KR100413653B1 - an auto banding device for a fishing rod - Google Patents

Abstract

The present invention automatically binds the fishing rod when the shaking or the pulling force is applied due to the mouth of the fish or the wind, so as not to be released unless the user intentionally leaves it, as well as the size of the pulling force. The present invention also relates to an automatic binding device for preventing the detachment of a fishing rod that binds by binding automatically.

That is, the semi-circular binding surface 11 is formed, and has a binding operating jaw 12 protruding downward from the upper end of the semi-circular binding surface 11, on one side maintained at a constant distance from the binding operating jaw 12 Two binding holes 10 fixed by the fixing pin 13 are configured to face each other between the binding surfaces 11 so that a binding groove 200 having a predetermined size can be provided therebetween so that the rear handle portion of the fishing rod is provided. By synergistically contacting the binding operation jaw with a constant force, in the state of binding with the basic binding force, if the additional force to detach the fishing rod for any other reason is to have a complete binding force to automatically bond with a stronger force. .

Description

An auto banding device for a fishing rod}

The present invention relates to an automatic binding device for preventing the departure of the fishing rod, and more particularly, never binds the fishing rod unless the user intentionally leaves it by binding the fishing rod automatically when the shaking or pulling force is applied due to the mouth of the fish or the wind. The present invention relates to an automatic binding device for preventing the detachment of a fishing rod, wherein the binding force is automatically adjusted according to the magnitude of the pulling force.

When using a fishing rod, it is common to use two fishing rods inserted back and forth, and then use a fishing rod settled on it. However, a fishing rod may be fitted to one fishing rod. When the wind is suddenly blown from the fishing ground to shake the fishing rod or the fishing rod is thrown in the direction in which the fishing needle is thrown, there is a problem that the conventional device as described above does not have a separate binding device, so it is easily separated.

In order to solve this problem, various researches have been made in various fields.

Looking at this, by hanging a weight having a certain weight on the end of the rod handle to increase the weight of the rod handle tip to prevent separation, and to connect as a rod between the rod and the rod, the hook is hooked to each other by hooking After connecting, there is a thing that the fishing rod does not escape even if the user moves on the spot, which also caused considerable inconvenience when using the fishing rod.

That is, in the former case, the weight of the fishing rod is increased due to the weight of the weight, and in the latter case, there are many problems to be solved, such as the inconvenience of having to release the connection part when lifting the rod. is.

On the other hand, when using fishing, one fishing rod may be used, but some fishing rods may be used at the same time. Therefore, it is natural that the user cannot see all the fishing rods in real time and cannot hold several fishing rods at the same time. In this case, there is no countermeasure until now when the force to escape the fishing rod acts due to the wind or the mouth of the big fish.

Therefore, in the present invention, in order to solve the above problems at a glance, as described above, when the force of the fishing rod pulled by the wind or the mouth of the large fish, such as the fishing rod hanger or the fixed end of the fishing rod automatically at the rod The binding force is also automatically adjusted according to the magnitude of the pulling force during the binding so that the binding force cannot be released in any case except the intentional release of the user, while the user intentionally lifts the fishing rod. In this case, the technical task is completed with the focus on making it easy to escape.

1 is a front view of the binding device of the present invention

Figure 2 is a front view extracting the binding device of another embodiment of the present invention

3 (a) and (b) is a front sectional view of a fishing rod holder for applying the binding device of the present invention.

4 is a side cross-sectional view of FIG.

Figure 5 is an exemplary view showing the direction of the force of the fishing rod acting on the basis of the support point presented in the present invention

6 is a state diagram used in the present invention

Figure 7 is an exemplary embodiment applied to the front of the support point the binding device of the present invention

□ Explanation of symbols for main parts of drawing □

A: Binding device P: Fishing rod

S: Support Point 10: Binding Hole

11: Binding surface 12: Binding operation jaw

13: fixing pin 20: binding groove

50: stand 51: stand

51a: Guidance groove 52: Fixed groove

In order to achieve the above technical problem, the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, a semicircular binding surface 11 is formed at one side, and a binding operation jaw 12 protruding downward from an upper end portion of the semicircular binding surface 11 is formed. By forming two binding spheres (10) fixed to the fixing pin 13 on one side that is maintained at a constant distance from each other and the binding surface (11) to face each other is provided a constant space therebetween, in this case the binding groove It is referred to as (20).

As described above, the binding groove 20 between the two binding surfaces 11 maintains the thickness of the fishing rod P slightly larger than the circular diameter of the fishing rod to facilitate the insertion of the fishing rod P.

The binding operation jaw 12 is configured as two binding surfaces 11 face each other as described above, the two at the top of the binding groove 20 side by side in the protruding state below the binding surface 11, wherein the When the fishing rod (P) handle part is raised by a constant force to bring the binding operation jaw 12 into close contact with the fixing pin 13, the two binding holes 10 and the binding operation jaw 12 move upwards. As the synergistic action of the engagement operation jaw 12, the two engagement surfaces 11 are rotated to face each other so that the engagement groove 20 is narrowed as a result.

As the binding groove 20 between the binding surface 11 is narrowed as described above, the handle portion of the fishing rod P embedded in the binding groove 20 is bound with a constant binding force.

At this time, the binding force is to push the binding operation jaw 12 strongly when the handle of the fishing rod (P) has a large upward force, so that the binding operation jaw 12 will be largely operated in the upward direction so that the linkage operation The binding surface 13 can also fix the fishing rod P with a strong binding force due to the strong force acting, while if the handle of the fishing rod P is weak, the synergistic force is also reduced in proportion to the fishing rod ( P) will act as little to the force that binds.

