阅读说明：本技术 一键耦合式钓鱼铅坠组件 (One-key coupling type fishing lead weight assembly ) 是由 郑二圭 于 2020-02-18 设计创作，主要内容包括：本发明提供一种在浮钓中易于将铅坠连接到浮标的钓鱼铅坠组件,更详细而言,涉及包括在连接杆下端设有支撑铅坠的的铅坠保持器以及与所述连接杆上端相连的连接座,只需一键式操作,即可快速轻松地组装及拆卸所述铅坠保持器和连接座,因此,使用方便,进一步无论用户的意愿如何,都不必担心所述铅坠保持器和连接座彼此分离而使用安全的一键耦合式钓鱼铅坠组件。(The present invention relates to a fishing lead weight assembly in which a lead weight is easily attached to a float in float fishing, and more particularly, to a one-key coupling type fishing lead weight assembly which includes a lead weight holder provided at a lower end of a connecting rod to support a lead weight and a connecting seat connected to an upper end of the connecting rod, and which can be quickly and easily assembled and disassembled by only one-key operation, thereby being convenient to use, and further being safe to use regardless of a user's will without worrying about the lead weight holder and the connecting seat being separated from each other.)

1. A one-key coupling type fishing lead weight component is characterized by comprising a lead weight retainer which is arranged at the lower end of a connecting rod and used for supporting a lead weight, and a connecting seat which is combined with the upper end of the connecting rod and used for connecting a main line,

the plummet holder has an engagement wing part protruding from an upper end of the connection rod in a radial direction of the connection rod and an upper protrusion part protruding upward from the engagement wing part,

the connecting seat has:

a socket housing having: an inward step having a cylindrical structure through which a center hole (H) passes in a vertical direction and protrudingly formed at a middle portion of the center hole (H); a vertical slit cut out in a vertical direction by a predetermined length so that the engagement wing passes through when the upper end of the connection rod enters the lower end of the center hole (H); a horizontal slit cut to pass through the engagement wing at an upper end of the vertical slit in a circumferential direction of the center hole (H); an engaging slit which is downwardly cut from an inner end of the horizontal slit toward a lower end of the center hole (H);

a wire loop connected to an upper end of the center hole (H) for connecting a main wire;

a spring for elastically supporting between the inward step of the socket housing and the wire ring, pressing the upper protrusion when the upper end of the connecting rod enters the lower end of the center hole (H).

2. A key-coupling fishing lead weight assembly according to claim 1, wherein a weight-adjusting lead weight is inserted into the connecting rod of the lead weight holder.

3. A key-coupling fishing sinker assembly according to claim 1, wherein a spring seat for pressing the upper protrusion of the connecting rod is installed between the lower end of the spring and the inward step of the socket housing.

4. A key-coupling fishing lead drop assembly according to claim 1, wherein a sleeve surrounding the vertical cut, horizontal cut and engagement cut is inserted into a lower half of the socket housing.

5. A one-key coupling fishing lead weight assembly according to claim 1, wherein a pair of rods for tying a fishing line are installed at both sides of the lead weight holder supporting the lead weight.

Technical Field

The present invention relates to a fishing lead weight assembly in which a lead weight is easily coupled to a float in float fishing, and more particularly, to a one-key coupling type fishing lead weight assembly which includes a lead weight holder provided at a lower end of a connecting rod to support a lead weight and a connecting seat coupled to an upper end of the connecting rod, and which can be quickly and easily assembled and disassembled by only one-key operation, thereby being convenient to use, and being safe to use regardless of a user's will without worrying about the lead weight holder and the connecting seat being separated from each other.

Background

Generally, equipment required for float fishing is composed of a fishing rod, a lead weight, a hook, a float, and a fishing line. The fishing line is divided into a main line for connecting the fishing rod and the lead weight and a sub line for connecting the lead weight and the fishing hook. And the buoy is exposed above the water surface in a state of being mounted on the main line.

Such float fishing requires an accurate attachment of a lead weight for accurate detection of the fish's bite signal. In this case, the sinker attachment means that the weight of the sinker is precisely adjusted according to the buoyancy of the float, thereby positioning the float and the hook at a desired position.

In the prior art, various types of fishing lead weight assemblies have been introduced to facilitate convenient attachment of the lead weight. Among them, there are Korean patent No. 10-0821085 (2008/4/2), patent No. 10-1000411 (2010/12/6), patent No. 10-1363323 (2014/2/10), patent No. 10-1621308 (2016/5/10), and the like.

