KR200279407Y1 - A salvage machine of a fishline - Google Patents

Abstract

The present invention relates to a fishing line lifter, and more particularly, to a fishing line lifter of the conventionally applied utility model application No. 99-19181 for fishing by hanging dozens of fish hooks at a fixed interval on a single long fishing line. By improving the structure to maximize the surface friction of the fishing line in contact with the roller, and to prevent the slip phenomenon of the fishing line generated during the lifting to the fishing line lifting device to maximize the lifting efficiency.

According to the present invention in the construction of a large lifting roller, a small lifting roller and an auxiliary lifting roller on each shaft protruding outward of the body to connect the gear and the chain to each other so as to be interlocked rotation, the lifting roller and the auxiliary lifting A fishing line lifting device is provided between a roller and a first auxiliary roller interposed therebetween, and a second auxiliary roller configured to be external to the large lifting roller.

Description

A salvage machine of a fishline}

The present invention relates to a fishing line lifter, and more particularly, to a fishing line lifter of the conventionally applied utility model application No. 99-19181 for fishing by hanging dozens of fish hooks at a fixed interval on a single long fishing line. By improving the structure to maximize the surface friction of the fishing line in contact with the roller, and to prevent the slip phenomenon of the fishing line generated during the lifting to the fishing line lifting device to maximize the lifting efficiency.

The structure of the main fishing line lifter of Utility Model Application No. 99-19181, which has been previously applied, is connected to a large lifting roller, a small lifting roller, and an auxiliary lifting roller by a gear and a chain, and a gear of a small lifting roller is located at the bottom. It is connected to the chain with the gear, and the driving gear meshes with the gear of the auxiliary lifting roller so that the large lifting roller is interlocked. The fishing line is connected by the small lifting roller that acts in close contact with the large lifting roller and the auxiliary lifting roller. The tighter contact was made to prevent slipping when lifting.

Therefore, by using the lifting device manufactured as described above to the hull was able to prevent to some extent the slip of the fishing line generated during the lifting.

However, in such a conventional structure, since the small lifting roller is installed to flow back and forth to some extent so that the fishing line passes smoothly between the rollers when lifting, the force for close contact with the fishing line is somewhat insufficient, and a large effect is applied when a large load is applied. I couldn't see it.

The present invention has been made to solve the above problems, the drive gear is built on the same axis to provide a driving force to the auxiliary lifting roller to be circumscribed by the same size as the small lifting roller at the bottom of the body is a large lifting roller installed on the upper portion of the body Connected to the outer gear of the chain, the outer gear connected to the same shaft and the gear interlocked to the lower side of the inner gear of the salvage roller is connected to the gear and chain of the small salvage roller, the salvage roller and the auxiliary lifting The first subsidiary roller interposed between the rollers and the second subsidiary roller circumscribed with the salvage roller above and the shaft supporting the small salvage roller are hinged to one side of the body and the other side to form a thread on the outer periphery. It is connected to the spring fixed to the aircraft, and is connected with the screw and nut, and installed inclined downward to the outside of the aircraft. The first and second auxiliary rollers and the small lifting rollers, which are connected to each axis by the rotation moments between the center part of each operation and the connecting member, but the rotation moments between the operation of the spring being pulled toward the large lifting roller and the auxiliary lifting roller. It is an object to provide a fishing line lifting machine that can prevent the slip generated during lifting by increasing the surface friction of the fishing line in contact with the rollers by configuring the force to act at all times.

1 is an overall perspective view of the present invention

2 is a front view of the present invention

3 is a cross-sectional view of the power transmission device of the present invention

Figure 4 is a schematic diagram showing a power transmission device of the present invention

5 is a perspective view of main parts of the present invention

6 is an operation example of the present invention

<Description of Symbols for Main Parts of Drawings>

1 Gas 2 Axis 3 Large salvage roller

4: small lifting roller 5: auxiliary lifting roller 6: gear

7: Chain 8: 1st auxiliary roller 9: 2nd auxiliary roller

10 thread 11 spring 12 threaded rod

13 nut 14 between operation 15 connection member

16: fishing line 17: fishing needle 18: separator

Hereinafter, the present invention will be described in detail with reference to embodiments of the accompanying drawings.

