CN217791106U - Hook binding device - Google Patents

Abstract

The application discloses a hook binding device, which belongs to the field of connecting devices for fishing lines and fishhooks. It is used for hook binding and includes an upper jaw and a lower jaw that are hinged as one. Under the action, it rotates around the hinge position and makes the head end of the upper jaw separate from the head end of the lower jaw. The upper clamping tooth at the end cooperates with the lower clamping tooth at the end to realize the fishhook clamping; the lower clamping jaw is provided with a lower limit stop at a position close to the lower clamp tooth at the end, and the lower limit limit is provided with a winding plug. The winding socket where the rod is inserted; one side of the lower jaw is also hinged with a side pressing rod through the hinged seat of the side rod, and the free end of the side pressing rod is located between the winding socket and the lower locking teeth at the end. In view of the above technical solution, the present application reduces the structural complexity of the original hook binding device, improves the ease of use, and can stably hold the fishhook during the hook binding winding process, ensuring that the fishhook binding hook winding process attitude stability in .

Description

a hook tie

technical field

The utility model belongs to the field of connecting devices for fishing lines and fishhooks, in particular to a hook binding device.

Background technique

In the fishing process, most of the sub-lines are connected to the fishhook, and the sub-lines are fixed to the fishhook by winding and tying. In the process of winding and tying, because the fishhook is small and the sub-lines are slender, it is difficult for some middle-aged and elderly people to fish. For enthusiasts, holding a fishhook and operating the fishing line at the same time for winding and tying operations requires a lot of energy to complete. In order to solve this problem, Chinese Patent Publication No. CN102792932A discloses a hook tying device, although it can overcome the problems that some electric hook tying devices are expensive, bulky, and relatively laborious to deal with small fishhooks, but according to its specification It is recorded that when in use, the fishhook needs to be clamped in the jaw formed between the upper part of the hook handle and the cutting plane, and then the wire is wound according to a certain winding method, and then the rotating shaft is manually rotated to clamp the fish in the jaw. The hook rotates with the rotating shaft. After one or two rotations, press down on the pressing plate above the thread pressing cap, so that the pressing step at the lower part of the pressing plate can press down on the fishing line under the pressing step, and at the same time turn the rotating shaft , the fishing line will change the direction of the line, and become a downward line along the direction of the hook.

That is to say, although the patent application whose Chinese patent publication number is CN102792932A discloses a kind of manual hook binding device, it still has certain operational complexity, and the operator has certain getting started cost when using, and can't be simple and easy. use.

Utility model content

The purpose of this utility model is to provide a hook binding device, which reduces the structural complexity of the original hook binding device, improves the ease of use, and can stably hold the fishhook during the hook winding process, ensuring Posture stability of hook tying and reeling.

In order to achieve the above object, the utility model is achieved through the following technical solutions:

A hook binding device, comprising an upper jaw and a lower jaw that are hinged as one, the upper jaw and the lower jaw rotate around the hinge position under the action of an external force and make the upper locking teeth at the head end of the upper jaw and the lower jaw The lower teeth at the end of the jaw head are separated, and the upper teeth at the end cooperate with the lower teeth at the end to realize the fishhook clamping; the lower jaw is provided with a lower limit at a position close to the lower teeth at the end, A winding socket for the insertion of the winding insertion rod is opened on the lower end limit; one side of the lower jaw is also hinged with a side pressure rod through the side rod hinge seat, and the free end of the side pressure rod is located in the winding socket between the lower teeth at the end.

Further speaking, the lower jaw described in this application includes a lower body, the lower body has a lower hinge seat hinged with the upper jaw through a hinge shaft, the tail end of the lower body is provided with a lower spring placement hole, and the lower spring is placed A lower spring positioning rod integrated with it is arranged in the hole; the lower spring positioning rod is connected with the bottom end of the clamping jaw compression spring, and the bottom end of the clamping jaw compression spring is located inside the lower spring placement hole.

