CN219047428U

CN219047428U - Anti-pilling antistatic woolen sweater

Info

Publication number: CN219047428U
Application number: CN202222721896.5U
Authority: CN
Inventors: 陈云飞
Original assignee: Jiaxing Feilangwang Garment Co ltd
Current assignee: Jiaxing Feilangwang Garment Co ltd
Priority date: 2022-10-15
Filing date: 2022-10-15
Publication date: 2023-05-23
Anticipated expiration: 2032-10-15

Abstract

The utility model discloses an anti-pilling antistatic woolen sweater which comprises a woolen sweater body, sleeves and a collar, and further comprises an antistatic structure, wherein the antistatic structure comprises arc-shaped conductive fiber cloth, conductive fiber surrounding layer cloth, conductive fiber hanging cloth, conductive fiber cloth strips, conductive fiber surrounding strips, conductive fiber hanging strips and conductive fiber arm strips, the sleeves and the collar are sewn and formed at the woolen sweater body, the arc-shaped conductive fiber cloth is sewn at the chest position of the woolen sweater, the conductive fiber surrounding layer cloth for conducting is sewn at the abdomen position of the arc-shaped conductive fiber cloth and the woolen sweater, and antistatic structures for antistatic are arranged at the positions of the woolen sweater and the sleeves, and the antistatic structure capable of conducting static electricity for releasing can be arranged on the surface of the woolen sweater by means of the arrangement of the antistatic structure after the pilling property of the woolen sweater is reduced by a softener, so that static hidden danger generated by gathering static electricity on the surface area of the woolen sweater is resisted.

Description

Anti-pilling antistatic woolen sweater

Technical Field

The utility model relates to the technical field of woolen sweaters, in particular to an anti-pilling antistatic woolen sweater.

Background

Knitted sweater refers to knitted sweater made of wool, which is a common meaning, and actually, knitted sweater is now a product noun, namely, is used for comprehensively meaning knitted sweater or woolen knitwear. The woolen knitwear mainly uses animal hair fibers such as wool, cashmere, rabbit hair and the like as main raw materials to spin into yarns and then weaves into fabrics, such as rabbit sweaters, snow blue sweaters, sheep jerseys, acrylic sweaters and the like, which are all large families of 'woolen sweaters'.

Patent number CN202022030974.8 discloses an anti-pilling woolen sweater, which comprises a woolen sweater main body, wherein the woolen sweater main body comprises an upper body woolen sweater and a lower body woolen sweater, the lower body woolen sweater is sewn below the upper body woolen sweater, a plurality of buckling grooves are sewn on the periphery of the surface of the upper body woolen sweater and are divided into three rows, an anti-static layer is flatly woven on the surface of the woolen sweater main body, and an anti-pilling layer is flatly woven on the surface of the anti-static layer.

At present, the woolen sweater is usually worn in dry winter, and is soaked in water by means of a soaking softener before being worn, so that a layer of protective film uniformly coats the surface of the woolen sweater to reduce the friction coefficient, and therefore, the woolen sweater is prevented from pilling, but static electricity is still generated by friction after the woolen sweater is soaked in the softener, and the static electricity is accumulated on the surface of the woolen sweater to easily generate a large potential static hazard.

Disclosure of Invention

The utility model mainly aims to provide an anti-pilling antistatic woolen sweater, wherein antistatic structures for resisting static electricity are arranged at the positions of a woolen sweater and sleeves, and the arrangement of the antistatic structures on the surface of the woolen sweater enables the surface of the woolen sweater to have an electrostatic conduction structure capable of conducting static electricity for releasing after the pilling resistance of the woolen sweater is reduced by a softener, so that static hidden danger generated by accumulation of static electricity on the surface of the woolen sweater is resisted, and the problems in the background art can be effectively solved.

In order to achieve the above purpose, the technical scheme adopted by the utility model is as follows:

the utility model provides an anti-pilling antistatic woolen sweater, includes sweater, coat-sleeve and collar, still includes antistatic structure, antistatic structure includes arc conductive fiber cloth, conductive fiber surrounding layer cloth, conductive fiber vertical cloth, conductive fiber cloth strip, conductive fiber surrounding strip, conductive fiber vertical strip and conductive fiber arm strip, the body department sewing shaping of sweater has coat-sleeve and collar, and the chest position department sewing of sweater has arc conductive fiber cloth, arc conductive fiber cloth and the belly position department sewing of sweater have the conductive fiber surrounding layer cloth that is used for electrically conducting, and the lower floor cloth department sewing of conductive fiber surrounding layer cloth keep away from arc conductive fiber cloth has the conductive fiber vertical cloth that is used for dropping out the sweater, the surface sewing of arc conductive fiber cloth has the conductive fiber cloth strip that is used for the surface to concentrate electrically conductive, and the sewing has the conductive fiber arm strip that is used for conducting static between conductive fiber cloth strip's root strip and the conductive fiber surrounding layer cloth's surface, and the conductive fiber vertical strip that is used for conducting static between the surface sewing of conductive fiber surrounding layer cloth, and conductive fiber vertical strip is used for conducting static between the conductive fiber cloth strip's the surface sewing.

