WO2012067319A1

WO2012067319A1 - Assembly slipper

Info

Publication number: WO2012067319A1
Application number: PCT/KR2011/002695
Authority: WO
Inventors: 조성극; 윤종호
Original assignee: Cho Seong Guk; Yoon Jong Ho
Priority date: 2010-11-18
Filing date: 2011-04-15
Publication date: 2012-05-24

Abstract

The present invention relates to an assembly slipper for inducing diverse modifications of the pattern of the slipper and providing stable wearing of the slipper depending on the shape of the foot of the wearer, and comprises: a sole provided with protruding outsole coupling protrusions; and at least one outsole, which is provided with connection holes for coupling to the outsole coupling protrusions, having a slit on one side of the connection holes for allowing elasticity. The assembly slipper for achieving another aim of the present invention comprises a sole, which is provided with the outsole coupling protrusions which protrude in the outward direction and insertion grooves on the inside; and the at least one outsole, which is provided with the connection holes that are inserted into the insertion grooves, and simultaneously to which the outsole coupling protrusions are coupled, and which is provided with the slit on one side of the connection holes for allowing elasticity.

Description

Assembled slippers

The present invention relates to a slipper, and more particularly, by incorporating a plurality of uppers coupled to the slipper in various patterns to induce deformation of the slipper according to the user's taste, and to control the length of the upper according to the shape of the wearer's foot. The present invention relates to an assembled slipper that can achieve stable wearing of the slipper.

In general, shoes are divided into fashion shoes (shoes), sneakers, indoor shoes, and slippers (or sandals), and are provided for users to wear according to their use.

It is common to wear these shoes when going out, and various shoes have been provided according to the season change.

Of these, slippers are not only easy to wear for comfort at home or at work, but also have the advantage of being cool in summer, so many people prefer them to be worn lightly in summer resorts and travel destinations.

The slipper is composed of an upper that is fixed to an outsole which covers the sole and the foot on which the foot is seated so as to prevent the slipper from being peeled off, wherein the upper is made of a flexible synthetic resin material so that the foot does not feel foreign matter.

Here, the various designs of the slippers will vary depending on the arrangement of the upper.

However, as the upper is fixed to the sole of the slipper, eventually the design shape of the slipper is limited, and if the wearer wants a variety of designs of the slipper, the burden of purchasing each slipper having a different shape of shape according to the fixing position of the upper have.

In addition, since the size of the slippers only considers the sole size of the shoe, it is practically difficult to allow the upper to stably adhere to various types of feet.

In addition, when the upper of the upper due to loose or inadvertent damage caused by inadequate wear of the slipper occurs, the slipper is often peeled off, there is a problem of a safety accident.

This is because the upper does not stably adhere to various types of feet.

The present invention has been made to solve the above problems and technical biases, by incorporating a plurality of uppers coupled to the slippers in a variety of patterns to induce the deformation of the slippers according to the user's taste, to the shape of the wearer's foot Accordingly, the purpose is to provide an assembly slipper that can achieve a stable wearing of the slipper by adjusting the upper length.

Assembly slippers of the present invention for achieving the above object, the sole has a sole shape and a plurality of upper engaging projections protruding outwardly along the circumferential surface; A pair of connection holes are formed to have a predetermined length and is selectively fitted on both sides of the upper coupling protrusion, and an elastic granting slit cut into one side of the connection hole is formed to provide various pattern deformations to the sole. One or more uppers;

At this time, the upper engaging projection is preferably composed of a protrusion piece extending from the circumferential surface of the sole, and an extension prevention piece for separation from the end of the protrusion piece.

On the other hand, assembling slippers for achieving another object of the present invention, the sole shape has a plurality of upper coupling protrusions protruding in the outward direction along the circumferential surface, spaced apart from the upper coupling protrusion and the insertion groove having a predetermined depth inwardly Formed soles; It has a predetermined length and both sides are respectively inserted into the insertion hole and at the same time a plurality of connection holes are formed in the surface along the longitudinal direction to be selectively fitted to the upper engaging projection, the elasticity for interconnecting the connection holes At least one upper that can give various patterns deformation to the sole while the slit is formed to adjust the length depending on the degree of insertion of both sides; is configured to include.