Further, the upper jaw described in the present application includes an upper body, the upper body has an upper hinge seat integrated with it and hinged with the lower hinge seat, and the upper hinge seat is processed with a hinge hole for the hinge shaft to pass through; the The tail end of the upper body is provided with an upper spring placement hole, and an upper spring positioning rod integrated with it is arranged inside the upper spring placement hole; the upper spring positioning rod is connected with the top of the jaw compression spring, and the gripper compression spring The top end is located inside the upper spring placement hole.

Further speaking, the lower jaw described in this application is provided with a jaw guide rod extending in the direction of the upper jaw near the tail end, and the upper jaw is provided with a The guide hole, the jaw guide rod passes through the guide hole and is in contact with the side wall of the guide hole.

Further speaking, the upper clamping tooth at the end described in this application is located on the end surface of the upper end stop, and the upper end stop is formed by bending the head end of the upper jaw and the head end of the lower jaw downward in the direction where it is located. ; A limiting slope is formed between the upper locking teeth of the end and the inner surface of the upper end limiting.

Further speaking, a limiting slope is formed at the engagement position between the lower locking teeth at the end described in this application and the limiting at the lower end.

Furthermore, the side pressure rod described in this application includes a pressure rod body, which is hinged to the hinge seat of the side rod through the pressure rod hinge; the tail end of the pressure rod body is provided with a pressure tail integrated with , a side compression rod compression spring is connected between the pressing tail and the lower jaw; the head end of the compression rod body is provided with a free end of the compression rod integral with it.

Furthermore, the bottom of the lower jaw described in this application is connected with an adjustment pole, which is inserted into the adjustment sleeve and fixed by the adjustment knob on the adjustment sleeve; the adjustment sleeve is fixed connected to the base.

Compared with the prior art, the beneficial effects of the utility model are:

1. Through the effective cooperation of the upper jaw, lower jaw, side pressure rod and winding insertion rod, the utility model can realize the stability of the fishhook posture during the hook binding and winding process, and the operation is simple and easy to use.

2. The utility model can ensure the stability of the movement track of the upper jaw and the lower jaw in the process of clamping the fishhook by setting the structure of the jaw guide rod and the guide hole, and ensure the upper clamping teeth of the end and the end The matching accuracy of the lower teeth prevents the left and right shaking of the upper and lower jaws around the hinged position.

3. The utility model improves the adaptability to the hook base at the tail of the fishhook by increasing the limit slope, and enables the limit slope to cooperate with the lower locking teeth at the end and the upper locking teeth at the end, and avoids the hook base at the tail of the fishhook from being paired. The impact of the clamping stability of the lower teeth at the end and the upper teeth at the end.

4. The utility model can realize the effective support and cooperation of the upper end limit by setting the lower end stopper at the position of the lower end catch, and then ensure the matching accuracy of the upper end catch and the lower end catch, which is convenient Realize the clamping of the shank of the fishhook.

Description of drawings

Fig. 1 is a perspective view one of the utility model.

Fig. 2 is a perspective view two of the utility model.

Fig. 3 is a structural schematic diagram of the middle and lower jaws of the present invention.

Fig. 4 is an enlarged view of part A in Fig. 3 .

Fig. 5 is a schematic structural view of the upper jaw in the utility model.

Fig. 6 is an enlarged view of part B in Fig. 5 .

Fig. 7 is a schematic diagram of the first structure of the side pressure rod in the utility model.

Fig. 8 is the second structural diagram of the side pressure rod in the utility model.

In the figure: 1. Base; 2. Adjusting sleeve; 3. Adjusting knob; 4. Adjusting vertical rod; 5. Side pressure rod; 6. Lower jaw; 7. Gripper guide rod; 1. Claw pressure spring; 10. Side pressure rod pressure spring; 11. Winding insertion rod; 12. Limiting slope.

51. The main body of the compression rod; 52. The tail of the compression rod; 53. The hinged part of the compression rod; 54. The free end of the compression rod.

61, lower body; 62, lower hinged seat; 63, hinged shaft; 64, lower end stopper; 65, lower latch at the end; 66, side rod hinged seat; 67, lower spring placement hole; 68, lower spring positioning rod ; 69, winding jack.

81, the upper body; 82, the upper end limit; 83, the upper locking teeth at the end; 84, the upper hinge seat; 85, the hinge hole; 86, the guide hole; 87, the upper spring placement hole; 88, the upper spring positioning rod.

