WO2017211004A1

WO2017211004A1 - Socks and manufacturing method therefor

Info

Publication number: WO2017211004A1
Application number: PCT/CN2016/095090
Authority: WO
Inventors: 杨越
Original assignee: 杨越
Priority date: 2016-06-11
Filing date: 2016-08-14
Publication date: 2017-12-14
Also published as: CN106072789A

Abstract

Socks and a manufacturing method therefor, comprising an inner layer sock body and an outer layer sock body; the outer layer sock body extends along the length of the foot, the inner layer sock body being arranged on the inner side of the outer layer sock body; the inner layer sock body comprises a toe sleeve part used for wrapping and sleeving the toes and a connecting part for connecting the toe sleeve part and the outer layer sock body; the toe sleeve part is composed of at least two toe sleeves arranged in parallel, the toe sleeve extending along the length of the toe, and one end of the toe sleeve being connected to the connecting part. Also disclosed is a manufacturing method for manufacturing the present five-toed sock. The advantages of the present invention are solving the problem that feet easily grow fungus due to poor breathability, and having the same appearance as an ordinary sock.

Description

Sock and manufacturing method thereof

Technical field

The present invention relates to a method of manufacturing a sock and a sock, and more particularly to a five-finger socks and a method of manufacturing the same.

Background technique

In the prior art, when the socks are worn, the feet, especially the toes, are not breathable, and molds are easily bred. To solve this problem, a new type of socks capable of improving the air permeability of the toes is proposed.

Summary of the invention

The invention is directed to the disadvantages of the prior art that when the socks are worn, the feet, especially the toes, are airtight and easy to breed mold, and a novel five-finger socks can be provided, which can achieve the purpose of ventilation by slightly separating the toes.

In order to achieve the above object, the present invention can adopt the following technical solutions:

a five-finger socks comprising an inner body sock and an outer body;

The outer sock body extends along the length of the human foot, and the inner side of the outer sock body is provided with an inner sock body;

The inner layer body includes a finger sleeve portion for wrapping and covering the toe, and a connecting portion connecting the finger sleeve portion and the outer layer body body;

The finger sleeve portion is composed of at least two finger sleeves arranged side by side, the finger sleeve extending along the length direction of the toe, and one end of the finger sleeve is connected with the connection portion.

In an embodiment of the invention, the outer sock body further includes an opening formed by cutting a portion of the outer sock body, the truncated portion of the outer sock body being located near the toe tip of the outer sock body section.

In an embodiment of the invention, the finger cuff portion includes at least one finger cuff that can wrap the two toes located at the outermost side of the human body together or separately.

In an embodiment of the invention, the finger cuff is obtained from at least one partition portion of the toe space, which is the space formed by the outer sock body or the inner sock body surrounding the portion surrounding the toe.

In an embodiment of the invention, the partition further includes a thicker portion having a thickness greater than or slightly greater than the remainder of the partition.

In an embodiment of the invention, the thicker portion is located at a position of the toe seam near the tip of the toe.

In an embodiment of the invention, the portion of the five-finger socks at least at the toe seam is woven from a thread containing silver fibers.

A method for manufacturing a five-finger socks as described above, comprising the following specific steps:

Fixing step: fixing the outer sock body and the inner layer sock body respectively, the fixing means the outer sock body or the inner layer The sock bodies are respectively placed at predetermined positions that can change the relative distance between the two;

The connecting step: the outer sock body and the inner layer sock body are brought close to each other, and the outer layer sock body is connected with the inner layer sock body.

In an embodiment of the invention, the fixing step further comprises partially or completely flipping the outer sock body to expose a portion of the outer sock body that is connected to the inner sock body.

The invention has the following significant technical effects:

The toes can be slightly separated to achieve the purpose of ventilation, and the shape of the ordinary socks is comfortable to wear and has good application value.

DRAWINGS

Figure 1 is a schematic view showing the structure of the outside of the five-finger socks.

Fig. 2 is a schematic view showing the structure of the inner layer body of the five-finger socks with the toe tip exposed.

Fig. 3 is a schematic view showing the structure of the five-finger socks with the tip of the toe exposed.

Fig. 4 is a structural schematic view of the inner layer body of the five-finger socks of the toe tip.

Figure 5 is a schematic view showing the structure of the five-finger socks that wrap the toe tip.

6 is a schematic flow chart of a method for manufacturing a five-finger socks.

detailed description

The present invention will be further described in detail below with reference to the embodiments.