And, both sides of the upper is preferably formed with an uneven surface for preventing the upper from being separated from the insertion hole.

In addition, it is preferable that a reinforcing portion thicker than the thickness of the upper is further formed at the periphery of the connection hole and the elasticity slit.

In addition, the insertion groove is preferably in the shape of a fan.

On the other hand, the upper is bi-divided, it is preferable that the micro-adjustment means is further provided so that the micro-adjustment is made in the state where the two ends are overlapped with each other.

At this time, the micro-adjusting means, a plurality of first hook portion is formed along the longitudinal direction on any one of the front end of the bisected upper, the second hook portion is formed on the surface of the other end symmetrically engaged with the first hook portion It is preferable that the two upper parts are provided with a "c" shape crimp for maintaining the interlocking state of the first and second hook portions in a state where an incision slit is formed in the upper center.

According to the assembled slippers of the present invention having the configuration as described above, by incorporating a plurality of uppers coupled to the slippers in various patterns to induce the deformation of the slippers according to the user's taste, the length of the upper according to the shape of the wearer's foot By making the adjustment is made there is an advantage that can achieve a stable wearing of the slippers.

In addition, by providing a fine control means in the upper has the advantage that can achieve fine fine control of the upper according to the shape of the wearer's foot.

In addition, when the upper is loose or damaged, there is an advantage in that the financial cost of purchasing the slippers is reduced by adjusting or replacing the upper of the target.

In addition, since a variety of fashion designs can be pursued through a single slipper, it is possible to reduce the cost of purchasing slippers.

In addition, since both ends of the upper are inserted into the insertion grooves, the ends of the upper are closed to increase the design aesthetics of the slippers.

1 is a perspective view showing one embodiment of the assembled slipper according to the present invention,

Figure 2 is an exploded perspective view of Figure 1,

3 is a reference diagram showing various shapes of the upper coupling protrusion formed on the assembled slipper of one embodiment,

Figure 4 is a reference diagram showing an example in which the upper is modified in a different pattern to the assembly slipper of one embodiment,

5 is a perspective view showing two embodiments of the assembled slipper according to the present invention;

6 is an exploded perspective view of FIG. 5,

7 is a longitudinal sectional view of the main part of FIG. 5;

8 is a perspective view showing the upper coupling of the second embodiment of the assembled slipper according to the present invention,

9 is a reference diagram showing various shapes of the upper coupling protrusion formed on the assembly slipper of the second embodiment,

10 is a reference diagram showing an example in which the upper is modified to a different pattern to the assembly slippers of the second embodiment,

11 is a longitudinal sectional view of the main portion showing a state in which the micro-adjusting means is further provided in the assembly slipper of the second embodiment,

12 is a perspective view showing the fine adjustment means.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. The embodiments and drawings are intended to assist in understanding the present invention, but are not intended to limit the technical scope of the invention.

1 is a perspective view showing an embodiment of the assembly slipper according to the present invention, Figure 2 is an exploded perspective view of Figure 1, Figure 3 is a reference diagram showing the various shapes of the upper coupling protrusion formed in the assembly slipper of the embodiment 1, Figure 4 is a reference diagram showing an example in which the upper is modified in a different pattern to the assembly slipper of one embodiment.

As shown in Figs. 1 to 4, the assembled slipper of the present invention shows one embodiment having various pattern deformations by a plurality of uppers.

Assembly slipper 100, the sole 110 has a sole shape and a plurality of upper coupling protrusions 120 protruding outwardly along the circumferential surface; A pair of connection holes 131 having a predetermined length and selectively fitted to the upper coupling protrusion 120 are formed at both sides thereof, and an elastic granting slit 133 formed at one side of the connection hole 131 is formed. Consists of at least one upper 130 that can give a variety of pattern deformation to the sole 110.

The sole 110 is in direct contact with the ground to maintain a predetermined thickness in the shape corresponding to the sole shape of the human body, the lower surface is formed with anti-slip irregularities having a variety of shapes, the upper coupling protrusion 120 is Formed.

At this time, the material of the sole 110 is preferably made of a polyurethane (polyurethane) and synthetic resin material that can absorb shock when walking, the upper surface of the sole 110 that the sole directly touches the cushion member to give a direct cushioning feeling to the sole 10 may be further provided.

