JP3123585U - Replaceable shoe surface - Google Patents

Abstract

The present invention provides a shoe surface exchangeable structure for a shoe that increases the number of various types of shoes by arbitrarily combining the shoe surface with a shoe sole.
According to one aspect of the present invention, a shoe surface exchangeable structure of a shoe is configured such that a stereotactic pivot fixing device is installed between a shoe sole portion and a shoe surface of a shoe body to couple the shoe surfaces. Further, the shoe surface is a three-stage system comprising a shoe surface body, a shoe surface front portion, and a shoe surface heel portion, whereby when the shoe surface is coupled to the shoe bottom portion, the user can select the shoe surface body, the shoe surface front portion, and the shoe surface portion. Depending on the combination change between the buttocks, various ways of wearing.
[Selection] Figure 2

Description

  The present invention relates to a structure for exchanging the shoe surface of a shoe. In particular, the present invention is intended to produce various types of shoes by arbitrarily combining the shoe surface of a shoe with a sole.

  Known general shoes include sandals, athletic shoes, walking shoes, and the like, and the bonding between the sole and the shoe surface is mostly affixed in a firmly fixed state. Therefore, the combination cannot be changed. However, exchange is possible in the following. As shown in FIG. 1, the shoe body of Patent Document 1 is provided with a localization device that pivots between a shoe sole and a shoe surface, and a plurality of auxiliary localization engagement bodies, and different types depending on their combination localization structure. The shoe surface is arbitrarily bonded to the sole, and the bonding is tight and stable.

Japanese actual application 2001-004934

  The main object of the present invention is to install a stereotaxic fixing device between the shoe sole portion and the shoe surface of the shoe body to connect the shoe surface. Further, the shoe surface is a three-stage system comprising a shoe surface body, a shoe surface front portion, and a shoe surface heel portion, whereby when the shoe surface is coupled to the shoe bottom portion, the user can select the shoe surface body, the shoe surface front portion, and the shoe surface portion. Depending on the combination change between the buttocks, various ways of wearing.

The invention of claim 1 is composed of a shoe sole part, an insole, and a shoe face, and a stereotactic pivot fixing device installed between the shoe sole part and the shoe face. In the structure where the shoe surface can be exchanged for different ways of wearing,
The shoe surface is composed of a shoe surface body, a shoe surface front part, and a shoe surface heel part, of which a plurality of engagement pieces that are connected to a stereotactic pivot fixing device are installed on the edges corresponding to the shoe bottom parts on both sides of the shoe surface body. The shoe hole is penetrated at locations corresponding to both sides of one end of the bent surface heel portion, the front portion of the shoe surface is a semicircular structure, and a plurality of pivoting engagement bodies are projected at appropriate positions inside the bottom surface, On both sides, there are hooks that connect with the stereotaxic fixing device, and after the shoe heel has been installed on the shoe body, the bottom edge of the shoe is connected to the stereotaxic locking device at the appropriate position on the bottom edge. A plurality of pieces are installed, and an extended band that passes through the shoe hole is projected at appropriate positions on both sides of the open end, and is connected to the shoe surface main body. Between the shoe surface main body, the shoe surface front part, and the shoe surface heel part The shoe surface has a replaceable structure in which the shoe changes into various different ways of wearing by changing the combination.
The invention of claim 2 is the shoe surface exchangeable structure of the shoe according to claim 1, wherein the stereotactic pivot fixing device includes a retaining mass corresponding to the front portion of the shoe surface, a cover plate, and a shoe body main body in the middle of the shoe body. It is made up of parts such as a stereotaxic body corresponding to the heel part of the shoe surface, the retaining mass is irregularly shaped, is slidably installed on the inner edge of the front end of the shoe sole, and is localized on the side of the shoe A plurality of plate pillars are provided on the cover plate, and the cover plate covers the retaining block. The plate surface has a plurality of long holes penetrating at positions corresponding to these stereotaxic plate columns. When these pivotal engagement members are projected into the slot, the stereotaxic plate columns on the retaining mass move to the inner edges of these pivotal engagement members, The bottom part and the front part of the shoe surface are joined together, and then the stereotaxic pair is arranged on both side edges and the rear end of the shoe bottom part, and a hanging piece is projected in a lateral direction at an appropriate position of the hollow inner wall surface, A protrusion is formed on the hanging piece of the shoe, and is fixed in combination with each hanging piece, and the shoe body and the shoe heel part are joined together by the front part of the shoe surface and the shoe sole to form an integrated shoe. The shoe surface is replaceable.
The invention of claim 3 is the shoe surface exchangeable structure of the shoe according to claim 1, wherein the shoe surface collar is U-shaped, and the peripheral surface of one end thereof is a full-covered type or a half-covered type of a letter-shaped type. Further, the structure of the shoe surface is replaceable, which increases the combination change of the shoe surface.
The invention of claim 4 is the shoe surface exchangeable structure of the shoe according to claim 1, wherein the shoe sole is combined with the shoe surface body alone to form a general sandal shape. The surface is replaceable.
The invention of claim 5 is the shoe surface exchangeable structure of the shoe according to claim 1, wherein the shoe sole is combined with the shoe surface body and the front portion of the shoe surface to form a semi-covered type of front cover. The shoe surface can be exchanged.
The invention of claim 6 is the shoe surface exchangeable structure of the shoe according to claim 1 or claim 3, wherein the shoe sole is coupled to the shoe surface body and the shoe surface heel part in a sandal manner. The shoe surface heel has different types of full-cover type or semi-cover type, and the sandal has a two-type change in shape, and the shoe surface has a replaceable structure.
The invention of claim 7 is a shoe surface exchangeable structure according to claim 1 or claim 3, wherein the shoe sole is connected to a shoe surface main body, a shoe surface heel portion, and a shoe surface front portion, and is a general walking shoe. The shoe surface ridge portion is of a different type of full-cover type or semi-cover type, and the shoe surface has a replaceable structure, characterized in that there are two types of shoe changes.