Detailed ways

Below in conjunction with accompanying drawing, the technical scheme described in the utility model is further described and illustrated. The orientation nouns involved in the detailed description are only for the convenience of those skilled in the art to understand the technical solutions described in the application according to the visual orientation shown in the drawings. Unless otherwise specified and limited, the terms "setting", "installation", "connection", etc. should be understood in a broad sense, and those of ordinary skill in the art can understand the meaning of the above terms in this utility model according to the specific situation Concrete meaning.

As shown in Figures 1 to 2, a hook binding device includes a lower jaw 6 and an upper jaw 8 hinged in one body, wherein the lower jaw 6 is connected to the adjustment pole 4, and the adjustment pole 4 is inserted In the adjusting sleeve 2 and fixed with the adjusting sleeve 2 by the adjusting knob 3 , the adjusting knob 3 is screwed to the adjusting sleeve 2 through threads. The bottom end of the adjusting sleeve 2 is located on the base 1, and the base 1 is a rectangular board.

Referring to Fig. 3 and Fig. 4, the lower jaw 6 includes a lower body 61, a lower hinge seat 62 integral with it is provided at the middle of the lower body 61, and the lower hinge seat 62 is hinged to the upper jaw 8 through a hinge shaft 63. The tail of the lower body 61 is provided with a lower spring placement hole 67 for accommodating the lower spring positioning rod 68, and the lower body 61 between the lower spring placement hole 67 and the lower hinge seat 62 is connected with a jaw guide rod 7. The claw guide rod 7 is vertically arranged with the lower body 61 at the position.

The lower body 61 is processed with a plurality of grooves away from its head end to form the lower locking teeth 65 at the end, and the lower locking teeth 65 at the end face the direction where the head end of the upper jaw 8 is located; on both sides of the lower body 61 near the lower locking teeth 65 at the end The lower limit stops 64 extending in the direction of the upper jaw 8 are arranged symmetrically, and the lower locking teeth 65 at the ends are located between the adjacent lower limit stops 64 . At the same time, the adjacent lower end stopper 64 on the lower body 61 can form a space on the lower body 61 for accommodating the hook base of the tail of the fishhook. The lower end stopper 64 is provided with a winding jack 69, and a winding insertion rod 11 is plugged in the winding insertion hole 69, and the winding insertion rod 11 can move in the winding insertion hole 69, so that when winding The bent fishing line on the line insertion rod 11 can be extracted or limited. A limiting inclined surface 12 is processed at the connecting position between the end surface of the lower locking tooth 65 at the end and the lower end limiting 64, and the limiting inclined surface 12 forms a groove structure at this position.

One side of the lower body 61 is fixedly connected with a side rod hinged seat 66 integrated therewith, and the side pressure rod 5 is hinged on the side rod hinged seat 66 .

5 and 6, the upper jaw 8 includes an upper body 81, the upper body 81 has an upper hinge seat 84 hinged with the lower hinge seat 62, and the upper hinge seat 84 is provided with a hinge hole 85 that cooperates with the hinge shaft 63 . The upper hinge seat 84 is located in the middle of the upper body 81, and the tail end of the upper body 81 is provided with an upper spring placement hole 87 corresponding to the lower spring placement hole 67, and an upper spring placement hole 87 integrated with the upper spring placement hole 87 is fixed. Spring positioning bar 88, between upper spring positioning bar 88 and lower spring positioning bar 68, be connected with jaw stage clip 9, the two ends of clip claw stage clip 9 are respectively positioned in upper spring placement hole 87, lower spring placement hole 67.

The upper body 81 is processed with a guide hole 86 at a position between the upper spring placement hole 87 and the upper hinge seat 84, the guide hole 86 corresponds to the jaw guide rod 7 on the lower body 61, and the jaw guide rod 7 passes through pass through the guide hole 86 and contact the sidewall of the guide hole 86 .

