CN107821346B - Environment-friendly magnetic induction driving bionic bait device - Google Patents

Environment-friendly magnetic induction driving bionic bait device Download PDF

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Publication number
CN107821346B
CN107821346B CN201711408660.3A CN201711408660A CN107821346B CN 107821346 B CN107821346 B CN 107821346B CN 201711408660 A CN201711408660 A CN 201711408660A CN 107821346 B CN107821346 B CN 107821346B
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CN
China
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magnet
driving device
suspension
sliding
cabin
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CN201711408660.3A
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CN107821346A (en
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翟凤平
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Individual
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Individual
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    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K85/00—Artificial bait for fishing
    • A01K85/01—Artificial bait for fishing with light emission, sound emission, scent dispersal or the like
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K83/00—Fish-hooks
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K85/00—Artificial bait for fishing
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K93/00—Floats for angling, with or without signalling devices
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K95/00—Sinkers for angling

Abstract

The invention aims to provide an environment-friendly magnetic induction driving bionic bait device which can enable bait to move and is environment-friendly when fishing at fixed points. The invention is realized in this way, the characteristic is that the environment-friendly magnetic induction driving bionic bait device is composed of a suspension magnetic driving device, a suspension hook bait swinging device and a slow release fish attracting taste concentration carrier, the suspension magnetic driving device is erected in water through a main body lead weight and a buoyancy device, a surge tension float connecting main line is connected with a sliding magnet lead weight through a line hole, the sliding magnet lead weight slides up and down under the action of waves, one end of a swinging hook hanging rod of the suspension hook bait swinging device is arranged at the upper end of the suspension magnetic driving device, the swinging hook hanging rod extends to one side of the suspension magnetic driving device, a magnetic activity swinging hook and the sliding magnet lead weight generate magnetic induction to swing, and the slow release fish attracting taste concentration carrier is arranged in the suspension magnetic driving device to form the environment-friendly magnetic induction driving bionic bait device.

Description

Environment-friendly magnetic induction driving bionic bait device
Technical Field
The invention relates to the technical field of fishing, in particular to a fishing bait which aims at solving the problem that the fishing bait can not move in water all the time like a true bait in the fixed-point fishing process.
Background
In the process of fixed-point fishing in nature, a fisher often favors the use of small animal baits such as insect baits, small baits, shrimp baits and small frog baits, but the small animal baits are used for fishing, so that the small animal is fixed on the hook, firstly, the fisher can penetrate the body of the small animal to hang the small animal on the hook, and the small animal is dead or severely injured due to fatal injury, so that the small animal cannot naturally move in water, the fishing rod cannot attract the prey fish to attack, most land and amphibious small animals except the small fish and the small shrimp baits need to acquire oxygen in the air, and once the fishing rod is used as the bait, the fishing rod can be drowned quickly, the moving capability is lost, the fishing rod cannot attract the fish, in addition, the real bait is used for bringing the small animal into the fishpond or the reservoir to pollute the environment, the method for solving the problems is adopted for enabling the small animal to shake bait or the artificial bait to move, the method for enabling the small animal to death or the artificial bait to be lost due to the death, the fact that the small animal is hard and the artificial bait is lost, the artificial bait cannot shake the bait is used for the fishing rod to shake, and the bait can only moves slowly when the fishing rod is used for a small animal is used as a fishing rod, and the bait is used for the bait is not lost, and the bait is still lost due to the shaking effect is still to the artificial bait, and the bait is used for the bait is still nearby the fishing rod cannot shake bait.
Disclosure of Invention
The invention aims to provide an environment-friendly magnetic induction driving bionic bait device which can enable bait to move and is environment-friendly when fishing at fixed points.