  The shoe surface exchangeable structure of the shoe of the present invention has an advantage that the shoe surface is arbitrarily combined with a shoe sole to increase various types of shoes.

As shown in FIGS. 2 to 6, the present invention includes a shoe sole 10, a midsole 20, a shoe face 30, and a stereotactic pivot fixing device 40 installed between the shoe sole 10 and the shoe face 30. Of which
The shoe sole 10 is a general shoe-shaped bottom, and its inner edge is hollow, and a stereotactic pivot fixing device 40 is installed and fixed therein.
The insole 20 is a shoe shape that is slightly smaller than the shoe sole 10, and is installed at the upper edge of the stereotactic pivot fixing device 40.

The shoe surface 30 includes a shoe surface main body 31, a shoe surface front portion 32, and a shoe surface heel portion 33. Of which
The shoe surface main body 31 has an arch shape, and on both lower sides, hook pieces 311 for coupling with a plurality of stereotactic pivot fixing devices 40 corresponding to the edges of the shoe sole portion 10 are installed, and the rear shoe heel portion A shoe hole 312 is provided at appropriate positions on both side surfaces corresponding to 33.
The front part 32 of the shoe surface is a structure wrapped in a semicircular surface, and a plurality of pivotal engagement bodies 321 are installed at appropriate positions on the inner edge of the bottom surface, and the laterally connected side edges are connected to the stereotactic pivot fixing device 40. The mating piece 322 is installed.

  The shoe surface ridge 33 is U-shaped and is installed at the rear end of the shoe surface main body 31. A plurality of engaging pieces 331 coupled to the stereotaxic fixing device 40 are installed at appropriate positions at the bottom end, extension bands 332 fitted to the shoe holes 312 are installed at appropriate positions on both sides of the open end, and each extension band 332 is provided. A movable adhesive portion 333 is installed at an appropriate position on the outer edge surface. Further, a fixed adhesive portion 334 is installed at an appropriate position on the outer edge of the shoe surface heel portion 33 in parallel, and after passing the extension band 332 through the shoe hole 312, the movable adhesive portion 333 is attached to the fixed adhesive portion 334, and the shoe Combined with the surface body 31. Also, the structure of the shoe surface ridge 33 is one of two types, one end covering the open portion covering the entire surface or the half-cover shape of the letter-shaped, and when combined with the shoe surface main body 31, the combination change of the shoe surface 30 increases. .

