REFORMATION OF REPLACEABLE UPPER OF OFFLOADING SHOE OF OUTSOLE SEPARATION STRUCTURE

Abstract

The present invention is to continue the concept of a replaceable upper of offloading shoe, and further improve the processing capability. Thus this present invention is to reform the outsole separation structure of a replaceable upper of shoe.

Claims

1. A reformation of replaceable upper of offloading shoe of outsole separation structure, characterized in including: at least one modular outsole; at least one outer cover of modular outsole, formed as a recessed container corresponding to the modular outsole, wherein the outer cover of modular outsole is served to allow the modular outsole to be accommodated and provided with an anti-skid function; at least one Velcro module, formed with different thicknesses, widths and lengths according to actual functional requirements, wherein a periphery of the outer cover of modular outsole is combined with the Velcro module with one or more combining means; at least one positioning device, respectively disposed on a replaceable upper and the outer cover of modular outsole for being formed as a positioning set of replaceable upper and a positioning set of outer cover of modular outsole, wherein the replaceable upper has an inner layer of replaceable upper, the inner layer of replaceable upper of the replaceable upper has a Velcro at lower edge in inner layer of upper, so that the replaceable upper and the outer cover of modular outsole are able to be rapidly assembled with each other through the positioning device.

2. The reformation of replaceable upper of offloading shoe of outsole separation structure as claimed in claim 1, wherein the outer cover of modular outsole is formed with different depths and thicknesses according to different functional requirements, a depth range is from a shallowest depth of 1 cm to a deepest depth of 6 cm; and a thickness range is from a thinnest thickness of 0.01 cm to a thickest thickness of 1 cm.

3. The reformation of replaceable upper of offloading shoe of outsole separation structure as claimed in claim 1, wherein the periphery of the outer cover of modular outsole being combined with the Velcro module is selected from a group consisted of sewing, high-frequency wave, adhering and buckling or a combination of the above.

4. The reformation of replaceable upper of offloading shoe of outsole separation structure as claimed in claim 1, wherein the positioning set of replaceable upper of the replaceable upper and the positioning set of outer cover of modular outsole of the outer cover of modular outsole is selected from a group consisted of a button set, a buckling ring set, a tenon set, a screw and nut set and a magnet set or a combination of the above.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0011] FIG. 1 is a schematic view showing a side view and an inner view of a conventional shoe with a replaceable upper and sole offloading of outsole;

[0012] FIG. 2 is a schematic view showing a groove and a structure of cross sectional at lateral side of the conventional modular outsole; and

[0013] FIG. 3 is a schematic view showing a layered structure and an inner layer of an upper of a modular outsole according to the present invention

BRIEF DESCRIPTION OF CODES

Conventional Items

[0014] 17: Shoe with replaceable upper and sole offloading of outsole [0015] 18: Replaceable upper [0016] 18B: Inner layer of replaceable upper [0017] 18L: Velcro at lower edge at inner layer of upper [0018] 19: Tongue [0019] 20: Fastening lace [0020] 21: Modular outsole [0021] 21C: Structure of cross sectional at lateral side of modular outsole [0022] 21L: Velcro at lateral side of outsole [0023] 21LA: Velcro module [0024] 21LC: Material A [0025] 21LD: Material B [0026] 22: Groove at lateral side of modular outsole

Present Invention

[0027] 18: Replaceable upper [0028] 18B: Inner layer of replaceable upper [0029] 18L: Velcro at lower edge in inner layer of upper [0030] 19: Tongue [0031] 21: Modular outsole [0032] 21H: Height of modular outsole [0033] 21L: Velcro at lateral side of outsole [0034] 21LA: Velcro module [0035] 21LW: Width of Velcro module [0036] 23: Outer cover of modular outsole [0037] 23D: Depth of outer cover of modular outsole [0038] 23W: Thickness of outer cover of modular outsole [0039] 24A: Positioning set of replaceable upper [0040] 24B: Positioning set of outer cover of modular outsole

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

[0041] Please refer to FIG. 3, a reformation of a replaceable upper of an offloading shoe of an outsole separation structure is provided by the present invention. A first step is that: a recessed container is correspondingly fabricated with respect to a modular outsole 21, the recessed container is defined as a lowest layer of the whole structure and capable of accommodating the modular outsole, and defined as an outer cover of modular outsole 23; a forming means of the outer cover can be processed by two following means: A) being directly processed through a mold fabricating means for formation; and B) fabricating an injecting mold via a three-dimensional printing means, and the outer cover of modular outsole 23 fabricated according to the two means can be tightly mounted and combined with the modular outsole 21, and a depth and a thickness defined at a periphery of the outer cover can be designed with respect to different functional requirements.

[0042] The length and the width of the outer cover of modular outsole 23 is with respect to the dimension of the modular outsole 21, wherein a range of the depth of outer cover of modular outsole 23D is between 1 cm to 6 cm; and a range of the thickness of outer cover of modular outsole 23W is between 0.01 cm to 1 cm; moreover, a contact surface between the outer cover of outsole and the ground is provided with an anti-skid effect.

[0043] A second step is that: a Velcro module 21LA is fabricated, a length and a width of the module can be designed with respect to the outer cover of modular outsole 23, wherein a range of the width of Velcro module 21LW is between 0.5 cm to 2.5 cm; a fabricating means of the Velcro module 21LA is to add a desired material at a backside of a Velcro at lateral side of outsole 21L, the material can be one or more kinds being mixed, and the material can be papers, fabrics, adhesive, leather, plastic foam or rubber foam, but what shall be addressed is that the above-mentioned materials is not required to be added due a concern of saving cost.

[0044] A third step is that: the Velcro module 21LA is fastened at a periphery of the outer cover of modular outsole 23, and a fastening means can be sewing, high-frequency wave, adhering, buckling tenon or a mixing means of the above.

[0045] A fourth step is that: a positioning device is respectively provided on a replaceable upper 18 and the outer cover of modular outsole 23, the replaceable upper 18 also has the same tongue 19, and an inner layer of replaceable upper 18B is provided in the replaceable upper 18, and a Velcro at lower edge in inner layer of upper 18L is provided, a positioning set of replaceable upper 24A and a positioning set of outer cover of modular outsole 24B are disposed at corresponding locations, the device is defined as one being positive and the other one being negative, and the material of the device can be a button set, a buckling ring set, a tenon set, a screw and nut set or a magnet set.

[0046] A fifth step (a last step) is that: the positioning set of replaceable upper 24A and the positioning set of outer cover of modular outsole 24B are aligned and combined, then the Velcro at lower edge in inner layer of upper 18L and the Velcro module 21LA are sequentially adhered with each other, thereby finishing the assembly of the shoe.