Example 1

A five-finger socks, as shown in FIG. 1-5, has two inner and outer body socks, wherein the outer body body 200 is a normal sock structure, and an inner layer body 100 is disposed inside the outer layer body 200. The layered body includes a finger cuff portion 110 for enclosing the toe and a connecting portion 120. One end of the finger cuff portion 110 is in communication with the connecting portion 120. The connecting portion 120 is an annular hollow sock body extending along the sole of the foot, and the annular sock body of the connecting portion 120 can wrap at least a portion of the sole of the foot. The two ends of the connecting portion 120 are two ports connecting the hollow inner cavity and the outer space, wherein one port is in communication with one end of the finger sleeve portion 110. As an alternative, the port at the two ends of the connecting portion 120 may be a connecting portion. The opening at the two ends of the 120-shaped hollow sock body may also be any through hole formed in the annular body of the connecting portion 120. In actual use, the sole of the foot may protrude from a port of the annular body of the connecting portion 120, pass through the hollow lumen of the connecting portion 120, and extend into the finger cuff portion 110 through another port that communicates with the finger cuff portion 110. At least a portion of the toes may be wrapped by the cuff portion 110. The finger cuff portion 110 is composed of at least two finger cuffs 111 arranged side by side, and the finger cuffs 111 extend along the length of the toes. One end of the finger cuff 111 is in communication with the connecting portion 120. Different finger cots 111 separate the toes to prevent mold growth between the toes. Wearing five-finger socks is not only comfortable, but also the same shape as ordinary socks. Further, as another optional shape of the finger cuff 111, the tip end of the finger cuff 111 opens. The length of the finger sleeve 111 is smaller than the length of the toe. After the toe extends into the finger sleeve 111, the tip of the toe is exposed, and the finger sleeve 111 can be better inserted into the toe seam to achieve a better separation of the toe seam. It is also possible to reduce the portion of the entire inner sock body 100 that wraps around the toes.

In addition, between the outer layer body 200 and the inner layer body 100, including the finger cuffs 111 of the inner layer body 100, may be joined by sewing them together, or connected by using an adhesive, of course, other The connection method is also acceptable. The following examples are the same. In addition to the above connection, the outer layer body 200 and the inner layer body 100 may have the following connection positions, so that the user can more easily wear the five-finger socks, specifically including the finger sleeve of the inner layer body 100. The connection between the portion of the toe tip of the 111 and the outer layer body 200, and the connection between the ends of the finger cuff 111 along the length of the finger cuff 111 and the outer sock body 200.

Example 2

The five-finger socks according to the first embodiment described above are different in that, in order to prevent the thickness of the body of the five-finger socks from being excessively large and affecting the wearing comfort, at least a portion of the outer layer body 200 near the toes is cut out to be exposed. The inner layer sock body 100, as shown in FIG. 2-3, has an opening on the sock body formed by cutting off a part of the outer layer body body 200, and is fixedly connected to the finger cuff portion 110 or the connecting portion 120 of the inner layer sock body 100.

Example 3

The five-finger socks according to the first embodiment described above is different in that the finger sleeve portion 110 includes two finger sleeves 111 arranged side by side, wherein one of the finger sleeves 111 is sized to accommodate the big toe of the sole of the foot and the adjacent big toe. Two toes, the other one is sized to accommodate the two toes on the outside of the human body, reducing the number of finger cuffs 111 while maximizing the purpose of separating the toes. Of course, as other alternatives, other numbers of finger cots may be provided, and the size of each finger cot 111, that is, the number of toes that can be accommodated, can be freely adjusted, depending on the actual purpose.

Example 4

The five-finger socks according to the first embodiment are different in that the finger sleeve portion 110 is the same as the connecting portion 120, and is an annular hollow sock body extending along the sole of the foot, and the finger sleeve portion 110 is the connecting portion 120. A portion of the sock that extends at one end toward the toe and eventually wraps the toe. The finger cuff 111 is formed by separating the inner cavity space of the cuff portion 110 by the partition portion 130 disposed inside the finger cuff portion 110, and both ends of the partition portion 130 are connected to the side wall of the sock body of the inner layer sock body 100, and Alternatively, the two ends of the partition 130 may be directly connected to the corresponding positions of the outer layer body 200 to simplify the body structure. The thickness and shape of the partition 130 can be arbitrarily adjusted. Further, the advantage of forming the finger cuff with the partition 130 is that the distance separating the toes can be better controlled by selecting the thickness and shape of the partition 130. An optional solution is that the partition 130 includes at least one thicker portion having a thickness greater than or slightly larger than other portions of the partition 130, the thick portion being located at a portion of the partition 130 near the toe seam The thicker portion extends along the toe of the toe, extending from the end of the toe to the instep to the end of the toe near the sole. In addition, in order For the purpose of better separating the toes, the length of the partition 130 along the direction in which the toes extend can be slightly reduced, so that the thicker portion is located closer to the tip of the toe, and the gap at the toe is larger, which is more favorable for ventilation. In addition, in another alternative, the partitioning portion 130 is formed by laminating a plurality of materials of the same thickness and the same material as the body of the sock, and the gap between the plurality of materials is used to improve the air permeability of the toe seam.

