WO2006007782A1

WO2006007782A1 - A shoe to be automatically put on and taken off

Info

Publication number: WO2006007782A1
Application number: PCT/CN2005/001011
Authority: WO
Inventors: Lungchiao Chou
Original assignee: Lungchiao Chou
Priority date: 2004-07-20
Filing date: 2005-07-11
Publication date: 2006-01-26
Also published as: US20070209234A1

Abstract

A shoe to be automatically put on and taken off includes a shoe body, an adjustment mechanism and a control mechanism. The shoe body includes a sole, a tongue and an upper. An open and close area is between the tongue and the upper. The sole includes an outsole, a middle sole and an insole. The foreside of the insole is fixed to the middle sole, and the heel portion of the insole is separated from the middle sole. The adjustment mechanism includes an aliform plate, a guide plate and an insert plate, and the aliform plate includes a pulling plate and a leading plate. The first end of the aliform plate is fixed to the tongue, and is guided upwardly and downwardly movable by the combination of the leading plate, the inserting plate and the guide plate. The second end is firmed to the rear of the insole. The aliform plate pulls the-insole to move up and down company with the tongue as the shoe is put on and taken off. The control mechanism includes a button, a snap controller, a fix plate and a tache plate. The snap controller and the fix plate are mounted on the heel portion of the insole, and clasp with the tache plate mounted on the middle sole accompanied with the action of putting on. The button mounted on the rear of the shoe body control unclasping to detach the insole and the middle sole to realize automatic putting on and taking off.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the technical field of shoes, and more particularly to an automatic wearing and taking off shoe. BACKGROUND OF THE INVENTION Shoes are indispensable for today's human travel and protection of the foot, and for the comfort and convenience of wearing, the industry is constantly innovating, not only in popular styles, but also in innovation for other functions.

In terms of the convenience of wearing and detaching shoes, it is also improved by the early shoelaces, and the manufacturer has improved the use of elastic tie bands, such as elastic bands, to the opening and closing area between the tongue and the upper, or Adhesive tape (also known as magic tape) to achieve the convenience of wearing and detaching the tying belt, but these alternative tying straps are attached and detached, such as the elastic tying belt must be applied to resist the elasticity when wearing and detaching, and When you put it in, you need to use your fingers or shoe lasts to hold the back end of the shoe to penetrate. Of course, you must also resist the elasticity when you take off your shoes. It is very laborious to wear and take off, and the elasticity will gradually get tired. When putting on and off, it is also necessary to use the hand to tighten or stick the self-adhesive tape. In other words, it is impossible to perform the automatic wear-and-release operation in conjunction with the action of taking off the shoe.

The present inventors have thus researched and applied for a shoe patent case in which the action of wearing and taking off the shoes is carried out, and the shoelaces are automatically threaded and deactivated, such as the Taiwan Patent Patent Publication No. 355132, and the new patent No. 439425. In the pre-patent case, the operation structure and method of the shoe use the shoe's wear-and-release action to automatically pull the shoelace to produce the control and release control. However, the structure and operation of the patent case, the shoelace needs to pass through the upper and The mechanism is placed in the interlayer under the insole, the path of the shoelace is long, and the length and length of the shoelace need to be matched. In the shoe industry, the sole and the midsole fixed processing itself have a certain Difficulty, the quality of the processing directly affects the quality of the finished shoes, and there is a shoelace between the sole and the upper, which makes the processing of the sole and the midsole more difficult to process, unable to use machinery Quantitative production, therefore, must be done through special manual operations, the relative manufacturing cost is relatively high; in addition, the shoe's shoelace elastic movement will also cause the use of failure, Its function is not really in the use will be slightly inconvenient. Summary of the invention The object of the present invention is to provide an automatic wearing and taking off shoe which is simple in structure and can be automatically worn and automatically taken off without the need of a shoelace action.

