CN2712118Y

CN2712118Y - Automatic putting on and taking off shoes structure

Info

Publication number: CN2712118Y
Application number: CN 200420071917
Authority: CN
Inventors: 周龙交
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-07-20
Filing date: 2004-07-20
Publication date: 2005-07-27
Anticipated expiration: 2014-07-20

Abstract

An automatic shoe-on and shoe-off structure includes a shoe body, a motion adjustment mechanism and a control mechanism; the shoe body is composed of a sole, a shoe tongue and a shoe upper; the sole includes a sole, a midsole and an insole; the midsole is fixed to the sole, and the sole of the foot in the front of the insole is fixed to the midsole, while the heel of the back is separated from the midsole; the motion adjustment mechanism is a two-wing-shaped sheet, the upper side of the wing-shaped sheet is movably fixed to the shoe tongue, and the lower side is fixed to the back of the insole, and the insole cooperates with the control mechanism to achieve fixation and loosening with the sole and the midsole. Since the motion adjustment mechanism is a sheet, the sheet pulls the tongue and the insole to move up and down synchronously, and cooperates with the control buckle and release of the control mechanism to achieve the fixation and loosening of the insole and the midsole, thereby realizing the function of automatic shoe-on and shoe-off. Compared with the motion adjustment mechanism in the prior art, the components are single, and the shoelace does not need to participate in the movement, so that the function is more reliable, the failure rate is low, and industrial mass production can be carried out.

Description

Automatic taking on/off shoes structure

Technical field

The utility model belongs to the technical field of shoes, especially a kind of automatic taking on/off shoes structure.

Background technology

Shoes are to advance and protect the indispensable product of pin by human now, and the comfortable and convenience in order to wear, and the dealer constantly weeds out the old and bring forth the new, and not only is popular pattern, for other functional also innovation day by day.

With regard to the convenience that shoes wear off, this case applicant has formerly designed a kind of shoestring and has worn automatically and be and take off the shoes of separating double action, its structure shown in Fig. 1-5, its mainly by footwear body 1, shoestring 3, be that group mechanism 4, action guiding mechanism 5, pressing plate 6, controlling organization 7, elastic component 8 form.

Cooperate shoestring 3 to offer sandwich-type traction cableway 14 on the footwear body 1,, shoe-pad is provided with an operating space 181 for 17 times at the middle end 16 of footwear body 1.

One end of shoestring 3 is bound on the lacing eyelets, and the other end passes lacing eyelets 13, draws operating space 181 extensions of cableway 14 to interlayer 18, and to run through be the group hole 411 of reeving in the mechanism 4, walks around operating space 181 rears successively and action guiding mechanism 5 is bound on the pillar 183 at operating space 181 rears.

Action guiding mechanism 5 is suitably adjusted the fastening degree of shoestring 3.

The front end activity of pressing plate 6 is hubbed on the place ahead of operating space 181, its bottom forms a plug-in unit 61 at rear side and proximal end, the interlayer 18 and the middle end 16 position corresponding to plug-in unit 61 all has through hole, so that plug-in unit 61 passes through hole and controlling organization 7 cooperatings, so that pressing plate 6 keeps state of applanation, and shoestring 3 can keep tension, and can undo shoelaces at 3 o'clock taking off one's shoes to release, and removes the button control by the button 71 of pushing controlling organization 7.

Controlling organization 7 is fixedly set in the control flume of offering on the sole 11 111.By pushing water proof switch 113, can touch controlling organization 7 work.

When user's desire is worn shoes, impose the active force of downward pressing by the corresponding pressing plate 6 of sole (following), the action of the downward pressing of this pressing plate 6, by action guiding mechanism 5 traction shoestrings 3, making shoestring 3 contract to the motion space 181 of interlayer 18 draws, 53 be when flattening shape fully cranking arm of action guiding mechanism 5, suitable shoestring 3 is inwardly strained forms the state that binds, and vamp 12 is to the instep coated state, at this moment, pressing plate 6 controlled mechanisms 7 systems of detaining can upwards not start and influence and advance and wear, and elastic component 8 compressions are stored the required kinetic energy of traverse that ungirds.

