WO2016155079A1

WO2016155079A1 - Horizontal fishing line reel

Info

Publication number: WO2016155079A1
Application number: PCT/CN2015/078179
Authority: WO
Inventors: 兰永柱
Original assignee: 兰永柱
Priority date: 2015-03-31
Filing date: 2015-05-04
Publication date: 2016-10-06
Also published as: CN104770344B; CN104770344A

Abstract

A horizontal fishing line reel comprises a fishing line reel foot (9), a fishing line reel frame (1), a line spool (2), and further comprises a fishing line tension frame for detecting a fishing line tension, and a braking mechanism connected to the fishing line tension frame. The braking mechanism is associated with a tension signal of the fishing line detected by the fishing line tension frame, and upon operating the braking mechanism can limit a rotation of the line spool (2). The horizontal fishing line reel can further employ a structure comprising the fishing line tension frame for detecting the fishing line tension and a line pay-out mechanism connected to the fishing line tension frame. Furthermore, the horizontal fishing line reel can also employ a structure comprising the fishing line tension frame for detecting the fishing line tension, a winding mechanism for maintaining and buffering the fishing line tension, and an automatic fish-acquiring trigger mechanism triggered by the fishing line tension.

Description

Horizontal axis fishing reel

Technical field

The invention relates to the technical field of fishing tools, in particular to a horizontal axis fishing reel.

Background technique

The fishing reel is a device for retracting the fishing line installed on the fishing rod. It is divided into two categories: a horizontal axis wheel and a vertical axis wheel, wherein the horizontal axis wheel includes a drum type. Wheels, cutting wheels, dripping wheels, etc., vertical axis wheels include spinning wheels.

The horizontal axis wheel is mechanically reasonable, and it is the application of the winch on the fishing gear. It has a large take-up tension and smooth release line. At present, because the horizontal axis wheel does not have a fishing line tension mechanism, it is difficult to solve the line cup recoil. The problem of chaotic lines is that it does not have the ability to automatically adjust the tension of the fishing line, and the ability to lift the line based on the tension of the fishing line.

At present, the prior art of the horizontal axis fishing reel is: one-way rotation of the rocker shaft, power transmission, shifting, clutch system, cable arranging mechanism, brake bleed system, motor drive and the like. No relevant information about the tension of the reel fish line can be retrieved.

Summary of the invention

The object of the present invention is to solve the problem that the horizontal axis wheel does not have a fishing line tension mechanism, and it is difficult to solve the problem of the wire cup reversing line, and the automatic tension adjustment control of the fishing line is not provided. Based on the tension of the fishing line, the fish has the problem of triggering the technical improvement of the line.

For the purpose of the present invention, the first technical solution adopted by the present invention is:

A horizontal axis fishing reel includes a fishing reel seat 9, a fishing reel 1, a wire cup 2, and a fishing line tension frame for detecting the tension of the fishing line; a brake associated with the fishing line tension frame a mechanism, the brake mechanism is associated with a tension signal of the fishing line detected by the fishing line tension frame, and the brake mechanism can restrict the rotation of the wire cup 2 when the brake mechanism acts; the fishing line tension frame The tension shaft 22, the wire frame 23, and the tension torsion spring 24 are rotatably mounted on the concentric side of the left and right side walls of the fishing reel frame. In the sleeve 25, the portion extending into the side wall cover is sequentially installed with the tension torsion spring 24 and the driving gear 28 among the brake mechanisms from the inside to the outside, and the tension shaft 22 is drivingly connected with the brake mechanism. One end of the tension torsion spring 24 is connected to the reel carrier 1 and the other end is connected to the tension shaft 22; when the fishing line tension is increased, the distal end of the wire frame 23 is stressed, and the wire frame 23 is The distal end is away from the reel seat 9, the wire frame 23 drives the tension shaft 22 to rotate, the brake mechanism is separated from the wire cup 2, and when the fishing line tension is reduced, the tension torsion spring 24 is The spring force forces the tension shaft 22 to rotate, the distal end of the wire frame 23 approaches the fishing reel seat 9, and the brake mechanism is in contact with the wire cup 2, and the brake mechanism restricts rotation of the wire cup 2.

The beneficial effect of adopting the above first technical solution is that the horizontal axis type fishing reel passes through a fishing line tension detecting mechanism fishing line tension frame, and the tension signal is related to the rotation and stop of the line cup, thereby solving the problem that the line cup is reversed and chaotic. It also has the ability to automatically adjust the tension of the fishing line, and the ability to lift the line based on the tension of the fishing line. It can solve the problem that when the lead is thrown into the water when the throwing is used, the line speed of the fishing line is slowed down. The problem of loosening the line of the fish line due to inertia.

The second technical solution adopted by the present invention is:

A horizontal axis fishing reel comprises a fishing reel seat 9, a fishing reel frame 1 and a wire cup 2, comprising a fishing line tension frame for detecting the tension of the fishing line, and a pay line associated with the fishing line tension frame a mechanism; when the fishing line is tension-free, the distal end of the fishing line tension frame is brought into operation near the reel mechanism of the fishing reel seat; the fishing line tension frame includes a tension shaft 22, a wire frame 23, and a tension twist a spring 24, the tension shaft 22 is rotatably mounted in a concentric sleeve 25 of the left and right side walls of the fishing reel, and a portion extending into the side wall cover is mounted with the tension torsion spring 24 One end of the tension torsion spring 24 is connected to the fishing reel 1 and the other end is connected to the tension shaft 22; when the fishing line tension is increased, the distal end of the wire frame 23 is stressed, the line The distal end of the frame 23 is away from the reel seat 9, and the wire frame 23 drives the tension shaft 22 to rotate. When the fishing line tension is reduced, the spring force of the tension torsion spring 24 forces the tension shaft 22 to rotate. The distal end of the wire frame 23 approaches the fishing reel base 9, and the pay-off mechanism begins to function.

