CN210610765U

CN210610765U - Gravity rotation magnetic force induction bionic bait device

Info

Publication number: CN210610765U
Application number: CN201920938761.XU
Authority: CN
Inventors: 翟凤平
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-06-21
Filing date: 2019-06-21
Publication date: 2020-05-26
Anticipated expiration: 2029-06-21

Abstract

The utility model aims at providing a gravity gyration magnetic force response bionic bait device. The utility model discloses a realize like this, it is by being by the main body cover device, gravity gyration magnetic field device, davit couple device and slow release attracting fish taste device are constituteed, gravity gyration magnetic field device sets up the gravity gyration cabin at the main body cover device, gravity gyration magnetic field device is through setting up the power float at the surface of water, the power float is connected the thread hole that the thread passed main body cover device upper end and is connected with gravity gyration magnetic field device, the power float drives the gyration magnet of gravity gyration magnetic field device and comes and goes the gyration at gravity gyration under the effect of wave, set up the center of davit couple device in the upper end of main body cover device, hang the both ends at davit couple device through the couple line with magnetic hook, make the magnetic field effort that sets up the gyration magnet in gravity gyration cabin can be sensed to the height that hangs of magnetic hook.

Description

Gravity rotation magnetic force induction bionic bait device

Technical Field

The utility model relates to a technical field of fishing especially is to an utilize buoyancy and magnet self gravity of cursory, realizes the bionical bait device of gravity gyration magnetic force response of gyration power through set up the eccentric shaft on geometry body magnet.

Background

Based on present bionical bait device of magnetic force rotation-induction drive, its magnetic field rotating device's power relies on the combination of the buoyancy of cursory and clockwork spring's gyration power, utilizes the fluctuation of surge to realize that rotary magnet rotates, because precision to assemblies such as clockwork spring, rotary magnet and axis requires very high, is not convenient for production and processing, also does not benefit to the teletransmission yet.

Disclosure of Invention

The utility model aims at providing a gravity gyration magnetic force response bionic bait device.

The utility model is realized in such a way, the bionic bait device is characterized in that the bionic bait device with gravity rotation magnetic force induction is composed of a main body shell device, a gravity rotation magnetic field device, a suspension arm hook device and a slow release fish-luring taste device, the main body shell device keeps a vertical posture in water through a buoyancy cabin arranged at the top end of the main body shell device and a lead weight arranged at the lower end of the main body shell device, the gravity rotation magnetic field device is arranged in the gravity rotation cabin of the main body shell device, the gravity rotation magnetic field device is arranged on the water surface through arranging a power buoy, a main line connected with the power buoy penetrates through a line hole at the upper end of the main body shell device to be connected with the gravity rotation magnetic field device, the power buoy drives a rotation magnet of the gravity rotation magnetic field device to and fro rotate in the gravity rotation cabin under the action of waves, the center of the suspension arm hook device is arranged at the upper, the magnetic hook is hung at two ends of the suspension arm hook device through the hook line, so that the hanging height of the magnetic hook can sense the magnetic field acting force of the rotary magnet arranged in the gravity rotary cabin until the magnetic field acting force, and the fish luring taste slow-releasing device is arranged in the taste slow-releasing cabin in the main body shell device to form the gravity rotary magnetic force sensing bionic bait device.

