TW202100053A - 3D lightweight indoor sock shoes with multidirectional elasticity including a shoe-shaped inner sleeve having at least one cut piece, an outer sock body, an adhesive layer, and a thin sole - Google Patents

Abstract

A 3D lightweight indoor sock shoe with a multidirectional elasticity includes a shoe-shaped inner sleeve having at least one cut piece, an outer sock body, an adhesive layer, and a thin sole. The cut piece includes a lining cloth layer, a surface cloth layer and an upright pile layer woven between the lining cloth layer and the surface cloth layer. The upright pile layer has several pile yarns spaced apart from each other. The cut piece defines a wearing space. The outer sock body includes a sock body part that is put on the shoe-shaped inner sleeve, and a reflexed top end part extending from the sock body part. The sock body part has a sock body bottom surface, and a sock body peripheral surface connected with the sock body bottom surface. The reflexed top end part is reflexed inward into the wearing space of the shoe-shaped inner sleeve and fixed to the lining layer. The reflexed top portion defines a wearing entrance communicating with the wearing space. The adhesive layer is fixed between the shoe-shaped inner sleeve and the sock body part. The thin sole is fixed on the sock body bottom surface, and the thin sole has a thickness of 2 to 3mm.

Description

3D lightweight indoor socks and shoes with multidirectional elasticity

The present invention relates to a kind of socks and shoes, in particular to a 3D lightweight indoor socks and shoes with multidirectional elasticity.

As shown in Figure 1, for a conventional indoor slippers 1, after taking off their shoes and entering the room, the user can change to this indoor slippers 1 to facilitate walking and avoid soiling the soles of the feet. However, this indoor slippers 1 When the weather is cold, it cannot keep the user's feet warm.

As shown in FIG. 2, a conventional anti-slip sock 2 includes a knitted sock body 201 and an anti-slip structure 202 provided on the bottom surface of the knitted sock body 201. After the user takes off his shoes and enters the room, he can also wear the anti-slip socks 2 to walk, although the anti-slip socks 2 can keep the user's feet warm when the weather is cold, and can use the The anti-slip structure 202 produces an anti-slip effect when the user walks. However, the bottom surface of the anti-slip sock 2 is not waterproof, which makes it inconvenient for the user to directly wear the anti-slip sock 2 to enter the bathroom or toilet. In a humid environment, it is necessary to wear another indoor slippers 1 as shown in Figure 1. In addition, since the material of the knitted sock body 201 is generally a simple knitted fabric with a soft touch and does not have stiffness, the knitted sock The body 201 is stretched out to correspond to the three-dimensional shape of the user’s foot. Therefore, when the knitted sock body 201 is not normally worn, it usually collapses inward and presents a flat and wrinkled shape, causing the user to wear the When knitting the sock body 201, it is generally necessary to put the fingers of both hands into the flat knitted sock body 201. After the knitted sock body 201 is expanded, the foot can be smoothly penetrated, and the user cannot The foot is quickly inserted into the knitted sock body 201.

Therefore, the object of the present invention is to provide a 3D lightweight indoor socks with multidirectional elasticity that can overcome at least one of the disadvantages of the prior art.

Therefore, the 3D lightweight indoor sock shoe with multidirectional elasticity of the present invention includes a shoe-like inner sleeve, an outer sock body, an adhesive layer, and a thin sole.

The shoe-like inner cover includes at least one piece, the piece includes a lining cloth layer, a surface cloth layer, and a standing pile layer woven between the lining cloth layer and the surface cloth layer, the standing pile layer having Counting pile yarns spaced apart from each other, the cut piece defines a wearing space with an open top end and a closed bottom end.

The outer sock body includes a sock body corresponding to the shoe-shaped inner sleeve and fitted on the shoe-shaped inner sleeve, and a reflexed top end portion extending from the sock body, the sock body having a sock body The bottom surface, and a peripheral surface of the sock body connected to the bottom surface of the sock body, the reversed top portion is folded inwardly into the wearing space of the shoe-shaped inner sleeve, and is fixed to the lining layer, and the reversed top portion defines Exit a dressing entrance connected to the dressing space.

The adhesive layer is fixedly connected between the shoe-shaped inner sleeve and the sock body.

The flake sole is fixed on the bottom surface of the sock body, the flake sole has a thickness of 2 to 3 mm, and the material of the flake sole is waterproof.