The environment-friendly magnetic induction driving bionic bait device is characterized by comprising a suspension magnetic driving device, a suspension hook bait swinging device and a slow release fish attracting taste concentration carrier, wherein the suspension magnetic driving device is vertically arranged in water through a main body lead weight, a sliding magnet lead weight and a buoyancy device, a surge tension buoy of the suspension magnetic driving device is arranged on the water surface, a surge tension buoy connecting main line is connected with the sliding magnet lead weight through a line hole, the surge tension buoy drives the sliding magnet lead weight to slide up and down in a magnet sliding cabin under the action of waves, one end of a swinging hook boom of the suspension hook bait swinging device is arranged on one side of the upper end of a shell of the suspension magnetic driving device, the swinging hook boom of the suspension hook bait swinging device extends to one side of the suspension magnetic driving device, a magnetic activity swinging hook is arranged on the other end of the swinging hook boom, and the slow release fish attracting taste concentration carrier is arranged in a taste concentration slow release cabin of the suspension magnetic driving device.
The suspension magnetic force driving device consists of a suspension magnetic force driving device shell, a main body lead weight, a sliding magnet lead weight, a surge tension float connector and a main wire, wherein the suspension magnetic force driving device shell consists of a wire hole, a suspension hook bait swinging device fixing point, a buoyancy device, an upper partition plate, a lower partition plate, a magnet sliding cabin, a taste concentrate slow release cabin, a cabin door and a main body lead weight cabin, the suspension magnetic force driving device shell is made of a firmer material, such as hard plastic or metal, the appearance of the suspension magnetic force driving device shell is a hollow netlike column, such as a cylinder, a square column or an elliptic column, the center of the top end of the suspension magnetic force driving device shell is provided with a wire hole, the main wire connected with the surge tension float is connected with the sliding magnet lead weight in the suspension magnetic force driving device shell through the wire hole, one side of the top end of the suspension magnetic force driving device shell is provided with the suspension hook bait swinging device fixing point, the side surface of the shell is arranged into a net shape, the effect of the shell is convenient for sliding the sliding magnet plummet up and down, the slowly releasing of the gradually dissolved taste of the fish-attracting taste concentration carrier is also convenient for outward emission, the buoyancy device is an air cabin with the top end closed in the shell of the suspension magnetic force driving device, or is made of foam, the effect of the buoyancy device is matched with the main plummet arranged at the bottom of the shell of the suspension magnetic force driving device and the middle sliding magnet plummet to keep the suspension magnetic force driving device in an upright posture in water, the sizes of the buoyancy device and the weights of the sliding magnet plummet and the main plummet are different due to different water layers, if the fish to be fished is a bottom fish, the environment-friendly magnetic force induction driving bionic bait device needs to be submerged to the water bottom, at the moment, the buoyancy of the buoyancy device adding surge tension buoy is smaller than the gravity of the environment-friendly magnetic force induction driving bionic bait device, if the fishing target is middle-layer fish, the environment-friendly magnetic induction driving bionic bait device needs to be in the middle layer, at the moment, the buoyancy of the buoyancy device added with surge tension is equal to the gravity of the environment-friendly magnetic induction driving bionic bait device, the magnet sliding cabin, the taste concentrate slow-release cabin and the main lead drop cabin are made by arranging partitions in the shell of the suspension magnetic driving device through an upper partition plate and a lower partition plate, the upper partition plate and the lower partition plate are shaped as plates with the same cross section of the shell of the suspension magnetic driving device, the outer diameters of the upper partition plate and the lower partition plate are the same as the inner diameter of the shell of the suspension magnetic driving device, the upper partition plate is arranged below the sliding magnet lead drop, the lower partition plate is arranged above the main lead drop, the main lead drop is fixed at the lower end in the suspension magnetic driving device, and the space formed between the upper partition plate and the lower partition plate of the shell of the suspension magnetic driving device is the taste concentrate slow-release cabin, the side of the taste concentrate slow release cabin is provided with a net-shaped and provided with a filler cabin door, the function of the taste concentrate slow release cabin is that a slow release fish-attracting taste concentrate carrier is arranged in the taste concentrate slow release cabin through the cabin door, the taste of attracting target fish is gradually released through meshes on the side, a magnet sliding cabin is formed between an upper partition plate and a buoyancy device at the top end of a shell of a suspension magnetic force driving device, the length of the magnet sliding cabin is determined according to the specific environment of fishing by using an environment-friendly magnetic force induction