KR101971039B1

KR101971039B1 - Shoes with detachable outsole

Info

Publication number: KR101971039B1
Application number: KR1020170098533A
Authority: KR
Inventors: 박상목
Original assignee: 박상목
Priority date: 2017-08-03
Filing date: 2017-08-03
Publication date: 2019-04-22
Also published as: WO2019027250A2; KR20190014720A; WO2019027250A3

Abstract

The present invention relates to a shoe capable of attaching and detaching an outsole, comprising: a shoe main body provided with a mounting plate; an outsole connected to the mounting plate; and a snap-fit detachably coupling the outsole and the mounting plate; So that the outsole connected to the shoe main body can be detachably coupled through the snap fit system so that the outsole is firmly fixed to the shoe body only by the action of the wearer pressing the foot without touching the user's hand It is possible to easily replace the outsole from the shoe main body.

Description

{SHOES WITH DETACHABLE OUTSOLE}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a shoe which can be detached from an outsole, and more particularly, to an outsole detachable shoe having a structure capable of replacing an outsole constituting a shoe according to a wearer's taste,

Generally, shoes are collectively referred to as shoes to protect their feet.

These shoes have been developed for the purpose of protecting the feet that directly support the human body as the human civilization develops. However, in recent years, it has been aimed to improve the physical condition of the individual, And is being developed for various purposes such as fashion.

As described above, shoes are manufactured for various purposes, but since they are manufactured in a form that can achieve only one purpose through one shoe, it is possible to satisfy various needs of the individual with only one shoe There was a problem that could not be done.

In order to solve the above-mentioned problems, the basic function of the original shoe is supplemented or changed by replacing the configuration of the shoe, for example, the insole supporting the soles of the foot by directly touching the foot, There was an attempt to do. That is, the wearer can accomplish the objective of replacing the above-described shoe components according to the individual taste and achieving them through shoes.

One example of such an attempt has been disclosed in " Footwear with a detachable and detachable integral outsole ", Japanese Patent Application Laid-Open No. 10-2015-0074398 (May 2015.07.02). The shoe described in the document comprises a shoe main body including a bottom outsole, a high heel outsole coupled with the shoe, or a low heel outsole combined with the shoe main body. The shoes according to the prior art are characterized in that they can selectively attach and detach a high heel outsole or a low heel outsole using a threaded fastening structure.

However, although the threaded fastening structure is described as a fastening means for selectively attaching and detaching a high heel outsole or a low-heeled outsole, the above-described shoes are not limited to a bolt having a high hardness capable of stable engagement and a simple interference fit structure It is not only a problem that a high heel outsole or a low heel outsole (hereinafter, referred to as 'outsole') selectively detachably attached to a shoe main body can not be firmly fixed because it is merely an application of a threaded connection structure of bolts and nuts, Even if a fitting structure is applied to the bolt and nut fastening method, the fastening process is not easily and completely performed, and since the mutual fastening state may gradually be released one by one as time passes, It is not possible to exclude the possibility that the shoe body and the outsole are separated from each other .

In addition, in the shoes of the prior patent, the user has to directly replace the shoe body and the outsole with the shoe body through the above-described fitting structure in order to detach the shoe body and the outsole. Therefore, It is expected to be contaminated in the hands of

"Shoe having a detachable integral-type outsole and method of manufacturing" in Japanese Patent Application Laid-Open No. 10-2015-0074398 (Jul.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a shoe capable of attaching and detaching an outsole, It has its purpose.

It is still another object of the present invention to provide a shoe which can be automatically engaged and disengaged from the slide latch by allowing the slide latch to be operated automatically, rather than directly by a user.

It is a further object of the present invention to provide a slide latch which is simple in structure and strong in terms of the structure of the engagement locking and releasing means by constituting the slide latch to be operated by magnetic force (hereinafter referred to as "magnetic force" So that the operation of the function can be stably performed.

According to an aspect of the present invention, there is provided a shoe capable of being detached from and attached to an outsole, the shoe including a shoe body provided with a mounting plate, an outsole connected to the mounting plate, And a snap foot which is detachably coupled.

The snap fit includes a slide latch provided on the mounting plate or the outsole and having a slider horizontally protruding sideways and a mounting plate on which the slide latch is provided or the outsole or the mounting And a locker provided on the plate for receiving the slide latch in a state where the mounting plate and the outsole are engaged and releasably restraining the slider to be protruded and retracted.