Fig. 1 shows a fishing sinker assembly 1000 as described in said patent No. 10-1363323, comprising: a plummet 400 having a through hole formed in a longitudinal direction, a holder 500 having a rod 510 inserted into the through hole to support the plummet 400 and a supporting plummet 520 for supporting a lower end of the plummet 400, and a cap 600 fastened to an upper end of the rod 510.

The first ring 521 supporting the lower end of the plummet 520 is tied with a sub line connected to a fish hook, and the second ring 611 at the upper end of the cap 600 is attached to a main line connected to a fishing rod and a buoy. In addition, an external thread part 512 is formed at an upper end of the rod 510, and an internal thread part (not shown in fig. 1) corresponding thereto is formed on the cap 600, so that the holder 500 and the cap 600 are configured to be screwed to each other.

In addition, fig. 2 shows a hanging fishing lead weight of the inventor's application No. 10-1621308, which is composed of a lead weight body 1 connected to a main line 100 and two rods 2 extending on both sides of the body 1, and sub-lines 100' for tying a hook 200 are connected to both ends of the rods 2.

A curved connection part 13 and an external screw part 14 are provided at the body 1 so that a proper number of the weight-adjusting plummets 5 in the shape of a bamboo hat are inserted into the curved connection part 13, and the external screw part 14 is connected to the coupling holder 4 to which the main wire 100 is connected. At this time, the female screw portion 41 corresponding to the male screw portion 14 is formed on the connecting holder 4, and the body 1 and the connecting holder 4 are also assembled integrally by a screw.

Hereinafter, in the present invention, a part corresponding to the lead weight 400 of fig. 1 and the weight-adjusting lead weight 5 of fig. 2 is referred to as a "lead weight", and a part for supporting the lead weight, such as the holder 500 of fig. 1 and the body 1 of fig. 2, is referred to as a "lead weight holder". The portion of the lead weight inserted into the lead weight holder, as the rod 510 of fig. 1 and the bent connection part 13 of fig. 2, is referred to as a "connection rod", and the part connected to the upper end of the lead weight holder to tie the main line, as shown in the cap 600 of fig. 1 and the connection holder 4 of fig. 2, is referred to as a "connection holder".

Disclosure of Invention

Technical problem to be solved

As described above, the existing fishing lead weight assembly is configured such that the lead weight holder and the connection holder are assembled in a screw-coupled manner. That is, after the lead weight is adjusted by inserting one or more lead weights into a connecting rod provided in the lead weight holder as needed, the internal threaded part of the connecting holder is combined with the external threaded part provided at the upper end of the connecting rod.

However, since the connecting rod and the connecting socket of the plummet holder are very small and light-weight parts having a diameter of at most 2 to 3 mm, screwing assembly at an outdoor fishing point, for example, at night, is a very difficult and careful task. Furthermore, if the two screws are not sufficiently tightened during the assembly of the connection socket to the connection rod, or if the screw connection is slightly loosened due to external impact during fishing, a risk of the lead weight holder being separated from the connection socket may occur.

Further, in the case of the structure for screwing the lead weight 400 to the holder 500, as in the fishing lead weight assembly 1000 described in patent No. 10-1363323 of fig. 1, the lead weight 400 fastened to the second screw part 511 of the holder 500 and the cap 600 fastened to the third screw part 512 are rotated in different directions from each other to be assembled to the holder 500, and thus, it is inconvenient.

Accordingly, it is an object of the present invention to provide a fishing lead drop assembly of a new structure in which an assembly of a lead drop holder and a connecting socket is quick and easy, and furthermore, the lead drop holder is not separated from the connecting socket or lost regardless of a user's will, by changing a connection structure of the lead drop holder and the connecting socket into a one-touch connection method, in a fishing lead drop assembly for float fishing.

Technical scheme

In order to achieve the object, the one-key coupling type fishing lead weight assembly of the present invention is characterized by comprising a lead weight holder mounted at a lower end of a connecting rod for supporting a lead weight and a connecting seat combined with an upper end of the connecting rod for connecting a main line.

The plummet holder has an engagement wing portion protruding from an upper end of the connection rod in a radial direction of the connection rod and an upper protrusion protruding upward from the engagement wing portion, and a weight adjusting plummet is inserted into the connection rod of the plummet holder as needed.

