CN2901950Y

CN2901950Y - Action adjustment mechanism for automatic putting on and taking off shoes

Info

Publication number: CN2901950Y
Application number: CN 200620057116
Authority: CN
Inventors: 周龙修
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-03-27
Filing date: 2006-03-27
Publication date: 2007-05-23
Anticipated expiration: 2016-03-27

Abstract

An automatic shoe-putting on and taking off action adjusting mechanism is implemented by matching with a shoe body part and a control mechanism; the action adjusting mechanism is composed of a group of traction belts arranged at intervals, two ends of each traction belt cross over a tongue of a shoe body part, penetrate into a shoe upper and then are fixed with the rear part of the insole together, and synchronous movement matched putting-on and taking-off operation is realized by lifting a instep and stepping a heel. Because the utility model discloses a with action guiding mechanism by the prior art utilize in an action guiding mechanism wing traction piece cooperation guide piece and inserted sheet to realize action adjustment and bring the replacement with a set of traction, therefore it is more retrencied structurally, and moves more smoothly.

Description

The action guiding mechanism of automatic taking on/off shoes

Technical field

The utility model is about a kind of automatic taking on/off shoes structure, is meant a kind of automatic mechanism of automatic taking on/off shoes especially.

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 also innovation day by day of function.

With regard to the convenience that shoes wear off, also tie up mode by early stage shoestring system, be improved to by the dealer and utilize elasticity to bind band, the folding district between flap and upper of a shoe of being tied to as elastic cord etc., or utilize to wait and reach the convenience that wears off of exempting to bind band from glutinous band (claiming the magic adhesive tape again), but these alternative shoestrings are the structure that wears off of tying up, bind band as elasticity and when wearing off, must the application of force resist this elasticity, and take off to cooperate with finger or footwear and prop up footwear body rear end and just can penetrate penetrating Shi Gengxu, when taking off one's shoes certainly also will with elasticity drag running mutually, wear off all and quite require great effort, and elasticity will be tired gradually, and glutinous certainly band need paste glutinous certainly band tension to stick or tear equally and stick together when wearing off with hand, and can't cooperate the action of taking on/off shoes and wear off running automatically in other words.

The utility model people therefore grinds wound and application has the action that cooperates taking on/off shoes, automatically wear and be and take off the shoes patent case of separating double action and carry out shoestring, announce No. 355132 as the TaiWan, China utility model patent, with case before the patents such as No. the 439425th, novel patent, its operational architecture and mode, system utilizes the action that wears off of footwear, automatically the traction shoestring produces the control that system separates and gets loose, only, the structure and the running of case before this patent, shoestring are to need by vamp and are that the interlayer that places under the shoe-pad is stretched by group mechanism that 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 processing quality again directly influence make the quality of shoes, and pining down of shoestring arranged between this 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 via 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.

So it is simple in structure that this case designer has just released, the action of need not tying the shoelace can realize the automatic taking on/off shoes wearing automatically, take off automatically, its application number is PCT/CN2005/001011, this automatic taking on/off shoes action guiding mechanism wherein is for having a wing lamellar body, an end that extends is fixed in tongue portion, the bottom is fixed on the shoe-pad rear portion, is drawing tongue portion relatively and is cooperating with moved further up and down with shoe-pad and wear off running; This wing lamellar body has the wing machine leader of second-class pattern of a bottom and one extension, and the fairlead that an end face is provided with guide groove is also established in the machine leader outside.This action guiding mechanism more comprises a prerotation vane and inserted sheet, this prerotation vane is packed in the interlayer operating space that forms outside the machine leader of upper of a shoe and above-mentioned wing lamellar body, end face have above-mentioned relatively wing lamellar body fairlead end face guide groove to the group end face, and wear groove between two-phase adjacency pair group end face, use most guide grooves that relative fairlead end face is offered, by the guide groove to group end face and fairlead of the relative prerotation vane of inserted sheet, staggered insert group is the guiding that moves up and down.The end that the machine leader of this wing lamellar body extends further is provided with a fixed part, with the tongue portion relative fixed.