1 is an overall perspective view of the present invention, the present invention has a large lifting roller (3), small lifting roller (4) and auxiliary lifting roller (5) on each shaft (2) protruding out of the body (1) The auxiliary lifting roller (5), which is built in the same size as the small lifting roller (4) at the lower part of the base (4), in connection with the gear (6) and the chain (7), respectively. The drive gear 6 arranged on the same shaft 2 to give a driving force to the outer gear 6 of the large lifting roller 3 installed on the upper portion of the base 1 is connected to the chain 7 by the chain 7. The outer gear 6 connected to the lower side of the inner gear 6 of the lifting roller 3 and connected to the same shaft 2 as the gear 6 that rotates in coordination is connected to the gear 6 of the small lifting roller 4 and the chain. (7), the first auxiliary roller (8) interposed between the large lifting roller (3) and the auxiliary lifting roller (5) and the second auxiliary roller which is circumscribed with the large lifting roller (3) above. Each shaft 2 supporting the roller 9 and the small lifting roller 4 is hinged to one side of the body 1 and the other end of the shaft 10 is fixed to the body 1. The screw rod 12 connected to the spring 11 and the nut 13 are fixed and connected to the central portion of each operation section 14 installed inclined downward to the outside of the base 1 as a connecting member 15. The first and second auxiliary rollers (8) (9) and the small lifting roller (4) connected to the respective shafts (2) by the rotational moment of the operation period (14) subjected to the pulling force of the spring (10) are greatly lifted. The roller 3 and the auxiliary lifting roller 5 is characterized in that it is configured so that the constant pushing force is applied.

In addition, the spring 10 has a structure that can adjust the tension by changing the effective length of the screw rod 12 by the adjustment of the nut (13) connecting the fixing rod 14 and the screw rod 12.

In the figure, reference numeral 16 is a fishing line, 17 is a fishing needle, and 18 is a separator.

The present invention, as described above, improves the structure of the main fishing line lifter of Utility Model Application No. 99-19181, which was previously filed, so that the surface frictional force of the fishing line 16 in contact with the roller is maximized. It is designed to maximize the lifting efficiency by preventing the slip phenomenon of 16) as described in more detail the embodiment according to the operation as follows.

First, when the auxiliary lifting roller 5 installed in the lower part of the base 1 rotates in the reverse direction by the driving of the drive gear 6 arranged on the same shaft 2, the drive gear 6 and the chain 7 As the outer gear 6 of the upper lifting roller 3 connected to the upper side rotates, the lifting roller 3 rotates in the same direction, and the outer gear 6 of the lifting roller 3 rotates. Accordingly, the inner gear 6 installed on the same shaft 2 is rotated so that the gear 6 of the small lifting roller 4 connected with the chain 7 is rotated while the inner gear 6 engaged with the lower side thereof rotates. 6) will rotate.

In addition, a first auxiliary roller (8) is interposed between the large lifting roller (3) and the auxiliary lifting roller (5), and a second auxiliary roller (9) external to the large lifting roller (3) is installed above. The first and second auxiliary rollers (8) and (9) and the shaft (2) of the small lifting roller (4) have one side hinged to the base (1) and the other side of the outer periphery as shown in Figs. A threaded rod 10 is formed in the operating rod 14 which is connected to the spring rod 11 fixed to the base 1 and connected to the screw rod 12 and the nut 13 so as to be inclined downward toward the outside of the base 1. The first and second auxiliary rollers (8) and (9) and the small lifting rollers are connected to each other by the central part and the connecting member (15). (4) is a constant pushing force toward the large lifting roller (3) and the auxiliary lifting roller (5) is applied between the large lifting roller (3) and the first auxiliary roller as shown in FIG. Fishing line 16 is passed between a small lifting roller 4 and the auxiliary lifting roller 5 is lifted while receiving a surface pressure around by means of the rollers (3) (4) (5) (8) (9).

Meanwhile, the fish caught in the fishing needle 17 suspended at a predetermined interval on the fishing line 16 is separated as the fishing line 16 passes through the separator 18 as the fishing line 16 is lifted, and is filtered down. You lose.

Accordingly, the fishing line 16 lifted by the rollers 3, 4, 5, 8, and 9 has large surface friction due to the surface pressure and the roller contact surface area applied back and forth to the fishing line 16. Even when a large load is applied, the fishing line 16 can be smoothly lifted without a slip phenomenon.

