Antistatic down jacket

Abstract

The utility model relates to the field of static electricity, in particular to an antistatic down jacket. Graphene and carbon fibers are made into threads, the threads are named as stone carbon threads, the stone carbon threads and cotton threads are woven into net-shaped cloth at the interval of 0.4 cm, the net-shaped cloth is named as stone carbon thread net-shaped cloth, and the proportion of the stone carbon threads to the cotton threads is 1: 2, namely, one stone carbon thread, two cotton threads, one stone carbon thread and two cotton threads are woven again; the wefts are woven into one stone carbon thread, then two cotton threads are woven into one stone carbon thread, and then two cotton threads are woven into another stone carbon thread, so that the woven net-shaped cloth is soft in property and very good in electrical conductivity; then the stone carbon wire mesh cloth is added between the two layers of liner cloth of the down jacket, that is, the stone carbon wire mesh cloth is laid on the down feather layer of the whole down jacket, the down feather is pasted on the mesh, the stability is good, the down feather is very flat, static electricity generated by friction is reduced, and therefore the anti-static effect is achieved, and the down jacket is comfortable to wear without electrostatic interference; the fabric is smooth, stable and warm-keeping.

Description

Technical Field

[0001] The invention relates to the field of anti-static, and eliminates the disadvantage that a large amount of static electricity is generated by the creeping and mutual friction of down when wearing a down jacket, solves the problem that the down in the down jacket is unstable and uneven, and has poor warmth retention, and solves the problem that the down jacket clumps and has poor elasticity after machine washing. That is, it is an anti-static down jacket with very good anti-static performance. Background Art

[0002] Nowadays, down jackets are a kind of clothing that most people have to wear. Down jackets are warm and well-liked by people, but it has a disadvantage that the down of down jackets will move and rub against each other to generate a large amount of static electricity, which causes certain harm to people's bodies. As long as people wear down jackets, the down will move, and it will move more violently when walking. The friction between the down and the down will generate more and greater static electricity. The colder the weather, the greater the static electricity generated by the down. When the weather is cold, many people feel electric shock when wearing down jackets and touching conductive objects, such as iron doors, iron windows, car doors, and other people's ears and hair. Static electricity is harmful to the human body to a certain extent. When the static electricity voltage reaches 2000 volts, the fingers will feel it, when it exceeds 3000 volts, sparks will appear, and when it exceeds 7000 volts, there will be a sense of electric shock. If the static electricity is too high for a long time, it is often possible to have symptoms such as enlarged pores, dry skin, erythema and itching. Static electricity also affects the brain, causing abnormal current conduction in nerve cell membranes, affecting the human central nervous system, making people feel tired, irritable, insomnia, headaches, etc. Static electricity in down jackets can also cause flammable gases to burn or explode. For example, gas stations do not allow people to wear down jackets to work for this reason. The down between the two layers of lining cloth of down jackets is easy to slide and unstable, often appearing uneven, with more down in some places and less down in other places. The thickness of the down is uneven, making people look very bloated when wearing it, and the warmth is also compromised. Therefore, static electricity generated by down jackets and instability of down are the key issues to be solved in this solution. Utility Model Content

[0003] The technical problem to be solved by the utility model is to provide an antistatic down jacket which can solve the static electricity generated by the friction of down in the down jacket, eliminate the harm caused to people by the static electricity generated by the friction of down in the down jacket, make the down flat and stable, improve the warmth retention, and improve the safety and comfort of the down jacket.

[0004] The utility model solves the above-mentioned technical problems with the following technical solutions: an antistatic down jacket, based on the principle that graphene and carbon fiber have good electrical conductivity, graphene and carbon fiber are made into threads, which are later named as paleoxic threads, and paleoxic threads and cotton threads are woven into mesh cloth with a spacing of 0.4 cm, which is later named as paleoxic thread mesh cloth, and the ratio of paleoxic threads to cotton threads is 1:2, that is, the warp thread is woven with one paleoxic thread, two cotton threads, one paleoxic thread, and two cotton threads, and the weft thread is also woven with one paleoxic thread, two cotton threads, one paleoxic thread, and two cotton threads; a paleoxic mesh cloth is added between two layers of liner cloth sandwiching down, that is, a layer of paleoxic mesh cloth is laid on the down layer of the whole down jacket. It is soft, durable and has very good conductivity, with stable and long-lasting performance, making the entire down jacket have good anti-static properties. The carbon mesh cloth added in the middle of the down layer of the entire down jacket also nets the down to make it flat and stable. The down jacket does not appear bloated and is more warm. The static electricity carried by the down jacket is dissipated through the carbon fiber thread sewn on the inner side of the cuffs and the inner side of the collar of the down jacket, so that the down jacket is free of static electricity and the down is more stable and warm. The addition of graphene makes its performance better and more durable.

[0005] Furthermore, the carbon mesh is cut a little larger than the liner to allow the mesh to relax a little during the sewing process.

[0006] The beneficial effect of adopting the above further technical solution is that the carbon mesh cloth will not break when the force is applied up, down, left, or right, and good conductivity is maintained.

[0007] Furthermore, a carbon mesh cloth is added between the two layers of liner cloth of the front piece and sewn around with carbon thread.

[0008] The beneficial effect of adopting the above further technical solution is that the front piece of the down jacket has good conductivity.

[0009] Furthermore, a carbon mesh cloth is added between the two layers of liner cloth of the rear piece and sewn around with carbon thread.

[0010] The beneficial effect of adopting the above further technical solution is that the back piece of the down jacket has good conductivity.

