CN101433388B

CN101433388B - Boot with improved leg tightening

Info

Publication number: CN101433388B
Application number: CN2008101754180A
Authority: CN
Inventors: T·肖维诺; T·多纳迪厄
Original assignee: Salomon SAS
Current assignee: Salomon SAS
Priority date: 2007-11-13
Filing date: 2008-11-12
Publication date: 2012-02-22
Anticipated expiration: 2028-11-12
Also published as: CN101433388A; EP2060196B1; FR2923362B1; FR2923362A1; RU2497423C2; US20090119952A1; RU2008144760A; EP2060196A1; DE202008017700U1

Abstract

A boot 1 including a sole 2 and an upper 3, the boot 4 extending lengthwise from a heel 4 to a front end 5 , widthwise between a lateral portion 6 and a medial portion 7, and height-wise from the sole 2 to an upper end 12. The boot 1 includes a reinforcement 40 that is more rigid than the upper 3, at least in the region of the instep, the reinforcement 40 including a lateral wall 42 and/or a medial wall 43, and extending beneath the instep, the boot further including a transverse linkage 50 provided to tighten the instep zone, the linkage 50 extending from the lateral portion 6 to the medial portion 7 in a transverse plane W of the boot.

Description

Follow-on upper of a shoe fastening-type footwear

Technical field

The present invention relates to footwear, especially sport footwear particularly relates to and is used for skiing, race or track-and-field footwear.

Background technology

Such footwear can be used for a plurality of fields, like cross-country skiing or telemark skiing, and level land or mountain region race, mountaineering, perhaps towards snow slab, snowshoe, the belt wheel ice skate, roller sliding plate, cycling, ball game, or other motion or the like.

Footwear can have low upper of a shoe or high upper of a shoe.General requirement is that user's foot will fully be kept.In fact, foot remains in the upper of a shoe well, can guarantee better use.

For example, wear pliable and tough footwear, for example be used for the footwear of cross-country skiing, keep being convenient to transmit sensory information or being convenient to foot fully unfolding.Especially at the place, instep, the fastener of upper of a shoe is used to keep user's foot.

Traditionally, it is fitting that fastener has one on the one hand, and having on the other hand is the attaching parts that fitting is connected in upper of a shoe.These attaching parts are chapes, are connected in the Outboard Sections (partie lat é rale) and the inside part (partie m é diale) of upper of a shoe.The path that is fitting makes it alternately to lead to another part from a part.Therefore, only need lift be fitting make each several part near with fasten upper of a shoe.Then, locking is fitting, keeps fastening.

Should be that foot is remained in the footwear by the problem that good fastener solves.Particularly in skating, in the cross-country skiing of promptly carrying out according to skating speed, importantly the horizontal direction along footwear keeps foot fully.This can obtain lateral thrust more accurately.Therefore, in other words, the action that should not take place that must avoid foot in footwear, especially to locate on the instep.

In fact, when foot in upper of a shoe on the instep or other position when movable, the transmission of sensory information or action impulse force is not too accurately.Therefore, performance especially exercise performance suffer damage.

In addition, the perseveration of foot in upper of a shoe shows as the friction that produces wound.

In order to improve the posture of foot in upper of a shoe, the someone proposes to increase a root system fitting, is used to fasten the zone, instep.

This embodiment is provided by DE7729564U.In this embodiment, footwear not only has a traditional fastener, and promptly being used for one of fastening upper of a shoe reversiblely is fitting and chape, and has that to be used to fasten one of zone, instep be fitting.This is that the Outboard Sections of fitting along a transverse plane from footwear extends to an inside part.It is the fastening force that fitting further increases device.The result is on the instep and/or sole of the foot place keeps foot more tightly.This means that foot imposes effect with bigger strength towards sole.

But, in the footwear that DE7729564U proposes, be imperfect during the maintaining of foot.Particularly, the height on the instep, also exist foot in upper of a shoe often along the hunt effect of horizontal direction.

In other words, also require to improve the posture of foot in footwear, particularly horizontal posture.

Summary of the invention

Therefore, one of the object of the invention is to improve the maintenance of foot in footwear, and perhaps in other words, what minimizing even removal foot should not take place in footwear moves.Especially moving along horizontal direction.

