30results about How to "Having cool" patented technology

The invention relates to a viscose fiber produced by utilizing mint and the process engineering thereof. The process includes: mint preparing, cropping, screening, washing, pre-treating, boiling, desanding and concentrating, chloridizing, alkali refining, bleaching, acid treating, desanding and concentrating, papermaking, dipping, pressing, crushing, maturing, yellowing, rubbing, dissolving, filtrating, debubbling, filtrating, spinning, drafting, severing, post-treating, drying, and packing; in the production process, a relaxative pulp technology is adopted, a preservative agent is added, and an enzyme treatment working procedure is added. The invention utilizes mint as the raw material to produce the viscose fiber, which is a creation of applying mint in the textile industry; and the original special matter of the mint, menthol and menthone, are kept, as well as the characteristics of sterilization, balminess, coolness, environmental protection, mosquito repelling, and so on; so that the fiber products thereof have the natural refreshing healthcare function and create a novel field for the development of the viscose fiber and the functional products thereof.

The invention relates to a cellulose viscose producing process engineering using tea, which includes: tea stock preparation, cutting, screen selecting, material washing, preliminary treatment, cooking, desanding and concentrating, chloridization, alkali refining, albefaction, acid treatment, desanding and concentrating, manufacturing, impregnation, squeezing, comminution, old, yellowing, grinding, solubilization, filtering, debubbling, filtering, spinning, drafting, cut off, post treatment, drying, and packing, wherein, a demulcent pulping process is used in the manufacturing technique, a protecting agent is added, and an enzyme treatment process is added. The invention utilizes tea as raw material to produce cellulose viscose, which initiates tea application in textile industry; and reserves the intrinsic antimicrobial and antiradiation substance tea polyphenol in tea, and features of environment protection, pure and fresh, coolness, etc., thereby the fiber thereof has natural performance of antimicrobial, bacterium suppressing, sterilizing, antiradiation, etc., and a novel field is created for the development of the cellulose viscose functional products thereof.

The invention relates to a germanium viscose fiber, which is prepared from hemp pulp and nano germanium ores serving as raw materials, wherein the content of the nano germanium ores is 1 to 30 percent of the weight of the finished germanium viscose fiber product; the germanium viscose fiber is prepared by preparation of the germanium ore pulp, preparation of soluble viscose, preparation of germanium pulp, preparation of viscose spinning stock solution, spinning, post treatment and drying process; the hemp pulp and the nano germanium ores are used as the raw materials, the hemp pulp and the nano germanium ores serving as the raw materials are renewable resources, and the discarded fabrics of viscose fiber can be biologically degraded, so accumulative influence on the environment is not caused, and the environment is protected; the nano germanium has small grain diameter and is dispersed uniformly in the fiber; the prepared fiber product has high strength and good textile processing performance by adopting viscose and coagulating bath composite denaturation technology; and zinc sulfate with high pollution to the human environment is not used any more, so the harm to the environment is reduced in the fiber production process.

The invention provides a flax fiber and tencel fiber blended yarn and a preparation method thereof. The flax fiber and tencel fiber blended yarn comprises 35 to 40 weight percent of flax fiber and 60 to 65 weight percent of tencel fiber, wherein the twist degree of the blended yarn is 21.32 to 23 T/inch; the average strength of the blended yarn is 300 g; and the elongation percentage of the blended yarn is 14.1 percent. The flax fiber and tencel fiber blended yarn combines moisture absorption, perspiration, antibacterial effect and the like of the flax fiber and the healthy environmentally-friendly characteristic of the tencel fiber, has the advantages of natural environmental friendliness, cooling performance and antibacterium, and can be applied to clothing fabrics and other industries.

