CN2280415Y - Low Vibration Fishing Reels - Google Patents

Abstract

The utility model relates to a fishing winder of low vibration, it is mainly provided with a driving pin on a worm-gear shaft that receives the spiral bull stick driven, and this driving pin stretches into a drive reel axle and is the concave track inslot of establishing formation on the transmission axostylus axostyle that actuates around, so can let the reel rotate simultaneously and the back-and-forth movement, and constitute a low vibration, laborsaving fishing winder.

Description

Low Vibration Fishing Reels

The utility model relates to a low-vibration fishing line reel, which mainly constitutes a low-vibration, labor-saving fishing line reel that allows the line shaft to rotate simultaneously and move back and forth, and belongs to the field of fishing. When fishing, in order to increase the distance of throwing the line and reduce the burden on the fisherman to pull the line, most of the fishing rods are equipped with a reel, especially when fishing in the sea, the throwing distance required for fishing in the sea is longer, and the size of the fish is relatively long. , power are relatively large, so the line reel becomes an indispensable equipment when fishing in the sea.

In the structure of the traditional wire reel, because the lead shaft frame is located on the outer periphery of the winding shaft, and rotates with the rotation of the winding rod to rotate the winding line, so when the wire shaft frame rotates to take up the wire, the rotation radius of the wire shaft frame is relatively large , so that the fishing rod is prone to shaking. At this time, not only the fishing line is easy to break, but also the angler needs to spend a lot of effort to stabilize the fishing rod, thus reducing the effectiveness and fun of fishing and increasing the use of the reel. A lot of trouble and inconvenience.

The main purpose of this utility model is to provide a low-vibration fishing reel, which is mainly provided with a transmission pin on the worm wheel shaft in the housing, and a relatively recessed drive pin is formed on the transmission rod for clamping Insert the track groove, and let the wire spool frame and the housing be connected and fixed, so that through the transmission of the transmission pin, the reel shaft can rotate at the same time and move back and forth to reduce the radius of rotation when the reel is reeling. Make the cord reel achieve the purpose of low vibration and labor saving.

The technical solution of the utility model is mainly to set a winding rod on a shell which can be held and rotated by the user and extend into the inside of the shell; There is a lead frame for snapping and guiding the fishing line on the edge, and a winding shaft for winding the fishing line is arranged in the center of the lead spool frame, wherein the lead spool frame and the housing are consolidated into one body, and There is a lead frame which can be used to catch and guide the fishing line on the periphery of the frame; and a transmission gear is arranged in the casing, wherein the transmission gear is the same as a reel rotating rod which is arranged outside the casing and is held and rotated by the user's hand. Shafts are combined to form a helical bevel tooth at one end of the transmission gear, and a spur tooth is formed at the other end of the transmission gear. The gears inside the housing mesh with each other, and the worm gear shaft is a shaft with a penetrating state in the center. One end of the worm gear shaft passes through the housing and the lead shaft frame, and a transmission is arranged on the end of the worm gear shaft that passes through the wire shaft frame. The pin is also provided with a transmission rod in the center of the worm gear shaft. The transmission rod also passes through the housing and the lead shaft frame, and is fixed with the bobbin. The track groove is used for the transmission pin on the worm gear shaft to snap into it, and the aforementioned spur gear part meshes with a gear disposed inside the housing, wherein an eccentric transmission structure is eccentrically arranged on the gear.

The main advantage of the utility model is that the reel shaft can be rotated simultaneously and reciprocated forward and backward through the transmission of the transmission pin, so as to reduce the radius of rotation of the reel when reeling, so that the reel can achieve the purpose of low vibration and labor saving .

Below in conjunction with accompanying drawing, further illustrate the specific structure feature and purpose of the present utility model.

Brief description of the drawings:

Fig. 1 is a three-dimensional exploded schematic diagram of the utility model.

Fig. 2 is a combined sectional view of the utility model.

Fig. 3 is a schematic cross-sectional view of an operational embodiment of the present invention.

Fig. 4 is a perspective view of a conventional cord reel.

Fig. 5 is a schematic cross-sectional view of a transmission structure of a conventional cord reel.

