CN204622702U

CN204622702U - A kind of multilayer non-dust cloth structure

Info

Publication number: CN204622702U
Application number: CN201520245485.0U
Authority: CN
Inventors: 郭浩霖; 金思根
Original assignee: SHENZHEN BESTCLEAN CLEAN TECHNOLOGY Co Ltd
Current assignee: SHENZHEN BESTCLEAN CLEAN TECHNOLOGY Co Ltd
Priority date: 2015-04-22
Filing date: 2015-04-22
Publication date: 2015-09-09
Anticipated expiration: 2025-04-22

Abstract

The utility model relates to a kind of multilayer non-dust cloth structure, comprise non-dust cloth body, described non-dust cloth body interior center arranges double-deck spongy layer and every one deck spongy layer outer surface sets up one deck oil suction non-dust cloth respectively, and this oil suction non-dust cloth surface uniform distributes some oil-sucking holes; Meanwhile, one deck conductive braid is set up in the center of every one deck oil suction non-dust cloth and this conductive braid and oil suction non-dust cloth are woven together; Correspondingly, outside described double-deck spongy layer, some conductive filaments are evenly set.The utility model beneficial effect is: have high-cleanness performance, high-flexibility, anti-wear performance are good; Can destatic; The requirement that also can offset according to product the degree of destaticing increases and decreases the quantity of conductive filament, and reaches the object of cost control.

Description

A kind of multilayer non-dust cloth structure

Technical field

The utility model relates to the improvement of non-dust cloth structure, particularly relates to a kind of multilayer non-dust cloth structure.

Background technology

Common non-dust cloth is generally woven by polyester fiber and forms, and soft surface, is easy to wiping sensing surface, and rub not defiber, has good water imbibition and cleaning efficiency, and cleaning and the packaging of product all complete at Superclean workshop.

At present, non-dust cloth conventional on market is divided into knitting non-dust cloth and woven non-dust cloth, and woven non-dust cloth institutional framework is comparatively single, is roughly divided into three kinds, plain weave, twill and random line tissue.The non-dust cloth water absorption of these three kinds of institutional frameworks is few and rate of water absorption is low, during wiping, easily leaves washmarking.

But in electron trade, in order to not cause high accuracy density body surface to wear and tear and residual stains, water mark, flocking etc., must adopt and there is high-strength water absorbing properties, the non-dust cloth of high flexibility.But non-dust cloth general in the market by polyester long fibre knitting and weaving, and is cut through laser and is formed, and is the structure of one deck.But this general individual layer non-dust cloth, owing to being subject to the impact of weaving process, thickness, material etc., be difficult to embody higher water absorbing capacity, soaking effect is undesirable, and wearability is also bad, and service life is shorter.

Authorization Notice No. is CN 203994899 U, application number be 201420366024.4 Chinese patent disclose a kind of multilayer non-dust cloth, comprise at least two-layer dustless layer of cloth and be connected to form, between described at least two-layer dustless layer of cloth, be provided with spongy layer; The both sides of described spongy layer at least respectively arrange the dustless layer of cloth of one deck, described in be positioned at the dustless layer of cloth of spongy layer both sides surrounding connected by ultrasonic pressing.This case adopts at least two-layer dustless layer of cloth to combine, and is provided with a spongy layer between two dustless layer of cloths, make non-dust cloth not only possess high-hydroscopicity energy like this, and anti-wear performance is good, resilient flexible is good, not fragile, use cost is low.

But above-mentioned case does not possess and destatics effect, does not possess oil absorptive function yet, for above aspect, needs reasonably to improve prior art.

Utility model content

For above defect, the utility model provides a kind of and destatics, have high-cleanness performance, high-flexibility, water absorbing properties is better, anti-wear performance is good multilayer non-dust cloth structure, to solve many deficiencies of prior art.

For achieving the above object, the utility model is by the following technical solutions:

A kind of multilayer non-dust cloth structure, comprises non-dust cloth body, and described non-dust cloth body interior center arranges double-deck spongy layer and every one deck spongy layer outer surface sets up one deck oil suction non-dust cloth respectively, and this oil suction non-dust cloth surface uniform distributes some oil-sucking holes; Meanwhile, one deck conductive braid is set up in the center of every one deck oil suction non-dust cloth and this conductive braid and oil suction non-dust cloth are woven together; Correspondingly, outside described double-deck spongy layer, some conductive filaments are evenly set.

