CN211608264U - A standard anti-static clothing - Google Patents

Abstract

The utility model discloses a standard anti-static clothing, which comprises a clothing body made of blended polyester cotton and conductive fibers. The clothing body comprises a jacket, a hat and trousers. The clothing body has an integrated structure. The cuffs of the jacket are connected by snaps There are gloves. The one-piece structure of the anti-static clothing has better anti-static effect. The rubber gloves are fixed at the cuffs, which are not easy to fall off and will not leak out of the skin. The rubber gloves can also be replaced. Staff only need to wear one layer of gloves to increase hand dexterity and reduce discomfort.

Description

A standard anti-static clothing

technical field

The utility model belongs to the field of anti-static, in particular to a standard anti-static clothing.

Background technique

Due to the rapid development of the electronics industry, devices with small size and high integration have been mass-produced, resulting in smaller and smaller wire spacing and thinner insulating films, resulting in lower and lower breakdown voltage. When working in an electronic factory, it is inevitable that the staff will encounter some sophisticated electronic components. The static electricity generated by the human body during the movement of the body can easily damage these electronic components. In addition, the clothes worn by the staff are composed of natural fibers, which can easily generate static electricity after friction.

Anti-static clothing can effectively release the static charge of the human body by adding conductive fibers to the fibers, so as to achieve the effect of anti-static. The anti-static clothing worn by electronic factories is not only to protect the quality and safety of products, but also to protect the health of workers from damage. Since the body needs to be completely wrapped from head to toe when wearing ESD clothing, existing ESD clothing is often used with masks, gloves and shoe covers. When wearing gloves, in order to prevent the gloves from falling off, you need to wear the inner gloves first, then wear the outer latex gloves, and tie the cuffs of the anti-static clothing into the gloves. This method not only limits the flexibility of the hand, but also causes the hand to be too hot and uncomfortable.

Utility model content

The purpose of the utility model is to provide a standard anti-static clothing, the gloves are fixed in the anti-static clothing to prevent the gloves from falling off, and at the same time, the flexibility of the hand is not restricted.

In order to solve the above-mentioned technical problems, the utility model adopts the following technical solutions:

A standard anti-static clothing is characterized in that: it comprises a clothing body made of blended polyester-cotton and conductive fibers, the clothing body comprises a jacket, a hat and trousers, the clothing body is an integrated structure, and the cuff of the jacket is connected with Gloves. The one-piece structure of the anti-static clothing has better anti-static effect. The rubber gloves are fixed at the cuffs, which are not easy to fall off and will not leak out of the skin. The rubber gloves can also be replaced.

Further, the cuffs are provided with an elasticated opening, and the snap button is located above the elasticated opening. The elastic opening of the cuff can compress the glove and play the role of fixing the glove.

Further, the clothes body is provided with a placket, the placket is provided with a zipper, and the top of the placket is provided with a collar hook and loop fastener. The setting of the zipper is convenient for the wearing of anti-static clothing, the placket can cover the zipper, and the collar can be adjusted by the hook and loop button.

Further, elastic strips are provided on the waist side of the clothes body, and elastic openings are provided on the legs of the trousers. The elastic strip makes the anti-static clothing suitable for people with various waist circumferences, and the elastic opening of the trouser leg tightens the trouser leg to prevent the trouser leg from moving when the person is exercising.

Further, the elbows and knees of the clothes body are provided with anti-abrasion layers, and the anti-abrasion layers are made of nylon and conductive fibers. Elbows and knees are more prone to wear, so adding a wear layer made of durable nylon can improve the life of the ESD suit.

Further, a coat pocket is provided on the chest of the clothes body, the coat pocket is provided with a flip cover, and the flip cover and the coat pocket are connected by snap buttons. The top pocket can hold small items such as pens, and the flap covers the top pocket to prevent items from falling out of the top pocket.

Further, the back of the clothes body is provided with a folded trousers pocket with an upper end open, and the side of the folded trousers pocket is provided with an endless belt. The folded trousers pocket can be used to place the static electricity detector. The alligator clip on the static electricity detector can be clamped on the endless belt, which is convenient for detecting static electricity at any time, and prevents the alligator clip from being placed in the folded trousers pocket from damaging the anti-static clothing. The folded trousers pocket can also be placed with an anti-static wristband, and the alligator clip on the anti-static wristband can also be clipped on the loop belt.

Owing to adopting the above-mentioned technical scheme, the utility model has the following beneficial effects:

The one-piece structure of the anti-static clothing has better anti-static effect. The rubber gloves are fixed at the cuffs, which are not easy to fall off and will not leak out of the skin. The rubber gloves can also be replaced. Staff only need to wear one layer of gloves to increase hand dexterity and reduce discomfort. The cuffs and trousers are provided with elastics. The elastics of the cuffs can compress the gloves and play the role of fixing the gloves. The elastics of the trousers tighten the trousers to prevent the trousers from moving during exercise. The setting of the zipper is convenient for the wearing of anti-static clothing, the placket can cover the zipper, and the collar can be adjusted by the hook and loop button. Elbows and knees are more prone to wear, so adding a wear layer made of durable nylon can improve the life of the ESD suit. The folding trousers pocket can be used to place the static electricity detector. The alligator clip on the static electricity detector can be clamped on the loop belt, and the alligator clip can be prevented from being damaged in the antistatic clothing when placed in the folding trousers pocket.