The second technical solution has the beneficial effects that the horizontal axis fishing reel passes through a fishing line tension detecting mechanism fishing line tension frame, and the tension signal is associated with the pay-off mechanism. The fisherman is far away, the fishing line plumb bob drives the wire cup High-speed rotation, high energy, under the control of tension signal, the brake mechanism and the pay-off mechanism work together. When using the heavier plumb bob for sea fishing, it completely solves the problem of chaos caused by the slack of the line cup recoil line. .

The third technical solution adopted by the present invention is:

A horizontal axis fishing reel includes a fishing reel seat 9, a fishing reel frame 1, a wire cup 2, a rocker shifting clutch mechanism, and a fishing line tension frame for detecting the tension of the fishing line, and a fishing line tension The triggered fish obtains an automatic trigger mechanism, and the fishing line tension frame is composed of a tension shaft 22, a wire frame 23, and a tension torsion spring 24, and the tension shaft 22 is rotatably mounted on the left and right side walls of the fishing reel frame. a tension torsion spring 24 is mounted in a portion of the shaft sleeve 25 that extends into the side wall cover, and one end of the tension torsion spring 24 is coupled to the fishing reel 1 and the other end is coupled to the tension shaft 22 connected; when the big fish bites the hook, the tension of the fishing line increases, the distal end of the wire frame 23 is stressed, and the distal end of the wire frame 23 is away from the fishing reel seat 9, the wire frame 23 drives the The tension shaft 22 rotates to drive the trigger cam (48) to push the latch cross bolt, and the latch is released from the wire cup locking hole (50) of the wire cup, the trigger button (46) is reset, and the wire cup (2) is unlocked. The wire cup (2) is driven by the clockwork mechanism to rotate and quickly take off.

The third technical solution described above has the beneficial effect that the horizontal axis fishing reel passes a fishing line tension frame for detecting the tension of the fishing line, a clockwork mechanism for maintaining and buffering the tension of the fishing line, and a triggering mechanism by the fishing line tension. The fish automatically triggers the mechanism, the tension signal is associated with the automatic trigger mechanism, the fish automatically triggers the wire-receiving function, the automatic trigger mechanism is associated with the clockwork mechanism, the clockwork mechanism instantaneously closes the line, the fish hook is pierced into the fish mouth, and the fish is struggling The collision always maintains a constant pulling force, which is not easy to break the wire, is not easy to break the bar, and is not easy to be unhooked.

DRAWINGS

1 is a schematic structural view of Embodiment 1 of the present invention;

2 is a schematic view showing the first structure of Embodiment 2 of the present invention;

3 is a schematic view showing a second structure of Embodiment 2 of the present invention;

4 is a schematic structural view of Embodiment 3 of the present invention;

Figure 5 is a schematic view showing the structure of a trigger button in the present invention;

Figure 6 is a schematic view showing the structure of a trigger key base in the present invention;

In the picture: 1-fish line wheel frame, 2-line cup, 3-main wheel, 4-main axle, 5-acting part, 6-sub-wheel, 7- Sub-axle, 8-line cup shaft, 9-fish reel seat, 10-sub-wheel frame, 11-friction ring, 12-sub-wheel frame shaft, 13-sub-wheel frame bushing, 14-eye ring, 15-sub-axle Jack, 16-pin bushing, 17-pindle torsion spring, 18-spring, 19-spring pin, 20-spring, 21-lock, 22-tension, 23-wire, 24 - Tension torsion spring, 25-sleeve, 26-wire frame hole, 27-tension bushing projection, 28-drive gear, 29-nut, 30-spring bolt, 31-screw, 32-tension beam, 33-wire frame Arm, 34-billing beam, 35-brake shaft, 36-gear brake bean, 37-axial locking piece, 38-groove, 39-brake bushing, 40-tension frame switch, 41-pressure spring, 42 - washer, 43-locking piece, 44-tension frame switch socket, 45-spring, 46-trigger button, 47-stop screw, 48-trigger cam, 49-trigger key holder, 50-line cup locking hole , 51-return spring, 52-line cup shaft.

detailed description

The invention will be further described in detail below with reference to the drawings and specific embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

It should be noted that the terms "connected" and "connected" as used in the present invention, such as "connected", "connected", etc., include both a component and another component, as well as some A component is connected to another component by other components.

The present invention includes three technical solutions that can be independently implemented. Embodiment 1, Embodiment 2, and Embodiment 3 can implement one of the schemes, two schemes, or both at the same time according to the category, size, and grade of the horizontal axis fishing reel. Implement three options.

The "line cup" in the present invention is also referred to as a reel for winding a bobbin of a fishing line.

Example 1

FIG. 1 is a schematic structural view of Embodiment 1 of the present invention.

The horizontal axis fishing reel provided by the embodiment includes the prior art such as the reel seat 9, the fishing reel 1, the side cover, the wire cup 2, the brake bleed system, the crank power transmission variable clutch system and the like. The technical components in addition, in addition, include a fishing line tension frame for detecting the tension of the fishing line; and a brake mechanism linked with the fishing line tension frame, the tension signal of the fishing line detected by the braking mechanism and the fishing line tension frame Associated.

