CN216330683U - Novel prevent dustless wiping cloth of static - Google Patents

Abstract

The utility model provides a novel anti-static dust-free wiping cloth which is not easy to stick to hands of workers and has strong anti-static capability, and the novel anti-static dust-free wiping cloth comprises a body, wherein the body comprises a core layer, the core layer comprises a non-woven fabric layer, sterilization layers are arranged on the outer wall of the top and the outer wall of the bottom of the non-woven fabric layer, a water absorbing layer is arranged on the outer wall of one side of the sterilization layer, a plush layer is arranged on the outer wall of one side of the water absorbing layer, impermeable layers are attached to the outer wall of the top and the outer wall of the bottom of the core layer, the non-woven fabric layer comprises fiber weft yarns and coarse fiber weft yarns, and polyester yarns and cotton weft yarns are arranged between the fiber weft yarns and the coarse fiber weft yarns. During the use of the utility model, take off earlier the barrier layer in the sandwich layer one side to use this dustless cloth, water liquid sees through dustless cloth and is stained with on the staff's hand when this barrier layer can avoid cleaning simultaneously, and this conductor wire can improve the conducting capacity of this dustless cloth, thereby improves the antistatic backing ability of this dustless cloth, and this conductor wire still has higher antistatic backing ability after being convenient for this dustless cloth washs simultaneously.

Description

Novel prevent dustless wiping cloth of static

Technical Field

The utility model relates to the technical field of dust-free cloth, in particular to novel anti-static dust-free wiping cloth.

Background

The dust-free cloth is also called dust-free wiping cloth, is formed by double weaving of 100 percent of polyester fiber, has soft surface, is easy to wipe sensitive surfaces, does not remove fiber when being rubbed, and has good water absorption and cleaning efficiency. The cleaning and packaging of the product are finished in an ultra-clean workshop. The optional edge sealing of the dust-free cloth generally comprises: cold cutting, laser edge sealing and ultrasonic edge sealing. The terylene and superfine fiber dust-free cloth can be perfectly sealed by laser and ultrasonic waves, and the dust-free cloth is mainly used for wiping high-tech products such as LCD, wafer, PCB, digital camera lens, camera film, optical disc and the like without generating dust particles and can also absorb liquid and dust particles to achieve the cleaning effect.

At present, the water liquid that current dustless cloth was cleaned when using easily sees through dustless cloth and is stained with on the staff hand, and current dustless cloth antistatic backing ability is relatively poor simultaneously, influences dustless cloth's use, consequently, need design a novel dustless wiping cloth of preventing static and solve above-mentioned problem urgently.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects of the prior art, adapt to the practical requirements and provide a novel anti-static dust-free wiping cloth which is not easy to stick on the hands of workers and has strong anti-static capability.

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

the utility model provides a novel prevent dustless wiping cloth of static, which comprises a body, the body includes the sandwich layer, the sandwich layer includes the non-woven fabrics layer, all be provided with the layer of disinfecting on the outer wall of non-woven fabrics layer top and the bottom outer wall, and be provided with the layer that absorbs water on the outer wall of layer one side of disinfecting, it is provided with the pile layer on the outer wall of layer one side to absorb water, on the outer wall of sandwich layer top and on the outer wall of bottom all laminate there is the barrier layer.

The non-woven fabric layer comprises fiber weft yarns and coarse fiber weft yarns, and polyester yarns and cotton weft yarns are arranged between the fiber weft yarns and the coarse fiber weft yarns.

And the fiber warp yarns and the coarse fiber warp yarns are distributed in an equidistant structure and are inserted between the polyester yarns and the cotton weft yarns.

The conductive wires, the cotton warp yarns and the polyester-cotton composite superfine fibers are arranged between the fiber warp yarns and the coarse fiber warp yarns, and the conductive wires, the cotton warp yarns and the polyester-cotton composite superfine fibers are inserted between the polyester yarns and the cotton weft yarns.

The electric lead comprises an ultrafine copper wire, and a plurality of carbon fiber wires which are in mutual contact are wound outside the ultrafine copper wire.

And the outer part of the carbon fiber wire is plated with a conductive layer, and surface paint is arranged on the outer part of the conductive layer.

