CN105660558B

CN105660558B - Coil spring take-up and pay-off device for fishing

Info

Publication number: CN105660558B
Application number: CN201510948568.0A
Authority: CN
Inventors: 陈勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-12-18
Filing date: 2015-12-17
Publication date: 2022-04-22
Anticipated expiration: 2035-12-17
Also published as: CN105660558A

Abstract

The invention discloses a coil spring take-up and pay-off device for fishing, which is characterized in that: the winding and unwinding device comprises a shell base of a coil spring winding and unwinding device, a shell cover of the coil spring winding and unwinding device, a coil spring winding and unwinding device wheel and a coil spring; the outer end and the inner end of the diameter of the coil spring are in a hook shape, the outer end of the diameter is hooked with the outer circumferential surface of the coil spring take-up and pay-off device wheel, the inner end of the diameter penetrates through a through shaft of the coil spring take-up and pay-off device shell base and is hooked with the through shaft, and a fishing line is coiled on the outer surface of a cylindrical surface corresponding to the cylindrical coil spring take-up and pay-off device wheel. The beneficial effects are that: the coil spring wire-collecting and paying-off device can automatically pay off and take up wires according to the strength of pulling force of fishing, so that automatic fish walking is realized, and a new fishing hand which is not very capable of walking fish can become a high hand for walking fish.

Description

Coil spring take-up and pay-off device for fishing

Technical Field

The invention relates to the field of fishing equipment, in particular to a coil spring take-up and pay-off device for fishing.

Background

At present, in an automatic fishing rod, only the functions of fishing and line releasing are provided. After the automatic fishing rod catches a fish, a fisherman can timely drive the fish to the side of the automatic fishing rod of the middle fish to start the fish, otherwise, the phenomena of fishing line looseness, fish escape by spitting a hook and joyful space can occur, and the phenomena are also a large-proportion event; and because the automatic fishing rod is limited by the spring, the automatic fishing rod is short (cannot be shot long), and because the automatic fishing rod is short and heavy, the automatic fishing rod cannot be used for bench fishing and traditional fishing in a fishing method, and is single in use and inconvenient to carry.

The existing market reels are many, the spindle wheel is commonly used, the leya fiber and the like exist, if the spindle wheel and the leya fiber are classified according to different sizes and different purposes, hundreds of types of the spindle wheel and the leya fiber are needed, the torsion stored by a coil spring is used for winding, the existing market does not exist, and the spindle wheel belongs to the market blank. Previously, there have also been electric reels, any action of which is powered by a dc motor. From the fish catching to the landing, the larger the fish, the more time is spent, the motor is in work all the time, the power of the motor is low, the motor is not pulled, the electric reel is useless, only the power of the motor is high, the electric energy is needed for a long time and high power, the outdoor fishing needs to be provided with a storage battery with large storage capacity, a plurality of storage batteries with large storage capacity are needed, and the added volume and weight are large burdensome and not practical. The lithium battery is smaller and lighter, but the price is many times that of a common storage battery, and the sufficient lithium battery is accepted by common fishermen and is unrealistic. Due to these limitations, it is also a major reason why electric reels have not been popular.

Remote controlled reels may not be developed because electric reels have been popular. Trying, the reel is not powered up, how to remotely control the horse. The remote control reel does not exist, and the automatic fishing can not be realized by using an alarm in a manner of transmitting a trigger signal.

The problem that after a fish is hooked, the fishing line is loosened and the fish is thrown away is solved, and the problem is one of the big problems to be solved by a fisherman.

Disclosure of Invention

The invention aims to solve the problem that fish escapes due to the fact that a fishing line is loosened and a fishhook is spitted in the prior art; the coil spring wire-collecting and paying-off device for fishing is provided by improvement; after the fish is hooked, the fishing line can be automatically taken up, so that the fish, the line and the rod are in a tightened state, and the problem that the fish escapes because the fishing line is loosened and the hook is spitted is not solved. A coil spring is connected between the fishing rod tip and the fishing line (or in the middle of the fishing line); when the fish is hooked in practical use, the fish struggles with the tension and escapes with the line, and when the pulling force of the fish is greater than the torsion force of the coil spring, the coil spring take-up and pay-off device automatically winds up and automatically pays off the line; when the fish has no force and the pulling force of the fish is smaller than the torsion force of the coil spring, the coil spring take-up and pay-off device can automatically release the torsion force and take-up the fish, so that the fish is pulled back; the fish struggles again and the band wire flees, and the coil spring is received line unwrapping wire ware and will be automatic winding up the winding spring, and automatic unwrapping wire, and when the fish did not have any power, when the pulling force of fish was less than the torsion of coil spring, the coil spring was received line unwrapping wire ware and will be automatic release torsion, automatic receipts line, pulls the fish back, and after several rounds, the fish did not have strength, I just go to and handle fish, pluck the hook, go into to protect. The invention can automatically store energy and release energy according to the pulling force of the fish, and can automatically walk the fish. The coil spring take-up and pay-off device can automatically walk fish on the walking fish, the fish hooked up does not need to walk, and the fish cannot be picked up forcefully.

The invention is realized in this way, and the coil spring take-up and pay-off device for fishing is constructed, and is characterized in that: the winding and unwinding device comprises a shell base of a coil spring winding and unwinding device, a shell cover of the coil spring winding and unwinding device, a coil spring winding and unwinding device wheel and a coil spring; the outer end and the inner end of the diameter of the coil spring are in a hook shape, the outer end of the diameter is hooked with the outer circumferential surface of the coil spring take-up and pay-off device wheel, the inner end of the diameter penetrates through a through shaft of the coil spring take-up and pay-off device shell base and is hooked with the through shaft, and a fishing line is coiled on the outer surface of a cylindrical surface corresponding to the cylindrical coil spring take-up and pay-off device wheel. The beneficial effects are that: the coil spring wire-collecting and paying-off device can automatically pay off and take up wires according to the strength of pulling force of fishing, so that automatic fish walking is realized, and a new fishing hand which is not likely to walk fish can become a high fish walking hand, thereby forming a fish picking device.

Preferably, the fishing line and the coil spring take-up and pay-off wheel are connected with two types, one type is that the fishing line penetrates through the coil spring take-up and pay-off wheel, the fishing lines at two ends of the fishing line penetrating through the coil spring take-up and pay-off wheel are wound on the outer surface of a cylindrical coil spring take-up and pay-off wheel column surface, and the other type is that the fishing line is fixedly connected to one point of the outer surface of the circumference of the coil spring take-up and pay-off wheel and is wound on the outer surface of the cylindrical coil spring take-up and pay-off wheel column surface.

The coil spring take-up and pay-off device for fishing is characterized in that: the device is provided with a wheel cover of a coil spring take-up and pay-off device, a rectangular through groove and a coil spring moving fork structure; the shape that the coil spring removed the fork structure is the tuning fork structure, and the first half is two clamping pieces, and the latter half is the removal fork handle, it passes through the thickness board with the clamping piece and is connected to remove the fork handle, and installation coil spring removes the fork structure, and two clamping clips of first half are the coil spring, and the removal fork handle of the latter half passes the rectangle and leads to the groove, and the rectangle leads to the groove and opens and receive line unwrapping wire ware wheel at the coil spring and cover, the rectangle leads to the groove and is located between the centre bore and the outward flange that the unwrapping wire ware wheel was covered to the coil spring. The beneficial effects are that: the operator is made aware of the winding and force storage of the coil spring at which the moving fork is forked.

The coil spring wire-collecting and paying-off device for fishing is disclosed; the method is characterized in that: an upper switch is mounted at a position opposite to the moving path of the moving fork handle. The beneficial effects are that: when the coil spring moves the fork structure to the switch position, the moving fork handle will touch the switch, and the switch will perform a switching action.

A coil spring take-up and pay-off device for fishing; the method is characterized in that: the upper surface of the coil spring automatic fishing device wheel is provided with positioning teeth, the positioning teeth are provided with a slope surface and a vertical positioning surface, and the limiting device penetrates through the shell cover of the coil spring take-up and pay-off device and forms a limiting device with the positioning teeth. The beneficial effects are that: the coil spring take-up and pay-off device becomes an automatic coil spring fishing device.

