CN1178604C

CN1178604C - Bicycle shoes

Info

Publication number: CN1178604C
Application number: CNB981167837A
Authority: CN
Inventors: 上田裕; 二; 中岛雄二
Original assignee: Shimano Inc
Current assignee: Shimano Inc
Priority date: 1997-08-08
Filing date: 1998-08-01
Publication date: 2004-12-08
Anticipated expiration: 2018-08-01
Also published as: DE69804912T2; EP0895728A1; DE69804912D1; JP2991703B2; EP0895728B1; JPH11103902A; CN1216692A

Abstract

A bicycle shoe (10) is disclosed for use with a clipless pedal (14). The bicycle shoe (10) has an upper peripheral portion (16) with a sole portion (18) coupled thereto and an inner sole portion or cushion (20) overlying the inner surface (30) of the sole portion (18). The bicycle shoe (10) can either be designed for use with a road bicycle or a mountain bicycle. In either case, the sole (18) is provided with one or more attachment apertures (40, 42) for attaching a low profile cleat (12) thereto. In particular, the attachment apertures (40, 42) are longitudinally arranged such that the fasteners (56) which couple the cleat (12) to the shoe sole portion (18) are located in front of and behind the pedal shaft (23).

Description

Bicycle shoes

The present invention relates to be used to not have the bicycle shoes of anchor clamps pedal.More particularly, the present invention relates to a kind of bicycle shoes that is fixedly attached to the chock on the bicycle shoes sole that has, particularly a kind of being applicable to as being disclosed in European patent EP 0,826, the thin section bicycle pedal among the 588A and the footwear of cleat assemblies.

In recent years, bicycle pedal is designed to be exclusively used in some purpose, for example is used for amusement.By bike cross-country, racing cycle etc.A kind of bicycle pedal of custom design of gained popularity is through type or does not have the fixture type pedal that this pedal can be released to turn up the soil and be meshed with a chock that is fixed on cyclist's footwear sole.On the bicycle pedal of this pattern, when the cyclist stepped on pedal, a clamping device just automatically gripped the chock that is fixed on cyclist's footwear sole.Usually be provided with a strainer on the pedal and from the through type pedal, disengage needed power in order to the chock of adjusting sole.

Say that more specifically when making cyclist's footwear be connected on the through type pedal by chock, thereby the cyclist needs obliquely with moving forward the chock front end to be meshed with the preceding hook or the clamping element of pedal body with respect to pedal body in footwear downwards.In case when the front end of chock was engaged in the preceding hook of pedal body, the cyclist just was placed on the rear end of chock the contacted status of leader with the back hook or the clamping element of pedal body.On this position, the cyclist is pressed in the power that makes back hook or clamping element begin to overcome a spring on the pedal downwards with footwear and pivots backward and back hook or clamping element are moved to a chock release open position.So the rear end of chock enters an opposed position, the back side with back hook or clamping element.Then, revolution thereby back hook or clamping element are meshed with the rear end of chock again under the elastic force of a bias piece or spring for back hook or clamping element.This engagement makes cyclist's footwear be fixed on the pedal by chock.

When with footwear when pedal is released out, cyclist's axis usually that footwear are vertical around one or that be approximately perpendicular to step tread rotates, the front end that uses chock is as pivoting point.As the result of this pivotal action, the elastic force that back hook or clamping element overcome spring is switched to a chock backward and releases open position to disengage this footwear.

When the through type pedal is used for highway formula bicycle, only be provided with a single clamp assemblies usually on the pedal, thereby cyclist's footwear one of can only be connected in the pedal both sides side.On the other hand, cross-country or mountain region formula bicycle has a pair of clamp assemblies usually, thereby cyclist's footwear can be clamped in the both sides of pedal.In either case, pedal all wishes to be designed to solid as much as possible and light weight.In addition, cyclist's pin preferably is positioned as close to the central longitudinal axis of pedal axle.In addition, pedal preferably makes thin as much as possible and little of resistance that reduces wind and the consumption that is increased in rubber on cyclist's sole.

Because above-mentioned, clearly there are a kind of needs to the bicycle shoes that can use with thin section bicycle pedal and cleat assemblies.In addition, there is a kind of bicycle shoes that can be fit to dissimilar chocks.The present invention needs and other needs in the industry these, all can understand once disclosing the present invention for being familiar with these professional personnel.

The content of first aspect present invention is about a kind of bicycle shoes, and this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal.

The content of second aspect present invention is about another kind of bicycle shoes, and this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal.

The content of third aspect present invention is about another bicycle shoes, and this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal.

Preferred embodiment provides a kind of bicycle shoes, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise: a sole portion, this sole portion has an inner surface that faces cyclist's foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, wherein be formed with the first and second microscler link slots on the wealthy part of sole circle, described groove extends between tiptoe part and heel part basically along the longitudinal basically in parallel to each other, first groove has one first longitudinal length and second groove has second longitudinal length of being longer than first longitudinal length of first groove, this first groove is laterally disposed with respect to second groove in the wealthy part of sole circle, and this first groove is between first and second terminations of second groove.

These purposes of the present invention and advantage also can reach by a kind of bicycle shoes is provided, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise: a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, wherein be formed with the first and second microscler link slots on the wealthy part of sole circle, described groove extends between tiptoe part and heel part basically along the longitudinal basically in parallel to each other, first groove has one first longitudinal length and second groove has second longitudinal length of being longer than first longitudinal length of first groove, this first groove is laterally disposed with respect to second groove in the wealthy part of sole circle, and this first groove is between first and second terminations of second groove; A chock connector covers on the inner surface of sole portion, and this chock connector has one first standing part and covers on second groove so that chock is coupled in securely on the outer surface of sole portion.

These purposes of the present invention and advantage also can reach by another kind of bicycle shoes is provided, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise: a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, wherein be formed with first and second connecting holes on the wealthy part of sole circle, this connecting hole substantial alignment along the longitudinal basically between tiptoe part and heel part, this first and second hole has the first and second substantially the same longitudinal lengths and is spaced from each other the first and second about 33.5 millimeters central points in the vertical.

These purposes of the present invention and advantage can also reach by another bicycle shoes is provided, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise: a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and wealthy the part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, wherein be formed with first and second connecting holes on the wealthy part of sole circle, described connecting hole substantial alignment along the longitudinal basically between tiptoe part and heel part, this first and second hole has the first and second substantially the same longitudinal lengths and is spaced from each other the first and second about 33.5 millimeters central points in the vertical; With the chock connector on the inner surface that covers sole portion, the chock connector has standing part and is covered with first and second holes so that securely chock is coupled on the outer surface of sole portion.

These purposes of the present invention can reach by a kind of bicycle shoes is provided again, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, the wealthy part of sole circle is included in the first and second microscler link slots of the extension that is parallel to each other substantially substantially in the vertical between tiptoe part and the heel part to form a pair of first tie point, first groove has one first longitudinal length and second groove has second longitudinal length of being longer than first longitudinal length of first groove, first groove is laterally disposed with respect to second groove in the wealthy part of sole circle, first groove is between first and second terminations of second groove, the wealthy part of sole circle comprises that also three auxiliary tie points arrangements form an isosceles triangle, the tiptoe part is pointed on one of them summit, and three auxiliary tie points are formed by auxiliary connecting hole.