Preferably, the fishing line tension frame comprises a tension shaft 22, a wire frame 23, a tension torsion spring 24; a tension axis 22 is rotatably mounted in the concentric sleeve 25 of the left and right side walls of the reel carrier 1, and a portion extending into the side wall cover is provided with a tension torsion spring 24, and the spring force forces the tension shaft 22 to rotate, thereby driving The wire frame 23 presses the fishing line, and the natural state of the fishing line without tension is at the closed position near the reel seat. When the fishing line tension is large, the tension frame rotates, and the distal end is away from the fishing reel seat. position. It should be noted that the portion of the tension shaft 22 extending into the side wall cover is installed with the tension torsion spring 24, and the tension shaft 22 is not directly connected to the tension torsion spring 24, in this embodiment, The tension torsion spring 24 is sleeved on the tension bushing projection 27 on the fishing reel 1, one end of which is fixed on the spring bolt 30 on the side wall of the fishing reel frame, and the other end is fixed on the screw 31 of the driving gear 28, the tension The shaft 22 is fixedly coupled to the tension torsion spring 24 by a drive gear 28.

Preferably, the tension shaft 22 as a whole may include a wire frame hole segment, a fishing reel sidewall shaft segment, a drive gear shaft segment, and an axial fixed segment; wherein the wire frame hole segment is used for connecting the wire frame and the fishing reel sidewall The shaft section is a portion of the tension shaft 22 located in the side wall, the drive gear shaft section is a portion where the tension shaft 22 is coupled to the drive gear 28, and the axial fixed section is a portion where the tension shaft is fixed by the nut 29, of course, The fixing effect is better, the gasket can be added at a fixed position, the driving gear 28 is fixedly mounted on the tension shaft 22, and the nut 29 reinforces the fixed connection of the driving gear 28 and the tension shaft 22 and is axially positioned.

Preferably, the wire frame 23 has two wire frame arms 33. The distance between the two wire frame arms 33 is slightly smaller than the distance between the left and right side walls. The wire frame holes 26 are perpendicular to the axis of the tension axis 22, and the wire frame holes 26 are inserted into the wire frame arms 33. Fixed; there is a longitudinal beam 34 between the two frame arms 33 near the tension axis, and a tension beam 32 at the distal end,

Preferably, the brake mechanism associated with the fishing line tension frame includes a friction ring 11, a drive gear 28, a brake shaft 35, and a gear brake bean 36; the brake shaft 35 is integrally composed of a fishing reel shaft section, a gear brake bean segment, An axial locking segment, the fishing reel shaft segment refers to a portion connected to the fishing reel frame, the gear brake bean segment refers to a portion connected to the gear brake bean 36, and the axial locking segment is included The use of the recess 38 is inserted into the fixed portion of the recess 38; the brake shaft 35 passes through the brake bushing 39 on the fishing reel, and the brake shaft 35 is rotatable in the side cover. The drive gear 28 meshes with the gear of the gear brake bean 36. It should be noted that the brake shaft 35 is fixedly coupled to the brake bushing 39, and the brake shaft 35 is rotatably coupled to the gear brake bean 36.

Preferably, the gear brake bean 36 may be a combination of a gear and an involute circle, the outer portion of the involute circle is a friction damping material, the near center point of the involute circle is point A, the far center point is point B, and the brake shaft 35 is The distance from the shaft center to the wire cup brake ring is greater than the distance from the point A of the involute circle of the gear brake bean to its center, which is smaller than the distance from the point B of the involute circle to its center.

Preferably, the embodiment may further include an escapement mechanism including a tension frame switch 40, a tension frame switch socket 44, a pressure spring 41, a washer 42, a locking piece 43 and an escapement beam 34, and a fishing reel upper cover There is a tension frame switch socket 44, and the pin shaft of the tension frame switch is sequentially loaded with a pressure spring 41, a washer 42, and a locking piece 43 under the upper cover of the fishing reel; the tension frame switch 40 is raised, and the tension plate is moved by the hand plate. Overcoming the spring pressure, the tension beam is kept away from the reel seat 9 in a fully open position, relaxed, the tension frame switch 40 is restored, the escapement beam 34 is clamped by the tension frame switch 40, and the tension frame mechanism is taken out of the working state.

It should be noted that the working process of Embodiment 1 is that the spring force forces the tension frame shaft to rotate, and the tension frame is driven to press the fishing line. When the fishing line is tension-free, the distal end of the fishing line tension frame approaches the closed position near the fishing reel seat. When the tension of the fishing line is large, the fishing line tension frame rotates, and its distal end is away from the reel seat to the open position. When the fishing reel is used, the plumb is used to drive the fishing line, the fishing line maintains the tension, and the fishing line tension raises the tension beam. Overcoming the spring force causes the fishing line tension frame shaft to rotate, driving the driving gear to open the gear brake bean, and the brake function disappears. The wire cup has no resistance to rotate and release the line; when the fishing line plume falls into the water, the fishing line has no tension, and the spring on the tension shaft presses the tension frame to rotate the fishing line tension frame in the closed position, pushing the driving gear to cause the gear brake bean to rotate, the gear brake The involute circle part of the bean is contacted with the wire cup brake ring from point A to point B to perform braking; the friction generated by the contact is self-excited and converted to a larger brake pressure, so that the wire cup stops rotating immediately and avoids disordered lines. In the technical solution, the distal end of the brake reel side cover may be preset with a brake shaft distal sleeve, and a portion of the brake shaft extending in the side wall has a shaft, which can be inserted into the distal sleeve, the brake sleeve and the brake The shaft sleeve can be used with a damping sleeve such as hard rubber. The damping sleeve absorbs the impact of the self-excited brake. The left and right tension shafts may be replaced by one through shaft, preferably two tension shafts; the left and right brake shafts may be replaced by a through shaft, preferably a through shaft. Easy to resist the impact of the brakes.