At this time, the locker has a latching jaw capable of receiving the end portion of the slider horizontally projecting and retracting to prevent disengagement of the coupled outsole and the mounting plate when the slider end is accommodated, And slider moving means for applying a force to move the slider of the slide latch in the direction of the engaging jaw so that the end of the slider can be received in the engaging jaw in a state where the mounting plate and the outsole are engaged Lt; / RTI >

At this time, the slider moving means includes a magnet for pushing the slider in the direction of the engaging jaw in a state where the mounting plate and the outsole are engaged, or for applying a magnetic force to pull the slider in the direction of the engaging jaw .

The magnet may include a main magnet fixed to the slider and a repulsive magnet mounted on a rear side of the moving direction so as to move the slider fixed to the main magnet in the direction of the engaging jaw, .

In this case, the slider further includes a coupling key which is insertable and mountable behind the moving direction of the slider in the direction of the engaging jaw. The repulsive force magnet is provided on the coupling key, And the repulsive magnet of the engaging key may be configured to push the slider fixed to the main magnet in the direction of the engaging jaw.

The slider returning means may include a slider returning means for moving the slider in a direction opposite to the engaging jaw so as to release the engaging state, The repulsive force may be set smaller than the repulsive force.

The coupling key may include a bar-shaped insertion member that can be inserted into the outsole or the mounting plate through a rail formed on the outsole or the mounting plate, and may be configured to stably hold the insertion key- An elastic bar provided on a side surface of the bar-shaped outlet member and variable by an external force and returning to an original position by an elastic restoring force; and a latching protrusion protruding from a surface portion of the elastic bar, And a fastening part including a groove-shaped latching groove formed in a part of the surface so that the latching protrusion can be inserted.

In addition, the at least one snap fit includes at least one or more auxiliary connecting means for supplementing the snap fit between the outsole and the mounting plate by the snap fit.

At this time, the auxiliary connecting means may include a fitting protrusion formed to protrude in the mutual coupling direction of the mounting plate or the outsole, and a fitting protrusion provided at a corresponding position of the outsole or the mounting plate corresponding to the mounting plate or the outsole And a fitting groove.

The elastic bar may further include a button protruding from an end of the elastic bar perpendicularly to the longitudinal direction of the elastic bar to transmit an external force to the elastic bar.

At this time, the button may include a latch having one side of the button to be hooked on the outer side of the outsole or the mounting plate into which the coupling key is inserted, and to restrict entry of the entry / exit member.

The slider may further include a stopper for restricting movement of the slider.

According to the present invention, since the outsole connected to the shoe main body can be detachably coupled through the snap fit method, the wearer can press the foot The outsole can be firmly fixed to the main body, and the outsole can be easily replaced from the main body of the shoe.

Further, since the snap pit is provided as a slide latch structure, the combination of the simple structure of the latching type maintains a solid coupling structure, and the assembling property of the product is high and the risk of failure of the component is remarkably low.

In addition, since the automatic latching and releasing operations of the slide latch are realized by the magnetism-based method using a magnet that minimizes the additional direct contact parts such as a spring, the slider can be stably moved through the mutual action of the magnets, Minimize the risk of failure.

In addition, since the tightening / releasing operation is implemented according to the repulsive force and the attraction force between the magnets, permanent locking / releasing operations can be performed without loss of magnetic force by the permanent magnet.

Further, since the engaging / disengaging operation is provided by the engaging key provided as a separate part, the wearer can easily engage / disengage the outsole by simply inserting / removing the engaging key without fear of contamination from the shoes, The release operation can be performed.

FIG. 1 is a view showing the overall state of a shoe capable of attaching and detaching an outsole according to the present invention.
2 is a view showing a state in which a shoe main body and an outsole are separated from each other.
3 is a view showing a structure of a snap fit.
4 is a view showing a state of use in which the shoe main body and the outsole are detachably engaged.
5 is a view showing a use state in which a coupling key is detachably fixed to an outsole.
6 is a view showing a use state in which a detachably fixed coupling key is separated from an outsole.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, a configuration of a thread releasable detachable thread according to the present invention will be described in detail with reference to the preferred embodiments of the present invention shown in the attached drawings.

Unless defined otherwise, all terms herein are the same as the general meaning of the term as understood by one of ordinary skill in the art to which this invention belongs, and if the terms used herein conflict with the general meaning of the term Are as defined herein.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are not to be construed as limiting the scope of the invention. The numbers represent the same constituent requirements.