These purposes of the present invention also can reach by a kind of bicycle shoes is provided, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, the wealthy part of this sole circle is included in first and second connecting holes of basic alignment substantially in the vertical between tiptoe part and the heel part to form a pair of first tie point, the wealthy part of this sole circle comprises that also three auxiliary tie points arrangements form an isosceles triangle, the tiptoe part is pointed on an one summit, and three auxiliary tie points are formed by auxiliary connecting hole.

These purposes of the present invention also can reach by a kind of bicycle shoes is provided, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, the wealthy part of this sole circle comprise one first connecting hole between tiptoe part and heel part, extend substantially in the vertical about at least 32.0 millimeters to form a pair of first tie point, the wealthy part of this sole circle comprises that also three auxiliary tie points arrangements form an isosceles triangle, the tiptoe part is pointed on an one summit, and three auxiliary tie points are formed by auxiliary connecting hole.

These purposes of the present invention also can reach by a kind of bicycle shoes is provided, this footwear are suitable for a chock is admitted thereon regularly so that use with bicycle pedal, these footwear comprise a sole portion, this sole portion has an inner surface that faces cyclist foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between tiptoe part and heel part that vertically separates from the tiptoe part, the wealthy part of this sole circle is included in first and second connecting holes of basic alignment substantially in the vertical between tiptoe part and the heel part to form a pair of first tie point, this first and second hole has first and second central shafts, this central shaft vertically separates about 32.0 millimeters to about 34.0 millimeters mutually, the wealthy part of sole circle comprises that also three auxiliary tie points arrangements form an isosceles triangle, the tiptoe part is pointed on an one summit, and three auxiliary tie points are formed by auxiliary connecting hole.

Other purpose of the present invention, advantage and feature will be open-and-shut by the following detailed description of in conjunction with the accompanying drawings each preferred embodiment of the present invention being done for being familiar with these professional personnel.

Referring now to a part of this specification of formation, accompanying drawing:

Fig. 1 has the inboard elevation that a chock connects left foot bicycle shoes thereon according to first embodiment of the invention;

Fig. 2 has the rear elevation view that chock connects left foot bicycle shoes thereon shown in Fig. 1;

Fig. 3 is the top plan view of the left foot bicycle shoes shown in Fig. 1 and 2;

Fig. 4 is the flat sheet of the bottom view that chock connects left foot bicycle shoes thereon that has shown in Fig. 1-3;

Fig. 5 is according to thin section bicycle pedal of first embodiment of the invention and is connected part, the exploded lateral elevation of the cleat assemblies on the right crus of diaphragm bicycle shoes;

Fig. 6 is that the bicycle that has thin section bicycle pedal and cleat assemblies shown in Fig. 5 is contained in chock and is sandwiched outer side elevational view after the bicycle pedal;

Fig. 7 is part, the decomposition diagram according to the sole portion and the cleat assemblies of the right crus of diaphragm bicycle shoes of first embodiment of the invention;

Fig. 8 is according to the inboard elevation of the sole portion of the right crus of diaphragm bicycle shoes of first embodiment of the invention as shown in Fig. 1-7;

Fig. 9 is according to the top plan view of the sole portion of the right crus of diaphragm bicycle shoes of first embodiment of the invention as shown in Fig. 1-7;

Figure 10 is according to the outer side elevational view of the sole portion of the right crus of diaphragm bicycle shoes of first embodiment of the invention as shown in Fig. 1-7;

Figure 11 is the flat sheet of the bottom view of the sole portion of bicycle shoes shown in Fig. 1-7, and cleat assemblies is wherein removed from sole portion for illustrative purposes;

Figure 12 is used for the connector of cleat assemblies or the flat sheet of the bottom view of plate, and this assembly has three chock nuts in order to chock is connected thereon;

Figure 13 is the longitudinal cross-section figure of a width of cloth along the connector shown in observed Figure 12 of section line 13-13 of Figure 12;

Figure 14 is the top plan view of a chock, this chock be used for the sole portion shown in the thin section bicycle pedal shown in connection layout 5 and 6 and Fig. 1-7 and in this article shown in various embodiments of the present invention subsequently;

Figure 15 is the side elevation view of the chock shown in Figure 14, this chock use with bicycle shoes shown in Fig. 1-7 and pedal and be used for herein shown in various embodiments of the present invention subsequently;

Figure 16 is the longitudinal cross-section figure of a width of cloth along the chock shown in observed Figure 14 of section line 16-16 and 15 of Figure 14;

Figure 17 is the flat sheet of the bottom view of the chock shown in Figure 14-16, this chock use with pedal with the bicycle shoes shown in Fig. 1-7 and be used for herein shown in various embodiments of the present invention subsequently;

Figure 18 is a width of cloth part, the decomposition diagram according to the sole portion of the bicycle shoes of first embodiment of the invention, but has wherein used the standard cleat assemblies that can buy on market at present;

Figure 19 is the inboard elevation of a width of cloth of sole portion of the right crus of diaphragm bicycle shoes of one second embodiment according to the present invention;

Figure 20 is the width of cloth top plan view according to the sole portion inner surface of the right crus of diaphragm bicycle shoes shown in Figure 19 of second embodiment of the invention;

Figure 21 is the outer side elevational view of a width of cloth according to the sole portion of the right crus of diaphragm bicycle shoes of second embodiment of the invention as shown in Figure 19 and 20;

Figure 22 is the outer side elevational view of a width of cloth of the left foot bicycle shoes of one the 3rd embodiment according to the present invention;

Figure 23 is the width of cloth top plan view according to the left foot bicycle shoes shown in Figure 22 of third embodiment of the invention;

Figure 24 is a width of cloth flat sheet of the bottom view of the left foot bicycle shoes shown in Figure 22-23 according to third embodiment of the invention;

Figure 24 A is a width of cloth partial inner side elevation of the sole portion of the right crus of diaphragm bicycle shoes of one the 4th embodiment according to the present invention;

Figure 24 B is a width of cloth partial inner side elevation of the sole portion of the right crus of diaphragm bicycle shoes of one the 5th embodiment according to the present invention;

Figure 25 is signal, the flat sheet of the bottom view that has the left foot bicycle shoes of a general sole coupling part of one the 6th embodiment according to the present invention; For illustrative purposes, part is all removed from sole portion;

Figure 26 is a width of cloth flat sheet of the bottom view that is connected the left foot bicycle shoes on the sole shown in Figure 25, a connecting plate or part wherein is housed in order to a chock is connected thereon;

Figure 27 is a width of cloth flat sheet of the bottom view of the left foot bicycle shoes shown in Figure 25 and 26, a connecting plate or part wherein is housed in order to a chock is connected thereon;

Figure 28 is a width of cloth top plan view of the chock of an improvement, and this chock can be used to be connected the bicycle shoes described in the present invention first, second or the 3rd embodiment;

Figure 29 is a width of cloth side elevation view of the chock shown in Figure 28 is, this chock uses with the bicycle shoes of the present invention first, second or the 3rd embodiment;

Figure 30 is a width of cloth flat sheet of the bottom view of the chock shown in Figure 28 and 29, and this chock uses with the bicycle shoes of the present invention first, second or the 3rd embodiment;

Figure 31 is a width of cloth part, the exploded lateral elevation that is used to be connected the thin section bicycle pedal on the chock shown in Figure 28-30, and this chock is connected on the right crus of diaphragm bicycle shoes of the present invention;

Figure 32 is that the chock of Figure 28-30 sandwiches after bicycle pedal, and bicycle shoes is together with the outer side elevational view of a width of cloth of thin section bicycle pedal shown in Figure 31 and cleat assemblies; With

Figure 33 is Figure 31 is connected the thin section bicycle pedal of chock thereon with having shown in 32 a top plan view.

