A device for quickly untangling the main line of a disc wheel

Abstract

This invention provides a device for quickly untangling the main line of a spinning reel. The line groove includes two outer rings and a support structure within each outer ring. The support structure includes an inner and outer forked portion at the top of a support rod, and additional support connectors added to the reel for increased strength. The outer ring on the hand-operated shaft side and its support structure form an inner baffle wall, while the outer ring on the outer side of the reel, located away from the hand-operated shaft, forms an outer baffle wall. The line groove is used to wind the fishing main line. One or more protrusions are provided on the inner baffle wall, pointing upwards into the line groove. This invention prevents the main line normally wound inside the line groove from flipping over the inner baffle wall and falling into the gap inside the reel during unwinding. Thus, the problem is quickly resolved by simply untangling the remaining main line already tangled in the gap, enhancing the enjoyment of spinning reel fishing.

Description

Technical Field

[0001] This utility model relates to the field of fishing gear, specifically to a reel (also called a Bagua reel, hand-operated reel, grain reel, raft reel, shovel reel, etc.), providing a device for quickly untangling the main line of the reel. Background Technology

[0002] Currently, octagonal reel fishing is widely used, often in wild fishing scenarios such as stream fishing and lake / reservoir fishing. The biggest drawback of reel fishing is the ease with which the main line gets tangled, especially with reels without protrusions on the outer rim. Some reels use a bendable guide arm to bring the line outlet as close to the line groove as possible, while others make the inner diameter larger than the outer diameter, but the improvement is limited. Once the main line falls into the gap between the reel and the rod, untangling it remains very difficult. The main reason is that when pulling the tangled main line forward, just when it seems like it's about to be untangled, the main line that was originally intact in the line groove will endlessly flip over the inner rim of the line groove and fall into the gap between the reel and the rod, making it seem like it can never be untangled, and even getting more tangled the more you pull. Since reels with smooth outer rims are the mainstream in the market, solving the problem of easy tangling and difficult untangling is very important. This utility model provides a solution to the existing problem of easy tangling and difficult untangling by setting several protrusions on the upper top of the inner wall of the line groove of the reel, with these protrusions pointing upwards into the line groove. When pulling the main line in front of the turntable to untangle the already wrapped main line, this protrusion effectively prevents the normal main line in the cable tray from flipping over the inner circle and falling into the gap. Thus, simply untangling the only main line already wrapped in the gap quickly resolves the problem. Summary of the Invention

[0003] The purpose of this invention is to overcome the problems existing in the prior art and provide a device for quickly untangling the main line of a reel. This device facilitates the quick removal of the main line that has become tangled in the gap between the reel and the base or fishing rod, thus quickly resolving the problem of main line tangling.

[0004] To achieve the above objectives, the present invention employs the following technical solution: a device for quickly untangling the main line of a fishing reel, comprising a turntable and a main shaft. The turntable has a line groove, several support rods, and a hand-operated shaft. The line groove includes two outer rings and supporting structures within the rings. The outer ring on the side closest to the hand-operated shaft and its supporting structure below it constitute an inner baffle wall, while the outer ring on the side furthest from the hand-operated shaft and its supporting structure below it, located on the outer side of the fishing reel, constitutes an outer baffle wall. The line groove is used to wind the main fishing line. The technical solution of this invention involves providing one or more protrusions on the inner baffle wall or bottom of the line groove, with these protrusions pointing upwards into the groove.

[0005] Preferably, the protrusion is disposed on the outer edge of the inner baffle.

[0006] Preferably, the protrusion is provided on the inner bifurcation of the support rod.

[0007] Preferably, the protrusion is disposed on the support connector between the inner ring and the bottom of the groove.

[0008] Preferably, the protrusion is located at the bottom of the groove and extends to the height of the inner ring.

[0009] Beneficial effects: To address the problem of difficulty in quickly untangling the main line after it gets tangled in a reel, several protrusions are installed on the inner ring, the inner fork of the support rod, or other supports. These protrusions point upwards into the line groove, preventing the main line, normally wound inside the groove, from flipping over the inner wall and falling into the gap inside the reel during untangling. This quickly solves the problem by only untangling the remaining main line already tangled in the gap, enhancing the enjoyment of reel fishing. Attached Figure Description

[0010] Figure 1 This is a cross-sectional view of a disc wheel. The protrusions are located on the inner ring of the inner baffle wall.

[0011] Figure 2 This is a schematic diagram showing the main wire inside the wire groove being blocked by the inner ring protrusion during wire unwrapping.

[0012] Figure 3 This is another way of setting up the protrusion. The protrusion is set on the support structure of the inner baffle wall, and bends at the top of the inner baffle wall to point into the groove.

[0013] Figure 4 This is a schematic diagram of protrusions installed on the inner wall of the groove.