The effect of the present invention is: when the weather is cold, the present invention can use the outer sock body to produce warmth for the user's feet, and the present invention can use the thin sole to insulate moisture from the sock body of the sock body The bottom surface enters the body of the outer sock, and the present invention can facilitate the user to wear directly into the environment where the floor is prone to moisture such as bathroom or toilet. The present invention can use the stiffness of the upright pile layer of the cut piece to prop up the three-dimensional shape of the shoe-like inner sleeve, so that the outer sock body does not collapse, and it is convenient for the user to quickly insert the foot into the shoe In the wearing space of the inner sleeve, the convenience and comfort of wearing are improved. The present invention utilizes the design that the reverse-folded top end of the outer sock body is folded inwardly into the wearing space of the shoe-shaped inner sleeve and fixed to the lining layer. The reverse-folded top end can directly shield the shoe-shaped inner sleeve. The top opening end has the function of a beam opening, so that the number of components required for the overall sewing can be reduced, the manufacturing cost can be reduced, and an integrated appearance can be presented.

Referring to Figures 3, 4, and 5, there is an embodiment of a 3D lightweight indoor sock shoe 100 with multidirectional elasticity of the present invention. The indoor sock shoe 100 includes a shoe-like inner sleeve 10, an outer sock body 20, and an adhesive layer 30 , A thin shoe sole 40, and an adhesive layer 50.

As shown in Figures 4, 5, and 6, the shoe-shaped inner sleeve 10 includes a cut piece 11, which includes a lining layer 111, a surface cloth layer 112, and a woven between the lining cloth layer 111 and the The surface cloth layer 112 has a multi-directional elastic standing pile layer 113, the standing pile layer 113 has several pile yarns 114 spaced apart from each other, and the standing pile layer 113 has a thickness ranging from 2 to 5 mm. In this embodiment, the stiffness of the upright pile layer 113 of the cut piece 11 can be used to prop up the three-dimensional shape of the shoe-shaped inner sleeve 10, and the shoe-shaped inner sleeve 10 can produce front and Back, left, right, up and down multi-directional flexibility.

As shown in Figures 7, 8, and 9, the panel 11 has a main face 12, and two side wings 13 symmetrically arranged on both sides of the main face 12 and integrally connected with the main face 12. The main face 12 It has a front arc-shaped flange 121 and a rear opening concave edge 122. Each side wing portion 13 has a side abutting edge 131 and a connection between the side abutting edge 131 and one end of the front arc-shaped flange 121 The front arc-shaped engaging edge 132 of, and a rear abutting edge 133 connected between the side abutting edge 131 and one end of the rear opening concave edge 122.

In this embodiment, the front arc connecting edges 132 of the side wing portions 13 are butted and stitched together with the front arc flange 121, and the side butting edges 131 of the side wing portions 13 are butted and stitched together. Together, the rear abutting edges 133 of the side wing portions 13 butt each other and are stitched together. The length of the front arc-shaped connecting edge 132 of each side wing portion 13 is substantially equal to the front arc-shaped flange 121 of the main face 12 One half of the length of, so that the cut piece 11 can define a wearing space 14 with an open top and a closed bottom.

It is understandable that in other variations of this embodiment, the front arc-shaped engagement edges 132 of the side wing portions 13 can also be butted with the front arc-shaped flange 121 of the main face portion 12 and welded together by ultrasonic waves. The side butting edges 131 of the side wing portions 13 can also be butted to each other and welded together using ultrasonic waves, and the rear butting edges 133 of the side wing portions 13 can also be butted to each other and welded together using ultrasonic waves.

As shown in Figures 4, 5, and 6, the outer sock body 20 has multidirectional elasticity, and includes a sock body 21 corresponding to the shoe-shaped inner sleeve 10 and worn on the shoe-shaped inner sleeve 10, and a The top portion 22 is turned back and extends from the body portion 21 of the sock. The sock body portion 21 has a sock body bottom surface 211 and a sock body peripheral surface 212 connected to the sock body bottom surface 211, and the reversed top portion 22 is folded inwardly into the wearing space 14 of the shoe-shaped inner sleeve 10 , And fixed to the inner fabric layer 111 of the cut piece 11 of the shoe-shaped inner sleeve 10, the reverse-folded top portion 22 defines a wearing entrance 221 communicating with the wearing space 14, and the reverse-folded top portion 22 has a beam opening effect.

In this embodiment, the reflexed top portion 22 is sewn and fixed to the inner fabric layer 111. In addition, the outer sock body 20 is a knitted sock, and the outer sock body 20 can produce front, rear, left, and right , Up and down multi-directional flexibility, but not limited to this.