The shoes 100 that can be detached from the outsole according to the present invention include a shoe main body 110, an outsole 130, and a snap fit as shown in Figs. 1 and 2.

The shoe body 110 is configured to surround the wearer's foot. For example, the shoe body 110 includes an upper portion indicating a shoe outer surface, a toe cap covering the toe, a vamp covering a front portion of the foot, The heel is made up of a general structure such as a quarter, a lace loop for the shoelace, an insole for supporting the foot, an insole, and an outsole 130 to be described later. Accordingly, the shoe main body 110 can easily cover the wearer's foot through the above-described structure.

The outsole 130 is a component directly contacting the bottom surface, and is provided at a lower portion of the shoe body 110, specifically, below the mounting plate 120 as shown in FIG. For example, the outsole 130 can be manufactured in various shapes such as shape, structure, shape, color, and the like, to achieve various purposes such as physical condition, athletic performance, and fashion desired by the wearer. Accordingly, the outsole 130 may be manufactured in various manners to be mounted on the lower portion of the mounting plate 120 of the shoe body 110.

The shoes 100 capable of detaching and attaching the outsole according to the present invention may further include an auxiliary connecting means 150 for connecting the outsole 130 to the shoe main body 110 in a matched state in addition to the snap pit 200 . The auxiliary connecting means 150 includes a fitting groove 151 and a fitting protrusion 153 as shown in FIG.

The fitting groove 151 is a component in which the fitting protrusion 153 is fitted and is recessed from the upper part of the outsole 130 facing the mounting plate 120 as shown in FIG. The fitting grooves 151 are provided in at least one number, and may have various shapes such as a triangular shape, a rectangular shape, a polygonal shape, or a circular shape.

The fitting protrusion 153 is inserted into the fitting groove 151 and protrudes from the lower surface of the mounting plate 120 of the shoe main body 110 as shown in FIG. The fitting protrusions 153 are provided in a state corresponding to the shape, the number, and the arrangement of the fitting grooves 151 described above. Accordingly, the fitting protrusion 153 can be easily inserted into the fitting groove 151.

The fitting protrusion 153 may be formed to have a diameter equal to or greater than the diameter of the fitting groove 151, or a hook may be provided at an end thereof. Accordingly, the fitting protrusion 153 can be fixed in the fitting groove 151 in an interference fit or a hook state in a state of being inserted into the fitting groove 151 to be described later.

On the other hand, the auxiliary connecting means 150 may further include a packing member 155.

The packing member 155 is a component for filling the gap between the fitting protrusion 153 and the fitting groove 151 and is provided inside the fitting groove 151 formed in the outsole 130 as shown in FIG. The packing member 155 is made of a material such as elastically deformable rubber or urethane or the like and forms a hollow having a diameter equal to or smaller than the diameter of the fitting projection 153 as described above, And is formed in a ring shape. The packing member 155 is fitted between the fitting protrusion 153 and the fitting groove 151 by the fitting protrusion 153 passing through the hollow while being inserted into the fitting groove 151. At this time, The inner side is elastically deformed corresponding to the diameter of the insertion protrusion 153 to be inserted and the outer side is in contact with the inside of the fitting groove 151 so that the gap between the fitting groove 151 and the fitting groove 151 can be easily filled . In other words, the packing member 155 can more firmly fit the fitting protrusion 153 into the fitting groove 151.

Accordingly, the auxiliary connecting means 150 assists the shoe coupling function of a snap-fit to be described in detail later, so that the outsole 130 can be readily attached to the mounting plate 120 of the shoe main body 110, So that it can be fixed.

Meanwhile, in the shoe 100 capable of detachable from the outsole according to the present invention, separate fixing means may be provided on the foot portion and the heel portion of the shoe so as to detachably fix the shoe in the temporarily fixed state, In the present invention, a stable engagement and disengagement function is provided through a snap fit described below and can be detachably fixed.

The snap fit is a main component detachably coupling the outsole 130 to the mounting plate 120 of the shoe main body 110. The snap fit includes a slide latch 210, And a locker 250.

The slide latch 210 is a component including a slidably coupled slider 213 reciprocally, and may include a bracket 211, a slider 213, and a plurality of magnets as shown in Fig. 3 have.

The bracket 211 is a component for slidably securing a slider 213 described later and includes a coupling protrusion 211a and a sliding portion 211b as shown in FIG.