Another object of the present invention is to make footwear all more comfortable in inactive state and active state.In fact, it is worth noting during stop motion and move for example cross-country skiing, walking or the like, all to have comfortable sensation.

For this reason, the present invention proposes a kind of footwear, and it has a sole and a upper of a shoe, and footwear extends to a leading section from heel on length, between an Outboard Sections and an inside part, extending on the width, in height extends to a upper end from sole.

Footwear of the present invention is characterised in that; It has a reinforcement, its rigidity greater than upper of a shoe at least in the rigidity in instep zone, reinforcement has an outer ledge and/or an inside edge; Extend perpendicularly on reinforcement and instep; Because it has a transverse tie fitting that is used for zone, fastening instep, therefore, is that fitting extends to inside part from Outboard Sections on a transverse plane of footwear.

Obviously, the transverse tie fitting is through tension of known any means and reversible the tension that keeps.For example, the transverse tie fitting can have an Outboard Sections, an inside part and a reversible retaining mechanism.

Therefore, in footwear of the present invention, reinforcement is that foot provides outside supporting and/or inboard supporting, and the transverse tie fitting is suitable for foot with the user and remains on the outer ledge and/or on the inside edge.In other words, the transverse tie fitting not only acts on foot towards sole, and towards outer ledge and/or inside edge, promptly Outboard Sections and/or the inside part towards footwear acts on foot.Subsequently, foot laterally remains in the upper of a shoe preferably.In fact, foot with keep contact preferably perpendicular to the upper of a shoe on instep, that is to say, use the footwear of prior art, also at least usually keep enduringly contacting preferably even be not.

In addition, can be specified to, reinforcement comprises a bottom surface.Obviously, in this case, the transverse tie fitting acts on foot towards the bottom surface of reinforcement.

In the superiority of footwear of the present invention, can enumerate and improve the maintenance of foot in footwear, especially the edge is transverse to the maintenance of the direction of instep height.In fact, foot is less activity in upper of a shoe, even unmovable at all.Therefore, the transmission of sensory information or action impulse force is better.In other words, it is more accurate to move, especially true during skating.In fact, when the lateral thrust of shank, be that foot laterally is pressed on the reinforcement place.

Another superiority of the present invention is that comfortableness increases, especially because the wound relevant with hunt effect is avoided.

In general, obviously, footwear of the present invention all provides bigger comfortableness in inactive state or active state.

Description of drawings

By means of explanation with reference to the accompanying drawings, further feature of the present invention and superiority will be better understood, and accompanying drawing illustrates the present invention according to non-limiting example and can how to implement, and accompanying drawing is following:

Fig. 1 is the front perspective view according to the footwear of the first embodiment of the present invention, and it illustrates an Outboard Sections;

Fig. 2 is similar to Fig. 1, and a fastener of upper of a shoe is shown;

Fig. 3 is the front perspective view of footwear shown in Figure 1, and an inside part is shown;

Fig. 4 is the schematic perspective view of footwear shown in Figure 1, and a reinforcement of footwear is shown;

Fig. 5 is the profile along V-V among Fig. 1;

Fig. 6 is the side view of footwear shown in Figure 1;

Fig. 7 is according to the profile of the design of Fig. 5, and the second embodiment of the present invention is shown;

Fig. 8 is according to the profile of the design of Fig. 5, and the third embodiment of the present invention is shown;

Fig. 9 is according to the schematic perspective view of the design of Fig. 4, and the fourth embodiment of the present invention is shown;

Figure 10 is according to the profile of the design of Fig. 5, and the fourth embodiment of the present invention is shown.

The specific embodiment

Described first embodiment in back relates in particular to the footwear that is used for cross-country skiing or telemark skiing.But the present invention is applicable to other field that front is for example addressed.

Below, first embodiment explains by means of Fig. 1 to 6.

As shown in Figure 1, the footwear 1 of cross-country skiing sets the foot that is used to admit the user.

Known ground, footwear 1 have a walking with a sole 2 and a upper of a shoe 3.Footwear 1 extends to a leading section or top 5 from a rearward end or heel 4 on length, between an Outboard Sections 6 and an inside part 7, extending on the width.