The included parts of this action guiding mechanism are more, thereby still have the space that can simplify improvement.

The utility model content

The purpose of this utility model provides a kind of structure and more simplifies, moves and adjust more smoothly the automatic mechanism of taking on/off shoes automatically.

For reaching above-mentioned purpose, solution of the present utility model is: a kind of action guiding mechanism of automatic taking on/off shoes is to cooperate footwear body part and controlling organization and implement; Wherein be somebody's turn to do the action guiding mechanism, be to constitute by one group of traction belt that is provided with at interval, the two ends of each traction belt are to stride across to be fixed together with the shoe-pad rear portion after penetrating upper of a shoe behind the flap of footwear body part, realize cooperating with moved further and wear off running by lifting instep and depressing heel.

Described traction belt can cooperate footwear body both sides to be set to two groups, and an end of each traction belt is to be fixed on the shoe-pad rear portion, and the other end is to pass behind the flap of footwear body part or the upper of a shoe with the two ends of the adjustable shoes band that is provided with on the flap to be connected.

Described traction belt can cooperate footwear body both sides to be set to two groups, one end of each traction belt is to be fixed on the shoe-pad rear portion, wherein the other end of each traction belt of footwear body one side is to connect a latch closure after passing the flap of footwear body part or upper of a shoe, and the other end of each traction belt of footwear body opposite side is to pass to stride across behind the flap of footwear body part or the upper of a shoe to pass each latch closure behind the flap again and carry out activity and fix.

The described traction belt that passes each latch closure partly is provided with the adhesive buckle of cooperation.

Described traction belt can cooperate footwear body both sides to be set to two groups, and an end of each traction belt is to be fixed on the shoe-pad rear portion, and the other end is on the flap or upper of a shoe of fixedly footwear body part.

When one end of described each traction belt is fixed on flap, then be provided with leadout hole at the upper of a shoe end face.

When one end of described each traction belt is fixed on upper of a shoe, then be provided with leadout hole at the bottom of upper of a shoe separation point position upper of a shoe end face.

Described footwear body part is made of tongue portion, upper of a shoe and sole; Tongue portion has a flap; Sole comprises the thick big end, the middle end and shoe-pad; Shoe-pad is anterior to install with the middle end, and heel partly separates relative with the middle end.

Be provided with a folding district between described tongue portion and upper of a shoe;

Described controlling organization colludes body, stator and lacing film by switch, control and forms, and body is colluded in control and stator is contained in the shoe-pad heel partly, dress action and the lacing film hook that is contained in the middle end relatively, by the switch that is contained in footwear body rear, the control hook is removed and is got loose at the shoe-pad and the middle end, controls wearing off automatically of footwear.

The rear portion end face of the thick big end of described sole offers a guide groove and pit; Be fixed in the middle end at the thick big end, the heel part end face at the rear portion offers two and wears a button through hole and a through hole.

Described controlling organization comprises: a switch, be packed in footwear body rear, and its guide groove of offering to the big end extends a push rod; Body is colluded in one control, has a plate body, and plate body below is convexly equipped with at least one hook, in addition below plate body and the place ahead that is positioned at hook convex with block, offer plural card group through hole at the plate body face simultaneously; One lacing film, be a lamellar body, be fixed at the middle end of sole that the lacing film end face is provided with the above-mentioned control of at least one relative confession and colludes the through hole that the hook of body is passed through, and with middle bottom face offer to wear the button lacing film corresponding, also offer one simultaneously and collude the through hole that the block of body passes through for above-mentioned control; One stator, convex with the retaining wall around the top, being enclosed to form one provides control to collude the accommodation space of body assembling, the stator middle part offers a rectangular groove, stator is to be connected with to be embedded at the calcaneal below of shoe-pad after body is colluded in control, 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.

