TWM630165U - Antibacterial and antivirus cleaning fabrics for 3c led panel - Google Patents

Abstract

This creation is related to an antibacterial and antiviral cleaning precision wiping cloth for 3C liquid crystal panel, which is characterized in that the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth system includes an antibacterial and antiviral layer, an upper precision wiping surface and a lower dusting and wiping surface. The upper precision wiping surface and the lower dust wiping surface are stitched together to bond the two layers together. The upper precision wiping surface is made of a bundle containing a plurality of split fibers, woven into a cloth with a high-density circular knitting machine, and then micronized into ultra-fine fibers by a defibrillation method and treated with antibacterial and antiviral treatment to form an antibacterial and antiviral layer. The surface is also formed with a short plush surface, which has a compact structure, softness and high water absorption, and has the ability to sweep and scrape when wiping, so that the stains can be covered and hidden in the plush surface and the woven layer after being swept or scraped off. , to achieve a good cleaning effect, and has a high inhibitory ability to bacterial and virus activity. The lower dust-removing and wiping surface is made of a bundle of polyester processing yarns and high-shrinkage polyester yarns, woven by a knitting machine, and a plush surface and antibacterial and antiviral treatment are formed on the surface to form an antibacterial and antiviral layer, which has The structure is compact, soft and bulky, and has good dust removal and cleaning, antibacterial and antiviral effects. The 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth, combined with multiple functions of dust removal, antibacterial antiviral and precision wiping, can achieve better 3C LCD panel dust removal, antibacterial antiviral and decontamination cleaning effects.

Description

3C LCD panel antibacterial and antiviral cleaning precision wipes

This creation is about a 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth with dust removal, antibacterial antiviral and precision wiping functions, especially a structure including an upper precision wiping surface is a short plush surface and antibacterial and antiviral treatment, Therefore, it has high softness, high water absorption rate and good wiping effect of precision wiping cloth; the lower dust removal and wiping surface is a plush surface and antibacterial and antiviral treatment, which has high softness, bulkiness, good dust wiping and inhibition The effect of bacterial virus transmission.

Press, with the vigorous development of the technology industry, the rapid development of various technology products, such as LCD screens, mobile phones, automobiles and other 3C electronic products, brings a lot of convenience to people's daily life, but 3C LCD panels are often prone to dust, fingerprints, bacteria and viruses and stains, causing the screen to blur, causing inconvenience in use and the spread of bacteria and viruses. It is often necessary to clean and wipe after use. Generally, woven or non-woven cloth is used as a wiping cloth, but it has the disadvantage of not being able to effectively remove dust, inhibit the spread of bacteria and viruses and stains, and easily scratch the LCD panel.

The wiping cloths used in the early days were mainly cotton woven cloths. The fibers used were relatively thick, with high bending rigidity and low weaving density. .

However, with the improvement of textile technology, although high-performance synthetic fiber yarns can be produced, woven into cloths and widely used in cleaning products such as clothing and wiping cloths, the surface of the cloth body structure is loose, and it is used for cleaning and wiping of LCD panels. , there are still shortcomings such as being unable to effectively remove dust and decontamination at the same time. Therefore, many improvement methods have been proposed. For example, in National Patent Publication No. M352345, the case discloses a weaving structure of a wiping cloth, which uses a large number of long plasticized yarns to be woven into a wiping cloth after being bundled in parallel and woven into a wiping cloth. There is a shuttle edge, and after weaving, there will be a free bow-shaped cross-yarn structure between the junction points. Although the use of the bow-shaped cross-yarn can form the force of planing, but due to the low weaving density, the bow-shaped cross-yarn is relatively thick and difficult to form. The contact area of the nodes is small, and there are still disadvantages such as rigid hand feel and inability to effectively scrape the dust or stains on the surface of the object.

