CN219565381U - Bicycle pedal wear-proof sheet structure capable of facilitating slipping - Google Patents

Abstract

The utility model mainly aims to provide a bicycle pedal anti-wear sheet structure which can be conveniently slipped and comprises a pedal body and two clamping and hooking bodies, wherein the two clamping and hooking bodies are respectively arranged at two sides of the pedal body, the two sides of the pedal body are further combined with anti-wear sheets, the anti-wear sheets are further provided with inclined guide blocks which are tilted oppositely left and right and are arranged on the rear hooking parts of the two clamping and hooking bodies, and the inclined guide blocks can be exactly used for smoothly slipping and withdrawing the buckling sheets.

Description

Bicycle pedal wear-proof sheet structure capable of facilitating slipping

Technical Field

The utility model relates to a bicycle pedal wear-resistant sheet structure capable of facilitating slipping, in particular to a pedal auxiliary tool which is applied to a bicycle pedal for slowing down wear between a bicycle shoe buckle sheet and a pedal and improving smooth releasing of the bicycle shoe buckle sheet.

Background

The present bicycle pedal and shoe buckle matching structure is shown in fig. 7, and comprises a bicycle pedal set 10, the mountain climbing bicycle pedal set 10 is provided with a pedal body 11, two front hook members 12 and two rear hook members 13, the top surface and the bottom surface of the pedal body 11 are respectively provided with a plurality of lock holes 110, two sides of the pedal body 11 are respectively provided with an inner concave part 111, two sides of the inner concave part 111 are respectively provided with a pivot hole 111A, the front hook members 12 are provided with a plurality of positioning fixing holes 120, the positioning fixing holes 120 are respectively provided with a positioning fixing bolt 120A, the rear hook members 13 are provided with a pivot 130 in a penetrating way, the pivot 130 is provided with a supporting torsion spring 130A in penetrating way, the two front hook members 12 are respectively arranged on the top surface and the bottom surface of the pedal body 11, the plurality of positioning fixing holes 120 of the front hook members 12 are respectively corresponding to the plurality of lock holes 110' arranged on the top surface and the bottom surface of the pedal body 11, the fixing bolts 120A are locked and fixed by the positioning fixing holes 120, the two rear hook members 13 are respectively arranged in the concave parts 111 arranged at two sides of the pedal body 11 relative to the two front hook members 12, the two sides of the pivot 130 of the rear hook members 13 are respectively pivoted in the pivot holes 111A arranged in the concave parts 111, the torsion spring 130A is supported between the rear hook members 13 and the concave parts 111 of the pedal body 11 by the pivot 130, so that the rear hook members 13 can elastically rotate relative to the pedal body 11, but the assembly precision among the pedal body 11, the front hook members 12 and the rear hook members 13 is quite uncertain, the fine action affects the precision of the whole clamping assembly, the risk and uncertainty of releasing the clamping are caused when the clamping assembly is matched with the buckling piece 40 of the bicycle shoe, and the manufacturing difficulty is improved due to the characteristic limitation of the structure, so that the production and use cost is increased.

Disclosure of Invention

The technical problem solved by the utility model is to provide a bicycle pedal anti-wear sheet structure which can be conveniently slipped, so as to solve the problems of insufficient structural stability and use convenience of a buckle sheet matching structure of bicycle clamping pedals and clamping shoes.

The utility model provides a bicycle pedal wear-proof sheet structure which can be slipped conveniently and comprises a pedal body and two clamping and hooking bodies, wherein four through lock holes are respectively arranged at two sides of an axle center seat of the pedal body, two concave parts are respectively arranged at two sides of the pedal body, the two clamping and hooking bodies can be respectively pivoted, a front hooking part and a rear hooking part are integrally arranged between the clamping and hooking bodies, a penetrating hole is oppositely arranged between the front hooking part and the rear hooking part, a pivot is penetrated between the penetrating holes, a supporting torsion spring is sleeved on the pivot, one end of the supporting torsion spring supports the rear hooking part, the clamping and hooking bodies at two sides are arranged in a state that the front hooking parts are opposite to the rear hooking parts, and the other end of the supporting torsion spring is arranged at the pivot of the clamping and hooking bodies and supports the inner side surface of the concave parts of the pedal body, and the bicycle pedal wear-proof sheet structure is characterized in that: the four lock holes on two sides of the axle seat are respectively provided with an anti-wear sheet in a locking way, the anti-wear sheet is provided with a perforation seat at a relative position corresponding to the lock hole of the axle seat, the anti-wear sheet is further provided with a tilting guide block which is tilted oppositely left and right on a rear hooking part of the two clamping pedal hooking bodies, and the tilting guide block can just enable the buckling sheet to slide smoothly and withdraw.