Described control is colluded on the plate body of the corresponding hook of body two side positions, be provided with a plurality of microscler through holes, simultaneously at least one card group through hole, a resetting spring is set, the top of aforementioned this stator, convexing with a plurality of projections is to stretch the microscler through hole that places control to collude body respectively, and, form control and collude the automatic involution power that body moves forward and backward traverse by its at least one projection contact resetting spring in relative card group through hole.

Described each traction belt is moving inside and between the interlayer of outer surface at upper of a shoe.

After adopting such scheme, because the utility model is that the action guiding mechanism is utilized in the action guiding mechanism wing machine leader to cooperate fairlead and inserted sheet to realize that action is adjusted to draw with one group to bring replacement by technology formerly, thereby it structurally more simplifies, and action is more smooth and easy.

Description of drawings

Fig. 1 is for using the three-dimensional exploded view of automatic taking on/off shoes structure of the present utility model;

Fig. 2 is applied to an instance graph of automatic taking on/off shoes for the utility model;

Fig. 3 is applied to another instance graph of automatic taking on/off shoes for the utility model;

Fig. 4 is applied to an instance graph again of automatic taking on/off shoes for the utility model;

Fig. 5 is applied to the another instance graph of automatic taking on/off shoes for the utility model;

Fig. 6 is the wear state three-dimensional combination figure of the utility model one embodiment;

Fig. 7 wears footwear actions schematic diagram for the utility model one embodiment's;

Fig. 8 wears footwear actions schematic diagram for the utility model one embodiment's;

Fig. 9 is the elasticity involution structure chart of the utility model controlling organization;

Figure 10 is the elasticity involution running schematic diagram of the utility model controlling organization;

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

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

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

Figure 13 A is the partial structurtes enlarged drawing of the utility model Figure 13;

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

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

The specific embodiment

As shown in Figure 1, automatic taking on/off shoes of the present utility model, its structure comprises footwear body part 1, be contained in action guiding mechanism 2 in the upper of a shoe 12 of footwear body part 1, form with the controlling organization 3 that is contained in footwear body part 1 sole 13; Footwear body part 1 mainly is made of with sole 13 relative repeatedly groups tongue portion 11, upper of a shoe 12, and sole 13 is to comprise the big end 131, the middle end 132 and shoe-pad 133 compositions.

Cooperate shown in Figure 2, this action guiding mechanism 2 is to be made of one group of traction belt that is provided with at interval 21, the two ends of each traction belt 21 are to stride across to penetrate upper of a shoe 12 backs behind the flap 11 of footwear body part 1 and be fixed together with shoe-pad 133 rear portions, realize cooperating with moved further and wear off running by lifting instep and depressing heel.

Consult shown in Figure 3, the another kind of form of implementation of traction belt 21, traction belt 21 can cooperate footwear body both sides to be set to two groups, one end of each traction belt 21 is to be fixed on shoe-pad 133 rear portions, and the other end is that the two ends that pass the adjustable shoes band 111 of setting on the flap 11 of footwear body part or upper of a shoe 12 backs and the flap 11 are connected.

Consult shown in Figure 4, traction belt 21 another form of implementation, traction belt 21 can cooperate footwear body both sides to be set to two groups, one end of each traction belt 21 is to be fixed on shoe-pad 133 rear portions, wherein the other end of each traction belt 21 of footwear body one side is to connect a latch closure 22 after passing the flap of footwear body part or upper of a shoe, the other end of each traction belt 21 of footwear body opposite side is to pass to stride across behind the flap 11 of footwear body part or the upper of a shoe 12 to pass each latch closure 22 behind the flap 11 again to carry out activity fixing, and the traction belt 21 that can pass each latch closure partly is provided with the adhesive buckle 23 of cooperation.

Consult shown in Figure 5, traction belt 21 another form of implementation, traction belt 21 can cooperate footwear body both sides to be set to two groups, an end of each traction belt 21 is to be fixed on shoe-pad 133 rear portions, the other end is on the flap 11 or upper of a shoe 12 of fixedly footwear body part.

