一种渔线轮的摇柄可调节防窜动结构

Abstract

一种渔线轮的摇柄可调节防窜动结构，包括线轮外壳、摇柄组件和防窜动组件；摇柄组件包括有可转动穿设于线轮外壳上的摇柄轴，和位于线轮外壳一侧并与摇柄轴外端相连接的手柄，摇柄轴的外端从线轮外壳内伸出以与手柄形成连接，其内端则位于线轮外壳内并与线轮外壳之间形成有窜动间隙；防窜动组件包括有弹性件和防窜件；防窜动组件还包括有调节件；调节件能够通过在摇柄轴上移动，以相对于弹性件远离或靠近，从而使调节件与弹性件之间的作用力减小或增大，进而使得防窜件与弹性件之间的作用力减小或增大；本实用新型依靠调节件能够作用于防窜件，以使得防窜件与弹性件之间的抵紧力发生变化。

Claims

1. An adjustable anti-slip structure for the handle of a fishing reel, comprising: Thread reel housing (1); The crank assembly includes a crank shaft (2) rotatably mounted on the reel housing (1) and a handle (3) located on one side of the reel housing (1) and connected to the outer end of the crank shaft (2). The outer end of the crank shaft (2) extends out from inside the reel housing (1) to form a connection with the handle (3), while its inner end is located inside the reel housing (1) and forms a movement gap with the reel housing (1). An anti-slipping component includes an elastic element (4) and an anti-slipping element (5). The elastic element (4) is located inside the reel housing (1), and the anti-slipping element (5) is located between the reel housing (1) and the inner end of the crank shaft (2) to compensate for the slippage gap. Its features are: The anti-slip component also includes an adjusting member (6), which is movably disposed on the inner end of the crank shaft (2). One side of the anti-slip member (5) is connected to the adjusting member (6) so that the anti-slip member (5) is pressed against the elastic member (4) under the action of the adjusting member (6). The adjusting member (6) can move away from or closer to the elastic member (4) by moving on the crank shaft (2), thereby reducing or increasing the force between the adjusting member (6) and the elastic member (4), and thus reducing or increasing the force between the anti-slip member (5) and the elastic member (4).

2. The anti-walk structure of a fishing reel handle according to claim 1, wherein: An adjustment channel (7) is provided along the axis of the crank shaft (2), and the adjustment channel (7) also includes an outer opening on the outer end face of the crank shaft (2) and an inner opening on the inner section face of the crank shaft (2). The adjustment member (6) is located at the inner opening of the adjustment channel (7). An external adjustment tool can be inserted into the adjustment channel (7) through the outer opening to act on the adjustment member (6) and make it move.

3. The adjustable anti-slip structure for the handle of a fishing reel according to claim 2, characterized in that: The adjustment channel (7) is provided with an internal adjustment thread (8) at the inner opening, and the adjustment member (6) is provided with an external adjustment thread (9) on the outer peripheral wall. The adjustment member (6) is connected to the adjustment channel (7) by thread engagement, so that the adjustment member (6) can be rotated to make it move axially relative to the crank shaft (2).

4. The anti-walk structure of the handle of the fishing reel according to claim 3, wherein: A fixing member (10) is also connected to the inner end of the crank shaft (2). The fixing member (10) is cylindrical. The outer periphery of the fixing member (10) is fixedly connected to the adjustment channel (7). The adjustment internal thread (8) is opened on the inner periphery of the fixing member (10) so that the adjusting member (6) passes through and is threaded into the fixing member (10). The adjusting member (6) moves relative to the crank shaft (2) by moving within the fixing member (10).

5. The anti-walk structure of a fishing reel handle according to claim 4, wherein: The inner wall of the adjustment channel (7) at its inner opening is provided with a fixed internal thread (11), and the outer wall of the fixing member (10) is provided with a fixed external thread (12). The fixing member (10) is connected to the adjustment channel (7) by thread engagement, and the fixing member (10) and the adjustment channel (7) are filled with thread glue to achieve a fixed connection between the fixing member (10) and the crank shaft (2).

6. The anti-walk structure of a fishing reel handle according to claim 1, wherein: A bearing (13) is also sleeved on the outer side of the inner end of the crank shaft (2). An upper abutment edge (14) is provided inside the reel housing (1). A lower abutment edge (15) is provided on the outer side of the crank shaft (2). The upper abutment edge (14) abuts against the upper side of the bearing (13), and the lower abutment edge (15) abuts against the lower side of the bearing (13), thereby preventing the bearing (13) from moving axially relative to the crank shaft (2) when the crank shaft (2) rotates.

7. The anti-walk structure of a fishing reel handle according to claim 2, wherein: An end cap (16) is also connected to the outer opening of the adjustment channel (7) on the crank shaft (2). The end cap (16) is detachably set relative to the crank shaft (2). By detaching or connecting the end cap (16) relative to the crank shaft (2), the outer opening can be opened or closed.

8. The anti-walk structure of a fishing reel handle according to claim 2, wherein: The adjusting member (6) is configured as a pin, the inner end of the adjusting member (6) is used to form a connection with the anti-slip member (5), and the outer end of the adjusting member (6) is also provided with an adjusting groove (17), and an external adjusting tool can be fitted into the adjusting groove (17) to drive the adjusting member (6).

9. The anti-walk structure of a fishing reel handle according to claim 2, wherein: The anti-slip member (5) is configured such that at least one side in contact with the elastic member (4) is spherical, and the elastic member (4) is configured as a gasket of elastic material.

10. The anti-walk structure of a fishing reel handle according to claim 1, wherein: The anti-slip component (5) and the adjusting component (6) can be installed separately or as a single unit.

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