Example 2

2 is a schematic structural view of Embodiment 2 of the present invention;

A horizontal axis fishing reel includes a fishing reel seat 9, a fishing reel 1, a wire cup 2, and a fishing line tension frame for detecting the tension of the fishing line, and a linkage with the fishing line tension frame a wire mechanism, when the pay-off mechanism acts, the pay-off mechanism can prevent the wire cup 2 from rotating to continue to release the fishing line; the fishing line tension frame is composed of a tension shaft 22, a wire frame 23, and a tension torsion spring 24 The tension shaft 22 is rotatably mounted in the concentric sleeve 25 of the left and right side walls of the fishing reel, and the portion extending into the side wall cover is mounted with the tension torsion spring 24, One end of the tension torsion spring 24 is connected to the fishing reel 1; when the fishing line tension is increased, the distal end of the wire frame 23 is stressed, and the distal end of the wire frame 23 is away from the reel seat 9, The wire frame 23 drives the tension shaft 22 to rotate, the pay-off mechanism is released from the working state, and when the fishing line tension is reduced, the spring force of the tension torsion spring 24 forces the tension shaft 22 to rotate, and the wire frame 23 is far. The end is close to the reel seat 9, and the pay-off mechanism is opened to open. It should be noted that the portion of the tension shaft 22 extending into the side wall cover is installed with the tension torsion spring 24, and the tension shaft 22 is not directly connected to the tension torsion spring 24, in this embodiment, The tension torsion spring 24 is sleeved on the tension bushing protrusion 27 on the fishing reel 1, one end of which is fixed on the torsion spring bolt 30 on the side wall of the fishing reel frame, and the other end is fixed on the screw 31 of the driving gear 28, The tension shaft 22 is fixedly coupled to the tension torsion spring 24 by a drive gear 28.

Preferably, the pay-off mechanism may adopt the following structures, including: a cylindrical main wheel 3 and a sub-wheel 6, a fixed connection between the main wheel 3 and the main axle 4, and two ends of the main axle 4 are rotatably mounted on the The main wheel bushing of the left and right side walls of the fishing reel 1 is fixedly connected between the sub-wheel 6 and the sub-axle 7, and the sub-axle 7 is rotatably mounted on the bobbin 2; the main axle 4 and the sub-axle 7 axis Parallel to the axis of the wire cup 2; the main wheel 3 and the secondary wheel 6 are both located between the left and right side walls of the fishing reel 1, and the main axle 4 extends to a portion of the side wall cover for fixed installation There is a transmission member 5, the transmission member 5 is in contact with the wire cup 2; when the fishing line tension is increased, the distal end of the wire frame 23 is stressed, and the distal end of the wire frame 23 is away from the fishing reel seat 9. The wire frame 23 drives the tension shaft 22 to rotate, the main wheel 3 and the secondary wheel 6 are separated, the wire cup 2 drives the transmission member 5 to rotate synchronously, and the transmission member 5 drives the main wheel. 3 rotation; when the fishing line tension is reduced, the spring force of the tension torsion spring 24 forces the tension shaft 22 to rotate, and the distal end of the wire frame 23 approaches the fishing reel seat 9, the main wheel 3 and the vice 6 contact with the transmission line 2 of the cup synchronous rotation transmission member 5, the drive member 5 to drive the main wheel 3 is rotated, the fishing line 3 is sub-wheel 6 and the contact surface of the main wheel sandwiched.

The take-off mechanism can also be implemented in another scheme, as shown in Figure 3:

The main wheel 3 and the auxiliary wheel 6 are cylindrical bodies, and the outer surface of the cylinder has a flexible material; the main wheel 3 is fixedly connected with the main axle 4, and both ends of the main axle 4 are rotatably mounted on the left and right sides of the fishing reel 1 In the main wheel bushing of the wall, the sub-axle 7 is mounted on the sub-axle 10; the main axle 4 and the sub-axle 7 axis are parallel to the axis of the wire cup 2; the main wheel 3 and the secondary wheel 6 are located on the left and right side walls of the fishing reel 1 Between the positions, the arc surface of the primary wheel 3 of the mounted main wheel 3 is in contact, and the main axle 4 passes through the side wall of the fishing reel and is fixedly mounted with the transmission member 5 at a portion inside the outer cover; the transmission member 5 and the wire cup The friction ring 11 of 2 is in contact, the power is transmitted from the wire cup 2 to the main wheel 3, the main wheel 3 is transmitted to the secondary wheel 6, and the installed main wheel 3 secondary wheel 6 rotates synchronously with the wire cup 2; the fish coming out of the wire cup 2 The line passes through the line hole of the cable arranging mechanism and then passes through the contact surface of the primary wheel 3 secondary wheel 6. The fishing line relaxed by the wire cup recoil is clamped by the main wheel 3 secondary wheel 6 to the outside of the fishing line wheel, thereby avoiding the fishing line. Stacking the chaotic lines, the sub-wheel frame 10 has a pair of sub-wheel frame shafts 12 rotatably mounted in the sub-wheel frame bushings 13 on the left and right side walls of the reel carrier 1, and the ends of the sub-wheel frame shafts Drooping The sub-carrier jack 15 of the shaft center, the two arms of the sub-wheel carrier 10 are inserted therein and fixed, and the distal end of the two arms has a sub-axle sleeve 16, and the portion of the sub-wheel frame shaft 12 extending in the side wall cover is sequentially installed with a pair. The carrier torsion spring 17, the eyelet 14, and the locking piece 21; the torsion spring forces the sub-wheel 10 to rotate, and the secondary wheel 6 on the secondary carrier 10 presses the primary wheel 3, and the primary wheel 3 drives the secondary wheel 6 to rotate by friction.