The upper body 81 is provided with a downwardly bent upper end limiter 82 at its front end, and the bottom end surface of the upper end limiter 82 is processed with end upper latch teeth 83 formed by a plurality of grooves. A limiting bevel 12 is provided at the connecting position between the end surface and the inner surface of the upper end limiting 82 . The upper body 81 and the limit inclined surface 12 on the lower body 61 cooperate to realize the accommodation of the hook base in the fishhook, and prevent the hook base from engaging the lower locking teeth 65 and the upper locking teeth at the end during hook binding and winding. 83 impact. In the initial state, the inner surface of the upper end stop 82 is in contact with the outer end surface of the lower end stop 64 and is supported by the lower end stop 64 .

With reference to Fig. 7 to Fig. 8, described side strut 5 comprises strut body 51, and strut body 51 has the strut hinge portion 53 that is hinged with side strut hinge seat 66 in its middle, and strut hinge portion 53 can rotate around the hinge axis. turn. The tail of the pressing rod body 51 has a pressing tail 52 of circular plate structure, and a side pressing bar compression spring 10 is connected between the pressing tail 52 and the corresponding lower jaw 6 . The free end 54 of the compression rod body 51 is located between the winding insertion hole 69 and the lower latch 65 at the end when it is in contact with the lower jaw 6, and its function is to bend the winding insertion rod 11. The fishing line is pressed on the lower body 61 of the lower jaw 6. When the winding is completed, the free end 54 of the pressing rod is separated from the lower body 61 by applying pressure to the holding tail 52, and the winding insertion rod is pulled out. 11 makes the fishing line reserved for bending to break away from this place. In order to prevent the free end 54 of the depression rod from causing damage to the pressed fishing line, the free end 54 of the depression rod can be sleeved with elastic material, such as a sleeve structure made of rubber material or silicone material.

On the basis of the above embodiments, the utility model continues to describe in detail the technical features involved in it and the functions and effects of the technical features in the utility model, so as to help those skilled in the art fully understand the present invention. The technical scheme of the utility model is reproduced.

When the utility model is in use, the base 1 is first placed on the platform, and the adjustment of the relative height of the vertical rod 4 and the adjustment sleeve 2 is realized through the adjustment knob 3. After the adjustment is completed, the end face of the adjustment knob 3 is pressed by screwing in the adjustment knob 3. On the adjustment pole 4, the relative fixing of the adjustment pole 4 and the adjustment sleeve 2 is completed.

The operator applies force to the tail end of the upper jaw 8, and the tail end of the upper jaw 8 is close to the tail end of the lower jaw 6, and at the same time makes the upper jaw 8 and the end of the lower jaw 6 upper latch teeth 83 1. The lower clamping teeth 65 at the end are far away from each other, and the clamp stage clip spring 9 positioned at the tail ends of the upper jaw 8 and the lower jaw 6 is compressed.

The operator puts the tail of the fishhook into the groove of the lower locking teeth 65 at the end, and the hook base of the tail of the fishhook is located at the position of the limit slope 12 . The operator unclamps the tails of the upper jaw 8 and the lower jaw 6, and under the action of the reset force of the jaw pressure spring 9, the lower locking teeth 65 at the end and the upper locking teeth 83 at the end approach again and realize the hook handle of the fishhook. Clamping at the position, the hook belly of the fishhook and the hook bend are outside the lower locking teeth 65 at the end and the upper locking teeth 83 at the end.

The operator presses down the pressing tail 52 of the side pressing rod 5, so that the free end 54 of the pressing rod is separated from the lower jaw 6, inserts the winding insertion rod 11 in the winding jack 69, and hangs the fishing line on the winding after bending. On the line insertion rod 11, after bending, the shorter end of the fishing line is parallel to the direction of the hook bottom along the hook handle, and the longer end of the fishing line is formed into a rope loop, and the fish that forms the rope loop is held by hand or by a tool. The line is rotated to form a self-crossing loop, and the crossed loop encloses the hook bottom of the fishhook, so that the hook shank and the shorter fishing line at the hook shank are bound by the inserted loop. Repeat the above-mentioned cross-winding method from 5 to After 6 circles, take off the fishhook from the lower locking teeth 65 and the upper locking teeth 83 of the opened end, press and hold the tail 52 by hand and pull out the winding insertion rod 11, so that the hook originally hung on the winding insertion rod 11 Fishing line breaks away from winding insertion rod 11, respectively tightens the fishing line at the shorter end and the fishing line at the longer end, so that the binding of the fishing line and the fishhook shank position can be realized.

