TWM587436U - Link line group of fishing tackle and telescopic fishing line - Google Patents

Abstract

A low-cost, easy-to-use and light-weight fishing line and a telescopic bus line are connected between the fishing line and the telescopic bus line of the telescopic bus line. The upper end of the line body of the connection line group is a circle for connection. For fishing gear, the lower end of the line body of the connecting line group is another circle body or a wear-resistant element fixed at the lower end of the line body and having a through hole for the connection of the telescopic busbar; to achieve the expansion and contraction of the fishing line and the fishing line using the connecting line group When the bus is between, it makes the telescopic bus easier and lighter when operating the telescopic length.

Description

Connection line group of fishing tackle and telescopic bus

The utility model relates to a low-cost, easy-to-use and light-weight connecting line group of a fishing tackle and a telescopic bus bar. The connecting line group is connected between the fishing tackle and the telescopic bus bar of the fishing line.

It is generally known that when fishing in shrimp farms and fishing grounds, the size of the fishing ground, the depth of the water, and the length of the fishing line are related to the harvesting results of fishing. Therefore, in order to meet the requirements of different environmental conditions, the related industry has developed a telescopic bus for fishing lines, and the length of the fishing line can be adjusted by the telescopic bus.

However, the telescopic busbars for adjusting the length and length of the fishing line are directly connected to the forefront of the fishing tackle. Therefore, when the length of the fishing line is adjusted, the pull of the telescopic bus length adjustment action will be laborious, inconvenient, and even more difficult due to the frictional resistance generated by the connection of the telescopic bus line and the foremost ring of the fishing tackle. Causes the telescopic busbars to be worn out and disconnected after a period of time. The length and length of these telescopic busbars is laborious and inconvenient to adjust, and the telescopic buses are disconnected and worn out after a period of time. Difficulties and inconveniences encountered.

Therefore, how to create a low-cost, easy-to-use and light-weight fishing line and telescopic busbar connection line group is a technical issue that has yet to be developed.

The main purpose of the creation of the "connection line group of fishing tackle and telescopic bus bar" is to provide a connection line group of fishing tackle and telescopic bus bar with low cost, easy to use, and light operation.

Its creative feature is that the connection line group is connected between the fishing tackle and the telescopic bus bar of the fishing line. The connection line group is a line body that can be fixed to form a closed curve, and at least one is serially arranged on the line body that is fixed to form a closed curve. The elastic bundle piece divides the line body forming the connecting line group of the closed curve into at least two ring bodies that can adjust the size of the snare space, wherein the upper ring body is used for connecting fishing tackles, and the lower ring body is used for the telescopic bus bar in series; On the line body of the lower end ring body for the telescopic bus bar to be connected in series, a wear-resistant element for reducing the frictional resistance between the connecting line group and the telescopic bus line can be selected in series; the connecting line group is connected to the telescopic bus line of the fishing tackle and the fishing line. In the meantime, the connecting line group includes a line body which can be fixed to form a closed curve and a single wire fixedly connected to the line body of the connection line group and has at least one elastic bundle in series. To separate the line bodies forming the connecting line group of the closed curve into at least two ring bodies that can adjust the size of the snare space, wherein the upper end ring body is used to connect the fishing tackle, and the lower end ring body is fixed. A single wire extending a predetermined length is fixed, and at the end of the single wire, a wear-resistant element for a series of telescopic bus bars is fixed; the connecting line group is connected between the fishing tackle and the telescopic bus line of the fishing line. The connecting line group includes a line body The upper end is directly wound and fixed into a circle body, and an elastic bundle member can be used to adjust the size of the inner space of the circle. The lower end of the line body is directly fixed with a wear-resistant element that can be placed in series with the telescopic bus bar; the wear-resistant element can be a pipe body. , A bead, a ring, or any shape of a series of wear-resistant elements; the wear-resistant element has a through-hole for series placement.

When the connection line group is connected between the fishing tackle and the telescopic busbar of the fishing line, the telescopic busbar is easier and lighter when operating the telescopic length.