  Since the stereotaxic fixing device 40 is known, only a brief description will be given here. The stereotaxic fixing device 40 corresponds to the shoe base body 31 and the shoe face heel part 33 in the middle part of the shoe body, the installation base 41 corresponding to the shoe face front part 32, the retaining mass 42, the cover plate 43, and the shoe body front part. It comprises a plurality of localization hooks 44 and the like. Among them, this installation base 41 is placed at the front end of the shoe sole 10, and a position limited lump 411 is projected at a proper position above it, and the holding lump 42 is localized by the position limited lump 411. A hollow portion 421 into which the position-limited lump 411 is fitted is formed at a suitable location of the holding lump 42, and is placed in the installation table 41 in a slidable state, and is irregularly arranged on each side of the outer peripheral surface. A plurality of stereotaxic plate columns 422 are installed. Further, the cover plate 43 is placed on the retaining mass 42, and a plurality of long holes 431 are provided on the plate surface at positions corresponding to the localization plate columns 422. These stereotaxic plate columns 422 are fitted into the long holes 431 along the movement of the retaining mass 42. Subsequently, the stereotaxic engagement body 44 is installed along the shoe sole 10 at equal intervals on the inner wall surface and the rear inner wall surface, and a hanging piece 441 is projected in a lateral direction at an appropriate position on the hollow inner wall surface, on the hanging piece 441. The ridge 442 is formed, and is engaged with and fixed to the respective engagement pieces 311, 322, and 331. Accordingly, the shoe surface main body 31, the shoe surface front portion 32, and the shoe surface heel portion 33 are combined with the shoe sole 10 to be integrated. This coupling technique is well known and will not be described in further detail.

  According to the structure of the structural parts described above, the shoe surface 30 and the shoe sole 10 can be combined or removed in a separated manner, and at the same time, the shoe surface body 31, the shoe surface front portion 32, and the shoe surface heel portion 33 are cross-combined in a three-stage manner. Changes are made, and the shoe surface 30 is completely covered, half-covered, sandals and the like.

  As shown in FIGS. 3 to 8, the shoe surface 30 of the present invention is divided by changes on the shoe sole 10. The first type is a shoe type that completely covers the shoe surface body 31, the front portion of the shoe surface, and the shoe surface heel portion 33 on the shoe sole portion 10 simultaneously (see FIG. 3), and this type of shoe type is a semi-covered shoe. By exchanging the hook portion 33, the second type changes to a usage example (see FIG. 4). As shown in FIGS. 5 and 6, the third and fourth types of use examples are installed on the shoe sole portion 10 only by the shoe face main body 31 and the shoe face heel portion 33 to form a sandal type. Of course, the shoe surface ridge portion 33 can be replaced with a full cover type or a semi-cover type, and this type of change can be made. Next, in the fifth type of usage example, the shoe surface main body 31 and the shoe surface front portion 32 are assembled on the shoe sole portion 10 to form a so-called semi-covered type. In the sixth type of use example, the shoe sole 10 is independently combined with the shoe surface main body 31 to form a sandal type.

It is a well-known three-dimensional exploded view. It is a three-dimensional exploded display diagram of the present invention. It is a combination 1st class use figure figure of the shoe surface and shoe sole part of this invention. It is a combination 2nd type use figure figure of the shoe surface and shoe sole part of this invention. It is a combination 3rd type use figure figure of the shoe surface and shoe sole part of this invention. It is a 4th kind use example figure of the combination of the shoe surface and shoe sole part of this invention. It is a combination type 5 use example figure of the shoe face and shoe sole part of the present invention. It is a 6th kind use example figure of the combination of the shoe surface and shoe sole part of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Shoe sole 20 Middle sole 30 Shoe surface 31 Shoe surface main body 311 Engagement piece 312 Shoe hole 32 Shoe surface front part 321 Pivoting engagement body 322 Engagement piece 33 Shoe surface collar part 331 Engagement piece 332 Extension belt body 333 Movable adhesive Part 334 Fixing adhesive part 40 Stereotaxic fixing device 41 Installation base 411 Position limited block 42 Holding block 421 Hollow part 422 Positioning plate column 43 Lid plate 431 Long hole 44 Positioning engagement body 441 Hanging piece 442 Projection