When the utility model is implemented: as shown in Figure 1, aforementioned this tongue portion 11, has a flap 110, can be further on its surface add an one of adjusting the decoration shoestring 111 of tongue portion 11 degrees of tightness or magic adhesive tape etc. according to design or demand, so can be according to the width of the fat or thin adjustment tongue portion 11 of user's pin.

Aforementioned this upper of a

shoe

12, and 11 of above-mentioned tongue portion are set with a folding district 121, to form the running traverse length of tongue portion 11 areas size and action guiding mechanism 2.To cooperate the running of above-mentioned action guiding mechanism 2 and controlling organization 3, the opening and closing angle that forms 12 of tongue portion 11 and uppers of a shoe changes, user's taking on/off shoes action relatively, aforementioned this upper of a shoe 12 has an interlayer operating space, and the traction belt 21 of action guiding mechanism 2 operates in this operating space.

Aforementioned this sole 13 is to comprise the big end 131, the middle end 132 and shoe-pad 133 compositions; Rear portion end face of the big ends 131 offers a guide groove 134 and pit 135; In the end 132 be to be fixed at big the end 131, and the heel at rear portion partly end face offer two and wear a button through hole 136,137 and a through hole 138; The sole of shoe-pad 133 front portions partly is to install with the middle end 132, and the heel at its rear portion partly be with the middle end 132 be separate relative.

The above-mentioned controlling organization of carrying 3 is to comprise that body 32 is colluded in switch 31, control, stator 33 is formed with lacing film 34.Wherein

Aforementioned this switch 31 is the rears that are fixed on sole 13, it is extended with a push rod 311 in sole 13, and its running path that enters sole 13 is the guide groove 134 that rear portion, the above-mentioned relatively big ends 131 is offered, in other words, this push rod 311 can move back and forth along this guide groove 134 and enter in the pit 135, and its button system state of block 324 control releasings of body 32 is colluded in control relatively.

Body 32 is colluded in aforementioned this control, be to be a platysome, two hooks 322,323 before and after below plate body 321, vertically convexing with, in addition below plate body 321 and the place ahead that is positioned at front hook 322 convex with block 324, on the plate body of 322,323 liang of side positions of plate body 321 corresponding front and back hooks, be provided with a plurality of microscler card group through holes 325, and at least one card group through hole 325, a resetting spring 328 be set, as shown in Figure 7, with projection 333 contacts of relative fixed sheet 33.

Aforementioned this stator 33, mainly relatively the bottom end face that body 32 is installed in above-mentioned shoe-pad 133 is being colluded in above-mentioned control, stator 33 also is that a sheet is body formed, convex with retaining wall 331 around the top, the height of this retaining wall 331 is to be higher than plate body 321 thickness that body 32 is colluded in control, retaining wall 331 all around can be arranged with an accommodation space 332, above stator 33, convex with simultaneously a plurality of projections 333, be to stretch the card group through hole 325 that places control to collude body 32 respectively, collude the mobile route of body 32 with the location control, and by its at least one projection 333 a relative back-moving spring 328 contacts in card group through hole 325, as shown in Figure 7, automatic involution power after forming control and colluding body 32 and move, as shown in Figure 8; The middle part of stator 32 offers a rectangular groove 334, the formation control is colluded 32 liang of hooks 322,323 of body and is run through assembling position, aforementioned this stator 33 is to be connected with control to collude the below that is embedded at shoe-pad 133 heel places behind the body 32, front and back hook 322,323 and block 324 that body 32 is colluded in control are to stretch downwards to organize outside rectangular groove 334, and control is colluded between the appearance that body 32 can form between stator 33 and shoe-pad 133 in 332 and moved forward and backward.