The upper coupling protrusion 120 is to be coupled to a plurality of upper 130 to be described later, a plurality of protrusions are formed in the outward direction along the circumferential surface of the sole 110.

The upper coupling protrusion 120 has an area larger than the protrusion piece 121 while being integral with an end portion of the circular protrusion piece 121 and the protrusion piece 121 extending outward from the circumferential surface of the sole 110. It is composed of a hemispherical shape of the separation preventing expansion piece 123 having a.

Protrusion piece 121 is formed to correspond to the diameter of the connection hole 131 formed in the upper 130 to be described later, the separation preventing expansion piece 123 is formed larger than the diameter of the connection hole 131, which is a projection The connection hole 131 is inserted into the piece 121 to maintain the upper state of the upper 130 and at the same time to prevent the upper 130 from being separated by the escape preventing expansion piece 123.

3 illustrates various shapes of the upper coupling protrusion 120.

3 (a) is a hemispherical upper coupling protrusion 120 is formed, (b) a conical upper coupling protrusion 120 is formed, (c) a rectangular upper coupling protrusion 120 is It is formed, and (d) the hexagonal upper coupling protrusion 120 is formed.

In the present embodiment, the upper coupling protrusion 120 is shown as hemispherical, the shape of the upper coupling protrusion 120 may be selected from any one of hemispherical, conical, square, hexagon. Therefore, the upper coupling protrusion 120 is not necessarily limited because it can achieve a variety of shapes and structures.

Next, the upper 130 is coupled to the sole 110 in an elongated shape such as a band to support the instep of the wearer to maintain a stable fit of the slippers, and at least one is combined to make the slippers form various patterns. .

Here, the upper 130 is coupled to the sole 110 by the upper coupling protrusion 120 to support the instep and the heel of the wearer, and the shape, the length, and the coupling position are not limited.

Upper 130 has a predetermined length, and a pair of connecting holes 131 are formed on both sides selectively fitted to the upper coupling protrusion 120, respectively, and the elasticity slit cut to one side of the connecting hole 131. 133 is formed.

Here, the upper 130 is preferably made of a polyurethane and a synthetic resin material, such as the material of the sole 110, and is preferably more flexible than the sole 110.

The connection hole 131 has a diameter corresponding to the protrusion piece 121 of the upper coupling protrusion 120.

At this time, one side of the connection hole 131 is formed with a cut elasticity slit 133.

The elastic granting slit 133 is formed in a state of being cut to one side of the connection hole 131, when the expansion preventing member 123 for separation of the upper coupling protrusion 120 is coupled to the connection hole 131 to the elastic force. The expansion prevention piece 123 for preventing separation is easily coupled to each other, and then the protrusion piece 121 of the upper coupling protrusion 120 is closely attached to the connection hole 131 by the restoring elastic force of the elastic granting slit 133. Be sure to

In addition, the connection hole 131 is prevented from being separated through the expansion preventing portion 123 of the upper coupling protrusion 120 in accordance with the restoration of the elastic granting slit 133.

And, the elastic granting slit 133 is sufficient to be cut only a predetermined width so that the separation preventing expansion piece 123 can be fitted.

Assembling slippers 100 according to an embodiment of the present invention having the configuration as described above, it is possible to vary the pattern of the slipper according to the coupling position of the upper 130 is coupled to the sole 110.

In addition, as shown in Figure 4, when the length of the upper 130 is elongated it is possible to deform the pattern into a shoe form, such as sandals, out of the slipper form.

Next, two embodiments of the present invention assembled slippers will be described.

Figure 5 is a perspective view showing two embodiments of the assembled slipper according to the present invention, Figure 6 is an exploded perspective view of Figure 5, Figure 7 is a longitudinal cross-sectional view of the main part of Figure 5, Figure 8 is an assembly slipper 2 of the present invention Fig. 9 is a reference view showing various shapes of upper coupling protrusions formed on the assembled slippers of the second embodiment, and FIG. 10 is an example in which the upper is modified to another pattern on the assembled slippers of the second embodiment. Reference is shown.

As shown in Figs. 5 to 10, the assembled slipper 200 of the present invention shows two embodiments having various pattern modifications by the plurality of uppers 240. Figs.