In order to achieve the above object, an automatic wearing and unloading shoe of the present invention mainly comprises a shoe body portion, an action adjusting mechanism and a control mechanism; wherein the shoe body portion is composed of a tongue portion, an upper and a sole; the tongue portion and the upper portion There is a opening and closing area; the tongue has a tongue; the sole includes a thick bottom, a midsole and an insole; the front part of the insole is fixed with the midsole, the heel part is separated from the midsole; the movement adjusting mechanism has a wing a shaped body, an extended end is fixed to the tongue portion, and a bottom portion is fixed on the rear portion of the insole, and the upper and the insole are synchronously moved to engage and disengage with the upper and the insole; the control mechanism is controlled by a switch, a control body, a fixing piece and The hanging piece is composed, the control hook body and the fixing piece are mounted on the heel part of the insole, and the relative wearing action and the hanging piece attached to the midsole are hooked, and the switch attached to the rear of the shoe body controls the hook to release the insole and the midsole. , control the automatic wear and tear of the shoes.

The thick and large rear end surface of the sole has a guiding groove and a dimple; the midsole is fixed on the thick bottom, and two through-holes and a through hole are formed in the rear end portion of the heel portion.

The opening and closing area is opened at any position between the upper, the upper and the decorative lace, and forms a tongue.

The wing-shaped piece has a bottom and a second-extending type of wing-shaped traction piece extending integrally, and a guide piece having a guide groove on the outer side of the traction piece is disposed.

The motion adjustment mechanism further includes a guiding piece and a blade, the guiding piece is fixed in the interlayer operating space formed by the upper and the outer side of the pulling piece of the wing-shaped piece, and the end surface has a guiding piece end face opposite to the wing-shaped piece The end face of the pair of guide grooves and the groove between the end faces of the two adjacent pairs, so that a plurality of guide grooves are formed with respect to the end faces of the guide sheets, and the end faces of the opposite piece of the guide piece and the guide groove of the guide piece are staggered. The insertion is a guide for moving up and down.

One end of the extending portion of the pulling piece of the wing-shaped piece body is further provided with a fixing portion which is fixed together with the tongue portion.

The control mechanism comprises: a switch, 'fixed in the rear of the shoe body, the guide groove extending to the outsole extends a push rod; a control body has a plate body, at least one hook is protruded below the plate body, and a block is arranged under the plate body and located in front of the hook, and a plurality of card set through holes are formed in the plate body surface; a hanging piece is a piece body fixed on the midsole of the sole, and the end surface of the hanging piece is provided with at least one relative a through hole for the hook of the control hook body corresponding to the through hole hanging piece opened at the end surface of the middle bottom, and a through hole for the passage of the block for controlling the hook body; a fixing piece, the upper part The shackles are arranged around the shackles, and are arranged to provide a accommodating space for assembling the hook body. A long slot is formed in the middle of the fixing piece, and the fixing piece is connected under the heel of the insole and connected with the control hook body. The hook and the stopper are extended downwards beyond the long groove of the fixing piece, and the control hook body can move back and forth in the space formed between the fixing piece and the insole. The control hook body is provided with a plurality of elongated through holes on the plate body at the two sides of the hook, and a return spring is disposed in the through hole of the at least one card group, and a plurality of convex portions are convexly disposed above the fixing piece The columns are respectively extended into the elongated through holes of the control hook body, and at least one of the protruding columns is abutted against the return spring in the opposite through hole of the card set to form an automatic returning power for moving the movement of the hook body before and after.

The bottom of the hook is further curved.

The tongue surface of the tongue further includes a decorative lace that adjusts the tightness of the tongue. The utility model relates to an automatic wearing and taking off shoe, which mainly comprises a shoe body part, an action adjusting mechanism and a control mechanism; wherein the shoe body part is composed of a tongue part, an upper and a sole; the tongue part and the upper have a opening and closing area; The part has a tongue; the sole comprises a thin outsole, a midsole and an insole; the front part of the insole is fixed to the midsole, and the heel part is separated from the midsole; the movement adjusting mechanism has a wing-shaped piece, and the extended end is fixed at one end The tongue is fixed on the back of the insole, and the tongue is moved synchronously with the insole to move up and down. The control mechanism is composed of a switch, a control body, a fixing piece and a hanging piece, and the hook body and the fixing body are fixed. The piece is mounted on the heel part of the insole, and the relative wearing action and the hanging piece attached to the midsole are hooked. The switch mounted on the rear of the shoe body controls the hook to release the insole and the midsole, and controls the automatic wear and tear of the shoe.