The coupling protrusion 211a is a component to be fixed to the coupling groove 120a of the mounting plate 120. The coupling protrusion 211 protrudes from the upper portion of the bracket 211. [ The coupling protrusion 211a may be fixed to the mounting plate 120 through various methods such as adhesive bonding, bolting coupling, hook coupling, or the like while being inserted in a defect groove formed in the mounting plate 120. [ Accordingly, the bracket 211 can be easily installed integrally with the mounting plate 120.

The sliding portion 211b is a component for slidably connecting the slider 213 to the bracket 211. The sliding portion 211b penetrates the inside of the bracket 211 and is horizontally passed through along the width direction. And a groove-shaped guide groove 211c for supporting a part of the slider 213. [ The sliding portion 211b supports a part of the slider 213 provided inside the guide groove 211c to prevent the slider 213 from being detached from the bracket 211, Can easily perform a reciprocating movement along the width direction of the bracket 211. [

The slider 213 is a component slidably provided on the bracket 211. A guide protrusion 213a having a shape corresponding to the guide groove 211c is formed on both sides of the bracket 211 As shown in Fig. The guide protrusion 213a protruding from both sides of the slider 213 is supported by the guide groove 211c of the sliding portion 211b so that the slider 213 is inserted into the guide groove 211c in the longitudinal direction of the guide groove 211c, ) In the width direction.

On the other hand, the slider 213 may further include a protruding / detaching projection 213b.

The projecting and retreating projection 213b is a component which is projected from the bracket 211 and is provided at one end of the slider 213, that is, at one end of the slider 213 corresponding to the width direction of the bracket 211 do. In detail, the projecting / retreating projection 213b is provided at one end of the slider 213 facing the entry / exit space 253 of the locker 250 to be described later. For example, the protruding / detaching projection 213b may have a size and shape corresponding to the entry / exit space 253, and may refer to one end of the slider 213 or may be formed as a separate protrusion at one end of the slider 213. The protruding and retracting protrusion 213b can easily protrude and retract from the bracket 211 according to the reciprocating movement of the slider 213 and one end of the protruding and retracting protrusion 213b can easily enter and exit into the access space 253 of the locker 250. [

The slider 213 may further include a slider moving unit configured to move the slider 213 such that the protruding and retreating projection 213b of the slider 213 is inserted into the entry and exit space 253, However, in the present invention, at least one or more magnets may be applied as moving means of the slider 213 in order to stably and permanently minimize the risk of failure due to complicated parts.

The plurality of magnets exemplified in the preferred embodiment of the present invention is a component that provides magnetic force for reciprocating movement of the slider 213 and includes a main magnet 215, a repulsive magnet 217, And a magnet 216.

Here, the plurality of magnets are permanent magnets that hold a strong magnetization state for a long time, and may be configured in various manners such as a ferrite magnet, an alnico magnet, a rare earth magnet, a plastic magnet, a rubber magnet, and a neodymium magnet.

The main magnet 215 is a component that moves according to attraction or repulsion, and is integrally fixed to the inside of the slider 213 as shown in FIG. 3 or FIG. The main magnet 215 is moved to one side with the slider 213 by the attraction force provided by the attraction magnet 216 described later or by the repulsive force provided by the repulsion magnet 217 213 to the other side.

The repulsive magnet 217 is a component that provides a repulsive force to the main magnet 215 described above and is adjacent to the slider 213 to which the main magnet 215 is fixed via the outsole 130 as shown in FIG. Or may be adjacent to the slider 213 to which the main magnet 215 is fixed via the mounting plate 120 in another embodiment. At this time, it is preferable that one side of the repulsive magnet 217 adjacent to the main magnet 215 is arranged so as to have the same polarity as that of the main magnet 215. This is because the main magnet 215 interacts with the main magnet 215, To generate repulsive force. Accordingly, when the repulsive magnet 217 is adjacent to the slider 213 via the outsole 130 as shown in FIG. 4 (a), the main magnet 215 Is slid horizontally in the opposite direction in which the repulsive magnets 217 are provided along the width direction of the bracket 211.

The attraction magnet 216 is an element that provides attraction to the main magnet 215 described above and may be fixed to a part of the mounting plate 120 as shown in Figure 3, And an access member 233 positioned at one end of the second housing 230.

