Intelligent fishing take-up device

Abstract

An intelligent fishing take-up device is fixed to a fishing rod, when a fish bites a hook, the fish pulls a fishing line to generate tension, the tension on the fishing line controls a motor to rotate reversely through a tension sensor and a circuit board so as to take up the fishing line to pull the fish, and if the tension on the fishing line is too large or the fishing line is blocked by sundries, and the tension on the fishing line exceeds a set value, the motor stops rotating. At the moment, the handle on the reel can be shaken to take up the fishing line to pull the fish, the unhooking phenomenon is reduced or avoided, the labor intensity of fishing line take-up is reduced, and the fish condition near the fishing hook can be checked by inserting the control line plug into the display during fish finding.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the leisure fitness supplies, specifically an intelligent automatic take-up device for fishing, specifically a simple structure, reduce the labor intensity of fishing take-up, improve take-up efficiency, increase the fun of the angler's intelligent fishing take-up. BACKGROUND

[0002] The fishing rod currently used mainly has ordinary type and automatic type, the ordinary type fishing rod is usually composed of fishing rod, fishing line, reel and handle, needs manual hook lifting take-up, and the existing automatic fishing rod is not sensitive to the judgment of whether there is fish hooking, and the automatic take-up and manual take-up functions cannot coexist, when the automatic function is unavailable, it needs to be temporarily disassembled and reassembled into a manual take-up type, the use is complex, the convenience is poor, and the labor intensity of the angler is increased. SUMMARY

[0003] The utility model solves the technical problem of the prior art, provides a kind of intelligent fishing take-up, and the take-up is fixed on fishing rod, when fish bites hook, can automatically take-up, reduce or avoid the phenomenon of unhooking, reduce the labor intensity of fishing take-up, improve take-up efficiency, when automatic take-up fails to take-up, can shake handle to complete take-up, reach the purpose that automatic take-up and manual take-up function coexist.

[0004] The utility model solves its technical problem and adopts the technical scheme of:

[0005] This utility model of an intelligent fishing line retriever consists of two parts: an electronic control system and a mechanical execution system. In the electronic control system, a rechargeable battery is connected to a tension sensor, a circuit board, and a motor via wires. The tension sensor is mounted on the retriever's housing. The rechargeable battery, circuit board, and motor are housed in a control box. Working indicator lights, line release indicator lights, line reel indicator lights, a control chip, push-button switches, and a charging port are mounted on the circuit board and connected via printed circuits. The control box is fixed to the retriever's housing, and a control box cover is fixed to the control box. The rechargeable battery provides power to the circuit board. The tension sensor and circuit board control the motor's operation; the motor speed increases with increasing tension and decreases with decreasing tension. The motor stops rotating when the tension is zero or exceeds a set value. In the mechanical execution system… In this system, the motor, along with the drive wheel and driven wheel, forms a gear transmission mechanism that drives the winding wheel to rotate. The drive wheel is mounted on the motor shaft, and the driven wheel is mounted on the winding wheel shaft. The upper and lower parts of the winding wheel are connected and fixed to the winding wheel shaft by winding wheel screws. The winding wheel shaft is fixed to the inner ring of the bearing, and the outer ring of the bearing is fixed to the retriever housing. The beginning of the fishing line is fixed to the winding wheel, and after winding, it passes through the retriever housing, the guide wheel, the guide wheel bracket, and the guide frame before the end connects to the float and the fishing hook. The guide wheel bracket is mounted on the tension sensor. The guide wheel is mounted on the first guide wheel bracket, the second guide wheel bracket, and the third guide wheel bracket via the guide wheel shaft. The guide frame is fixed to the fishing rod by guide frame screws, and the fishing rod is fixed to the fishing rod holder by fishing rod clamps and clamp screws.

[0006] In use, first fix the outer shell of this reel to the fishing rod using a fishing rod clamp and clamp screws. Press the button switch until the working indicator light illuminates. Before casting the line into the water, briefly press the button switch; the line release indicator light will illuminate. Then, cast the baited hook into the water. The tension on the fishing line is controlled by a tension sensor and a circuit board to rotate the motor smoothly.

[0007] When the hook reaches zero tension in the water, the motor stops rotating. At this point, briefly pressing the button switch twice will turn off the line release indicator and turn on the line reel indicator, entering the fishing-waiting mode. When a fish bites, it pulls on the line, creating tension. This tension, controlled by a tension sensor and circuit board, reverses the motor to reel in the line and pull the fish. If the fish's pull is too strong or the line is obstructed by debris, the fishing...

[0008] When the tension on the line exceeds the set value, the motor stops rotating and the working indicator light flashes continuously to prevent the fishing line from breaking. At this time, you can turn the handle on the reel to reel in the line and catch the fish.