The assembly slipper 200 has a sole shape and a plurality of upper coupling protrusions 220 protrude outwardly along the circumferential surface, spaced apart from the upper coupling protrusion 220, and having an insertion depth having a predetermined depth inwardly ( 230, the sole 210 is formed; A plurality of connection holes 241 are formed in the surface thereof in a length direction so that both sides thereof are respectively inserted into the insertion grooves 230 and selectively fit to the upper coupling protrusion 220. At least one upper 240 that is capable of giving various patterns of deformation to the sole 210 while lengthening is made according to the insertion degree of both sides to form an elasticity slit 243 interconnecting the holes 241. );

The sole 210 is in direct contact with the ground, and maintains a predetermined thickness in a shape corresponding to the sole shape of the human body, and the lower surface is formed with anti-slip irregularities having various shapes, and the upper coupling protrusion 220. Insertion groove 230 is formed.

At this time, the material of the sole 210 is preferably made of a polyurethane (polyurethane) and synthetic resin material that can absorb shock when walking, the upper surface of the sole 210 that the sole directly touches the cushion member to give a direct cushioning feeling to the sole 10 may be further provided.

The upper coupling protrusion 220 is to be coupled to a plurality of upper 240 to be described later, a plurality of protrusions are formed in the outward direction along the circumferential surface of the sole 210.

In this case, the upper coupling protrusion 220 extends from the protrusion piece 221 while being integral with the end portion of the circular protrusion piece 221 and the protrusion piece 221 which are formed extending outward from the circumferential surface of the sole 210. It is comprised by the hemispherical separation prevention extension piece 223 which has an area.

Protrusion piece 221 is formed to correspond to the diameter of the connection hole 241 formed in the upper 240 to be described later, the separation preventing expansion piece 223 is formed larger than the diameter of the connection hole 241, which is a projection The connection hole 241 is inserted into the piece 221 to maintain the upper state of the upper 240 and at the same time prevent the upper 240 from being separated by the escape preventing expansion piece 223.

In addition, it is to maintain the fixed state of the upper is adjusted 240 to achieve the length of the upper 240 is coupled to the sole 210.

9 illustrates various shapes of the upper coupling protrusion 220.

In FIG. 9 (a), a hemispherical upper coupling protrusion 220 is formed, (b) a conical upper coupling protrusion 220 is formed, and (c) a rectangular upper coupling protrusion 220 is formed. It is formed, and (d) the hexagonal upper coupling protrusion 220 is formed.

In this embodiment, the upper coupling protrusion 220 is shown as hemispherical, the shape of the upper coupling protrusion 220 may be selected from any one of hemispherical, conical, square, hexagon. Therefore, the upper coupling protrusion 220 is not necessarily limited because it can achieve a variety of shapes and structures.

The insertion groove 230 is a space into which both sides of the upper 240 to be described later are inserted. The insertion groove 230 is spaced a predetermined distance from the lower portion of each upper coupling protrusion 220 and has a predetermined depth in the inner direction of the sole 210. , It is preferable to have a sufficient depth in the width direction of the sole 210 so that both sides of the upper 240 can flow in the inserted state.

Here, the insertion groove 230 maintains the upper 240 is coupled to the sole 210 by inserting both sides of the upper 240.

At this time, as shown in Figure 8, the shape of the insertion groove 230 formed in the inner direction of the sole 210 is preferably a fan-shaped, which is the insertion groove 230 that both sides of the upper 240 to be described later mutually In the case of being inserted into each) to achieve a stable coupling state, if both sides of the upper 240 is coupled to the insertion groove 230 to shift the upper side to give a variety of pattern deformation to the slipper is to cause the distortion of the upper 240 Therefore, both sides of the upper 240 inserted into the insertion groove 230 are rotated by a predetermined angle so that the distortion is corrected (see arrow).

Next, the upper 240, the length of the upper 240 is adjusted according to the degree of insertion of both sides of the upper 240 is inserted into the insertion groove 230 of the sole 210 in a long shape such as a band of the wearer By supporting the instep of the foot according to various foot shapes to maintain a stable fit of the slippers, and at least one or more are combined to make the slippers to form a variety of patterns.

Here, the upper 240 is coupled to the sole 210 by the upper coupling protrusion 220 to support the instep and the heel of the wearer, and the shape, the length, and the coupling position are not limited.