The main body shell device is composed of a shell, wire holes, a buoyancy cabin, a gravity rotation cabin, a taste slow-release cabin, a lead weight cabin and lead weights, wherein the shell is made of nonmagnetic hard materials, the shape of the shell is a hollow cylindrical shape, such as a cylindrical shape, a square cylindrical shape or an elliptic cylindrical shape, the wire holes are formed in the center of the top end of the shell, the wire holes are wire passing holes which are formed in the center of the top end of the main body shell device and are connected with the center of the top of the gravity rotation cabin through the buoyancy cabin downwards, a main wire penetrates through the wire holes to be connected with a rotation magnet of the gravity rotation magnetic field device, and the buoyancy cabin is an air cabin arranged on the upper. Put the lead weight cooperation of putting in main part shell device bottom and make main part shell device keep upright gesture in aqueous, gravity gyration cabin, taste slowly-releasing cabin and lead weight cabin set gradually in the middle part of main part shell device, 3 cabins of lower half and bottom, gravity gyration cabin is the cabin that sets up gravity gyration magnetic field device, gravity gyration cabin top connecting wire hole, middle part both sides in gravity gyration cabin correspond and set up 2 eccentric shaft holes, the below in gravity gyration cabin is the taste slowly-releasing cabin, taste slowly-releasing cabin is the cabin that sets up slow release fish luring taste device, the lead weight cabin is the cabin that sets up the lead weight, its volume is according to the volume setting of lead weight.

The gravity rotary magnetic field device consists of a power float, a main line, an eccentric shaft and a rotary magnet, wherein the power float consists of a float main body and a main line connector, the float main body is made of a material with larger buoyancy, the buoyancy of the float main body is set to be larger than the underwater gravity of the magnet block on one side with larger weight on two sides of the eccentric shaft, the power float is used for driving the underwater rotary magnet to rotate back and forth on the water surface along with the surge motion of the water surface, the main line connector is a connector which is connected with the main line and can adjust the position of the power float on the main line, the main line is a fishing line which is connected with a fishing rod and a gravity rotary magnetic force induction bionic bait device, one end of the main line is arranged at the end point of the fishing rod, the power float is arranged at the middle part of the main line through the main line connector, the other end of the main line penetrates through a line hole to be connected with the fixed point of the, the eccentric shaft is a shaft rod with the diameter smaller than that of the eccentric shaft hole of the rotary magnet and the length slightly smaller than the outer diameter of the gravity rotary cabin, the rotary magnet consists of a magnet block, an eccentric shaft hole of the rotary magnet and a main line fixing point of the rotary magnet, the magnet block is a rectangular cube with the diagonal smaller than the inner diameter of the gravity rotary cabin and can also be arranged into a symmetrical cube with other shapes, such as a round cake-shaped cube, a rhombic cube, an oval cube and the like, the eccentric shaft hole of the rotary magnet is a round hole which is arranged on two side surfaces of the magnetic pole surface of the magnet block and deviates from the center, the diameter of the eccentric shaft is slightly larger than that of the eccentric shaft, the eccentric shaft hole of the rotary magnet is arranged on the center of the magnet block, one side of the magnet block on two sides has larger weight and the other side has smaller weight, after, the main line fixing point of the rotary magnet is arranged at the middle point of the edge of the top end of the larger side of the magnet block on the two sides of the eccentric shaft hole of the rotary magnet, and is used for fixing the main line, so that the power buoy can be pulled to rotate up and down by taking the eccentric shaft as the original point under the action of the wave and the gravity of the side with the larger weight of the rotary magnet, two magnetic poles of the magnet block are continuously converted in the same direction, and the magnetic hook is driven to continuously rotate under the action of the continuously converted magnetic field force.

The suspension arm hook device consists of a suspension arm main body, a shell connecting point, a hook line rotating ring, a hook line and a magnetic hook, wherein the suspension arm main body is made of nonmagnetic hard material, the length of the suspension arm main body is set to enable the magnetic hook hung at the lower end of the suspension arm main body to sense the magnetic field acting force of a rotary magnet, the shell connecting point is a connecting point which is arranged at the lower side of the middle of the suspension arm main body and is connected with the top end of the main body shell device, the hook line rotating ring is an 8-shaped rotating ring which is arranged at the two ends of the suspension arm main body and is connected with the hook line, the hook line is a fish line which is connected with the suspension arm main body and is arranged on a height line from the two ends of the suspension arm main body to the magnetic field of the rotary magnet, so that the magnetic hook can only receive the magnetic force sensing of the rotary magnet but can not contact with the distance, the magnetic hook is used for hooking bionic bait or a fishhook for fishing on the bait, and the magnetic hook is used for generating magnetic force induction by utilizing magnetic poles of the induction magnet and the rotary magnet which are constantly switched, so that the bionic bait suspended on the magnetic hook in water continuously creeps and turns over to achieve the best bionic effect.

