TWM648630U - Balance lever set structure - Google Patents

Abstract

The invention relates to a balance rod set structure, in which hooks are provided on a fishing line quick release and at least one sub-line hook set is provided. The balance rod set includes a connecting part and two cantilevers, wherein the connecting part has a long A rod-shaped reinforced body, and a loop is formed on the top of the reinforced body for selective hooking to the aforementioned fishing line, and the cantilevers are radially connected to the reinforced body at one end of the loop, and the two cantilevers They are arranged in equal lengths and equal angles. The included angle of the cantilevers is 60 to 70 degrees. Moreover, the cantilevers are different from the reinforced body and have a hanging ear at one end for the aforementioned sub-line hook group to be selectively hung. Through this, The angle between the main line and the sub-line hook group of the balance rod group becomes smaller and closer to a straight line. In addition to maintaining the balance of the parallel fishing rods and avoiding line tangles, it further has the effect of delivering the message quickly and at the same time, it can increase the force of the hook. , greatly improving the efficiency and fun of shrimp fishing.

Description

Balance rod group structure

This invention belongs to the technical field of fishing tackle. Specifically, it is a balance rod group structure, which can be close to a straight line with the busbar to maintain the balance of the parallel fishing rods, and can increase its signal output speed and firing force, greatly increasing Efficiency and fun in shrimp fishing.

According to reports, shrimp fishing can be carried out in wild streams, estuaries or artificial farms. In recent years, shrimp fishing has become a leisure activity suitable for all ages and is very popular in Taiwan and Southeast Asian countries. In order to increase the hooking rate of shrimps in existing shrimp fishing gear, a balance rod group is usually provided below the buoy of the main line of the fishing gear, and a sub-line hook group is provided at both ends of the balance rod group. The existing balance rod set mainly consists of a lifting ring that can be hung on the busbar and cantilevers formed on both sides of the lifting ring extending outward, and the ends of the cantilevers are bent to form a hanging ear for the user to attach the The wire hook group uses its loop (commonly known as the elf ring) to selectively and easily hang or remove the aforementioned hanging ear.

Fishing for shrimp is much simpler than fishing, but it is also very particular. Take the common Thai shrimp as an example. Thai shrimp have pincers. When looking for bait, most people use their pincers to play with the bait first and then take it to their mouths, so the movement of the buoy just means that When shrimp come for bait, it does not mean that the bait has been eaten, but the shrimp fisher will feel that the sub-line hook group is tightened (also known as the signal release). At this time, it is necessary to use force to pull the rod (also known as the release signal). The gun pulls up the shrimp, so if the output speed is too slow when fishing for shrimp, the bait may be eaten by the shrimp. It may fall off, or delay the hooking time, thereby reducing the overall shrimp fishing efficiency. Furthermore, the angle between the cantilever and the busbar of the existing balance rod assembly is too large, which affects the speed of the signal output and reduces the force of the hook. Moreover, when the hook is hooked on one side, the balance rod assembly is easy to lose. If it is not balanced, it is easy for the line to become tangled, which affects the efficiency and fun of shrimp fishing.

In other words, due to the imperfect design of the balance rod set of existing fishing gear, it is easy to lose balance, has problems such as slow signal output and low firing force, which in turn affects the inconvenience and practicality of the overall operation. Therefore, how to solve the above-mentioned problems? The problem is the subject that relevant industry players are eager to study, and it is also what this article intends to explore.

Due to the above-mentioned shortcomings and needs, the creator used his many years of experience in related technologies and product design and manufacturing to conduct research and creation in response to the above disadvantages and needs, and actively sought solutions. After continuous efforts in research and trial production, he finally finally A balance rod assembly structure was successfully developed to overcome the troubles caused by existing problems.

Therefore, the main purpose of this creation is to provide a balance rod group structure, so that the main line and the sub-line hook group of the balance rod group can be close to a straight line, which can increase the signal output speed and at the same time improve the firing force of the hook. Improve the efficiency and fun of shrimp fishing

In addition, the second main purpose of this invention is to provide a balance rod assembly structure that can effectively prevent loss of balance or line tangle due to one-sided hooking, so as to effectively improve fishing efficiency.

In addition, another main purpose of this invention is to provide a balance rod assembly structure that enables the sub-line hook assembly to undergo a two-stage movement when loading and unloading, which can effectively prevent The phenomenon of spray hooking occurs in the stop line hook group, which can improve its practicality.