The rear end surface of the thin sole of the sole is provided with a guiding groove and a concave hole; a midsole fixed on the thin bottom, and two through-holes are formed in the end surface of the heel portion of the rear portion.

The control mechanism comprises: a switch fixed on the rear of the shoe body, the guide groove extending to the outsole extending a push rod; a control hook body having a plate body, and a hook is arranged below the plate body, and the control hook body corresponds to a plurality of elongated through holes are arranged on the plate body at the two sides of the hook, and a return spring is disposed in at least one of the through holes of the group; the front of the push block below the control block is provided with a torsion spring, a torsion spring One leg is attached to the underside of the control hook body, and the other leg is in an open state, corresponding to a top of the resisting piece, and the front and rear bumps are arranged by the end of the resisting piece opposite to the mid-bottom end; 氐; The piece is a piece, fixed on the midsole of the sole, and the end surface of the hanging piece is provided with at least one through hole passing through the hook for the control body, and corresponding to the wearing piece hanging on the end surface of the middle bottom; a fixing piece, a shackle is arranged around the upper part, and is arranged to provide a accommodating space for assembling the control body, a long groove is formed in the middle of the fixing piece, and a plurality of protruding columns on the two sides of the long groove are respectively respectively Extending into a relatively elongated through hole of the control body, and The at least one stud is abutted against the return spring in the opposite through hole of the card set to form an automatic returning power for moving the movement of the hook body before and after; the fixing piece is embedded under the heel of the insole after being connected with the control body; The hook of the control hook body is extended downwardly beyond the long groove of the fixing piece, and the control hook body can move back and forth in the space formed between the fixing piece and the insole.

The front and rear bumps corresponding to the abutting position of the resisting piece are disposed on the end surface of one of the midsole and the hanging piece fixed to the midsole. The control hook body and the fixing piece may be further fixed on the sole, and the oppositely formed hanging piece may be disposed on the insole together with the fixing piece.

After adopting the above solution, the present invention utilizes an action adjusting mechanism to connect the tongue portion and the sole of the shoe body portion, and cooperates with the shoe removing action to pull the tongue portion and the insole synchronously to move up and down, changing the tongue portion and the upper portion. The opening and closing angle of the opening and closing area, combined with the control and release of the control mechanism to achieve the fixation and release of the insole and the midsole, to achieve automatic wear and tear of the shoes, so that its function is more reliable, low failure rate, industrialization Mass production, even less involved in the participation of shoelaces. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view showing the structure of an embodiment of the present invention;

Figure 1 is a cross-sectional view showing a combination of an embodiment of the motion adjustment mechanism of the present invention;

3 is a perspective assembled view of an unworn state according to an embodiment of the present invention;

4 is a perspective assembled view of a wearing state according to an embodiment of the present invention;

FIG. 5 is a schematic view of a shoe wearing operation according to an embodiment of the invention

6 is a schematic view of a shoe wearing operation according to an embodiment of the present invention;

Figure 7 is a structural diagram of elastic reversion of the control mechanism of the present invention

Figure 8 is a schematic diagram of the elastic return operation of the control mechanism of the present invention

Figure 9 is a view showing a state of wearing a shoe according to an embodiment of the present invention;

Figure 10 is a view showing the action of taking off the shoe according to an embodiment of the present invention;

11 is a motion diagram of wearing a shoe according to another embodiment of the present invention;

Figure 11A is an enlarged view of the partial structure of Figure 11 of the present invention;

12 is a state diagram of wearing a shoe according to another embodiment of the present invention;

Figure 13 is a diagram showing the action of taking off the shoe according to another embodiment of the present invention

Main component symbol description

I - Shoe part 2-Action adjustment mechanism 3-Control mechanism

II - tongue part 12 - upper 13 - sole

21 - wing-shaped piece 22 - guide piece 23- insert

31 - Switch 32 - Control body 33 - Fixed piece

34 - Hanging piece 110 - Tongue 111 - Decorative laces 121 - Opening and closing area 131 - Outsole 132 - Midsole