In Embodiment 2, an escapement mechanism as shown in FIG. 1 may also be provided. As shown in FIG. 1, the escapement mechanism includes a tension frame switch 40, a tension frame switch socket 44, and a pressure spring 41. The tension frame switch socket 44 is disposed on the cover of the fishing reel 1 , and the pin shaft of the tension frame switch 40 is loaded with a pressure spring 41 below the cover of the fishing reel; The switch 40 is configured to move the fishing line tension frame against the spring pressure of the pressure spring 41 by hand, so that the distal end of the fishing line tension frame is away from the reel seat 9 in a fully open position, and the tension frame switch 40 is released. The proximal end of the fishing line tension frame is clamped by the pin shaft of the tension frame switch, and the fishing line tension frame is taken out of the working state. Similarly, the braking mechanism is taken out of the working state; instead, the tension frame is raised. The switch 40 is configured to move the fishing line tension frame against the spring pressure of the pressure spring 41 by hand, so that the distal end of the fishing line tension frame is close to the fishing reel seat 9, and the tension frame switch 40 is released. The proximal end of the fishing line tension frame is controlled by the pin 40 of the tension frame switch, Tension fishing line and open operating state of the brake mechanism.

The friction ring 11 is a friction-bearing ring connected to the wire cup 2 on both sides of the wire cup 2, and at least a portion of the friction ring is exposed between the side wall of the fishing reel and the side cover;

In the present embodiment, a high-friction coefficient elastic material such as rubber may be sheathed or coated on the cylindrical outer curved surface of the primary wheel 3 and the secondary wheel 6.

In this embodiment, the linkage connection between the main wheel and the wire cup can be selected in several ways;

A: In the side cover, a fixed gear is fixed on the main axle, and the gear meshes with the screw gear of the cable arranging mechanism, and the main wheel and the wire cup are interlocked.

B: Install the pulley on the main axle, and install the pulley on the wire cup shaft to use the power of the belt to conduct the wire cup, and implement the linkage between the main wheel and the wire cup.

C: A preferred option is to install a friction wheel on the main axle, the friction wheel is in contact with the friction ring of the wire cup, and the power of the wire cup is transmitted, and the main wheel and the wire cup are linked.

To implement any of the A, B, and C schemes, calculate the speed ratio of the main wheel to the wire cup, adjust the number of teeth of the transmission gear, or the diameter of the friction wheel and the pulley, and strive to achieve a line speed greater than or equal to the line cup of the primary wheel secondary wheel contact point. Line speed of 50% outside diameter. It is necessary to apply or coat a high friction coefficient elastic substance such as rubber on the cylindrical outer curved surface of the main wheel 3 and the sub-wheel 6.

Under the premise of keeping the surface of the main wheel and the secondary wheel in contact, pay attention to the contact orientation of the primary wheel and the secondary wheel to ensure that the contact point is in the same direction as the fishing line. The secondary wheel is placed above the main wheel and the secondary wheel below the tension. The direction of the line is reversed; there are three options for the mounting position of the countershaft;

E: The detection beam is used as the shaft of the secondary wheel, and the secondary wheel is mounted on the detection beam of the tension frame to rotate freely. This scheme is preferred when a product uses two separate technical solutions of the present invention at the same time.

F: As shown in FIG. 3, a sub-axle 10 is mounted, and both ends of the pair of sub-axle shafts 12 are rotatably mounted in the sub-axle bushings 13 of the left and right side walls of the reel base 1, and the sub-axle The end of the shaft has a sub-axle jack 15 pointing to the shaft center, the two arms of the sub-axle 10 are inserted therein and fixed, the distal ends of the arms have the sub-axle sleeve 16, and the axis of the sub-axle 7 is the axis of the main axle 4 Parallelly, a portion of the sub-axle shaft 12 extending in the side wall cover is sequentially mounted with a sub-station spring 17, an eyelet 14, and a locking piece 21; the sub-station spring 17 is sleeved on the spring frame 20, and one end of the spring is fixed to the fishing reel The spring block 18 on the frame is fixed at the other end. The spring pin 19 of the axle frame shaft 12; the spring force forces the secondary wheel axle frame 10 to rotate, and the secondary wheel 6 on the secondary wheel carrier drives the primary wheel 3, and the primary wheel 3 uses the friction force to drive the secondary wheel 6 to rotate, clamping the loose fishing line Discharge the wire cup. This solution is preferred when a product uses the technical solution of the 'line cup interlocking pay-off mechanism' of the present invention alone.

G: Both ends of the auxiliary axle are rotatably mounted in the axle sleeves of the left and right side walls of the fishing reel, and the curved surface of the mounted primary wheel secondary wheel is in contact. When a product uses the technical solution of the 'line cup interlocking pay-off mechanism' of the present invention alone, and the pursuit of simplicity, this scheme can be selected.

The installed primary wheel secondary wheel rotates synchronously with the wire cup; the fishing line coming out of the wire cup passes through the wire hole of the wire arranging mechanism and then passes through the contact surface of the primary wheel and the secondary wheel, and the fishing line relaxed by the recoil of the wire cup is made by the main wheel The secondary wheel clamps the discharge of the fishing line wheel to avoid the accumulation of the fishing line.

In this embodiment, there is another embodiment of the primary and secondary wheels:

The auxiliary wheel is mounted on the fishing reel frame, the auxiliary wheel is fixedly connected with the auxiliary wheel axle, and the main wheel axle and the secondary axle are rotatably mounted in the sleeve of the left and right side walls of the fishing reel frame, and the main axle (4) A portion extending into the side wall cover is fixedly mounted with a transmission member (5), the transmission member (5) is in contact with the wire cup (2), the main wheel is connected to the wire cup, and the main wheel is in contact with the wheel. Fish line, release the line of loose fishing line. The fourth technical solution has the beneficial effects of being easy to implement and low in cost, and can meet the requirements of light and economical fishing reels.