Further, a magic tape A is symmetrically sewn at the collar edge of the collar, and a magic tape B is sewn on the collar surface below the magic tape A; when the collar is coiled, the collar can be folded in half by means of the sticking of the magic tape A and the magic tape B, so that the wearing height of the collar is shortened.

Further, the arc-shaped conductive fiber cloth, conductive fiber surrounding cloth, conductive fiber hanging cloth, conductive fiber cloth strips, conductive fiber surrounding strips, conductive fiber hanging strips and conductive fiber arm strips are strips and cloth bodies capable of conducting static electricity; the arc-shaped conductive fiber cloth, the conductive fiber surrounding layer cloth, the conductive fiber hanging cloth, the conductive fiber cloth strip, the conductive fiber surrounding strip, the conductive fiber hanging strip and the conductive fiber arm strip can conduct static electricity.

Further, two groups of conductive fiber arm strips for conducting static electricity are sewn at the positions of the double sleeve bodies of the sleeves; the conductive fiber arm strips at the two sets of sleeves of the sleeves can conduct static electricity at the sleeves.

Compared with the prior art, the utility model has the following beneficial effects:

according to the utility model, the antistatic structures for antistatic are arranged at the positions of the woolen sweater and the sleeves, and the antistatic structures are arranged on the surface of the woolen sweater, so that the electrostatic conduction structures capable of conducting and releasing static can be arranged on the surface of the woolen sweater after the pilling resistance of the woolen sweater is reduced by the softener, and the static hidden danger generated by accumulation and collection of static on the surface of the woolen sweater is resisted.

Drawings

FIG. 1 is a schematic diagram of the overall structure of an anti-pilling antistatic sweater of the present utility model.

Fig. 2 is a schematic diagram showing the removal of a magic tape at the collar of the anti-pilling antistatic sweater according to the utility model.

In the figure: 1. a sweater; 2. sleeves; 3. a collar; 4. an antistatic structure; 401. arc conductive fiber cloth; 402. conducting fiber surrounding cloth; 403. conductive fiber hanging cloth; 404. conductive fiber strips; 405. conductive fiber surrounding strips; 406. a conductive fiber vertical strip; 407. a conductive fiber arm strip; 5. a magic tape A; 6. and a magic tape B.

Detailed Description

The utility model is further described in connection with the following detailed description, in order to make the technical means, the creation characteristics, the achievement of the purpose and the effect of the utility model easy to understand.

As shown in fig. 1-2, an anti-pilling antistatic woolen sweater comprises a woolen sweater 1, a sleeve 2 and a collar 3, and further comprises an antistatic structure 4, wherein the antistatic structure 4 comprises an arc-shaped conductive fiber cloth 401, a conductive fiber surrounding layer cloth 402, a conductive fiber hanging cloth 403, a conductive fiber cloth strip 404, a conductive fiber surrounding strip 405, a conductive fiber hanging strip 406 and a conductive fiber arm strip 407, the sleeve 2 and the collar 3 are sewn and formed at the body of the woolen sweater 1, the arc-shaped conductive fiber cloth 401 is sewn at the chest position of the woolen sweater 1, the conductive fiber surrounding layer cloth 402 for conducting is sewn at the abdomen position of the arc-shaped conductive fiber cloth 401 and the woolen sweater 1, the conductive fiber hanging cloth 403 for hanging down the woolen sweater 1 is sewn at the lower layer cloth position of the conductive fiber surrounding layer cloth 402, the conductive fiber hanging cloth 403 for hanging down the surface of the woolen sweater 1 is arranged on the surface of the arc-shaped conductive fiber cloth 401, the conductive fiber arm strip 407 for hanging down static electricity is arranged between the conductive fiber arm strip 404 and the sleeve 2, the conductive fiber hanging strip 405 for conducting static electricity is sewn on the surface of the conductive fiber hanging strip, and the conductive fiber hanging strip 405 is sewn between the conductive fiber hanging strip 405 and the conductive fiber hanging strip 405 for conducting static electricity is sewn on the surface of the conductive fiber hanging strip 405.

Wherein, the collar edge of the enclosing collar 3 is symmetrically sewn with a magic tape A5, and the surface of the enclosing collar 3 below the magic tape A5 is sewn with a magic tape B6; when the collar 3 is coiled, the collar 3 can be folded in half by means of the sticking of the magic tape A5 and the magic tape B6, so that the wearing height of the collar 3 is shortened.

Wherein, the arc conductive fiber cloth 401, conductive fiber surrounding cloth 402, conductive fiber hanging cloth 403, conductive fiber cloth strip 404, conductive fiber surrounding strip 405, conductive fiber hanging strip 406 and conductive fiber arm strip 407 are strips and cloth capable of conducting static electricity; the arc-shaped conductive fiber cloth 401, the conductive fiber surrounding layer cloth 402, the conductive fiber hanging cloth 403, the conductive fiber cloth strip 404, the conductive fiber surrounding strip 405, the conductive fiber hanging strip 406 and the conductive fiber arm strip 407 can conduct static electricity; two groups of conductive fiber arm strips 407 for conducting static electricity are sewn at the double-group sleeve body of the sleeve 2; the conductive fiber arm strips 407 at the two sets of sleeves 2 can conduct static electricity at the sleeves 2.