driving bionic bait device, if the fish is fished in sea, the model of the environment-friendly magnetic force induction driving bionic bait device is selected to be large due to large surge drop, the distance required by sliding a magnet plummet to slide up and down is long, the length of the magnet sliding cabin is long, if the fish is fished in a freshwater lake or a fish pond, due to small surge drop, the model of the used environment-friendly magnetic induction driving bionic bait device is small, the distance required by the vertical sliding of the sliding magnet plummet is short, the length of the magnet sliding cabin is short, a main body plummet cabin is formed from the lower partition plate to the bottom of the shell of the suspension magnetic driving device, the main body plummet is made of a cylindrical plummet with the outer diameter smaller than the inner diameter of the shell of the suspension magnetic driving device, the main body plummet is arranged in the main body plummet cabin at the lower end of the shell of the suspension magnetic driving device, the sliding magnet plummet is composed of the floating plummet and a transverse magnetic pole magnet, the floating plummet is a plummet with the same diameter as the main body plummet, the transverse magnetic pole magnet is arranged at the upper end of the floating plummet, the magnetic pole direction of the transverse magnetic pole magnet is arranged transversely, the magnetic induction is used for enabling the magnetic poles of the transverse magnetic pole magnet to correspond to the magnet of the suspension hook swing device, the magnetic induction is equal to the floating plummet, the floating plummet is arranged in the main line of the gravity of the suspension magnetic driving device, the floating plummet is connected with the main line through a connecting device in a sliding manner, and the sliding device is connected with the main line through a sliding device in a sliding manner when the sliding device is in a surge-type, and the sliding device is connected with the main line through a magnetic force-induced pulling force of the sliding device.
The hanging hook bait swinging device consists of a swinging hook hanging rod and a magnetic activity swinging hook, the swinging hook hanging rod consists of a hanging rod and a hanging rod 8-shaped ring connecting point, the hanging rod is made of materials with better tensile strength, such as stainless steel wires or hard plastics, one end of the hanging rod is arranged on a fixed point of the hanging hook bait swinging device at one side of the top end of a shell of the suspension magnetic force driving device, the other end of the hanging rod is provided with the hanging rod 8-shaped ring connecting point, the length of the hanging rod is set according to the magnetic field strength between a sliding magnet lead weight and an activity magnet of the magnetic activity swinging hook, the length of the hanging rod is set after the sliding magnet lead weight slides to the lower end of a magnet sliding cabin, the attraction between the sliding magnet lead weight and the activity magnet of the magnetic activity swinging hook just can transversely pull the activity magnet to move towards the sliding magnet lead weight, the magnetic swing hook consists of a swing line segment, a fishhook and a swing magnet, wherein the swing line segment is made of a fishline with the diameter smaller than that of a main line, the fishhook is arranged at the lower end of the swing line segment, the upper end of the swing line segment is connected with a 8-shaped ring connecting point of a suspender, the swing magnet is arranged at the connecting position of the lower end of the swing line segment and the fishhook, the length of the swing line segment is set according to the magnetic field intensity between a sliding magnet plummet and the swing magnet, the swing line segment is set to the length of the swing line segment, after the sliding magnet plummet slides to the lower end of a magnet sliding cabin, the swing magnet moves towards the sliding magnet plummet due to the attraction effect, the attraction intensity is continuously increased, when the attraction intensity of the swing magnet and the sliding magnet plummet is increased to be smaller than the critical point of the upward tension of a surge tension float on the sliding magnet plummet, the distance between the swing magnet and the 8-shaped ring connecting point of the suspender is set to be the length of the swing line segment, when the attraction between the active magnet and the sliding magnet plummet is just smaller than the critical point of the surge tension float on the upward tension of the sliding magnet plummet, the distance from the connecting point of the 8-shaped ring of the suspender to the active magnet is set to be the length of the swing line segment, the swing line segment limits the distance of the transverse movement of the active magnet, the attraction between the active magnet and the sliding magnet plummet just does not reach the distance which can influence the surge tension float to pull the sliding magnet plummet to move upwards, the surge tension float floats float upwards along with the upward and downward floating of surge waves, the sliding magnet plummet is driven to slide up and down freely under the influence of the attraction of the sliding magnet plummet and the active magnet in the magnet sliding cabin, the distance between the sliding magnet plummet and the active magnet is changed continuously, the attraction strength between the sliding magnet plummet and the active magnet is also changed continuously, and the active magnet drives the active hook and the bait to move like a bionic fish bait.