[0011] Furthermore, a carbon mesh cloth is added between the two layers of liner cloth of the sleeve piece and sewn around with carbon thread.

[0012] The beneficial effect of adopting the above further technical solution is that the sleeve of the down jacket has good conductivity.

[0013] Furthermore, a carbon mesh cloth is added between the two layers of liner cloth of the collar piece and sewn around with carbon thread.

[0014] The beneficial effect of adopting the above further technical solution is that the collar of the down jacket has good conductivity.

[0015] Furthermore, a carbon mesh cloth is added between the two layers of liner cloth of each hat piece, and the cloth is sewn around with carbon thread.

[0016] The beneficial effect of adopting the above further technical solution is that the down jacket hat has good conductivity. 1. Further, the upper sleeve, upper collar, upper hat, side seams and shoulder seams are all sewn once with cotton thread and then sewn once with carbon thread and locked once. The bottom line of the stitching on the inner side of the foot, the inner side of the cuff, the inner side of the collar, and the inner side of the hat opening is all sewn with carbon thread.

[0017] The beneficial effect of adopting the above further technical solution is that the static electricity carried by the down jacket is dissipated through the carbon thread on the inner side of the cuffs and collar at the feet.

[0018] The down jackets produced in this way have very good conductivity, that is, they are anti-static down jackets; and the down inside is very stable, very warm, and the down jackets are also flat, making people look more beautiful when wearing them, and the softness of the down jackets is not changed. The mesh design makes the down stable and flat, and also reduces the static electricity generated by the friction of the down. Such down jackets are very comfortable to wear without static interference, and are also warmer. The addition of graphene also makes it more anti-static and durable. It is warm and comfortable to wear, and also avoids the harm caused by static electricity. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] In order to more clearly illustrate the specific implementation of the utility model or the technical solution in the prior art, the following is a brief introduction to the accompanying drawings. The accompanying drawings are not necessarily drawn according to the actual scale.

[0020] Figure 1 It is a carbonaceous network pattern;

[0021] Figure 2 This is the front picture;

[0022] 1-Carbon thread, 2-Cotton thread, 3-Front piece of mesh fabric woven with carbon thread and cotton thread. 4-Front piece of lining fabric, 5-Front piece of down. DETAILED DESCRIPTION

[0023] Based on the principle that graphene and carbon fiber have good electrical conductivity and durability, graphene and carbon fiber are made into thread, which is later named as paleoxic thread. Paleoxic thread and cotton thread are woven into mesh cloth with a spacing of 0.4 cm, which is later named as paleoxic thread mesh cloth. The ratio of paleoxic thread to cotton thread is 1:2, that is, the warp thread is woven with one paleoxic thread and then two cotton threads, one paleoxic thread and then two cotton threads, and the weft thread is also woven with one paleoxic thread and then two cotton threads, one paleoxic thread and then two cotton threads. The paleoxic mesh cloth is added between the two layers of liner cloth sandwiched with down, that is, a layer of paleoxic mesh cloth is laid on the down layer of the entire down jacket. It is soft, durable and has very good conductivity, with stable and long-lasting performance, so that the whole down jacket has good anti-static performance. The carbon mesh cloth added in the middle of the down layer of the whole down jacket also nets the down to make it flat and stable. The down jacket does not appear bloated and is more warm. Then the carbon fiber thread sewn on the inside of the cuffs and collar of the feet of the down jacket dissipates the static electricity carried by the down jacket, so that the down jacket does not carry static electricity and the down is more stable and warm. The addition of graphene makes its anti-static performance better and more durable. The absence of static electricity interference makes people's lives better.

[0024] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the utility model, rather than to limit it. Although the utility model has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or replace some or all of the technical features therein by equivalents. These modifications or replacements do not make the essence of the corresponding technical solutions deviate from the scope of the technical solutions of the embodiments of the utility model, and they should all be included in the scope of the claims and specification of the utility model.

Claims

1. Antistatic down jacket, characterized by: Graphene and carbon fiber are made into thread, hereinafter named as paleoxaline thread, and paleoxaline thread and cotton thread are woven into mesh cloth with a spacing of 0.4cm, hereinafter named as paleoxaline thread mesh cloth, and the ratio of paleoxaline thread to cotton thread is 1:2, that is, the warp thread is woven with one paleoxaline thread and then two cotton threads, one paleoxal thread and then two cotton threads, and the weft thread is also woven with one paleoxal thread and then two cotton threads, one paleoxal thread and then two cotton threads; add paleoxaline thread mesh cloth between the two layers of lining sandwiched with down, that is, a layer of paleoxaline thread mesh cloth is laid on the down layer of the entire down jacket.

2. The antistatic down jacket according to claim 1, characterized in that: Add a carbon thread mesh cloth between the two layers of liner cloth on the front and back pieces, and sew them together with carbon thread.

3. The antistatic down jacket according to claim 1, characterized in that: Add a carbon thread mesh cloth between the two layers of sleeve liner cloth and sew it around with carbon thread.

4. The antistatic down jacket according to claim 1, characterized in that: Add a carbon thread mesh cloth between the two layers of collar liner cloth and sew it around with carbon thread.

5. The antistatic down jacket according to claim 1, characterized in that: Add a carbon thread mesh cloth between the two layers of liner cloth of each hat piece, and sew it around with carbon thread.

6. The antistatic down jacket according to claim 1, characterized in that: The upper sleeves, collar, hood, side seams, and shoulder seams are all sewn once with cotton thread and then once with carbon thread.

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