At first referring to Fig. 1-6, the bicycle shoes 10 according to first embodiment has connection cleat assemblies 12 thereon shown in the figure.Basically, bicycle shoes 10 and cleat assemblies 12 are designed to not have the anchor clamps pedal, for example the thin section bicycle pedal 14 shown in Fig. 5 and Fig. 6.Bicycle shoes 10 is as shown in Fig. 1-4 being a left foot bicycle shoes, and the part of right crus of diaphragm bicycle shoes 10 is presented among Fig. 5-7.Certainly, the left foot bicycle shoes shown in right crus of diaphragm bicycle shoes and Fig. 1-4 is just the same basically, comes down to an one mirror image.Therefore, use bicycle shoes 10 in this article can refer to left foot bicycle shoes or right crus of diaphragm bicycle shoes, and accompanying drawing and explanation be not to adding differentiation yet between them.

Basically, bicycle shoes 10 have 16, one of upper periphery parts and are fixedly attached to sole portion 18 and an insole or a shoe-pad 20 that covers on the sole portion 18 on the upper periphery part 16.Upper periphery part 16, the definite structure of sole portion 18 and insole 20 just no longer go through or have illustrated here.Because the basic structure of bicycle shoes is of the prior art old with common to all.In addition, be familiar with the failed call finer structures partly that those skilled in the art should understand that the present invention should not be limited in this article institute's bicycle shoes 10 of discussing and narrating.

The bicycle shoes 10 that has a connection cleat assemblies 12 thereon can be released to turn up the soil and be connected on the bicycle pedal 14.Pedal 14 consists essentially of the pin of a pedal body 22 in order to the supporting cyclist, 23, one on pedal axle that rotationally pedal body 22 is coupled on the crank arm 21 is coupled in front clamp member 24 and the back clamping element 26 that is coupled in pivotly on the pedal body 22 on the pedal body 22 regularly.Bias piece or pivot spring 28 are coupled between pedal body 22 and the back clamping element 26 so that will back clamping element 26 release open position from a chock and are biased into a chock position of engagement.A clearance adjustment mechanism can also be set on the pedal body 22, and there is description in this mechanism in European patent EP 0,826 among the 588A.Can be with reference to this patent EP 0,826,588A is so that the 26S Proteasome Structure and Function that further specifies this clearance adjustment mechanism and further understand pedal 14.

Upper periphery part 16 is used to admit cyclist's pin, and is fastened on firmly on the sole portion 18.The conventional material that upper periphery part 16 is preferably already known by bicycle is made.For example, the major part of upper periphery part 16 can be made with flexible materials such as leather or nylon.

Can see too clearly in Fig. 8-10, sole portion 18 has 34, one heel part 36 of 32, one tiptoe parts of 30, one outer surfaces of an inner surface and the wealthy part 38 of heelpiece circle.Preferably, sole portion 18 is made by any habitual material for sole of shoe of the known manufacturing bicycle shoes of people.In first embodiment, bicycle shoes 18 is depicted as a kind of road cycling footwear.Therefore, sole portion 18 is made by for example a kind of carbon graphite compound of a kind of quite hard rigid material in this embodiment.Certainly, be familiar with this specification specialty people and can both know that sole portion 18 also can make with more flexible material.

The inner surface 30 of sole portion 18 is upward towards cyclist's pin and have insole 20 (can be one or more layers) and cover on the inner surface 30.The outer surface 32 of sole portion 18 faces down in order to be meshed with pedal 14 by cleat assemblies 12.Interior and the

outer surface

20 and 32 of sole portion 18 has the standard neighboring sole shape of the profile of a pin that meets the cyclist basically.In addition, observe from inner surface 30, sole portion 18 is recessed profiles, and has another recessed groove that longitudinally forms 49.

Sole portion 18 has the center line C of a longitudinal extension, and this line extends to second central point of heel part 36 from the first nodal point of tiptoe part 34.In other words, center line C is divided into two the preceding curve of tiptoe part 34 and basically the back curve of heel part 36 is divided into two basically.

In this first embodiment, sole portion 18 is provided with the connecting

hole

40 and 42 of a pair of longitudinal extension in order to cleat assemblies 12 is coupled thereon, as Fig. 1,2,4 and 5-10 shown in.Certainly, be familiar with these professional personnel and understand all that from this specification this first and second connecting

hole

40 and 42 also can synthesize an independent connecting hole, it has a configuration that is roughly T shape or changes H shape greatly into.In addition, the personnel that are familiar with the car specialty understand that from this specification this connecting

hole

40 and 42 also can make a plurality of apertures so that hold cleat assemblies 12.

In first embodiment, first connecting hole 40 is the grooves on the center line C that is positioned at bicycle shoes 10 of a longitudinal extension.Second connecting hole, 42 side direction separate and extension in parallel basically from first connecting hole 40.Say that more specifically second connecting hole, 42 side direction separate towards the outer edge of bicycle shoes 10, and be parallel to first connecting hole or elongate slots 40 with the form of an elongate slots, but longer on length.Particularly, first connecting hole or groove 40 have one first longitudinal length and second connecting hole or groove 42 have one second longitudinal length, and this second longitudinal length is longer than first longitudinal length of first connecting hole or groove 40.For example in the preferred embodiment, first connecting hole is extending about 21.3 millimeters and second connecting hole 42 extends about 56.9 millimeters on length on the longitudinal length.

First connecting hole or groove 40 with respect to second connecting hole or groove 42 laterally disposed on the wealthy part 38 of sole circle and first connecting hole or groove 40 between first and second ends of second connecting hole or groove 42.Preferably, connecting hole or

groove

40 and 42 have substantially the same transverse width and their longitudinal axis is spaced from each other about 14.0 millimeters.Preferably, connecting hole or

groove

40 and 42 respectively have first and second central points or axle center in each end, and they vertically separate about 32.0 millimeters to about 34.0 millimeters (preferably about 33.5 millimeters) mutually.In addition, the center line of second connecting hole 42 longitudinal centre line C best and bicycle shoes 10 separates about 12.0 millimeters.