Preferably, the automatic fishing device wheel with the spring for replacing the coil spring winding and unwinding device is a spring automatic fishing device wheel, a positioning surface, a slope surface, positioning teeth and a limiting device are added, the positioning teeth are arranged on the upper surface of the automatic fishing device wheel with the spring, the slope surface and the vertical positioning surface are arranged on the positioning teeth, the limiting device penetrates through a shell cover of the automatic fishing device with the coil spring winding and unwinding device and forms a limiting device with the positioning teeth, a fishing line is wound on the outer surface of a cylindrical surface of the spring retractor wheel, the limiting device is connected with the shell cover of the automatic fishing device with the coil spring winding and unwinding device through an elastic strip, one end of the elastic strip is fixed on the upper surface of the shell cover of the automatic fishing device with the coil spring, and the other end of the elastic strip hoops the limiting device, so that the automatic fishing device with the spring is formed. The beneficial effects are as follows: the automatic take-up of the fish after hooking is realized, and the phenomenon that the fish escapes from the fish due to the fact that the fishing line is loosened when the fish spits the hook is overcome. In practice, a second unexpected surprise is obtained: the fish swallows the bait and then swims away, the trigger switch of the limiting device is triggered, the switch is opened, the coil spring releases torque force to shrink the fishing line, meanwhile, force is suddenly given to the fish hook, the fish-stabbing action can be completed by the force on the hook tip, the fish-stabbing of the fish hook brings pain of the fish mouth, the fish can escape with negative pain, the fish can be stabbed deeper by the strong escape, and the fish-stabbing action is automatically completed, so that the invention is equal to the invention of a novel automatic fishing device, namely a spring automatic fishing device. The automatic fishing device with the coil spring, which realizes automatic fish-stabbing, automatic line-collecting and automatic line-releasing by utilizing the coil spring, is a blank market at present.

The coil spring wire-collecting and paying-off device for fishing is disclosed; it is characterized in that; the limiting device forms an elastic mode releasing structure; the release structure has an elastic strip; wherein; the limiting stopper is connected with the shell cover of the coil spring take-up and pay-off device through the elastic strip; one end of the elastic strip is fixed on the upper surface of the shell cover of the coil spring take-up and pay-off device, and the other end of the elastic strip hoops the stopper.

The coil spring wire-collecting and paying-off device for fishing is disclosed; it is characterized in that; the limiting device forms a pull wire mode release structure; the releasing structure is provided with an automatic reset limiting stopper structure; the automatic reset limiter structure is provided with an automatic reset limiter columnar structure and an automatic reset limiter rod-shaped knot; the stopper is positioned below the columnar structure of the automatic reset stopper; one end of the upper surface of the shell base of the coil spring take-up and pay-off device is provided with a through hole, the inner wall of the through hole is provided with internal threads, and the other end of the upper surface is provided with a stop block; one end of the automatic reset limiter spring is fixed on the base of the shell of the coil spring take-up and pay-off device and is coiled on the columnar structure of the automatic reset limiter, and the other end of the automatic reset limiter spring is fixedly connected with the rod-shaped structure of the automatic reset limiter; the outer surface of the middle part of the columnar structure of the automatic reset stopper is provided with external threads which are matched with the threads of the through hole on the base of the shell of the winding and unwinding device of the coil spring, and the height of the stop block is lower than the thickness of the rod-shaped structure of the automatic reset stopper.

The coil spring wire-collecting and paying-off device for fishing is disclosed; it is characterized in that; the limiting device forms a power mode release structure; the release structure is provided with a support lever, a permanent magnet, a hook claw, an arc-shaped elastic sheet, a through shaft and an arc-shaped elastic sheet limiting sheet; one end of the supporting lever is connected with the limiter, a permanent magnet block is arranged at the other end of the supporting lever, two corresponding L-shaped hook claws are arranged at the bottom of the supporting lever, arc-shaped elastic pieces are installed in the hook claws, a convex point is arranged on the upper surface of the shell cover of the coil spring take-up and pay-off device, two points of the arc-shaped elastic pieces at the bottom of the supporting lever are in contact with the shell cover of the coil spring retractor, one point of the arc-shaped elastic pieces is abutted to the convex point, and the other point of the arc-shaped elastic pieces is abutted to one point of the left or right of the convex point on the upper surface of the shell cover of the coil spring take-up and pay-off device.

The utility model provides a line unwrapping wire ware is received to coil spring for fishing which characterized in that: the motor is provided with a box cover, a box bottom, a stator, a rotor, a coil spring, a rotor cover, a fixing lug, an output shaft, a baffle, a branched columnar structure, a strip-shaped bulge, a notch, a bump and an input shaft; the box cover and the box bottom are respectively provided with fixing lugs corresponding to the positions, and the box cover and the box bottom fasten the corresponding fixing lugs through bolts; the rotor comprises a stator, a rotor cover, a rotor cover and a box bottom, wherein the stator is divided into three parts, the upper part is an output shaft, the middle part is a baffle plate, the lower part is a branched columnar structure, a strip-shaped protrusion is arranged on the output shaft, a through groove is formed in the circumferential surface of the bottom of the branched columnar structure and penetrates through the lower surface of the branched columnar structure, a coil spring is arranged in the rotor, a notch is formed in the circumferential lower surface of the rotor, three grooves are formed in the lower surface of the rotor, the grooves and the notch are in an axisymmetric pattern, the rotor cover is divided into a turntable and an input shaft, four convex blocks corresponding to the grooves of the rotor are arranged on the turntable, the upper surfaces of the three convex blocks are flush with the turntable, the upper surface of a fourth convex block is higher than the surface of the turntable, the higher height of the fourth convex block is matched with the notch of the rotor, a round hole is formed in the box bottom, and the diameter of the round hole is larger than that of the input shaft of the rotor cover; the circular surface of the lower part of the input shaft is provided with a through groove which is matched with the strip-shaped bulge arranged on the output shaft. The superposed coil spring group has the beneficial effects that: mounted on a disc spring reel or reel disc spring companion to meet the demands of part of the angler on disc spring capacity and take-up and pay-off line revolution space in the reel to be able to accommodate more complex conditions during fishing.

The utility model provides a line unwrapping wire ware is received to coil spring for fishing which characterized in that: the device is provided with a reel rocker shaft, a transmission shaft, a screw cap, a transmission module, a stator, a rotor, a coil spring, a hexagonal column, an external force transmission groove, a stator force transmission shaft, a baffle and a branched columnar structure; the transmission shaft consists of a hexagonal column at the lower part and a cylinder at the upper part, the size of the hexagonal column is the same as that of the reel rocker arm shaft, a through hole is formed in the center of the transmission shaft, and the transmission shaft and the reel rocker arm shaft are connected through a screw; the stator consists of a stator force transmission shaft at the bottom, a baffle in the middle and a forked columnar structure at the upper part; the strip-shaped bulges between the outer force transmission grooves at the lower part are pointed, a through groove is arranged in the middle of the branched columnar structure and passes through the central circular hole of the rotor to be hooked with the inner end of the diameter of the inner coil spring of the rotor; the outer end of the diameter of the coil spring is hooked with the outer edge of the rotor. The beneficial effects are as follows: the invention skillfully combines the coil spring automatic fishing device and the transmission module, changes the shape, and can be used on the reel, at least four purposes can be achieved, firstly, the waste is not caused, and the former reel is utilized; secondly, the favorite reel also has the functions of automatically fishing, automatically taking up and automatically paying off, plays a greater role and is not a beauty task; thirdly, the reel has a unique place in manual winding and unwinding, and can be used by succession; fourth, conventional reels do mature in usage habits, manufacturing, and marketing, developing with them to better and faster deploy coil-spring reels; at present, the method still belongs to the market blank.

The coil spring take-up and pay-off device for fishing is characterized in that: the transmission module is realized in the following mode; the transmission device comprises a cross lotus head transmission module, a sleeve transmission module, a clutch transmission module or a gear linkage transmission module.