The adhesive layer 30 is fixed between the shoe-shaped inner sleeve 10 and the sock body 21 so that the shoe-shaped inner sleeve 10 and the sock body 21 are closely attached. In this embodiment, the material of the adhesive layer 30 is an adhesive, such as hot melt adhesive.

The flake sole 40 is fixed on the bottom surface 211 of the sock body 21, the flake sole 40 has a thickness of 2 to 3 mm, and the material of the flake sole 40 is waterproof and can prevent slippage. In this embodiment, the sheet sole 40 does not cover the sock body peripheral surface 212 of the sock body 21, and the sheet sole 40 is made of rubber.

The adhesive layer 50 is fixed between the bottom surface 211 of the sock body 21 and the top surface of the thin sole 40. In this embodiment, the material of the adhesive layer 50 is an adhesive.

As shown in Figures 3, 4, and 5, the manufacturing method of the indoor sock shoe 100 is briefly described as follows, but it is not limited to this:

1. Cut a piece of three-layer fabric to obtain the piece 11 (see Figure 7).

2. Use a sewing machine to sew the cut piece 11 (see Figure 7) into a solid shape to complete the shoe-shaped inner sleeve 10.

3. Put the shoe-shaped inner sleeve 10 on a shoe last (not shown).

Fourth, spray adhesive on the outer surface of the shoe-shaped inner sleeve 10.

5. Spray adhesive on the inner surface of the outer sock body 20.

6. Put the outer sock body 20 on the shoe-shaped inner sleeve 10.

7. Heat the outer sock body 20 and the shoe-shaped inner sleeve for 10 to 80° C. and heat for 2-10 minutes to combine the outer sock body 20 and the shoe-shaped inner sleeve 10 together.

8. Cement the thin sole 40 to the sock bottom surface 211 of the sock body 21 of the outer sock body 20.

9. Pull out the shoe last.

10. The reflexed top end portion 22 of the outer sock body 20 is folded inwardly into the wearing space 14 of the shoe-shaped inner sleeve 10, and sewn and fixed to the inner fabric layer 111 of the cut piece 11 of the shoe-shaped inner sleeve 10 .

In this way, the manufacture of the indoor sock shoe 100 can be completed.

Thereby, the user can wear the indoor socks and shoes 100 to walk freely indoors.

Based on the above description, the advantages of the present invention can be summarized as follows:

1. When the weather is cold, the present invention can use the outer sock body 20 to keep the user's feet warm, and the present invention can use the thin sole 40 to isolate moisture from the bottom surface of the sock body 21 211 enters the outer sock body 20. Compared with the conventional anti-slip sock 2, the present invention allows the user to wear directly into the bathroom or toilet, which is easily wet on the ground, without having to wear the conventional Indoor slippers 1 are more convenient to use. In addition, the thickness of the sheet sole 40 is very thin, which can increase the user's comfort when wearing the present invention indoors.

2. The upright fleece layer 113 of the shoe-shaped inner sleeve 10 of the present invention has a thickness of 2-5 mm, which can support the three-dimensional stiffness of the shoe-shaped inner sleeve 10, so that the indoor sock shoe 100 has a The stiffness and the formation of a 3D shape can facilitate the user to quickly penetrate the foot into the wearing space 14 of the shoe-shaped inner sleeve 10, and both the upright pile layer 113 and the outer sock body 20 have multidirectional elasticity. The indoor socks and shoes 100 can be made elastic after completion, and they can be worn well and comfortable.

3. The reverse-folded top portion 22 of the outer sock body 20 of the present invention is folded inwardly into the wearing space 14 of the shoe-shaped inner sleeve 10, and is sewn and fixed to the inside of the cut piece 11 of the shoe-shaped inner sleeve 10 The cloth layer 111, the reverse-folded top portion 22 can cover the top opening end of the shoe-shaped inner sleeve 10, and has the function of a mouth. By using the reverse-folded top portion 22, the present invention can reduce the components required for the overall sewing In addition, the present invention can present an integrated appearance and improve the overall appearance of the appearance.

4. The upright fleece layer 113 of the cut piece 11 of the shoe-shaped inner cover 10 of the present invention has good elasticity, which can facilitate the user to smoothly insert the foot into the shoe-shaped inner cover 10, and the air permeability of the upright fleece layer 113 It can effectively improve the comfort of the wearer. Furthermore, the upright pile layer 113 is woven between the lining layer 111 and the surface cloth layer 112 to form an integrated structure. The upright pile layer 113 can be It is firmly combined with the inner cloth layer 111 and the surface cloth layer 112, and will not easily peel off.