The invention discloses a bamboo hemp cotton blended compact spinning yarn and a producing method thereof. The bamboo hemp cotton blended compact spinning yarn is formed by blending 20-50% of bamboo fiber, 10-30% of hemp fiber and 20-50% of cotton fiber. The invention further discloses the producing method of the bamboo hemp cotton blended compact spinning yarn. The produced blended yarn reaches the national standards, clothes woven from the blended yarn are smooth and soft in fabric surface, have the functions of cooling, bacterial resisting and restraining, blood circulation improving, metabolism promoting, disease preventing and fatigue eliminating, have excellent breathability and quite high micro-elasticity, have the good function of preventing fluffing and pilling, and are easy to wash and rapid in dirt removal.

The invention discloses an antistatic fabric fiber, which is formed by blending and weaving various fabric fibers with an antistatic function. The antistatic fabric fibers comprise linen fiber, viscose, tencel fiber, mercerization fiber and voile, and the percentage by weight of each component of the antistatic fabric fiber is as follows: 35-49% of the linen fiber, 23-27% of the viscose, 6-9% of the tencel fiber, 8-11% of the mercerization fiber, and 14-18% of the voile. The antistatic fabric fiber disclosed by the invention is formed by blending and weaving various fabric fibers with the antistatic function, the woven fabric fiber has resistance to the static electricity to prevent the static electricity from being generated, and the fabric fiber has the characteristics of moisture absorption performance, gas permeability, and cooling performance, and is soft and comfortable in wearing.

The invention relates to a tissue capable of releasing negative oxygen ions and a production method thereof. According to the production method of the tissue capable of releasing negative oxygen ions,cotton pulp with the fiber length of 2.5-6 mm, raw wood pulp with the fiber length of 0.8-3.5 mm and bast pulp with the fiber length of 2-3.8 mm are adopted to prepare a product which comprises at least two layers of paper webs of different compositions and non-coincident fiber arrangement. The flexibility of the paper webs can be improved; the bast pulp comprises ramie fibers and piemarker fibers; ramie fibers and piemarker fibers are matched with cotton pulp and raw wood pulp for use; paper with good gloss, rapid moisture absorption and dissipation performance, excellent breathability, andnatural texture is obtained; moreover, a negative oxygen ion solution is added to the formed paper webs; the tissue capable of releasing the negative ions is formed, the negative ions can contact withair to generate the negative ions and improve the air, and when stains are wiped by the tissue, part of the negative ions on the tissue can be transferred to a wiped part, so that an effect of killing bacteria is achieved, health is cared, and the tissue is worthy of popularization and use.

The invention discloses a ventilated fiber cloth, and belongs to the field of fiber cloths. The ventilated fiber cloth is formed by compositing bamboo fibers, cotton fibers, aramid fibers and ramie fibers. According to the prepared ventilated fiber cloth, shell fabric is soft and close fitted, air permeability is good, and wet absorption air permeability of the ramie fibers in the ventilated fiber cloth is 3-5 times of that of the cotton fibers. Simultaneously, the ventilated fiber cloth contains beneficial elements of cerumen, pyrimidine, purine and the like, has bacterium inhibition, ventilation, cooling and corrosion prevention functions, and furthermore can effectively achieve ventilation and flame resisting effects due to the fact that the aramid fibers have flame resisting effects.

The invention discloses a jute-wool blended fiber fabric. The jute-wool blended fiber fabric is formed by blending four fabric fibers including apocynum venetum fibers, ramie fibers, angora wool fibers and camel plush fibers in a woven mode, and comprises, by weight, 21% to 25% of the apocynum venetum fibers, 30% to 34% of the ramie fibers, 15% to 19% of the angora wool fibers and 22% to 34% of the camel plush fibers. The jute-wool blended fiber fabric is formed by blending the four fabric fibers including the apocynum venetum fibers, the ramie fibers, the angora wool fibers and the camel plush fibers in the woven mode, the jute-wool blended fiber fabric formed in the woven mode has the advantages of keeping warm and being breathable, soft, comfortable, capable of absorbing moisture and cool, and meanwhile the jute-wool blended fiber fabric is good in abrasion resistance, easy to wash and high in drying speed.