[0014] In the diagram: 1. Protrusion A, 2. Inner ring, 3. Inner fork, 4. Guide arm, 5. Support rod, 6. Base, 7. Gap between turntable and base, 8. Hand lever shaft surround, 9. Bearing, 10. Main shaft, 11. Hand lever shaft, 12. Line groove, 13. Inner ring cross-section, 14. Protrusion B, 15. Outer ring, 16. Turntable, 17. End cap, 18. Fishing line support groove, 19. Inner wall of the line groove, 20. Outer wall of the line groove, 21. Bottom of the groove, 22. Main line blocked by the protrusion, 23. Wounded main line, 24. Outer fork, 25. Main line in the line groove, 26. Front main line. Detailed Implementation

[0015] like Figure 1 , Figure 2 , Figure 3 and Figure 4As shown, the main line 25 in the line groove is blocked by the protrusion A1 and cannot pass over the inner wall 19. This is a metal reel, and the two protrusions are small sections of stainless steel wire. The height of the protrusions is very low, ensuring that they do not affect the line release of the reel. This reel has two outer rings, an inner ring 2 and an outer ring 15. These two outer rings are supported by the inner fork 3 and the outer fork 24 of the support rod 5 of the turntable 16. A U-shaped groove is formed by the indentation between the two outer rings. A fishing line support groove 18 is set in the groove. The two outer rings and the supports or additional connectors below them constitute the line groove 12. The line groove 12 is used to wind the fishing main line 25. The line groove 12 is usually approximately U-shaped, with the bottom 21 at the bottom. One outer ring of the turntable 16 is on the inside, close to the hand lever shaft, and is called the inner ring 2. The other outer ring is on the outside, relatively far from the hand lever shaft, and is called the outer ring 15. The inner ring 2 and its supporting structure connected to the bottom 21 of the groove constitute the inner baffle wall 19 of the groove. For example... Figure 1 As shown, two holes are drilled on the inner ring 2 of turntable 16. Figure 1 It is a horizontal drilling (in practice, it can also be drilled vertically from the top, or in other ways such as...). Figure 3 Stainless steel wire is welded to one side of the inner wall and then bent into the groove. Protrusions A1 and B14 are inserted into the hole; these are two stainless steel wires, fixed in the drilled hole of the inner ring 2. The exposed ends of the two wires are polished and deburred, both pointing upwards into the groove 12. In the diagram, the wires are horizontal, but in practice, this is not strictly required, and the ends can be slightly upturned. When the main line falls into the gap 7 between the turntable and the base for various reasons, it will cause the main line to become tangled, wrapped around the hand lever shaft 11. The angler needs to untangle the tangled main line 23 to continue casting and fishing. At this point, you can pull the unwound main line forward, i.e., the front main line 26, which will cause the turntable 16 and the hand lever shaft 11 to rotate. Because of the presence of protrusion A1 and protrusion B14, i.e., two sections of stainless steel wire, when the angler pulls the front main line 26 and is about to unwrap the line on the hand lever shaft, one of the protrusions, i.e. the stainless steel wire protrusion, will catch the main line extending out of the line groove. Figure 2 As can be seen, the main line 22, blocked by the protrusion, cannot roll over the inner wall 19 and continue falling into the gap 7 between the turntable 16 and the base 6. Pulling the main line 26 moves the turntable 16 and its hand lever 11, pulling out all the main line 23 that is already wrapped around the hand lever 11. The protrusion will prevent the main line 25 in the line groove from rolling over the inner wall 19 and continuing to wrap around the hand lever 11. The fishing line can be quickly untangled and returned to normal. With practice, you don't even need to watch the turntable; you can untangle the main line quickly even without looking at it.

Claims

1. A device for quickly untangling the main line of a fishing reel, comprising a turntable and a main shaft, the turntable having a line groove, several support rods, and a hand-operated shaft, the line groove comprising two outer rings and supporting structures within the rings, the outer ring on one side of the hand-operated shaft and the supporting structure below it forming an inner baffle wall, the outer ring relatively away from the hand-operated shaft and the supporting structure below it located on the outer side of the turntable forming an outer baffle wall; the line groove is used to wind the main line for fishing, characterized in that... A plurality of protrusions are provided on the inner stop wall or the bottom of the wire slot, and the protrusions are directed upward in the wire slot.

2. The device for quickly unwinding the main wire of the disc wheel according to claim 1, characterized in that, The protrusions are provided on the outer edge ring of the inner stop wall.

3. The device for quickly unwinding the main wire of the disc wheel according to claim 1, characterized in that, The protrusions are provided on the support structure under the outer edge ring of the inner stop wall.

4. The device for quickly unwinding the main wire of the disc wheel according to claim 1, characterized in that, The protrusions are provided on the bottom of the wire slot and extend to the inner ring along the wire slot.

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