In the domestic patent publication No. M354615, the case discloses a circular knitted wiping cloth structure, the wiping cloth includes more than one base line, and a single yarn is knitted on the base line first, and then the two protruding ends are cut. The two protruding ends can form a plush surface on the surface of the wiping cloth, although micro-scale gaps can be formed between each yarn, the existence of these gaps will make the wiping cloth have a larger surface area ratio and absorb water. relatively good sex. However, there are still shortcomings such as the ability to effectively scrape dust or stains on the surface of objects and the hand feeling because the yarns on the plush surface are too long and the micro-scale gaps formed are too large.

In the domestic patent publication No. M332683, the case discloses a towel structure of ultra-fine fibers, which is characterized in that a towel is made of ultra-fine fibers, and nylon or elastic yarn can be added in the towel. However, there are still shortcomings such as easy growth of mold and poor water absorption.

To sum up, there is no wiping cloth that can effectively clean the dust, bacteria, viruses and stains on the LCD panel. Therefore, there is an urgent need for a better 3C LCD panel cleaning precision wiping cloth structure with the functions of dust removal, inhibiting the spread of bacteria and viruses, and precision wiping, which can effectively clean the LCD panel, It also has a soft touch and does not hurt the surface of the object, so as to overcome the above shortcomings.

In view of this, the purpose of this creation relates to an antibacterial and antiviral cleaning precision wiping cloth for 3C liquid crystal panel, which is characterized in that the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth system includes an antibacterial layer, an upper precision wiping surface and a lower dusting wiping cloth. The upper precision wiping surface and the lower dust wiping surface are stitched together to combine the two layers.

The upper precision wiping surface is a braided wire formed by a bundle of split fibers, the braided wire is 80 denier, and the split fiber strands have a wedge-shaped cross-section of 75% polyester and 25% polyester. % A composite of polyamide fibers, each split fiber has at least 16 splits, and the braided thread contains at least 32 split fibers, which are then reduced and finely divided into ultra-fine fibers and treated with antibacterial and antiviral treatment to form an antibacterial and antiviral layer. The ultrafine fibers are on average less than 0.15 denier, preferably less than 0.13 denier. In addition, the upper precision wiping surface is mechanically processed to form a short plush surface, which can match the fine irregularities of the object to be wiped, and can effectively remove dust or stains. The lower layer of dust and wiping surface uses a bundle of lower layer braided threads containing polyester processed yarn and high shrinkage polyester yarn.

The lower braided thread is 80 denier containing 70~50% polyester processed yarn and 30~50% high shrinkage polyester fiber, and is treated with antibacterial and antiviral. The polyester processed yarn is a polyester fiber of less than 0.5 denier, preferably a polyester fiber of less than 0.35 denier. The high-shrinkage polyester yarn is a 2.5 denier high-shrinkage polyester fiber. It is woven by a knitting machine, and the surface is treated to form a plush surface, which has a compact structure, softness and bulky feeling, and can have good dust removal, cleaning, antibacterial and antiviral effects.

The LCD panel cleaning and precision wiping cloth, according to this combination of dust removal, antibacterial and antiviral functions, and precision wiping, can achieve better 3C LCD panel dust removal, antibacterial cleaning effect. In addition, the periphery of the upper precision wiping surface and the lower dust wiping surface are joined together by sewing.

The second purpose of this creation is to provide an antibacterial and antiviral cleaning precision wiping cloth for 3C LCD panel. , It is made of circular knitting machine with a high precision of at least 42G, or woven by a warp knitting machine with a precision of at least 42G, and then it is micronized into ultra-fine fibers by the reduction fiber opening method and treated with antibacterial and antiviral treatment to form antibacterial and antibacterial properties. The virus layer, and the upper precision wiping surface is mechanically processed to form a short plush surface, and the plush height of the short plush surface is less than 1mm, preferably less than 0.5mm, because the weaving pores are extremely small, and larger particles do not. It will accumulate on the upper precision wiping surface, and will not cause secondary scratches. The upper precision wiping surface of the liquid crystal panel cleaning precision wiping cloth woven with the ultra-fine fibers has better cleaning effect, antibacterial and antiviral properties than ordinary wiping cloths.