As seeing among Fig. 7, cleat assemblies 12 consists essentially of a chock connecting plate or 50, one chocks 52 of part, a pair of packing ring 54 and a pair of threaded fastener or screw 56.Thereby cleat assemblies 12 is coupled in regularly basically and chock connecting plate or part 50 is bonded on the inner surface 30 of sole portion 18 and chock 52 is bonded on the outer surface 32 of sole portion 18.Cleat assemblies 12 can longitudinally be adjusted along the wealthy part 38 of sole circle of sole portion 18.

As Fig. 7, see that chock connector 50 has one and is roughly the profile of T shape and has a base part 60 and four chock nut 61-64 are fixedly attached on the base part 60 in 12 and 13.Base part 60 have one have chock nut 62-64 form thereon first standing part and one have second standing part that chock nut 61 forms thereon.Preferably, base part 60 and chock nut 61-64 are an independent global facility made from the appropriate rigidity material.For example, connector 50 can be made with a kind of hard rigid metal class material of knowing in the prior art that is used as in the material of chock nut usually.

As seeing in Figure 13, base part 60 is preferably crooked to have the curvature with the inner surface 30 that cooperates sole portion 18 of arc.Chock nut 61-64 is riffled tube preferably, and these riffled tubes optionally are used for screw thread securing member 56 being received in wherein.As in Figure 12, seeing, chock nut 62-64 be vertically alignment in case their part by by in second connecting hole 42 that is contained in sole portion 18, and chock nut 61 is that laterally spaced thereby chock nut 61 is that first connecting hole 40 with sole portion 18 aligns from chock nut 62-64, and the part of chock nut 61 is received within first connecting hole 40 of sole portion 18.Certainly, chock nut 61-64 can replace with unthreaded hole, and securing member just can be screwed into chock 52 and suffered like this.

Preferably, thus chock nut 61 separates about 14.0 millimeters with 63 center makes

chock nut

61 and 63 can be used to be connected an ordinary chock for example by Shimano.Inc. made the sort of (seeing Figure 18).

Chock nut

62 and 64 center separate about 32.0 millimeters to about 34.0 millimeters (preferably about 33.5 millimeters), thereby when chock 52 connected thereon by securing member 56, the pedal axle 23 of pedal 14 was between chock nut 62 and 64.Preferably, chock

nut

61 and 64 vertically separates about 16.0 millimeters to about 16.5 millimeters (weighing from the central shaft in the hole of

chock nut

61,62 and 64) from chock nut 62.

As seeing in Fig. 5 and 6, chock 52 is to be designed to release the sole portion 18 of turning up the soil bicycle shoes 10 be coupled on the bicycle pedal 14.Specifically, chock 52 meshes pedal 14 by with downward motion chock 52 being pressed into pedal 14 forward with one.So just chock 52 can be released to turn up the soil and be locked on the pedal 14.Chock 52 can be by the heel part 36 of footwear 10 being reversed to pedal 14 and is released out from pedal 14.

Referring now to Figure 14-17,, chock 52 has the front clamp member 24 of a preceding coupling part 70 in order to engagement pedal 14, coupling part 72 is in order to engagement with move back clamping element 26 after one, and central authorities or a bonding part 74 that extends between preceding coupling part 70 and the coupling part 72, back.Preferably, preceding and back coupling

part

70 and 72 forms an independent single piece together with middle body 74 by a kind of appropriate rigidity material.

Preceding coupling part 70 and coupling part 72, back respectively have a hole or groove 76 in order to admit one of them securing member 56 therein, so that in more ordinary mode chock 52 is coupled on the sole portion 18 of bicycle shoes 10, as shown in Figure 7.Chock 50 is relatively known with being interconnected in the industry of sole portion 18, therefore thisly is interconnected in just no longer detailed giving herein and discusses or illustrated.

Seen at Figure 14-17, preceding coupling part 70 has the front clamp member 24 of a nose part 82 in order to engagement pedal 14.Nose part 82 has the stop surface 86 that is coupled surface 84 before and forms bending thereon.Before be coupled 84 flat basically surfaces preferably, surface, be designed to be meshed with the preceding chock mating surface 25 of front clamp member 24.Crooked stop surface 86 is designed to a cut-off parts in order to engagement front clamp member 24, to stop chock 54 moving forward with respect to pedal body 22.Crooked stop surface 86 engagement front clamp member 24 are to form one in order to disengage the pivotal point of chock 52 pivotally from pedal body 22.

Back coupling part 72 has and is coupled surface 88 after a pair of, in order to mesh the back chock mating surface 27 of back clamping element 26, so that by back clamping element 26 chock 52 is fastened on the pedal body 22.After be coupled preferably flat basically flat surfaces, surface 88, be arranged essentially parallel to chock 52 before be coupled surface 84.Back coupling part 72 also has cam surface 90 bending or that become dihedral, and this cam surface is designed to engagement back clamping element 26 when chock 52 is coupled on the pedal body 22.Particularly, cam surface 90 is designed to when chock 52 moves down with respect to pedal body 22 back clamping element 26 to be rotated back to its chock from its normal chock position of engagement and releases open position.Back coupling part 72 also has the stop surface 92 of a bending, in order to mesh back clamping element 26 mobile backward with respect to pedal body when preventing that chock 52 is when being coupled in pedal body 22 on.Also be provided with on the back coupling part 72 a pair of in order to engagement sole portion 18 upwardly extending protruding 93 so that correctly chock 52 is positioned on the sole portion 18.

Middle body 74 has a basal surface 94 on plane basically, and this basal surface is designed to mesh a chock area supported of pedal 14.The upper surface 96 of middle body 74 is recessed with respect to preceding and back coupling

part

70 and 72 and has a central openings 98 therein.

When being coupled in chock 52 on the bicycle pedal 14, the cyclist jumps on pedal body 22, and pedal body makes clamping

element

24 and 26 automatically grip chock 52 so that pedal 14 is fastened on the sole portion 18 of bicycle shoes 10 thereupon.More specifically say, when being connected in bicycle shoes 10 on the through type pedal 14 by chock 52, thereby the cyclist needs with footwear 10 with respect to pedal body 22 obliquely downwards and move forward the front end or the nose part 82 that make chock 52 and be meshed with the front clamp member 24 of pedal body 22.

In case the front end of chock 52 is with after the front clamp member 24 of pedal body 22 is meshed, the cyclist just contacts the rear end of chock 52 with the back clamping element 26 of pedal body 22.This makes cam surface 90 mesh back clamping elements 26.In this position, the cyclist is pressed in the elastic force that makes back clamping element 26 head on biasing spring 28 on the pedal 14 downwards with footwear 10 and begins to pivot backward and back clamping element 26 is switched to a chock releases open position.So the rear end of chock 52 is selected into the position of subtend in a back side of back clamping element 26.Then, back clamping element 26 is return again under the elastic force of bias piece or spring 28, thereby the rear end of back clamping element 26 engagement chocks 52.This engagement makes cyclist's footwear 10 be fixed on the pedal 14 by chock 52.