Upper 240 has a predetermined length, and both sides are respectively inserted into the insertion groove 230 and at the same time a plurality of connections along the longitudinal direction on the surface so as to be selectively fitted to the projection piece 221 of the upper coupling protrusion 220 The hole 241 is formed, and the elasticity slit 243 which connects between the connection holes 241 is formed.

Here, the upper 240 is preferably made of a polyurethane and a synthetic resin material, such as the material of the sole 210, and is preferably more flexible than the sole 210.

The connection hole 241 is inserted into the protrusion piece 221 of the upper coupling protrusion 220 to maintain the coupling state of the upper 240, and has a diameter corresponding to the protrusion piece 221 and the length of the upper 240. It is formed in plurality in a state spaced apart by a predetermined interval along the direction.

The plurality of connection holes 241 is formed so that the adjustment of the upper 240 is performed stepwise by allowing the connection hole 241 to be selectively fitted to the protrusion piece 221 when the upper 240 is adjusted in length. to be. Here, of course, the closer the separation distance between the connection hole 241, the finer the length adjustment of the upper 240.

At this time, an elastic granting slit 243 is formed between the connection holes 241.

The elastic granting slit 243 is connected between the connection holes 241, so that the separation preventing extension piece 223 of the upper coupling protrusion 220 is maintained in an elastic force when the extension piece 223 is fitted into the connection hole 241. Opening with the hole 241 to facilitate the insertion of the separation preventing expansion piece 223.

Thereafter, the elasticity applying slit 243 is restored by the elastic force and at the same time, the connection hole 241 that is opened is also restored, and the state in which the protrusion pieces 221 and the connection hole 241 of the upper coupling protrusion 220 are in close contact with each other. In addition, the connection hole 241 is prevented from being separated through the extension preventing piece 223 of the upper coupling protrusion 220.

In addition, the elasticity slit 243 is interconnected between the connection holes 241, the projection piece 221 when the upper 240 is pulled or pushed by the wearer in the process of adjusting the length of the upper 240 is made. The first connection hole 241 inserted into the) is separated and serves to guide the connection hole 241 so that the connection hole 241 formed before and after is fitted to the projection piece 221.

On the other hand, the reinforcing portion 245 thicker than the thickness of the upper 240 is preferably formed at the periphery of the connection hole 241 and the elasticity slit 243, which is a projection according to the length adjustment of the upper 240 The connection hole 241 causing friction with the piece 221 and the elasticity slit 243 is to prevent wear due to long-term use.

In addition, both sides of the upper 240 is preferably formed with an uneven surface 247 to prevent the upper 240 is separated from the insertion groove 230.

This causes the uneven surface 247 and the insertion groove 230 to be closely adhered to each other by the weight of the wearer when the wearer walks while wearing the slippers, so that both sides of the upper 240 are pushed by the continuous weight pressure. While preventing from being separated from the insertion groove 230.

Assembling slippers 200 according to the second embodiment of the present invention having the configuration as described above, it is possible to vary the pattern of the slippers according to the coupling position of the upper 240 is coupled to the sole 210.

In addition, as shown in FIG. 10, when the length of the upper 240 is extended, the pattern may be modified into a shoe form such as sandals, out of the slipper form.

Hereinafter, a process of adjusting the length of the upper 240 coupled to the assembly slipper 200 according to the present invention will be described with reference to FIGS. 7 and 8.

First, a plurality of uppers 240 are prepared to determine the position to which the upper 240 is to be coupled to the sole 210.

At this time, any one of both sides of the upper 240 is pushed into the insertion groove 230 formed on one side around the longitudinal direction of the sole 210, the sole 210 in the state holding the upper 240 in this state Bending to the upper side of

At this time, the wearer checks the position of the connection hole 241 and the upper coupling protrusion 220 so that the upper coupling protrusion 220 is fitted into the connection hole 241 formed in the upper 240 while the upper 240 is bent. By pressing the upper 240 to insert the connection hole 241 into the expansion preventing portion 223 for the separation of the upper engaging projection 220.

In this case, either one of both sides of the upper 240 is coupled to the sole 210.