The anti-wear plate structure of the bicycle pedal, which is convenient for slipping, is disclosed, wherein the anti-wear plates locked on the two sides of the axle center seat are symmetrically arranged left and right, so that the multiple practicability of the utility model is improved.

The bicycle pedal wear-proof sheet structure capable of facilitating slipping is disclosed, wherein the left side and the right side of the axle seat are provided with slightly raised combining end parts, and four lock holes on the two sides of the axle seat are positioned on the front side and the rear side of the combining end parts, so that the multiple practicability of the bicycle pedal wear-proof sheet structure is improved.

The anti-wear plate structure of the bicycle pedal is provided with the connecting seat which is just clamped with the inner side of the combining end part, the connecting seat is slightly higher than the perforation seat, the inclined guiding block is arranged at the connecting seat, and the high point of the inclined guiding block is slightly higher than the connecting seat.

The beneficial effects of the utility model are as follows: the anti-wear plate structure of the bicycle pedal, which can be conveniently slipped, can solve the problems of insufficient structural stability and use convenience of the buckle plate matching structure of the clamping pedal and the clamping shoe of the conventional mountain climbing bicycle, and the wear among the anti-wear plate fixing seats is effectively slowed down through the arrangement of the anti-wear plate fixing seats, the inclination angle for assisting in detachment is provided, and the buckle plate of the opposite bicycle shoe is smoothly released, so that the effects of good structural functionality and use convenience are achieved.

Drawings

Fig. 1 is a perspective combined state reference diagram of the present utility model.

Fig. 2 is a perspective exploded view of the present utility model.

Fig. 3 is a partially enlarged view of the wear resistant support plate set of the present utility model.

FIG. 4 is a reference view showing the use state of the present utility model and the exploded state of the cleat for bicycle shoes.

FIG. 5 is a side view of the present utility model in use and the cleat engagement of the bicycle shoe.

FIG. 6 is a reference view showing the use state of the present utility model and the enlarged state of the cleat releasing operation of the bicycle shoe.

FIG. 7 is a reference diagram of a prior art cleat engagement structure for bicycle pedals and shoes.

Description of the figure:

10 pedal body

11 axle seat 110 joint end

12 lock holes

20-step hook

21 front hooking portion 22 rear hooking portion

23 through hole 24 pivot

25-supporting torsion spring

30 wear-proof sheet

31 perforated base 32 oblique guiding block

33 connecting seat

40 button pieces.

Detailed Description

Referring to fig. 1 to 3, the three-dimensional combination state, the three-dimensional exploded state and the local enlarged state of the wear-resistant sheet of the bicycle pedal structure capable of sliding easily of the present utility model comprise a pedal body 10 and two clamping and hooking bodies 20, wherein four through lock holes 12 are respectively provided at two sides of an axle center seat 11 of the pedal body 10, two concave parts are respectively provided at two sides of the pedal body 10, two clamping and hooking bodies 20 are respectively pivoted, the clamping and hooking bodies 20 are integrally provided with a front hooking part 21 and a rear hooking part 22, a penetrating hole 23 is relatively provided between the front hooking part 21 and the rear hooking part 22, a pivot 24 is penetrated between the penetrating holes 23, a supporting torsion spring 25 is penetrated and sleeved on the pivot 24, one end of the supporting torsion spring 25 is supported and contacted with the rear hooking part 22, the clamping and hooking bodies 20 at two sides are arranged at the state that the front hooking part 21 is opposite to the rear hooking part 22, and the pivot 24 of the clamping and hooking bodies 20 is supported and hooked by the other end of the torsion spring 25 is supported and is characterized in that: the four lock holes 12 on two sides of the axle seat 11 are respectively provided with an anti-wear sheet 30, the anti-wear sheet 30 is provided with a perforation seat 31 at a relative position corresponding to the lock hole 12 of the axle seat 11, the anti-wear sheet 30 is further provided with a tilting guide block 32 which is tilted in a left-right opposite manner on the rear hooking portion 22 of the two clamping and hooking bodies 20, and the tilting guide block 32 can just allow the buckling sheet 40 to slide smoothly and withdraw.