Claims (7)

Consists of a shoe sole, insole, and shoe surface, and a stereotactic pivot fixing device installed between the shoe sole and shoe surface. In the shoe surface exchangeable structure,
The shoe surface is composed of a shoe surface body, a shoe surface front part, and a shoe surface heel part, of which a plurality of engagement pieces that are connected to a stereotactic pivot fixing device are installed on the edges corresponding to the shoe bottom parts on both sides of the shoe surface body. The shoe hole is penetrated at locations corresponding to both sides of one end of the bent surface heel portion, the front portion of the shoe surface is a semicircular structure, and a plurality of pivoting engagement bodies are projected at appropriate positions inside the bottom surface, On both sides, there are hooks that connect with the stereotaxic fixing device, and after the shoe heel has been installed on the shoe body, the bottom edge of the shoe is connected to the stereotaxic locking device at the appropriate position on the bottom edge. A plurality of pieces are installed, and an extended band that passes through the shoe hole is projected at appropriate positions on both sides of the open end, and is connected to the shoe surface main body. Between the shoe surface main body, the shoe surface front part, and the shoe surface heel part A shoe surface exchangeable structure for a shoe, wherein the shoe changes to various different ways of wearing by changing the combination.   2. The shoe surface replaceable structure according to claim 1, wherein the stereotactic pivot fixing device corresponds to a shoe body and a shoe surface heel portion at a shoe lump, a cover plate corresponding to a front portion of the shoe surface, and a middle portion of the shoe body. It is composed of parts such as stereotaxic hanging bodies, the retaining mass is irregularly shaped and is slid and installed on the inner edge of the front end of the shoe sole, and a plurality of stereotactic plate columns irregularly arranged on the side of the side The cover plate covers the retaining mass, and the plate surface has a plurality of elongated holes penetrating at positions corresponding to these stereotaxic plate columns, and these elongated holes are attached to the pivotal engagement body at the bottom of the front portion of the shoe surface. When projecting and these pivoting engagement bodies enter the slot, the stereotaxic plate column on the retaining mass moves to the inner edges of these pivotal engagement bodies, and joins the shoe sole to the front of the shoe surface. Next, the stereotaxic pair is placed on both side edges and the rear end of the shoe sole, and a hanging piece is projected laterally at an appropriate position of the hollow inner wall surface, and a protruding line is formed on the hanging piece. Made is, fixed combination with each lock plate, shoe surface body, shoe surface replaceable structure of the shoe, characterized in that integrally combines the shoe surface heel shoes presence portion and sole.   2. The shoe surface replaceable structure according to claim 1, wherein the shoe surface collar portion is U-shaped, and a peripheral surface of one end thereof is a full-covered type or a half-covered type of a letter shape, and changes in combination of shoe surfaces. A shoe surface exchangeable structure characterized by increasing.   The shoe surface exchangeable structure of a shoe according to claim 1, wherein the shoe sole is independently coupled to a shoe surface main body to form a general sandal shape.   2. The shoe surface exchangeable structure according to claim 1, wherein the shoe sole is combined with the shoe surface main body and the front portion of the shoe surface to form a semi-cover mold of a front cover. Construction.   4. The shoe surface exchangeable structure according to claim 1 or 3, wherein the shoe sole is coupled to a shoe surface body and a shoe surface heel part, is in a sandal style, and the shoe surface heel part is completely covered. A shoe surface exchangeable structure, characterized in that there are different types of molds or semi-cover types, and sandals have two types of changes. The shoe surface exchangeable structure of the shoe according to claim 1 or 3, wherein the shoe sole is combined with a shoe surface body, a shoe surface heel portion, and a shoe surface front portion to form a general walking shoe. The shoe surface exchangeable structure is characterized in that the part has different types of full-covered type or semi-covered type, and there are two types of shoe-wearing methods.

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