The utility model has the beneficial effects that:

(1) through the barrier layer that sets up, when using this dustless cloth to clean, the staff can take off the barrier layer on the sandwich layer one side to use this dustless cloth, this barrier layer can avoid water liquid to see through dustless cloth when cleaning simultaneously and be stained with on the staff hand.

(2) Through the conducting wire that sets up, when using this equipment, this conducting wire can improve the conducting capacity of this dustless cloth to improve the antistatic backing ability of this dustless cloth, this conducting wire still has higher antistatic backing ability after being convenient for this dustless cloth to wash simultaneously.

(3) Through the layer of disinfecting that sets up with the layer that absorbs water, when using this dustless cloth, the layer that absorbs water can make dustless cloth have better water-absorbing capacity, and the layer of disinfecting moreover can make this dustless cloth have higher antibiotic ability to improve dustless cloth storage life.

Drawings

FIG. 1 is a front view of the structure of the present design;

FIG. 2 is a cross-sectional view of a core structure of the present design;

FIG. 3 is a cross-sectional view of a nonwoven layer structure of the present design;

fig. 4 is a schematic diagram of the conductive line structure of the present design.

In the figure: the anti-seepage fabric comprises a body 1, a core layer 2, an anti-seepage layer 3, a plush layer 4, a water absorbing layer 5, a sterilizing layer 6, a non-woven fabric layer 7, fiber weft yarns 8, polyester yarns 9, cotton weft yarns 10, coarse fiber weft yarns 11, a conductive wire 12, fiber warp yarns 13, cotton warp yarns 14, coarse fiber warp yarns 15, polyester-nylon composite superfine fibers 16, superfine copper wires 17, carbon fiber wires 18, a conductive layer 19 and surface paint 20.

Detailed Description

The utility model is further illustrated with reference to the following figures and examples:

example 1: a novel anti-static dust-free wiping cloth is disclosed, referring to figures 1 to 4, comprising a body 1, wherein the body 1 comprises a core layer 2, the core layer 2 comprises a non-woven fabric layer 7, sterilization layers 6 are respectively arranged on the top outer wall and the bottom outer wall of the non-woven fabric layer 7, the sterilization layers 6 can enable the dust-free wiping cloth to have higher antibacterial capability, thereby prolonging the storage life of the dust-free cloth, and the outer wall of one side of the sterilizing layer 6 is provided with the water absorbing layer 5, the water absorbing layer 5 can ensure that the dust-free cloth has better water absorbing capacity, thereby better absorbing water of the product so as to be convenient for wiping the product, the outer wall of one side of the water absorption layer 5 is provided with the plush layer 4, the plush layer 4 is convenient for absorbing the impermeable layer 3, and be convenient for this dustless cloth to clean, all laminate barrier layer 3 on 2 top outer walls of sandwich layer and the bottom outer wall, water liquid sees through dustless cloth and is stained with on staff's hand when barrier layer 3 can avoid cleaning.

Furthermore, in the design, the non-woven fabric 7 layer comprises fiber weft yarns 8 and coarse fiber weft yarns 11, the fiber weft yarns 8 and the coarse fiber weft yarns 11 are convenient for improving the performance of the fabric, and polyester yarns 9 and cotton weft yarns 10 are arranged between the fiber weft yarns 8 and the coarse fiber weft yarns 11.

Furthermore, in the design, the fiber warp yarns 13 and the coarse fiber warp yarns 15 distributed in an equidistant structure are inserted between the fiber weft yarns 8 and the coarse fiber weft yarns 11, the fiber warp yarns 13 and the coarse fiber warp yarns 15 are matched to improve the service life of the dust-free cloth, and the fiber warp yarns 13 and the coarse fiber warp yarns 15 are inserted between the polyester yarns 9 and the cotton weft yarns 10.

Further, in this design, be provided with conductor wire 12, cotton warp 14 and the compound superfine fiber 16 of polyester-cotton between fibre warp 13 and the coarse fibre warp 15, conductor wire 12 is convenient for this dustless cloth electrically conducts, and cotton warp 14 and the compound superfine fiber 16 of polyester-cotton are convenient for improve the performance of this cloth, and conductor wire 12, cotton warp 14 and the compound superfine fiber 16 of polyester-cotton alternate between dacron line 9, cotton weft 10.