133-Insole 134-Guide 135 - Pit

136, 137 - through the through hole 138 - through hole 139 - front bump 130 - rear bump 210 - bottom 211 - traction piece

212 - fixing portion 213 - guide groove 214 - guide piece

221 - Pair end face 222 - Through slot 311 - Putt

321 - plate body 322 a front hook 323 - rear hook

324 - Stop 325 - Card set through hole 327 - Release sheet

328 - return spring 329 - torsion spring 320 - feet

331 - 垣 332 - accommodating space 333 - stud

334 - Long groove 341, 342 - Through hole, please refer to FIG. 1 ~ 4, an automatic wearable and detachable shoe according to a preferred embodiment of the present invention, the structure comprising a shoe body portion 1 and a shoe body portion 1 The action adjustment mechanism 2 in the upper 12 is composed of a control mechanism 3 mounted in the sole 13 of the shoe body portion 1, as shown in FIG.

The shoe body portion 1 mentioned above is mainly composed of a pair of tongue portions 11, a shoe upper 12 and a sole 13 which are opposed to each other. among them

The tongue portion 11 has a tongue 110, and a decorative lace 111 or a magic tape for adjusting the tongue portion 11 can be further provided on the surface thereof, so that the user can The fat and thinness of the foot adjusts the width of the tongue portion 11.

The upper 12 and the tongue 11 are provided with an opening and closing area 121, and the opening and closing area

121 can be opened at any position between the tongue and the decorative shoelace 111 to form the size of the tongue portion 11 and the length of operation of the action adjusting mechanism 2. In conjunction with the operation of the motion adjustment mechanism 2 and the control mechanism 3, the angle of the opening between the tongue portion 11 and the upper 12 is changed, and the outer surface of the upper 12 and the motion adjustment mechanism 2 are formed. Between the outer surfaces of the traction pieces 211 of the airfoil body 21, a sandwich operation space is formed, and the operation adjustment mechanism 2 is provided to assemble and pull the tongue portion 11 to operate.

The sole 13 is composed of an outsole 131, a midsole 132 and an insole 133. The rear end of the outsole 131 defines a guiding groove 134 and a dimple 135. The midsole 132 is fixed on the outsole 131 and at the rear. A plurality of through-holes 136, 137 and a through-hole 138 are formed in the end surface of the heel portion; the sole portion of the front portion of the insole 133 is fixed together with the midsole 132, and the heel portion of the rear portion is formed with the midsole 132. Separate relative.

The above-described motion adjustment mechanism 2 is composed of a wing-shaped piece 21, a guide piece 22, and a blade 23. among them

The wing-shaped piece 21 has a bottom portion 210 and an integrally extending second-type airfoil traction The 211 is fixedly coupled to the tongue portion 11 by the upper fixing portion 212. The guiding piece 214 of the guiding groove 213 is disposed on the outer side of the pulling piece 211, and the guiding piece 214 is extended on the upper. 12 The working space of the interlayer formed by the traction piece 211, so that the effective length of the wing-shaped piece 21 can be adjusted according to the height of the user's instep; the bottom 210 of the wing-shaped piece 21 is fixed on the rear of the insole 133, thus The wing-shaped piece 21 can be used to connect the tongue portion 11 and the insole 133 to generate synchronous up-and-down movement linkage, and the linkage is suitable for the action of the user to take off the shoe.

The guide piece 22 is integrally fixed with the upper 121 in the interlayer operation space formed by the upper 12 and the traction piece 211, and has a pair of end faces 221 opposite to the end surface guide groove 213 of the traction piece 211 at the end surface thereof. The slot 222 between the end faces 221 is interleaved with the pair of end faces 221 of the guide piece 22 and the guide piece 22 by a long strip 23, as shown in FIG. The traction piece 211 is integrated with the guide piece 11, and the traction piece 211 is limited to the upper and lower movement operation guides, and the left and right lateral fixation forces.