Example 3

As shown in FIG. 4, a schematic structural view of Embodiment 3 of the present invention, the fishing line tension frame of the present embodiment is the same as the fishing line tension frame of FIG. 1, which is not shown in FIG. 4, but has such a structure;

A horizontal axis fishing reel includes a fishing reel seat, a fishing reel frame, a side cover, a wire cup, a brake bleed system, a rocker power transmission variable speed clutch system, and a horizontal axis fishing reel, including Fish reel seat 9, fishing reel 1, wire cup 2, also includes a fishing line tension frame for detecting the tension of the fishing line, a clockwork mechanism for maintaining and buffering the tension of the fishing line, and a fish triggered by the tension of the fishing line. Get an automatic trigger mechanism. The clockwork mechanism is composed of a one-way bearing, a wire cup shaft 52, a wire cup 2, and a spring 45 of a known rocker power transmission variable speed clutch system. There is a bearing between the wire cup and the wire cup shaft 8. The two ends of the wire cup are provided with a spring 45, one end of the spring is fixedly connected to the wire cup shaft 52, and the other end is fixed to the wire cup 2. The fish automatic trigger mechanism includes a clockwork mechanism , trigger button 46, The limit screw 47, the trigger cam 48, the trigger key base 49, the return spring 51, and the wire cup locking hole 50. The installed wire cup has a plurality of wire cup locking holes 50 on the center line of the side wall of the fishing reel; the trigger cam 48 is fixedly mounted on the tension frame shaft 22; the trigger key 46 is entirely composed of a button, a pin cross bolt, and a latch. The limit position fixed connection is formed; the trigger key seat 49 is formed by a recess on the side wall of the fishing reel frame, and is matched with the trigger key, the pin hole is located at the center line of the side wall of the fishing reel, and longitudinally passes through the side wall; The spring 51 has a latch that is slidably engaged with the pin hole; in the natural state, the trigger button 46 is at a high position, and the limit position limiting screw 47 is limited to be flat with the side wall of the fishing reel; press the trigger button to slowly rotate the wire cup, and the pin is inserted. The wire cup locking hole 50, the wire cup is locked; the wire cup spring is subjected to force, the pin force trigger button is locked at a low position; when the fishing line tension is large, the tension frame shaft rotates, the trigger cam pushes the pin cross bolt, and the bolt exits The wire cup lock hole, the spring pushes the wire cup to rotate to trigger the wire.

In use, after the far throwing is completed, the rocker with the one-way bearing continues to shake, the spring is tightened, and after the fish is caught, the fish pulls the fishing line, the tension of the fishing line increases, and the wire frame 23 drives the tension shaft 22 Rotating, the triggering cam on the tension axis triggers the trigger button to trigger the fish to automatically trigger the mechanism. Quickly close the line.

In all embodiments of the present invention, the structure of the wire frame 23 may adopt a scheme as described in FIG. 1 : including two wire frame arms 33 , the distance of the wire frame arms 33 being slightly smaller than the distance between the left and right side walls, The tension shaft 22 is provided with a wire frame hole 26 perpendicular to the axis of the tension shaft 22, two legs of the wire frame arm 33 are inserted into the wire frame hole 26 of the tension shaft and fixed, and the two wire frame arms 33 There is a longitudinal beam between the proximal end of the tension shaft 22 and a tension beam at the distal end.

In all embodiments of the present invention, the brake shaft distal sleeve and the tension frame shaft distal sleeve may be preset at corresponding positions on the fishing reel side cover; the brake sleeve and the brake shaft distal sleeve are hard rubber The bushing with damping function, the damping sleeve absorbs the impact unique to the self-exciting brake. The left and right tension axes can be replaced by one through shaft, preferably two tension axes. The left and right brake shafts can be replaced by a through shaft, preferably a through shaft. The axial positioning of the tensioning shaft and the brake shaft can be either a nut positioning or a locking tab; preferably the locking tab is positioned.

In the embodiment of the present invention, the following technical solution may also be included: a horizontal axis fishing reel including a fishing reel seat 9, a tension frame, a fishing reel frame 1, a wire cup 2, a trigger button, and a fish catch The tension is increased, the trigger button mounted on the tension axis acts to bounce, the trigger button strikes the side cover of the fishing reel, or the music doorbell chip sounds when the trigger button is returned, and the fish alarm function is implemented. Using this technical solution, practicing Personnel can easily use existing technology implementations to implement alarm functions to alert phishers.

The beneficial effect of the above embodiment is that the horizontal axis fishing reel can meet the needs of various fishing occasions and become a universal wheel. Reasonable horizontal axis fishing reel of mechanical mechanism, with large fishing line pulling force, smooth release line, improvement implemented for decades, no fundamental solution to functional defects, limited use range, and application in mechanics The unreasonable shaft-type fishing reel of the mechanism, the implementation of the technical scheme of the invention can make the horizontal-axis fishing reel have the requirement of long throwing, the fish can be automatically triggered, and the fish can obtain a wide range of tension control during sea fishing. It is especially important to face the function of big fish.

Embodiments of the present invention may also include an embodiment in which the pay-off mechanism is used separately:

A horizontal axis fishing reel includes a fishing reel seat 9, a fishing reel frame 1, and a wire cup 2,

The auxiliary wheel is mounted on the fishing reel frame, the auxiliary wheel is fixedly connected with the auxiliary wheel axle, and the main wheel axle and the secondary axle are rotatably mounted in the sleeve of the left and right side walls of the fishing reel, the main axle ( 4) a portion extending into the side wall cover is fixedly mounted with a transmission member (5), the transmission member (5) is in contact with the wire cup (2), the main wheel is connected to the wire cup, and the main wheel is in contact with the secondary wheel. Hold the fishing line and release the loose fishing line of the cup.

The beneficial effects of the embodiment are that the implementation is easy, the cost is low, and the requirements for the light and economic fishing reel can be met.

The above is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make several improvements and refinements without departing from the principles of the present invention. Retouching should also be considered as the scope of protection of the present invention.

