阅读说明：本技术 环保且节能的捕鱼诱引鱼群装置 (Environment-friendly and energy-saving fish catching and luring shoal device ) 是由 翟凤平 于 2021-02-11 设计创作，主要内容包括：环保且节能的捕鱼诱引鱼群装置是由磁场摆动装置和金属导体连接装置组成,磁场摆动装置内设置磁铁,金属导体连接装置是由无磁的金属导体制成的连接装置,磁场摆动装置的前后分别设置连接点,磁场摆动装置通过金属导体连接装置首尾连接,磁场摆动装置通过浪涌或渔船的带动产生摆动,使磁场摆动装置中的磁铁随之摆动,使磁铁的磁场与金属导体连接装置中的导体之间形成动态产生电场,根据电场的叠加属性,多组首尾连接的磁场摆动装置产生的叠加电场的强度很强,会被很远的鱼群捕捉到,由于很多鱼类搜寻目标时是通过识别目标饵群所发出的感生电场群来判断目标饵群方位的,该装置通过发出感生电场群实现了仿生引诱鱼群的目的。(The environment-friendly and energy-saving fish catching and luring fish school device consists of a magnetic field swinging device and a metal conductor connecting device, wherein a magnet is arranged in the magnetic field swinging device, the metal conductor connecting device is a connecting device made of a nonmagnetic metal conductor, connecting points are respectively arranged at the front and the back of the magnetic field swinging device, the magnetic field swinging device is connected end to end through the metal conductor connecting device, the magnetic field swinging device swings through surge or the driving of a fishing boat, the magnet in the magnetic field swinging device swings along with the magnetic field, a dynamic generation electric field is formed between the magnetic field of the magnet and the conductor in the metal conductor connecting device, the intensity of a superposition electric field generated by a plurality of groups of magnetic field swinging devices connected end to end is very strong according to the superposition property of the electric field and can be caught by a very far fish school, and the target bait school orientation is judged by identifying the electric field group emitted by the target bait school when a plurality, the device realizes the aim of bionic luring of fish school by sending out induced electric field group.)

1. An environment-friendly and energy-saving fish catching and luring device is characterized in that the environment-friendly and energy-saving fish catching and luring device consists of a magnetic field swinging device and a metal conductor connecting device, a magnet is arranged in the magnetic field swinging device, the metal conductor connecting device is a connecting device made of a nonmagnetic metal conductor, connecting points are respectively arranged at the front and the back of the magnetic field swinging device, the magnetic field swinging device is connected end to end through the metal conductor connecting device, the magnetic field swinging device swings through surge or the driving of a fishing boat, so that the magnet in the magnetic field swinging device swings along with the magnetic field, a dynamically generated electric field is formed between the magnetic field of the magnet and the conductor in the metal conductor connecting device, the strength of a superposed electric field generated by a plurality of groups of magnetic field swinging devices connected end to end is very strong according to the superposition property of the electric field, the superposed electric field can be caught by a very distant fish group, and the direction of the target bait group is judged by identifying the induced electric field group, the device realizes the aim of bionic luring of fish school by sending out induced electric field group.

2. The environment-friendly and energy-saving fish catching and luring device as claimed in claim 1, wherein the magnetic field oscillating device is composed of an oscillating plate and magnets, the oscillating plate is composed of a front connecting hole, a rear connecting hole and a magnet chamber, the front connecting hole and the rear connecting hole are the connecting holes penetrating the metal conductor connecting device, the inner diameters of the front connecting hole and the rear connecting hole are equal, the magnet chamber is a closed chamber provided with the magnets, the volume of the magnet chamber is determined according to the type of the caught fish and the inhabited water layer, if the target fish is a deep water layer, the volume of the magnet chamber is set to be equal to the volume of the magnets, if the target fish is a shallow water layer, the volume of the magnet chamber is set to be larger than the volume of the magnets, a certain amount of air enclosed in the chamber is used as buoyancy to float the magnetic field oscillating device on the water surface, the thickness of the magnet chamber is set so that the magnetic field intensity of the magnets therein cannot reach the, the magnet is a permanent magnet, the shape of the magnet is determined according to the shape of a magnet cabin of the magnetic field swinging device, the shape of the magnet cabin is determined according to the shape of a main body of the magnetic field swinging device, the volume of the magnet is determined according to the specification of the magnetic field swinging device, and the magnetic field swinging devices with different specifications are arranged according to different types of target fishes.

3. An environment-friendly and energy-saving fish catching and luring device as claimed in claim 1, wherein the metal conductor connecting device is a cylindrical shaft body made of non-magnetic metal conductor, and is composed of a shaft body and limiting clamps at two ends, the diameter of the shaft body is smaller than the inner diameter of the front connecting hole and the rear connecting hole, and the length of the shaft body is greater than the distance between two ends of the rear connecting hole of the magnetic field swinging device.