Description of drawings

The utility model will be further described below according to the accompanying drawings.

FIG. 1 is a schematic structural diagram of a standard anti-static clothing in the utility model.

Detailed ways

A standard anti-static clothing, comprising a clothing body 1 made of polyester-cotton and conductive fibers blended, the clothing body 1 includes a jacket 2, a hat 3 and pants 4, the clothing body 1 is an integrated structure, and the cuff of the jacket 2 is pressed. The buckle 5 is connected with a glove 6, and the glove 6 can be a rubber glove. The one-piece structure of the anti-static clothing has better anti-static effect. The rubber gloves 6 are fixed at the cuffs, which are not easy to fall off and will not leak out of the skin. The rubber gloves 6 can also be replaced.

The cuff is provided with an elastic opening 7, and the snap button 5 is located above the elastic opening 7. The elastic opening 7 of the cuff can compress the glove 6 and play the role of fixing the glove 6 . The waist side of the clothes body 1 is provided with elastic strips 8 , and the trouser legs are provided with elastic openings 7 . The elastic strip 8 makes the anti-static clothing suitable for persons with various waist circumferences, and the elastic opening 7 of the trouser leg of the trousers 4 tightens the trouser leg to prevent the trouser leg from moving when the personnel exercise. The clothes body 1 is provided with a placket 9, the placket 9 is provided with a zipper (not shown in the figure), and the top of the placket 9 is provided with a collar velcro 10. The zipper is arranged to facilitate the wearing of the anti-static clothing, the placket 9 can cover the zipper, and the collar velcro 10 can adjust the size of the collar.

The elbows and knees of the clothes body 1 are provided with a wear-resistant layer 11, and the wear-resistant layer 11 is made of nylon and conductive fiber blended. Elbows and knees are relatively easy to be worn, so adding a wear-resistant layer 11 made of wear-resistant nylon can improve the life of the anti-static clothing. The front of the clothes body 1 is provided with a coat pocket 12, the coat pocket 12 is provided with a flip cover 13, and the flip cover 13 and the coat pocket 12 are connected by a snap 5. The jacket pocket 12 can store some small objects such as pens, and the flip 13 covers the jacket pocket 12 to prevent the objects in the jacket pocket 12 from falling.

The back of the garment body 1 is provided with a folded trousers pocket 13 with an open upper end, and a ring belt 14 is arranged beside the folded trousers pocket 13 . The folded trousers pocket 13 can be used to place the static electricity detector. The alligator clip on the static electricity detector can be clamped on the endless belt 14, which is convenient to detect static electricity at any time, and prevents the alligator clip from being placed in the folded trousers pocket 13 from damaging the anti-static clothing. An anti-static wristband can also be placed in the folded trousers pocket 13 , and the alligator clip on the anti-static wristband can also be clamped on the loop belt 14 .

The above are only specific embodiments of the present invention, but the technical features of the present invention are not limited thereto. Any simple changes, equivalent replacements or modifications made on the basis of the present invention in order to solve basically the same technical problems and achieve basically the same technical effects are all included in the protection scope of the present invention.

Claims (7)

1. A standard anti-static clothing, characterized in that: comprising a clothing body made of polyester-cotton and conductive fiber blending, the clothing body comprises a coat, a hat and trousers, and the clothing body is an integrated structure, and the coat Gloves are attached with snaps at the cuffs. 2 . The standard anti-static clothing according to claim 1 , wherein the cuff is provided with an elastic opening, and the snap button is located above the elastic opening. 3 . 3 . The standard anti-static clothing according to claim 1 , wherein the clothing body is provided with a placket, the placket is provided with a zipper, and the top of the placket is provided with a collar hook. 4 . 4 . The standard anti-static clothing according to claim 1 , wherein the waist side of the clothing body is provided with elastic strips, and the legs of the trousers are provided with elastic openings. 5 . 5 . The standard anti-static clothing according to claim 1 , wherein the elbows and knees of the clothing body are provided with a wear-resistant layer, and the wear-resistant layer is made of nylon and conductive fibers blended. 6 . 6 . The standard anti-static clothing according to claim 1 , wherein a jacket pocket is provided on the chest of the clothing body, a flip cover is provided on the jacket pocket, and the flip cover and the jacket pocket are connected by a snap button. 7 . connect. 7 . The standard anti-static clothing according to claim 1 , wherein: the back of the clothing body is provided with a folded trousers pocket with an upper end open, and the side of the folded trousers pocket is provided with an endless belt. 8 .

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