CN106879564A - A kind of intelligent bionic is fished system - Google Patents

Abstract

The invention relates to an intelligent bionic fishing system, which belongs to the technical field of fishing equipment. The intelligent bionic fishing system comprises, from bottom to top, a hook system, a fish luring system and an alarm system. In view of the existing improved fishhooks, only passive biting can be added to hook the fish, and they cannot be actively ejected to hook the fish mouth, and these devices do not have automatic baiting, and there will be great disadvantages such as bait prompts and long-term lures. The invention provides an intelligent bionic fishing system. The device has a simple structure and is a novel fishing device capable of automatic fishing with high degree of automation, high efficiency, cleanliness, simplicity and low cost.

Description

An intelligent bionic fishing system

technical field

The invention relates to an intelligent bionic fishing system, which belongs to the technical field of fishing equipment.

Background technique

At present, there is a big problem in existing fishhooks, which can only be provided with baits similar to earthworms or separate distiller's grain baits, and cannot fish for large-scale fish schools. Existing fishhooks cannot adjust the size of the hook to adapt to different fish bite modes, and it is difficult to continuously complete the long-term luring process by rapidly dissolving the feed into the water when spreading the nest. And at night, it is difficult to fish under harsh conditions such as wind and waves, and there are many problems.

Patent Publication No. 204272981U discloses that the utility model relates to a fishhook, including a hook fixing part. The hook fixing part is provided with no less than three connecting holes, one of which is connected with a fishing line, and the remaining connecting holes are Connected with the fishhook, the hook body of the fishhook includes the hook tip and the hook shank integrally formed, the inner side of the hook tip is provided with a barb, the length of the barb is 1-5mm, the connection between the hook handle and the hook tip Barbs are also provided at the center, and the length of the barbs is 1-5mm. The hook fixture is provided with a hollow abdominal cavity, and the bottom of the hollow abdominal cavity is provided with a positioning hole, and a winding clip is fixed on the positioning hole. This patent mainly focuses on the transformation of the fishhook. The tip of the hook and the handle of the hook are integrally formed. There are barbs on the inside of the tip of the hook, but it is still passive for fish to bite the hook. There are also barbs. In fact, the effect of barbs is very limited. Too many barbs are easy to scratch yourself when using it. There is a positioning hole at the bottom of the hollow abdominal cavity. In fact, the positioning hole does not have many uses, and the position of the fishhook should not be changed frequently. Lack of automatic prompts and long-term lures.

Patent Publication No. 103271007A discloses a fishhook that is convenient to be connected with fishing line and fastened reliably. The fishhook includes a hook point and a hook handle integrated with the hook point. The outer end of the curved part is connected with a clamp arm parallel to the hook handle, and the end of the clamp arm is close to the hook handle; the end of the clamp arm is connected with a short arm extending outward; the short arm is inclined downward; The end of the short arm is connected with an antihook; the end of the clamp arm leans against the hook handle; there are barbs on the tip of the hook; the clamp arm and the short arm are flat; the clamp arm and the short arm And the anti-hook is made of plastic. The outer end of the curved part is connected with a clamp arm parallel to the hook handle. This structure similar to a triangular sea fishhook is relatively common, but due to its special structure, processing is difficult and the cost is relatively expensive. Moreover, due to the existence of side-by-side clamping arms, the fish biting the hook must have a particularly large mouth to bite the hook firmly. For example, crucian carp and carp are small in size and have small mouths, making it difficult to bite. Common baits are distiller's grains and earthworms, which are difficult to hook.

Contents of the invention

In view of the above-mentioned existing improved fishhooks, the fishhook can only be hooked by passively biting the hook, and cannot be actively popped out to hook the fish mouth, and these devices do not have automatic baiting, and there will be great disadvantages such as baiting prompts and long-term lures. The invention provides an intelligent bionic fishing system. The device has a simple structure and is a novel fishing device capable of automatic fishing with high degree of automation, high efficiency, cleanliness, simplicity and low cost. The present invention is realized through the following technical solutions.