Finally, although this description is described according to implementation modes, not each implementation mode only includes an independent technical solution. This description in the description is only for the sake of clarity. The technical solutions in the examples can also be properly combined to form other implementations that can be understood by those skilled in the art.

Claims (8)

1. A hook binding device, comprising an upper jaw (8) and a lower jaw (6) hinged together, characterized in that: the upper jaw (8) and the lower jaw (6) are under the action of external force Rotate around the hinge position and make the end upper latch (83) at the head end of the upper jaw (8) separate from the end lower latch (65) at the head end of the lower jaw (6), and the upper latch (83) at the end Cooperate with the lower locking tooth (65) at the end to realize the fishhook clamping; the lower jaw (6) is provided with a lower end stopper (64) at a position close to the lower locking tooth (65) at the end, and the lower end limiter ( 64) There is a winding socket (69) for inserting the winding insertion rod (11) on the top; one side of the lower jaw (6) is also hinged with a side pressure rod (5) through a side rod hinge seat (66). ), the free end of the side pressure rod (5) is located between the winding socket (69) and the lower latch (65) at the end. 2. A hook binding device according to claim 1, characterized in that: the lower jaw (6) includes a lower body (61), and the lower body (61) has a hinged axis with the upper jaw (8). (63) The hinged lower hinge seat (62), the tail end of the lower body (61) is provided with a lower spring placement hole (67), and the lower spring placement hole (67) is provided with a lower spring positioning rod integrated with it ( 68); the lower spring positioning rod (68) is connected to the bottom end of the jaw compression spring (9), and the bottom end of the jaw compression spring (9) is located inside the lower spring placement hole (67). 3. A hook binding device according to claim 2, characterized in that: the upper jaw (8) includes an upper body (81), and the upper body (81) has an integral body and a lower hinge seat (62) The upper hinge seat (84) is hinged, and the upper hinge seat (84) is processed with a hinge hole (85) for the hinge shaft (63) to pass through; the tail end of the upper body (81) is provided with an upper spring placement hole ( 87), the upper spring positioning hole (87) is provided with an upper spring positioning rod (88) integrated with it; the upper spring positioning rod (88) is connected with the top end of the jaw pressure spring (9), and the jaw The top of stage clip (9) is positioned at the inside of upper spring placement hole (87). 4. A hook binding device according to claim 1, characterized in that: the lower jaw (6) is provided with a jaw guide rod ( 7), the upper jaw (8) is provided with a guide hole (86) at the position corresponding to the jaw guide rod (7), and the jaw guide rod (7) passes through the guide hole (86) and connects with the guide hole (86) sidewall contacts. 5. A hook binding device according to claim 1, characterized in that: the upper end catch (83) is located on the end surface of the upper end limit (82), and the upper end limit (82) is formed by The head end of the upper jaw (8) and the lower jaw (6) are bent downward in the direction where the head end is; Form the limiting bevel (12). 6 . The hook tie device according to claim 5 , characterized in that: a limit inclined surface ( 12 ) is formed at the connection position between the lower locking teeth ( 65 ) at the end and the limit limit ( 64 ) at the lower end. 6 . 7. A hook tie device according to claim 1, characterized in that: the side pressing rod (5) includes a pressing rod body (51), and the pressing rod body (51) is hinged by a pressing rod hinge part (53) On the hinged seat (66) of the side rod; the tail end of the pressure rod body (51) is provided with a pressing tail (52) integrated with it, and there is a connection between the pressing tail (52) and the lower jaw (6). Side compression rod compression spring (10); the head end of the compression rod body (51) is provided with a compression rod free end (54) integral with it. 8. A hook binding device according to any one of claims 1 to 7, characterized in that: the bottom of the lower jaw (6) is connected with an adjustment pole (4), and the adjustment pole ( 4) Insert into the adjustment sleeve (2) and tighten and fix it by the adjustment knob (3) on the adjustment sleeve (2); the adjustment sleeve (2) is fixedly connected to the base (1).

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