[0009] The beneficial effects of this utility model are: it provides fishing enthusiasts with an intelligent automatic fishing device that can not only reduce the tension and physical exertion of anglers, but also improve fishing efficiency, allowing people to fully enjoy the joy of fishing. Attached Figure Description

[0010] Figure 1 Fig. 1 is a schematic diagram of the overall structure of the utility model.

[0011] Figure 2 Fig. 2 is a schematic diagram of the structure of the line retractor shell and circuit board of the utility model.

[0012] In the figure, 1. Control line plug, 2. Wire wheel shaft, 3. Wire wheel, 4. Fishing line, 5. Third wire wheel support, 6. Tension sensor, 7. Camera, 8. Fishing rod, 9. Wire holder, 10. Wire holder screw, 11. Fishing rod clamp, 12. Clamp screw, 13. Control box cover, 14. Display support, 15. Display, 16. Motor, 17. Driving wheel, 18. Circuit board, 19. Rechargeable battery, 20. Driven wheel, 21. Line retractor shell, 22. Bearing, 23. Wire winding wheel lower part, 24. Wire winding wheel upper part, 25. Wire winding wheel screw, 26. Wire winding wheel shaft, 27. Handle, 101. First wire wheel support, 102. Sensor base, 103. Fishing rod seat, 104. Second wire wheel support, 105. Control box, 401. Control line, 1801. Working indicator light, 1802. Line releasing indicator light, 1803. Line retraction indicator light, 1804. Control chip, 1805. Push button switch, 1806. Charging port. DETAILED DESCRIPTION

[0013] The utility model is further described below in combination with the drawings:

[0014] As shown in the accompanying drawings Figure 1 And the accompanying drawings Figure 2As shown, the intelligent fishing reel is composed of an electronic control system and a mechanical execution system. In the electronic control system, the charging battery 19 is connected with the tension sensor 6, the circuit board 18 and the motor 16 through wires; the tension sensor 6 is installed on the reel housing 21, the charging battery 19 and the circuit board 18 and the motor 16 are installed in the control box 105, the working indicator light 1801, the line releasing indicator light 1802, the reel collecting indicator light 1803, the control chip 1804, the button switch 1805 and the charging port 1806 are installed on the circuit board 18 and connected through printed circuit, the control box 105 is fixed on the reel housing 21, the control box cover 13 is fixed on the control box 105, the charging battery 19 provides working power for the circuit board 18, the tension sensor 6 and the circuit board 18 control the motor operation, the motor 16 speed increases with the increase of tension and decreases with the decrease of tension, and the motor 16 stops rotating when the tension is zero or exceeds the set value; in the mechanical execution system, the motor 16, the driving wheel 17, the driven wheel 20 and the winding wheel shaft 26 constitute a gear transmission mechanism to drive the winding wheel to rotate, the driving wheel 17 is installed on the shaft of the motor 16, the driven wheel 20 is installed on the winding wheel shaft 26, the upper part 24 and the lower part 23 of the winding wheel are connected and fixed on the winding wheel shaft 26 through the winding wheel screw 25, the winding wheel shaft 26 is fixed on the inner ring of the bearing 22, the outer ring of the bearing 22 is fixed on the reel housing 21, the fishing line 4 is fixed at the first end of the winding wheel, and after winding, it passes through the reel housing 21, the guide wheel 3, the first guide wheel support 101 and the guide 9, and is connected with the float and the fishing rod at the tail end, the third guide wheel support 5 is installed on the tension sensor 6, the guide wheel 3 is installed on the first guide wheel support 101, the second guide wheel support 104 and the third guide wheel support 5 through the guide wheel shaft 2, the guide 9 is fixed on the fishing rod 8 through the guide screw 10, and the fishing rod 8 is fixed on the fishing rod seat 103 through the fishing rod clamp 11 and the clamp screw 12.

[0015] In use, the line retractor shell 21 is first fixed on the fishing rod 8 with the fishing rod clamp 11 and clamp screw 12, the button switch 1805 is pressed down until the working indicator light 1801 is on, the button switch 1805 is pressed down once before the line is cast into the water, the line release indicator light 1802 is on, then the fish hook with bait is thrown into the water, the tension on the fishing line 4 controls the motor 16 to rotate in the forward direction through the tension sensor 6, when the fish hook falls into the water and the tension is zero, the motor 16 stops rotating, at this time, the button switch 1805 is pressed down twice in succession, the line release indicator light 1802 is off, the line retraction indicator light 1803 is on, and the fish is entered into the state of being guarded, when the fish bites the hook, the fish pulls the fishing line 4 to generate tension, the tension on the fishing line 4 controls the motor 16 to rotate in the reverse direction through the tension sensor 6 and the circuit board 18 to retract the line and pull the fish, if the pulling force of the fish is too large or the fishing line is blocked by debris, the tension on the fishing line 4 exceeds the set value, the motor 16 stops rotating, and the working indicator light 1801 flashes in succession to avoid the fishing line 4 from being pulled off, at this time, the handle 27 on the winding wheel can be shaken to retract the line and pull the fish.