An intelligent bionic fishing system, including a hook system 1, a fish luring system 2, and an alarm system 3 from bottom to top; Stress frame 8, fishhook base 9, pull fishing line 10, thimble 11, spring 12, auxiliary fishhook 13, main fishhook 14 and bionic bait 15; Described fish luring system 2 comprises fish float 16, small hook 17 , bait cabin 18, fine grid mesh cage 19 and coarse mesh mesh cage 20; Described alarm system 3 comprises sub-wire 21, slideway 22, conduction tank 23, DC electric wire 24, conductive rod 25, sub-wire turn 26 , electric sounder 27, busbar 28, busbar turns 29, circuit resistor 30, battery 31, light bulb 32, circuit switch 33, counterweight iron block 34, recovery spring 35, elastic wire hole 36, waterproof casing 37 and foam outer layer 38;

In the hook system 1, the front end of the fishhook base 9 is provided with an auxiliary fishhook 13, a main fishhook 14 and a bionic bait 15, the bionic bait 15 is located at the center of the fishhook base 9, the main fishhook 14 and two auxiliary fishhooks 15 is equally divided into 360 ° equiangular arrangement, the auxiliary fishhook 13, the main fishhook 14 and the bionic bait 15 pass through the force frame 8, the interior of the force frame 8 is covered with a silicone pad, and the rear end of the force frame 8 passes through the elastic rope Connected to the hook 5, the hook 5 is connected to the solid base 7 through the rotary joint 6, a cylindrical groove is arranged inside the hook 5, and a compressed spring 12 is placed horizontally in the cylindrical groove, and the spring 12 and the side end of the cylindrical groove The thimble 11 is connected, and the thimble 11 is connected with the fishhook base 9 by pulling the fishing line 10;

The fishhook base 9 of the hook system 1 in the described fish luring system 2 is connected with the coarse mesh cage 20, the top of the coarse mesh cage 20 is connected with the fine mesh cage 19, the coarse mesh cage 20 and the fine mesh A bait compartment 18 is formed inside the mesh cage 19, a fish float 16 is arranged on the top of the fine mesh mesh cage 19, and small hooks 17 are distributed on the surface of the fine mesh mesh cage 19 at intervals;

In the alarm system 3, the waterproof casing 37 is wrapped with a foam outer layer 38, and the bottom of the waterproof casing 37 is provided with a counterweight iron block 34. The top of the waterproof casing 37 is connected to the busbar 28 through the busbar turn 29, and the sub-wire 21 runs through the waterproof casing 37 and the In the fish luring system 2, the fish float 16 is connected, and the bottom of the waterproof case 37 is provided with an elastic wire hole 36 where the sub-wire 21 penetrates. , the sub-wire turn 26 is installed on the conductive rod 25 located inside the waterproof casing 37, the connection between the sub-wire 21 and the sub-wire turn 26 is provided with a recovery spring 35, and the two sides of the conductive rod 25 are provided with the conductive rod 25 to slide. Slideway 22, one side slideway 22 bottoms connect another side slideway 22 bottoms after being connected in series with electrodynamic sounder 27, battery 31, circuit resistor 30, bulb 32, circuit switch 33 by DC electric wire 24 successively.

The waterproof casing 37 is PVC plastic.

The foam outer layer 38 adopts EVA foam material.

The usage method of the novel fishing equipment of this automatic fishing is:

(1) Adjust the hook so that it can move flexibly, as shown in Figures 5, 6, 7 and 8, when the fish bites the hook and sucks the bionic bait, the front edge of the hook is contained in the lip, and under the action of suction , the force frame slides forward, driving the elastic rope to pull the hook claw, so that the hook claw slides out of the cylindrical groove of the solid base, the spring will push the thimble, hit the fishhook base, and connect the auxiliary fishhook and the main hook. The fishhook is pushed out from the force frame, and the fishhook changes from a contracted state to an open state, hooks the fish mouth, pulls the fishing line tight, and pulls the popped out fishhook.

(2) Arrange the bait for long-term fish luring. The fishing line is connected in series in the middle of the bait cabin. The fine mesh cage is used to place the easily soluble bait for long-distance scent luring, and the coarse mesh cage is used to place general insoluble bait. The bait is used to keep the smell of the bait cabin itself. When filled with bait, the fish luring system will maintain balance under the action of buoyancy and gravity, and the fish float will be one-third above the water surface. When the system is raised, because there are a large number of fish schools around the original fish luring system, the fish can be hooked to a certain part of the fish through the small hook on the surface and the fish can be pulled up directly.