To this end, this invention mainly uses the following technical means to specifically achieve the above purposes and effects. The hook is provided on a fishing line fastener and at least one sub-line hook group is provided. The balance rod group includes : A connecting part, which has a long rod-shaped reinforced body, and a loop is formed on the top of the reinforced body for selective hooking to the aforementioned fishing line; two cantilevers, which are radially connected to the reinforced body Different from one end of the ring, the two cantilevers are arranged with equal lengths and equal angles. The included angle of the cantilevers is 60 degrees to 70 degrees. Moreover, the end of the cantilevers is different from the reinforced body and has a selective hook group for the aforementioned sub-line. Hang the hanging ears.

Through the specific implementation of the aforementioned technical means, the structure of the balance rod group of this invention can utilize the special design of the angle between the cantilevers on both sides of the connecting part of 60 degrees to 70 degrees, so that the fishing tackle busbar and the sub-line hook groups on both sides of the balance rod group can be The included angle becomes smaller and closer to a straight line to keep the sub-line hook groups on the cantilevers on both sides at an appropriate distance, which can avoid the line being tangled outside and reduce the loss of balance due to one-sided hooking, thereby reducing the risk of line tangles when pulling the rod. At the same time, it further has the function of sending out information quickly, and at the same time, it can improve the shooting force of hooking, enhance the efficiency and fun of shrimp fishing, greatly enhance the practicality of its use, and further improve its added value and economic benefits.

In addition, this invention uses the following technical means to further achieve the aforementioned purposes and effects; it includes: Preferably, the angle between the cantilevers on both sides of the connecting part is 65 degrees.

Preferably, a support body can be provided between the two side cantilevers of the connecting portion to limit the relative included angle of the two side cantilevers.

Preferably, one end of the cantilevers adjacent to the hanging ear is formed with an outwardly bent wire segment, so that it can guide the sub-line hook groups to slide outward.

Preferably, the cantilever arms have an extension at one end different from the reinforcement body. section, and the hanging ears are formed by a bent section that is folded inward twice and an inward contact foot, wherein the bent section has at least one protruding portion that contacts the inner edge surface of the extension section, In addition, the inner contact foot can abut against the inner edge surface of the aforementioned extension section, and the inner contact feet and protruding contact portions of the hanging ears can move elastically and detachably along the inner edge surface of the extension section. .

In order to enable your review committee to further understand the composition, characteristics and other purposes of this invention, some preferred embodiments are listed below, and are described in detail with drawings, and at the same time, those who are familiar with this technical field can implement it in detail.

100: Balance rod set

10:Connection part

11: Strengthen the body

12: Circle

13:Extension rod

15:Support

20:Cantilever

21: Wire segment

22:Extended section

25:Ear hanging

26: Bending section

261:convex part

27: Inner patch against the feet

281: First hook space

282: Second hook space

θ: included angle

200:Quickly leave the fishing line

300: Sub-thread hook group

301:Hook

305: Circle

The first picture is a schematic diagram of the appearance of a preferred embodiment of the balance rod assembly structure of this invention, for illustrating its composition and relative relationships.

The second figure is a schematic plan view of a preferred embodiment of the balance rod assembly structure of this invention.

The third figure is a partial three-dimensional enlarged schematic diagram of a preferred embodiment of the balance rod assembly structure of this invention.

The fourth figure is a schematic diagram of the three-dimensional appearance of the preferred embodiment of the balance rod assembly structure in actual use.

This creation is a balance rod assembly structure. The accompanying drawings illustrate specific embodiments of this creation and its components. All references to front and back, left and right, top and bottom, upper and lower parts, and horizontal and vertical are only It is used to facilitate the description and does not limit the creation or limit its components to any position or spatial direction. The dimensions specified in the drawings and descriptions can be changed according to the design and needs of the specific embodiments of the invention without departing from the patentable scope of the invention. Therefore, such structures are not subject to the patent application. limit.