The coil spring take-up and pay-off device for fishing is characterized in that: the cross lotus head transmission module is provided with a lotus head transmission concave shaft, a lotus head transmission convex shaft, a limiting lotus head and a cross bulge; the upper part of the lotus head transmission concave shaft is provided with a limiting lotus head, the lower part of the lotus head transmission convex shaft is provided with a cross-shaped bulge, and the limiting lotus head and the cross-shaped bulge can be combined together and can be separated.

The coil spring take-up and pay-off device for fishing is characterized in that: the sleeve transmission module is provided with a transmission shaft A, a stress ring, a clamping piece, a transmission sleeve, a transmission shaft B outer force transmission groove, a transmission sleeve inner force transmission strip-shaped protrusion, a transmission shaft A outer force transmission groove and a transmission sleeve protruding outer edge; the bottom of the cylindrical outer surface of the transmission sleeve is provided with an annular protrusion outer edge, and an inner force transmission strip protrusion matched with the outer force transmission grooves of the transmission shaft A and the transmission shaft B is arranged in the annular protrusion outer edge; the force transmission strip-shaped protrusion in the upper part is pointed, and the force transmission strip-shaped protrusion in the transmission sleeve is always meshed with the outer force transmission groove of the transmission shaft A; the stress ring is arranged on the transmission sleeve and is positioned between the protruded outer edge of the transmission sleeve and the clamping piece, and the stress ring does transverse motion and drives the transmission sleeve to do transverse motion, so that the force transmission strip-shaped protrusion in the transmission sleeve is engaged with and separated from the force transmission groove outside the transmission shaft B and the force transmission strip-shaped protrusion in the transmission sleeve.

The utility model provides a line unwrapping wire ware is received to coil spring for fishing which characterized in that: the device comprises a coil spring, a rotor, a transmission shaft A, a transmission module, a transmission shaft B, a reel, a branched columnar structure, a baffle, a transmission shaft, a force transmission column, a transmission shaft groove, a guide shaft and a guide shaft inner bulge; the outer end and the inner end of the diameter of the coil spring are in a hook shape, the hook at the center is hooked with the branched columnar structure at the lower part of the transmission shaft A, and the hook at the edge is hooked with the outer circumferential surface of the rotor; the outer edge of the rotor is hooked with the edge hook of the coil spring; the transmission shaft A is divided into three parts, the lower part of the transmission shaft A penetrates through a central circular hole of the rotor and is in a forked columnar structure hooked with a coil spring in the rotor, the middle part of the transmission shaft A is a baffle, and the upper half part of the transmission shaft A is a transmission module; the transmission shaft B comprises a rotating shaft and a force transmission column; four transmission shaft grooves are uniformly distributed on the circumferential surface of the rotating shaft, and the rotating shaft grooves penetrate through the upper surface to the lower surface of the rotating shaft; the reel consists of a guide shaft, and a wheel disc on the upper surface and a wheel disc on the lower surface of the guide shaft; strip-shaped bulges are arranged on the inner wall of the guide shaft; the strip-shaped bulges on the inner wall of the guide shaft are matched with the rotating shaft grooves on the transmission shaft. The beneficial effects are that: have automatic thorn fish, receive the line automatically, the function of automatic unwrapping wire, make it become a new section, fill the blank automatic fishing ware in market (coil spring reel), except having the advantage of the automatic fishing ware of coil spring, the rock pole is available, the sea rod is also available, can hand, also can insert on the fishing rod frame as automatic fishing rod, the biggest effect is: the operation is particularly convenient regardless of the use.

The utility model provides a line unwrapping wire ware is received to coil spring for fishing which characterized in that: the device is provided with transmission teeth, a transmission gear and a direct current motor; the transmission gear is positioned at the other end of the rotor disc with a central hole, the wall thickness is taken as the length, the edge wall is in a ring-shaped arrangement, and the transmission gear is meshed with the transmission gear; the transmission gear is fixed on a shaft of the direct current motor; the hole of the disc with the hole in the center of the rotor is larger than the lower part of the transmission shaft A in a branched columnar structure and is penetrated through. The beneficial effects are that: the invention is to skillfully combine a direct current motor and a coil spring reel into a new reel (electric coil spring reel), which belongs to the market blank, has all the advantages of the coil spring reel, and has the greatest effect of keeping a fish, a line and a rod in a tensioned state after the fish is hooked, avoiding the fish from being hooked and escaped, allowing people to have sufficient time to walk to the side of the fishing rod, even if the sea rod is used for throwing far away, and the fish still swims towards the fishing rod after being hooked, so that the fish, the line and the rod can not be loosened. Whether the motor is activated or not using an electric coil reel is controlled by the angler.

The utility model provides a line unwrapping wire ware is received to coil spring for fishing which characterized in that: the electromagnetic gear is provided with a gear disc and an electromagnetic coil; the gear disc is formed by adding a circle of positioning teeth on the outer cylindrical surface of the baffle plate, corresponds to the limiting device, and forms a limiting device by the positioning teeth and the limiting device; the limiting device is characterized in that the limiting device is fixed on the permanent magnet block, the electromagnetic coil is installed on the permanent magnet block, and the distance between the permanent magnet block and the electromagnetic coil is the length required by the limiting device for switching between a locking state and a releasing state. The beneficial effects are that: the fishing person can remotely trigger fishing far away from the fishing rod; the alarm can also transmit a remote control firing signal while transmitting an alarm signal, so that the alarm has one more automatic fishing function. The signal emission source that solenoid received divide into: the remote control signal source, the signal emission source of alarm, float and the float signal emission source.

The series of invention has the advantages that: the invention aims to solve the problem that fish escapes due to the fact that a fishing line is loosened and a fishhook is spitted in the prior art; the coil spring take-up and pay-off device for fishing is provided through improvement, after a fish hooks on the fish, the coil spring take-up and pay-off device can automatically take up the line, so that the fish, the line and the rod are in a tightening state, and the problem that the fish escapes due to the fact that the fishing line is loosened and the hook is spitted is not solved. The invention can automatically store energy and release energy according to the pulling force of the fish, and can automatically walk the fish. The coil spring take-up and pay-off device can automatically walk fish on the walking fish, the fish hooked up does not need to walk, and the fish cannot be picked up forcefully. The automatic fishing device with the coil spring realizes automatic fish-stabbing, automatic line-collecting and automatic line-releasing by utilizing the coil spring, and currently belongs to the market blank; the electric reel can be used and also belongs to the market blank; the remote control reel is more in market vacancy.

The beneficial effects are that: firstly, the mechanical energy characteristic of an electric coil spring reel is fully utilized, the functions of automatically storing energy, automatically releasing and enabling the fish to walk are exerted to the maximum extent, if the fish is clumsy, the direction of the stay wire escaping from the fishing rod is always the outside of the fishing rod, the fish can walk well by himself according to the mechanical energy characteristic of the coil spring reel, and the fish can be operated, unhooked and protected by the fisherman without electric energy; secondly, the fish, the line and the wheel are always in a tense state, so that the fish is prevented from spitting the hook and escaping; and thirdly, the electric energy is greatly saved, and the requirement of the electric coil spring winding wheel on the electric energy is greatly reduced.

Drawings

FIG. 1 is a schematic structural view of embodiment 1 of the present invention

FIG. 2 is a schematic structural diagram of embodiment 2 of the present invention

FIGS. 2-1 to 2-3 show the structure of the coil spring moving fork device in embodiment 2

FIG. 3 is a schematic structural diagram of embodiment 3 of the present invention

FIG. 4 is a schematic structural diagram of embodiment 4 of the present invention

FIG. 5 is a schematic structural diagram of example 5 of the present invention

FIG. 6 is a schematic structural diagram of example 6 of the present invention

FIG. 7 is a schematic structural view of example 7 of the present invention

FIG. 8 is a schematic structural view of example 8 of the present invention

FIG. 9 is a schematic structural diagram of example 9 of the present invention

FIG. 10 is a schematic structural view of example 10 of the present invention

FIG. 11 is a schematic structural view of example 11 of the present invention

FIG. 12 is a transmission module of a cross lotus

Fig. 13 is a sleeve drive module.