When desiring to take off one's shoes, the user only need push water proof switch 113, just can press controlling organization 7 and release the button system of separating pressing plate 6, along with taking off one's shoes and pin is upwards desired the action of being pulled out by welt 15, cooperate kinetic energy ejection action guiding mechanism 5 reinstatements of torsion spring 8, pressing plate 6 is upwards started, be returned to the not normality of dress again, no longer the drawing shoestring 3, reach the purpose that shoestring 3 is loosened automatically when taking off one's shoes.

The detailed shoes of seeing said structure, finish the action that wears off of whole shoes, be to adjust the degree of tightness of shoestring and cooperate controlling organization to realize by the action guiding mechanism, and shoestring is to need by vamp and is that the interlayer that places under the shoe-pad is stretched by group mechanism, the path that shoestring passes through is longer, the flexible parts of cooperation that need of adjusting its length are more, and in the shoemaking industry, the sole and the middle end fixedly processing itself had certain degree of difficulty, the quality of crudy directly influences the quality of shoes again, and pining down of shoestring arranged between this footwear sole and the vamp, this difficulty of processing that makes the sole and the middle end fix more improves, and can't adopt machinery to do the production that quantizes, so, must finish by special manual operations, relative manufacturing cost is higher; Again, the shoelace tightness of these footwear moves the appearance that also can cause operational failure, makes its function uncertain, can show slightly inconvenience in the use.

The utility model content

Main purpose of the present utility model provides a kind of simple in structure, and the action of need not tying the shoelace can realize the automatic taking on/off shoes structure of wearing automatically, taking off automatically.

For achieving the above object, solution of the present utility model is: a kind of automatic taking on/off shoes structure, and it mainly comprises footwear body part, action guiding mechanism and controlling organization; Wherein footwear body part is made of sole, flap and upper of a shoe; Sole is to comprise sole, the middle end and shoe-pad; The middle end is to be fixed on the sole, and the sole of shoe-pad front portion partly is to be fixed together with the middle end, and the heel at its rear portion partly is and the separated attitude in the middle end; The guiding mechanism that moves is to be two wing lamellar bodies, and the top of this wing lamellar body and flap activity are fixed together, and its bottom is fixed on the shoe-pad rear portion, and shoe-pad is to cooperate controlling organization and sole and the middle end to realize fixing and getting loose.

Described and equitant upper of a shoe inboard, flap both sides is fixed with gib block.

Be distributed with protruding grain on the described gib block; The number of corresponding above-mentioned gib block epirelief grain is provided with guide groove on wing lamellar body, and after gib block fastened wing lamellar body, the protruding grain and the two ends of gib block were fixed on the upper of a shoe.

The top of the wing lamellar body of described action guiding mechanism is to be fixed together with flap by pasting button.

The surface of described flap is provided with the decoration shoestring of adjusting the flap degree of tightness.

Described two wing bottoms link together and constitute one The sheet body structure.

Described controlling organization is to comprise that a switch, a control collude body, a lacing film and a stator; Switch is the rear that is fixed on the footwear body, and it is extended with a push rod in the footwear body; To collude body be to be a platysome in control, convexes with hook below plate body, in addition below plate body and the place ahead that is positioned at hook convex with block, on the plate body of hook position slightly backward, offer a locating slot simultaneously; Be articulated with an arc arculae at the rear of hook, the middle part of arc arculae is provided with a top salient point and holds a back-moving spring, and this back-moving spring is the middle part that is built in hook, and the top of arc arculae is to place above-mentioned locating slot; Lacing film is to be a metal lamellar body, the hook position that body is colluded in corresponding above-mentioned control on it is provided with so that control the hook of colluding body passes through through hole, and lacing film is to be fixed at the middle end of sole, on the middle end, offer the through hole consistent equally, also offer a through hole that makes block pass through simultaneously with the lacing film hole size; Stator also is plates, convex with the retaining wall around the stator top, the height of this retaining wall is to be higher than the plate body thickness that body is colluded in control, retaining wall all around can be arranged with an accommodation space, the middle part of stator offers a rectangular groove, stator is to be connected with control to be embedded at the calcaneal below of shoe-pad after colluding body, and hook and block that body is colluded in control are to stretch downwards outside the rectangular groove that places stator, and control is colluded in the space that body can form between stator and shoe-pad and moved forward and backward.