Regarding the detailed structure of the preferred embodiment of the present invention, as shown in the first and second figures, the balance rod set (100) consists of a connecting part (10) and two equal angles and equal lengths provided on the connecting part. (10) It is composed of a cantilever (20) at the bottom, in which the balance rod group (100) can be hooked on a fishing line quick release (200) of a fishing tackle bus line by using the connecting portion (10), and pass through the The cantilever (20) is used to selectively set a sub-line hook group (300), and the sub-line hook groups (300) respectively have a hook portion (301) for hooking the bait and a hook for hooking the cantilever (20). ) of the ring (305) [commonly known as the elf ring]; and the aforementioned connecting portion (10) and cantilever (20) can be made of metal materials, such as steel, titanium alloy, etc., wherein the connecting portion (10) and The main embodiment of the cantilever (20) is an integrated structure, which is composed of flexible metal wires such as steel wires or titanium alloy wires, in which the connecting part (10) is a reinforced body (10) formed by twisting the metal wires. 11), and a ring (12) for hooking on the aforementioned fishing line quick release (200) is formed on the top of the reinforced body (11), and the bottom end of the reinforced body (11) has two equal angles protruding outward. Extended extension rods (13); the aforementioned cantilevers (20) are connected to one end of the two sides of the reinforcement body (11) where the extension rods (13) are different from the ring (12), and the cantilevers (20) They are arranged in equal lengths and equal angles, and the angle (θ) of the cantilever arms (20) is 60 degrees to 70 degrees, so as to reduce the distance between the sub-line hook group (300) hung on the cantilever arms (20) and the aforementioned fishing tackle bus line. The included angle (θ) of the two side cantilevers (20) of this invention is 65 degrees as the best embodiment. Furthermore, a support body (15) can be further provided between the cantilever arms (20), and the support body (15) 15) It can be a rod that supports the cantilevers (20) on both sides to limit the relative angle of the cantilevers (20) on both sides, so as to improve the bonding strength of the cantilevers (20) and effectively reduce the occurrence of each cantilever (20) ) sub-thread hook groups (300) are entangled with each other, and the free ends of the cantilevers (20) and the connecting portion (10) are respectively formed with a hanging ear (25) for the aforementioned sub-thread hook group (300) Selective hanging; Furthermore, each cantilever (20) is formed with an outwardly bent wire segment (21) adjacent to the hanging ears (25), so that it can smoothly guide the sub-wire hook groups ( 300) to slide outwards without being entangled or jammed with each other, and one end of the conductor segments (21) is bent in the opposite direction (or inward) to have an extension segment (22) slightly parallel to the cantilevers (20), The aforementioned hanging ears (25) are formed by bending the extension section (22) inward. As shown in the third figure, the hanging ears (25) of the cantilevers (20) are folded inward twice, one of the upwardly extending bending sections (26) and one downwardly extending inner support foot (27). ), wherein the bent section (26) has at least one protruding portion (261) abutting the inner edge surface of the extension section (22), so that the protruding portions (261) of the hanging ears (25) are below A first hooking space (281) is formed between the extension section (22), and the inner support foot (27) can be abutted against the inner edge surface of the extension section (22), so that the hanging ears (25) A second hooking space (282) is formed between the inner supporting foot (27) and the convex supporting portion (261) above the inner supporting foot (27) and the opposite extension section (22), and the hanging ears (25 ) can elastically and detachably move along the inner wall surface of the extension section (22), so that the sub-thread hook groups (300) can use loops (305) penetrates downward into the second hooking space (282) of the hanging ears (25), and the hooks are placed in the first hooking space (281), and the hanging ears (25) can be The lower part is wider than the inner diameter of the loop (305), and the upper part is wider than the inner diameter of the loop (305) in a drop-shaped shape, which can facilitate the loop (305) of the sub-thread hook group (300) relative to the hanging ear (25). Disassembly; thereby, the angle between the busbar of the fishing tackle and the sub-line hook group (300) can be reduced to a straight line, thereby forming a balance rod group structure with fast news and strong shooting force.

When this creation is actually used, it is as shown in the first, second and fourth pictures. indicates that when the user sets up the sub-thread hook group (300), the loop (305) of the sub-thread hook group (300) is inserted into the outside of the bottom of the hanging ear (25) of the opposite cantilever (20), and along the After moving the extension section (22) from bottom to top to the top of the hanging ear (25), press the peripheral edge of one side of the ring (305) into the hanging ear (25) against the foot (27) and the extension section. (22) into the second hooking space (282), and then further press the peripheral edge of one side of the ring (305) through the protruding portion (261) and extension section (22) of the hanging ear (25) ) and enter the first hooking space (281), so that the sub-thread hook group (300) can be arranged in the hanging ears (25) of the cantilevers (20) by using the loop (305), so as to be able to As shown in the fourth picture, it is used for shrimp fishing.