When footwear when pedal 14 is released out, the cyclist uses the front end of chock 52 usually be nose part 82 as a pivotal point with footwear around one perpendicular to or the axis that is approximately perpendicular to pedal 14 axis rotate.The result of this pivotal action is that elastic force that back clamping element 26 heads on spring 28 is switched to a chock backward and releases open position footwear 10 are released out from pedal 14 together with chock 52.

As in Figure 18, seeing, sole portion 18 can with a common cleat assemblies 12 ' be used in combination.Common cleat assemblies 12 ' in the field of business is known, and is therefore just no longer gone through or illustrates here.Basically, cleat assemblies 12 is to belong to the SPD that is used for them that is made by Shimano.Inc. ^The sort of pattern of footwear and pedal.More particularly, a connecting plate of this cleat assemblies 12 ' have or part 50 ', chock 52 ', adapter 54 ' and a pair of threaded securing member or screw 56 '.

Cleat assemblies 12 ' be coupled in regularly on the sole portion 18 basically, thereby the inner surface 30 of connecting plate 50 ' engagement sole portion 14, and the outer surface 32 of chock 52 ' engagement sole portion 18.More specifically say, connecting plate 50 ' chock nut 61 ' and 63 ' be received in respectively in connecting

hole

40 and 42, the longitudinal axis of thereby connecting plate 50 ' extend substantially transversely to sole portion 18 is installed.

Second embodiment

Referring now to Figure 19-21,, demonstrates one among the figure according to Improvement type sole portion 18A of the present invention.The sole portion 18A sole portion 18 with above-mentioned basically is identical, and just sole portion 18A has the connecting hole 42A of a pair of vertical alignment.In other words, the connecting hole 42 of the sole portion 18 of first embodiment is divided into two independent connecting hole 42A and first connecting hole 40 has been done without.Therefore, sole portion 18A will here at length not discuss or explanation.

Basically, sole portion 18A be designed to basically mode same in first embodiment coupled on upper periphery part 16 and be designed to basically with first embodiment in same mode and cleat assemblies 18 use.Sole portion 18A has an inner surface 30A, an outer surface 32A, a tiptoe part 34A, a heel part 36A and the wealthy part 38A of sole circle.Preferably, the sole portion 18A any general material for sole of shoe of making bicycle shoes with being used to is as you know made.In the present embodiment, sole portion 18A preferably makes with a kind of hard rigid material that is essentially of for example carbon graphite compound.Certainly, be familiar with these professional personnel and know all that from this specification sole portion 18A also can make with flexible, elastomeric material.

The inner surface 30A of sole portion 18A towards last towards the cyclist pin and have insole or shoe-pad 20, this shoe-pad can be individual layer or multilayer, cover on the inner surface 30A.The outer surface 32A of sole portion 18A faces down so that mesh pedal 14.The neighboring sole shape that the interior and outer surface 30A of

sole portion

18A and 32A have standard, this shape meets the profile of cyclist foot basically.In addition, it is a recessed section that sole portion 18A observes from inner surface 30A, and it has another recessed groove 49A that forms along the longitudinal.

Sole portion 18A has the center line C of a longitudinal extension, and this center line extends to second central point of heel part from the first nodal point of tiptoe part 34A.In other words, center line C is divided into two the preceding curve of tiptoe part 34A basically and basically the back curve of heel part 36A is divided into two.

Connecting hole 42A laterally separates and extension in parallel basically from longitudinal centre line C.More particularly, the second connecting hole 42A laterally separates and is the form of elongate slots towards the outer edge of bicycle shoes 10.Preferably, the center line of the second connecting hole 42A separates about 12.0 millimeters from longitudinal centre line C.Preferably, connecting hole 42A extends about 21.3 millimeters on longitudinal length.Preferably, the central point of connecting hole or groove 42A vertically separates about 32.0 millimeters to about 34.0 millimeters (preferably about 33.5 millimeters) mutually and has substantially the same transverse width.

As mentioned above, different substantially between the sole portion 18A of the sole portion 18 of first embodiment and second embodiment are that sole portion 18A has only used a pair of connecting hole 42A that aligns on vertically.In other words, the connecting hole 42 of the sole portion 18 of first embodiment be divided into two independent connecting hole 42A first connecting holes 40 then quilt done without.Therefore, sole portion 18A is designed to be specifically designed to for example chock 52 of low profile chock.

In the present embodiment, chock connector 50A (being represented by dotted lines) only has the curved curved plates or the standing part that have a pair of screwed hole or chock nut 62A and 64A, and the chock nut is aimed at connecting hole 42A.Preferably, Yi Bufen chock nut 62A and 64A extend among the connecting hole 42A.Certainly, chock nut 62A and 64A can substitute with unthreaded hole, thereby securing member can be screwed in the chock.The center of chock nut is spaced about 32.0 millimeters to about 34.0 millimeters (preferably about 33.5 millimeters) thereby when chock connected thereon by securing member 56, the pedal axle 23 of pedal 14 was between the chock nut.

The 3rd embodiment

Referring now to Figure 22-24,, demonstrates left foot bicycle shoes 10B among the figure according to third embodiment of the invention.Basically, bicycle shoes 10B are bicycle shoes that designs for mountain bike specially.More particularly, in the present embodiment, sole portion 18B makes with flexible, elastomeric material, and this material is generally used for the bicycle shoes of mountain bike formula.

Bicycle shoes 10B has a upper periphery part 16B, a sole portion 18B and an insole or a shoe-pad 20B who covers on the sole portion 18B who is coupled in regularly on the upper periphery part 16B.Upper periphery part 16B, sole portion 18B and insole 20B will here not go through or illustrate, because the basic structure of a bicycle shoes is outmoded common to all in the prior art.In addition, be familiar with the failed call concrete structure partly that these professional personnel should understand that the present invention should not be limited in this article the bicycle shoes 10B that discusses and narrate of institute.

Sole portion 18B comprises a pair of connecting hole 42B.Basically, sole 18B is substantially the same with sole portion 18A previously discussed, except this is a mountain bike pattern rather than highway car pattern.Sole portion 18B has a tiptoe part 34B, a heel part 36B and the wealthy part 38B of sole circle.Preferably, sole portion 18B makes by being used to make the known general material for sole of shoe of bicycle shoes.In the present embodiment, sole portion 18B is that in the industry those of garage are flexible basically by being used for, elastomeric material is made.

Sole portion 18B has the longitudinal extension center line C that second central point from the first nodal point of tiptoe part 34B to heel part 36B extends.In other words, center line C is divided into two the preceding curve of tiptoe part 34B basically and the back curve of heel part 36B is divided into two basically.

Connecting hole 42B side direction separates and extension in parallel basically from longitudinal centre line C.More particularly, the second connecting hole 42B side direction separates towards bicycle shoes 10B outer edge, and is the form of elongate slots.Preferably, the center line of the second connecting hole 42B separates about 12.0 millimeters from longitudinal centre line C.Preferably, connecting hole 42B extends about 21.3 millimeters on longitudinal length.

