CN205338412U

CN205338412U - Antibiotic electrically conductive sheet

Info

Publication number: CN205338412U
Application number: CN201521082244.5U
Authority: CN
Inventors: 张梓晗; 吕鹏; 吴义良
Original assignee: Hefei Yinpai Technology Co Ltd
Current assignee: HEFEI VIGON MATERIAL TECHNOLOGIES Co.,Ltd.
Priority date: 2015-12-21
Filing date: 2015-12-21
Publication date: 2016-06-29
Anticipated expiration: 2025-12-21

Abstract

The utility model discloses an antibiotic electrically conductive sheet, its characterized in that: including sheet body and earth conductor, the sheet body comprises the three -layer surface fabric that the integration set up, is damp course, cold -proof layer and antibiotic conducting layer in proper order, the edge at antibiotic conducting layer is fixed in the earth conductor connection. The utility model provides an antibiotic electrically conductive sheet has that long -term antibiotic, prevent static electricity produces and the dissipate effect of static, can not produce any injury to the user simultaneously, through washing many times still can possess reliable antibiotic with prevent electrostatic action.

Description

A kind of antibiotic conductive sheet

Technical field

This utility model relates to a kind of bedding, particularly relates to a kind of antibiotic conductive sheet.

Background technology

Along with socioeconomic development, people are more and more higher for the requirement of healthy living.People to the requirement of textile except original beautiful and comfortable except, the requirement of health and health properties is also got more and more, as the function textiles such as antibiotic and sterilizing, antistatic and dissipation electrostatic quickly grow.The selection of bedding is also more and more various.The quickening of rhythm of life; people are made to be difficult to accomplish often to change clothes sheet quilt cover; what this was just easy to cause on sheet quilt cover antibacterial grows; and the sheet on market is in use easy to produce electrostatic; and the existence of electrostatic can make people be difficult to reach the state of deep sleep in rest process; and then affect body immunity, make antibacterial avail oneself of the opportunity to get in, affect the healthy of people.So that a kind of can antibiotic conductive sheet help people support the anlistatig infringement bothered with pathogenic bacteria.

What current antibiotic conductive sheet adopted is be made in the mode of sheet surface configuration silver wire, and this sheet no doubt has the effect of antibiotic conductive, but easily hurts user due to silver wire, and easily causes the fracture of silver wire in cleaning process, affects conductive effect.

Utility model content

For solving above-mentioned technical problem, the utility model proposes a kind of durable antibiotic conductive sheet safe and reliable, washable.

For achieving the above object, this utility model adopts the following technical scheme that

Antibiotic conductive sheet of the present utility model, its construction features is in that: described antibiotic conductive sheet includes sheet body and earth lead；Described sheet body is made up of three shell fabrics of integrated setting, is followed successively by damp course, warming layer and antibiotic conductive layer；Described earth lead is fastened on the edge of antibiotic conductive layer.

Described damp course is formed by cotton fiber, nylon fiber, polyster fibre or wool fibre and bamboo carbon fiber blending.

Described warming layer is cotton layer or wool spinning layer.

Described antibiotic conductive layer is to be formed by weaving by the cotton fiber being loaded with micron silver；The described cotton fiber being loaded with micron silver is to be fixed with micron silver at the area load of cotton fiber.Described micron silver is wire, and length is 1～100 micron, and diameter is 20～100 nanometers.The quality of the micron silver of institute's load accounts for the 0.0001～0.01% of cotton quality.

The manufacture method of described antibiotic conductive layer is as follows:

A, cotton fiber is immersed in micron silver the micron silver inks water that weight content is 0.01%～1% in 15～60 minutes, take out dry to not having liquid to drip, put into drying in oven, it is thus achieved that be loaded with micron silver cotton fiber；

B, the cotton fiber being loaded with micron silver of gained is spun into line, obtains containing the cotton spinning line that micron is silver-colored；

C, by containing micron silver cotton spinning line be spun into cloth by machine, namely obtain described antibiotic conductive layer.

Of the present utility model have the beneficial effect that

The antibiotic conductive sheet that the utility model proposes, has long acting antibiotic, prevents electrostatic from producing and the effect of the electrostatic that dissipates, user will not produce any injury simultaneously, remains to have antibacterial reliably and anti-static electrification through repeatedly washing.

In antibiotic conductive layer of the present utility model, micron silver is evenly distributed, and greatly improves the utilization rate of silver, effectively reduces cost.

Accompanying drawing explanation

Fig. 1 is the structural representation of this utility model antibiotic conductive sheet；

Fig. 2 is the schematic cross-section of this utility model antibiotic conductive sheet；

Fig. 3 is the schematic cross-section that this utility model is loaded with the cotton fiber of micron silver；

Fig. 4 this utility model is loaded with the structural representation of the cotton fiber of micron silver；

Number in the figure: 1 is sheet body；2 is earth lead；3 is damp course；4 is warming layer；5 is antibiotic conductive layer；6 is cotton fiber；7 is micron silver.

Detailed description of the invention

As it is shown in figure 1, antibiotic conductive sheet of the present utility model includes sheet body 1 and earth lead 2；

As in figure 2 it is shown, sheet body is made up of three shell fabrics of integrated setting, it is followed successively by damp course 3, warming layer 4 and antibiotic conductive layer 5, antibiotic conductive layer, warming layer, damp course are sewed in order being integrally formed sheet body；

Earth lead totally three, is fastened on three edges of antibiotic conductive layer 5 respectively.Concrete, when antibiotic conductive sheet spreads in bed, it is with damp course 3 down, with antibiotic conductive layer 5 and human contact, earth lead totally 3, only it is positioned on a limit of the head of a bed at antibiotic conductive sheet and is not provided with.

Wherein: damp course 3 is formed by cotton fiber and bamboo carbon fiber blending.Warming layer 4 adopts the wool layer that wool fiber is made.

Antibiotic conductive layer 5 is to be formed by weaving by the cotton fiber being loaded with micron silver；As shown in Figure 3 and Figure 4, the cotton fiber being loaded with micron silver is to be fixed with micron silver 7 at the area load of cotton fiber 6.Micron silver is in wire, and length is 90 microns, and diameter is 65 ran.

Claims

1. an antibiotic conductive sheet, it is characterised in that: described antibiotic conductive sheet includes sheet body (1) and earth lead (2)；Described sheet body is made up of three shell fabrics of integrated setting, is followed successively by damp course (3), warming layer (4) and antibiotic conductive layer (5)；Described earth lead is fastened on the edge of antibiotic conductive layer (5).

2. the antibiotic conductive sheet described in claim 1, it is characterised in that: described damp course (3) is formed by cotton fiber, nylon fiber, polyster fibre or wool fibre and bamboo carbon fiber blending.

3. the antibiotic conductive sheet described in claim 1, it is characterised in that: described warming layer (4) is cotton layer or wool spinning layer.

4. the antibiotic conductive sheet described in claim 1, it is characterised in that: described antibiotic conductive layer (5) is to be formed by weaving by the cotton fiber being loaded with micron silver；The described cotton fiber being loaded with micron silver is to be fixed with micron silver (7) at the area load of cotton fiber (6).

5. the antibiotic conductive sheet described in claim 4, it is characterised in that: described micron silver is wire, and length is 1～100 micron, and diameter is 20～100 nanometers.