[0016] As shown in the accompanying drawings Figure 1 and the accompanying drawings Figure 2 As shown in the accompanying drawings, the same content as the previous embodiment in another embodiment of the intelligent fishing line retractor is not described, only the different places are described, the present embodiment is used for retraction with a fish finder, the fishing line 4 and the control line 401 are side by side, compared with the previous example, the control line plug 1, the camera 7, the control line 401, the display 15, and the display support 14 are increased, the head end of the control line 401 is connected with the control line plug 1, the tail end is connected with the camera 7, the display 15 is connected with the display support 14 and is fixed on the control box 105, the camera 7 is connected at the tail end of the control line 401 and is fixed near the fish hook, the control line plug 1 is fixed on the winding wheel during the retraction and release of the line, and the control line plug 1 is plugged on the display during the fish exploration to view the fish near the fish hook.

[0017] The control line plug 1, the camera 7, the control line 401, the display 15, the tension sensor 6, and the circuit board 18 are known and commonly used technologies, which will not be described here, and any selection or arrangement can be made according to the needs or convenience of the person skilled in the art. The above description is only a preferred specific embodiment of the present application, but the protection scope of the present application is not limited thereto, any person skilled in the art can make equivalent replacement or change according to the technical solution and the inventive concept of the present application within the technical range disclosed by the present application, which should be covered within the protection scope of the present application.

Claims

1. An intelligent fishing line reel, comprising an electronic control system and a mechanical execution system: In the electronic control system, a rechargeable battery (19) is connected to a tension sensor (6), a circuit board (18), and a motor (16) by wires; the tension sensor (6) is mounted on a sensor base (102), the sensor base (102) is fixed on the reel housing (21), the rechargeable battery (19), the circuit board (18), and the motor (16) are mounted in a control box (105), and the working indicator light (1801), the line release indicator light (1802), and the line reel indicator light (1803) are mounted in a mechanical execution system. 03) The control chip (1804), push-button switch (1805), and charging port (1806) are mounted on the circuit board (18) and connected by printed circuits. The control box (105) is fixed on the take-up coil housing (21), and the control box cover (13) is fixed on the control box (105). The rechargeable battery (19) provides working power to the circuit board (18). The tension sensor (6) and the circuit board (18) control the motor to run. The speed of the motor (16) increases with the increase of tension and decreases with the decrease of tension. When the tension is zero or exceeds the set value, the motor (16) stops rotating. In the system, the motor (16), the drive wheel (17), the driven wheel (20), and the winding wheel shaft (26) form a gear transmission mechanism to drive the winding wheel to rotate. The drive wheel (17) is mounted on the motor (16) shaft, and the driven wheel (20) is mounted on the winding wheel shaft (26). The upper part (24) and the lower part (23) of the winding wheel are connected by the winding wheel screw (25) and fixed on the winding wheel shaft (26). The winding wheel shaft (26) is fixed on the inner ring of the bearing (22), and the outer ring of the bearing (22) is fixed on the take-up reel housing (21). The end of the fishing line (4) is fixed on the winding wheel. After winding, the line passes through the receiver housing (21), the guide reel (3), the guide reel bracket (101), and the guide frame (9), and the tail end is connected to the float and the fishing rod. The third guide reel bracket (5) is installed on the tension sensor (6). The guide reel (3) is installed on the first guide reel bracket (101), the second guide reel bracket (104), and the third guide reel bracket (5) through the guide reel shaft (2). The guide frame (9) is fixed to the fishing rod (8) by the guide frame screw (10). The fishing rod (8) is fixed to the fishing rod holder (103) by the fishing rod clamp (11) and clamp screw (12).

2. The intelligent fishing line reel according to claim 1, characterized in that, When reeling in the line, the fishing line (4) and the control line (401) are placed side by side. The first end of the control line (401) is connected to the control line plug (1), and the last end is connected to the camera (7). The display (15) is connected to the display bracket (14) and fixed on the control box (105). The camera (7) is connected to the last end of the control line (401) and fixed near the fish hook. When reeling in and releasing the line, the control line plug (1) is fixed on the reel. When searching for fish, the control line plug (1) is removed and plugged into the display to view the fish situation near the fish hook.

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