The path of described this push rod of correspondence is arranged with a guide groove on sole, push rod can move back and forth along this guide groove.

Two hooks before and after vertically convexing with below the described plate body that colludes body in control.

Be provided with a plurality of microscler through holes on the described plate body that colludes the corresponding hook of body two side positions in control, convexing with a plurality of projections simultaneously above stator is to stretch the microscler through hole that places control to collude body respectively.

The hook position, front and back that body is colluded in corresponding above-mentioned control on the described lacing film is provided with two through hole, and lacing film is to be fixed at the middle end of sole, offers on the middle end equally and lacing film two through hole through hole of the same size, passes through so that the front and back hook of body is colluded in control.

The hook that body is colluded in corresponding control at described the end is provided with is convenient to cooperate the pit that has an accommodation space after the hook.

The bottom of described hook is designed for arc.

Described controlling organization is to comprise that a switch, a control collude body, a lacing film and a stator; Switch is the rear that is fixed on the footwear body, and it is extended with a push rod in the footwear body; It is to be a platysome that body is colluded in control, convexes with hook below plate body, offers a locating slot simultaneously on the plate body of hook position slightly backward; Be articulated with an arc arculae at the rear of hook, the middle part of arc arculae is provided with a top salient point and holds a back-moving spring, and this back-moving spring is the middle part that is built in hook, and the top of arc arculae is to place above-mentioned locating slot; The place ahead that body below pushing block is colluded in control is pivoted with torsion spring, and a leg of torsion spring is fitted in control and colludes below the body, and another leg is an open configuration; Lacing film is to be a metal lamellar body, the hook position that body is colluded in corresponding above-mentioned control on it be provided with so that control collude body hook by through hole, and lacing film is to be fixed at the middle end of sole, offers the through hole consistent with the lacing film hole size equally on the middle end; Stator also is plates, convex with the retaining wall around the stator top, the height of this retaining wall is to be higher than the plate body thickness that body is colluded in control, retaining wall all around can be arranged with an accommodation space, the middle part of stator offers a rectangular groove, stator is to be connected with control to be embedded at the calcaneal below of shoe-pad after colluding body, and hook and block that body is colluded in control are to stretch downwards outside the rectangular groove that places stator, and control moves forward and backward in colluding between the appearance that body can form between stator and shoe-pad; The position of corresponding this leg convexes with two projections on the middle end or the lacing film at the middle end.

Described control is colluded body and also can be arranged on the sole, and lacing film can be arranged on the shoe-pad.

After adopting such scheme, because action guiding mechanism of the present utility model is the wing lamellar body that moves up and down along the upper of a shoe inboard for, this lamellar body is drawing flap and the same up and down moved further of shoe-pad, and cooperate the control button of controlling organization and the fixing and effect of getting loose that pine oil is realized the shoe-pad and the middle end, and realize the function of automatic taking on/off shoes, action guiding mechanism in its relative technology formerly like this, parts are single, structure is relatively greatly simplified, do not need simultaneously the participation campaign of shoestring, can realize the taking on/off shoes function, then can not occur as in the technology formerly because of the long shoestring that causes of shoestring mobile route moves not smooth footwear body functional fault, because of parts simple, make the function of the automatic taking on/off shoes structure of the utility model more certain, fault rate is low, has reduced production cost simultaneously, can carry out industrialized mass.