Another purpose of this creation is to provide a 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth. The lower dust removal and wiping surface of the 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth is made of a lower layer of braided thread and is 80 denier. 70~50% polyester processed yarn and 30~50% high shrinkage polyester fiber, treated with antibacterial and antiviral. It is circular knitted by a high-density knitting machine with a very high precision of at least 42G, and the surface is treated to form a plush surface, the plush height of the plush surface is greater than 2mm, preferably greater than 3mm, and has a compact, soft and bulky structure. It has good dust cleaning and antibacterial and antiviral effects.

In order to enable your review committee to have a further understanding and understanding of the purpose, structure, technical means and efficacy of this creation, hereby give examples and drawings, and describe in detail as follows:

1:3C LCD panel antibacterial and antiviral cleaning precision wipes

11: The upper precision wiping surface

12: Lower dust removal and wiping surface

13: Stitching

20: Upper braided wire

30: Lower braided wire

50: short plush surface

60: Plush surface

201: Microfiber

301: polyester processed yarn

302: high shrinkage polyester fiber

Figure 1: It is a schematic diagram of the structure of the 3C LCD panel antibacterial and antiviral cleaning precision wiper according to the preferred embodiment of the present creation

Figure 2: It is a schematic cross-sectional view of the structure of the 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth according to the preferred embodiment of the present invention

Figure 3: It is a plan view of the yarn weaving structure on the upper precision wiping surface of the 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth according to the preferred embodiment of the present invention

Figure 4: It is a plan view of the yarn weaving structure of the dust-removing and wiping surface of the lower layer of the 3C LCD panel antibacterial and anti-virus cleaning precision wiping cloth according to the preferred embodiment of the present invention

Figure 5: It is a plan view of the short-pile surface structure of the upper precision wiping surface of the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth according to the preferred embodiment of the present invention

Figure 6: It is a plan view of the plush surface structure of the lower dust-removing and wiping surface of the 3C LCD panel antibacterial and anti-virus cleaning precision wiping cloth according to the preferred embodiment of the present invention

Figure 7: It is a schematic diagram of the structure of the woven wire on the upper layer of the 3C LCD panel antibacterial and antiviral cleaning precision wiper according to the preferred embodiment of the present creation

Figure 8: It is a schematic diagram of the structure of the braided wire under the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth according to the preferred embodiment of the present creation

Regarding the structure, technical means and effects of this creation, I would like to further describe it in detail with the drawings: first, please refer to the schematic diagram of the structure of the 3C LCD panel antibacterial and antiviral cleaning precision wipes in Figure 1, and the 3C LCD panel in Figure 2. Structure section of antibacterial and antiviral cleaning precision wipes Schematic diagram, the plan view of the yarn weaving structure on the upper precision wiping surface of the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiper in Figure 3, and the yarn weaving structure on the lower dust removal and wiping surface of the 3C LCD panel antibacterial and antiviral cleaning precision wiper in Figure 4 Plan view, Figure 5, 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth upper layer precision wiping surface short plush surface structure plan, Figure 6, 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth lower layer dust removal wiping surface long plush surface structure Plan view, Fig. 7 is a schematic diagram of the upper braided wire structure of the 3C LCD panel antibacterial and antiviral cleaning precision wiper, and Figure 8 is a schematic diagram of the lower layer braided wire structure of the 3C LCD panel antibacterial and antiviral cleaning precision wiper, which is one of the creations. preferred embodiment.