Please refer to accompanying drawings 4 and 5 for traditional wire reels, which mainly form a fixed frame 41 combined with the fishing rod on the housing 42, and are provided on one side of the housing 42 to extend into the housing 42. And it can be held by the user's hand to rotate the reel shaft 44, and one end of the housing 42 is pivotally provided with a lead shaft frame 46 that can be rotated by the reel shaft 44. A slightly semicircular lead frame 462 is pivoted on the periphery, wherein the lead frame 462 can be toggled to produce a catch to guide the fishing line, and a winding shaft that can move back and forth is pivoted in the center of the lead shaft frame 46 48, on the bobbin 48, then wind and be provided with fishing line. When the user installs the reel 40 on the fishing rod and winds a fishing line of appropriate length on the reel spool 48, he turns the lead frame 462 to the side where the fishing line is not caught, and throws the fishing rod out. , the fishing line can be thrown out from the spool 48, and then the lead frame 462 is shifted to a position where it engages with the fishing line. After the special fish is hooked, the line reel rotating rod 44 is rolled to drive the lead spool frame 46 to rotate. Utilize the wire frame 462 and the wire shafts 464 at both ends of the wire frame 462 to guide and pull the fishing line, and the fishing line is gradually retracted and wound on the reel spool 48, so that the fish can be caught, and the fishing line can be evenly wound on the coil. On the bobbin 48, when the wire creel 46 rotates, the bobbin 48 will also be driven and move back and forth simultaneously. The transmission structure of the traditional wire reel can be seen as shown in Figure 5, and also refer to Figure 4. It can be seen from the figure that a transmission gear driven by the winding shaft 44 to rotate coaxially is arranged in the housing 42. 50, and a worm gear shaft 52 that meshes with the transmission gear 50 is arranged in the housing 42, and one end of the worm gear shaft 52 protrudes from the outside of the housing 42, and a threaded part 522 is formed at the end, which can be connected with a threaded part The nut 524 is screwed together, so that the worm gear shaft 52 and the lead shaft frame 46 are combined with each other, and the wire shaft frame 46 is rotated with the winding rotating rod 44 through the transmission of the transmission gear 50 and the worm shaft 52 . A crank 54 is arranged eccentrically on the transmission gear 50, wherein at one end of the crank 54 is formed a ring-shaped pivoting portion 542 set on the transmission gear 50, and at the other end of the crank 54, an insertion rod 544 is vertically arranged. In addition, a transmission rod 56 that runs through the worm shaft 52 is pierced in the center of the worm shaft 52. One end of the transmission rod 56 also passes through the outer side of the housing 52, and is fixed with the bobbin 48, while the other end of the transmission rod 56 is passed through. A perforation for inserting the insert rod 544 on the crank 54 is provided, so that when the transmission gear 50 rotates, the crank 54 can be driven to rotate eccentrically at the same time, and through the transmission of the insert rod 544 and the restriction of the worm shaft 52, the transmission rod 56 moves back and forth in a straight line to drive the bobbin 48 to move back and forth simultaneously when the lead shaft frame 46 rotates, so that the fishing line can be evenly rolled up.

However, in this traditional wire reel 40 structure, because the wire spool 46 is located on the outer periphery of the spool 48, and rotates the reel with the rotation of the winding rotating rod 44, so when the wire spool 46 rotates and takes up the wire, The radius of rotation of the wire pedestal 46 is relatively large, so that the fishing rod 60 is prone to shaking. At this time, not only the fishing line is easily broken, but also the fisherman needs to spend considerable effort to stabilize the fishing rod, thereby reducing the risk of fishing. The effectiveness and fun of the invention increase many troubles and inconveniences when the cord reel 40 is used.