4B, the engaging magnet 216 may be provided at a position corresponding to a state in which the slider 213 does not protrude from the bracket 211, as shown in Fig. 4 (b) the slider 213 protruding from the bracket 211 by the repulsive magnet 217 is returned to the original position as shown in FIG. 4 (b) with the repulsive force removed.

Further, the attraction magnet 216 may be provided at one end of the coupling key 230, which will be described later, together with the repulsion magnets 217, so that the repulsive force of the repulsion magnets 217 ) Reference insertion direction. This is because the engaging key 230 including the access member 233 and the engaging member 235 is inserted and mounted on the slider 217 through the repulsion magnet 217 as shown in FIG. As shown in FIG. 7 (b), the slider 213 moved while pulling out the coupling key 230 is pulled out in the process of removing the coupling key 230 and returned to the original position .

It is preferable that the attraction magnet 216 is arranged so that both sides of the attraction magnet 216 adjacent to the main magnet 215 have a polarity opposite to that of the main magnet 215. This is because the interaction between the main magnet 215 and the main magnet 215 In order to generate a pulling force. The slider 213 is moved in the direction in which the attracting magnet 216 is disposed along the width direction of the bracket 211 by the attraction force of the attracting magnet 216 when the repulsive force of the adjacent repulsive magnet 217 is removed And is slid horizontally.

At this time, the repulsive force applied in the sliding direction between the repulsive force magnet 217 and the main magnet 215 must be set to be larger than the attractive force applied in the sliding direction between the attraction magnet 216 and the main magnet 215 The reciprocating motion of the slider 213 can be appropriately performed depending on whether the repulsion magnet 215 is mounted or removed.

Accordingly, the slider 213 slidably connected to the bracket 211 can reciprocally move the magnets using the attractive force or the repulsive force between the magnets.

The shoe 100 capable of attaching and detaching an outsole according to the present invention further includes a stopper 270 for limiting a moving range of the slider 213 moving by the attraction magnet 216 or the repulsive force magnet 217 . The stopper 270 includes a first step 271 and a second step 273 as shown in FIGS.

The first step 271 is a component for blocking one side of the slider 213 which is moved in accordance with the attractive force of the attraction magnet 216. The first step 271 is formed in a step shape on the inner side surface of the coupling groove 120a of the mounting plate 120 . Preferably, the first step 271 is provided on the inner side facing the advancing direction of the slider 213 returning to the home position by the attraction magnet 216 as shown in Fig. 4 (b). Accordingly, the first step 271 can block one side of the slider 213 returning to the home position by the attraction magnet 216, so that the slider 213 returned to the home position as shown in FIG. 4 (b) 213 can be prevented from moving further in the return direction.

The second step 273 is a component for blocking the other side of the slider 213 that is moved in accordance with the repulsive force of the repulsion magnet 217 and is formed in a step shape on the inner side surface of the engaging hole of the mounting plate 120 described above. Preferably, the second step 273 is provided on the inner side facing the advancing direction of the slider 213 pushed by the repulsion magnet 217 as shown in Fig. 4 (a). Thus, the second step 273 can block the other side of the slider 213 pushed by the repulsive magnet 217, so that the protrusions and depressions 213b protrude from the insertion / It is possible to prevent the slider 213, which is in a state of being pushed by the slider 253, from moving further in the direction of pushing.

Therefore, the stopper 270 restricts the range in which the slide is reciprocated through the first step 271 and the second step 273, so that the slider 213 can always be movably fixed within the same range. That is, the stopper 270 can protrude / retract within the predetermined range within the predetermined distance.

The shoe 100 capable of detaching the outsole according to the present invention may further include a coupling key 230 detachably coupling the repulsive magnet 217 to the mounting plate 120 or the outsole 130 have. The coupling key 230 includes an insertion member 233 and a coupling portion 235 as shown in FIG. 3 or 4, and the insertion hole 233 is formed in the outsole to enable insertion of the coupling key 230. Shaped rail 231 can be further included.

The rail 231 is a component for providing a passage through which the access member 233 will be described later. The door 231 is formed with an opening which is opened to one side of the outsole 130 as shown in FIGS. 3 and 4, And is formed long through. It is preferable that the rail 231 is in communication with the inner space of the housing 251 of the structure of the locker 250 to be described later. The slider 213 having the main magnet 215 among the components of the slide latch 210 accommodated in the inner space of the member 233 and the housing 251 is arranged so as to minimize disturbance of the magnetic force. Accordingly, the rail 231 can be adjacent to the entry / exit space 253 of the housing 251 by guiding the entry / exit member 233.

