CN210299525U

CN210299525U - Sand feeling socks

Info

Publication number: CN210299525U
Application number: CN201920667782.2U
Authority: CN
Inventors: 洪庭杰
Original assignee: Zhejiang Bonas Stocking Industry Co ltd
Current assignee: Zhejiang Bonas Stocking Industry Co ltd
Priority date: 2019-05-10
Filing date: 2019-05-10
Publication date: 2020-04-14
Anticipated expiration: 2029-05-10

Abstract

The utility model discloses a socks are felt to sand, including wholly weaving the individual layer socks body and the double-deck rid cuff that form by single cylinder weft knitting an organic whole, the inboard part in the sole portion of the socks body or whole coats and is stamped the one deck and weave the buffer layer that forms by looped pile tissue, the buffer layer is woven by the parallel weft knitting simultaneously of yarn more than two strands with the bilayer structure that socks body sole portion body formed and is formed, and wherein weave the yarn hardness that forms the buffer layer in the inboard is greater than and weaves the yarn that forms socks body sole portion body in the outside. The utility model discloses form the buffer layer that the one deck has certain hardness at the sole of the socks body, let the people step on to go to experience not soft fabric sense, but the moderate fibre silk cluster of hardness feels, the perception that the sole bore hardness will be less than the palm in addition, so feel like stepping on the sand, the feel is comfortable, has certain massage effect, can alleviate step fatigue.

Description

Sand feeling socks

Technical Field

The utility model relates to a socks technical field, the more specifically husky socks of feeling that says so.

Background

Socks wear on the foot, play the effect of protecting the foot and preventing foot odor, are indispensable in daily life, and its demand is very big, but at present domestic socks production site is numerous, has arrived the surplus ground step of productivity in fact, so the survival situation of every socks factory is all very difficult, only breaks through the innovation one way, and the present socks trade's major trend is to innovate the socks that increase customer experience sense, and no longer just satisfies in the effect of protecting the foot and preventing foot odor.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects of the prior art, and provides a pair of sand-feeling socks which has good air permeability, comfortable foot feeling, massage function and capability of relieving foot fatigue.

In order to achieve the above purpose, the utility model discloses a realize through following technical scheme: the sandiness socks are characterized in that a buffer layer formed by weaving a terry stitch covers the inner side of the foot bottom of the sock body partially or integrally, a double-layer structure formed by the buffer layer and the sock body foot bottom body is formed by simultaneously parallel weft knitting two or more yarns, and the hardness of the yarns knitted on the inner side to form the buffer layer is higher than that of the yarns knitted on the outer side to form the sock body foot bottom body.

The utility model discloses form the buffer layer that the one deck has certain hardness at the sole of the socks body, let the people step on to go to experience not soft fabric sense, but the moderate fibre silk cluster of hardness feels, the perception that the sole bore hardness will be less than the palm in addition, so feel like stepping on the sand, the feel is comfortable, has certain massage effect, can alleviate step fatigue.

Preferably, the yarn knitted to the back side to form the cushion layer is composite low-melting modified polyester.

The composite low-melting-point modified terylene utilizes the characteristic that the composite low-melting-point modified terylene 18D/36F yarn is selected to be shaped under two atmospheric pressures, the temperature is 150 ℃ after the composite low-melting-point modified terylene still maintains the performance of the conventional fiber when the sheath is viscous with the fluid, the composite low-melting-point modified terylene is processed into a plastic line from the conventional yarn form, has certain hardness, and leads people to feel soft fabric feel but soft plastic yarn cluster feel when stepping on the composite low-melting-point modified terylene, and the feeling of bearing the hardness of the sole is lower than that of the palm, so that the feet feel comfortable like stepping on the sand, has certain massage effect and can relieve foot fatigue.

Preferably, the buffer layer is a piece of cross grain structure arranged at equal intervals.

The cross grain structure arranged at equal intervals can be more comfortable and better in foot feeling than the foot feeling that the whole piece is a buffer layer.

Preferably, the instep portion of the sock body is knitted with a mesh structure.

The instep part is woven by mesh tissues, the air permeability of the instep is mainly improved, moisture absorption and sweat releasing are achieved, and the sock is designed mainly for summer socks.