In addition, each root conductive filament horizontal through spongy layer, conductive filament or be arranged at oil suction non-dust cloth side;

Described oil suction non-dust cloth or replaced by the non-dust cloth without oil-sucking hole.

The beneficial effect of multilayer non-dust cloth structure described in the utility model is:

Double-deck spongy layer is set between (1) two piece of non-dust cloth, a conductive braid is set up respectively at the upper and lower two centre of surface places of oil suction non-dust cloth, simultaneously, this oil suction non-dust cloth surface uniform distributes some oil-sucking holes, again in conjunction with spongy layer, there is high-cleanness performance, high-flexibility, anti-wear performance are good;

(2) set up a conductive filament braid respectively at the upper and lower two centre of surface places of oil suction non-dust cloth, can destatic;

(3) simultaneously, at the some conductive filaments of double-deck spongy layer arranged outside, the requirement that also can offset according to product the degree of destaticing increases and decreases the quantity of conductive filament, and reaches the object of cost control.

Accompanying drawing explanation

With reference to the accompanying drawings the utility model is described in further detail below.

Fig. 1 is multilayer non-dust cloth structural representation described in the utility model embodiment;

Fig. 2 is the generalized section of multilayer non-dust cloth structure described in the utility model embodiment.

In figure:

1, non-dust cloth body; 2, oil suction non-dust cloth; 3, conductive braid; 4, oil-sucking hole; 5, spongy layer; 6, conductive filament.

Detailed description of the invention

As shown in Figure 1-2, multilayer non-dust cloth structure described in the utility model embodiment, comprise non-dust cloth body 1, described non-dust cloth body 1 inside center place arranges double-deck spongy layer 5 and every one deck spongy layer 5 outer surface sets up one deck oil suction non-dust cloth 2 respectively, this oil suction non-dust cloth 2 surface uniform distributes some oil-sucking holes 4, meanwhile, one deck conductive braid 3 is set up in the center of every one deck oil suction non-dust cloth 2 and this conductive braid 3 and oil suction non-dust cloth 2 are woven together;

Correspondingly, evenly arrange some conductive filaments 6 outside described double-deck spongy layer 5, each root conductive filament 6 is horizontal through spongy layer 5, and the requirement that also can offset according to product the degree of destaticing increases and decreases the quantity of conductive filament 6, and reaches the object of cost control.

The above-mentioned description to embodiment can understand and apply this case technology for the ease of those skilled in the art, person skilled in the art obviously can make various amendment to these examples easily, and General Principle described herein is applied in other embodiment and need not through performing creative labour.Therefore, this case is not limited to above embodiment, and those skilled in the art is according to the announcement of this case, and the improvement made for this case and amendment all should in the protection domains of this case.

Claims

1. a multilayer non-dust cloth structure, comprises non-dust cloth body (1), it is characterized in that:

Described non-dust cloth body (1) inside center place arranges double-deck spongy layer (5) and every one deck spongy layer (5) outer surface sets up one deck oil suction non-dust cloth (2) respectively, and this oil suction non-dust cloth (2) surface uniform distributes some oil-sucking holes (4); Meanwhile, one deck conductive braid (3) is set up in the center of every one deck oil suction non-dust cloth (2) and this conductive braid (3) and oil suction non-dust cloth (2) are woven together; Correspondingly, described double-deck spongy layer (5) outside evenly arranges some conductive filaments (6).

2. multilayer non-dust cloth structure according to claim 1, is characterized in that: each root conductive filament (6) is horizontal through spongy layer (5).

3. multilayer non-dust cloth structure according to claim 1, is characterized in that: described conductive filament (6) or be arranged at oil suction non-dust cloth (2) side.

4. multilayer non-dust cloth structure according to claim 1, is characterized in that: described oil suction non-dust cloth (2) is replaced by the non-dust cloth without oil-sucking hole (4).