The invention discloses an antibacterial non-woven fabric which comprises an outer layer, a middle layer and an inner layer, wherein the outer layer is a polypropylene fiber spunbond non-woven fabric; the middle layer is a bamboo carbon fiber melt-blow non-woven fabric; the inner layer is a nano silver fiber thermal synthesis non-woven fabric; the spunbond non-woven fabric, the melt-blow non-woven fabric and the thermal synthesis non-woven fabric are sewn together through an ultrasonic non-woven fabric edge wrapping laminating machine; fruit shell activated carbon granules are placed between the middle layer, that is, the bamboo carbon fiber melt-blow non-woven fabric, and the inner layer, that is, the nano silver fiber thermal synthesis non-woven fabric. By adopting the mode, the antibacterial non-woven fabric is of a three-layer composite structure, has good bacterium resistance and prevention function, also has good air permeability and flexibility, and is non-toxic, irritation-free, safe and environmentally friendly.

Antibacterial non-woven fabric

The invention relates to a candy product rich in dietary fiber. The candy comprises 30-70% of biological cellulose by weight percentage. By using the biological cellulose as dietary fiber, the candy rich in dietary fiber has the advantages of high purity, good taste and good biocompatibility. The candy product prepared is convenient to eat, numerous in variety, high in nutritive value, contains less sugar and fat, is beneficial to digestion, and is high in market acceptability.

Candy rich in dietary fiber

The invention discloses a printing luminous blanket/carpet and a production technology thereof. A luminous printing part is arranged on a blanket/carpet body. The production technology of the printing luminous blanket/carpet comprises the following steps of drawing making, white blank weaving, printing, color fastening, softening, drying and shaping, post-arrangement and treatment, and the like; the printing step comprises the steps of conventional printing part printing, luminous printing part printing, and permeating; a paste for the luminous printing part printing is particularly prepared; the color fastening step comprises the following steps of drying at the high temperature not lower than 150 DEG C, and conventional high-temperature and high-pressure steam pressure curing; the other steps are performed by the conventional method. The printing luminous blanket/carpet has the advantages that the luminous printing part with local pattern or whole pattern is formed, the printing is firm, the color fading is avoided, the cleaning is easy, the influence on the softness of the blanket/carpet is avoided, the conventional printing blanket/carpet production technology is slightly adjusted, and the technology is simple.

Printing luminous blanket/carpet and production technology thereof

The invention discloses edible composite cling film, and a preparation method and application thereof. The composite film is prepared by the following steps: adding a polyvinyl alcohol solution, a chitosan solution, a phenolic acid substance and a plasticizer in an edible polysaccharide Curdlan suspension, adjusting the pH value of the mixed solution to 3-5, carrying out ultrasonic degassing to obtain a film-forming liquid, pouring the film-forming liquid into a polytetrafluoroethylene plate, carrying out heat preservation for carrying out a reaction for 8-10 minutes at a temperature of 90-120DEG C, carrying out sizing, carrying out sterilization treatment, carrying out ultraviolet irradiation treatment for 5-10 minutes, carrying out hot-air circulating drying treatment at a temperature of 90-120 DEG C for 30-60 minutes, and carrying out cooling at a temperature of 4 DEG C to obtain the edible composite cling film. The edible composite film provided by the invention has the advantagesof high tensile strength and high extensibility, has excellent integrity, tensile strength and extensibility after being stewed in boiling water for 1 hour, and can effectively prolong the shelf lifeof fruits, vegetables and the meat products.

Edible composite cling film, and preparation method and application thereof

The invention discloses a milk candy containing a noodle. The milk candy is prepared from the following raw materials: high protein flour, soybean meal, fruit and vegetable juice, water, spiced salt, white granulated sugar, chitosan oligosaccharide, condensed milk, water-free milk, hydrogenated vegetable oil, potato modified starch, lecithin, seasoners and polyglycerol fatty acid ester. According to the milk candy containing the noodle, the soybean meal is added into the noodle, so that the noodle is chewy, and meanwhile, various nutrient substances can be supplemented, so that the noodle is nutritive; the fruit and vegetable juice is added, so that the distinctive natural color and luster are attached to the noodle, the noodle is bright in color and luster, and nutritious and healthy; the noodle is dried by frying, so that the noodle is delicious and crispy in mouthfeel, and the noodle is further subjected to freeze drying, so that the noodle reserves abundant nutrition, and is crispy in mouthfeel; the different seasoners can meet the taste of different consumers, and the defect of single taste of the milk candy is overcome; the potato modified starch is adopted for replacing gelatin, so that the eating is safe and healthy; and the milk candy coats the noodle, so that the outer layer is crispy and soft, and melts immediately after being placed into the mouth, and the noodle in the inner-layer has different tastes, so that the whole milk candy has rich mouthfeel.