The control mechanism 3 mentioned above comprises a switch 31, a control body 32, a fixing piece 33 and a hanging piece 34. among them

The switch 31 is fixed to the rear of the sole 13 and has a push rod 311 extending into the sole 13 , and the operation path of the shoe 13 into the sole 13 is a guide groove 134 opened at the rear of the outsole 1 31 . In other words, the push The rod 311 can reciprocate along the guide groove 134 into the pocket 1 35, and the stopper 324 of the control hook body 32 controls the release state thereof.

The control hook body 32 is a flat body. Two front and rear hooks 322 and 323 are longitudinally protruded below the plate body 321 , and a stopper 324 is protruded from the front side of the front hook 322. The plate body 321 is disposed on the plate body at two sides of the front and rear hooks 322 and 323, and a plurality of elongated card set through holes 325 are disposed, and a return spring 328 is disposed in the at least one card set through hole 325, as shown in FIG. , the protrusion 333 of the opposite fixing piece 33 abuts.

The fixing piece 33 is mainly configured to fix the control hook body 32 to the bottom end surface of the insole 1 33. The fixing piece 33 is also formed into a piece shape, and a damper 331 is protruded from the upper side. The height of the plate body 321 is higher than the thickness of the plate body 321 of the control hook body 32. The surrounding damper 331 can be surrounded by an accommodating space 332, and a plurality of protrusions 333 are protruded above the fixing piece 33, and are respectively extended. In the card set through hole 325 of the control body 32, the moving path of the control hook body 32 is positioned, and at least one of the protrusions 333 is abutted against the return spring 328 in the card set through hole 325, as shown in FIG. 7. The automatic returning power after the movement of the control hook 32 is formed, as shown in FIG. 8; a long slot 334 is defined in the middle of the fixing piece 32, and the two hooks 322 and 323 of the control hook 32 are formed through the assembly position. 33 is embedded after the control body 32 is attached Below the heel of the insole 133, the front and rear hooks 322, 323 and the stop 324 of the control hook 32 are extended downwardly beyond the elongated slot 334, and the control hook 32 can be between the fixed piece 33 and the insole 133. The composed chamber 332 moves back and forth.

The hanging piece 34 is a piece of body, preferably a metal piece, and the hanging piece 34 is fixed at the bottom of the midsole 132 of the sole 13 , and the end surface of the hanging piece 34 corresponds to the front and rear of the control body 32 . The hook and the 323 position are provided with two through holes 341 and 342 and two through-holes 136 and 137 which are opened with respect to the midsole 132, so as to control the front and rear hooks 322 and 323 of the hook body 32, after passing through the outsole The recess 135 provided by the 131 is fastened to the two through holes 341 and 342. The end surface of the hanging piece 34 defines a through hole 138 through which the stopper 324 of the control hook 32 passes, and the stopper 324 is extended through the outsole. The guide groove 134 of the 131 controls the release state of the hook body 32 and the hanging piece 34 with respect to the push rod 311 of the switch 31.

As shown in Fig. 3, the user can adjust the width of the tongue portion 11 and the effective length of the wing-shaped sheet 21 according to the needs of the automatic foot type. In actual use, when the normal shoes are not worn, the tongue portion 11 The upper portion 12 is opened at the opening and closing area 121. Of course, the rear portion of the insole 133 is also in a raised state due to the traction of the wing-shaped sheet 21.