The outgoing member 233 is a component for supporting the repulsion magnet 217 to be adjacent to the outsole 130 and is provided with a repulsive magnet 217 at one end as shown in FIG. 3 or 4, And a pin formed in a shape corresponding to the pin 231. Accordingly, the access member 233 can easily move in and out along the rail 231 with the repulsion magnet 217 provided. That is, the pushing-out member 233 can easily adjoin the repulsive force magnet 217 in the inner space of the housing 251 communicating with the rail 231.

Meanwhile, as described above, the access member 233 may further include the attraction magnet 216 inside the repulsion magnet 217 provided at one end as shown in FIG. This allows the access member 233 to easily move in and out along the rail 231 with the repulsive force magnet 217 and the attracting magnet 216 so that when the engaging key 230 is mounted, The coupling state can be easily released by the attraction magnet 216 provided in parallel in the process of removing the coupling key 230. [

The fastening portion 235 is a component for detachably fastening the access member 233 to the outsole 130 and includes an elastic bar 235a and an engagement groove 235b as shown in Figs. 3, 5 to 6, And a locking projection 235c.

The elastic bar 235a is a component for varying the position of a latching protrusion 235c to be described later and is formed to extend from the end of the entry member 233 and to have a predetermined thickness which is variable by an external force . The elastic bar 235a is formed with a locking protrusion 235c at a portion thereof, and the locking protrusion 235c is described in detail while explaining the locking protrusion 235c.

6, the elastic member 235a is variable in response to an external force and can be returned to its original position by an elastic restoring force. ), Which will be described later. Accordingly, since the elastic bar 235a can be easily changed by an external force, the position of the latching protrusion 235c can be easily changed correspondingly.

The latching groove 235b is a constituent element for latching and fixing a latching protrusion 235c to be described later and is recessed in a groove form on a part of the surface of the rail 231 facing the elastic bar 235a. Thus, the latching groove 235b can be easily locked with the latching protrusion 235c of the elastic member, which moves along the rail 231 together with the access member 233, inwardly. That is, the latching groove 235b can easily fix the access member 233 to the outsole 130 through the latching protrusion 235c which is hooked on the inside.

The latching protrusion 235c is a component that is caught in the latching groove 235b and protrudes from the surface of the elastic bar 235a facing the rail 231 in the form of a protrusion. The latching protrusion 235c is caught and fixed in the latching groove 235b while coming and going along the rail 231 by the elastic member which moves along the rail 231 along with the access member 233. [ That is, when the latching protrusion 235c is caught by the inner side of the latching groove 235b, the entry / exit member 233 is easily fixed to the outsole 130. [

The shoe 100 capable of attaching and detaching an outsole according to the present invention may further include a button 237 for transmitting an external force to the elastic bar 235a and the access member 233. [ The button 237 is protruded from the end of the elastic bar 235a perpendicular to the longitudinal direction of the elastic bar 235a as shown in Figs. 3, 5 to 6. Accordingly, the button 237 can receive the external force and can easily move the outgoing member 233 as shown in FIG. 5 and can easily move the elastic bar 235a as shown in FIG. 6 (a) .

On the other hand, the button 237 includes a latching piece 237a for restricting the entry of the access member 233. The latching piece 237a is provided on one side of the button 237 facing the outsole 130 as shown in Figs. 3 and 5 to 6. 5, the engaging piece 237a is hooked on the outer surface of the outsole 130 to restrict the entry distance of the outgoing member 233, so that the outgoing member 233 deeply enters the rail 231 It is possible to prevent a problem that separation is not easy.

The locker 250 is a component for releasably restraining one end of the protruding slider 213, that is, the protruding protrusion 213b, and includes a housing 251, an entry space 253, and a latching protuberance 255.

3, the housing 251 is provided with an inner space which is open at the upper side and is provided at the upper part of the outsole 130 in a state that the inner side is open, It is installed to sink. In detail, the housing 251 is provided at a position corresponding to the slide latch 210 provided on a part of the mounting plate 120 described above. Accordingly, the housing 251 can easily receive the slide latch 210 when the mounting plate 120 and the outsole 130 are connected to each other.