Milk candy containing noodle

The invention belongs to the field of medical materials, and relates to a preparation method for an anti-virus bacteria cellulose protective material and a product thereof, in particular to a preparation method for a medical protective material which takes bacteria cellulose as a substrate and a product thereof. In the invention, pulping treatment is performed and polyvinyl alcohol (PVA) is added, so that the air permeability of the protective material can be effectively improved, the effective pore diameter is appropriately increased, random, interlayer and intersected arrangement of fiber is increased to construct a multi-bent fiber filtering layer, and bacteria, viruses and the like are prevented from permeating the compound film easily. The concentration of the adopted PVA is lower and the using amount is smaller, and the effective pore diameter of the compound film is increased and the mechanical performance of the compound film is improved by taking the three-dimensional netlike structure of bacteria cellulose as a main body and adding the PVA serving as a bonding agent. Moreover, the bacteria cellulose-base protective material with an anti-virus function is prepared by compounding chitosan which has broad spectrum antibiotic property, is non-toxic and is free from side effect.

Preparation method for anti-virus bacteria cellulose protective material and product thereof

The utility model relates to a sandwich milk candy, in particular to a colorful coconut sandwich milk candy with the colorful coconut sandwich. The colorful coconut sandwich milk candy is composed of a milk candy outer wrapping body and a colorful coconut inner sandwich, wherein the colorful coconut inner sandwich is wrapped by the milk candy outer wrapping body, and the colorful coconut inner sandwich is 10-15% of the total mass of the colorful coconut sandwich milk candy. The colorful coconut sandwich milk candy has good mouthfeel and attractive appearance, and the chewiness and the elasticity of the milk candy can be improved; meanwhile, the high protein of the milk candy and the dietary fiber of colorful coconuts are combined, so as to be more beneficial for human health, therefore, the milk candy becomes one of the most popular food of vast consumers.

Colorful coconut sandwich milk candy

The utility model discloses a fluorescence and high-elasticity printed carpet. The fluorescence and high-elasticity printed carpet comprises a suede printing layer, a dacron non-woven fabric layer and a micropore high-elasticity back adhesive layer which are pasted in sequence, and the suede printing layer is composed of fluorescence printing fluff and ordinary printing fluff. Fluorescent dye is carried out on the partial fluff surface, the purposes of manufacturing the printed carpet with a special attractive effect and an artistic sense are achieved, at the same time, the micropore high-elastic back adhesive layer is formed by coating of styrofoamadherend, and therefore elasticity and flexibility of the printed carpet can be improved.

Fluorescence and high-elasticity printed carpet

The invention relates to a biological environmental elastic carpet and a preparation method thereof. The biological environmental elastic carpet is prepared from a carpet surface layer prepared from a cellulosic fiber and a carpet base layer prepared from micro balloon elastic rubber; the carpet surface layer is interwoven from a warp, an weft and a pile yarn; then the micro balloon elastic rubber is coated on the back side of the carpet surface layer; the dosage of the micro balloon elastic rubber is 140-360g/m , and the preparation method comprises the processes of dyeing, spinning and weaving and post-processing; the biological elastic carpet is coated and dried by the micro balloon elastic rubber, thereby forming a micro balloon structure. The biological environmental elastic carpet has the advantages that the micro balloon elastic rubber used in the base layer not only has stable elasticity, but also has a controllable micro balloon structure, so as to achieve controllable elasticity; and excellent elasticity is obtained through the micro balloon elastic rubber, so that the processing technique and the processing cost are greatly simplified, and environment protection in the production process is achieved.

Biological environmental elastic carpet and preparation method thereof

The utility model relates to a fungi-proofing deodorant fragrant carpet. The fungi-proofing deodorant fragrant carpet comprises a fungi-proofing deodorant carpet fiber layer, a dacron non-woven fabric layer and a carpet adhesive which can release the fragrance slowly, wherein the fungi-proofing deodorant carpet fiber layer is planted inside the dacron non-woven fabric layer through a steel needle, and then the back of the dacron non-woven fabric layer is coated with the carpet adhesive which can release the fragrance slowly, so that the planted fungi-proofing deodorant carpet fiber layer is fixed at the back of the dacron non-woven fabric layer. The fungi-proofing deodorant fragrant carpet has the advantages that the fungi-proofing, deodorant and sanitary carpet is provided through modification of carpet fiber materials, and simultaneously, perfume microcapsules are added in the carpet adhesive to improve the indoor smell. The multifunctional carpet is applicable to sites such as homes, public houses and hotels, the usage safety, the hygiene and the smell comfort of the carpet are improved, the broad market space is provided, and the carpet is widely expected and loved by people.

Fungi-proofing deodorant fragrant carpet

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