Please refer to Figs. 1 and 2, which are three-dimensional disassembled schematic diagrams and combined cross-sectional schematic diagrams of the present utility model. It can be seen from the figures that the lead shaft frame 16 of the present invention is integrated with the housing 12, and is integrated with the lead shaft frame. 16 is provided with a lead frame 162 which can be used to engage and guide the fishing line on the periphery; and a transmission gear 20 is provided in the housing 12, wherein the transmission gear 20 and a transmission gear 20 are arranged outside the housing 12 for the user's hands to hold The rotating winding rod 14 is coaxially combined, and an oblique bevel tooth portion 202 is formed at one end of the transmission gear 20, and a spur tooth portion 204 is formed at the near other end of the transmission gear 20, wherein the oblique bevel tooth portion 202 is connected with a The worm gear shaft 22 meshes with each other, and the spur gear 204 meshes with a gear 24 disposed inside the casing 12 . And the worm gear shaft 22 is a shaft body that is in a penetrating state at the center. One end of the worm gear shaft 22 passes through the housing 12 and the lead shaft frame 16, and a drive pin 222 is arranged on the end of the worm wheel shaft 22 that passes through the wire shaft frame 16. In addition, a transmission rod 26 is arranged through the center of the worm gear shaft 22. The transmission rod 26 also passes through the casing 12 and the lead shaft frame 16, and is fixed with the bobbin 18. It is recessed at a suitable position near the center of the transmission rod 26. A track groove 262 with an appropriate length is formed for the drive pin 222 on the worm gear shaft 22 to snap into it, and an eccentric transmission structure 242 is arranged at the end of the transmission rod 26 inside the housing 12, wherein the eccentric transmission structure 242 is also It is eccentrically arranged on the gear 24.

Please refer to Figures 2 and 3, when the user rotates the winding rod 14, the worm gear shaft 22 is driven to rotate through the bevel gear 202 of the transmission gear 20. At this time, the transmission pin 222 on the worm gear shaft 22 is engaged In the track groove 262 of the transmission rod 26, the transmission rod 26 can be driven to rotate at the same time to drive the bobbin 18 to rotate, and because the spur gear 204 of the transmission gear 20 and the gear 24 mesh with each other, it can also drive the gear 24 to rotate at the same time , and drive the transmission rod 26 through the eccentric transmission structure 242 to move back and forth reciprocatingly, to drive the bobbin 18 to move back and forth, and allow the bobbin 18 to reciprocate and rotate back and forth at the same time, so that the radius of rotation of the bobbin 18 can be smaller , so that the line reel 10 is less likely to vibrate, which can prevent the fishing line from breaking due to vibration, and the user does not need to spend extra effort to stabilize the fishing rod, which can improve the user's handling of the fishing rod and fishing. fun of.

Claims (2)

1. one kind is hanged down the fishing reel that vibrates, it mainly is to be provided with one in a housing to be available for users to grip rotation, and stretch into the spiral bull stick of enclosure, end in housing is provided with a lead pedestal, being provided with one in lead pedestal outer peripheral edges can be for the lead frame of clip guiding setline, and be provided with one in the central authorities of lead pedestal and can it is characterized in that for the spool of coiling setline:

Lead pedestal and housing are fixed to be one, is provided with the lead frame that can guide setline in order to clip in the periphery of lead pedestal; In housing, be provided with a travelling gear again, wherein travelling gear and is arranged at outside the housing, grip the coaxial combination of spiral bull stick of rotating for user's hand, end in travelling gear is formed with an oblique bevel gear part, nearly end place in addition in travelling gear then is formed with a spur tooth part, wherein tiltedly a bevel gear part and a worm-wheel shaft are meshing with each other, spur tooth part then is meshing with each other with a gear that is arranged at enclosure interior, worm-wheel shaft is that central authorities are the axis body that runs through state again, one end of worm-wheel shaft passes housing and lead pedestal, an end that closely passes the lead pedestal on worm-wheel shaft is provided with a trundle, run through in worm-wheel shaft central authorities again and be provided with a drive link, this drive link also is to pass housing and lead pedestal, and mutually combine fixing with spool, be arranged with the rail groove that is formed with a tool suitable length in the nearly central appropriate position of drive link, snap in wherein for the trundle on the worm-wheel shaft.

2, the fishing reel of low vibration according to claim 1 is characterized in that: the gear that aforesaid spur tooth part and is arranged at enclosure interior is meshing with each other, and wherein off-centre is provided with an eccentric gearing structure on this gear.

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