In summary, the 3D lightweight indoor socks and shoes with multidirectional elasticity of the present invention can not only facilitate the user to directly wear into the environment where the ground is prone to moisture, but also facilitate the user to wear quickly, and can reduce the overall sewing The number of components required can reduce the manufacturing cost, so the purpose of the invention can be achieved.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to This invention patent covers the scope.

100: Indoor socks and shoes 10: Shoe-shaped inner sleeve 11: Pieces 111: Lining layer 112: surface cloth layer 113: Upright pile layer 114: Velvet 12: Main face 121: Front curved flange 122: concave edge of rear opening 13: Flanking 131: Side Butt Edge 132: Front arc connecting edge 133: Back Butt Edge 14: Wearing space 20: Outer sock body 21: Socks body 211: Bottom of Socks 212: Socks body circumference 22: Fold the top part 221: Wearing Entrance 30: Next layer 40: flake sole 50: Adhesive layer 1: Indoor slippers 2: Anti-slip socks 201: Knitted sock body 202: Anti-slip structure

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective view of a conventional indoor slippers; Figure 2 is a perspective view of a conventional anti-slip sock; Figure 3 is a perspective view of an embodiment of the 3D lightweight indoor socks with multidirectional elasticity of the present invention; Figure 4 is an exploded perspective view of the embodiment; Figure 5 is a combined cross-sectional view of the embodiment; Figure 6 is an incomplete partial enlarged view of Figure 5; Figure 7 is a perspective view of a cut piece of a shoe-shaped inner sleeve of the embodiment; Figure 8 is a three-dimensional schematic diagram of a prototype of the shoe-shaped inner sleeve bent by the cut piece; and Figure 9 is a three-dimensional schematic diagram of the shoe-shaped inner sleeve, illustrating that the cut piece is sewn to form the shoe-shaped inner sleeve.

100: Indoor socks and shoes

10: Shoe-shaped inner sleeve

11: Pieces

111: Lining layer

112: surface cloth layer

14: Wearing space

20: Outer sock body

21: Socks body

211: Bottom of Socks

212: Socks body circumference

22: Fold the top part

221: Wearing Entrance

30: Next layer

40: flake sole

50: Adhesive layer

Claims (5)

A 3D lightweight indoor socks with multidirectional elasticity, including: A shoe-like inner cover includes at least one piece, the piece includes a lining cloth layer, a surface cloth layer, and a standing pile layer woven between the lining cloth layer and the surface cloth layer, the standing pile layer There are several inter-spaced pile yarns, and the cut piece defines a wearing space with an open top end and a closed bottom end; An outer sock body includes a sock body corresponding to the shoe-shaped inner sleeve and fitted on the shoe-shaped inner sleeve, and a reflexed top end portion extending from the sock body, the sock body having a sock The bottom surface of the body, and a peripheral surface of the sock body connected with the bottom surface of the sock body, the top portion of the reflexed top is folded inwardly into the wearing space of the shoe-like inner sleeve, and is fixed to the lining layer, and the top portion of the reflexed top Define a dressing entrance connected with the dressing space; An adhesive layer, fixed between the shoe-like inner sleeve and the sock body; and A thin shoe sole is fixed on the bottom surface of the sock body, the thin shoe sole has a thickness between 2 and 3 mm, and the material of the thin shoe sole is waterproof. The 3D lightweight indoor sock shoe with multidirectional elasticity according to claim 1, wherein the sheet sole does not cover the peripheral surface of the sock body. The 3D lightweight indoor sock shoe with multi-directional elasticity according to claim 2, wherein the reflexed top end of the outer sock body is an inner cloth layer sewn and fixed to the shoe-shaped inner cover. The 3D lightweight indoor sock shoe with multidirectional elasticity according to claim 3, wherein the panel has a main face and two side wings symmetrically arranged on both sides of the main face and integrally connected with the main face , The main face has a front arc-shaped flange, and a rear opening concave edge, each side wing part has a side abutting edge, a front connected between the side abutting edge and one end of the front arc-shaped flange Arc-shaped abutting edges, and a rear abutting edge connected between the side abutting edges and one end of the rear opening concave edge, the front arc-shaped abutting edges of the side wing portions are butted and connected to the front arc-shaped flange Together, the side butting edges of the side wing parts are butted and connected to each other, and the rear butting edges of the side wing parts are butted and connected to each other. The 3D lightweight indoor sock shoe with multidirectional elasticity according to claim 4, further comprising an adhesive layer fixedly connected between the bottom surface of the sock body and the top surface of the sheet sole.

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