The connecting seat has: a socket housing having: an inward step having a cylindrical structure through which a center hole (H) passes in a vertical direction and protrudingly formed at a middle portion of the center hole (H); a vertical slit cut out in a vertical direction by a predetermined length so that the engagement wing passes through when the upper end of the connection rod enters the lower end of the center hole (H); a horizontal slit cut to pass through the engagement wing at an upper end of the vertical slit in a circumferential direction of the center hole (H); an engaging slit which is downwardly cut from an inner end of the horizontal slit toward a lower end of the center hole (H); a wire loop connected to an upper end of the center hole (H) for connecting a main wire; a spring for elastically supporting between the inward step of the socket housing and the wire ring, pressing the upper protrusion when the upper end of the connecting rod enters the lower end of the center hole (H).

Advantageous effects

According to the fishing lead weight assembly of the present invention, the upper end of the connecting rod of the lead weight holder is pushed into the lower end of the central hole H formed in the socket housing of the connecting seat, and then the lead weight holder and the connecting seat can be quickly and easily assembled and separated only by slightly rotating the connecting rod and the connecting seat, thereby providing convenience in use.

Further, in a state where the lead drop holder and the connection socket are connected to each other, since the locking wing of the socket housing and the spring of the connection socket limit all degrees of freedom of movement of the lead drop holder with respect to the connection rod, there is no fear that the lead drop holder is separated from the connection socket or lost regardless of the user's will.

Drawings

Figures 1 and 2 are schematic views of a conventional fishing lead drop assembly,

figure 3 is a perspective view of a fishing lead drop assembly according to an embodiment of the present invention,

figure 4 is an exploded perspective view of figure 3,

figure 5 is an exploded perspective view of the connector holder 30 of figure 3,

fig. 6 is a sectional view showing a main part of the action shown in fig. 3.

Detailed Description

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, since the drawings illustrate preferred embodiments of the present invention, the scope of the present invention is not limited by these embodiments. In addition, even if it is a configuration necessary to implement the present invention, a detailed description of matters introduced in the prior art or easily implemented by a person skilled in the art through a well-known technique will be omitted.

As shown in fig. 3 and 4, the fishing lead drop assembly according to the present invention includes a lead drop holder 20 and a connecting holder 30, and may further include a lead drop 10 as needed. In the present invention, for convenience, a direction in which the attachment base 30 is attached around the lead drop holder 20 is referred to as an upper end, an upper portion, or an upper side, and an opposite side is referred to as a lower end, a lower portion, or a lower side.

As shown in fig. 4, the lead weight 10 has a structure in which an insertion hole 11 is formed at the center, and has the same structure and function as a general fishing lead weight for controlling weight. Only one lead weight 10 may be used, but a plurality of lead weights 10 having different weights and shapes may be used as needed.

Next, the lead weight holder 20 has a rod-shaped connecting rod 21 and a supporting lead weight 21 provided at a lower end of the connecting rod 21. The insertion hole 11 of the lead weight 10 may be inserted into the connection rod 21, and in this case, the supporting lead weight 22 serves to support the lead weight 10. One or more plummets 10 are inserted into the connecting rod 21, and each of the plummets includes an engaging wing portion 211 protruding in a radial direction of the connecting rod 21 and an upper protrusion portion 212 protruding above the engaging wing portion 211 by a predetermined length at an upper end thereof.

The engaging wing 211 may protrude from only one side of the connecting rod 21, but preferably protrudes from both sides. The upper protrusion 212 protrudes from the upper side of the engagement wing 211 at the same position as the central axis of the connection rod 21. According to a preferred embodiment of the present invention, it is preferable that the engagement wing part 211 flattens both sides of the connection bar 21 to process a part extending to both sides.

The supporting plummet 22 serves to support the plummet 10 inserted into the connecting rod 21 not to be separated, and a sub wire ring 221 for connecting a sub wire is installed at the lower end thereof. In addition to the function of simply supporting the lead weight 10, the supporting lead weight 22 may also function as a general lead weight as needed.

As shown in fig. 2, a pair of rods are attached to both sides of the supporting plummet 22, and a fishing line is connected to each end of the rods.

Finally, the link holder 30 is coupled to the upper end of the connecting rod 21 of the sinker holder 20 to prevent the sinker 10 inserted into the connecting rod 21 from being detached, and has a function of holding a main line connected to a fishing rod, and a socket housing 31, a wire loop 32, and a spring 33.

As shown in fig. 5 and 6, the socket housing 31 has a cylindrical structure in which a center hole H penetrates in a vertical direction, and an inward step 311 is protrudingly formed at a middle portion of the center hole H. And a vertical cutout 312, a horizontal cutout 313, and an engagement cutout 314 are formed at the lower end of the socket housing 31 so as to serve as passages through which the engagement wings 211 of the connection lever 21 pass.