Thereafter, the wearer inserts the other of both sides of the upper 240 into the expansion preventing portion 223 for preventing the separation of the upper coupling protrusion 220 formed on the other side of the sole 210 in the same manner as described above.

By repeating this process, the upper 240 is assembled to the sole 210 to assemble the slippers in various patterns desired by the wearer.

Thereafter, the wearer changes the length of the upper 240 while pulling or pushing the upper 240 to fit the shape of the foot for the stable wearing of the slippers while wearing the assembled slippers.

First, when the upper 240 is coupled to be larger than the shape of the wearer's foot, the wearer has the upper coupling protrusion 220 of the connection hole 241 of the upper 240 fitted in any one upper coupling protrusion 220 of the sole 210. After releasing from the upper 240 in the state of holding the upper 240 is further pushed into the insertion groove 230.

Thereafter, the wearer bends the upper 240 back to the upper side of the sole 210 and is located at the upper coupling protrusion 220 according to the insertion of the upper 240, that is, the connection hole released from the first upper coupling protrusion 220. The upper coupling protrusion 220 is inserted into the next connection hole 241 of the 241.

Thereafter, the wearer connects the upper 240 fitted to the upper coupling protrusion 220 on the other side of the sole 210 to the next connection hole of the connection hole 241 released from the first upper coupling protrusion 220 in the same manner as described above. By inserting the upper coupling protrusion 220 in the 241, the length of the upper 240 is reduced.

As described above, a series of processes are repeatedly performed to adjust the length of the plurality of uppers 240 to fit the shape of the wearer's foot.

On the other hand, when the upper 240 is coupled smaller than the shape of the wearer's foot to perform the same process as described above, the upper 240 is pulled from the insertion groove 230 to increase the length of the upper 240.

On the other hand, the assembly slipper 200 of the present invention may be further provided with a fine control means (A) on the upper 240.

FIG. 11 is a perspective view illustrating a state in which fine adjustment means are further provided in the assembling slippers of the second embodiment, and FIG. 12 is a main perspective view of the fine adjustment means.

11 and 12, the fine control means (A) is disposed in the center of the upper 240 to adjust the fine length of the upper 240, wherein the upper 240 is a long shape such as a band It is formed to be bisected in a state having a predetermined length, the bisected tip is further provided with a fine control means (A) so that the fine control is made in a state where both ends are superimposed on each other.

The micro-adjusting means (A), a plurality of first hook portion (240a) is formed in the longitudinal direction on one of the front end of the upper 240 is bisected, and the first hook portion (240a) and the other end surface A second hook portion 240b that is symmetrically engaged is formed, and the upper 240 which is bisected is interlocked with the first and

second hook portions

240a and 240b in a state where an incision slit 249a is formed in an upper center. A "c" shaped crimping portion 249 is provided to maintain the state.

11 and 12, the tips of the bisected upper 240 are overlapped with each other.

On the lower surface of one end (upper position on the drawing) is formed a first hook portion 240a consisting of a plurality of hooks along the longitudinal direction of the upper 240, and the other end (lower side on the drawing) located below the one end. The second hook portion 240b is formed on the upper surface of the second surface symmetrically with the first hook portion 240a and meshes with the first hook portion 240a.

At this time, the interval between the hooks formed in the first hook portion 240a and the second hook portion 240b is preferably formed densely, which is to allow fine adjustment of the upper 240.

The pressing portion 249 is formed in a shape of "c" at the upper end of any one of the upper portions 240, and the incision slit 249a cut in the longitudinal direction of the upper 240 at the upper center of the pressing portion 249. ) Is formed.

In this case, since the through hole 249b is formed therein as the crimping portion 249 forms a "c" shape, both ends of the upper 240 divided into the first hook portion 240a and the second hook are formed. The portion 240b is engaged while maintaining the overlapped state.

When the incision slit 249a is to separate the superimposed upper 240, the upper 240 is pulled out at the same time as the upper end of the upper 240 located at the upper side of the crimping portion 249 and opened at the same time. Make it easy to separate.

In order to achieve fine control of the nutrient upper 240 through the configuration as described above, the wearer pulls in any direction of the superimposed upper 240 and pulls inwardly of the sole 210.

In this case, the first hook portion 240a and the second hook portion 240b which are engaged with each other in the process of pulling the front end of the upper 240 are sequentially engaged, and at this time, the wearer checks the desired fine adjustment. If it is determined that this is done, stop pulling to complete the fine adjustment.