The invention provides a blended yarn and a production process thereof, and belongs to the technical field of textile. The blended yarn comprises, by weight, 40-48 parts of cotton fibers, 10-20 partsof ramie fibers, 12-20 parts of China hemp fibers and 5-10 parts of banana fibers, and raw materials are mixed and sequentially subjected to blowing, cotton carding, drawing, roving, spinning, post-treatment, spooling and packing. The production process of the blended yarn is simple to operate, and the produced blended yarn is good in comfort, hydroscopic and fast dry and has antistatic and anti-ultraviolet functions.

The invention discloses a multi-purpose front-side and reverse-side air conditioning garment. The air conditioning garment is of a three-layer structure and sequentially comprises a surface layer, an interlayer and an inner layer from outside to inside, the surface layer is a rain-proof layer, the inner layer is a cotton layer, the interlayer is a cooling layer, and the space of the interlayer is filled with water bags. According to the air conditioning garment, the shell temperature is reduced through the cooling layer, and therefore the purpose of refrigeration is achieved. The air conditioning garment has the advantages of being cool, comfortable, healthy and the like, and is suitable for being worn in hot summer to relieve summer heat and cool.

The invention discloses a functional negundo chastetree fruit fabric for infant pillows. The functional negundo chastetree fruit fabric is made of viscose which is prepared from the following components in parts by weight: 90 parts of negundo chastetree fruit rootstalks and 10 parts of negundo chastetree fruits. The functional negundo chastetree fruit fabric for the infant pillows has the functions of convulsion relieving, sleeping helping and health caring.

The invention discloses breathable fiber cloth which is characterized in that the breathable fiber cloth is prepared by combining a cotton fiber, an aramid fiber and a ramie fiber, the aramid fiber accounts for 20%-30% of the mass percent of the breathable fiber cloth, the cotton fiber accounts for 35%-45% of the mass percent of the breathable fiber cloth, and the ramie fiber accounts for 35%-45% of the mass percent of the breathable fiber cloth. The shell fabric of the prepared fiber cloth is soft and next to the skin and is high in breathability, the moisture absorption breathability of the ramie fiber in the fiber cloth is 3-5 times that of the cotton fiber, the breathable fiber cloth comprises the beneficial elements of domperidone, pyrimidine, purine and the like, and has the effects of inhibiting bacteria, breathing, cooling and preventing corrosion. The aramid fiber has a flame retardant effect, and effectively achieves the effects of breathing and flame retarding.

The invention relates to a preparation method for a stranded PTT (Polytrimethylene Terephthalate) fiber filament with a cooling function. The preparation method comprises the following steps: selecting sub-nanometer zinc oxide as an additive, wherein the mass percent of the addition of the additive is 3.5%-6%; adding the additive into a PTT fiber melt in an injection mode, thereby forming a pre-orientated filament; and adding elasticity and adopting positive and negative twisting stranding method for preparing the product. The preparation method provided by the invention is suitable for the preparation of the stranded PTT fiber filament with the cooling function.

The invention discloses a double-bleaching with sodium chlorite and double-oxygen-bleaching process for linen. The process includes the following steps: adding sulfuric acid and a scouring agent into deionized water, and carrying out treatment; continuously adding sodium chlorite, sodium nitrate and a stabilizer, and carrying out treatment; discharging liquid; adding the sulfuric acid, scouring agent, sodium chlorite, sodium nitrate and stabilizer into the deionized water, and carrying out treatment; discharging liquid; washing with water; performing overflowing; adding a penetrant, the scouring agent, sodium hydroxide, sodium carbonate, the stabilizer, sodium silicate and hydrogen peroxide into the deionized water, heating and carrying out treatment; discharging liquid; and adding the scouring agent, sodium carbonate, sodium silicate, stabilizer and hydrogen peroxide into the deionized water, heating and carrying out treatment, and washing with water. The double-bleaching with sodium chlorite and double-oxygen-bleaching process is adopted, the defects of particles and nubs of the linen are reduced, the quality of the linen is improved, and the spinnability of the linen is improved; and the yarn evenness of the linen is improved by trial of a new chemical reagent complemented by control on the dosage, temperature and time of the chemical reagent.