Claims

A horizontal axis fishing reel includes a fishing reel seat (9), a fishing reel (1), and a wire cup (2), characterized in that it further comprises a fishing line tension frame for detecting the tension of the fishing line; a brake mechanism associated with the fishing line tension frame, the brake mechanism being associated with a tension signal of the fishing line detected by the fishing line tension frame, and the brake mechanism may limit the brake mechanism when the brake mechanism acts The wire cup (2) is rotated; the fishing line tension frame comprises a tension shaft (22), a wire frame (23), a tension torsion spring (24), and the tension shaft (22) is rotatably mounted on the fishing reel frame In the concentric sleeve (25) of the left and right side walls, the portion extending into the side wall cover is sequentially mounted with the tension torsion spring (24) and the drive gear among the brake mechanisms from the inside to the outside (28). a tension shaft (22) is drivingly coupled to the brake mechanism, one end of the tension torsion spring (24) is coupled to the fishing reel frame (1), and the other end is coupled to the tension shaft 22; When the tension is increased, the distal end of the wire frame (23) is stressed, the distal end of the wire frame (23) is away from the fishing reel seat (9), and the wire frame (23) drives the tension axis (22) rotation, said The vehicle mechanism is separated from the wire cup (2), and when the fishing line tension is reduced, the spring force of the tension torsion spring (24) forces the tension shaft (22) to rotate, and the distal end of the wire frame (23) approaches the A fishing reel seat (9), the brake mechanism is in contact with the wire cup (2), and the brake mechanism restricts rotation of the wire cup (2).
The horizontal axis fishing reel according to claim 1, wherein the brake mechanism comprises: a drive gear (28), a gear brake bean (36), a brake shaft (35), and the tension shaft (22) a portion extending into the side wall cover is sequentially mounted with the tension torsion spring (24) and the drive gear (28) from the inside to the outside, and the tension shaft (22) is fixedly coupled to the drive gear (28). The brake shaft (35) passes through a brake bushing 39 on the fishing reel (1), and a portion of the brake shaft (35) extending into the side wall cover rotatably connects the gear brake bean (36) The drive gear (28) meshes with a gear of the gear brake bean (36), one end of the tension torsion spring (24) is connected to the fishing reel frame (1), and the other end is connected to the drive gear (28) being connected; when the tension of the fishing line is increased, the distal end of the wire frame (23) is stressed, and the distal end of the wire frame (23) is away from the fishing reel seat (9), the wire frame (23) driving the tension shaft (22) to rotate, the driving gear (28) drives the gear brake bean (36) to rotate, and the gear brake bean (36) is separated from the wire cup (2), When the tension of the fishing line is reduced, the spring of the tension torsion spring (24) Forcing the tension shaft (22), said bobbin (23) proximate the distal end of the fishing line a wheel base (9), the drive gear (28) drives the gear brake bean (36) to rotate, and the gear brake bean (36) rotates into contact with the wire cup (2), the gear brake bean ( 36) Limiting the rotation of the wire cup (2).
The horizontal axis fishing reel according to claim 2, wherein the gear brake bean (36) is a combination of a gear and an involute circle, and the near center point of the involute circle is A point, far The center point is point B. The distance from the axis of the brake shaft (35) to the wire cup brake ring is greater than the distance from the point A of the gear brake bean to the center of the circle, and is smaller than the distance from the point B of the involute circle to its center.
A horizontal axis fishing reel includes a fishing reel seat (9), a fishing reel (1), and a wire cup (2), characterized in that it comprises a fishing line tension frame for detecting the tension of the fishing line, a thread take-up mechanism linked by the fishing line tension frame; when the fishing line is tension-free, the distal end of the fishing line tension frame is close to the fishing reel seat (9), and the take-up mechanism starts to work; the fishing line tension The frame comprises a tension shaft (22), a wire frame (23), a tension torsion spring (24), and the tension shaft (22) is rotatably mounted on the coaxial sleeve of the left and right side walls of the fishing reel frame. (25), the portion extending into the side wall cover is mounted with the tension torsion spring (24), one end of the tension torsion spring (24) is connected to the fishing reel frame (1), and the other end is The tension shafts (22) are connected; when the fishing line tension is increased, the distal end of the wire frame (23) is stressed, and the distal end of the wire frame (23) is away from the fishing reel seat (9). The wire frame (23) drives the tension shaft (22) to rotate, and when the fishing line tension is reduced, the spring force of the tension torsion spring (24) forces the tension shaft (22) to rotate, the wire frame (23) The distal end approaches the fishing reel seat (9), and the pay-off mechanism starts to work .
The horizontal axis fishing reel according to claim 4, wherein the pay-off mechanism includes a main wheel (3) and a sub-wheel (6), and the tension torsion spring (24) is reduced when the fishing line tension is reduced. The spring force forces the tension shaft (22) to rotate, the main wheel (3) contacts the secondary wheel (6), and grips the fishing line; the main wheel (3) of the take-up mechanism is always at the same time as the wire cup (2) Rotate and release the fishing line which is loosened due to the backlash of the wire cup, and avoid the looseness of the fishing line in the wire cup.
The horizontal axis fishing reel according to claim 5, wherein the main wheel (3) is a cylinder and is fixedly connected with the main axle (4), and both ends of the main axle (4) are Rotatingly mounted in a main wheel bushing of left and right side walls of the fishing reel (1), the main wheel axle (4) is parallel to the axis of the wire cup (2); the main wheel (3) is located at Position between the left and right side walls of the fishing reel (1), the main axle (4) extending to the side wall A part of the cover is fixedly mounted with a transmission member (5), and the transmission member (5) is always drivingly connected with the wire cup (2); the wire cup (2) and the transmission member (5) are simultaneously rotated. The fishing line is caught by the contact faces of the main wheel (3) and the secondary wheel (6), and the fishing line which becomes slack due to the recoil of the wire cup is released outside the fishing reel.