Detailed Description

The present invention will be described in detail with reference to fig. 1 to 13, and the technical solutions in the embodiments of the present invention will be clearly and completely described, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1: a coil spring take-up and pay-off device for fishing: as shown in fig. 1; the method is realized by adopting the following technical scheme: the method comprises the following steps: the winding and unwinding device comprises a shell base 1 of a coil spring winding and unwinding device, a shell cover 2 of the coil spring winding and unwinding device, a winding and unwinding device wheel 3 of the coil spring and a coil spring 4. Further setting the following steps: the outer end and the inner end of the diameter of the coil spring 4 are in a hook shape, the outer end of the diameter is hooked with the outer circumferential surface of the coil spring take-up and pay-off device wheel, the inner end of the diameter penetrates through a through shaft of the coil spring take-up and pay-off device shell base and is hooked with the through shaft, and a fishing line is coiled on the outer surface of the cylindrical coil spring take-up and pay-off device wheel column surface.

Further setting the following steps: the fish tape and the connection of the coil spring take-up and pay-off device wheel are two types, one is that the fish tape runs through in the coil spring take-up and pay-off device wheel to run through the fish tape at the two ends of the coil spring take-up and pay-off device wheel, all coil in the cylindrical coil spring take-up and pay-off device wheel surface outside the cylinder, and the other is that the fish tape is fixedly connected to one point of the coil spring take-up and pay-off device wheel circumference outer surface, and coil in the cylindrical coil spring take-up and pay-off device wheel surface outside the cylinder.

The working principle is as follows: after the coil spring take-up and pay-off wheel in the coil spring take-up and pay-off device stores full force, the fish line penetrates through the coil spring take-up and pay-off device wheel, the torsion force of the coil spring is released, the fish line is automatically taken back under the driving of the torsion force of the coil spring, the torsion force of the coil spring is released, the automatic take-up of the fish line is stopped, at the moment, the fish line is in an original telescopic state at the working initial position of the coil spring take-up and pay-off device, when the fish line at two ends of the coil spring take-up and pay-off device (for winding the coil spring) reaches a preset length, the coil spring take-up and pay-off device is used for paying off, releasing the fish line, and the coil spring take-up and pay-off device can automatically take up the fish line, so that the purpose of automatic take-up and pay-off is achieved.

Example 2: a coil spring take-up and pay-off device for fishing; the embodiment is further improved on the basis of the embodiment 1; as shown in fig. 2 and fig. 2-1 to 2-3; the winding and unwinding device is provided with a wheel cover 20 of a coil spring winding and unwinding device, a rectangular through groove 21 and a coil spring moving fork structure.

The embodiment is further configured as follows: the shape that the fork structure was removed to the coil spring is the tuning fork structure, and the first half is two clamping pieces 22, and the latter half is the removal fork handle 23, it is connected through thickness board 24 with clamping piece 22 to remove fork handle 23, and installation coil spring removes the fork structure, and what two clamping pieces of first half pressed from both sides was the coil spring, and the removal fork handle of the latter half passes through rectangle through groove 21, and rectangle through groove 21 is opened on coil spring receipts line unwrapping wire ware wheel lid 20, rectangle through groove 21 is located between the centre bore and the outward flange of coil spring receipts line unwrapping wire ware wheel lid 20.

The embodiment is further configured as follows: the number of the rectangular through grooves is more than 1, and the number of the rectangular through grooves is consistent with that of the matched coil spring moving fork structures. The rectangular through groove can also be formed in a disc with a hole in the center of the rotor.

The invention is further configured to: an upper switch is mounted at a position opposite to the moving path of the moving fork handle. When the coil spring moves the fork structure to the switch position, the moving fork handle will touch the switch, and the switch will perform a switching action.

The invention is further configured to: the colors of the movable fork handles are different, and the position of the movable fork handles is observed on the rotor cover to judge the winding condition of the spiral spring within the point where the movable fork structure is installed; when the point that needs to observe is more than 2, the number that the rectangle leads to the groove is exactly more than 2, and the number that the coil spring that matches removed the fork structure also is more than 2, and in this time, the same removal fork handle appears, just lets the fishing person mix easily, installs the removal fork handle of different colours on the coil spring removes the fork handle and just can distinguish.

The working principle is as follows: when the coil spring is continuously wound, the movable fork handle moves inwards (in the direction of the central hole) and stops at the central hole end of the rectangular through groove; when the coil spring continuously releases the torsion, the movable fork handle can move outwards again and stop at the outer end of the rectangular through groove; when the movable fork handle stops at the central hole end of the rectangular through groove, the position of the disc spring where the movable fork is forked is represented by the position of the disc spring, the disc spring in the position is full of strips and has stored torsion, when the movable fork handle stops at the outer end of the rectangular through groove, the position of the disc spring where the movable fork is forked is represented by the position of the disc spring, the disc spring outside the position has released the torsion, and the disc spring in the position has winding space; the operator is made aware of the winding and force storage of the coil spring at which the moving fork is forked.

When the coil spring is about to start releasing the torsion force from the point to the center, the moving fork handle is on the coil spring cover along with the release of the coil spring, and moves from the center of the coil spring cover to the edge of the coil spring cover, when the moving fork handle moves to the edge of the coil spring cover, the moving fork handle touches the opposite switch, and the switch performs a switching action.

Example 3: a coil spring take-up and pay-off device for fishing; as shown in fig. 3; the embodiment is further improved on the basis of the embodiment 1; the upper surface of the coil spring automatic fishing device wheel 3 is provided with a positioning tooth 8, the positioning tooth 8 is provided with a slope 7 and a vertical positioning surface 6, and the stopper 5 penetrates through the coil spring take-up and pay-off device shell cover 2 and forms a limiting device with the positioning tooth 8. The release device of the limiting device is divided into three settings, namely an elastic mode, a wire pulling mode and an electric power mode.

The embodiment is further configured as follows: the outer end and the inner end of the diameter of the coil spring are in a hook shape, the outer end of the diameter is hooked with the outer circumferential surface of the automatic fishing device wheel of the spring, the inner end of the diameter penetrates through a through shaft of a shell base of the winding and unwinding device of the coil spring and is hooked with the through shaft, positioning teeth are arranged on the upper surface of the spring retractor wheel and are provided with a slope surface and a vertical positioning surface, a limiting stopper penetrates through a shell cover of the winding and unwinding device of the coil spring and forms a limiting device with the positioning teeth, and a fishing line is wound on the outer surface of the cylindrical surface of the spring retractor wheel.

The working principle is as follows: after the coil spring automatic fishing device wheel in the coil spring automatic fishing device stores full force, the fishing line passes through the coil spring automatic fishing device wheel, the torsion force of the coil spring is released, the rotation of the coil spring automatic fishing device wheel is driven by the torsion force of the coil spring to automatically withdraw the fishing line, the torsion force of the coil spring is released, the automatic withdrawing of the fishing line is stopped, at the moment, the working initial position of the coil spring automatic fishing device is the working initial position of the coil spring automatic fishing device, the fishing line is also in the original telescopic state, when the fishing line is stretched (wound on the coil spring) to reach a preset length, the limiting device formed by the limiting device and the positioning teeth is pressed to lock the torsion force, when the fishing line is stretched again (only needs to be pushed down, namely the mouth of a fish), the limiting device is bounced by the thrust of the slope surface of the positioning teeth and rebounds, the positioning teeth are released when the bounced reaches a certain height, the fishing line and actions are also completed, and when the fishing line is pulled again (the hooked fish runs away), the automatic fishing device with the coil spring automatically releases and receives the line according to the running and the return actions of the fish.

Example 4: a coil spring take-up and pay-off device for fishing; as shown in fig. 4; the embodiment is further improved on the basis of the embodiment 3; the limiting device forms an elastic mode releasing structure; the release structure has an elastic strip 9; wherein; the limiter 5 is connected with the shell cover 2 of the coil spring take-up and pay-off device through the elastic strip 9; one end of the elastic strip 9 is fixed on the upper surface of the shell cover of the coil spring take-up and pay-off device, and the other end of the elastic strip hoops the stopper 5.