As shown in Figure 1 and Figure 2, the structure of the 3C LCD panel antibacterial and antiviral cleaning precision wiping cloth structure system includes:

An upper layer precision wiping surface (11) is composed of an upper layer braided wire (20) containing a plurality of split fibers, the upper layer braided wire (20) is 80 denier, and the cross section of the split fiber precursor is wedge-shaped A composite of 75% polyester and 25% polyamide fibers, each split fiber has at least 16 splits, the upper braided wire (20) contains at least 32 split fibers, and the next highest precision is at least 16 split fibers. 42G high-density knitting machine circular knitting, or at least 42G precision fine knitting machine woven, and then micronized into ultra-fine fibers (201) by the method of reducing fiber opening and antibacterial and antiviral treatment to form an antibacterial layer, the ultra-fine fibers (201) The average is less than 0.15 denier, preferably less than 0.13 denier, and the upper precision wiping surface (11) is mechanically processed to form a short pile surface (50), the short pile surface (50) is The height of the plush is less than 1mm, preferably less than 0.5mm; it can match the fine unevenness of the object to be wiped, and can effectively remove dust and stains or inhibit the spread of bacteria and viruses.

The lower layer of dust-removing and wiping surface (12) is composed of 70~50% polyester processing yarn and 30~50% high-shrinkage polyester fiber in the lower layer braided thread (30), and the lower layer braided thread (30) is 80 denier Ni, and treated with antibacterial and antiviral. The polyester processed yarn is a polyester fiber of less than 0.5 denier, preferably less than 0.35 denier. The high-shrinkage polyester yarn is a 2.5 denier high-shrinkage polyester fiber. It is circularly knitted with a high-density knitting machine with a very high precision of at least 42G, and the surface is treated to form a plush surface (60), and the plush height of the plush surface (60) is greater than 2mm, preferably greater than 3mm; The structure is compact, soft and bulky, and it can have good dust removal and cleaning, antibacterial and antiviral effects.

The upper layer precision wiping surface (11) and the lower layer dust removing and wiping surface (12) are combined together by sewing (13).

As shown in the plan view of the yarn weaving structure on the upper precision wiping surface of the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiper cloth in Figure 3, this creation uses an upper knitting thread (20) that contains a plurality of split fibers. A composite of 75% polyester and 25% polyamide fiber with a wedge-shaped cross-section of the fiber strands, which is secondarily knitted by a 42G high-density high-density knitting machine with extremely high precision, or a warp knitting machine with at least 42G precision woven.

As shown in the plan view of the yarn weaving structure on the dust-removing and wiping surface of the lower layer of the 3C LCD panel antibacterial and anti-viral cleaning precision wiper in Figure 4, the lower layer of the weaving thread (30) of this creation contains 70~50% polyester processed yarn (301 ) and 30-50% high-shrinkage polyester fiber (302), the lower braided wire (30) is 80 denier and is treated with antibacterial. The polyester processing yarn (301) is a polyester fiber of less than 0.5 denier, preferably less than 0.35 denier. The high shrinkage polyester fiber (302) is a 2.5 denier high shrinkage polyester fiber (302). It is circular knitted by a high-density knitting machine with a very high precision of at least 42G.

As shown in the plan view of the short plush surface of the upper precision wiping surface of the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth in Figure 5, it is the upper precision wiping surface of this creation, which is further processed by mechanical means to form a short plush surface ( 50) Structure. The pile height of the short pile surface is less than 1mm, preferably less than 0.5mm.

As shown in the plan view of the plush surface structure of the lower dust-removing and wiping surface of the 3C liquid crystal panel antibacterial and anti-viral cleaning precision wiper cloth in Figure 6, it is the lower dust-removing and wiping surface of this creation, which is further processed by mechanical means to form a plush surface (60). The pile height of the plush surface is greater than 2mm, preferably greater than 3mm.

As shown in the schematic diagram of the upper layer braided wire on the upper layer precision wiping surface of the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiper cloth in Figure 7, the upper layer braided wire (20) of this creation contains a plurality of split fibers. The thread (20) is 80 denier, and the split-type fiber precursor is a composite of 75% polyester and 25% polyamide fiber with a wedge-shaped cross section, and is then refined into ultra-fine fibers (201) by the method of reducing fiber opening. ) and antibacterial treatment, the ultra-fine fibers (201) are less than 0.15 denier on average, preferably less than 0.13 denier.