Description of drawings

Fig. 1 is a three-dimensional exploded view of commonly using product;

Fig. 2 commonly uses the plane combination of product and the normality cutaway view of not wearing;

Fig. 3 is plane combination and a dress action cutaway view of commonly using product;

Fig. 4 is the vertical view cutaway drawing of Fig. 3;

Fig. 5 is the upwarding cutaway view of Fig. 3;

Fig. 6 is a three-dimensional exploded view of the present utility model;

Fig. 7 is a three-dimensional combination figure of the present utility model;

Fig. 8 is a three-dimensional outline drawing of the present utility model;

Fig. 9 wears footwear action diagram one for the utility model embodiment's one;

Figure 10 wears footwear action diagram two for the utility model embodiment's one;

Figure 11 wears the footwear state diagram for the utility model embodiment's one;

Figure 12 is the action diagram of taking off one's shoes of the utility model embodiment one;

Figure 13 wears the footwear action diagram for the utility model embodiment's two;

Figure 14 wears the footwear state diagram for the utility model embodiment's two;

Figure 15 is the action diagram of taking off one's shoes of the utility model embodiment two.

The specific embodiment

Extremely shown in Figure 15 as Fig. 6, automatic taking on/off shoes structure of the present utility model, it mainly comprises footwear body part A, action guiding mechanism B and controlling organization C.

Footwear body part A mainly is made of with upper of a shoe 3 ' sole 1 ', flap 2 ';

Sole 1 ' is to comprise sole 11 ', the middle end 12 ' and shoe-pad 13 '; The middle end 12 ' is to be fixed on the sole 11 ', and shoe-pad 13 ' anterior sole partly is to be fixed together with the middle end 12 ', and the heel at its rear portion partly is and the separated attitude in the middle end 12 ';

The surface of flap 2 ' is provided with the decoration shoestring 21 ' of adjusting flap 2 ' degree of tightness, so can be fixed with gib block 31 ' with equitant upper of a shoe 3 ' inboard, flap 2 ' both sides according to the width of the fat or thin adjustment flap 2 ' of user's pin; Be evenly distributed with protruding grain 311 ' on the gib block 31 ', the two ends of gib block 31 ' are fixed on the upper of a shoe 3 '.

Action guiding mechanism B is two wing lamellar bodies 5 ', also or one or two wing bottom links together The sheet body structure, the number that goes up corresponding above-mentioned gib block 31 ' epirelief grain 311 ' at wing lamellar body 5 ' is provided with guide groove 51 ', the top of this wing lamellar body 5 ' is to be fixed together by the subsides button 22 ' activity of pasting button 52 ' and flap 2 ', so can adjust the effective length of wing lamellar body 5 ' according to the high end of user's instep, and its bottom is fixed on the shoe-pad 13 ' rear portion, and the rear portion that can drive shoe-pad 13 ' that moves up and down of flap 2 ' moves up and down; The protruding grain 311 ' of gib block 31 ' is after fastening wing lamellar body 5 ' and seeing through guide groove 51 ', be fixed on the upper of a shoe 3 ' with the two ends of gib block 31 ', upper of a shoe 3 ' two side shiftings so that wing lamellar body 5 ' is being fitted under the drive of flap 2 ', the protruding grain 311 ' on the gib block 31 ' has the effect that a guiding moves with wing lamellar body 5 ' upper rail 51 ' herein.