The slow release fish-luring taste device is a carrier which is prepared by sterilizing and concentrating body tissues or body fluids of object baits which are preyed by target fishes and is arranged in a taste slow release cabin.

A method for assembling a gravity rotary magnetic force induction bionic bait device comprises inserting an eccentric shaft into an eccentric shaft hole of a rotary magnet, arranging two ends of the eccentric shaft in the eccentric shaft hole of a gravity rotary cabin, arranging a device for slowly releasing fish-luring flavor in a flavor slow-release cabin, arranging a lead weight in the lead weight cabin, fixing one end of a main line on a fishing rod, fixing a power float on the main line through a main line connector, fixing the other end of the main line on a main line fixing point of the rotary magnet after passing through a wire hole, connecting a shell connecting point of a suspension arm main body of a suspension arm hook device with the top end of the shell, enabling two ends of the suspension arm main body to be consistent with the magnetic field direction of the rotary magnet, arranging hook line swivel rings at two ends of the suspension arm main body, arranging one end of the hook line on the hook line swivel ring, connecting the other end of the hook line with a magnetic force hook, adjusting the position of the power float, the distance between the power float and the bottom of the main body shell device is equal to the depth of water.

Drawings

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

fig. 1 is a schematic structural view of a gravity rotation magnetic force induction bionic bait device.

Fig. 2 is a schematic sectional view of the main body case device of fig. 1.

Fig. 3 is a schematic structural diagram of the gravity rotating magnetic field device in fig. 1.

Fig. 4 is a schematic sectional structure view of the power float in the gravity rotating magnetic field device in fig. 1.

Fig. 5 is a schematic structural view of a rotary magnet in the gravity rotary magnetic field device of fig. 1.

Fig. 6 is a schematic structural view of the boom hook device in fig. 1.

Fig. 7 is a schematic structural view of a magnetic hook in the boom hook apparatus of fig. 1.

Detailed Description

As shown in fig. 1, 2, 3 and 7, the utility model is realized by that the gravity rotary magnetic force induction bionic bait device is composed of a main body shell device 1, a gravity rotary magnetic field device 2, a suspension arm hook device 3 and a slow release fish luring taste device 4, the main body shell device 1 keeps an upright posture in water through a buoyancy cabin 7 arranged at the top end and a lead weight 11 arranged at the lower end, the gravity rotary magnetic field device 2 is arranged in a gravity rotary cabin 8 of the main body shell device 1, the gravity rotary magnetic field device 2 is arranged on the water surface by arranging a power float 13, a power float 13 connecting main line 14 passes through a line hole 6 at the upper end of the main body shell device 1 to be connected with the gravity rotary magnetic field device 2, the power float 13 drives a rotary magnet 16 of the gravity rotary magnetic field device 2 to rotate back and forth in the gravity rotary cabin 8 under the action of waves, the center of the suspension arm hook device 3 is arranged at the upper end of the main body shell device 1, the two ends of the suspension arm hook device 3 are consistent with the magnetic field direction of the rotary magnet 16, the magnetic hook 26 is hung at the two ends of the suspension arm hook device 3 through the hook line 25, the hanging height of the magnetic hook 26 can sense the magnetic field acting force of the rotary magnet 16 arranged in the gravity rotary cabin 8, and the slow release fish luring taste device 4 is arranged in the taste slow release cabin 9 in the main body shell device 1 to form the gravity rotary magnetic sensing bionic bait device.