As shown in the figure, upper of a shoe 3 has to be used for centering on the branch 10 of foot and to be used for centering on one of ankle attendes branch 11.But, can be designed to upper of a shoe and only have following branch.

According to said first embodiment, footwear 1 in height extends to a upper end 12 from sole 2, promptly extends to the free end of branch 11 or upper of a shoe 3.

Footwear 1 has certain structure, so that shank carries out good bending or foot carries out good unfolding, and is convenient to transmit sensory information or action impulse force.Therefore, upper of a shoe 3 is more pliable and tougher.As for sole, it can be than the tool rigidity, or has more flexible.

As shown in Figure 2, footwear 1 has an Outboard Sections 15 and an inside part 16.

Part

15,16 is used to protect foot, for this reason, is respectively the component part of Outboard Sections 6 and inside part 7.

Obviously,

part

15,16 is used known technology, for example uses splicing, stitching or any equivalent technologies, is connected in

sole.Part

15,16 is arranged to footwear 1 and has the welt of wearing 17.Wearing welt 17 12 extends towards leading section 5 from the upper end.12 1 sides in the upper end, welt 17 have one and attend branch 18, and it is used to make foot to penetrate, and are used for wearing the footwear back wall around ankle.At the place, instep, between upper end 12 and leading section 5, welt 17 has branch 19, and it allows welt and the change in size of wearing the footwear volume.Obviously, last branch 18 prolongs with following branch 19 each other.

It should be noted that heel 4 obviously is equivalent to the rearward end of upper of a shoe 3, and extend to the upper of a shoe part that is right after above the sole, and attend branch 18 perpendicular to welt 17.Heel of a shoe 4 encases user's heel.

Should be noted that upper of a shoe 3 has a tongue piece 20.Tongue piece 20 is arranged between Outboard Sections 15 and the inside part 16, is positioned at following branch 19 places of welt 17, so that upper of a shoe 3 has its continuity.But, can be designed to not use tongue piece.In this case,

part

15,16 can keep separately or be stacked.Perhaps a gusset can make these parts be connected to each other.

In addition, without limitation, footwear 1 has a turnover part 25, is used for covering the following branch 19 of welt 17 reversiblely.Turnover part 25 extends to another part from a

part

15,16, is used to improve the sealing of footwear.

According to first embodiment, turnover part 25 is fixedly connected to inside part 16.One reversible blocking mechanism 26 can make turnover part 25 also be connected in Outboard Sections 15.For example, reversible blocking mechanism 26 has a guider.But any another structure can be used for implementing to close.One group of snap-button for example.

Footwear 1 also has a fastener 30, and it is used for dwindling welt reversiblely.In other words, fastener 30 can fastening reversiblely upper of a shoe 3.

As the known that kind of prior art personnel, it is that fitting 31, one second is a fitting 32 and to make be the attaching parts 33 that fitting is connected in upper of a shoe 3 that fastener 30 for example has one first.Obviously, every root system fitting extends to another part at following branch 19 places from a part 15,16.This structure can apply the reversible fastening force of upper of a shoe 3 at following branch 19 places of welt 17 towards the instep.Like this, can apply fastening force to user's foot.For the fastening force of interim holding device 30 and upper of a shoe 3, footwear 1 is furnished with a movable retaining mechanism 34.Movable retaining mechanism 34 will not detail here.

Obviously, can set any another device and keep fastening force, especially remove retaining mechanism and instead tie a knot.

Such as the footwear shown in Fig. 1 to 6, according to the present invention, footwear 1 has a reinforcement 40; Its rigidity is the rigidity greater than upper of a shoe 3 in the zone, instep at least; Reinforcement 40 has a bottom surface 41, an outer ledge 42 and/or an inside edge 43, and reinforcement 40 extends with the instep perpendicularly, and has a transverse tie fitting 50; Being used for zone, fastening instep, is that fitting 50 extends to inside part 16 from Outboard Sections 15 on a transverse plane W of footwear.