As shown in FIGS. 5 and 6, when the user wants to perform the shoe-shoeing action, the tongue portion 11 at this time is in an open state, as shown in FIGS. 3 and 5, that is, the rear portion of the insole 133 is in a raised state. When the person's foot is obliquely penetrated into the shoe body, the heel moves downward and the insole 133 is pressed to generate a downward movement, and at the same time, the traction piece 211 of the wing-shaped body 21 of the action adjusting mechanism 2 is synchronously pulled, so that The tongue 110 is also moved downward. At the same time, the front and rear hooks 322 and 323 of the control body 3 of the control mechanism 3 on the insole 133 are aligned with the two through holes 341 and 342 of the hanging piece 34 and the second bottom 132. The through holes 136, 137 are inserted into the two through holes 341, 342 and the two through holes 136, 137. Due to the curved design of the bottom of the hooks 322, 323, the curved surface is hung on the midsole 132. When the piece 34 is engaged, when the control hook 32 moves downward, the curved bottoms of the front and rear hooks 322 and 323 can push the control hook 32 to move forward relative to the insole 132, as shown in FIG. 6, relative to the movement The fixed projection 333 is pressed against the return spring 328 in the card through hole 325 to be in a compressed energy storage state. As shown in FIG. 8, the automatic resetting power after the movement of the control hook 32 is formed; after the current rear hooks 322, 323 are completely extended out of the bottom bottom 132 and located in the recess 135 in the outsole 131, at the return spring 328 Under the action, the control hook 32 moves relative to the insole 133 and the midsole 132 toward the rear of the insole 133, so that the front and rear hooks 322 and 323 are completely buckled on the hanging piece 34 on the midsole 132, as shown in FIGS. At this time, the shoes are in a wearing state. As shown in FIGS. 4 and 9, even when walking, the foot is biased toward the tongue portion 11. Since the insole 133 is fixed to the midsole 132 at this time, the insole 133 is Attached to the tongue portion 11 together, the insole 133 is not loose, and the user's foot does not come out of the shoe body. of.

When the user wants to take off the shoe, as shown in FIG. 10, only the heel is pressed backwards to push the switch 31, and the lifting foot faces upward to apply force to the tongue 11, since the switch 31 moves relative to the shoe body, The push rod 311 on the closing 31 moves forward to push the push block 324 to move forward, and the front and rear hooks 322 and 323 are also synchronized to move forward of the same stroke, and at the same time, the reset on the hook 32 is controlled. The spring 328 is further pushed up by the stud 333, so that the return spring 328 is in a compressed energy storage state. As shown in FIG. 8, the front rear hooks 322 and 323 are aligned with the through holes 341, 342 and the second through holes of the midsole 132 and the hanging piece 34. When the through holes 136 and 137 are engaged with the upward movement of the user's instep, the topping of the tongue 11 moves upwardly and the interlocking insole 133 generates an upward force. The front and rear hooks 322 and 323 are suspended by the midsole 132. The through holes 341 and 342 of the piece 34 are disengaged from the through holes 136 and 137. Under the action of the return spring 328, the control body 32 moves backward relative to the insole 132 to return to the normal state, and the user's foot can be removed from the shoe body. Take off, as shown in Figures 3, 5, and 7.

In the structure of other specific embodiments, such as when applied to a shoe with a thin sole, as shown in FIGS. 11 to 13, in the foregoing specific composition of the present invention, the front and rear hooks 322 and 323 of the control body 32 are extended. The height is lowered, and a flat hook-shaped forming arrangement is adopted, and a torsion spring 329 is pivoted in front of the front hook 322 below the control hook 32. One leg of the torsion spring 329 is fitted under the control hook 32, and the other is The leg 320 is in an open state, and the elastic top is abutted against a resisting piece 327. The position of the resisting piece 327 is convexly provided with two bumps 139, 130 on the bottom piece 132 or the hanging piece 34 of the midsole 132, as shown in FIG. 11A. Shown.

According to the structure of the above embodiment, as shown in FIG. 11, when the user wants to perform the shoe-shoeing action, the tongue portion 11 at this time is in an open state, that is, the rear portion of the insole 133 is in a raised state, when When the foot is obliquely inserted into the shoe body, the heel is moved downward, and the tongue portion 11 is moved downward by the action adjusting mechanism 2, and at the same time, the insole 133 is controlled by the insole 322, 323 of the hook body 32. To be aligned with the through-holes 136, 137 of the midsole 132, the other piece 320 of the torsion spring 329 on the control body 32 abuts against the resisting piece 327, which is formed at the front bump 139 of the midsole 132. As shown in FIG. 11A, while the insole 133 is moved downward, the resisting piece 327 will move the control hook 32 relative to the insole 133 toward the front of the shoe body under the top of the front bump 139, and the hanging piece 34 will The return spring 328 on the control hook body 32 is pushed against the top of the protrusion 333, so that the return spring 328 is in a compression energy state, and the current rear hooks 322 and 323 are completely aligned with the two through holes 341 of the midsole 132 and the hanging piece 34. When the 342 and the through-holes 136, 137 are inserted and inserted, that is, when the insole 133 is to be attached to the midsole 132, the rear bump 1 30 is located at the middle position of the resisting piece 327, and then applies a downward force to the insole 133. The rear projection 130 acts on the resisting piece 327 to disengage the resisting piece 327 from the top abutting action of the front projection 139. Under the action of 328, the control hook 32 moves relative to the insole 133 and the midsole 132 toward the rear of the insole 133, so that the front and rear hooks 322, 323 are fully buckled on the hanging piece 34 of the midsole 132, as shown in FIG.