As shown in fig. 1 and 2, the main body casing device 1 is composed of a casing 5, a string hole 6, a buoyancy chamber 7, a gravity rotation chamber 8, a flavor slow-release chamber 9, a lead weight chamber 10 and a lead weight 11, the casing 5 is made of a non-magnetic hard material and has a hollow cylindrical shape, such as a cylindrical shape, a square cylindrical shape or an elliptic cylindrical shape, the string hole 6 is arranged at the center of the top end of the casing 5, the string hole 6 is a string-passing hole which passes through the buoyancy chamber 7 from the center of the top end of the main body casing device 1 downwards to be connected with the center of the top of the gravity rotation chamber 8, and has the function of enabling a main string to pass through the string hole 6 to be connected with a rotation magnet of the gravity rotation magnetic field device 2, the buoyancy chamber 7 is an air chamber arranged at the upper part of the main body casing device 1 and has the function of cooperating with the lead weight arranged at the bottom of the main body casing device 1 to keep the main body casing device 1 in an, The fish bait is characterized by comprising a lower half part and 3 cabins at the bottom, wherein a gravity rotating cabin 8 is a cabin provided with a gravity rotating magnetic field device 2, wire holes 6 are connected to the top of the

gravity rotating cabin

8, 2 eccentric shaft holes 12 are correspondingly arranged on two sides of the middle of the gravity rotating cabin 8, a taste slow-release cabin 9 is arranged below the gravity rotating cabin 8, the taste slow-release cabin 9 is a cabin provided with a slow-release fish-luring taste device 4, a lead weight cabin 10 is a cabin provided with a lead weight 11, and the volume of the lead weight cabin is set according to the volume of the lead weight 11.

As shown in fig. 1, 2, 3, 4, 5 and 6, the gravity rotary magnetic field device 2 is composed of a power float 13, a main line 14, an eccentric shaft 15 and a rotary magnet 16, the power float 13 is composed of a float main body 17 and a main line connector 18, the float main body 17 is made of a material with larger buoyancy, the buoyancy of the float main body 17 is set to be larger than the underwater gravity of a magnet block 19 at the side with larger weight at the two sides of the eccentric shaft 15, the buoyancy is used for making the power float 13 float on the water surface to follow the surging movement of the water surface to drive the underwater rotary magnet 16 to rotate back and forth, the main line connector 18 is a connector which is connected with the main line 14 and can adjust the position of the power float 13 on the main line 14, the main line 14 is a fishing line which is connected with a fishing rod and the gravity magnetic rotary bionic bait device, one end of the main line 14 is arranged at the end point of the fishing rod, the middle part of the main line 14 is provided, the other end of the main line 14 passes through the wire hole 6 to be connected with a main line fixing point 21 of a rotary magnet 16, the power float 13 is adjusted at the water level point of the main line 14 according to the depth of water, the eccentric shaft 15 is a shaft rod with the diameter smaller than that of an eccentric shaft hole 20 of the rotary magnet and the length slightly smaller than the outer diameter of the gravity rotary cabin 8, the rotary magnet 16 is composed of a magnet block 19, the eccentric shaft hole 20 of the rotary magnet and the main line fixing point 21 of the rotary magnet, the magnet block 19 is a rectangular cube with the diagonal smaller than the inner diameter of the gravity rotary cabin 8, and can also be arranged into symmetrical cubes with other shapes, such as a round cake-shaped cube, a rhombic cube, an elliptic cube and the like, the eccentric shaft hole 20 of the rotary magnet is a round hole which is arranged on two sides of the magnetic pole surface of the magnet block 19 and deviates from the center, the, the weight of one side of the magnet block 19 on two sides is larger by arranging the rotary magnet eccentric shaft hole 20, the weight of one side is smaller, after the eccentric shaft 15 is arranged, the side with larger weight can automatically sink to generate a downward pulling force all the time, the rotary magnet main line fixing point 21 is the middle point of the top edge of the side with larger volume of the magnet block 19 on two sides of the rotary magnet eccentric shaft hole 20 and is used for fixing the main line 14, so that the power float 13 can pull the rotary magnet 16 to vertically reverse by taking the eccentric shaft 15 as the original point under the action of the waves and the gravity on the side with larger weight of the rotary magnet 16, two magnetic poles of the magnet block 19 are continuously converted in the same direction, and the driving magnetic hook 27 is continuously rotated under the action of the continuously converted magnetic field force.