The embodiment is further configured as follows: the automatic fishing device is characterized in that positioning teeth are arranged on the upper surface of the automatic spring fishing device wheel, a slope surface and a vertical positioning surface are arranged on the positioning teeth, the outer end and the inner end of the diameter of the coil spring are in a hook shape, the outer end of the diameter of the coil spring is hooked with the outer circumferential surface of the automatic spring fishing device wheel, the inner end of the diameter of the coil spring penetrates through a through shaft of a shell base of the automatic coil spring winding and unwinding device and is hooked with the through shaft, a limiting device penetrates through a shell cover of the automatic coil spring winding and unwinding device and forms a limiting device with the positioning teeth, and a fishing line is wound on the outer surface of a cylindrical automatic spring fishing device wheel column surface.

The working principle is as follows: after the spring automatic fishing device wheel in the spring automatic fishing device stores full force, the fishing line passes through the spring automatic fishing device wheel, the torsion of the coil spring is released, the rotation of the spring automatic fishing device wheel under the drive of the torsion of the coil spring automatically withdraws the fishing line, the torsion of the coil spring is released, the automatic fishing line withdrawal is also stopped, at the moment, the fishing line is in the original telescopic state, when the fishing line is stretched (wound on the coil spring) to reach a preset length, the limiting device formed by the limiting device and the positioning teeth locks the torsion, the form of the limiting device is in a locking state, when the fishing line is stretched again (only one time is needed, namely the fish is eaten), the limiting device is bounced under the thrust action of the slope surface of the positioning teeth and the elasticity of the elastic strip, the positioning teeth are released when the bounced reaches a certain height, the fishing line take-up and fishing actions are also completed, when the fishing rod is pulled again (the fish with the hook runs away), the automatic fishing device wheel with the spring automatically releases and receives the line according to the running and return actions of the fish.

Example 5: a coil spring take-up and pay-off device for fishing; as shown in fig. 5; the embodiment is further improved on the basis of the embodiment 3; the limiting device forms a pull wire mode release structure; the releasing structure is provided with an automatic reset limiting stopper structure; the automatic reset limiter structure is provided with an automatic reset limiter columnar structure 10 and an automatic reset limiter rod-shaped knot 11; the stopper 5 is positioned below the automatic reset stopper columnar structure 10; one end of the upper surface of the shell base 1 of the coil spring take-up and pay-off device is provided with a through hole, the inner wall of the through hole is provided with internal threads, and the other end of the upper surface is provided with a stop block 12; one end of an automatic reset limiter spring 13 is fixed on the shell base 1 of the coil spring take-up and pay-off device and is coiled on the columnar structure 10 of the automatic reset limiter, and the other end of the automatic reset limiter spring is fixedly connected with the rod-shaped structure 11 of the automatic reset limiter; the outer surface of the middle part of the columnar structure of the automatic reset stopper is provided with external threads which are matched with the threads of the through hole on the shell base 1 of the coil spring take-up and pay-off device, and the height of the stop block 12 is lower than the thickness of the rod-shaped structure of the automatic reset stopper.

The embodiment is further configured as follows: the automatic coil spring fishing device comprises a coil spring take-up and pay-off device shell base, a coil spring take-up and pay-off device shell cover, an automatic spring fishing device wheel, a coil spring, an automatic reset limiter spring and a stop block, and the automatic coil spring fishing device adopts the following technical scheme to realize the purposes: a fishing device with a pull line is characterized by comprising: the automatic fishing device comprises a shell base of a coil spring take-up and pay-off device, a shell cover of the coil spring take-up and pay-off device, an automatic fishing device wheel of a spring, a coil spring, an automatic reset limiter, a limiter, an automatic reset limiter columnar structure, an automatic reset limiter rod-shaped structure, an automatic reset limiter spring and a stop block, wherein one end of the upper surface of the shell cover of the coil spring take-up and pay-off device is provided with a through hole, the inner wall of the through hole is provided with internal threads, the other end of the upper surface is provided with the stop block, one end of the automatic reset limiter spring is fixed on the shell cover of the coil spring take-up and pay-off device and is coiled on the automatic reset limiter columnar structure, the other end of the automatic reset limiter spring is fixedly connected with the automatic reset limiter rod-shaped structure, the automatic reset limiter is divided into a columnar structure, a rod-shaped structure and a limiter below the columnar structure, the outer surface of the middle part of the columnar structure is provided with external threads matched with the through hole on the shell cover of the coil spring take-up and pay-off device, the height of the stop block is lower than the thickness of the rod-shaped structure of the automatic reset limiter, the outer end and the inner end of the diameter of the coil spring are in a hook shape, the outer end of the diameter of the coil spring is hooked with the outer circumferential surface of the automatic fishing device wheel of the spring, and the inner end of the diameter of the coil spring penetrates through the through shaft of the shell base of the coil spring take-up and pay-off device and is hooked with the through shaft.

The working principle is as follows: after the spring automatic fishing device wheel in the automatic fishing device with the pulling line stores full force, the fishing line penetrates through the spring automatic fishing device wheel, the torsion of the coil spring is released, the fishing line is automatically withdrawn by the rotation of the spring automatic fishing device wheel under the driving of the torsion of the coil spring, the torsion of the coil spring is released, the automatic withdrawal of the fishing line is stopped, at the moment, the working initial position of the automatic fishing device with the pulling line is realized, the fishing line is also in an original telescopic state, when the stretching fishing line (winding the coil spring) reaches a preset length, the rod-shaped structure of the automatic resetting limiter is rotated, 360 degrees of rotation are realized, when the stop block is encountered finally, the tail end of the rod-shaped structure is pulled up to continue to rotate to the stop block and then put down, and the tail end of the rod-shaped structure of the automatic resetting limiter is locked by the stop block. Simultaneously because bar-shaped structure has also driven the column structure rotation when rotating, because column structure and coil spring receive line unwrapping wire ware shell cover have the screw thread that matches, column structure will move down at rotatory in-process, when column structure has also rotated 360 degrees, just the stop device that forms with the location tooth below the column structure locks torsion. The fishing line close to the end of the stop block is taken up, the other hand lifts the tail end of the rod-shaped structure of the automatic reset stop, the automatic reset stop and the stop block are provided with an opening, the fishing line is placed into the opening, the tail end of the rod-shaped structure of the automatic reset stop is placed behind the stop block, at the moment, the fishing line passes through the stop block and is locked with the rod-shaped structure of the automatic reset stop, and the fishing line is pulled to trigger the switch to be locked. When the fishing line is stretched again (only once is needed, the fish is eaten by fish), the fishing line is stressed to be stretched and pulled out from the state that the stop block and the rod-shaped structure of the automatic reset limiting device are locked, in the process of pulling out the line, the tail end of the rod-shaped structure of the automatic reset limiting device is also positioned above the line and is lifted up passively to exceed the height of the stop block, no resistance of the stop block exists, the rod-shaped structure of the automatic reset limiting device naturally rotates back to the initial position, the limiting device below the columnar structure is separated from the limiting device formed by the positioning teeth, the positioning teeth are released, the completion of the line taking-up and fishing actions of the fishing line is realized, when the fishing line is pulled again (the fishhook escape string after the fish is hooked), the spring automatic fishing wheel automatically takes out and takes up the line according to the escape action and the return action of the fish, the sensitivity of the limiting device is higher, and the automatic fishing effect is ideal for the fish species with light mouth, the automatic fishing device with the pull wire has the advantages of light weight, small volume, convenience in carrying, safety, reliability and convenience in use, and when the automatic fishing device with the pull wire is matched with other triggering devices, the automatic fishing device with the pull wire can be more suitable for complicated fishing places.