The slow release fish-attracting taste concentration carrier is a carrier prepared by sterilizing and concentrating body tissues or body fluid of a predatory object bait loved by a target fish, and is arranged in a taste concentration body slow release cabin of the suspension magnetic force driving device.
The principle of the environment-friendly magnetic induction driving bionic bait device is that the natural force of wave fluctuation of water is utilized, a sliding magnet lead weight is driven to move up and down through a surge tension buoy, and the fishhook of a magnetic active swing hook and the bionic bait on the fishhook continuously move like a true bait in the water through the attractive force change between a transverse magnetic pole magnet of the sliding magnet lead weight and an active magnet of the magnetic active swing hook.
Drawings
The invention is further described below with reference to the accompanying drawings:
fig. 1 is a schematic structural view of an environment-friendly magnetic induction driving bionic bait device.
Fig. 2 is a schematic cross-sectional view showing the combination of the components of the suspending magnetic force driving device and the suspending bait swing device in fig. 1.
Fig. 3 is a schematic structural view of a casing of the levitation magnetic driving device of fig. 1.
Fig. 4 is a schematic view of the structure of the sliding magnet lead weight of the levitation magnetic driving device of fig. 1.
Fig. 5 is a schematic view of the swing device of the hanging hook bait in fig. 1.
Fig. 6 is a schematic diagram of a swing hook boom structure of the swing device of the swing hook bait in fig. 1.
Fig. 7 is a schematic view of the structure of a magnetically active swing hook of the swing device of the hanging hook bait in fig. 1.
Detailed Description
As shown in fig. 1, 2 and 3, the environment-friendly magnetic induction driving bionic bait device is characterized by comprising a suspension magnetic driving device 1, a suspension hook bait swinging device 2 and a slow release fish-attracting taste concentration carrier 3, wherein the suspension magnetic driving device 1 is vertically positioned in water through a main body lead weight 5, a sliding magnet lead weight 6 and a buoyancy device 12, a surge tension float 7 of the suspension magnetic driving device 1 is arranged on the water surface, the surge tension float 7 is connected with a main line 9 through a line hole 10 and is connected with the sliding magnet lead weight 6, the surge tension float 7 drives the sliding magnet lead weight 6 to slide up and down in a magnet sliding cabin 15 under the action of waves, one end of a swinging hook hanging rod 22 of the suspension hook bait swinging device 2 is arranged on one side of the upper end of a shell 4 of the suspension magnetic driving device, the swinging hook hanging rod 22 of the suspension hook bait swinging device 2 extends to one side of the suspension magnetic driving device 1, the magnetic swinging hook 23 is arranged on the other end of the swinging hook 22, and the slow release fish-attracting taste concentration carrier 3 is arranged in a taste concentration body 16 of the suspension magnetic driving device 1.