That is, the fishing force P is pulled in the throwing direction of the needle due to the mouth of the fish or the wind, and the binding force for binding the fishing rod P may be automatically adjusted according to the magnitude of the force to be separated.

On the other hand, when the user intentionally lifts the fishing rod P in the bound state, if the handle in the opposite direction of the binding operation jaw 12, that is, the handle of the fishing rod P acts downward in the binding groove 20, Contrary to the binding action, the binding is automatically released, and the fishing rod P can be easily lifted.

The binding device of the present invention having the configuration and operation features as described above is installed on the fishing rod (P) handle portion as well as the end of the fishing rod (P) in the state that the user mounted the fishing rod (P), that is, the fishing rod (P) handle The conditions under which the force to which the part is essentially raised must be applied. That is, when the support point (S) is determined at any point in the longitudinal direction of the fishing rod (P), the portion of the fishing rod (P) that is heavy on the basis of the support point (S) in front of the support point (S) (needle throwing direction) Place the light part toward the rear (the direction where the binding device of the main body is installed), and the fishing rod P moves upward from the support point S to the flag point, and the rear part moves upward as the force is directed downward by its own weight. Will be done.

That is, the support point (S) is provided with a support point (S), etc. to mount a fishing rod (P) to enjoy the usual fishing, such as a fixed rod, a hanger, a cradle, a pedestal used to mount the fishing rod (P). The above-mentioned binding device in a state in which the front portion of the fishing rod P is positioned so that a greater weight can be applied than the rear portion so that the fishing rod P can be synergistically operated with a constant basic force relative to the base S. A) is installed at the rear end of the fishing rod (P) to act as a basic binding, and the additional force is further added to the fishing rod (P) in front of the support point (S) due to the quality or wind of large fish. If it is acting down can be a complete separation prevention by binding the fishing rod (P) with a greater binding force.

In addition, the binding device (A) as shown in Figure 7 may be a fishing rod (P) is positioned at the tip of the support point (S) that the force acts downward by its own weight to the binding operation. In this case, the fishing rod P moves downward from the support point S as opposed to the above-described binding device in which the force of raising the fishing rod P acts on the binding device A by positioning the rear end of the support point S. Since the force is actuated, the binding operation jaw 12 of the binding device A should be directed downward.

And if the binding device (A) is applied to the front end and the rear end at the same time based on the support point (S), the binding force can be selectively applied to further strengthen.

One embodiment in which the binding device (A) of the present application is applied to a stator for fixing the fishing rod (P) by fitting only the rear end portion of the fishing rod (P) among other apparatuses that can be used by mounting the fishing rod (P) is shown in FIGS. A detailed description with reference to FIG. 7 is as follows.

(Example)

In the guide groove (51a) having an upper opening is provided with a base 51 in the form of a semi-circular tube, having a fixing groove (52) at its rear end,

On the top of the fixing groove 52 was fixed to the binding device of the present application (a) with a fixing pin (13).

At this time, the fixing groove 52 should be formed to be larger than the diameter of the fishing rod (P) to be uniformly inserted into the fishing rod (P) smoothly but the tip end of the guide groove (51a) of the base 51 is open Formed to the same size or close to the diameter of the fishing rod (P) so that when the fishing rod (P) is mounted so that it can be mounted in the same direction as the straight direction of the guide groove (51a) of the pedestal (51) of course the mounted fishing rod ( To balance P).

When the fishing rod (P) is mounted in this state, since the portion settled in the guide groove (51a) fixing groove (52) of the pedestal (51) in the entire length of the fishing rod (P) is much shorter The tip of the tip acts as a force to fall downward by the weight of the front part as a reference, while the force to rise is applied to the rear part (handle of the fishing rod P).

Here, the end of the pedestal 51 may be a branching point of the up and down force, which is referred to herein as a support point (S).

As such, when the rear of the fishing rod P is lifted up, the binding operation jaw 12 is provided in close contact with the binding operation jaw 12 provided in the binding device A of the present application installed at the upper end of the fixing groove 52 with a constant force. The two binding surfaces 11 formed integrally with the 12 are engaged with each other to rotate and engage the fishing rod P with a constant binding force.

In this state, if the additional force is generated to escape the fishing rod (P) due to the mouth of the fish or wind, etc., the fishing rod (P) in front of the base point (S) is a lot of additional force is applied downward to the fixed As the fishing rod P rises with a greater force to the binding device A installed in the groove 52 to bring the binding operation jaw 12 into close contact with the binding operation jaw 12, the binding surface 11 has a stronger fishing rod P. To bind and never let go.

At this time, the fishing rod (P) in the fixing groove is to be further raised, of course, the rising space should be provided.

That is, additional processing must be made as wide as the rear upper end of the fixing groove 52 can rise. If this processing is neglected, one of the essential components of the operation may not be able to achieve a perfect binding operation due to the additional synergy of the fishing rod (P) in the binding device.

The fishing rod (P) binding device of the present invention having the configuration and action as described above is not detached except when the user intentionally disengages when using the fishing rod (P) as well as used to mount the fishing rod (P) It can be applied to any mechanism, and it can be used more conveniently as the binding force is automatically adjusted to correspond to the size of the force to be separated, and can be used more conveniently. It is a great invention that the expected effect can be widely disseminated to them casually.

Claims (1)

A semicircular binding surface 11 is formed, and has a binding operating jaw 12 protruding downward from an upper end portion of the semi-circular binding surface 11, and a fixing pin at one side maintained at a predetermined distance from the binding operating jaw 12. Two fastening holes (10) fixed to the (13) is configured to face each other between the binding surface (11) so that the binding groove (200) having a predetermined size therebetween is automatic Binding device.