As shown in Figure 8, the structure diagram of the lower braided wire on the dust-removing and wiping surface of the lower layer of the 3C LCD panel antibacterial and antiviral cleaning precision wiper cloth, the lower braided wire (30) of this creation is 80 denier, and contains 70~50 denier. % polyester processed yarn (301) and 30~50% high shrinkage polyester fiber (302), treated with antibacterial and antiviral. The polyester processing yarn (301) is a polyester fiber of less than 0.5 denier, preferably a polyester fiber of less than 0.35 denier. The high shrinkage polyester fiber (302) is a 2.5 denier high shrinkage polyester fiber (302).

The above detailed description can make those skilled in the art understand that this creation can indeed achieve the above-mentioned purpose, and it is in compliance with the provisions of the Patent Law, and a patent application is filed in accordance with the Patent Law. However, the above are only the preferred embodiments of this creation, and should not limit the scope of implementation of this creation; therefore, any simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the creation description , shall still fall within the scope of this creative patent.

1:3C LCD panel antibacterial and antiviral cleaning precision wipes

11: The upper precision wiping surface

12: Lower dust removal and wiping surface

13: Stitching

50: short plush surface

60: Plush surface

Claims (13)

An antibacterial and antiviral cleaning precision wiping cloth for a 3C liquid crystal panel, comprising: an upper precision wiping surface, which is woven by an upper woven thread, formed by high-density weaving, and then micronized into ultra-fine fibers by a reduction fiber opening method; Antibacterial treatment forms an antibacterial and antiviral layer, with a compact structure and a short plush surface on the surface; the lower layer of dust removal and wiping surface is woven by the lower layer of braided threads, which is formed by high-density weaving and antibacterial treatment to form an antibacterial layer. The compact and surface formation has a plush surface; accordingly, the upper precision wiping surface and the lower dust wiping surface are bound together by stitching. The 3C liquid crystal panel antibacterial and antiviral cleaning precision wipe as described in item 1 of the patent application scope, wherein the upper braided wire is a bundle of at least 80 denier and contains 32 split fibers, and each split fiber has at least 16 splits. According to the 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth described in item 1 of the patent application scope, the lower braided wire is 80 denier, and contains 70~50% polyester processing silk and 30~50% high shrinkage Polyester fiber with antibacterial and antiviral treatment. The 3C liquid crystal panel antibacterial and antiviral cleaning precision wiping cloth as described in item 3 of the patent application scope, wherein the polyester processing yarn is a polyester fiber of less than 0.5 denier, preferably a polyester fiber of less than 0.35 denier . The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 3 of the patent application scope, wherein the high-shrinkage polyester fiber is a 2.5 denier high-shrinkage polyester fiber. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 2 of the patent application scope, wherein the split fiber is a composite of 75% polyester and 25% polyamide fiber. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 2 of the patent application scope, wherein the split fiber has a wedge-shaped cross-section. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 1 of the scope of the patent application, wherein the upper precision wiping surface is knitted by at least a 42G knitting machine. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 1 of the scope of the patent application, wherein the lower dust-removing and wiping surface is knitted by at least a 42G knitting machine. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning as described in item 1 of the patent application scope, wherein the high-density knitting is a warp knitting machine with a precision of at least 42G. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 1 of the scope of the patent application, wherein the ultra-fine fibers are less than 0.15 denier on average, preferably less than 0.13 denier. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 1 of the patent application scope, wherein the pile height of the short pile surface is less than 1 mm, preferably less than 0.5 mm. The precision wiping cloth for 3C liquid crystal panel antibacterial and antiviral cleaning described in item 1 of the patent application scope, wherein the plush height of the plush surface is greater than 2mm, preferably greater than 3mm.

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