When the user wants to take off the shoe, the action and principle are the same as those in the first embodiment, and will not be described here.

Of course, the control mechanism of the present invention is not limited to the above two embodiments, and the control hook body can also be disposed on the sole, and the hanging piece can be disposed on the insole, and the hanging function of the insole with the midsole and the sole can also be achieved. Therefore, the function of fixing and releasing the insole and the midsole and the sole can be realized by the control mechanism of the present invention. The key point of the invention is that the action adjusting mechanism is a synchronous linkage function between the traction tongue and the insole, so that the action adjustment mechanism relative to the prior art has a single component and a relatively large structure, which completely changes the prior art. The use of the shoelace to achieve the function of wearing and removing the shoe makes the function of automatically wearing the shoe structure more accurate, reduces the failure rate, and reduces the production cost.

In summary, the present invention is not only innovative in terms of system architecture and operation mode, but also can enhance the above-mentioned plurality of functions compared with conventional articles, and should fully comply with the statutory invention patent requirements of novelty and progressiveness, and apply in accordance with the law. I urge you to approve the application for this invention patent, in order to encourage creation, to the sense of virtue.

Claims

Rights request

1. An automatic wearing and taking off shoe, which mainly comprises a shoe body part, an action adjusting mechanism and a control mechanism; and the feature is:

The shoe body portion is composed of a tongue portion, an upper and a sole; the tongue portion and the upper portion are provided with an opening and closing area; the tongue portion has a tongue; the sole includes a thick bottom, a midsole and an insole; the front portion of the insole The midsole is fixed, and the heel portion is separated from the midsole;

The action adjusting mechanism has a wing-shaped piece body, and one end of the extension is fixed to the tongue portion, and the bottom portion is fixed on the rear part of the insole, and the tongue portion and the insole are synchronously moved to fit and disengage;

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 mounted on the heel part of the insole, and the relative wearing action and the hanging piece attached to the midsole are hooked, and are mounted on the rear of the shoe body. The switch controls the hook to release the insoles and the midsole, and controls the automatic wear and tear of the shoes.

2. The automatic wear-removing shoe according to claim 1, wherein: a thick-bottomed rear end surface of the sole has a guide groove and a recess; a midsole fixed on the thick sole, and a heel at the rear Part of the end face is provided with two through-holes and a through hole.

3. The automatic wear-and-release shoe according to claim 1, wherein: the opening and closing area is opened at any one of the upper, the upper and the decorative lace, and the tongue portion is formed.

4. The automatic wear-removing shoe according to claim 1, wherein: the airfoil body has a bottom and an integrally extending second-shaped airfoil traction piece, and the outer side of the traction piece is provided with a guide groove on one end surface. Guide film.

5. The automatic wear-and-release shoe according to claim 1, wherein: the motion adjustment mechanism further comprises a guide piece and a blade, the guide piece being fixed on the outer side of the upper and the traction piece of the wing-shaped piece. In the working space of the interlayer, the end surface has a pair of end faces of the guide groove end face of the above-mentioned wing-shaped piece body, and a groove between the end faces of the two adjacent pairs, so that a plurality of guide grooves are formed with respect to the end faces of the guide piece, The insert is opposite to the guide end face of the guide piece and the guide groove of the guide piece, and the staggered insertion is a guide for moving up and down.

The automatic wear-removing shoe according to claim 1, wherein one end of the extending portion of the traction piece of the wing-shaped piece body is further provided with a fixing portion which is fixedly fixed together with the tongue portion.