As shown in fig. 1, 2, 3, 4, 5 and 7, the suspension magnetic force driving device 1 is composed of a suspension magnetic force driving device housing 4, a main lead weight 5, a sliding magnet lead weight 6, a surge tension float 7, a surge tension float connector 8 and a main wire 9, the suspension magnetic force driving device housing 4 is composed of a wire hole 10, a suspension hook bait swing device fixing point 11, a buoyancy device 12, an upper partition plate 13, a lower partition plate 14, a magnet sliding cabin 15, a taste concentrate slow-release cabin 16, a cabin door 17 and a main lead weight cabin 18, the suspension magnetic force driving device housing 4 is made of a relatively firm material such as hard plastic or metal, the appearance of the suspension magnetic force driving device housing 4 is a hollow net-shaped column shape such as a cylinder shape, a square column shape or an elliptic column shape, the center of the top end of the suspension magnetic force driving device housing is provided with a wire hole 10, the main wire 9 connected with the surge tension float 7 is connected with the sliding magnet lead weight 6 in the suspension magnetic force driving device housing 4 through the wire hole 10, A hanging hook bait swing device fixed point 11 is arranged on one side of the top end of a shell 4 of the suspending magnetic force driving device, the side surface of the shell is arranged into a net shape, the effect of the hanging hook bait swing device fixed point is that a sliding magnet plummet 6 can slide up and down, the gradually dissolved taste of a fish attracting taste concentration carrier 3 can be released outwards conveniently, a buoyancy device 12 is an air cabin with the top end closed in the shell 4 of the suspending magnetic force driving device, or the hanging hook bait swing device is made of foam, the buoyancy device 12 is used for keeping the suspending magnetic force driving device 1 in an upright posture in water in cooperation with a main plummet 5 and a middle sliding magnet plummet 6 which are arranged at the bottom of the shell 4 of the suspending magnetic force driving device, because the sizes of the water layers which are fished are different, the weights of the buoyancy device 12 and the sliding magnet plummet are also different, if the fished target fish is bottom fish, the environment-friendly magnetic force induction driving bionic bait device needs to be submerged to the water, at the moment, the buoyancy of the buoyancy device 12 added with the surge tension buoy 7 is smaller than the gravity of the environment-friendly magnetic force induction driving bionic bait device, if the fished object is middle-layer fish, the environment-friendly magnetic force induction driving bionic bait device needs to be in the water middle layer, at the moment, the buoyancy of the buoyancy device 12 added with the surge tension buoy 7 is equal to the gravity of the environment-friendly magnetic force induction driving bionic bait device, the magnet sliding cabin 15, the taste concentrate slow-release cabin 16 and the main lead weight cabin 18 are formed by arranging a partition in the suspension magnetic force driving device shell 4 through an upper partition plate 13 and a lower partition plate 14, the shapes of the upper partition plate 13 and the lower partition plate 14 are sheets with the same cross section as the suspension magnetic force driving device shell 4, the outer diameters of the upper partition plate 13 and the lower partition plate 14 are the same as the inner diameter of the suspension magnetic force driving device shell 4, the upper partition plate 13 is arranged below the sliding magnet plummet 6, the lower partition plate 14 is arranged above the main body plummet 5, the main body plummet 5 is fixed at the lower end in the suspension magnetic force driving device 1, the space formed between the upper partition plate 13 and the lower partition plate 14 of the suspension magnetic force driving device shell 4 is a taste concentrate slow release cabin 16, the side face of the taste concentrate slow release cabin 16 is arranged to be meshed and is provided with a filler cabin door 17, the function is that the slow release fish-attracting taste concentrate carrier 3 is arranged in the taste concentrate slow release cabin 16 through the cabin door 17 and gradually releases the taste of attracting target fish through the meshes of the side face, a magnet sliding cabin 15 is formed between the upper partition plate 13 and the buoyancy device 12 at the top end of the suspension magnetic force driving device shell 4, the length of the magnet sliding cabin 15 is determined according to the specific environment for fishing by using the environment-friendly magnetic force induction driving bionic bait device, if the model of the bionic fishing bait device driven by the environment-friendly magnetic force is large due to large surge drop, the distance required by the sliding magnet plummet 6 to slide up and down is long, the length of the magnet sliding cabin 15 is long, if the model of the bionic fishing bait device driven by the environment-friendly magnetic force is small due to small surge drop in a freshwater lake or a fish pond, the distance required by the sliding magnet plummet 6 to slide up and down is short, the length of the magnet sliding cabin 15 is short, a main plummet cabin 18 is formed from the lower partition 14 to the bottom of the suspending magnetic force driving device shell 4, the main plummet 5 is made of a cylindrical plummet with the outer diameter smaller than the inner diameter of the suspending magnetic force driving device shell 4, the main plummet 5 is arranged in the main plummet cabin 18 at the lower end in the suspending magnetic force driving device shell 