Further, in this design, conductor line 12 includes superfine copper line 17, and superfine copper line 17 is convenient for improve this conductor line 12's toughness, and superfine copper line 17 outside winding has a plurality of carbon fiber lines 18 of mutual contact, and carbon fiber line 18 is convenient for improve this conductor line 12's conducting capacity.

Furthermore, in the design, a conductive layer 19 is plated outside the plurality of carbon fiber wires 18, the conductive layer 19 facilitates the conduction of the conductive wire 12, and a surface paint 20 is arranged outside the conductive layer 19, and the surface paint 20 has a better wire performance.

The design provides a novel anti-static dust-free wiping cloth, when the dust-free cloth is used, a worker firstly uncovers an impermeable layer 3 on one side of the dust-free cloth, then the product is wiped by one side of a dust-free cloth core layer, when the novel anti-static wiping cloth is used, meanwhile, the impermeable layer 3 can prevent water liquid from being stained on the hands of the worker through the dust-free cloth when the novel anti-static wiping cloth is used, simultaneously, when the novel anti-static wiping cloth is used for wiping, a conducting wire 12 composed of an ultrafine copper wire 17, a carbon fiber wire 18-grade conducting layer 19, surface paint 20 and the like can improve the conducting capacity of the dust-free cloth, so that the anti-static capacity of the dust-free cloth is improved, meanwhile, the conducting wire 12 is convenient for cleaning the dust-free cloth and still has higher anti-static capacity, and when the dust-free cloth is used, the water absorbing layer 5 can enable the dust-free cloth to have better water absorbing capacity, so that the water liquid attached to the product is better absorbed, so that the product is conveniently wiped, and the sterilizing layer 6 can enable the dust-free cloth to have higher antibacterial capacity, so that the storage life of the dust-free cloth is prolonged, and the dust-free cloth is convenient to work and store.

The embodiments of the present invention are disclosed as the preferred embodiments, but not limited thereto, and those skilled in the art can easily understand the spirit of the present invention and make various extensions and changes without departing from the spirit of the present invention.

Claims (6)

1. The utility model provides a novel prevent dustless wiping cloth of static, includes the body, its characterized in that: the body includes the sandwich layer, the sandwich layer includes the non-woven fabrics layer, all be provided with the layer of disinfecting on the non-woven fabrics layer top outer wall and the bottom outer wall, and be provided with the layer that absorbs water on the outer wall of layer one side of disinfecting, it is provided with the wool layer to absorb water on the outer wall of layer one side, all laminate barrier layer on the sandwich layer top outer wall and on the bottom outer wall.

2. A novel antistatic dust-free wiping cloth as claimed in claim 1, wherein: the non-woven fabric layer comprises fiber weft yarns and coarse fiber weft yarns, and polyester yarns and cotton weft yarns are arranged between the fiber weft yarns and the coarse fiber weft yarns.

3. A novel antistatic dust-free wiping cloth as claimed in claim 2, wherein: and the fiber warp yarns and the coarse fiber warp yarns are distributed in an equidistant structure and are inserted between the polyester yarns and the cotton weft yarns.

4. A novel antistatic dust-free wiping cloth as claimed in claim 3, wherein: the conductive wires, the cotton warp yarns and the polyester-cotton composite superfine fibers are arranged between the fiber warp yarns and the coarse fiber warp yarns, and the conductive wires, the cotton warp yarns and the polyester-cotton composite superfine fibers are inserted between the polyester yarns and the cotton weft yarns.

5. The novel antistatic dust-free wiping cloth according to claim 4, characterized in that: the electric lead comprises an ultrafine copper wire, and a plurality of carbon fiber wires which are in mutual contact are wound outside the ultrafine copper wire.

6. The novel antistatic dust-free wiping cloth according to claim 5, characterized in that: and the outer part of the carbon fiber wire is plated with a conductive layer, and surface paint is arranged on the outer part of the conductive layer.

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