Check whether the alarm system is working normally. When the hook system is pulled by fish, the pulling force acts on the alarm system through the fish luring system to pull the sub-line. This operation makes the conductive rod slide in the slideway, and when the conductive rod touches the conductive groove, the originally opened circuit starts to work, the light bulb lights up, the sounder sounds, and the early warning function is played. The system pulls out of the water along with the fish.

The beneficial effects of the present invention are:

(1) The invention has a wide range of uses. In addition to conventional fish ponds, it is also suitable for complex environments such as seasides and lakes, and is less affected by factors such as night and waves.

(2) The whole is connected in series on a fishing line, which is relatively stable, and the elastic bait is fixed at the front end, responsible for hooking the fish's mouth, and the probability of escape is low. The fish luring system is fixed in the middle part, responsible for long-term luring, and the effect is remarkable. The alarm at the tail, early warning. It can greatly increase the probability of taking the bait, reduce the loss of bait, and protect the environment.

(3) The power source of this design is manpower, no pollution, zero emission, and conforms to the environmental protection concept of energy saving and emission reduction. When fishing, it not only reduces the abnormal death of fish schools, but also reduces the feeding of bait, improves the utilization efficiency of bait, and is beneficial to sustainable development.

Description of drawings

Fig. 1 is the overall schematic diagram of the system of the present invention;

Fig. 2 is a schematic diagram of the fishing hook system;

Fig. 3 is a schematic diagram of a fish luring system;

Fig. 4 is a schematic diagram of an alarm system;

Fig. 5 is a force analysis diagram before the action of the hook system;

Fig. 6 is an explanatory diagram of the situation after the action of the hook system;

Fig. 7 is an explanatory diagram of the top view of the front part of the hook system;

Fig. 8 is an explanatory top view of the middle portion of the hook system.

In the figure: 1-hook system, 2-fish luring system, 3-alarm system, 4-elastic rope, 5-claw, 6-rotary joint, 7-solid base, 8-force frame, 9-hook Base, 10-pulling fishing line, 11-thimble, 12-spring, 13-auxiliary hook, 14-main hook, 15-bionic bait, 16-float, 17-small hook, 18-bait compartment, 19 -fine mesh cage, 20-coarse mesh cage, 21-sub-wire, 22-slide, 23-conductive groove, 24-DC wire, 25-conductive rod, 26-sub-wire turn, 27-electric Sounder, 28-bus, 29-turn of bus, 30-circuit resistance, 31-battery, 32-bulb, 33-circuit switch, 34-counterweight iron block, 35-recovery spring, 36-elastic wire hole, 37 -Waterproof shell, 38-foam exterior.

detailed description

The present invention will be further described below in combination with the accompanying drawings and specific embodiments.

Example 1

As shown in Figures 1 to 4, the intelligent bionic fishing system includes a hook system 1, a fish luring system 2 and an alarm system 3 from bottom to top; the hook system 1 includes an elastic rope 4, hook claws 5, a rotary joint 6. Solid base 7, force frame 8, hook base 9, pulling fishing line 10, thimble 11, spring 12, auxiliary hook 13, main hook 14 and bionic bait 15; the fish luring system 2 Including fish float 16, small hook 17, bait compartment 18, fine mesh cage 19 and coarse mesh cage 20; described alarm system 3 includes sub-line 21, slideway 22, conductive groove 23, DC electric wire 24, conductive rod 25. Sub-wire turn 26, electric sounder 27, busbar 28, busbar turn 29, circuit resistor 30, battery 31, light bulb 32, circuit switch 33, counterweight iron block 34, recovery spring 35, elastic wire hole 36, waterproof shell 37 and foam outer layer 38;

In the hook system 1, the front end of the fishhook base 9 is provided with an auxiliary fishhook 13, a main fishhook 14 and a bionic bait 15, the bionic bait 15 is located at the center of the fishhook base 9, the main fishhook 14 and two auxiliary fishhooks 15 is equally divided into 360 ° equiangular arrangement, the auxiliary fishhook 13, the main fishhook 14 and the bionic bait 15 pass through the force frame 8, the interior of the force frame 8 is covered with a silicone pad, and the rear end of the force frame 8 passes through the elastic rope Connected to the hook 5, the hook 5 is connected to the solid base 7 through the rotary joint 6, a cylindrical groove is arranged inside the hook 5, and a compressed spring 12 is placed horizontally in the cylindrical groove, and the spring 12 and the side end of the cylindrical groove The thimble 11 is connected, and the thimble 11 is connected with the fishhook base 9 by pulling the fishing line 10;