Example 6: a coil spring take-up and pay-off device for fishing; as shown in fig. 6; the embodiment is further improved on the basis of the embodiment 3; the limiting device forms a power mode release structure; the release structure is provided with a support lever 14, a permanent magnet block 15, a hook claw 16, an arc-shaped elastic sheet 17, a through shaft 18 and an arc-shaped elastic sheet limiting sheet 19; one end of the supporting lever 14 is connected with the limiter 5, the other end of the supporting lever is provided with a permanent magnet block 15, the bottom of the supporting lever 14 is provided with two corresponding L-shaped hook claws 16, arc-shaped elastic pieces 17 are installed in the hook claws 16, a convex point is arranged on the upper surface of the shell cover 2 of the coil spring take-up and pay-off device, the arc-shaped elastic pieces 17 at the bottom of the supporting lever 14 are in contact with the shell cover 2 of the coil spring retractor, one point is abutted against the convex point, and the other point is abutted against a left point or a right point of the convex point on the upper surface of the shell cover 2 of the coil spring take-up and pay-off device.

The embodiment is further configured as follows: one end of the supporting lever is connected with the position limiter, the other end of the supporting lever is provided with a permanent magnet block, the bottom of the supporting lever is provided with two corresponding L-shaped hook claws, arc-shaped elastic sheets are arranged in the hook claws, the upper surface of the shell cover of the coil spring take-up and pay-off device is provided with a salient point, two points of the arc-shaped elastic sheets at the bottom of the supporting lever are contacted with the shell cover of the coil spring retractor, one point of the arc-shaped elastic sheets is propped against the salient point, the other point of the arc-shaped elastic sheets is propped against one point on the left side or the right side of the salient point on the upper surface of the shell cover of the coil spring take-up and pay-off device, the outer end and the inner end of the diameter of the coil spring are in a hook shape, the outer end and the outer end of the diameter of the coil spring are hooked with the outer circumferential surface of the automatic fishing wheel, the inner end of the diameter of the coil spring penetrates through a through shaft of the shell base of the coil spring take-up and pay-off device and is hooked with the through shaft, the positioning teeth are arranged on the upper surface of the automatic fishing wheel, the positioning teeth are arranged on the vertical positioning teeth and are arranged on the slope surface of the coil spring take-up and are arranged on the shell cover of the coil spring take-up and form a position limiter device to form a position limiter device, the fishing line is wound on the outer surface of the cylindrical wheel column surface of the automatic fishing device with the spring.

The working principle is as follows: after the spring automatic fishing device wheel in the electric automatic fishing device stores full force, the fishing line passes through the spring automatic fishing device wheel, the torsion of the coil spring is released, the rotation of the spring automatic fishing device wheel is driven by the torsion of the coil spring to automatically withdraw the fishing line, the torsion of the coil spring is released, the automatic withdrawal of the fishing line is also stopped, at the moment, the electric automatic fishing device is the working initial position of the electric automatic fishing device, the fishing line is also in the original telescopic state, when the fishing line is stretched (the coil spring is wound up) to reach a preset length, the limiting device formed by the limiting device and the positioning teeth is pressed to lock the torsion, when a pulling force is given to the fishing line again or through the magnetic repulsion force given to the magnetic block, the limiting device is bounced under the action of the slope surface of the positioning teeth or the thrust of the magnetic block, the bounced reaches a certain height to release the positioning teeth, the completion of the line taking-up and the fishing action is realized, when the fishing line is pulled again (the fish running out of the fishing line), the automatic fishing device wheel with the spring automatically realizes paying-off and taking-up according to the running-away action and the return action of the fish.

Example 7: a coil spring take-up and pay-off device for fishing: as shown in fig. 7; the box comprises a box cover 36, a box bottom 37, a stator 38, a rotor 39, a coil spring 4, a rotor cover 40, a fixing lug 41, an output shaft 42, a baffle 43, a branched columnar structure 44, a strip-shaped protrusion 45, a notch 46, a bump 47 and an input shaft 48.

The embodiment is further configured as follows: the box cover 36 and the box bottom 37 are respectively provided with fixing lugs 41 corresponding to the positions, and the box cover 36 and the box bottom 37 fasten the corresponding fixing lugs through bolts; the stator 38 is divided into three parts, the upper part is an output shaft 42, the middle part is a baffle 43, the lower part is a branched columnar structure 44, the output shaft 42 is provided with a strip-shaped protrusion 45, the circumferential surface of the bottom of the branched columnar structure 44 is provided with a through groove, the through groove penetrates through the lower surface of the branched columnar structure, a coil spring 4 is installed in the rotor 39, the circumferential lower surface of the rotor 39 is provided with a notch 46, the lower surface of the rotor 39 is provided with three grooves, the grooves and the notch are in axial symmetry patterns, the rotor cover 40 is divided into two parts, namely a turntable and an input shaft 48, and the turntable is provided with four lugs 47 corresponding to the grooves of the rotor; the upper surfaces of the three convex blocks 47 are level with the rotary table, the upper surface of the fourth convex block 49 is higher than the surface of the rotary table, the higher height is matched with the opening 46 of the rotor, a round hole is formed in the box bottom 37, and the diameter of the round hole is larger than that of the input shaft of the rotor cover 40; the input shaft 48 is provided with a through groove on the lower circular surface and is matched with the strip-shaped bulge arranged on the output shaft.

The working principle is as follows: the invention is overlapped and installed according to the using condition, so that the requirements of partial anglers on the space of the power storage capacity of the coil spring and the revolution number of the take-up and pay-off wires in the reel are met, and the invention can adapt to more complicated conditions in the fishing process. The rotation of the input shaft can drive the rotation of the rotor, and the rotation of the output shaft can be driven certainly through the connection relation among the input shaft, the rotor cover, the rotor, the coil spring, the forked columnar structure, the baffle, the output shaft and the box cover; conversely, rotation of the output shaft also causes rotation of the input shaft; the torsion stored by the coil spring is fixed on the input shaft and can be transmitted out from the output shaft; the output shaft is fixed and can be transmitted out from the input shaft; the input shaft is fixed, and the spiral spring can be wound by the output shaft; the output shaft is fixed, and the spiral spring can be wound by the input shaft.

Example 8: a coil spring take-up and pay-off device for fishing; as shown in fig. 8; the device comprises a reel rocker shaft 25, a transmission shaft 26, a screw cap 27, a transmission module 28, a stator 29, a rotor 30, a coil spring 4, a hexagonal column 31, an external force transmission groove 32, a stator force transmission shaft 33, a baffle 34 and a branched columnar structure 35; the transmission shaft 26 consists of a hexagonal column 31 at the lower part and a cylinder at the upper part, the size of the hexagonal column 31 is the same as that of the reel rocker shaft 25, a through hole is formed in the center of the transmission shaft 26, and the transmission shaft 26 is connected with the reel rocker shaft 25 through a screw; the stator 29 consists of a stator force transmission shaft 33 at the bottom, a baffle 34 in the middle and a branched columnar structure 35 at the upper part; the strip-shaped protrusions between the outer force transmission grooves 32 at the lower part are pointed, a through groove is arranged in the middle of the branched columnar structure 35, and the through groove penetrates through a central circular hole of the rotor 30 to be hooked with the inner end of the diameter of the rotor inner coil spring 4; the outer end of the diameter of the coil spring 4 is hooked with the outer edge of the rotor.

The embodiment is further configured as follows: the transmission shaft consists of a hexagonal column at the lower part and a cylinder at the upper part, the surface of the cylinder is provided with an external force transmission groove which penetrates through two ends of the cylinder, the size of the hexagonal column is the same as that of the reel rocker shaft, the center of the transmission shaft is provided with a through hole, and the transmission shaft and the reel rocker shaft are connected by a screw; the stress ring is sleeved on the transmission shaft in a sleeving manner and can move up and down and horizontally rotate on the transmission shaft; the clamping piece is fixed on the stress ring and clamps the protruding outer edge of the transmission sleeve; the bottom of the cylindrical outer surface of the transmission sleeve is provided with an annular protrusion outer edge, an inner force transmission strip protrusion matched with the outer force transmission groove of the transmission shaft is arranged in the transmission sleeve, and the inner force transmission strip protrusion on the upper part is pointed; the stator consists of a stator force transmission shaft at the bottom (the same as an outer force transmission groove of a transmission shaft), a baffle in the middle and a forked columnar structure at the upper part, wherein the stator force transmission shaft is matched with an inner force transmission strip-shaped protrusion of a transmission sleeve, the strip-shaped protrusion between the outer force transmission grooves at the lower part is in a pointed shape, and a through groove is arranged in the middle of the forked columnar structure and penetrates through a central circular hole of the rotor to be hooked with the inner end of the diameter of an inner coil spring of the rotor; the outer end of the diameter of the coil spring is hooked with the outer edge of the rotor.