The 4th embodiment

Referring now to Figure 24 A,, demonstrates among the figure according to the bicycle shoes 10C of the part of fourth embodiment of the invention and one two chock connector.The chock connector of present embodiment is formed by a pair of chock standing part 51C and the 53C that separates.

Chock standing part

51C and 53C have first and second chock nut 62C and the 64C, and in order to by a pair of threaded fastener chock 52 being coupled thereon, this and above-mentioned mode are basic identical.

Sole portion 18C has one

chock nut

62C and 64C is received in wherein microscler connecting hole or groove 42C.Groove 42C longitudinally is placed between the tiptoe and heel part of sole portion 18C, and has a longitudinal length that is at least about 32.0 millimeters to about 34.0 millimeters (preferably about at least 33.5 millimeters), thereby when chock 52 connected thereon by securing member, the pedal axle 23 of pedal 14 was between chock nut 62C and 64C.Groove 42C have a plurality of relatively to sweep, the size of these parts can mesh chock nut 62C and 64C.Groove 42C relative to its size of sweep can mesh chock

nut

62C and 64C moves to prevent standing part 51C and vertically moving of 53C in order to hold them among the groove 42C in groove 42C.

The 5th embodiment

Referring now to Figure 24 B,, demonstrates among the figure according to the bicycle shoes 10D of the part of fifth embodiment of the invention and one two chock connector.The chock connector of present embodiment is formed by a pair of chock standing part 51D and the 53D that separates.Chock standing part 51D and 53D have the first and second chock nut 62D and 64D in order to by a pair of threaded securing member chock 52 is coupled thereon, and this is substantially the same with above-mentioned mode.

Sole portion 18D has and a pair of chock nut 62D and 64D is received in wherein microscler connecting hole or groove 42D.Groove 42D longitudinally is placed between the tiptoe and heel part of sole portion 18D.Groove 42D is substantially the same with above-mentioned groove 42A, thereby when chock 52 connected thereon by securing member, the pedal axle 23 of pedal 14 was between chock nut 62D and 64D.

The 6th embodiment

Referring now to Figure 25-27,, demonstrates bottom among the figure according to the left foot bicycle shoes 10E with an improvement sole portion 18E of sixth embodiment of the invention.For the purposes of the present invention, sole portion 18E is substantially the same with above-mentioned sole portion 18, and just sole portion 18E has three extra circular connecting hole 43E-45E.Hole 43E-45E is configured to hold connecting plate 50E, as shown in Figure 26 in order to " Look ^" chock that can cooperate is coupled in wherein.More particularly, sole portion 18E is a kind of universal sole, and it can hold the cleat assemblies of multiple different types, and for example mistake discussed herein is several.For example, the chock connecting plate 50 of the cleat assemblies 12 of Fig. 7 can be connected on the sole portion 18E, as shown in Figure 27.In addition, chock connecting

plate

50 ', 50A, 51C, 53C and 50E can be connected in sole portion 18E and go up in order to chock 52 or 52 ' be coupled thereon.In view of the similitude between sole portion 18 and the 18E, just sole portion 18E is not described in detail here.

Basically, sole portion 18E be designed to basically with first embodiment in identical mode be coupled in upper periphery part 16E go up and be designed to basically in first embodiment identical mode use with cleat assemblies 12E.Basically, sole portion 18E can be divided into a plurality of parts, i.e. tiptoe part 34E, a heel part 36E and the wealthy part 38E of sole circle.

Sole portion 18E has the longitudinal extension center line C that second central point from the first nodal point of tiptoe part 34E to heel part 36E extends.In other words, center line C is divided into two the preceding curve of tiptoe part basically and the back curve of heel part 36E is divided into two basically.Preferably, sole portion 18E makes by being used to make the known any general material for sole of shoe of bicycle shoes.In the present embodiment, sole portion 18E is that the hard rigid material is made by a kind of for example carbon graphite compound basically preferably.Certainly, be familiar with these professional personnel and understand all that from specification this sole portion 18E also can make with flexible, elastomeric material.

As mentioned above, the basic difference between the sole portion 18E of the sole portion 18 of first embodiment and the 6th embodiment is that sole portion 18E has used three extra connecting hole 43E-45E.Hole 43E-45E is provided to hold " a Look ^" can cooperate the connecting plate 50E of chock, as shown in Figure 26.Particularly, three screwed hole 63E-65E of connecting plate 50E aim at the hole 43E-45E of sole portion 18E, thereby available bolt comes a fastening Look ^Can cooperate chock therein.

" Look ^" can cooperate three extra connecting hole 43E-45E of chock requirement to be configured to the pattern of an isosceles triangle, one of them connecting hole 43E-45E is positioned at leg-of-mutton each place, summit.In addition, the triangle that is formed by hole 43E-45E has the summit that is formed by two of isosceles triangle mutually equilateral intersection points, and this summit is towards the tiptoe part 34E of sole portion 18E.More particularly, top hole 43E is positioned at the centre of groove 40E and 42E, and hole, foremost 43E joins mutually with groove 42E.Two remaining metapore 44E and 45E is arranged to be substantially perpendicular to center line C groove 40E and 42E is then therebetween.In other words, the inequilateral of the isosceles triangle that is formed by hole 44E and 45E is perpendicular to the center line C of bicycle shoes 10E.At a typical Look ^But in the fit structure, the center of hole 44E and 45E separates about 37.0 millimeters, and the center of hole 43E separates about 34.0 millimeters from the center of hole 44E and 45E.Certainly the personnel that are familiar with this specification specialty understand rotation when the isosceles triangle that is formed by hole 43E can and/or be wanted at needs.Know also that to being familiar with these professional personnel hole 43E can be that other shape and/or size are to cooperate the chock structure of other type at needs and/or when wanting.For example, hole 43E can be hexagonal.

In this 6th embodiment, sole portion 18E is provided with a pair of longitudinal extension connecting hole 40E and 42E, this hole basically with Fig. 1,2,4 and 5-10 shown in the sole portion 18 of first embodiment in

hole

40 and 42 substantially the same.The first connecting hole 40E is a longitudinal extension groove, is located substantially on the center line C of bicycle shoes 10E.The second connecting hole 42E side direction separates and extension in parallel basically from the first connecting hole 40E.More particularly, the second connecting hole 42E side direction separates towards the outer edge of bicycle shoes 10E, and is that to be parallel to first connecting hole be elongate slots 40E but longer on length for the form of an elongate slots.Particularly, first connecting hole or groove 40E have one first longitudinal length and second connecting hole or groove 42E have one second longitudinal length, and this length is longer than first longitudinal length of first connecting hole or groove 40E.For example in the 6th embodiment, the first connecting hole 40E is extending about 21.3 millimeters and the second connecting hole 42E extends about 56.9 millimeters on length on the longitudinal length.