When fishing for shrimp, as shown in the second and fourth figures, since the angle (θ) of the cantilevers (20) on both sides of the balance rod group (100) is between 60 degrees and 70 degrees, in addition to being able to maintain both sides The sub-line hook groups (300) on the cantilever (20) are at an appropriate distance to avoid line tangles, and also make the sub-line hook groups (300) on the cantilevers (20) on both sides closer to the fishing tackle busbar in a straight line. And can improve its balance, reduce its loss of balance due to unilateral hooking, and thus reduce the situation of thread tangle when pulling the rod. Furthermore, due to the sub-line hook group (300) of the cantilever (20) on both sides It is close to the bus line of the fishing tackle and is in a straight line, so the shrimp fisher can feel the signal of hooking more quickly, and when the shrimp fisher pulls the rod, it can increase the force of the shot to lift the hook, greatly improving the efficiency and fun of shrimp fishing. .

In addition, when the user wants to remove the sub-thread hook set (300), as shown in the first figure, the loops (305) of the sub-thread hook set (300) are pushed upward sequentially away from the relative hanging ears ( The protruding portion (261) of 25) and the inner supporting foot (27) cause the loops (305) of the sub-thread hook group (300) to move upward sequentially and escape from the first hook position of the hanging ear (25). space (281) and the second hook placement space (282), so that the sub-thread hook group (300) can be smoothly taken out of the opposite hanging ear (25) for removal of the Sub-line hook group (300).

From the foregoing description, it can be seen that the balance rod assembly structure of the present invention can utilize the special design of the angle (θ) of the cantilevers (20) on both sides of the connecting part (10) to be 60 degrees to 70 degrees, so that the fishing tackle busbar and the balance rod assembly ( 100) The angle between the sub-thread hook groups (300) on both sides becomes smaller and closer to a straight line. In addition to keeping the sub-thread hook groups (300) on both sides of the cantilever (20) at an appropriate distance to avoid thread entanglement, it can also reduce It loses balance due to hooking on one side, so as to reduce the situation of line tangle when pulling the rod. At the same time, it further has the function of sending out news quickly. At the same time, it can increase the firing force of hooking, improve the efficiency and fun of shrimp fishing, and greatly enhance its Practicality of use.

In summary, it can be understood that this product is a new product with excellent creativity. It not only effectively solves the problems faced by practitioners, but also greatly improves the efficiency. There are no identical or similar product creations in the same technical field. Or be used publicly, and at the same time it has improved efficacy. Therefore, this creation has met the requirements of "novelty" and "progress" for a new type patent, and an application for a new type patent has been filed in accordance with the law.

100: Balance rod set

10:Connection part

11: Strengthen the body

12: Circle

13:Extension rod

15:Support

20:Cantilever

21: Wire segment

22:Extended section

25:Ear hanging

26: Bending section

261:convex part

27: Inner patch against the feet

θ: included angle

281: First hook space

282: Second hook space

200:Quickly leave the fishing line

300: Sub-thread hook group

301:Hook

305: Circle

Claims (5)

A balance rod set structure, in which a hook is provided on a fishing line fastener and at least one sub-line hook set is provided. The balance rod set includes: a connecting part with a long rod-shaped reinforced body, and A loop is formed at the top of the reinforced body for selectively hooking the aforementioned fishing line; two cantilevers are radially connected to one end of the reinforced body and different from the loop, and the two cantilever arms are of equal length and equal length. The cantilevers are arranged at an angle, and the included angle of the cantilevers is 60 degrees to 70 degrees, and the cantilevers are different from the reinforced body and have a hanging ear at one end for the aforementioned sub-line hook group to be selectively hung. The balance rod assembly structure as claimed in claim 1, wherein the included angle of the cantilevers on both sides of the connecting part is 65 degrees. The balance rod assembly structure of claim 1, wherein a support body can be provided between the two side cantilevers of the connecting portion to limit the relative angle of the two side cantilevers. The balance rod assembly structure of claim 1, wherein one end of the cantilever arms adjacent to the hanging ear is formed with an outwardly bent wire segment to guide the sub-wire hook assembly to slide outward. The balance rod set structure as described in any one of claims 1 to 4, wherein the cantilevers have an extension section at one end different from the reinforcement body, and the hanging ears are one of the bent sections that have been folded inward twice. It is formed with an inner contact foot, wherein the bent section has at least one protruding contact portion that abuts the inner edge surface of the extension section, and the inner contact foot can abut against the inner edge surface of the extension section, and the The inner contact legs and the protruding contact portion of the hanging ear can move elastically and detachably along the inner edge surface of the extension section.

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