The entry and exit space 253 is a component in and out of the slide protrusion 213 that is projected and retracted from the slide latch 210. The entrance and exit recess 253 is formed in the housing 251 corresponding to the moving direction of the slider 213, 251 in the form of a groove. Accordingly, the slider 213, which protrudes and retracts to the outside of the bracket 211 through the slide latch 210, can easily be inserted into and out of the access space 253.

The latching jaw 255 is a component for blocking an open upper portion of the housing 251, and more specifically, as shown in FIG. 3 or 4, in a stepped shape blocking the upper side of the above-described access space 253 . Thus, the latching jaw 255 can easily block the entry / exit space 253, that is, an upper portion of the housing 251.

Therefore, when one end of the slider 213, which is projected and retracted by the slide latch 210, is inserted into the entry / exit space 253, the upper side of the slider 213 is engaged with the latching jaw 255, It is possible to prevent the mounting plate 120 and the outsole 130 from being separated from each other. In contrast, when one end of the slider 213 is detached from the entry / exit space 253, The mounting plate 120 and the outsole 130 can be easily separated from each other since the restraint state of the slider 213 is released.

The shoe 100 capable of attaching and detaching the outsole according to the present invention can fix the outsole 130 to the mounting plate 120 of the shoe body 110 through the structure of the auxiliary connecting means 150 described above, The mounting plate 120 of the shoe main body 110 and the outsole 130 are integrally connected to each other through the structure of the snap fit 200 or the mounting plate 120 of the shoe main body 110 The integrally coupled outsole 130 can be easily separated.

100: Shoe 110: Shoe body
120: mounting plate 130: outsole
150: connecting means 150:
153: fitting projection 155: packing member
200: snap fit 210: slide latch
213: Slider 215: Main magnet
216: attraction magnet 217: repulsion magnet
233: access member 235:
235a: elastic bar 235b:
235c: locking protrusion 250: rocker
255: hanging jaw

Claims

A shoe body provided with a mounting plate;
An outsole connected to the mounting plate; And
And a snap fit detachably coupled to the outsole and the mounting plate,
The snap-
A slide latch provided on the mounting plate or the outsole and having a slider horizontally projecting laterally; And
The slide latch is provided on the mounting plate or on the outsole or on the mounting plate corresponding to the outsole to receive the slide latch in a state where the mounting plate and the outsole are engaged, And a locker,
Wherein the locker has a latching jaw which can prevent disengagement of the coupling between the outsole and the mounting plate when the slider end is received by accommodating the end of the slider which is horizontally projected and received,
Wherein the snap fit is provided with a slider moving means for imparting a force to move the slider of the slide latch in the direction of the engaging jaw so that the end of the slider can be received in the engaging jaw in a state where the mounting plate and the outsole are engaged, And an outsole detachable shoe.

delete

The slider moving device according to claim 1,
And a magnet for pushing the slider toward the engaging jaw in a state where the mounting plate and the outsole are engaged or for applying a magnetic force to pull the slider toward the engaging jaw.

5. The magnetron according to claim 4,
A main magnet fixed to the slider; and a repulsive magnet mounted on a rear side of the moving direction so as to move the slider fixed with the main magnet in the direction of the engaging jaw to apply a repulsive force.

6. The method of claim 5,
And a joining key capable of being inserted and mounted behind the moving direction of the slider in the direction of the engaging jaw,
Wherein the repulsive force magnet is provided on the coupling key so that the repulsive force magnet of the coupling key pushes the slider fixed to the main magnet in the direction of the engaging jaw in a state in which the coupling key is inserted and mounted , Shoes with removable outsole.

The method according to claim 6,
Further comprising a slider returning means for imparting a release restoring force for releasing the engagement state by moving the slider in a direction opposite to the engaging jaw,
Wherein the release restoring force of the slider returning means is set to be smaller than the repulsive force between the main magnet and the repulsive force magnet.

8. The method according to claim 6 or 7,
Wherein the engaging key is further provided with a gravitational magnet which acts on the slider provided with the main magnet on the inside of the engaging key reference inserting direction.

The method according to claim 6,
Wherein the coupling key comprises a bar shaped entry member insertable into the outsole or the mounting plate through a rail formed in the outsole or the mounting plate,
An elastic bar that is provided on a side surface of the bar-shaped entrance member and is variable by an external force and returns to an original position by an elastic restoring force, And,
Further comprising a fastening portion formed on the surface of the rail facing the elastic bar, the fastening portion including a groove-shaped engaging groove formed on the surface of the rail so as to allow the engaging protrusion to be inserted therein.

delete