1‧‧‧Link line set

11‧‧‧ ring body

12‧‧‧ ring body

13‧‧‧ single line

2‧‧‧ Elastic Beam

3‧‧‧ Wear-resistant components

31‧‧‧through hole

A‧‧‧ Fishing Tackle

B‧‧‧ fishing line

B1‧‧‧ Telescopic Bus

Figure 1: This creative embodiment (1).

Figure 2: The finished figure of Figure 1.

Figure 3: Schematic diagram of Figure 2.

Figure 4: This creative embodiment (2).

Figure 5: The finished figure of Figure 4.

Figure 6: Schematic diagram of Figure 5.

Figure 7: This creative embodiment (3).

Figure 8: Schematic diagram of the use of Figure 7.

Figure 9: This creative embodiment (four).

Figure 10: A schematic diagram of the use of Figure 9.

Figure 11: This creative embodiment (five).

Figure 12: Schematic diagram of the use of Figure 11.

Figure 13: This creative embodiment (six).

Please refer to the embodiments of the present invention shown in FIG. 1, FIG. 4, 7, 9, 11, and 13 in the drawings. These embodiments are merely for the purpose of fully explaining the creation of this case. The preferred embodiment of the present invention is not limited to the scope of protection created by this case. For example, all equivalent substitutions or transformations made by those skilled in the art on the basis of this technical creation are all within the scope of protection of this case creation, and are declared in advance.

Please refer to the embodiment (a) shown in FIG. 1 to FIG. 3 in the drawing, the connection line group 1 It is connected between the telescopic bus bar B1 of the fishing tackle A and the fishing line B. The connecting line group 1 is a line body that can be fixed to form a closed curve. At least one elastic bundle 2 is placed in series on the line body that is fixed to form the closed curve. , The line body of the connecting line group 1 forming the closed curve is divided into at least two ring bodies 11 and 12 with adjustable size of the snare space, wherein the upper ring body 11 is used to connect the fishing gear A, and the lower ring body 12 is used for the telescopic bus B1 Concatenation.

Please refer to the embodiment (2) shown in FIGS. 4 to 6 and the embodiment (3) shown in FIGS. 7 to 8 and the embodiment (4) shown in FIGS. 9 to 10 in the drawings. The connection line group 1 is connected between the telescopic bus bar B1 of the fishing gear A and the fishing line B. The connection line group 1 is a line body that can be fixed to form a closed curve. An elastic bundle 2 separates the line bodies of the connecting line group 1 forming the closed curve into at least two ring bodies 11 and 12 with adjustable ring space. The upper ring body 11 is used to connect the fishing gear A and the lower ring body 12 It is used for series connection of telescopic bus B1. In addition, on the wire body of the lower end ring body 12 connected to the telescopic bus bar B1 in series, a wear-resistant element 3 for reducing frictional resistance between the connecting line group 1 and the telescopic bus bar B1 may be further selected in series. The wear-resistant element 3 may be a pipe. Body, bead, ring or any shape of tandem wear-resistant element. The wear-resistant element 3 has a wire body for the ring body 12 and a through-hole 31 in which the telescopic bus bar B1 is arranged in series.

Please refer to the embodiment (five) shown in FIGS. 11 to 12 in the drawing. The connection line group 1 is connected between the telescopic bus line B1 of the fishing gear A and the fishing line B. The connection line group 1 includes a fixed A line body forming a closed curve and a single wire 13 of a predetermined length fixedly connected to the line body of the connecting line group 1 are provided with at least one elastic bundle 2 in series on the line body fixedly forming the closed curve, so that the closed curve The line body connecting line group 1 is divided into at least two ring bodies 11 and 12 which can adjust the size of the snare space. The upper end ring body 11 is used to connect to fishing tackle A, and the lower end ring body 12 is fixedly connected to an extended length. Single wire 13 and one fixed at the end of single wire 13 for telescopic bus B1 The wear-resistant element 3 can be a ring or any shape of a series of wear-resistant elements. The wear-resistant element 3 has a through hole 31 for the telescopic bus bar B1 in series.