Preferably, the toe part and the heel part of the sock body are covered with a wear-resistant layer knitted by a terry stitch, the double-layer structure formed by the wear-resistant layer and the toe part and the heel part of the sock body is formed by simultaneously parallel weft knitting two yarns, and the hardness of the yarn knitted on the inner side to form the wear-resistant layer is consistent with that of the yarn knitted on the outer side to form the toe part and the heel part of the sock body.

The wear-resistant layer that not only adds in socks tiptoe and heel portion, it is cold-proof more, is the owner to the design of winter money socks.

Has the advantages that: the utility model discloses form the buffer layer that the one deck has certain hardness at the sole of the socks body, let the people step on to go to experience not soft fabric sense, but the moderate fibre silk cluster of hardness feels, the perception that the sole bore hardness will be less than the palm in addition, so feel like stepping on the sand, the feel is comfortable, has certain massage effect, can alleviate step fatigue.

Drawings

Fig. 1 is a schematic structural view of the present invention;

fig. 2 is another schematic structural diagram of the present invention.

In the figure: 1-sock body, 2-rib top, 3-buffer layer, 4-mesh tissue and 5-wear-resistant layer.

Detailed Description

In order to make the technical means, the creation features and the achievement objects of the present invention easy to understand, the present invention will be further explained with reference to the specific embodiments.

Example 1: as shown in figure 1, the sand-feeling socks comprise a single-layer sock body 1 and a double-layer rib top 2 which are integrally knitted by single-needle cylinder weft knitting, a buffer layer 3 knitted by terry stitch covers the inner side of the bottom of the sock body 1, and the buffer layer 3 is of a cross grain structure arranged at equal intervals.

The double-layer structure that buffer layer 3 and socks body sole portion body formed is woven by two strands of yarns parallel weft knitting simultaneously and is formed, wherein weave the yarn hardness that forms the buffer layer in the inboard is greater than weave the yarn that forms socks body sole portion body in the outside, the yarn that forms the buffer layer in the inboard of weaving is compound low melting modified dacron, specifically is compound low melting modified dacron 18D/36F yarn, at two atmospheric pressure stereotypes, when the temperature is 120 plus one's energy 150 degrees, process into the plasticity line with it from conventional yarn form, certain hardness has, feel like plastic filament cluster.

The instep portion of the sock body 1 is knitted with a mesh weave 4.

Example 2: as shown in fig. 2, the toe and heel inner sides of the sock body are covered with a wear layer 5 formed by weaving a terry loop, and the double-layer structure formed by the wear layer 5 and the sock body is formed by simultaneously parallel weft knitting two yarns, wherein the hardness of the yarn knitted to form the wear layer on the inner side is the same as that of the yarn knitted to form the sock body toe and heel body on the outer side.

The rest is the same as example 1.

Use of: the utility model discloses form the buffer layer that the one deck has certain hardness at the sole of the socks body, let the people step on to go to experience not soft fabric sense, but the moderate fibre silk cluster of hardness feels, the perception that the sole bore hardness will be less than the palm in addition, so feel like stepping on the sand, the feel is comfortable, has certain massage effect, can alleviate step fatigue.

Claims

1. The sandiness socks are characterized in that a buffer layer formed by weaving a terry stitch covers the inner side of the foot bottom of the sock body partially or integrally, a double-layer structure formed by the buffer layer and the sock body foot bottom body is formed by simultaneously parallel weft knitting two or more yarns, and the hardness of the yarns knitted on the inner side to form the buffer layer is higher than that of the yarns knitted on the outer side to form the sock body foot bottom body.

2. The sandy sock of claim 1, wherein the yarns knitted to the inner side to form the cushioning layer are composite low melting point modified polyester.

3. The sandy sock of claim 2, wherein the cushioning layer is a sheet of equally spaced wale structure.

4. The socks of claim 1, wherein the instep portion of the sock body is knitted with a mesh weave.

5. The sandiness socks according to claim 1, 2, 3 or 4, wherein the toe and heel inner sides of the sock body are covered with a wear-resistant layer knitted by a terry loop, and the double-layered structure of the wear-resistant layer and the sock body is knitted by two yarns parallel weft knitting at the same time, wherein the hardness of the yarn knitted on the inner side to form the wear-resistant layer is the same as that of the yarn knitted on the outer side to form the sock body toe and heel body.