As shown in fig. 1, 2, 3, 4, 5, 6 and 7, the boom hook device 3 is composed of a boom main body 22, a housing connection point 23, a hook line swivel 24, a hook line 25 and a magnetic hook 26, the boom main body 22 is made of non-magnetic hard material, the length of the boom main body is set to enable the magnetic hook 26 hung at the lower end thereof to sense the magnetic force of the rotary magnet 16, the housing connection point 23 is a connection point arranged at the lower middle side of the boom main body 22 and connected with the top end of the main body housing device 1, the hook line swivel 24 is an 8-shaped swivel arranged at the two ends of the boom main body 22 and connected with the hook line 25, the hook line 25 is a fish line connected with the magnetic hook 26 by the boom main body 22, the length of the hook is set to be on the height line from the two ends of the boom main body 22 to the magnetic field of the rotary magnet 16 downward, so that the magnetic hook 26 can only receive the, however, the distance of the hook line 25 is not enough to contact the gravity rotation chamber 8, the length of the hook line 25 is limited to the distance that the magnetic hook 26 cannot contact the gravity rotation chamber 8, the magnetic hook 26 is bonded with the bulkhead of the gravity rotation chamber 8 to influence the normal reverse rotation of the magnetic hook 16 due to the attraction effect of the rotary magnet 16 and the induction magnet 27, the magnetic hook 26 is composed of the induction magnet 27 and the fishhook 28, the induction magnet 27 is a magnet arranged on the fishhook 28, the size of the induction magnet is set according to the size of the fishhook 28, the fishhook 28 is a fishhook 28 for hooking bionic bait or fishing on the bait, and the magnetic hook 26 is used for generating magnetic induction by utilizing the magnetic poles of the induction magnet 27 and the rotary magnet 16 which are continuously switched, so that the bionic bait suspended on the magnetic hook 26 in the water continuously creeps and turns over to achieve the best bionic effect.

As shown in fig. 1 and 2, the slow release fish-luring flavor device 4 is a carrier made of body tissues or body fluids of the subject baits to which the target fish love to prey through sterilization and concentration treatment, and is disposed in the flavor slow-release capsule 9.

As shown in fig. 1, 2, 3, 4, 5, 6 and 7, the gravity rotary magnetic force induction bionic bait device is assembled by inserting an eccentric shaft 15 into a rotary magnet eccentric shaft hole 20 of a rotary magnet 16, disposing both ends of the eccentric shaft 15 into an eccentric shaft hole 12 of a gravity rotary cabin 8, disposing a slow release fish-attracting flavor device 4 into a flavor slow release cabin 9, disposing a lead weight 11 into the lead weight cabin 10, fixing one end of a main line 14 to a fishing rod, fixing a power float 13 to the main line 14 through a main line connector 18, fixing the other end of the main line 14 to a rotary magnet main line fixing point 21 of the rotary magnet 16 after passing through a wire hole 6, connecting a housing connecting point 23 of a boom main body 22 of the boom device 3 to the top end of the housing 5, aligning both ends of the boom main body 22 to the magnetic field direction of the rotary magnet 16, disposing a boom line swivel 24 at both ends of the boom main body 22, one end of a hook line 25 is arranged on the hook line swivel 24, the other end of the hook line 25 is connected with a magnetic hook 26, the position of the power float 13 on the main line 14 is adjusted through the main line connector 18 according to the depth of water, and the distance between the power float 13 and the bottom of the main body shell device 1 is equal to the depth of water.