The working principle is as follows: after the clockwork spring is fully loaded, the stator generates a torsion force under the driving of the coil spring to drive the stator to rotate, and the torsion force can simultaneously drive the reel to rotate due to the connection mode among the stator, the transmission module and the reel rocker shaft. The invention can complete the paying-off and taking-up of the reel while completing the processes of storing and releasing the elastic force of the coil spring.

The transmission module 28 is realized in the following manner; the transmission device comprises a cross lotus head transmission module, a sleeve transmission module, a clutch transmission module or a gear linkage transmission module.

As shown in fig. 12: the crossed lotus head transmission module is provided with a lotus head transmission concave shaft 69, a lotus head transmission convex shaft 70, a limiting lotus head 71 and a crossed bulge 72; the upper part of the lotus head transmission concave shaft 69 is provided with a limiting lotus head 71, the lower part of the lotus head transmission convex shaft 70 is provided with a cross-shaped bulge 72, and the limiting lotus head 71 and the cross-shaped bulge 72 can be combined together and can be separated.

As shown in fig. 13: the sleeve transmission module is provided with a transmission shaft A73, a stress ring 74, a clamping piece 75, a transmission sleeve 76, a transmission shaft B77, a transmission shaft B external force transmission groove 78, a transmission sleeve internal force transmission strip-shaped protrusion 79, a transmission shaft A external force transmission groove 80 and a transmission sleeve protruding external edge 81; the bottom of the cylindrical outer surface of the transmission sleeve 76 is provided with an annular protrusion outer edge 81, and an inner force transmission strip-shaped protrusion 79 matched with the transmission shaft A73 and the transmission shaft B outer force transmission groove 78 is arranged in the annular protrusion outer edge 81; the upper inner force transmission strip-shaped protrusion 79 is pointed, and the inner force transmission strip-shaped protrusion 79 of the transmission sleeve is always meshed with the outer force transmission groove 80 of the transmission shaft A; the force ring 74 is mounted on the drive sleeve 76 intermediate the projecting outer edge 81 of the drive sleeve and the catch 75 and moves transversely to also drive the drive sleeve 76 to move transversely so that the force-transmitting strip 79 in the drive sleeve engages and disengages the force-transmitting strip 78 on the outside of the drive shaft B and the force-transmitting strip 79 in the drive sleeve.

Example 9: a coil spring take-up and pay-off device for fishing; as shown in fig. 9; the mechanism comprises a disc spring 4, a rotor 50, a transmission shaft A51, a transmission module 52, a transmission shaft B53, a reel 54, a branched columnar structure 55, a baffle 56, a transmission shaft 57, a force transmission column 58, a transmission shaft groove 59, a guide shaft 60 and a guide shaft inner protrusion 61.

The embodiment is further configured as follows: the outer end and the inner end of the diameter of the coil spring 4 are in a hook shape, the hook at the center is hooked with the branched columnar structure at the lower part of the transmission shaft A51, and the hook at the edge is hooked with the outer circumferential surface of the rotor; the outer edge of the rotor 50 is hooked with the edge hook of the disc spring 4; the transmission shaft A51 is divided into three parts, the lower part of the transmission shaft A51 passes through a central circular hole of the rotor 50 and is in a forked columnar structure 55 hooked with the coil spring 4 in the rotor 50, the middle part of the transmission shaft A51 is a baffle 56, and the upper half part of the transmission shaft A51 is a transmission module 52; the transmission shaft B53 comprises a rotating shaft 57 and a force transmission column 58; four transmission shaft grooves 59 are uniformly distributed on the circumferential surface of the rotating shaft 57, and the rotating shaft grooves 59 penetrate through the upper surface to the lower surface of the rotating shaft; the reel 54 is composed of a guide shaft 60, and an upper surface disc and a lower surface disc thereof; a strip-shaped bulge 61 is arranged on the inner wall of the guide shaft 60; the strip-shaped protrusion 61 on the inner wall of the guide shaft is matched with the rotating shaft groove 59 on the transmission shaft.

The working principle is as follows: the full clockwork spring is driven by the coil spring, and the torsion can simultaneously drive the reel to rotate through the transmission module; conversely, the fish escapes the guy wire, drives the reel to rotate, and the reel rotates, and can wind up the spring for the coil spring through the transmission module. The paying-off action and the paying-off action of the reel can be completed at the same time when the processes of storing force and releasing elasticity of the disc spring are completed.

The initial working state is (for example, the transmission module is a lotus head cross transmission module), the clutch key is at a separated position, the lotus head transmission concave shaft and the lotus head transmission convex shaft are separated, a fish line on the coil spring reel is placed (when the coil spring reel is the same as a usual reel), the line is adjusted to a proper position, the fishing bait is put on, the fishing rod is thrown to a pit point, the fishing rod is put on a rest frame (the processes are the operation processes of a rock rod), the coil spring is wound (the coil spring stores torsion, after the trigger switch is triggered, the coil spring is used for stabbing and taking in), the trigger switch is put on (when the trigger switch is used, the fishing rod is an automatic rod), the clutch key is pressed to enable the lotus head transmission concave shaft and the lotus head transmission convex shaft to be matched, (the coil spring and the reel are in a combined state and are integrated for mutual influence, when the coil spring is different from the usual reel, the fishing rod is a reel with a stored torsion force), fishing is started, after a fish is hooked, automatic paying-off and taking-up are carried out according to the running-away action and the swimming-back action of the fish (the clutch key can be lifted up after the fish is hooked, and the fish is taken out manually), and when the fish needs to be lifted up after the fish is slipped, the clutch key is lifted up (the function of the common reel is returned), so that the lotus head transmission concave shaft and the lotus head transmission convex shaft are separated, and the fishing rod returns to the initial state.

The transmission module 52 is realized in the following manner; the transmission device comprises a cross lotus head transmission module, a sleeve transmission module, a clutch transmission module or a gear linkage transmission module. The structure of the transmission module of the cross lotus head and the transmission module of the sleeve is shown in figure 12 and figure 13.

Example 10: a coil spring take-up and pay-off device for fishing; this example was made on the basis of example 9; as shown in fig. 10; the device is provided with a transmission gear 62, a transmission gear 63 and a direct current motor 64; the transmission gear 62 is positioned at the other end of the rotor 50, which is provided with a circular disk with a central hole, the wall thickness is taken as the length, the edge wall is in a ring-shaped arrangement, and the transmission gear 62 is meshed with the transmission gear 63; the transmission gear 63 is fixed on the shaft of the direct current motor 64; the hole of the disc with the hole in the center of the rotor 50 is larger than the lower part of the transmission shaft A51 to form a branched column structure, and the branched column structure passes through the hole.

The embodiment of the invention is further provided with: an electric disc spring reel, characterized by further comprising: the transmission gear is positioned at the other end of the rotor with a disc with a central hole, takes the wall thickness as the length, has annularly arranged teeth on the edge wall, and is occluded with the transmission gear; the transmission gear is fixed on a shaft of the direct current motor.