Obviously, the bottom surface 41 of reinforcement 40 is supported foot directly or indirectly.Therefore, outer ledge 42 and exterior lateral area and the inside region of inside edge 43 facing to foot.Therefore; In view of reinforcement 40 and upper of a shoe 3 in the relative stiffness in zone, instep and the location of transverse tie fitting 50, the fastening force of transverse tie fitting 50 make foot keep directly or indirectly being bearing on the bottom surface 41 with one or two of two

edges

42,43 of reinforcement on.This is at least at the transverse plane place, vertically with along horizontal direction, guarantees the accurate posture of foot.

Especially with reference to Fig. 4, should be noted that reinforcement 40 not only has bottom surface 41, outer ledge 42 and inside edge 43, and have a back edge 44 according to the first embodiment of the present invention.Or rather, outer ledge 42, rear part edge 44 and inside edge 43 prolong each other, and to form a continuous wall 45, its leading section 5 from heel of a shoe 4 towards footwear extends.Outer ledge 42 has an outside top 46 and a leading section 47.Equally, inside edge 43 has an inside top 48 and a leading section 49.Therefore, pass through if make it from heel 4 towards leading section 5, so, wall 45 improves continuously, and then descends.In fact, outside top 46 and inside top 48 attend branch 18 perpendicular to welt 17.This can laterally keep ankle well.

According to the first embodiment of the present invention, the leading section 5 of bottom surface 41 from heel 4 towards footwear extends, and surpasses the outer ledge 42 of reinforcement 40 and the outside leading section 47 and inboard leading section 49 of inside edge 43.In other words, the outer ledge 42 of reinforcement 40 extends on the little length of footwear with inside edge 43.Or rather, outer ledge 42 extends from heel 4 and instep with inside edge 43 perpendicularly, promptly extends to the height of fastener 30.Subsequently, user's heel and instep are received in the rigid hollow shape that is limited on bottom surface 41 and wall 45, and the leading section of foot is received on the planar section of reinforcement 40, and it is positioned at the front of outer ledge 42 and inside edge 43.In fact, this planar section can make the front curvature of foot or unfold, especially at the toe place.

It should be noted that outer ledge 42 is facing with each other with inside edge 43 basically, of the back like this, be convenient to transverse tie fitting 50 is installed on the footwear.

Reinforcement 40 is processed with material known according to known method.Preferably, bottom surface 41 forms one whole with

edge

42,43,44.It can have synthetic material fiber and/or natural material fiber in the matrix of being embedded in.For example, be immersed in carbon fiber and/or glass fibre in thermosetting resin or the hot forming resin, make reinforcement 40 have very big rigidity.Its rigidity is greater than the rigidity of upper of a shoe remainder, especially the rigidity of

part

15,16.

Obviously, can consider that also reinforcement 40 uses other material, for example is added with the plastics of particle and/or short fiber.In this case, reinforcement 40 is processed through molded, injection moulding or any equivalent processes.

In order to match with reinforcement 40, transverse tie fitting 50 structurally is arranged to be clamped between outer ledge 42 and the inside edge 43 reversiblely.Especially one first attaching parts 53 as shown in Figure 5, that transverse tie fitting 50 for example has an Outboard Sections 51 or first, an inside part 52 or second portion and connects these parts.

Transverse tie fitting 50 is connected at least a portion reinforcement 40.

First 51 is longitudinal extension between a stiff end 54 and a free end 55.Stiff end 54 for example by means of the articulated elements 56 with axis 57, is connected in Outboard Sections 6.Articulated elements 56 can comprise any member, for example a screw, a nut, a rivet etc.

Or rather, according to first embodiment, without limitation, first 51 is directly connected in reinforcement 40, in fact is connected in the outer ledge 42 of reinforcement.

As for second portion 52, it is longitudinal extension between a stiff end 64 and a free end 65.Stiff end 64 usefulness are gluedd joint, sew up, weld or any equivalent processes is connected in inside part 7.

Without limitation, second portion 52 is directly connected in reinforcement 40, in fact is connected in the inside edge 43 of reinforcement.

First attaching parts 53 are used to make second portion 52 removably to be connected in first 51, the free end 55 of first 51 be positioned at second portion 52 above.These attaching parts 53 for example have a pawl type locking member 70, and its free end 66 places at second portion 52 are connected in second portion 52.Attaching parts 53 also have a series of suitable teeth 71 in first 51.Tooth 71 is arranged near the articulated elements 56 from free end 55.