The vertical slit 312 is cut by a predetermined length in a vertical direction so that the engagement wing 211 can pass when the upper end of the connection rod 21 enters the lower end of the center hole H. The lower end of the socket housing 31 is divided into two sides by the vertical slit 312 by a predetermined length.

Then, the horizontal slit 313 is cut from the upper end of the vertical slit 312 in the circumferential direction of the center hole H so that the engagement wing 211 can pass through. Therefore, when the connection lever 21 is rotated in a state that the engagement wing 211 is inserted into the vertical cutout 312, the engagement wing 211 enters the horizontal cutout 313. The horizontal slit 313 is preferably formed at about 90 degrees in the circumferential direction of the central hole H.

Finally, the engaging slit 314 is cut downward by a predetermined length from the inner end of the horizontal slit 313 toward the lower end of the center hole H. The engaging cutout 314 is arranged side by side with the vertical cutout 312, but is shorter in length than the vertical cutout 312. Further, although the lower end of the vertical slit 312 is open, the lower end of the engagement slit 314 is blocked.

The wire loop 32 connects a main line to a fishing rod and is connected to the upper end of the center hole H of the socket housing 31. The wire loop 32 may be fixed by bonding or welding a support portion thereof in the center hole H, and after the support portion of the wire loop 32 is inserted into the center hole H, the support portion may be fixed by forcibly closing an entrance of the center hole H.

The spring 33 is elastically supported between the inward step 311 of the socket housing 31 and the wire ring 32, and functions to press the upper protrusion 212 when the upper end of the connection rod 21 enters the lower end of the center hole H. That is, when the engagement wing 211 of the connection rod 21 is completely pushed into the vertical cutout 312 of the socket housing 31, the upper protrusion 212 of the connection rod 21 pushes the spring 33 upward through the inward step 311.

At this time, it is preferable that a spring seat 34 for pressing the upper protrusion 212 of the connection rod 21 is provided between the lower end of the spring 33 and the inward step 311 of the socket housing 31. The spring seat 34 functions to transmit the elastic force of the spring 33 completely to the upper protrusion 212 of the connecting rod 21.

Preferably, the sleeve 35 surrounding the vertical cutout 312, the horizontal cutout 313, and the engagement cutout 314 is inserted into the lower half of the receptacle housing 31. The sleeve 35 covers and protects the vertical cutout 312, the horizontal cutout 313, and the engagement cutout 314. The sleeve 35 may be fixed to the lower half of the socket housing 31 by means of bonding or welding, the sleeve 35 is inserted into the lower half of the socket housing 31, and then the entrance of the sleeve 35 may be forcibly closed to be fixed to the socket housing 31.

In describing the assembling method of the fishing lead weight assembly according to the present invention, first, a suitable weight and a suitable number of lead weights 10 are inserted into the connecting rod 21 of the lead weight holder 20, as shown in fig. 6, the upper end of the connecting rod 21 is pushed into the lower end of the center hole H of the socket housing 31 of the coupling holder 30, and then the connecting rod 21 is slightly rotated.

Thus, the engagement wing 211 of the connection lever 21 passes through the vertical slit 312 of the socket housing 31 into the horizontal slit 313. When the connection rod 21 is in a free state in a state where the engagement wing 211 enters the inner end of the horizontal slit 313, the connection rod 21 is pushed toward the lower end of the center hole H by the elastic force of the spring 33 while the engagement wing 211 itself enters the engagement slit 314.

In a state where the locking wing 211 enters the engagement slit 314, the freedom of movement of the lead drop holder 20 with respect to the link base 30 is all restricted. Therefore, unless the user pushes the connecting rod 21 upward against the elastic force of the spring 33 to disengage the engagement wing 211 from the engagement notch 314, the lead weight holder 20 and the connecting holder 30 are not separated from each other.

To separate the connecting holder 30 from the lead weight holder 20, the connecting holder 30 is held by one hand, the connecting rod 21 is slightly pushed upward by the other hand, and then the connecting rod 21 is rotated in the opposite direction. At this time, the engagement wing 211 of the connection lever 21 is escaped from the engagement notch 314 of the socket housing 31, passes through the horizontal notch 313, and is partitioned to the lower end of the center hole H of the socket housing 31 by the elastic force of the spring 33.

In the drawings

10: plummet, 11: inserting hole

20: plummet holder, 21: connecting rod

211: engagement wing, 212: upper protruding part

22: supporting lead weight, 221: sub-wire ring

30: connecting seat, 31: socket shell

311: inward step, 312: vertical incision

313: horizontal incision, 314: engagement notch

32: wire loop, 33: spring

34: spring seat, 35: a sleeve.