Controlling organization C comprises that a switch 6 ', a control collude body 7 ', a lacing film 8 ' and a stator 9 ';

Switch 6 ' is the rear that is fixed on footwear body 1 ', and it is extended with a push rod 61 ' in footwear body 1 ', and the path of corresponding this push rod 61 ' is opened on sole 11 ' and is arranged with a guide groove 111 ', and push rod 61 ' can move back and forth along this guide groove 111 ';

It is to be a platysome that body 7 ' is colluded in control, two hooks 72 ', 73 ' before and after plate body 71 ' below vertically convexes with, in addition in plate body 71 ' below and the place ahead that is positioned at front hook 72 ' convex with block 74 ', on the plate body of plate body 71 ' corresponding front and back hook 72 ', 73 ' two side positions, be provided with a plurality of microscler through holes 75 ', on the plate body of back hook 73 ' position slightly backward, offer a locating slot 76 ' simultaneously; Rear in back hook 73 ' is articulated with an arc arculae 77 ', the middle part of arc arculae 77 ' is provided with a top salient point 771 ' and holds a back-moving spring 78 ', this back-moving spring 78 ' is the middle part that is built in back hook 73 ', and the top of arc arculae 77 ' is to place above-mentioned locating slot 76 ';

Lacing film 8 ' is to be a metal lamellar body, body 7 ' is colluded in corresponding above-mentioned control on it front and back hook 72 ', 73 ' position are provided with two through hole 81 ', 82 ', and lacing film 8 ' is to be fixed at the middle end 12 ' of sole 1 ', on the middle end 12 ', offer equally with lacing film 8 ' two through hole 81 ', 82 ' through hole 121 ', 122 ' of the same size and also offer a through hole 123 ' that makes block 74 ' pass through simultaneously, pass through so that the front and back hook 72 ', 73 ' of body 7 ' is colluded in control;

Stator 9 ' also is plates, convex with retaining wall 91 ' around the stator 9 ' top, the height of this retaining wall 91 ' is to be higher than the plate body 71 ' thickness that body 7 ' is colluded in control, retaining wall 91 ' all around can be arranged with an accommodation space 92 ', convexing with a plurality of projections 93 ' simultaneously in the top of stator 9 ' is to stretch the microscler through hole 75 ' that places control to collude body 7 ' respectively, collude the mobile route of body 7 ' with the location control, the middle part of stator 9 ' offers a rectangular groove 94 ', stator 9 ' is to be connected with control to collude the below that is embedded at shoe-pad 13 ' heel place behind the body 7 ', the front and back hook 72 ' that body 7 ' is colluded in control, 73 ' and block 74 ' be to stretch downwards outside the rectangular groove 94 ' that places stator 9 ', control is colluded between the appearance that body 7 ' can form between stator 9 ' and shoe-pad 13 ' in 92 ' and is moved forward and backward.

The middle end 12 ' of sole 1 ' is to be fixed on the sole 11 ', and the front and back hook 72 ', 73 ' of colluding body 7 ' in the upward corresponding control of sole 11 ' simultaneously is provided with pit 112 ', so that hook 72 ', 73 ' has an accommodation space before and after cooperating.

Be to be example with the thickness of sole when big, control is colluded front and back hook 72 ', the 73 ' bottom of body 7 ' and is designed for arc herein.

Cooperate shown in Figure 7ly, the user can adjust the effective length of the width and the wing lamellar body 5 ' of flap 2 ' according to the needs of automatic pin type, and when reality was used, the normality shoes were when wearing, and flap 2 ' is that relative upper of a shoe 3 ' is in open mode.