Claims

1. A gravity rotary magnetic force induction bionic bait device is characterized by comprising a main body shell device, a gravity rotary magnetic field device, a suspension arm hook device and a slow fish-luring taste releasing device, wherein the main body shell device is kept in an upright posture in water through a buoyancy cabin arranged at the top end of the main body shell device and a lead weight arranged at the lower end of the main body shell device, the gravity rotary magnetic field device is arranged in a gravity rotary cabin of the main body shell device, the gravity rotary magnetic field device is formed by arranging a power buoy on the water surface, a power buoy connecting main line penetrates through a line hole at the upper end of the main body shell device to be connected with the gravity rotary magnetic field device, the power buoy drives a rotary magnet of the gravity rotary magnetic field device to rotate back and forth in the gravity rotary cabin under the action of waves, and the center of the suspension arm hook device is arranged at the upper end of the, the two ends of the suspension arm hook device are consistent with the magnetic field direction of the rotary magnet, the magnetic hook is hung at the two ends of the suspension arm hook device through the hook line, the hanging height of the magnetic hook can sense the magnetic field acting force of the rotary magnet arranged in the gravity rotary cabin until the magnetic field acting force, and the fish luring taste slow-releasing device is arranged in the taste slow-releasing cabin in the main body shell device to form the gravity rotary magnetic force sensing bionic bait device.

2. The gravity-turn magnetic force induction bionic bait device as claimed in claim 1, wherein the gravity-turn magnetic field device is composed of a power float, a main line, an eccentric shaft and a turn magnet, the power float is composed of a float body and a main line connector, the buoyancy of the float body is set to be larger than the underwater gravity of the magnet block on the side with larger weight on both sides of the eccentric shaft, the main line connector is a connector which is connected with the main line and can adjust the position of the power float on the main line, the main line is a fishing line which is connected with a fishing rod and the gravity-turn magnetic force induction bionic bait device, one end of the main line is arranged at the end point of the fishing rod, the power float is arranged in the middle of the main line through the main line connector, the other end of the main line is connected with the main line fixing point of the turn magnet through a line hole, the power float is adjusted at the water level point of the main, the length slightly is less than the axostylus axostyle of gravity gyration cabin external diameter, and gyration magnet comprises magnet piece, gyration magnet eccentric shaft hole and gyration magnet thread fixed point, and the magnet piece is the cube that the diagonal is less than gravity gyration cabin internal diameter, and gyration magnet eccentric shaft hole is the round hole that sets up the skew center in two sides of magnet piece magnetic pole face, and its diameter sets up to slightly being greater than the diameter of eccentric shaft, and gyration magnet thread fixed point sets up the mid point at the great one side top edge of volume of magnet piece in gyration magnet eccentric shaft hole both sides.

3. The gravity rotating magnetic force sensing bionic bait device as claimed in claim 1, wherein the boom hook device is composed of a boom body, a housing connection point, a hook line swivel, a hook line and a magnetic hook, the boom body is made of nonmagnetic hard material, the length of the boom body is set to enable the magnetic hook hung at the lower end of the boom body to sense the magnetic force of the rotating magnet, the housing connection point is a connection point arranged at the lower middle side of the boom body and connected with the top end of the body housing device, the hook line swivel is an 8-shaped swivel arranged at the two ends of the boom body and connected with the hook line, the hook line is a fish line connected with the boom body and connected with the magnetic hook, the length of the hook is set to be from the two ends of the boom body to a height line of the magnetic field of the rotating magnet, so that the magnetic hook can only receive the magnetic force sensing of the rotating magnet but is not enough to, the magnetic hook is composed of an induction magnet and a fishhook, wherein the induction magnet is a magnet arranged on the fishhook, the size of the induction magnet is set according to the size of the fishhook, and the fishhook is used for hooking bionic bait or fishing on the bait.