CN206137231U - Hallux valgus corrects socks - Google Patents

Abstract

The utility model relates to a hallux valgus corrects socks had both considered pleasing to the eye travelling comfort, had played the effect of the front foot deformation that fine protection is double -legged, correction hallux valgus causes again. The utility model discloses a rid cuff, the leg of a stocking, sock body, heel and undertoe, the rid cuff and the leg of a stocking are connected, the leg of a stocking and sock body connect, the heel is connected with the leg of a stocking and sock body, and the heel is located the leg of a stocking and sock body's turn department of being connected, sock body and undertoe are connected, the skin and the undertoe skin of heel all adopt single face looped pile structure, heel and undertoe adopt polyester cotton blended yarn to be made into to the cladding yarn of incorporating polyamide fibre cladding spandex in this polyester cotton blended yarn, this cladding yarn reveal outside heel and this outer single face looped pile structure between them of undertoe, the 1+1 eyed structure that polyester cotton blended yarn wove is adopted at the leg of a stocking, sock body, this three's of undertoe back to the cladding yarn of incorporating polyamide fibre cladding spandex in this polyester cotton blended yarn, still include the liner tissue, the liner tissue is the round, and the incorporating is to sock body and the undertoe on.

Description

Hallux Valgus Corrective Socks

technical field

The utility model relates to a hallux valgus correction stocking.

Background technique

Traditional socks are mostly made of pure cotton, and they all use the same tissue, which does not meet the requirements of ergonomics, so that people lack protection for their feet during exercise, cannot relieve fatigue, and cannot be corrected due to genetic and acquired errors. The hallux valgus caused by force is corrected, which is not beautiful, not durable, does not have antibacterial and moth-proof effects, and is easy to slip during wearing.

Although there are hallux valgus orthotics on the market, they are not suitable for normal work and life during the day. Orthotics are generally heavy to wear, and the materials are made of rubber, plastic, nylon cloth, etc., and the covering is airtight and does not fit the feet, etc. Disadvantages, especially not suitable for business people, and similar hosiery products have not been seen in the market.

Utility model content

The purpose of this utility model is to overcome the above-mentioned deficiencies in the prior art, and provide a kind of hallux valgus correction socks with reasonable structural design, which not only considers the beauty and comfort, but also plays a good role in protecting the feet and correcting the hallux. Effect of forefoot deformation caused by hallux valgus.

The technical solution adopted by the utility model to solve the above problems is: a hallux valgus correction socks, including cuff, socks tube, socks body, socks heel and socks toe; cuffs and socks tube connection; socks tube and socks body Connection; the sock heel is connected with the sock tube and the sock body, and the sock heel is located at the turning point of the connection between the sock tube and the sock body; the sock body and the sock toe are connected; it is characterized in that: the sock heel and sock toe are woven with polyester-cotton blended yarn , and lining the polyester-cotton blended yarn with nylon-coated spandex covered yarn, the covered yarn is exposed outside the single-sided pile structure of the outer layer of both the heel and the toe of the sock; The back of the body and the toe of the socks is a 1+1 mesh structure woven with polyester-cotton blended yarn, and the polyester-cotton blended yarn is lined with nylon-covered spandex covered yarn; it also includes padding organization, lining The padding is looped and lined into the body and toe of the sock.

The cuff described in the utility model adopts 3+1 rib, and the inside of the cuff uses elastic thread to lay yarn, and the way of laying yarn is 1×1.

The liner structure described in the utility model is 3.5cm away from the end of the toe, and the length of the liner structure is 2.5cm.

The pad structure described in the utility model is woven with elastic yarns.

The bottom needle collection of the sock body described in the utility model.

The sock tube jacquard described in the utility model.

Compared with the prior art, the utility model has the following advantages and effects: it plays a protective role and has a certain correcting effect on the deformation of the forefoot caused by hallux valgus, and is comfortable and considerate to wear, beautiful in appearance, wear-resistant, and not easy to slip off.

Description of drawings

Fig. 1 is a schematic structural view of an embodiment of the utility model.

detailed description

The utility model will be further described in detail below in conjunction with the accompanying drawings and examples. The following examples are explanations of the utility model and the utility model is not limited to the following examples.

Referring to Fig. 1, the utility model embodiment comprises cuff 1, sock tube 2, sock body 3, sock heel 4, sock toe 5 and liner organization 6.

The cuff 1 is connected with the sock tube 2.

The sock tube 2 is connected with the sock body 3.

The sock body 3 is connected with the sock toe 5.

The sock heel 4 is connected with the sock tube 2 and the sock body 3, and the sock heel 4 is located at the connecting turning point between the sock tube 2 and the sock body 3.

The outer layer of the sock heel 4 and the outer layer of the sock toe 5 both adopt a single-sided terry structure, so that the surface of the sock looks smooth.

The liner structure 6 is in the shape of a circle, and is inserted into the sock body 3 and the sock toe 5 . The liner tissue 6 is 3.5cm away from the end of the sock toe 5, and the length of the liner tissue 6 is 2.5cm, so that the pressure value at the metatarsophalangeal joint is ≥ 20 mm Hg, and the deformation of the forefoot caused by hallux valgus is flexible and effective. correction. Pad tissue 6 is woven with elastic yarn.

