TWM573347U - Composite fiber antibacterial cloth with copper alloy filament - Google Patents

Abstract

A composite fiber antibacterial cloth with copper alloy wire, which is composed of a plurality of copper alloy wire composite wires and a plurality of elastic fiber wires interlaced into an antibacterial cloth body by a warp and weft, wherein the copper alloy wire composite wire is twisted by one or more filaments The fiber-copper alloy wire and the multi-multifilament polyester fiber yarn ratio warp knitting and interlacing blending to prepare a natural antibacterial antibacterial yarn body with elasticity and twisting long-acting, by the fiber copper alloy wire Stable formation of an oxide film to release copper ions in the composite fiber antibacterial cloth, so that the complex copper alloy wire composite wire linear structure can obtain high tensile and long-acting natural inhibition by copper alloy copper alloy medium The antibacterial effect creates a friendly and antibacterial environment for the environment, and achieves the effect of comfortable body and environmental protection on the body or processed fabric or other fabric.

Description

Composite fiber antibacterial cloth with copper alloy wire

The present invention relates to a composite fiber antibacterial cloth with a copper alloy wire, in particular, one of which can be used for stretching or stretching, which can have better elasticity and distortion and can be used to achieve environmental benefits and large An antibacterial cloth that enhances long-lasting bacteriostatic action and at the same time provides specific comfort.

According to the general antibacterial textiles commonly found in the market, the most common ones are silver-containing antibacterial fabrics. However, silver ions or nano-silver will enter the human body through the skin, while silver compounds are basically insoluble except for silver nitrate, which will cause accumulation of heavy metals in the body. In the long run, the problem of detrimental to the health of the body has been exposed, and in order to overcome the harm of silver ions or nano-silver to the human body, the textiles made of copper-containing antibacterial fiber have been gradually replaced with ions or nano-silver as antibacterial. Functional textiles, the copper-containing antibacterial fiber is an inorganic antibacterial fiber, and is formed by coating copper metal and its compound on the surface of the fiber silk or by impregnating a copper chemical antibacterial agent as an antibacterial method into the fiber by a processing method, thereby making it A copper ion fiber antibacterial function, and the use of copper ion fiber good antibacterial properties can inhibit bacterial proliferation to prevent stinky odor; at the same time, the high hydrophilic group of the fiber can be neutralized with ammonia, isovaleric acid and acetic acid, Eliminates odors, except that its copper-containing antibacterial fiber is a process for applying or impregnating a copper compound. It is directly introduced into the surface of the fiber, and then made into a textile with antibacterial function by means of weaving. The copper compound is a metal bismuth with solubility and poor acid resistance, resulting in poor release of copper ions, which causes it to enter the skin pores. In the human body, it is then excreted with the body's metabolism, and further, its fiber is coated on the surface or impregnated with copper chemical resistance. The microbial agent, the copper fiber antibacterial cloth is easy to be cleaned due to the number of washings, and the antibacterial effect is reduced, and the lack of use time is required, which needs to be improved.

In view of the above-mentioned shortcomings of the above, the creator has exhausted his mind to study and design, and has been adhering to the spirit of perseverance. After many discussions and trials and full improvement, the author has launched this creation.

The main purpose of the present invention is to provide a composite fiber antibacterial cloth with copper alloy wire, especially a copper alloy wire composite wire system which is blended with at least one or more fiber copper alloy wires of filament flexibility in a plurality of multifilament yarns. The polyester fiber yarn forms an antibacterial yarn, and the woven fabric structure which is interlaced and woven with a plurality of elastic fiber threads is stretched or extensible, and the composite fiber antibacterial cloth having better elasticity and distortion can be obtained by the fiber copper alloy wire. It can be stably formed to produce an oxide film to release copper ions to act on the composite fiber antibacterial cloth, so that the linear structure of the plurality of copper alloy wire composite wires can obtain high tensile strength and long-acting property through the copper alloy wire copper alloy medium. The antibacterial effect of the bacteria creates a friendly and antibacterial environment for the environment, and achieves the effect of comfortable and environmentally friendly on the body to be processed into clothes or other fabrics, so as to solve the conventional problem of applying silk to the surface or impregnating copper chemistry. Antibacterial agent, not resistant to washing and antibacterial aging, the antibacterial cloth body is processed into a garment or other fabric with a comfortable body.

10‧‧‧Antibacterial cloth body

11‧‧‧ copper alloy wire composite wire

111‧‧‧Multifilament polyester yarn

112‧‧‧ copper alloy wire

12‧‧‧elastic fiber line

20‧‧ ‧ shoes

30‧‧‧ panties

40‧‧‧dressing

50‧‧‧ insole

60‧‧‧ socks

The first picture is a three-dimensional and partial enlarged view of the creation.

Figure 2 is a perspective cross-sectional view of the present creation.

Figure 3 is a schematic plan view of the creation.

Fig. 4 is a schematic view of the shoe body in combination with the creation of the present invention.

Figure 5 is a schematic diagram of the present invention used in the underpants.

Figure 6 is a schematic diagram of the use of this creation in combination with clothing.

Figure 7 is a schematic diagram of the use of the present inventor in combination with the insole.

Figure 8 is a schematic diagram of the combination of the creation of the present application.