Example 5

The five-finger socks as described in the above first embodiment are different in that the special soy yarn body containing the silver fiber is used for the purpose of cost consideration, in particular, since the toe portion is relatively airtight and easily molds. Therefore, it is possible to use only the yarn containing the silver fiber more for weaving the sock here, and the finger sleeve 111 is woven by the above-mentioned yarn containing the silver fiber. As a special application, the partition portion 130 may be woven by using the above-mentioned silver fiber-containing yarn. Further, only the thick portion of the partition portion 130 may be woven by the above-mentioned silver fiber-containing yarn.

Example 6

A method for manufacturing the five-finger socks described in the above embodiments, and the specific flow is shown in FIG. 6. Since the five-finger socks structure is complicated, it is necessary to use a special method for manufacturing.

First, the inner and outer body body 200 are separately manufactured, and the finger sleeve 111 or the partition portion 130 need to be separately manufactured; in order to connect the inner and outer body body 200, the inner layer body 100, the finger sleeve 111 or the separation is required. The portion 130 is fixed and can be fixed by a special mold. After the fixing is completed, the inner sock body 100, the finger sleeve 111 or the partition portion 130 is fed into the five-finger socks through the socks of the five-finger socks until the predetermined position is reached for connection.

Alternatively, the inner side of the outer sock body 200 is turned out, the inner sock body 100, the finger cuff 111 or the partition 130 is sent to a predetermined position, and the outer sock body 200 is turned over to make it The toe of the five-finger socks begins to gradually wrap the inner layer body 100, the finger sleeve 111 or the partition 130, and connects the inner body body 100, the finger sleeve 111 or the partition 130 during the turning process; or, the outer socks The inner side of the body 200 is turned out, the remaining part of the sock is kept as it is, and the inner sock body 100, the finger sleeve 111 or the partition 130 is placed close to the sock and fixed at a predetermined position, and the inner sock body 100, the finger sleeve 111 or the separation is connected. The portion 130 flips the remainder of the outer sock 200 except for the toe.

In summary, the above description is only the preferred embodiment of the present invention, and all changes and modifications made by the scope of the present invention should be covered by the present invention.

Claims

A sock comprising an inner sock body (100) and an outer body body (200); the outer body body (200) extending along a length of a human body foot, the outer body body ( 200) is provided on the inner side of the inner sock body (100);

The inner sock body (100) includes a finger sleeve portion (110) for wrapping and covering the toe, and a connecting portion (120) connecting the finger sleeve portion (110) and the outer layer body body (200); The sleeve portion (110) is composed of at least two finger sleeves (111) arranged side by side, the finger sleeve (111) extending along the length of the toe, and one end of the finger sleeve (111) is connected with the connection portion (120) .
The five-finger socks according to claim 1, wherein the outer body sock (200) further comprises an opening formed by cutting a portion of the outer body body (200), the outer body body ( The truncated portion of 200) is located at the portion of the outer sock body (200) near the tip of the toe.
The five-finger socks according to claim 1, wherein the finger cuff portion (110) includes at least one finger cuff that can wrap the two toes located at the outermost side of the human body together or separately.
The five-finger socks according to claim 1, wherein the finger cuff (111) is obtained by separating at least one partition (130) from the toe space, and the toe space is referred to as an outer sock body (200) Or the space formed by the portion of the inner sock body (100) that surrounds the toe.
The five-finger socks according to claim 4, wherein the partition (130) further comprises a thicker portion having a thickness greater than or slightly larger than the remainder of the partition (130).
The five-finger socks according to claim 5, wherein the thicker portion is located at a position of the toe seam near the tip of the toe.
The five-finger socks according to claim 1, characterized in that the portion of the five-finger socks (10) located at least at the toe seam is woven from a yarn containing silver fibers.
A method of manufacturing a five-finger socks according to any one of claims 1 to 7, characterized in that it comprises the following specific steps:

Fixing step (010): fixing the outer sock body (200) and the inner layer sock body (100) respectively, wherein the fixing means placing the outer sock body (200) or the inner layer sock body (100) separately a predetermined position that can change the relative distance between the two;

The connecting step (020): the outer sock body (200) and the inner layer sock body (100) are brought close to each other, and the outer layer sock body (200) is connected to the inner layer sock body (100).
The manufacturing method according to claim 8, wherein the fixing step (010) further comprises: partially or completely flipping the outer layer body (200) to expose the outer body body (200) and the inner layer socks The part where the body (100) is connected.