It should be noted that, the anti-pilling antistatic woolen sweater is provided with the antistatic structure 4 for antistatic at the positions of the woolen sweater 1 and the sleeves 2, after the arc-shaped conductive fiber cloth 401, the conductive fiber surrounding layer cloth 402 and the conductive fiber hanging cloth 403 are sewn at the positions of the woolen sweater 1, the surfaces of the arc-shaped conductive fiber cloth 401, the conductive fiber surrounding layer cloth 402 and the conductive fiber hanging cloth 403 are respectively sewn with the conductive fiber cloth strips 404, the conductive fiber surrounding strip 405 and the conductive fiber hanging strip 406, and the conductive fiber arm strips 407 are sewn at the positions of the sleeves 2, when the woolen sweater 1 is soaked in the softener to reduce the friction coefficient to inhibit pilling, the woolen sweater 1 is easy to accumulate a trace of static electricity when contacting other clothes, and the trace of static electricity can be conducted at the positions of the arc-shaped conductive fiber cloth 401, the conductive fiber surrounding layer cloth 402, the conductive fiber hanging cloth 403, the conductive fiber hanging strip 404, the conductive fiber hanging strip 406 and the conductive fiber hanging strip 406, when the conductive fiber hanging strip 403 contacts external metals, the conductive fiber hanging strip 407 can conduct static electricity, so that the woolen sweater 1 can resist a large amount of static electricity from being accumulated on the surface.

The utility model relates to an anti-pilling antistatic woolen sweater, which comprises a woolen sweater 1; 2. sleeves; 3. a collar; 4. an antistatic structure; 401. arc conductive fiber cloth; 402. conducting fiber surrounding cloth; 403. conductive fiber hanging cloth; 404. conductive fiber strips; 405. conductive fiber surrounding strips; 406. a conductive fiber vertical strip; 407. a conductive fiber arm strip; 5. a magic tape A; 6. the components of the magic tape B are universal standard components or components known to the skilled person, and the structures and principles of the magic tape B are known to the skilled person through technical manuals or through routine experimental methods.

The foregoing has shown and described the basic principles and main features of the present utility model and the advantages of the present utility model. It will be understood by those skilled in the art that the present utility model is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present utility model, and various changes and modifications may be made without departing from the spirit and scope of the utility model, which is defined in the appended claims. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims

1. The utility model provides an anti-pilling antistatic woolen sweater, includes sweater (1), coat-sleeve (2) and encloses collar (3), its characterized in that: the antistatic structure (4) comprises arc-shaped conductive fiber cloth (401), conductive fiber surrounding layer cloth (402), conductive fiber hanging cloth (403), conductive fiber cloth strip (404), conductive fiber surrounding strip (405), conductive fiber hanging strip (406) and conductive fiber arm strip (407), a coat sleeve (2) and a surrounding collar (3) are sewn and formed at the body of the sweater (1), the arc-shaped conductive fiber cloth (401) is sewn at the chest position of the sweater (1), conductive fiber surrounding layer cloth (402) for conducting is sewn at the abdomen position of the arc-shaped conductive fiber cloth (401) and the sweater (1), conductive fiber hanging cloth (403) for hanging out of the sweater (1) is sewn at the lower layer cloth body of the conductive fiber surrounding layer cloth (402) away from the arc-shaped conductive fiber cloth (401), conductive fiber cloth strip (404) for conducting concentrated surface conduction is sewn at the surface of the arc-shaped conductive fiber cloth (401), conductive fiber cloth strip (404) for conducting static electricity is sewn between the conductive fiber arm strip (404) and the conductive fiber surrounding strip (405) for conducting static electricity is sewn at the surface of the conductive fiber arm strip (404), and a conductive fiber vertical strip (406) for conducting static electricity is sewn between the lower layer strip body of the conductive fiber enclosure strip (405) and the surface of the conductive fiber vertical cloth (403).

2. An anti-pilling antistatic sweater according to claim 1, characterized in that: the magic tape strips A (5) are symmetrically sewn at the collar edge of the enclosing collar (3), and the magic tape strips B (6) are sewn on the surface of the enclosing collar (3) below the magic tape strips A (5).

3. An anti-pilling antistatic sweater according to claim 1, characterized in that: the arc-shaped conductive fiber cloth (401), conductive fiber surrounding cloth (402), conductive fiber hanging cloth (403), conductive fiber cloth strips (404), conductive fiber surrounding strips (405), conductive fiber hanging strips (406) and conductive fiber arm strips (407) are strips and cloth bodies capable of conducting static electricity.

4. An anti-pilling antistatic sweater according to claim 1, characterized in that: two groups of conductive fiber arm strips (407) for conducting static electricity are sewn at the double-group sleeve body of the sleeve (2).