The fishhook base 9 of the hook system 1 in the described fish luring system 2 is connected with the coarse mesh cage 20, the top of the coarse mesh cage 20 is connected with the fine mesh cage 19, the coarse mesh cage 20 and the fine mesh A bait compartment 18 is formed inside the mesh cage 19, a fish float 16 is arranged on the top of the fine mesh mesh cage 19, and small hooks 17 are distributed on the surface of the fine mesh mesh cage 19 at intervals;

In the alarm system 3, the waterproof casing 37 is wrapped with a foam outer layer 38, and the bottom of the waterproof casing 37 is provided with a counterweight iron block 34. The top of the waterproof casing 37 is connected to the busbar 28 through the busbar turn 29, and the sub-wire 21 runs through the waterproof casing 37 and the In the fish luring system 2, the fish float 16 is connected, and the bottom of the waterproof case 37 is provided with an elastic wire hole 36 where the sub-wire 21 penetrates. , the sub-wire turn 26 is installed on the conductive rod 25 located inside the waterproof casing 37, the connection between the sub-wire 21 and the sub-wire turn 26 is provided with a recovery spring 35, and the two sides of the conductive rod 25 are provided with the conductive rod 25 to slide. Slideway 22, one side slideway 22 bottoms connect another side slideway 22 bottoms after being connected in series with electrodynamic sounder 27, battery 31, circuit resistor 30, bulb 32, circuit switch 33 by DC electric wire 24 successively.

Example 2

As shown in Figures 1 to 4, the intelligent bionic fishing system includes a hook system 1, a fish luring system 2 and an alarm system 3 from bottom to top; the hook system 1 includes an elastic rope 4, hook claws 5, a rotary joint 6. Solid base 7, force frame 8, hook base 9, pulling fishing line 10, thimble 11, spring 12, auxiliary hook 13, main hook 14 and bionic bait 15; the fish luring system 2 Including fish float 16, small hook 17, bait compartment 18, fine mesh cage 19 and coarse mesh cage 20; described alarm system 3 includes sub-line 21, slideway 22, conductive groove 23, DC electric wire 24, conductive rod 25. Sub-wire turn 26, electric sounder 27, busbar 28, busbar turn 29, circuit resistor 30, battery 31, light bulb 32, circuit switch 33, counterweight iron block 34, recovery spring 35, elastic wire hole 36, waterproof shell 37 and foam outer layer 38;

In the hook system 1, the front end of the fishhook base 9 is provided with an auxiliary fishhook 13, a main fishhook 14 and a bionic bait 15, the bionic bait 15 is located at the center of the fishhook base 9, the main fishhook 14 and two auxiliary fishhooks 15 is equally divided into 360 ° equiangular arrangement, the auxiliary fishhook 13, the main fishhook 14 and the bionic bait 15 pass through the force frame 8, the interior of the force frame 8 is covered with a silicone pad, and the rear end of the force frame 8 passes through the elastic rope Connected to the hook 5, the hook 5 is connected to the solid base 7 through the rotary joint 6, a cylindrical groove is arranged inside the hook 5, and a compressed spring 12 is placed horizontally in the cylindrical groove, and the spring 12 and the side end of the cylindrical groove The thimble 11 is connected, and the thimble 11 is connected with the fishhook base 9 by pulling the fishing line 10;

The hook base 9 of the hook system 1 in the fish luring system 2 is connected to the coarse mesh cage 20, the top of the coarse mesh cage 20 is connected to the fine mesh cage 19, and the coarse mesh cage 20 and the fine mesh A bait compartment 18 is formed inside the mesh cage 19, a fish float 16 is arranged on the top of the fine mesh mesh cage 19, and small hooks 17 are distributed on the surface of the fine mesh mesh cage 19 at intervals;

In the alarm system 3, the waterproof casing 37 is wrapped with a foam outer layer 38, and the bottom of the waterproof casing 37 is provided with a counterweight iron block 34. The top of the waterproof casing 37 is connected to the busbar 28 through the busbar turn 29, and the sub-wire 21 runs through the waterproof casing 37 and the In the fish luring system 2, the fish float 16 is connected, and the bottom of the waterproof case 37 is provided with an elastic wire hole 36 where the sub-wire 21 penetrates. , the sub-wire turn 26 is installed on the conductive rod 25 located inside the waterproof casing 37, the connection between the sub-wire 21 and the sub-wire turn 26 is provided with a recovery spring 35, and the two sides of the conductive rod 25 are provided with the conductive rod 25 to slide. Slideway 22, one side slideway 22 bottoms connect another side slideway 22 bottoms after being connected in series with electrodynamic sounder 27, battery 31, circuit resistor 30, bulb 32, circuit switch 33 by DC electric wire 24 successively.