As Fig. 9, shown in 10, when the user desires to wear the footwear action, the flap 2 ' of this moment is to be in open mode, the rear portion that is shoe-pad 13 ' is to be in the state that lifts, when people's foot is oblique when penetrating in the footwear body, heel moves down, flap 2 ' moves down under the drive of action guiding mechanism B simultaneously, meanwhile, the front and back hook 72 ' of body 7 ' is colluded in control on the shoe-pad 13 ', two through hole 81 ' on 73 ' meeting aligning and the lacing film 8 ' (and middle end 12 '), 82 ' (121 ', 122 ') and insert two through hole 81 ', in 82 ', because arc hook 72 ', 73 ' design, its arcwall face is when lacing film 8 ' at the middle end 12 ' cooperates, when control is colluded body 7 ' and is moved down, front and back hook 72 ', 73 ' cambered surface can promote control and collude body 7 ' and move to shoe-pad 13 ' the place ahead relative to shoe-pad 13 ', lacing film 8 ' promptly can promote control and collude arc arculae 77 ' on the body 7 ' and relatively control and collude body 7 ' and move backward, ejection back-moving spring 78 ', make back-moving spring 78 ' be in the compress energy storage state, when front and back hook 72 ', 73 ' stretch fully put out in the end 12 ' and be arranged in sole 11 ' after, under the effect of back-moving spring 78 ', control is colluded body 7 ' meeting and move hook 72 ' before and after making the end 12 ' to the rear of shoe-pad 13 ' in shoe-pad 13 ' is reached, 73 ' is placed on the lacing film 8 ' at the middle end 12 ' fully.As shown in figure 11, the shoes of this moment are to be in the state of dress, even if when walking, instep is to the flap 2 ' application of force, because the shoe-pad 13 ' of this moment is to be fixed at middle the end 12 ', shoe-pad 13 ' is again fixedly to be connected with together with flap 2 ', and shoe-pad 13 ' does not get loose, and user's pin can not deviate from from the footwear body.

As shown in figure 12, when the user desires to take off one's shoes action, only need heel application of force push switch 6 ' backward, lift instep simultaneously upwards to the flap 2 ' application of force, because switch 6 ' moves in the footwear body relative to the footwear body, push rod 61 ' on the switch 6 ' moves forward and promotes control and collude body 7 ' and go up pushing block 74 ' and move forward, front and back hook 72 ', 73 ' also moves forward, with the time arc arculae 77 ' that colludes on the body 7 ' with time control collude body 7 ' and move backward relative to control, ejection back-moving spring 78 ', make back-moving spring 78 ' be in the compress energy storage state, when front and back hook 72 ', 73 ' aim in during the through hole of the end 12 ' lacing film 8 ', at shoe-pad 13 ' upwards under the effect of the application of force, front and back hook 72 ', 73 ' can be therefrom deviates from the through hole of the end 12 ' lacing film 8 ', under the effect of back-moving spring 78 ', control is colluded body 7 ' and is moved the answer normality backward relative to shoe-pad 13 ', and user's pin can be deviate from (cooperating Fig. 7 and shown in Figure 9) from the footwear body.

When the utility model is applied to the thin shoes of sole, shown in Figure 13-15, the front and back hook 72 that body 7 ' is colluded in control ", 73 " height reduce, be set to the hook of flat, but hook 72 before below body is colluded in control " the place ahead be pivoted with torsion spring 79 '; a leg of torsion spring 79 ' is fitted in control and colludes below the body, and another leg 791 ' is an open configuration, and the position of corresponding this leg 791 ' convexes with two projections 124 ', 125 ' on the middle end 12 ' (or the lacing film 8 ' at the middle end 12 ').

Cooperate shown in Figure 13, when the user desires to wear the footwear action, the flap 2 ' of this moment is to be in open mode, the rear portion that is shoe-pad 13 ' is to be in the state that lifts, when people's foot is oblique when penetrating in the footwear body, heel moves down, flap 2 ' moves down under the drive of action guiding mechanism B simultaneously, meanwhile, the front and back hook 72 of body 7 ' is colluded in control on the shoe-pad 13 ' "; 73 " desire aim in two through hole 121 ' on the end 12 ', 122 ', another leg 791 ' that body 7 ' last torsion spring 79 ' is colluded in control is that contact is on the preceding projection 124 ' at the middle end 12 ', when shoe-pad 13 ' moves down, this leg 791 ' can make control collude body 7 ' under the contact of preceding projection 124 ' and move to footwear body the place ahead relative to shoe-pad 13 ', lacing film 12 ' promptly can promote control and collude arc arculae 77 ' on the body 7 ' and relatively control and collude body 7 ' and move backward, ejection back-moving spring 78 ', make back-moving spring 78 ' be in the compress energy storage state, when front and back hook 72 "; 73 " aim at fully in the end 12 ' lacing film 8 ' two through hole and when inserting through hole, be that shoe-pad 13 ' will be will fit with the middle end 12 ' time, back projection 125 ' is the medium position that is positioned at leg 791 ', again to shoe-pad 13 ' the downward application of force, back projection 125 ' is to the leverage of leg 791 ', make the contact effect of the leg 791 ' disengaging of torsion spring 79 ' to preceding projection 124 ', under the effect of back-moving spring 78 ', control collude body 7 ' can relative to shoe-pad 13 ' and in the end 12 ' move hook 72 before and after making to the rear of shoe-pad 13 ' "; 73 " be placed in fully in the lacing film 8 ' upward (as shown in figure 14) at the end 12 '.