A horizontal axis fishing reel according to claim 5, wherein said secondary wheel (6) is a cylinder and is fixedly coupled to the secondary axle (7), and the secondary axle (7) is rotatably mounted therein. On the wire frame (2); the axis of the secondary axle (7) is parallel to the axis of the wire cup (2); the secondary wheel (6) is located between the left and right side walls of the fishing reel (1); When there is no tension, the distal end of the wire frame (23) is not subjected to force, the tension shaft (22) is pushed by the tension torsion spring (24), the wire frame (23) is rotated, and the wire frame (23) is far. The end is close to the reel seat (9), causing the main wheel (3) to contact the secondary wheel (6) mounted on the wire frame (2) to clamp the fishing line.
A horizontal axis fishing reel includes a fishing reel seat (9), a fishing reel frame (1), a wire cup (2), a rocker shifting clutch mechanism, and characterized in that it further comprises a fish line tension detecting property. a fishing line tension frame, a fish-triggered automatic trigger mechanism triggered by the fishing line tension, the fishing line tension frame is composed of a tension shaft (22), a wire frame (23), a tension torsion spring (24), and the tension shaft (22) Rotatablely mounted in a concentric sleeve (25) of left and right side walls of the fishing reel, the portion extending into the side wall cover is fitted with the tension torsion spring (24), One end of the tension torsion spring (24) is connected to the fishing reel frame (1), and the other end is connected to the tension shaft (22); when the fishing line tension is increased, the distal end of the wire frame (23) is stressed. The distal end of the wire frame (23) is away from the fishing reel seat (9), and the wire frame (23) drives the tension shaft (22) to rotate, triggering the fish to obtain an automatic trigger mechanism to open the working state. At the same time, the clockwork mechanism is triggered to open the working state.
The horizontal axis fishing reel according to claim 8, wherein the automatic fish triggering mechanism comprises: a trigger button (46), a limit screw (47), a trigger cam (48), and a trigger key seat ( 49), a return spring (51), a wire cup locking hole (50), the installed wire cup (2) has a plurality of the wire cup locking holes on a center line of the side wall of the fishing reel (1) (50) The trigger cam (48) is fixedly mounted on the tension frame shaft (22), and one end of the tension torsion spring (24) is connected to the fishing reel frame (1), and the other end is The triggering cams (48) are connected, and the triggering key base (49) is formed by a recess on the side wall of the fishing reel (1), which is engaged with the triggering key (46), and the triggering key (46) The latching pin (49) is provided with a pin hole located at the center line of the side wall of the fishing reel, longitudinally passing through the side wall, and the latch of the trigger button (46) The return spring (51) is sleeved, and the latch of the trigger button (46) is slidably engaged with the pin hole. In the natural state, the trigger button (46) is at a high position, and the limit position is limited by the limit. The position screw (47) is leveled with the side wall of the fishing reel (1); the trigger cup (46) is pressed to slowly rotate the wire cup (2), and the pin is inserted into the wire cup (2) a wire cup locking hole (50), the wire cup (2) is locked; rotating the wire cup (2) to tighten the spring pin to receive a force, and the trigger button (46) performs a locking function at a low position When the fishing line tension is large, the tension shaft (22) rotates, and the triggering cam (48) is pushed to push the latch cross bolt, and the latch is driven to exit the wire cup locking hole (50) of the wire cup, and the trigger button (46) Reset, the wire cup (2) is unlocked, and the wire cup (2) is driven by the clockwork mechanism to rotate and quickly take off.
The horizontal axis fishing reel according to claim 9, wherein the fish catching automatic triggering mechanism further comprises a clockwork mechanism that can be used for the rotation of the wire cup (2) to trigger a take-up line comprising: a spring (45), the wire cup (2) is connected to the wire cup shaft (8), the wire cup (2) has the spring (45) built in, and one end of the spring (45) is fixedly connected. The wire cup shaft (8) is fixedly connected to the wire cup (2) at one end, and one end of the wire cup shaft (8) can be coupled to the rocking mechanism, and the rocker mechanism has a one-way bearing.
The horizontal axis fishing reel according to claim 1 or 4 or 8, wherein the wire frame (23) has two wire frame arms (33), and the distance between the wire frame arms (33) is slightly Less than the distance between the left and right side walls, the tension shaft (22) is provided with a wire frame hole (26) perpendicular to the axis of the tension axis (22), and the two legs of the wire frame arm (33) are inserted into the tension The wire frame hole (26) of the shaft is fixed, and a side beam is arranged between the two wire frame arms (33) near the tension shaft (22), and the escapement beam can be escaped by the escapement mechanism. There is a tension beam at the distal end.
The horizontal axis fishing reel according to claim 1 or 4 or 8, wherein the fishing reel (1) is provided with an escapement mechanism, and the escapement mechanism comprises a tension frame switch (40) a tension frame switch socket (44), a pressure spring (41), the tension cover switch socket (44) is disposed on the upper cover of the fishing reel frame (1), and the tension frame switch (40) a pin is mounted under the cover of the fishing reel with a pressure spring 41; raising the tension frame switch (40), moving the fishing line tension frame against the spring pressure of the pressure spring (41) by hand The distal end of the fishing line tension frame is away from the reel seat (9) in a fully open position, the tension frame switch (40) is released, and the escapement of the fishing line tension frame (23) is The pin shaft (40) of the tension frame switch is clamped, and the fishing line tension frame is taken out of the working state; the tension frame switch is raised and raised by the hand upward (40), the escapement beam on the fishing line tension wire frame (23) is controlled by the pin shaft (40) of the tension frame switch, and the fishing line tension frame is in an operating state.