Wherein the waterproof shell 37 is PVC plastic; the foam outer layer 38 adopts the foam material of EVA.

The specific embodiments of the present invention have been described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above embodiments. Variations.

Claims (3)

1. An intelligent bionic fishing system, characterized in that: it includes a hook system (1), a fish luring system (2) and an alarm system (3) from bottom to top; the hook system (1) includes an elastic rope ( 4), hook claw (5), swivel joint (6), solid base (7), force frame (8), fishhook base (9), pulling fishing line (10), thimble (11), Spring (12), auxiliary hook (13), main hook (14) and bionic bait (15); said fish luring system (2) includes float (16), small hook (17), bait cabin (18) , a fine mesh cage (19) and a coarse mesh cage (20); the alarm system (3) includes sub-lines (21), slideways (22), conductive slots (23), DC wires (24) , conductive rod (25), sub-wire turns (26), electric sounder (27), busbar (28), busbar turns (29), circuit resistance (30), battery (31), light bulb (32), Circuit switch (33), counterweight iron block (34), recovery spring (35), elastic wire hole (36), waterproof shell (37) and foam outer layer (38); The front end of the hook base (9) in the hook system (1) is provided with an auxiliary hook (13), a main hook (14) and a bionic bait (15), and the bionic bait (15) is located on the hook base (9 ), the main fishhook (14) and the two auxiliary fishhooks (13) are arranged at an equal angle of 360°, and the auxiliary fishhook (13), the main fishhook (14) and the bionic bait (15) pass through the subject The force frame (8), the interior of the force frame (8) is covered with silicone pads, the rear end of the force frame (8) is connected to the hook (5) by an elastic rope, and the hook (5) is connected by a rotary joint (6) On the solid base (7), there is a cylindrical groove inside the hook claw (5), and a compressed spring (12) is placed horizontally in the cylindrical groove, and the spring (12) is connected with the thimble (11) at the side end of the cylindrical groove. The thimble (11) is connected with the hook base (9) by pulling the fishing line (10); The hook base (9) of the hook system (1) in the fish luring system (2) is connected to the coarse mesh cage (20), and the top of the coarse mesh cage (20) is connected to the fine mesh cage (19 ), the inside of the coarse mesh cage (20) and the fine mesh cage (19) form a bait cabin (18), the top of the fine mesh cage (19) is provided with a fish float (16), and the fine mesh cage (19 ) with small hooks (17) distributed at intervals on the surface; In the alarm system (3), the waterproof casing (37) is wrapped with a foam outer layer (38), and the inner bottom of the waterproof casing (37) is provided with a counterweight iron block (34), and the top of the waterproof casing (37) passes through the busbar coil ( 29) Connect the busbar (28), the sub-wire (21) runs through the waterproof casing (37) and connects with the float (16) in the fish luring system (2), the bottom of the waterproof casing (37) and the sub-wire (21) are provided with elastic Wire hole (36), elastic wire hole (36) is connected with sub-wire coil (26) by sub-wire (21), and elastic wire hole (36) place is provided with silica gel, and sub-wire coil (26) is installed in waterproof On the conductive rod (25) inside the casing (37), a return spring (35) is provided at the connection between the sub-wire (21) and the sub-wire turn (26), and the conductive rod (25) both sides are provided with a conductive rod ( 25) The slideway (22) that slides, the bottom of one side slideway (22) connects with the electric sounder (27), battery (31), circuit resistor (30), bulb (32), circuit The switches (33) are connected in series to the bottom of the slideway (22) on the other side. 2. The intelligent bionic fishing system according to claim 1, characterized in that: the waterproof casing (37) is made of PVC plastic. 3. The intelligent bionic fishing system according to claim 1, characterized in that: the foam outer layer (38) is made of EVA foam material.