Cooperate shown in Figure 15ly, when the user desires to take off one's shoes when action, its operating principle is identical with embodiment one, does not give unnecessary details at this.

Certainly, controlling organization of the present utility model is not limited to two kinds of above-mentioned embodiments, and control is colluded body and also can be arranged on the sole, and lacing film can be arranged on the shoe-pad, can realize the hanging support effect of the shoe-pad and the middle end, sole equally.Therefore cooperate switch can realize that the fixing and function of unclamping of shoe-pad and the middle end and sole is controlling organization of the present utility model generally.Key of the present utility model is to be that its action guiding mechanism is the effect of traction flap and the synchronous interlock of shoe-pad, action guiding mechanism in its relative technology formerly like this, parts are single, structure is relatively greatly simplified, having changed fully formerly utilizes shoelace tightness to realize the function of taking on/off shoes in the technology, make the function of automatic taking on/off shoes structure more certain, reduce fault rate, reduced production cost.

Claims

1. An automatic putting on and taking off shoe structure, which mainly includes a shoe body part, an action adjustment mechanism and a control mechanism; it is characterized in that: the shoe body part is composed of a shoe sole, a shoe tongue and a shoe upper; the shoe sole includes a shoe sole, a middle bottom and a shoe upper. Insole; the midsole is fixed on the sole, and the sole part of the front part of the insole is fixed with the midsole, while the heel part at the rear part is separated from the midsole; the action adjustment mechanism is in the shape of two wings Sheet body, the top of this wing-shaped sheet body is fixed together with the activity of shoe tongue, and its bottom is fixed on the insole rear portion, and shoe pad is to cooperate control mechanism and sole and middle end to realize fixing and loosening.

2. The automatic putting on and taking off shoes structure according to claim 1, characterized in that guide strips are fixed on the inner side of the upper overlapping with both sides of the tongue.

3. The automatic putting on and taking off shoes structure according to claim 1 or 2, characterized in that: convex grains are distributed on the guide strips; guide grooves are provided on the airfoil corresponding to the number of convex grains on the guide strips, After the guide strip is fastened to the wing-shaped body, the bumps and two ends of the guide strip are fixed on the upper of the shoe.

4. The automatic putting on and taking off shoes structure according to claim 1, characterized in that: the upper side of the wing-shaped body of the action adjustment mechanism is fixed together with the shoe tongue by a buckle.

5. The automatic putting on and taking off shoe structure according to claim 1, characterized in that: the surface of the shoe tongue is provided with decorative shoelaces for adjusting the tightness of the shoe tongue.

6. The automatic putting on and taking off shoes structure according to claim 1, characterized in that: the lower parts of the two wings are connected together to form a "

"Sheet structure.