First 51 for example is implemented as the form of a ratch, and it is made of plastic.The tooth 71 and the core bar 72 of first 51 are preferably formed as one whole.

Retaining mechanism 70 has a base 73, and it is used to first's 51 guiding.Base 73 has one first side plate 74 and one second side plate 75 here, and it is connected by a bridge 76.The for example unshowned rivet of base 73 usefulness one member or any member that is equal to are connected in second portion 52.

Retaining mechanism 70 has a ratchet (not shown on the figure), its along an axis 77 be hinged on side plate 74, between 75.A unshowned elastic component, for example a spring acts on ratchet enduringly towards bridge 76.

Mechanism 70 also has a transmission arm 78, and it has a manipulation end 79 on the one hand, has a transmission end 80 on the other hand, and it is furnished with at least one tooth 81.

Mechanism 70 also has a release-push 85, and it has a manipulation end 86, is used for manual action.

Transmission arm 78 and release-push 85 along same axis 87 be hinged on side plate 74, between 75.An a unshowned elastic component for example spring acts on transmission arm 78 enduringly, makes to handle end 79 towards bridge 76 promotions.Like this, have no the external force effect, each all is in position shown in Figure 5 the member of retaining mechanism 70.

When first 51 at side plate 74, be arranged in 73 last times of base along bridge 76 between 75, it is that fitting 50 extends that ratchet stops.Therefore, be that fitting 50 can shorten, upper of a shoe 3 thereby can be through giving fastening to the effect of transmission arm 78.Only need make it to rotate, make tooth 81 drive first 51 along axis 87.Therefore, transverse tie fitting 50 becomes shorter, and the fastening force of place, instep footwear is bigger.

Obviously, in this case, the foot that is received in the upper of a shoe 3 imposes effect towards reinforcement 40.In other words, foot at instep place towards the bottom surface 41 and impose effect towards outer ledge 42 and inside edge 43.Subsequently, the maintenance of foot is good, and is promptly less in short transverse and clearance in a lateral direction.Its superiority is to have higher operation precision.

Especially as shown in Figure 6, owing to be the location and the orientation thereof of fitting, the fastening force that transverse tie fitting 50 applies is positioned at the zone, instep.In fact, transverse tie fitting 50 extends on a transverse plane W.Transverse plane W extends along the horizontal direction of footwear, and forms an angle [alpha] near the right angle with a plane P that is parallel to sole 2.With the tangent plane P of sole be when footwear does not have the external force effect and be supported, the plane of the part that sole contacts with ground.For example, the value of angle α is 50 to 90 degree.Especially, the value of angle α is 70 to 90 degree, perhaps is 70 to 80 degree.This as much as to say, the value of angle α be slightly less than 90 the degree.Therefore, plane W intersects at plane P in the front of heel 4, about intersection 88 of attending branch 18 and following branch 19 perpendicular to welt 17.Like this, transverse tie fitting 50 is connected in upper of a shoe 3 in the front of heel 4.Obviously, when foot was through in the footwear, plane W intersected in the front and the plane P of user's ankle.In other words, with the perpendicular ground of fastener 30, in the front at the top 46,48 at the edge 42,43 of reinforcement 40, plane W and plane P are crossing.The particular orientation that is plane W and transverse tie fitting 50 produces fastening efficient.This results from the vertical plane basically, promptly perpendicular to plane P.

Obviously, on the contrary it is fitting that the user can unclamp, even separates the open system fitting, as shown in Figure 2.For this reason, as long as for example use one to refer to that bar acts on the manipulation end 86 of release-push 85.Therefore, transmission arm 78 does not impose effect, and it is handled end 78 and occupies the position near bridge 76 shown in Figure 5.

In general, each all belongs to the Outboard Sections 6 and inside part 7 of upper of a shoe 3 to should be noted that reinforcement 40 and Outboard Sections 15 and inside part 16.According to the first embodiment of the present invention, without limitation, reinforcement 40 is positioned at the outside of upper of a shoe 3.Like this,

part

15,16 extends to the inside of the volume that reinforcement limits along wall 45.This makes footwear more attractive in appearance, and is convenient to make.But, also can be specified to, reinforcement 40 is arranged in the inside of upper of a shoe.In this case,

part

15,16 covers reinforcement 40 at least in part.

