting hole 21 of the traction angle changing plate 2, and the front traction angle changing plate connecting point 16 and the rear traction angle changing plate connecting point 17 are connected with the front end connecting hole 20 and the rear end connecting hole 21 through a circular connecting ring 6.
[0021] As shown in the drawings, Figure 1 、 Figure 2 、 Figure 3 、 Figure 4 、 Figure 5 、 Figure 6 Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 The principle of the special streamer lure for flowing water area is that the traction angle changing plate 2 simultaneously pulls the front traction angle changing plate connecting point 16 and the rear traction angle changing plate connecting point 17 of the lure lateral fairing plate 9 through the front end connecting hole 20 and the rear end connecting hole 21, forces the lateral fairing plate 9 to keep a fixed angle direction to the water flow, which is the same as the principle of the fixed angle direction of the kite to the air flow, so that the lure keeps relatively stable in the flowing water under the joint action of the transversely flowing water flow, the lateral fairing plate 9 and the main line 5 tension, which is similar to the relatively stable stay of the kite in the air, and according to different water flow speeds, the main line traction point 19 of the traction angle changing plate 2 is selected to connect the main line 5 to make the lateral fairing plate 9 form a suitable angle with the water flow, so as to improve the stability of the lure staying in the flowing water, in addition, the dynamic water flow provides power to the front of the lure, the front fairing plate 8 of the lure performs fairing to the oncoming water flow, so that the lure realizes diving to the target depth and has left and right swimming posture effect.
Claims
1. A lure specifically designed for flowing water, characterized in that: It consists of a main shell, a traction angle adjustment plate, a sound-generating element, a counterweight, a main line, a connecting ring, and a hook. A lateral flow straightener is horizontally and vertically installed on the side of the lure's main shell, forming a water-cutting flow straightening surface on the side of the lure. Two traction points are set on the horizontal center line of this lateral flow straightener, and a matching traction angle adjustment plate is set according to the distance between the two traction points. The traction angle adjustment plate pulls on these two traction points simultaneously, forcing the lateral flow straightener to maintain a directional angle to the water flow and straighten it to one side. According to the actual water flow speed, a suitable traction point is selected from multiple main line traction points on the traction angle adjustment plate to connect to the main line, controlling the lure's angle of attack. This allows the lure to maintain a relatively stable position in the water under the combined action of the horizontal water flow, the lateral flow straightener, and the main line tension.
2. The lure for flowing water as described in claim 1, characterized in that: The main body of the outer shell is made of rigid material and consists of a front rectifier plate, side rectifier plates, a buoyancy chamber, a weight chamber, a sound chamber, a belly hook connection point, and a tail hook connection point. The front rectifier plate, also made of rigid material, is a horizontally inclined, downward-sloping plane located at the front of the main body. The side rectifier plates, also made of rigid material, are horizontally and vertically positioned on both sides of the fish's body. They consist of a rectifier surface, a front traction angle changing plate connection point, and a rear traction angle changing plate connection point. The rectifier surface is a plane shaped like the side of the target lure, horizontally and vertically positioned on both sides of the fish's body. The front and rear traction angle changing plate connection points are located at... The two connection points at the front and rear of the lateral centerline of the rectifying surface are the lateral centerline of the rectifying surface, which is a straight line that divides the area of the rectifying surface into equal parts laterally. The connection points of the front and rear traction angle transformation plates are connected by a connecting ring to the front and rear connection holes of the traction angle transformation plate. The buoyancy chamber is a closed air chamber located in the upper half of the outer shell. The counterweight chamber is a chamber located in the lower half of the outer shell where counterweights are placed. The sound-generating chamber is a chamber located inside the outer shell where sound-generating objects are placed. The belly hook connection point is a connection point located in the lower part of the outer shell where fishhooks are connected. The tail hook connection point is a connection point located in the stern of the outer shell where fishhooks are connected.
3. The lure for flowing water as described in claim 1, characterized in that: The traction angle conversion plate consists of a conversion plate body, main line traction points, front-end connection holes, and rear-end connection holes. The conversion plate body is a strip-shaped thin plate made of rigid material, and its length is set to be greater than the distance between the front and rear traction angle conversion plate connection points. The main line traction points are multiple holes on the conversion plate body that connect the main line between the front and rear-end connection holes. The front-end connection hole is located at the front end of the conversion plate body and connects to the front traction angle conversion plate connection point of the lateral rectifier. The rear-end connection hole is located at the rear end of the conversion plate body and connects to the rear traction angle conversion plate connection point of the lateral rectifier. The distance between the front and rear connection holes is equal to the distance between the front and rear traction angle conversion plate connection points of the lateral rectifier.