Please refer to the embodiment (six) shown in FIG. 13 again. The connection line group 1 is connected between the telescopic bus line B1 of the fishing gear A and the fishing line B. The connection line group 1 includes a line body which is directly fixed around the upper end of the line body. A ring body 11 is matched with an elastic bundle member 2 to adjust the size of the inner space of the ring body 11. The lower end of the line body directly fixes a wear-resistant element 3 for the telescopic bus bar B1 in series. The wear-resistant element 3 can The wear-resisting element 3 is a ring or any shape of tandem wear-resistant elements. The wear-resistant element 3 has a through-hole 31 for tandem expansion buses B1.

When the connection line group 1 created in this case is connected between the telescopic busbar B1 of the fishing tackle A and the fishing line B, the telescopic busbar B1 can be more easily and lightly operated in the telescopic length.

Claims (9)

The utility model relates to a connection line group of fishing tackle and a telescopic bus bar. The connection line group is connected between the fishing tackle and a telescopic bus bar of the fishing line. The connection line group is a line body which can be fixed to form a closed curve. At least one elastic bundle is arranged in series, so that the line body forming the connection line group of the closed curve is divided into at least two ring bodies with adjustable size of the snare space. One end ring body is used to connect the fishing tackle, and the other end ring body is used for expansion and contraction. Busbars are connected in series. According to the connection line set of the fishing tackle and the telescopic busbar described in item 1 of the scope of the patent application, the line body of the ring body for the telescopic busbar can be optionally placed in series to reduce the frictional resistance between the connection line group and the telescopic busbar. Wear-resistant elements. According to the connection line set of the fishing tackle and the telescopic busbar described in Item 2 of the scope of the patent application, the wear-resistant elements serially arranged on the line body of the ring body for the telescopic busbar series may be a pipe body, a bead body, and a ring. Or any shape of tandem wear element. According to the connection line set of fishing tackle and telescopic busbar described in item 2 of the scope of the patent application, the wear-resistant element has a line body for the ring body and a through-hole in which the telescopic busbar is arranged in series. The utility model relates to a connecting line group of fishing tackle and a telescopic bus bar. The connecting line group is connected between a fishing tackle and a telescopic bus bar of the fishing line. The connecting line group includes a line body capable of fixing a closed curve and a fixed connection to the connecting line group line A single line extending a predetermined length on the body is provided with at least one elastic bundle member in series on the line body fixedly forming the closed curve, so that the line body forming the connecting line group of the closed curve is distinguished into at least two loops with adjustable snare space size. One end of the ring body is used to connect the fishing tackle, and the other end of the ring body is fixedly connected to a single line extending a predetermined length, and at the end of the single line is fixed a wear-resistant element for the telescopic bus bar. According to the connection line set of fishing tackle and telescopic bus bar according to item 5 of the scope of patent application, the wear-resistant element may be a ring or any shape of a series of wear-resistant elements. According to the connecting line group of the fishing tackle and the telescopic bus bar according to item 5 of the scope of the patent application, the wear-resistant element has a through hole for the telescopic bus bar to be arranged in series. The utility model relates to a connecting line group of a fishing tackle and a telescopic bus bar. The connecting line group is connected between the fishing tackle and a telescopic bus bar of the fishing line. The connecting line group comprises a line body directly fixed around the upper end of the line body to form a circle body, and an elastic bundle It can adjust the size of the inner and inner space of the circle, and the lower end of the line body directly fixes a wear-resistant element that can be placed in series with the telescopic bus bar. According to the connection line set of the fishing tackle and the telescopic busbar according to item 8 of the scope of the patent application, the wear-resistant element can be a ring or any shape of a series of wear-resistant elements, and the wear-resistant element has a through-hole for the telescopic busbars to be arranged in series. hole.