It should be noted that also footwear 1 has a fixed part 89, so that be connected in for example skis of an apparatus reversiblely.This fixed part 89 for example has one or two cross bar, and in some cases, it is towards the front portion of footwear.

Below, by means of other embodiment of Fig. 7 to 10 explanation.For for simplicity, indicate with identical label with the member that first embodiment has.Like this, have only difference to come into plain view.

Therefore, Fig. 7 illustrates the footwear 1 among second embodiment.Footwear 1 especially has a sole 2, an Outboard Sections 6---it has an exterior lateral area 15, an inside part 7---, and it has an inside region 16 and a tongue piece 20.Footwear 1 also has a reinforcement 40, and it has a bottom surface 41, an outer ledge 42 and an inside edge 43.Footwear 1 also has a transverse tie fitting 50, and it has a first 51, a second portion 52 and a junction spare 53.

For the second embodiment of the present invention, first 51 is directly connected in reinforcement 40, or rather, is connected in outer ledge 42.On the contrary, the difference with first embodiment is that second portion 52 is connected in reinforcement 40 indirectly.In fact, second portion 52 is through any means, for example glueds joint, welds, sews up, one is equal to method or these methods combine, and is connected in inside region 16.We can say that second portion 52 is connected with upper of a shoe 3, than the connection of first 51 further from sole 2.In other words, transverse tie fitting 50 is asymmetric with being connected of upper of a shoe 3.This between Outboard Sections 6 and inside part 7, aspect the applying of fastening force, tool difference slightly.In view of

part

15,16 flexible with respect to reinforcement 40, fastening force towards Outboard Sections 6 a little more obviously.This helps the accurate supporting along lateral.

The third embodiment of the present invention is explained by means of Fig. 8.Wherein, footwear 1 especially has a sole 2, a upper of a shoe 3, an Outboard Sections 6, and---it has an exterior lateral area 15, an inside part 7---it has an inside region 16 and a reinforcement 40---, and it has a bottom surface 41, an outer ledge 42 and an inside edge 43.

This is that the 3rd embodiment is peculiar, and it is the structure and the layout thereof of transverse tie fitting 100.Transverse tie fitting 100 has a first 101, a second portion 102 and makes first 101 be connected in lasting attaching parts 103 of second portion 102.In fact, part 101,102 is connected by attaching parts 103 each other lastingly, and said attaching parts 103 are shown the form of an articulated elements.Attaching parts 103 can comprise a rivet, a screw or any equivalent elements.

As preceding said for part 52, second portion 102 is connected in inside part 7 enduringly.In addition, a pawl type locking member 110 is connected in Outboard Sections 6 enduringly.Obviously, transverse tie fitting 100 can be fastening, loosen and untie.In this case, first 101 opened with retaining mechanism in 110 minutes.With respect to previous embodiment, this structure is laterally adjusted retaining mechanism.Here, displacement is towards Outboard Sections 6.

The 4th embodiment explains by means of Fig. 9 and 10.In this case, footwear 1 has a reinforcement 40, and it only has bottom surface 41, outer ledge 42 and inside edge 43.It relates to control and is horizontal supporting basically.Therefore, reinforcement 40 has an opening 120 towards heel 4.This helps the shank bottom to rear curved.

One transverse tie fitting 130 of footwear 1 has a single part 131 and a retaining mechanism 140.In fact, be that fitting 130 is walked around upper of a shoe 3 with the mode of a protecting band on transverse plane W.Especially, part 131 leads 141 through being arranged in one of sole 2 places.Wherein, be fitting 130 can be fastening, loosen or untie.Even do not connect lastingly, be that fitting 130 also makes Outboard Sections 6 and inside part 7 be connected to each other.Here, be that the structure of fitting 130 is simplified.

In all cases, the present invention is with prior art personnel material known, and according to the known technical application of prior art personnel, implements.

Obviously, the present invention is not limited to previous embodiment, and comprises all the technical equivalents parts that can list in the appended claims scope.

Particularly, in all cases, the structure of transverse tie fitting can be put upside down, because the characteristic relevant with an Outboard Sections can exist on an inside part equally, vice versa.