And the lifting device of the present invention can remove the foreign matter caught between the rollers (3) (4) (5) (8) (9) extremely easily, which is the first and second auxiliary rollers (8) (9) and When the spring 11 of the small lifting roller 4 is pulled outward by holding one side of each of the operation sections 14 to which the operation is connected, the operation sections 14 are rotated about the hinge and connected to the connecting members 15, respectively. Since the 2nd auxiliary roller (8) (9) and the small lifting roller (4) are opened by a certain distance, the foreign matter caught between each roller (3) (4) (5) (8) (9) can be easily removed. You will be able to.

In addition, by adjusting the elastic force of the spring 11 connected thereto by adjusting the length of the screw rod 12 connected to the operation interval 14 of the first and second auxiliary rollers (8) (9) and the small lifting roller (4). The holding force of the roller can be adjusted, i.e., when the nut 12 is tightened while the first and second auxiliary rollers 8, 9 and the small lifting roller 4 are in close contact, the operation period 14 is stopped. Since the effective length of the screw rod 12 is shortened by the moving distance to tension the spring 11, the pulling force of the spring 11 is increased, thereby increasing the rollers 3, 4, 8 ( The surface pressure of the fishing line 16 passed between the small lifting roller 4 and the auxiliary lifting roller 5 between the large lifting roller 3 and the first auxiliary roller 8 by the holding force of 9). On the contrary, when the nut 12 is loosened, the effective distance of the screw rod 12 is increased by the moving distance, and the tensioned spring 11 is restored. Since the holding force of the rollers (3), (4), (8) and (9) is reduced, the small lifting roller (4) and the auxiliary lifting roller (5) pass between the large lifting roller (3) and the first auxiliary roller (5). The surface pressure of the fishing line 16 passed between) is weakened.

As such, the present invention improves the surface friction of the fishing line in contact with the roller to maximize the structure of the main fishing line lifting device of Utility Model Application No. 99-19181, which was previously applied for the slip phenomenon of the fishing line generated during lifting. It is possible to prevent as much as possible, and also to easily remove foreign substances caught between the rollers, so that the lifting efficiency can be maximized.

Claims (3)

Large lifting rollers (3), small lifting rollers (4), and auxiliary lifting rollers (5) are disposed on each shaft (2) protruding out of the body (1), thereby displacing the gears (6) and the chain (7). In each of the connection and rotation, the first auxiliary roller (8) is interposed between the large lifting roller (3) and the auxiliary lifting roller (5) and the upper to the outside of the lifting roller (3) Fishing line lifting device, characterized in that the configuration by installing the secondary auxiliary roller (9). The drive gear 6 constructed on the same shaft 2 as claimed in claim 1 so as to give a driving force to the auxiliary lifting roller 5 which is external to the small lifting roller 4 at the lower portion of the base 4. Gear 6 is connected to the outer gear 6 and the chain (7) of the lifting roller (3) installed in the upper portion of the high lifting roller (3) is meshed with the lower side of the inner gear (6) of the lifting roller (3) Gear 6 connected to the same shaft (2) with the gear 6 of the small lifting roller (4) and the chain (7), interposed between the large lifting roller (3) and the auxiliary lifting roller (5) The first auxiliary roller 8, the second auxiliary roller 9 circumscribed with the lifting roller 3 above, and the shaft 2 supporting the small lifting roller 4, respectively, 1) and the hinge is fixed and the other side is formed with a thread (10) on the outer periphery is connected and fixed with a screw rod 12 and a nut (13) connected to the spring 11 fixed to the base (1) of the base (1) Inclined downward A first part connected to each shaft 2 by a rotation moment of the operation section 14 which is connected to the central portion of each operation section 14 and the connecting member 15 which is subjected to the pulling force of the spring 10. , 2 auxiliary roller (8) (9) and the small lifting roller (4) is a fishing line lifting device, characterized in that configured to always push the force toward the lifting roller (3) and the auxiliary lifting roller (5). The method of claim 2, wherein the spring 10 is configured to adjust the tension by changing the effective length of the threaded rod 12 by adjusting the nut 13, which is connected to the operating rod 14 and the threaded rod 12. Featuring a fishing line lifter.