The sock heel 4 and the sock toe 5 are made of polyester-cotton blended yarn, and the polyester-cotton blended yarn is lined with nylon-coated spandex covered yarn, which not only improves the skin-friendly properties of the socks, but also increases the wear resistance of the socks. Abrasion resistance: the covered yarn is exposed outside the single-sided pile structure of the outer layers of both the heel 4 and the toe 5, making the socks softer and more comfortable.

The back of the sock tube 2, sock body 3, and sock toe 5 adopts a 1+1 mesh structure woven with polyester-cotton blended yarn, and the polyester-cotton blended yarn is lined with nylon-coated spandex covered yarn, It effectively improves the breathability of socks, especially the stuffy feeling after exercise.

The needle collection at the bottom of the sock body 3 makes the fabric more compact and comfortable. The tight and comfortable fabric has a good protective effect on the arch of the foot, especially the soreness of the arch of the foot caused by long-term walking can be effectively relieved.

The cuff 1 adopts 3+1 rib, and the inside of the cuff 1 does not use the bottom yarn, but uses the elastic thread to lay the yarn. The yarn laying method is 1×1, which improves the defect that the sock is easy to slip and makes the sock more firm.

2 jacquards on the sock tube make the socks more beautiful.

The weaving method of the present utility model is as follows:

In the knitting part cuff 1, use polyester-cotton blended yarn and nylon-coated spandex covered yarn for weaving, cuff 1 uses 3+1 rib, and cuff 1 does not use bottom yarn inside, and uses 100# rubber Rib line, the laying method is 1×1, and the rib length is 1.6cm, which effectively improves the shortcoming that the sock is easy to slip off. When knitting the sock tube 2, sock body 3, and sock toe 5, use polyester-cotton yarn and nylon-coated spandex covered yarn as the surface yarn for knitting, wherein the back of the sock tube 2, sock body 3, and sock toe 5 constitute the back of the sock , The back of the socks is woven with a 1+1 mesh structure of polyester-cotton blended yarn, and is lined with covered yarn covered with nylon and spandex. The width of the back of the socks is 20.5cm, which increases the breathability and elasticity of the socks. When knitting the sock heel 4, use the method of reciprocating rotation of the needle cylinder to knit the large sock heel to increase the comfort of the heel covering; when knitting the pad texture 6, use 70D spandex as the core yarn and 30D/12F nylon Silk is the elastic yarn of the covering yarn, which is inserted between the sock body 3 and the toe 5 in the form of a liner structure 6, wherein the liner structure 6 is 3.5 cm away from the end of the toe 5, and the insertion length is 2.5cm. The machine parameters are 21cm horizontal draw at the cuff, 21.0cm horizontal draw at the sock tube, 24cm straight draw at the sock tube, 22cm horizontal draw at the bottom of the sock, and 41cm straight draw at the bottom of the sock. The use of this weaving method not only considers the beauty and comfort, but also plays a good role in protecting the feet and correcting the deformation of the forefoot caused by hallux valgus.

In addition, it should be noted that the specific embodiments described in this specification may be different in parts, shapes and names of parts, and the above content described in this specification is only an illustration of the structure of the present invention.

Claims (6)

1. A hallux valgus correction sock, comprising a cuff, a sock tube, a sock body, a heel and a sock toe; the cuff is connected to the sock tube; the sock tube is connected to the sock body; the heel is connected to the sock tube and the sock body , and the sock heel is located at the turning point of the connection between the sock tube and the sock body; the sock body and the sock toe are connected; it is characterized in that: the outer layer of the sock heel and the outer layer of the sock toe both adopt a single-sided terry structure; the sock heel and the sock toe adopt Woven from polyester-cotton blended yarn, the polyester-cotton blended yarn is lined with nylon-covered spandex covered yarn, and the covered yarn is exposed on the single-sided terry of the outer layer of both the heel and the toe of the sock Outside the structure: the back of the sock tube, sock body, and sock toe adopts a 1+1 mesh structure woven with polyester-cotton blended yarn, and the polyester-cotton blended yarn is lined with nylon-coated spandex covered yarn; It also includes padding tissue, which is in the form of loops and is inserted into the body and toe of the sock. 2. The hallux valgus correction sock according to claim 1, characterized in that: the cuff adopts 3+1 rib, and elastic thread is used to lay yarn inside the cuff, and the way of laying yarn is 1×1. 3. The hallux valgus correcting sock according to claim 1, characterized in that: the padding is 3.5 cm away from the end of the toe, and the length of the padding is 2.5 cm. 4. The hallux valgus correcting sock according to claim 1, characterized in that: the pad structure is woven with elastic yarn. 5. The hallux valgus correcting sock according to claim 1, characterized in that: the bottom of the sock body collects needles. 6. The hallux valgus correcting socks according to claim 1, characterized in that: the sock tube is jacquard.