First connecting hole or groove 40E are laterally disposed in the wealthy part 38E of sole circle with respect to second connecting hole or groove 42E.And first connecting hole or groove 40E between first and second terminations of second connecting hole or groove 42E.Preferably, connecting hole or groove 40E and 42E have substantially the same transverse width and their longitudinal axis is spaced from each other about 14.0 millimeters.Preferably, connecting hole or groove 40E and 42E have the first and second center end points, vertically separate about 32.0 millimeters to about 34.0 millimeters (preferably about 33.5 millimeters) mutually.In addition, the second connecting hole 42E preferably the longitudinal centre line C of its center line and bicycle shoes 10E separate about 12.0 millimeters.

Certainly, the personnel that are familiar with this specification specialty know that the first and second connecting hole 40E and 42E can be merged into independent having or roughly T shape or the roughly connecting hole of H shape configuration.In addition, the personnel that are familiar with this specification specialty know that connecting hole 40E and 42E also can make a plurality of holes to hold cleat assemblies 12E.

The chock and the pedal of improvement

Referring now to Figure 28-33,, demonstrates a kind of improvement chock 52A that is used to improve pedal 14A according to of the present invention among the figure.This chock and pedal have comprehensive description in the European patent EP of quoting 0,826 among the 588A.Basically, securing member 54 can substantially the same mode enough and above-mentioned relevant chock 52 be connected sole portion 18 with

chock

52A, 18A or 18B.Therefore, chock 52A and pedal 14A will here not go through or illustrate.

Basically, chock 52A has a preceding coupling part 70A in order to the front clamp member 24A of engagement pedal 14A, back coupling part 72A, and central authorities or a coupling part 74A who extends between preceding coupling part 70A and the back coupling part 72A in order to engagement and mobile back clamping element 26A.Preferably, preceding and back coupling

part

70A and 72A are integrally to form an independent unified part together with middle body 74A, and this part is made with suitable rigid material.

Preceding coupling part 70A and back coupling part 72A respectively have a hole or groove 76A in order to admit one of them securing member 56 by this hole so that chock 52A is coupled on the sole portion 18 of bicycle shoes 10 in more common mode.This chock 52A and being interconnected in the industry of sole portion 18 are relatively known, and therefore, this interconnection does not just here go through or illustrated.

Preceding coupling part 70A has the front clamp member 24A of a nose part 82A in order to engagement pedal 14A.Nose part 82A has and is coupled surperficial 84A and a formation crooked stop surface 86A thereon before one.Before be coupled preferably flat basically surface of surperficial 84A, this surface is designed to the preceding chock mating surface 25A of engagement front clamp member 24A.Crooked stop surface 86A is designed to a cut-off parts in order to engagement front clamp member 24A to prevent chock 54A moving forward with respect to pedal body 22A.The pivotal point of crooked stop surface 86A engagement front clamp member 24A to be formed for chock 52A is disengaged from pedal body 22A pivotally.

Back coupling part 72A has a pair of back and connects surperficial 88A, in order to the back chock mating surface 27A that meshes back clamping element 26A so that chock 52A is fastened on the pedal body 22A by back clamping element 26A.After be coupled the preferably flat basically surface of surperficial 88A, this surface be arranged essentially parallel to chock 52A before be coupled surperficial 84A.Back coupling part 72A also has a bending or angled cam surface 90A, and this cam surface is designed in order to engagement back clamping element 26A when being coupled to chock 52A on the pedal body 22A.Particularly, cam surface 90A is designed to release open position in order to make back clamping element 26A rotate back to its chock from its normal chock position of engagement when chock 52A moves down with respect to pedal body 22A.Back coupling part 72A also has a crooked stop surface 92A, and to be used for meshing back clamping element 26A mobile backward with respect to pedal body when be coupled in pedal body 22A to prevent chock 52A.

It is the basal surface 94A on plane basically that middle body 74A has one, and this basal surface is designed to a chock bearing-surface in order to engagement pedal 14A.The upper surface 96A of middle body 74A is designed to the outer surface 32 in order to engagement sole portion 18.

Though selected several embodiment the present invention is described, is familiar with these professional personnel and only all knows otherwise depart from the scope of the invention that limits by claims and can also make many different variations and improvement.

Claims

1. bicycle shoes, be suitable for a chock is admitted thereon regularly so that use with bicycle pedal, it comprises: a sole portion, this sole portion has an inner surface that faces cyclist's foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between described tiptoe part and described heel part that vertically separates from described tiptoe part, be formed with the first and second microscler link slots on the wealthy part of wherein said sole circle, described groove extends between described tiptoe part and described heel part along the longitudinal in parallel to each other, described first groove has one first longitudinal length and described second groove has second longitudinal length of being longer than described first longitudinal length of described first groove, described first groove is laterally disposed with respect to described second groove in the wealthy part of described sole circle, and described first groove is between first and second terminations of described second groove.

2. bicycle shoes as claimed in claim 1 is characterized in that wherein said first and second grooves have to be spaced from each other 14.0 millimeters first and second longitudinal axis.

3. as the bicycle shoes of claim 1 or 2, it is characterized in that it also comprises a chock connector on the described inner surface that covers described sole portion, described chock connector has first standing part that covers on described second groove, so that this chock is connected securely on the described outer surface of described sole portion.

4. bicycle shoes as claimed in claim 3 is characterized in that wherein said first standing part has first and second holes of aliging with described second groove, and this first and second hole is used for by wherein admitting securing member.

5. bicycle shoes as claimed in claim 3 is characterized in that wherein said chock connector also comprises second standing part that covers on described first groove, in order to chock is connected on the described outer surface of described sole portion securely.

6. bicycle shoes as claimed in claim 5 is characterized in that wherein said first standing part has the 3rd hole of aliging with described second groove, the 3rd hole be used for by wherein admit a securing member and

Described second standing part has the 4th hole of aliging with described first groove, and the 4th hole is used for by wherein admitting a securing member.

7. bicycle shoes as claimed in claim 6 is characterized in that the wherein said first, second, third and the 4th hole is all threaded.

8. bicycle shoes as claimed in claim 6 is characterized in that wherein said the 3rd hole is between described first and second holes.

9. bicycle shoes as claimed in claim 6 is characterized in that the central axis in wherein said third and fourth hole is spaced from each other 14.0 millimeters.

10. bicycle shoes as claimed in claim 3 is characterized in that wherein said chock connector is vertically to regulate with respect to described second groove of described sole portion.

11., it is characterized in that wherein said first and second grooves have identical transverse width as the bicycle shoes of claim 1 or 2.

12., it is characterized in that wherein said sole portion is to be made by flexible, flexible material as the bicycle shoes of claim 1 or 2.

13., it is characterized in that wherein said sole portion is to be made by a kind of material hard, rigidity as the bicycle shoes of claim 1 or 2.

14., it is characterized in that the described rigid material of wherein said sole portion is to make with carbon graphite as the bicycle shoes of claim 13.

15. bicycle shoes as claimed in claim 4 is characterized in that wherein said first and second holes are screwed.