4, the sliding magnet plummet 6 consists of a floating plummet 19 and a transverse magnetic pole magnet 20, wherein the floating plummet 19 is a plummet with the same diameter as the main plummet 5, the transverse magnetic pole magnet 20 is arranged at the upper end of the floating plummet 19, the magnetic pole direction of the transverse magnetic pole magnet 20 is arranged transversely, the magnetic pole of the transverse magnetic pole magnet 20 corresponds to the active magnet 28 of the hanging hook bait swinging device 2 to generate magnetic induction, the surge tension buoy 7 is a buoy with buoyancy equal to the gravity of the sliding magnet plummet 6, the surge tension buoy 7 is arranged on the water surface, the surge tension buoy 7 is connected with the main wire 9 through a surge tension buoy connector 8, the main wire 9 penetrates through a wire hole 10 of the shell 4 of the suspending magnetic force driving device to be connected with the sliding magnet plummet 6, the device has the function that when water waves drive the surge tension buoy 7 to move up and down, the surge tension buoy 7 pulls the sliding magnet plummet 6 to move up and down through a main line 9 connected with the sliding magnet plummet 6, the surge tension buoy connector 8 enables the surge tension buoy 7 to be connected with the main line 9, the surge tension buoy 7 can be arranged on a floating seat of the main line 9 in a position adjusting mode, and the main line 9 is a fishing line for enabling a fishing rod of a fisher to be connected with an environment-friendly magnetic induction driving bionic bait device.
As shown in fig. 1, 2, 3, 5, 6 and 7, the hanging hook bait swing device 2 is composed of a swing hook boom 22 and a magnetic swing hook 23, the swing hook boom 22 is composed of a boom 24 and a boom 8-shaped ring connecting point 25, the boom 24 is made of a material with better tensile strength, such as stainless steel wire or hard plastic, one end of the boom 24 is arranged on a hanging hook bait swing device fixed point 11 on one side of the top end of a shell 4 of the suspending magnetic force driving device, the other end of the boom 24 is provided with the boom 8-shaped ring connecting point 25, the length of the boom 24 is set according to the magnetic field intensity between a sliding magnet lead weight 6 and a magnet 28 of the magnetic swing hook 23, the length of the boom 24 is set after the sliding magnet lead weight 6 slides to the lower end of a magnet sliding cabin 15, the attraction between the sliding magnet plummet 6 and the active magnet 28 of the magnetic active swing hook 23 just can pull the active magnet 28 transversely to move towards the sliding magnet plummet 6, the magnetic active swing hook 23 consists of an oscillation amplitude line segment 26, a fishhook 27 and the active magnet 28, the oscillation amplitude line segment 26 is made of a fish wire with the diameter smaller than that of the main line 9, the fishhook 27 is arranged at the lower end of the oscillation amplitude line segment 26, the upper end of the oscillation amplitude line segment 26 is connected with a hanging rod 8-shaped ring connecting point 25, the active magnet 28 is arranged at the connection position of the lower end of the oscillation amplitude line segment 26 and the fishhook 27, the length of the oscillation amplitude line segment 26 is set according to the magnetic field intensity between the sliding magnet plummet 6 and the active magnet 28, the length of the oscillation amplitude line segment 26 is set after the sliding magnet plummet 6 slides to the lower end of the magnet sliding cabin 15 due to the attraction effect, the active magnet 28 moves towards the sliding magnet plummet 6, the attraction intensity is continuously increased, when the attractive force strength of the active magnet 28 and the sliding magnet plummet 6 is increased to be smaller than the critical point of the upward pull force of the surge pull force float 7 on the sliding magnet plummet 6, the distance between the active magnet 28 and the hanging rod 8-shaped ring connecting point 25 is set to be the length of the swing line segment 26, namely when the active magnet 28 is attracted to the sliding magnet plummet 6 by the attractive force of the sliding magnet plummet 6, the attractive force between the active magnet 28 and the sliding magnet plummet 6 is increased along with the continuous reduction of the distance between the active magnet 28 and the sliding magnet plummet 6, when the attractive force between the active magnet 28 and the sliding magnet plummet 6 is increased to be just smaller than the critical point of the upward pull force of the surge pull force float 7 on the sliding magnet plummet 6, the distance between the hanging rod 8-shaped ring connecting point 25 and the active magnet 28 is set to be the length of the swing line segment 26, the swing line segment 26 is used for limiting the transverse moving distance of the active magnet 28, so that the attraction between the active magnet 28 and the active magnet plummet 6 just does not reach the effect that the surge tension buoy 7 pulls the active magnet plummet 6 to move upwards, the surge tension buoy 7 floats up and down along with surge, the active magnet plummet 6 is driven to slide up and down freely in the magnet sliding cabin 15 without being influenced by the attraction between the active magnet plummet 6 and the active magnet 28, the distance between the active magnet plummet 6 and the active magnet 28 is enabled to be continuously changed, the attraction strength between the active magnet plummet 6 and the active magnet 28 is enabled to be continuously changed, and the active magnet 28 drives the fishhook 27 and bionic bait on the fishhook 27 to continuously move in water like true baits.