Aforementioned this lacing film 34, be to be a lamellar body, be preferably a metal lamellar body, and lacing film 34 is to be fixed on the bottom position of the middle ends 132 of sole 13, the front and back hook 322 of body 32 is colluded in corresponding above-mentioned control on lacing film 34 end faces, 323 positions, be provided with two through hole 341,342 and with respect at the bottom of the Shen 132 offer two wear the button through hole 136,137, so that the front and back hook 322 that body 32 is colluded in control, 323 pass through after, in pit 135 spaces that the end 131 provides greatly, relative two through hole 341,342 button systems are fixing, lacing film 34 end faces offer the through hole 138 that a block 324 that supplies control to collude body 32 passes through, the guide groove 134 of block 324 by extending the big end 131 is provided, and the button system state that body 32 and lacing film 34 are colluded in control is removed in push rod 311 controls of switch 31 relatively.

Cooperate shown in Figure 6, the user can be according to the needs of the pin type of controlling oneself, adjust the effective length of the width and the traction belt 21 of tongue portion 11, when reality is used, the normality shoes are when wearing, tongue portion 11 be relative upper of a shoe 12 in 121 places, folding district in opened condition, these shoe-pad 133 rear portions are also because of the traction of traction belt 21 but be in the state of lifting certainly.

As Fig. 7, shown in 8, when the user desires to wear the footwear action, the tongue portion 11 of this moment is to be in open mode, as Fig. 5, shown in 6, the rear portion that is shoe-pad 133 is to be in the state that lifts, when people's foot is oblique when penetrating in the footwear body, heel moves down and depresses shoe-pad 133 and produce and move down, machine leader 21 sync pullings by action guiding mechanism 2 drive down simultaneously, flap 110 is also moved down, meanwhile, body 32 front and back hooks 322 are colluded in the control of controlling organization 3 on the shoe-pad 133,323, can aim at lacing film 34 two through hole 341,342, and the middle end 132 two wear the button through hole 136,137, and insert two through hole 341,342 and two wear button through hole 136, in 137, because hook 322, the arc design of 323 bottoms, its arcwall face is when lacing film 34 at the middle end 132 cooperates, when control is colluded body 32 and is moved down, front and back hook 322,323 curved bottom can promote control and collude body 32 and move relative to shoe-pad 132 the place aheads, as shown in figure 10, move traverse and by fixed projection 333 relative to this, relatively back-moving spring 328 contacts are in the compress energy storage state in card group through hole 325, as shown in Figure 8, and the automatic involution power after forming control and colluding body 32 and move; When front and back hook 322,323 stretch fully put out in the end 132 and be arranged in the pit 135 at the big end 131 after, under the effect of back-moving spring 328, control is colluded body 32 meetings and is moved to the rear of shoe-pad 133 at the end 132 in shoe-pad 133 reaches, hook 322 before and after making, 323 detain on the lacing film 34 that is formed on fully at middle the end 132, as Fig. 9, shown in 11, the shoes of this moment are to be in the state of dress, as Fig. 6, shown in 11, even if when walking, instep is to tongue portion 11 application of forces, because the shoe-pad 133 of this moment is to be fixed at middle the end 132, shoe-pad 133 is again fixedly to be connected with together with tongue portion 11, shoe-pad 133 does not get loose, and user's pin can not deviate from from the footwear body.

When the user desires to take off one's shoes action, as shown in figure 12, only need heel application of force push switch 31 backward, lift instep simultaneously upwards to tongue portion 11 application of forces, because switch 31 is relative to moving in the footwear body, close closing push rod 311 on 31 moves forward and promotes control and collude that pushing block 324 moves forward on the body 32, front and back hook 322,323 also is moving forward of identical traverse synchronously, the back-moving spring 328 that control is meanwhile colluded on the body 32 is subjected to projection 333 ejections again, make back-moving spring 328 be in the compress energy storage state, as Figure 10, when front and back hook 322, the through hole 341 of the end 132 and lacing film 34 in 323 alignings, 342 and two wear button through hole 136,137 o'clock, the action that the person's of being used instep upwards lifts, move up interlock shoe-pad 133 of ejection tongue portion 11 produces under the effect of the application of force upwards, front and back hook 322,323 can be by the through hole 341 of the middle end 132 with lacing film 34,342 with wear the button through hole 136, deviate from 137, under the effect of back-moving spring 328, control is colluded body 32 and is moved the answer normality backward relative to shoe-pad 132, user's pin can be deviate from from the footwear body, as Fig. 5,7, shown in 9.