In the present embodiment, the fine control means (A) is shown as being provided only in the upper 240 located on the instep, but is not necessarily limited to may be applied to all upper 240 coupled to the sole 210 may be used.

On the other hand, the fine control means (A) may be composed of a velcro (not shown) provided on the front end surface of the nutrient upper 240.

Velcro is a conventional adhesive means called a squeegee, so description thereof will be omitted.

In order to achieve fine control through the velcro, when the wearer determines that the desired fine control is made while pulling a tip of the upper 240, the fine control is completed by adhering the velcro in that state.

As described above, the assembled slippers of the present invention induce a deformation of the slippers according to the user's taste by allowing a plurality of uppers coupled to the slippers to be combined in various patterns, and adjusting the upper length according to the shape of the wearer's foot. By doing this there is an advantage that can achieve a stable wearing of the slippers.

As mentioned above, although the present invention has been described through preferred embodiments, it will be understood by those skilled in the art that various modifications and variations can be made without departing from the technical spirit of the present invention.

For example, the number and shape of the engaging projections, the number and location of the upper, the length of the upper, the shape of the upper surface of the upper, the number and shape of the connection hole, the shape and number of the insertion groove, the structure and type of the micro adjustment means, etc. Is not a criterion for determining the technical scope of the present invention, it is needless to say that only by the claims.

Claims

A sole 110 having a sole shape and having a plurality of upper coupling protrusions 120 protruding outwardly along a circumferential surface thereof;

A pair of connection holes 131 having a predetermined length and selectively fitted to the upper coupling protrusion 120 are formed at both sides thereof, and an elastic granting slit 133 formed at one side of the connection hole 131 is formed. Assembly slippers 100, characterized in that configured to include; at least one upper 130 that can give a variety of patterns deformation to the sole 110.
The method of claim 1,

The upper coupling protrusion 120,

A protrusion piece 121 extending from the circumferential surface of the sole 110,

Assembly slippers (100), characterized in that composed of an extension preventing piece (123) integral with the end of the protrusion piece (121).
Sole 210 having a sole shape and a plurality of upper coupling protrusions 220 protruding outwardly along the circumferential surface, spaced apart from the upper coupling protrusions 220 and having an insertion groove 230 having a predetermined depth inwardly. )and;

A plurality of connection holes 241 are formed in the surface thereof in a length direction so that both sides thereof are respectively inserted into the insertion grooves 230 and selectively fit to the upper coupling protrusion 220. At least one upper 240 that is capable of giving various patterns of deformation to the sole 210 while lengthening is made according to the insertion degree of both sides to form an elasticity slit 243 interconnecting the holes 241. Assembling slipper 200, characterized in that configured to include.
The method of claim 3,

The upper coupling protrusion 220,

A protrusion piece 221 extending from the circumferential surface of the sole 210;

Assembly slipper (200), characterized in that consisting of the expansion prevention piece (223) integral with the end of the protrusion piece (221).
The method of claim 4, wherein

Both sides of the upper 240, slipper assembly 200, characterized in that the upper surface is formed with a concave-convex surface 247 further prevents the departure from the insertion groove 230.
The method of claim 5,

Assembling slipper 200, characterized in that the reinforcing portion 245 thicker than the thickness of the upper 240 is formed in the peripheral portion of the connection hole (241) and the elasticity slit (243).
The method of claim 6,

Shape of the insertion groove 230 is assembled slipper 200, characterized in that the fan shape.
The method of claim 7, wherein

The upper 240 is divided into two,

Bifurcated slipper 200, characterized in that the fine control means (A) is further provided so that the fine control is made in a state where both ends are superimposed on each other.
The method of claim 8,

The fine control means (A),

A plurality of first hook portions 240a are formed on one of the front ends of the upper 240, which are bisected in the longitudinal direction, and a second hook that is symmetrically engaged with the first hook portions 240a on the surface of the other tip. A portion 240b is formed, and the upper 240 is bisected to maintain the interlocking state of the first and second hook portions 240a and 240b in a state where an incision slit 249a is formed in the upper center. Assembled slipper 200, characterized in that the pressing portion (249) of the shape.