7. The automatic footwear according to claim 1, wherein: the control mechanism comprises:

a switch is fixed on the rear of the shoe body, and the guide groove extending to the outsole extends a push rod; a control hook body has a plate body, at least one hook is protruded below the plate body, and the hook is located below the plate body and is located at the hook a front block is convexly provided with a stopper, and a plurality of through-holes of the card set are opened on the surface of the plate; a hanging piece, which is a 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 passing through the hook for the control hook body, and corresponding to the through-hanging piece opened by the end surface of the middle bottom At the same time, a through hole for passing the block of the above-mentioned control body is also provided;

a fixing piece, a shackle is arranged around the upper part, and is arranged to provide a accommodating space for assembling the control body. A long groove is formed in the middle of the fixing piece, and the fixing piece is connected to the heel of the insole after being connected with the control body. Below, the hook and the stopper of the control hook are extended downwards on the long groove of the fixing piece, and the control hook body can move back and forth in the space formed between the fixing piece and the insole.

The automatic shoe-removing shoe according to claim 7, wherein: the control hook body is provided with a plurality of elongated through holes on the plate body at the two sides of the hook, and at least one---group through hole a return spring is disposed in the upper part of the fixing piece, and a plurality of protruding columns are respectively protruded into the elongated through holes of the control hook body, and at least one of the protruding columns is in the opposite card group through hole The top abuts the return spring, forming an automatic returning power that moves the movement of the hook body before and after.

9. The automatic wear-removing shoe according to claim 7, wherein: the bottom of the hook is further curved.

10. The automatic footwear according to claim 1, wherein: the tongue surface of the tongue portion further comprises a decorative lace that adjusts the tightness of the tongue.

11. An automatic wear-and-release shoe, which mainly comprises a shoe body part, an action adjustment mechanism and a control mechanism; and the feature is:

The shoe body portion is composed of a tongue portion, an upper and a sole; the tongue portion and the upper have an opening and closing area; the tongue portion has a tongue; the sole includes a thin outsole, a midsole and an insole; the insole front and middle Bottom fixed, the heel portion is separated from the midsole;

12. The automatic wear-removing shoe according to claim 11, wherein: a thin outsole rear end surface of the sole has a guide groove and a recess; a midsole fixed on the thin bottom, a heel at the rear Part of the end face is provided with two through-holes.

13. The automatic footwear according to claim 11, wherein: the control mechanism comprises:

a switch is fixed on the rear of the shoe body, and the guide groove extending to the outsole extends a push rod; a control body has a plate body, a hook is protruded below the plate body, and the control hook body corresponds to the hook a plurality of elongated through holes are disposed on the plate body at the side position, and a return spring is disposed in the at least one through hole of the card set; a torsion spring is disposed at a front of the push block below the control block, and a leg of the torsion spring It is attached to the underside of the control hook body, and the other leg is in an open state, corresponding to a top of the resisting piece, and the front and rear bumps are abutted by the end of the resisting piece opposite to the mid-bottom end face;

a hanging piece is a piece, fixed on the midsole of the sole, and the end surface of the hanging piece is provided with at least one through hole passing through the stalk of the control hook body, and is connected with the hanging piece hanging on the end surface of the bottom bottom Corresponding

a fixing piece, a shackle is arranged around the upper part, and is arranged to provide a accommodating space for assembling the control body, a long groove is formed in the middle of the fixing piece, and a plurality of protruding columns on the two sides of the long groove are respectively respectively Extending into the relatively long through hole of the control hook body, and at least one of the protruding columns abuts the return spring in the opposite hole of the card set to form an automatic returning power for moving the movement of the hook body before and after; The control hook body is embedded under the heel of the insole, and the hook of the control hook body is extended downwardly beyond the long groove of the fixing piece, and the control hook body can form a space between the fixing piece and the insole. Move inside and outside.

The automatic wear-removing shoe according to claim 12, wherein: the front and rear projections corresponding to the abutting position of the resisting piece are disposed on the end surface of one of the midsole and the hanging piece fixed to the midsole. .

The automatic shoe-removing shoe according to claim 11, wherein: the control hook body and the fixing piece are configured to be further fixed on the sole, and the oppositely formed hanging piece is matched with the fixing piece. On the insole.