The utility model is in other specific embodiment structure, as when being applied to the thin shoes of sole, shown in Figure 13～15, in the aforementioned concrete composition structure of the utility model, this control is colluded the front and back hook 322 of body 32,323 extended heights reduce, adopt the hook moulding of flat to be provided with, and the place ahead of hook 322 before below body 32 is colluded in control torsion spring 329 that is pivoted, one leg of torsion spring 329 is fitted in control and colludes below the body 32, another leg 320 is open configurations, elastic top is butted on one and resists sheet 327, and the corresponding position that this resists sheet 327 convexes with two projections 139 on the middle end 132 or the lacing film 34 at the middle end 132,130, as shown in FIG. 13A.

According to the foregoing description structure, as shown in figure 13, when the user desires to wear the footwear action, the tongue portion 11 of this moment is to be in open mode, the rear portion that is shoe-pad 133 is to be in the state that lifts, when people's foot is oblique when penetrating in the footwear body, heel moves down, tongue portion 11 moves down under the drive of action guiding mechanism 2 simultaneously, meanwhile, the front and back hook 322 that body 32 is colluded in control on the shoe-pad 133, wearing during 323 desires are aimed at detained through hole 136 at the end 132,137, the resistance sheet 327 of another leg 320 contacts of the torsion spring 329 on the body 32 is colluded in control, one end top is on the preceding projection 139 at the middle end 132, as shown in FIG. 13A, when shoe-pad 133 moves down, this resistance sheet 327 can make control collude body 32 under the contact of preceding projection 139 and move to footwear body the place ahead relative to shoe-pad 133, lacing film 34 promptly can promote to control the back-moving spring 328 that colludes on the body 32, be subjected to the contact of projection 333, make back-moving spring 328 be in compression energy state, when front and back hook 322,323 aim at fully in the two through hole 341 of the end 132 and lacing film 34,342 with wear the button through hole 136,137 and when inserting, be that shoe-pad 133 will be will fit with the middle ends 132 time, back projection 130 is to be positioned at the medium position that resists sheet 327, again to the shoe-pad 133 downward application of forces, 130 pairs of leverages of resisting sheet 327 of back projection, make the contact effect that sheet 327 breaks away from preceding projection 139 of resisting, under the effect of back-moving spring 328, control is colluded body 32 meetings and is moved to the rear of shoe-pad 133 at the end 132 in shoe-pad 133 reaches, hook 322 before and after making, 323 detain on the lacing film 34 that is formed on the middle end 132, as shown in figure 14 fully.

When the user desires to take off one's shoes when action, cooperate shown in Figure 15ly, its action is identical with embodiment one with principle, 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 that the action guiding mechanism is utilized in the action guiding mechanism wing machine leader to cooperate fairlead and inserted sheet to realize that action is adjusted to draw with one group to bring replacement by technology formerly, thereby it structurally more simplifies, and action is more smooth and easy.

Claims

1. An action adjustment mechanism for automatically putting on and taking off shoes is implemented in cooperation with the shoe body part and the control mechanism; its feature is that the action adjustment mechanism is composed of a group of traction belts arranged at intervals, and the two traction belts The end is to pass through the tongue of the shoe body and then penetrate into the upper and fix it with the back of the insole. By lifting the instep and stepping down the heel, it can move synchronously and cooperate with putting on and taking off.

2. The action adjustment mechanism for automatic putting on and taking off shoes as claimed in claim 1, characterized in that: the traction belts can be arranged in two groups according to the two sides of the shoe body, one end of each traction belt is fixed on the back of the insole, and the other is One end is connected with the two ends of the adjustable shoelace arranged on the shoe tongue after passing through the shoe tongue or shoe upper of the shoe body part.

3. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 1, characterized in that: the traction belts can be arranged in two groups according to the two sides of the shoe body, and one end of each traction belt is fixed on the back of the insole, wherein The other end of each traction belt on one side of the shoe body is connected to a buckle after passing through the tongue or upper of the shoe body, and the other end of each traction belt on the other side of the shoe body is the shoe that passes through the shoe body part. After the tongue or the upper of the shoe crosses the tongue and then passes through each ring buckle for movable fixation.

4. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 3, characterized in that: the part of the traction belt that can pass through each buckle is provided with a matching sticky buckle.

5. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 1, characterized in that: the traction belts can be arranged in two groups according to the two sides of the shoe body, one end of each traction belt is fixed on the back of the insole, and the other One end is fixed on the tongue or upper of the shoe body part.

6. The action adjustment mechanism for automatic putting on and taking off shoes as claimed in claim 5, characterized in that: when one end of each traction belt is fixed on the shoe tongue, a lead-out hole is provided on the end surface of the shoe upper.

7. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 5, characterized in that: when one end of each traction belt is fixed on the shoe upper, a lead-out hole is provided at the end surface of the lower shoe upper at the separation position of the shoe upper.

8. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 1, characterized in that: the shoe body part is composed of a shoe tongue, a shoe upper and a shoe sole; the shoe tongue has a shoe tongue; the shoe sole includes a thick outsole , midsole and insole; the front part of the insole is fixed to the midsole, and the heel part is separated from the midsole.

9. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 8, characterized in that: there is an opening and closing area between the tongue and the upper;

10. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 8, characterized in that: the control mechanism is composed of a switch, a control hook body, a fixing piece and a hanging piece, and the control hook body and the fixing piece are installed on the heel of the insole For the part, relative to the wearing action and the hook buckle installed in the midsole, the switch installed at the rear of the shoe body controls the hook buckle to release the loose insole and the midsole, and controls the automatic putting on and taking off of the shoe.

11. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 8, characterized in that: the rear end surface of the thick outsole is provided with a guide groove and a pit; the midsole fixed on the thick outsole, The end surface of the heel portion at the rear is provided with two buckle through holes and a through hole.

12. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 1 or 8, characterized in that the control mechanism includes:

A switch, fixed on the rear of the shoe body, extends a push rod to the guide groove opened on the outsole;

A control hook body has a plate body, at least one hook is protruded under the plate body, and a stopper is protruded under the plate body and in front of the hook, and a plurality of card group through holes are opened on the surface of the plate body;

A hanging piece, which is one piece, is fixed on the midsole of the sole, and the end surface of the hanging piece is provided with at least one through hole for the hook of the above-mentioned control hook body to pass through, and corresponds to the buckle hanging piece opened on the end surface of the midsole At the same time, a through hole for the block of the above-mentioned control hook body to pass through is also provided;

A fixed piece, with a retaining wall protruding around the top to form a storage space for the assembly of the control hook body. There is a long slot in the middle of the fixed piece. The fixed piece is embedded in the heel of the insole after the control hook is set Below, the hook and stopper of the control hook body extend downwards outside the elongated groove of the fixed piece, and the control hook body can move back and forth in the space formed between the fixed piece and the insole.

13. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 12, characterized in that: the control hook body is provided with a plurality of elongated through holes on the plate body corresponding to the two sides of the hook, and at least one card A return spring is arranged in the through hole of the group, and above the above-mentioned fixed piece, a plurality of protruding posts are protruded and placed in the elongated through holes of the control hook body, and at least one of the protruding posts is placed in the opposite card group. The through hole pushes against the return spring to form an automatic return power for the forward and backward movement of the control hook body.

14. The action adjustment mechanism for automatic putting on and taking off shoes according to claim 1, 2, 3 or 5, characterized in that each traction belt moves between the inner and outer surfaces of the shoe upper.