Please refer to Figure 1 (see also Figures 2 and 3). This design provides a composite fiber antibacterial cloth with copper alloy wire, which is mainly composed of copper alloy wire composite wire (11) and plural elastic fiber. The wire (12) is woven by warp and weft into an antibacterial cloth body (10), and the copper alloy wire composite wire (11) is composed of at least one or more fiber copper alloy wires (112) and a plurality of multifilament polyester fiber yarns (111). Blending the formed antibacterial yarn so that the copper alloy wire composite wire (11) can oxidize and stably release copper ions by the fiber copper alloy wire (112) to act on the inside of the plurality of multifilament polyester fiber yarns (111). The complex copper alloy wire (11) linear structure is obtained by the fiber copper alloy wire (112) copper alloy medium to obtain the natural antibacterial antibacterial property, and the fiber copper alloy wire (112) is used for the filament winding blending in the plural The multifilament polyester fiber yarn (111) forms an antibacterial yarn, and the multifilament polyester fiber yarn (111) can be set as a dans nylon thread or a multifilament nylon thread (MuLti-Mono) or a polyethylene thread. (Polyethylene) or nylon (Nylon) or monofilament seam (Knotless), Dyneema (Dyneema) wire, the copper alloy wire composite wire (11) The fiber copper alloy wire (12) can oxidize and stably release copper ions to the inside of the plurality of multifilament polyester fiber yarns (111), so that the complex copper alloy wire composite wire (11) has a linear structure by copper alloy wire (12) The copper alloy medium obtains the antibacterial property of natural bacteriostasis, and solves the problems of traditional conventional chemical metal copper galvanizing, drawn copper wire, silver wire, tensile strength, elasticity, poor toughness and poor antibacterial aging, and the copper alloy is utilized at the same time. The wire (12) is a filament wound blended in a plurality of multifilament polyester fiber yarns (111), whereby the plurality of copper alloy wire composite wires (11) and the plurality of elastic fiber wires (12) are interwoven with warp and weft. A copper alloy wire composite fiber antibacterial cloth which has better elasticity and twistability, and a copper alloy wire composite wire (11) which achieves the plurality of twisting properties and the plurality of elastic fiber wires (12) The antibacterial cloth body (10) is formed by weaving and forming, and can be processed into a garment or other fabric, which can greatly improve the elasticity, the specific feeling, the comfort, the long-term antibacterial effect and the environmental protection effect. It is customary to apply fiber or silk to the surface to coat or impregnate copper. Science antimicrobial agents, antibacterial washable without problems of poor timeliness, serve to achieve antibacterial cloth body (10) having a body of good comfort made by processing on clothing or other fabric efficacy.

The above multifilament polyester fiber yarn (111) may also be used as cotton yarn, nylon, wool yarn, long fiber, short fiber, and the plurality of fiber copper alloy yarns (112) are blended with the plurality of polyester fiber yarns. (111) Copper alloy wire composite wire (11).

The antibacterial cloth body (10) interlaced by the above-mentioned anti-complex copper alloy wire composite wire (11) and the plurality of elastic fiber wires (12) can be further woven or easily flowed in accordance with various requirements of the wearer. Sweat or parts that are prone to odor, such as the toe of the shoe 20 (as shown in Figure 4), the trousers of the underpants 30 (as shown in Figure 5), and the bottom of the clothing 40 (as shown in Figure 6). Shown), insole 50 (as shown in Figure 7), toe 60 on the toe, heel (as shown in Figure 8) or a pair of socks, to make the treatment of dirt, odor and long-lasting natural bacteriostatic It is a comfortable and dry wearer.

The above-mentioned antibacterial cloth body (10) can also be directly cut into a biomedical antibacterial product (such as a bed sheet, a sheet, a surgical gown, a surgical cap, a glove, a mask, a towel, a pillowcase, etc.). Wear daily necessities to make the long-lasting natural antibacterial effect on the treatment of dirt and odor, and to achieve comfortable and dry wearing.

In summary, when Zhizhi creation can be widely used by related industries, and this creation has met the requirements of the Patent Law before the application, it has proposed a new type of patent application according to law, and asks the bureau to inspect the patent and benefit the patent. prayer.

However, the above-mentioned ones only limit the scope of the implementation of the creation of the creation of the meta-forms, which means that the characteristics and spirit of the application as described in the scope of this creation application are equally changed or modified. It is within the scope of this creation patent.

Claims (4)

A composite fiber antibacterial cloth with copper alloy wire, which is composed of a plurality of copper alloy wire composite wires and a plurality of elastic fiber wires interlaced into an antibacterial cloth body, wherein: the copper alloy wire composite wire is made of one or more thin The flexible fiber copper alloy wire and the multi-multifilament polyester fiber yarn are interwoven and blended to form a natural antibacterial yarn body with elasticity, distortion and long-lasting effect. The composite fiber antibacterial cloth with copper alloy wire according to claim 1, wherein the copper alloy wire composite yarn has a multifilament polyester fiber yarn material more than the fiber copper alloy wire. The composite fiber antibacterial cloth with copper alloy wire according to the first aspect of the patent application, wherein the multifilament polyester fiber yarn can be set as a yarn of cotton yarn, nylon, wool yarn, long fiber or short fiber. According to the composite fiber antibacterial cloth with copper alloy wire according to Item 1 of the patent application scope, the antibacterial cloth body which is resistant to the complex copper alloy wire composite wire and the plurality of elastic fiber wires is required to be woven according to customization requirements. It is combined with a variety of wearing products that are easily stained or sweaty or odor-prone. It has a long-lasting natural bacteriostatic effect and is comfortable and dry.