As shown in fig. 1 and 3, the slow-release fish-attracting taste concentration carrier 3 is a carrier prepared by sterilizing and concentrating body tissues or body fluids of a target bait that a target fish is loved to predate, and is arranged in a taste concentration body slow-release cabin 16 of the suspension magnetic force driving device 1.
As shown in fig. 1, 2, 3, 4, 5, 6 and 7, the principle of the environment-friendly magnetic induction driving bionic bait device is that the natural force of wave fluctuation of water is utilized, the sliding magnet plummet 6 is driven to move up and down by the surge tension buoy 7, and then the fishhook 27 of the magnetic activity swing hook 23 and the bionic bait on the fishhook 27 continuously move like true baits in the water through the attraction change between the transverse magnetic pole magnet 20 of the sliding magnet plummet 6 and the active magnet 28 of the magnetic activity swing hook 23.

Claims (1)

1. An environment-friendly magnetic induction driving bionic bait device is characterized by comprising a suspension magnetic driving device, a suspension hook bait swinging device and a slow release fish attracting taste concentration carrier, wherein a surge tension float of the suspension magnetic driving device is arranged on the water surface, a surge tension float connecting main line is connected with a sliding magnet lead drop through a line hole, one end of a swinging hook boom in the suspension hook bait swinging device is arranged on one side of the upper end of the suspension magnetic driving device, the swinging hook boom stretches to one side of the suspension magnetic driving device, a magnetic activity swinging hook is arranged on the other end of the swinging hook boom, the slow release fish attracting taste concentration carrier is arranged in a taste concentration body slow release cabin of the suspension magnetic driving device to form the environment-friendly magnetic induction driving bionic bait device, the suspension magnetic force driving device consists of a suspension magnetic force driving device shell, a main body lead weight, a sliding magnet lead weight, a surge tension float connector and a main line, wherein the suspension magnetic force driving device shell consists of a line hole, a suspension hook bait swinging device fixing point, a buoyancy device, an upper partition plate, a lower partition plate, a magnet sliding cabin, a taste concentrate slow release cabin, a cabin door and a main body lead weight cabin, the suspension magnetic force driving device shell is made of a firmer material and is in a hollow net-shaped column shape, the center of the top end of the suspension magnetic force driving device shell is provided with the line hole, one side of the top end of the suspension magnetic force driving device shell is provided with the suspension hook bait swinging device fixing point, the side surface of the suspension magnetic force driving device shell is provided with the net-shaped side surface, the buoyancy device is an air cabin with the top end being sealed in the suspension magnetic force driving device shell, and the magnet sliding cabin, the taste concentrate slow-release cabin and the main lead drop cabin are made by arranging partitions in a shell of the suspension magnetic force driving device through an upper partition plate and a lower partition plate, the shapes of the upper partition plate and the lower partition plate are the same as the cross section of the shell of the suspension magnetic force driving device, the outer diameters of the upper partition plate and the lower partition plate are the same as the inner diameter of the shell of the suspension magnetic force driving device, the upper partition plate is arranged below the sliding magnet lead drop, the lower partition plate is arranged above the main lead drop, the main lead drop is fixed at the lower end in the suspension magnetic force driving device, the space formed between the upper partition plate and the lower partition plate of the shell of the suspension magnetic force driving device is the taste concentrate slow-release cabin, the side surfaces of the taste concentrate slow-release cabin are arranged into a net shape and are provided with filler cabin doors, a magnet sliding cabin is formed between the upper partition plate and a buoyancy device of the shell of the suspension magnetic force driving device, a main lead drop cabin is formed between the lower partition plate and the bottom of the