The anti-wear sheet structure of the bicycle pedal, which is convenient for slipping, is completed by the cooperation of the structures.

Referring to fig. 2 to 6, the anti-wear plate structure of the bicycle pedal of the present utility model can be conveniently slipped in a three-dimensional exploded state, an anti-wear supporting plate set in a partially enlarged state, a use state and a buckling plate disassembled state of bicycle clamping shoes, a use state and a buckling plate buckling side view state of bicycle clamping shoes, and a use state and a buckling plate releasing and clamping action enlarged state of bicycle clamping shoes refer to the figures, wherein the anti-wear plate 30 locked on both sides of the axle center seat 11 is symmetrically arranged left and right, the left and right sides of the axle center seat 11 are provided with slightly raised combining end portions 110, the four lock holes 12 on both sides of the axle center seat 11 are positioned on the front and rear sides of the combining end portions 110, the anti-wear plate 30 is provided with a connecting seat 33 just clamped on the inner side of the combining end portions 110, the connecting seat 33 is slightly higher than the perforated seat 31, and the inclined guide block 32 is arranged at the connecting seat 33, thereby, when being matched with one buckling plate 40 of the bicycle clamping shoes, the anti-wear plate 30 can be stably clamped and fixed with the buckling plate 40, the inclined angle of the bicycle pedal plate can be reduced, and the hook plate 20 can be smoothly released from the hook plate 20, and the hook 20 can be smoothly pulled off by the hook 20.

From the description of the above embodiments, it is apparent that the bicycle pedal wear plate structure of the present utility model, which can be easily slipped, has the following advantages:

1. the utility model can solve the problem of insufficient structural stability of the prior buckle sheet matching structure of bicycle pedal and clamping shoes, and when matched with one buckle sheet 40 of bicycle shoes, the wear-resistant sheet 30 can be stably clamped and fixed with the buckle sheet 40, and can effectively slow down the abrasion among the buckle sheets so as to achieve the effect of structural stability.

2. The utility model can solve the problem of insufficient convenience in using the buckle piece matching structure of the prior bicycle pedal and the shoe, the inclined guide block 32 arranged on the anti-wear piece 30 can provide an auxiliary disengaging inclination angle when the buckle piece 40 of the bicycle shoe is released, so that the buckle piece is smoothly separated from the front hooking part 21 and the rear hooking part 22 of the pedal hooking body 20, thereby achieving the effect of good convenience in use.

Claims (4)

1. The utility model provides a bicycle pedal wear-resisting sheet structure that can be convenient for slippage, includes a pedal body and two clamping and hooking body, the axle center seat both sides of pedal body are equipped with four lockholes that run through respectively, and the both sides of this pedal body are equipped with an indent respectively, and can pivot respectively and establish two clamping and hooking body, clamping and hooking body is integrative to be equipped with a preceding portion of colluding and a back portion of colluding, and the relative one that is equipped with of front portion of colluding and back portion of colluding is worn to be equipped with a perforation between this perforation, and wears to make between this perforation and be equipped with a pivot, and wear to make the cover on this pivot and be equipped with one and hold the torsional spring, should hold the torsional spring one end and hold back portion of colluding before the clamping and hooking body of this both sides and hold the torsional spring other end, hold in the relative back portion state of colluding of this clamping and hooking body, its characterized in that: the four lock holes on two sides of the axle seat are respectively provided with an anti-wear sheet in a locking way, the anti-wear sheet is provided with a perforation seat at a relative position corresponding to the lock hole of the axle seat, the anti-wear sheet is further provided with a tilting guide block which is tilted oppositely left and right on a rear hooking part of the two clamping pedal hooking bodies, and the tilting guide block can just enable the buckling sheet to slide smoothly and withdraw.

2. The slip-facilitating bicycle pedal wear plate structure of claim 1, wherein the wear plates locked on both sides of the hub are symmetrically disposed.

3. The slip-facilitating bicycle pedal wear plate structure of claim 1, wherein the hub has raised engaging ends on the left and right sides thereof and four locking holes on the sides of the hub on the front and rear sides of the engaging ends.

4. The bicycle pedal wear-resisting plate structure capable of being slipped off conveniently according to claim 3, wherein the wear-resisting plate is provided with a connecting seat which is just clamped with the inner side of the combining end part, the connecting seat is higher than the perforating seat, the inclined guiding block is arranged at the connecting seat, and the high point of the inclined guiding block is higher than the connecting seat.