Claims

1. footwear (1); It has a sole (2) and a upper of a shoe (3), and said footwear (1) extends to a leading section (5) from a heel (4) on length, between an Outboard Sections (6) and an inside part (7), is extending on the width; In height extend to a upper end (12) from said sole (2); Said footwear (1) comprises and is used to welt (17) that foot is penetrated and the fastener (30) that is used for dwindling said welt (17) reversiblely, and said footwear has a reinforcement (40), the rigidity of said reinforcement greater than said upper of a shoe (3) at least in the rigidity in zone, instep; Said reinforcement (40) has an outer ledge (42) and/or an inside edge (43); Extend on the little length of said footwear (1) the said outside of said reinforcement (40) and/or inside edge (42,43), and said reinforcement (40) is the part of said upper of a shoe (3); And said footwear (1) has a transverse tie fitting (50,100,130) that is used for zone, fastening instep, and said transverse tie fitting (50,100,130) extends to said inside part (7) from said Outboard Sections (6) in a transverse plane (W) of footwear,

It is characterized in that said reinforcement (40) extends with the instep perpendicularly; And the leading section of foot is received within on the planar section of said reinforcement (40) in the front of the said outside and inside edge (42,43), and this planar section of said reinforcement (40) can make the front curvature of foot or unfold, especially at the toe place.

2. footwear according to claim 1 (1) is characterized in that, said reinforcement (40) has a bottom surface (41).

3. footwear according to claim 2 (1) is characterized in that, said reinforcement (40) has said bottom surface (41), said outer ledge (42) and said inside edge (43).

4. according to each described footwear (1) in the claim 1 to 3, it is characterized in that said reinforcement (40) also has a back edge (44).

5. footwear according to claim 2 (1) is characterized in that, the bottom surface (41) of said reinforcement (40) and edge (42,43,44) form one whole.

6. footwear according to claim 1 (1) is characterized in that, said reinforcement (40) is positioned at the outside of said upper of a shoe (3).

7. footwear according to claim 1 (1) is characterized in that, said transverse tie fitting (50,100,130) is connected at least a portion of said reinforcement (40).

8. footwear according to claim 1 (1); It is characterized in that; Said transverse tie fitting (50) has a first (51), a second portion (52) and a junction spare (53), and said attaching parts (53) are used to make said second portion (52) removably to be connected in said first (51).

9. footwear according to claim 8 (1) is characterized in that, said first (51) is directly connected in said reinforcement (40); And said second portion (52) is directly connected in said reinforcement (40).

10. footwear according to claim 8 (1) is characterized in that, said first (51) is directly connected in said reinforcement (40); And said second portion (52) is connected in said reinforcement (40) indirectly.

11. footwear according to claim 1 (1); It is characterized in that; Said transverse tie fitting (100) has a first (101), a second portion (102) and persistence attaching parts (103), and said persistence attaching parts (103) make said first (101) be connected in said second portion (102); And a retaining mechanism (110) is connected in said Outboard Sections (6) enduringly.

12. footwear according to claim 1 (1) is characterized in that, said transverse tie fitting (130) is walked around said upper of a shoe (3) with the mode of a protecting band in said transverse plane (W).

13. footwear according to claim 1 (1) is characterized in that, said transverse plane (W) forms one jiao (α) with a plane (P) that is tangential on said sole (2), and its value is 50 to 90 degree.

14. footwear according to claim 1 (1) is characterized in that, said transverse plane (W) intersects at a plane (P) tangent with said sole (2) with a fastener (30) perpendicularly.

15. footwear according to claim 1 (1) is characterized in that, said transverse plane (W) intersects at a plane (P) tangent with said sole (2), approximately perpendicular to the intersection (88) of attending branch (18) and following branch (19) of said welt (17).

16. footwear according to claim 1 (1) is characterized in that, said transverse tie fitting (50,100,130) is connected in said upper of a shoe (3) in the front of said heel (4).

17. footwear according to claim 1 (1) is characterized in that, said upper of a shoe (3) has branch (10) and and attendes branch (11).

18. footwear according to claim 1 (1) is characterized in that, said footwear (1) has a fixed part (89).