shell of the suspension magnetic force driving device, the main body lead drop is made of a cylindrical lead drop with the outer diameter smaller than the inner diameter of a shell of the suspension magnetic force driving device, the main body lead drop is arranged in a main body lead drop cabin at the lower end in the shell of the suspension magnetic force driving device, the sliding magnet lead drop consists of a floating lead drop and a transverse magnetic pole magnet, the floating lead drop is a lead drop with the same diameter as the main body lead drop, the appearance of the transverse magnetic pole magnet is set to be the same as that of the floating lead drop, the transverse magnetic pole magnet is arranged at the upper end of the floating lead drop, the magnetic pole direction of the transverse magnetic pole magnet is set to be transverse, the surge tension float is a float with buoyancy equal to the gravity of the sliding magnet lead drop, the surge tension float is arranged on the water surface, the surge tension float is connected with a main wire through a surge tension float connector, the main wire penetrates through a wire hole of the shell of the suspension magnetic force driving device and is connected with the sliding magnet lead drop, the surging tension float connector is a float seat which enables the surging tension float to be connected with a main line and enables the surging tension float to be adjusted on the main line, the main line is a fishing line which enables a fishing rod of a fisher to be connected with an environment-friendly magnetic induction driving bionic fishing bait device, the hanging hook bait swinging device consists of a swinging hook hanging rod and a magnetic activity swinging hook, the swinging hook hanging rod consists of a hanging rod and a hanging rod 8-shaped ring connecting point, the hanging rod is made of a material with better tensile strength, one end of the hanging rod is arranged on a fixed point of the hanging hook bait swinging device on one side of the top end of a shell of the suspension magnetic driving device, the other end of the hanging rod is provided with the hanging rod 8-shaped ring connecting point, after the sliding magnet lead weight slides to the lower end of a magnet sliding cabin, the attraction between the sliding magnet lead weight and the activity magnet of the magnetic activity swinging hook just can transversely pull the activity magnet to move towards the sliding magnet lead weight, the magnetic active swing hook consists of an swing line segment, a fishhook and an active magnet, wherein the swing line segment is made of a fish wire with the diameter smaller than that of a main wire, the fishhook is arranged at the lower end of the swing line segment, the upper end of the swing line segment is connected with a hanging rod 8-shaped ring connecting point, the active magnet is arranged at the connecting position of the lower end of the swing line segment and the fishhook, the length of the swing line segment is set at the position where the active magnet moves towards the sliding magnet plummet due to the attraction effect after the sliding magnet plummet slides to the lower end of a magnet sliding cabin, the attraction strength is continuously increased, the attraction strength between the active magnet and the sliding magnet plummet is increased to be smaller than the critical point of the surge tension buoy on the sliding magnet plummet, the distance between the active magnet and the hanging rod 8-shaped ring connecting point is set to be the length of the swing line segment, the slow release fish-attracting taste concentrating carrier is a carrier prepared by sterilizing and concentrating body tissues or body fluids of a predatory object of a target fish.
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CN108283166A (en) * 2018-04-12 2018-07-17 翟凤平 Magnetic force rotary inductive drives bionic fish bait device
CN110063309B (en) * 2019-04-19 2021-06-22 浙江省海洋水产研究所 Squid fishhook imitating body shape of squid
CN111587857B (en) * 2020-05-22 2023-07-07 泉州信息工程学院 Intelligent fish luring and fishing device and working method thereof
CN112243966B (en) * 2020-09-10 2022-03-15 浙江省海洋水产研究所 Squid fishing machine with gap shaking and fish gathering functions
CN112514861B (en) * 2020-11-20 2022-05-31 上海海洋大学 Squid fishing device
CN112704049A (en) * 2021-01-24 2021-04-27 翟凤平 Artificial bait capable of self-illuminating and generating electric field

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