7. The automatic putting on and taking off shoes structure according to claim 1, characterized in that the control mechanism includes a switch, a control hook, a hanging piece and a fixing piece;

The switch is fixed at the rear of the shoe body, and a push rod extends toward the shoe body;

The control hook body is a flat body, a hook is protruded under the board body, and a stopper is protruded under the board body and in front of the hook. Locating slot; there is an arc-shaped bow pivotally connected to the rear of the hook, and the middle part of the arc-shaped bow is provided with a top bump to support a return spring. This return spring is built in the middle of the hook, and the upper part of the arc-shaped bow It is placed in the above-mentioned positioning groove;

The hanging piece is a metal sheet body, on which the hook position corresponding to the above-mentioned control hook body is provided so that the hook of the control hook body can pass through the through hole, and the hanging piece is fixed on the midsole of the sole, also on the midsole A through hole with the same size as the through hole of the hanging piece is opened on the top, and a through hole for the stopper to pass is also opened at the same time;

The fixed piece is also a sheet-shaped body, and the surroundings above the fixed piece are convexly provided with a retaining wall. The height of this retaining wall is higher than the thickness of the plate body of the hook body. There is a long slot in the middle of the piece, and the fixed piece is embedded under the heel of the insole after setting up the control hook body. The hook control body can move back and forth in the space formed between the fixed piece and the insole.

8. The automatic putting on and taking off shoes structure according to claim 7, characterized in that a guide groove is recessed on the sole corresponding to the path of the push rod, and the push rod can reciprocate along the guide groove.

9. The automatic putting on and taking off shoes structure according to claim 7, characterized in that two front and rear hooks protrude longitudinally under the plate body of the hook control body.

10. The automatic putting on and taking off shoes structure according to claim 7, characterized in that: there are a plurality of elongated through holes on the plate body corresponding to the two sides of the hook on the control hook body, and at the same time, there are protruding holes on the top of the fixing piece. A plurality of protrusions are respectively extended and placed in the elongated through holes of the control hook body.

11. The automatic putting on and taking off shoes structure according to claim 9, characterized in that two through holes are provided on the hanging piece corresponding to the front and rear hook positions of the control hook body, and the hanging piece is fixed on the midsole of the shoe sole. A through hole with the same size as the two through holes of the hanging piece is provided on the middle bottom, so that the front and rear hooks of the control hook body pass through.

12. The automatic shoe-wearing and taking-off structure according to claim 7, characterized in that: the hook corresponding to the control hook body on the bottom is provided with a recess for accommodating space after fitting the hook.

13. The automatic putting on and taking off shoes structure according to claim 7 or 11, characterized in that the bottom of the hook is designed in an arc shape.

14. The automatic putting on and taking off shoes structure according to claim 1, characterized in that the control mechanism includes a switch, a control hook, a hanging piece and a fixing piece;

The control hook body is a flat body, and a hook is protruded below the board body, and a positioning groove is opened on the board body at a position slightly behind the hook; an arc-shaped bow is articulated behind the hook, The middle part of the arc-shaped bow is provided with a top convex point to support a return spring. The return spring is built in the middle of the hook, and the upper part of the arc-shaped bow is placed in the above-mentioned positioning groove; the push block under the control hook body There is a torsion spring on the front pivot, one leg of the torsion spring is attached to the bottom of the control hook body, and the other leg is in an open state;

The hanging piece is a metal sheet body, on which the hook position corresponding to the above-mentioned control hook body is provided so that the hook of the control hook body can pass through the through hole, and the hanging piece is fixed on the midsole of the sole, also on the midsole A through hole with the same size as the through hole of the coupon is opened on the top;

The fixed piece is also a sheet-shaped body, and the surroundings above the fixed piece are convexly provided with a retaining wall. The height of this retaining wall is higher than the thickness of the plate body of the hook body. There is a long slot in the middle of the piece, and the fixed piece is embedded under the heel of the insole after setting up the control hook body. The control hook body can move back and forth in the space formed between the fixed piece and the insole;

Corresponding to the position of the supporting foot, two protrusions are protruded on the midsole or the hanging piece of the midsole.

15. The automatic putting on and taking off shoes structure according to claim 7 or 14, characterized in that: the hook control body can also be set on the sole of the shoe, and the hanging piece can be set on the insole.