Technical Field

The invention relates to the technical field of fishing, in particular to a method for solving the problem of time waste in searching fish shoals on the sea without targets and achieving the purposes of environmental protection and energy saving.

Background

At present, the method for searching fish shoal by fishing on sea has the following defects that firstly, the refractive property of fish is utilized, the artificial light emitting method is adopted to attract the shoal, the defect is that the light conduction effect of water is not as good as that of air, and the effective conduction range of light in water is limited, so the fish gathering effect is limited, secondly, the position of the shoal is searched by using a shoal detector, the defect is that the searching range of the shoal detector is limited, the blind cruising searching is always wasted in time and fuel, but the shoal direction cannot be locked, and the two methods consume energy and are not environment-friendly.

Disclosure of Invention

The invention aims to provide an environment-friendly and energy-saving fish catching and luring device.

The invention is realized in this way, the invention is characterized in that the environment-friendly and energy-saving fish catching and luring fish school device is composed of a magnetic field swinging device and a metal conductor connecting device, a magnet is arranged in the magnetic field swinging device, the metal conductor connecting device is a connecting device made of nonmagnetic metal conductors, connecting points are respectively arranged at the front and the back of the magnetic field swinging device, the magnetic field swinging device is connected end to end through the metal conductor connecting device, the magnetic field swinging device swings through surge or the driving of a fishing boat, the magnet in the magnetic field swinging device swings along with the magnetic field, so that a dynamic generation electric field is formed between the magnetic field of the magnet and the conductor in the metal conductor connecting device, according to the superposition attribute of the electric field, the intensity of the superposition electric field generated by a plurality of groups of magnetic field swinging devices connected end to end is very strong, the electric field can be caught by a very distant fish school, and the direction of the target bait is judged by, the device realizes the aim of bionic luring of fish school by sending out induced electric field group.

The magnetic field swinging device consists of a swinging plate and a magnet, the swinging plate consists of a front connecting hole, a rear connecting hole and a magnet cabin, the front connecting hole and the rear connecting hole are connected with the connecting holes of the metal conductor connecting device in a penetrating way, the inner diameters of the front connecting hole and the rear connecting hole are equal, the magnet cabin is a closed cabin provided with the magnet, the volume of the magnet cabin is determined according to the type of the caught target fish and the inhabited water layer, if the target fish is a deep water layer, the volume of the magnet cabin is set to be equal to the volume of the magnet, if the target fish is a shallow water layer, the volume of the magnet cabin is set to be larger than the volume of the magnet, a certain amount of air sealed in the cabin is used as buoyancy to enable the magnetic field swinging device to float on the water surface, the thickness of the magnet cabin wall is set to enable the magnetic field intensity of the, the shape of the magnet cabin is determined according to the shape of the magnet cabin of the magnetic field swinging device, the shape of the magnet cabin is determined according to the shape of the main body of the magnetic field swinging device, for example, the shape of the magnetic field swinging device used on the water surface is set to be plate-shaped and can swing along with waves, the magnetic field swinging device used in deep water needs to be pulled and pulled, the swinging effect is realized by setting the shape of the magnetic field swinging device to be a shape with a curved surface on the surface, the volume of the magnet is determined according to the specification of the magnetic field swinging device, and the magnetic field swinging devices with different specifications are arranged according to different target fish types.

The metal conductor connecting device is a cylindrical shaft body made of a nonmagnetic metal conductor and consists of a shaft body and limiting clamps at two ends, the diameter of the shaft body is smaller than the inner diameter of a front connecting hole and a rear connecting hole, the length of the shaft body is larger than the distance between two ends of the rear connecting hole of a magnetic field swinging device, the shaft body is used for penetrating the shaft body into the rear connecting hole of the front magnetic field swinging device and the front connecting hole of the rear magnetic field swinging device to connect the front magnetic field swinging device and the rear magnetic field swinging device, and the magnetic field swinging devices can freely swing on the shaft body after the limiting clamps at the two ends of the shaft body are fixed, and the metal conductor connecting device is used for continuously cutting the magnetic field of the magnet to generate an induced electric field similar to that generated by fishes when the magnet swings along with the magnetic field swinging devices.

The principle of the environment-friendly and energy-saving fish catching and luring device is that the field intensity of the superposed induced electric field group generated by the plurality of groups of magnetic field swinging devices and the metal conductor connecting device is very strong, so that the fish in the sea area is mistakenly considered to be sent by the target bait group, and the fish can track the direction of the sent induced electric field group and gather to the fishing operation area, thereby realizing the purpose of environment-friendly and energy-saving bionic luring of the fish.

Drawings

The invention is further described below with reference to the accompanying drawings:

fig. 1 is a schematic structural view of an environment-friendly and energy-saving fish catching and luring device after being connected.

Fig. 2 is a schematic view of the magnetic field oscillating device of fig. 1.