The working principle is as follows: the fishing line escapes through the fish hook, when the pulling force is larger than the torsion of the coil spring, the pulling of the fishing line drives the reel to rotate, the reel rotates and is transmitted to the coil spring, the coil spring is wound, and the torsion is stored by the coil spring; when the fish does not have strength to escape or swim back, the pulling force of the fish is smaller than the torsion force of the coil spring, the torsion force stored by the coil spring can be released, the released torsion force is transmitted to the reel in turn, and the fish is pulled by the rotation of the reel, so that a large amount of energy is stored and used for strolling the fish by the automatic force storage and automatic fish pulling which are circularly reciprocated; even if the hooked fish swims towards the fishing rod, the torsion stored by the coil spring is released soon, the fisher does not timely arrive beside the fishing rod, the fish still swims continuously, the fish, the line and the wheel are in a loose state, the fish is not pulled by force, the fish can be spit and escape, the motor is automatically started at the moment, the motor acts on the transmission gear through the transmission gear, the rotor of the coil spring reel rotates, the effect of supplementing the force to the coil spring is achieved, and the coil spring is released by the torsion and the rotating reel receives the line to pull the fish. Just because of the function of automatic force compensation, the electric coil spring reel returns to the conditions of automatic force storage and automatic fish pulling, thus forming the automatic force storage, automatic force compensation and automatic fish pulling which are in cyclic reciprocation, and achieving better automatic fishing effect. The fishing man can be the fish picking man.

The invention is to skillfully combine a direct current motor and a coil spring reel, and the invention becomes a new reel, namely an electric coil spring reel, and solves the problems. Firstly, the effects of automatic force storage, automatic fish pulling and automatic fishing are achieved; secondly, the direct current motor can be automatically started in due time, acts on the transmission gear through the transmission gear, the rotor of the coil spring reel is made to rotate, the force is supplemented to the coil spring in the coil spring reel, the fish, the line and the reel are always in a tense state, the fish is prevented from spitting and escaping, and due to the function of the automatic force supplementing, the new reel returns to the situation, the automatic force storing, the automatic force supplementing and the automatic fish pulling are performed in a circulating and reciprocating mode, and the automatic fishing effect is achieved; furthermore, in the aspect of the power consumption, only launch the motor power consumption when winding to the coil spring among the electronic coil spring reel, and it is just used when the coil spring torsion releases needs to mend the power soon, especially fishing people do not arrive just under the condition on fishing rod next door in time, at these energy-conserving prerequisite, very big saving the electric energy, be enough to compensate current electronic reel technical not enough, in the volume of carrying battery, in weight and price/performance ratio, reached convenient, cheap, practical requirement, let the open-air person of fishing generally use electronic reel and become possible. This pioneering new reel-the electrically wound coil reel.

Example 11: a coil spring take-up and pay-off device for fishing; this example was made on the basis of example 10; as shown in fig. 12; the gear disc 65 is formed by adding a circle of positioning teeth on the outer cylindrical surface of the baffle plate 56, and corresponds to the limiting device 66, and the positioning teeth in the gear disc 65 and the limiting device 66 form a limiting device; the limiting stopper 66 is fixed on a permanent magnet block 67, the electromagnetic coil 68 is installed on the permanent magnet block 67, and the distance between the permanent magnet block 67 and the electromagnetic coil 68 is the length required by the limiting device to be switched between the locking state and the releasing state. The signal emitting sources received by the electromagnetic coil 68 are: the remote control signal source, the signal emission source of alarm, float and the float signal emission source.

The specific embodiments of the invention are further illustrated: the invention is realized by adopting the following technical scheme: a remote-controlled electric disc spring reel, characterized by further comprising: the lotus head drives the concave shaft, the gear plate, the limit rod, the permanent magnet, the electromagnetic coil, the receiving device of the remote control emitting device (the kind of radio beeper used in tea village).

The remote-controlled electric disc spring reel of the present invention is further configured such that: the gear disc is formed by adding a circle of positioning teeth on the outer cylindrical surface of a baffle of an electric coil spring reel or a reel electric partner, corresponds to the limiting rod, and the positioning teeth and the limiting device form a limiting device; the limiting rod consists of two parts, and the limiter at the front part is fixed on the permanent magnet at the rear part; the electromagnetic coil is installed on the permanent magnet blocks.

The working principle is as follows: the initial state is that the stopper is pressed down to form a limiting device with the positioning teeth of the gear disc, when the fishing rod works, the electromagnetic coil is enabled to be conductive through a wireless signal, the electromagnetic coil generates suction force to suck the permanent magnet block, the lifting of the permanent magnet block drives the lifting of the stopper, the lifting of the stopper separates the limiting structure of the stopper and the positioning teeth, the positioning teeth are released, and therefore the torsion of the coil spring is released, and remote control fishing is achieved.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. The utility model provides a coil spring receipts line unwrapping wire ware for fishing which characterized in that includes: the device comprises a disc spring (4), a rotor (50), a transmission shaft A (51), a transmission module (52), a transmission shaft B (53), a reel (54), transmission teeth (62), a transmission gear (63), a direct current motor (64), a gear disc (65), a limiter (66), permanent magnets (67) and an electromagnetic coil (68); the outer end and the inner end of the diameter of the coil spring (4) are in a hook shape, the hook at the center is hooked with the forked columnar structure (55) at the lower part of the transmission shaft A (51), and the hook at the edge is hooked with the outer circumferential surface of the rotor (50); the transmission shaft A (51) is divided into three parts, the lower part is a branched columnar structure (55) which penetrates through a central circular hole of the rotor (50) and is hooked with the coil spring (4) in the rotor (50), the middle part is a baffle (56), and the upper part is a transmission module (52); the transmission shaft B (53) comprises a rotating shaft (57) and a force transmission column (58); four transmission shaft grooves (59) are uniformly distributed on the circumferential surface of the rotating shaft (57), and the transmission shaft grooves (59) penetrate through the upper surface to the lower surface of the rotating shaft; the reel (54) consists of a guide shaft (60), an upper surface wheel disc and a lower surface wheel disc; strip-shaped bulges (61) are arranged on the inner wall of the guide shaft (60); the strip-shaped protrusion (61) on the inner wall of the guide shaft is matched with the transmission shaft groove (59) on the transmission shaft B (53); the transmission gear (62) is a gear which is positioned at the other end of the rotor (50) with a circular disc with a central hole, takes the wall thickness as the length and is annularly arranged on the edge wall, and the transmission gear (62) is meshed with the transmission gear (63); the transmission gear (63) is fixed on a shaft of the direct current motor (64); the hole of the disc with the hole in the center of the rotor (50) is larger than the lower part of the transmission shaft A (51) in a branched columnar structure and is penetrated through; the gear disc (65) is formed by adding a circle of positioning teeth on the outer cylindrical surface of the baffle plate (56), corresponds to the stopper (66), and the positioning teeth in the gear disc (65) and the stopper (66) form a limiting device; the limiting device (66) is fixed on a permanent magnet block (67), the electromagnetic coil (68) is installed on the permanent magnet block (67), and the distance between the permanent magnet block (67) and the electromagnetic coil (68) is the length required by the limiting device for switching between a locking state and a releasing state; the initial state is that the limiting stopper is pressed down to form a limiting device with the positioning teeth of the gear disc, when the fishing rod works, the electromagnetic coil is enabled to be conductive through a wireless signal, the electromagnetic coil generates suction force to suck the permanent magnet block, the lifting of the permanent magnet block drives the lifting of the limiting stopper, the lifting of the limiting stopper separates the limiting structure of the limiting stopper and the positioning teeth, the positioning teeth are released, and therefore the torsion of the coil spring is released, and remote control fishing is achieved; the fishing line escapes through the fish hook, when the pulling force is larger than the torsion of the coil spring, the pulling of the fishing line drives the reel to rotate, the reel rotates and is transmitted to the coil spring, the coil spring is wound, and the torsion is stored by the coil spring; when the fish does not have strength to escape or swim back, the pulling force of the fish is smaller than the torsion of the coil spring, the torsion stored by the coil spring can be released, the released torsion is transmitted to the reel in turn, the fish is pulled by the rotation of the reel, and thus, a large amount of energy is stored and used for strolling the fish by the automatic force storage and automatic fish pulling which are circularly reciprocated.

2. The coil spring take-up and pay-off device for fishing according to claim 1, wherein: it is characterized in that the signal emission source received by the electromagnetic coil (68) is divided into: the remote control signal source, the signal emission source of alarm, float and the float signal emission source.