16. bicycle shoes as claimed in claim 4 is characterized in that wherein said first and second holes have first and second central axis, this central axis is spaced from each other 32.0 millimeters to 34.0 millimeters in the vertical.

17., it is characterized in that the central axis in wherein said first and second holes is spaced from each other 33.5 millimeters as the bicycle shoes of claim 16.

18., it is characterized in that it also comprises three auxiliary tie points as the bicycle shoes of claim 1 or 2, to arrange and form an isosceles triangle, described tiptoe part is pointed on one of them summit, and described three auxiliary tie points are formed by auxiliary connecting hole.

19., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and at least one groove in the described first and second microscler link slots intersect as the bicycle of claim 18.

20., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and the described second microscler link slot intersect as the bicycle shoes of claim 18.

21., one of it is characterized in that in the wherein said auxiliary connecting hole that a hole is laterally between the described first and second microscler link slots as the bicycle shoes of claim 18.

22., it is characterized in that the wherein said first and second microscler link slots are perpendicular to a line that extends between two described auxiliary connecting holes as the bicycle shoes of claim 18.

23., it is characterized in that wherein said first and second link slots are to be formed by a continuous link slot that along the longitudinal direction is extended between described tiptoe and heel part as the bicycle shoes of claim 18.

24., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and described continuous link slot intersect as the bicycle shoes of claim 23.

25., it is characterized in that the described auxiliary connecting hole of wherein nearest described tiptoe part and described first link slot intersect as the bicycle shoes of claim 18.

26. bicycle shoes, be suitable for a chock is admitted thereon regularly so that use with bicycle pedal, it comprises: a sole portion, this sole portion has an inner surface that faces cyclist's foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between described tiptoe part and described heel part that vertically separates from described tiptoe part, be formed with the first and second microscler link slots on the wealthy part of wherein said sole circle, described groove is alignment along the longitudinal between described tiptoe part and described heel part.

27., it is characterized in that wherein said first and second grooves have the first and second identical longitudinal lengths and first and second central points as the bicycle shoes of claim 26.

28., it is characterized in that wherein said first and second grooves are spaced from each other 33.5 millimeters in the vertical as the bicycle shoes of claim 26 or 27.

29. bicycle shoes as claim 26 or 27, it is characterized in that it comprises that also the first and second chock standing parts on the described inner surface that covers described sole portion, described first standing part cover described first groove so that chock is connected securely on the described outer surface of described sole portion and described second standing part covers described second groove so that chock is connected securely on the described outer surface of described sole portion.

30., it is characterized in that wherein said first standing part has first hole of aliging with described first groove and described second standing part has second hole of aliging with described second groove so that by wherein admitting securing member as the bicycle shoes of claim 29.

31., it is characterized in that the wherein said first and second chock standing parts can regulate in the vertical with respect to described first and second grooves of described sole portion as the bicycle shoes of claim 29.

32., it is characterized in that the wherein said first and second chock standing parts are connected by a base part as the bicycle shoes of claim 29.

33., it is characterized in that wherein said base part is the plate of a bending as the bicycle shoes of claim 32.

34., it is characterized in that wherein each described first and second chock standing part respectively has an independent base part thereby the described first and second chock standing parts can independently relative to each other move as the bicycle shoes of claim 29.

35., it is characterized in that wherein said first and second grooves have identical transverse width as the bicycle shoes of claim 26 or 27.

36., it is characterized in that wherein said sole portion is to be made by flexible, flexible material as the bicycle shoes of claim 26 or 27.

37., it is characterized in that wherein said sole portion is to be made by a kind of material hard, rigidity as the bicycle shoes of claim 26 or 27.

38., it is characterized in that the described rigid material of wherein said sole portion is to make with carbon graphite as the bicycle shoes of claim 37.

39., it is characterized in that wherein said first and second holes are screwed as the bicycle shoes of claim 30.

40. as the bicycle shoes of claim 30, it is characterized in that wherein said first and second holes have first and second central axis, this central axis is spaced from each other 32.0 millimeters to 34.0 millimeters in the vertical.

41., it is characterized in that the central axis in wherein said first and second holes is spaced from each other 33.5 millimeters as the bicycle shoes of claim 40.

42., it is characterized in that it also comprises three auxiliary tie points as the bicycle shoes of claim 26 or 27, to arrange and form an isosceles triangle, described tiptoe part is pointed on one of them summit, and described three auxiliary tie points are formed by auxiliary connecting hole.

43., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and at least one groove in the described first and second microscler link slots intersect as the bicycle of claim 42.

44., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and the described second microscler link slot intersect as the bicycle shoes of claim 42.

45., one of it is characterized in that in the wherein said auxiliary connecting hole that a hole is laterally between the described first and second microscler link slots as the bicycle shoes of claim 42.

46., it is characterized in that the wherein said first and second microscler link slots are perpendicular to a line that extends between two described auxiliary connecting holes as the bicycle shoes of claim 42.

47., it is characterized in that wherein said first and second link slots are to be formed by a continuous link slot that along the longitudinal direction is extended between described tiptoe and heel part as the bicycle shoes of claim 42.

48., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and described continuous link slot intersect as the bicycle shoes of claim 47.

49., it is characterized in that the described auxiliary connecting hole of wherein nearest described tiptoe part and described first link slot intersect as the bicycle shoes of claim 42.

50. bicycle shoes, be suitable for a chock is admitted thereon regularly so that use with bicycle pedal, it comprises: a sole portion, this sole portion has an inner surface that faces cyclist's foot, an outer surface that faces pedal, a tiptoe part, a heel part and the wealthy part of sole circle between described tiptoe part and described heel part that vertically separates from described tiptoe part, the first microscler link slot that wherein is formed on the wealthy part of described sole circle is extending at least 32.0 millimeters on the direction between described tiptoe part and the described heel part longitudinally.

51., it is characterized in that it also comprises three auxiliary tie points as the bicycle shoes of claim 50, to arrange and form an isosceles triangle, described tiptoe part is pointed on one of them summit, and described three auxiliary tie points are formed by auxiliary connecting hole.

52., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and at least one groove in the described first and second microscler link slots intersect as the bicycle of claim 51.

53., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and the described second microscler link slot intersect as the bicycle shoes of claim 51.

54., one of it is characterized in that in the wherein said auxiliary connecting hole that a hole is laterally between the described first and second microscler link slots as each bicycle shoes in the claim 51 to 53.

55., it is characterized in that the wherein said first and second microscler link slots are perpendicular to a line that extends between two described auxiliary connecting holes as each bicycle shoes in the claim 51 to 53.

56., it is characterized in that wherein said first and second link slots are to be formed by a continuous link slot that along the longitudinal direction is extended between described tiptoe and heel part as each bicycle shoes in the claim 51 to 53.

57., it is characterized in that the described auxiliary connecting hole of wherein the most close described tiptoe part and described continuous link slot intersect as the bicycle shoes of claim 56.

58., it is characterized in that the described auxiliary connecting hole of wherein nearest described tiptoe part and described first link slot intersect as the bicycle shoes of claim 51.