Fig. 3 is a schematic structural view of a swing plate of the magnetic field swing apparatus of fig. 1.

Fig. 4 is a schematic view of the structure of the magnetic field oscillating device of fig. 1 in which magnets are provided on the oscillating plate.

Fig. 5 is a schematic view of the structure of the metal conductor connecting device of fig. 1.

Detailed Description

As shown in fig. 1, 2, 3 and 4, the environment-friendly and energy-saving fish catching and luring device comprises a magnetic field swinging device 1 and a metal conductor connecting device 2, wherein a magnet 4 is arranged in the magnetic field swinging device 1, the metal conductor connecting device 2 is a connecting device made of a non-magnetic metal conductor, connecting points are respectively arranged at the front and the rear of the magnetic field swinging device 1, the magnetic field swinging device 1 is connected end to end through the metal conductor connecting device 2, the magnetic field swinging device 1 swings through surging or the driving of a fishing boat, so that the magnet 4 in the magnetic field swinging device 1 swings along with the magnetic field swinging device, a dynamic generation electric field is formed between the magnetic field of the magnet 4 and the conductor in the metal conductor connecting device 2, the intensity of the superposed electric fields generated by a plurality of groups of the magnetic field swinging devices 1 connected end to end is strong according to the superposition property of the electric fields, and the superposed electric fields generated by a plurality of fishes can be caught by a far fish swarm, and the target bait is judged by identifying In the bionic fish luring device, the aim of bionic fish luring is achieved by sending out an induced electric field group.

As shown in fig. 1, 2, 3 and 4, the magnetic field swing device 1 is composed of a swing plate 3 and a magnet 4, the swing plate 3 is composed of a front connection hole 5, a rear connection hole 6 and a magnet compartment 7, the front connection hole 5 and the rear connection hole 6 are connection holes penetrating into the metal conductor connection device 2, the inner diameters of the front connection hole 5 and the rear connection hole 6 are equal, the magnet compartment 7 is a closed compartment provided with the magnet 4, the volume of the magnet compartment 7 is determined according to the kind of the target fish to be caught and the water layer where the target fish inhabits, if the target fish is a deep water layer, the volume of the magnet compartment 7 is set to be equal to the volume of the magnet, if the target fish is a shallow water layer, the volume of the magnet compartment 7 is set to be larger than the volume of the magnet 4, so that a certain amount of air enclosed in the compartment floats on the water surface as buoyancy, the thickness of the magnet compartment wall is set so that the magnetic field strength of the magnet 4 therein cannot reach to be mutually, the magnet 4 is a permanent magnet, the shape of which is determined according to the shape of the magnet compartment 7 of the magnetic field swing device 1, the shape of the magnet compartment 7 is determined according to the shape of the main body of the magnetic field swing device 1, for example, the shape of the magnetic field swing device 1 for water surface is set to be plate-shaped, namely, the magnetic field swing device 1 for deep water is capable of swinging along with waves, the magnetic field swing device 1 for deep water needs to be pulled and pulled, the swinging effect is realized by setting the shape of the magnetic field swing device 1 to be a shape with a curved surface, the volume of the magnet 4 is determined according to the specification of the magnetic field swing device 1, and the magnetic field swing devices 1 with different specifications are arranged.

As shown in fig. 1, 2, 3, 4 and 5, the metal conductor connecting device 2 is a cylindrical shaft body made of a nonmagnetic metal conductor, and is composed of a shaft body 8 and limiting clamps 9 at two ends, the diameter of the shaft body 8 is smaller than the inner diameters of the front connecting hole 5 and the rear connecting hole 6, the length of the shaft body 8 is larger than the distance between two ends of the rear connecting hole 6 of the magnetic field swinging device 1, the shaft body 8 is used for penetrating the shaft body 8 into the rear connecting hole 6 of the previous magnetic field swinging device 1 and the front connecting hole 5 of the next magnetic field swinging device 1, so that the front magnetic field swinging device 1 and the rear magnetic field swinging device 1 are connected, and after the limiting clamps 9 at two ends of the shaft body 8 are fixed, the magnetic field swinging device 1 can freely swing on the shaft body 8, the metal conductor connecting device 2 is used for continuously cutting the magnetic field of the magnet 4 when the magnet 4 swings along with the magnetic field swinging device 1, an induced electric field is generated that resembles that emitted by fish.

As shown in fig. 1, the principle of the environmentally-friendly and energy-saving fish catching and luring device is that the field intensity of the superimposed induced electric field group generated by the plurality of groups of magnetic field swinging devices 1 and the metal conductor connecting device 2 is very strong, so that the fish group in the sea area is mistakenly regarded as being sent by the target bait group, and the fish group can track the direction of sending the induced electric field group and gather to the fishing operation area, thereby achieving the purpose of environmentally-friendly and energy-saving bionic luring of the fish group.