114results about How to "Soft and comfortable to wear" patented technology

The invention discloses a preparing method of EVS plant fiber foaming composite shoe material, which is characterized by the following: setting EVA as main material, plant fiber powder and inorganic powder material as auxiliary; matching cross linker, auxiliary cross linker, foaming agent AC, organic silicon wool sanforizing agent CS, plasticizer and surface additive. The preparing course comprises the following steps: grinding the plant fiber; drying; putting the fiber in the high-speed stirrer to knead; removing water; proceeding surface active disposal; adding the prepared material with EVA, surface additive A and other materials in the closed-smelting machine; squeezing the grain to produce high foaming composite shoe material of EVA plant fiber.

The invention provides a 4D breathable vamp which comprises a vamp body. The 4D breathable vamp is characterized in that the vamp body comprises a surface layer, a lining layer and a bottom layer which integrally adhered, the whole surface layer is made screen cloth, the density of the lining layer is larger than that of the surface layer and the bottom layer, the lining layer is made of knitted fabric with single-color or colorful printings, the surface, with the printings, of the lining layer faces the surface layer, the lining layer is 1.5-3mm in thickness and comprises a plurality of components, the lining layer are respectively adhered to the surface layer and the bottom layer, the whole bottom layer is made of sandwich screen cloth, and the sandwich screen cloth comprises an upper layer, a connecting layer and a lower layer. The invention further provides a shoe made by vamp body. The 4D breathable vamp has the advantages that vamp is light and breathable and has certain hardness, shoe shape can be kept, wearing comfortableness is achieved, the feet of a wearer are less prone to bruising, diversified decorating patterns can be designed on the vamp, a three-dimensional effect is achieved, vamp design freedom is achieved, and the vamp is convenient to produce and attractive in appearance.

The invention relates to a quadrille elastic warp-knitted jean fabric. On a Tricot warp-knitting machine, a 10A10B (A and B represent two kinds of dyed yarns) yarn threading mode is adopted for first guide bar yarns which are completely looped; third guide bar yarns and fourth guide bar yarns are completely looped; a 10B10A yarn threading mode is adopted for second guide bar yarns with one half of pattern height rows subjected to looping and the other half of pattern height cross rows subjected to weft insertion, the weft insertion direction is the same as the first guide bar yarn laying direction to form reverse yarn laying, and thus the color of the second guide bar yarns can be displayed in the second guide bar yarn reverse yarn laying rows on the back side of the process; color-alternating squares are formed on the back side of the process in combination with specific yarn threading, and the side serves as a wearing front side. The woven warp-knitted jean fabric is better in dimension stability which is between that of a woven product and that of a weft-knitted product. The process is simple, cost is low, production of the yarn-dyed quadrille fabric can be achieved, a follow-up dyeing and finishing process can be omitted, and high efficiency and environmental friendliness can be achieved.

The invention discloses an antiflaming arc prevention fabric which comprises an anti-static antiflaming layer on the surface layer and a heat isolation comforting layer on the inner layer, wherein the anti-static antiflaming layer is mutually woven of warp yarns and weft yarns; the warp yarns are formed by blending polyaniline conductive fibers and aramid fibers; the weft yarns are formed by blending polypyrrole conductive fibers and polyester fibers; and the heat isolation comforting layer is woven of ramie and cotton blended fibers. Due to blending and weaving of the conductive fibers and the antiflaming insulating fabrics, the anti-static antiflaming fabric can be formed, is high in antiflaming property and can prevent static electricity; by the fabric woven of the high temperature resistant and high heat dissipation the ramie and cotton blended fibers, influence of high temperature on a human body can be avoided; and on the fabric, people feel cool, soft and comfortable.

The invention discloses a soft and comfortable blended shell fabric. The soft and comfortable blended shell fabric is formed by blending and weaving high moisture-absorption cotton-like polyester filament yarn fibers, apocynum venetum fibers, kapok fibers and imported long linter fibers. The soft and comfortable blended shell fabric comprises, by weight, 17% to 21% of the high moisture-absorption cotton-like polyester filament yarn fibers, 25% to 29% of the apocynum venetum fibers, 30% to 34% of the kapok fibers and 16% to 28% of the imported long linter fibers. The soft and comfortable blended shell fabric is formed by blending and weaving the high moisture-absorption cotton-like polyester filament yarn fibers, the apocynum venetum fibers, the kapok fibers and the imported long linter fibers, and the woven shell fabric is soft in touch and comfortable to wear, and has the advantages of being capable of absorbing moisture, breathable, cool, thermal, good in drapability and resistant to wear.

Disclosed is a manufacturing method for a pair of moisture-permeable and water-proof shoes. The manufacturing method comprises the following steps of (A), coating release paper with moisture-permeable and water-proof resin to form a coating layer, and performing drying and curing on the coating layer to form a moisture-permeable and water-proof membrane; (B), attaching an outer basic cloth to the moisture-permeable and water-proof membrane, next, separating the release paper from the moisture-permeable and water-proof membrane, and finally, attaching a piece of lining cloth to the surface, opposite to the moisture-permeable and water-proof membrane, of the outer basic cloth to obtain moisture-permeable and water-proof cloth; (C), cutting the moisture-permeable and water-proof cloth and sewing into an upper, wherein the lining cloth of the upper defines a wearing space for allowing one foot to wear; (D), performing waterproof treatment on the seaming positions of the upper; and (E), enabling a shoe tree to penetrate in the wearing space, next, gluing the upper with a shoe sole, and then moving the shoe tree out of the wearing space to complete manufacturing of one moisture-permeable and water-proof shoe.

The invention discloses elastic sweat absorbing and antibacterial underwear fabric which is prepared from the following raw materials: superfine polyester fiber, bamboo fiber, Tencel fiber, chitin andgraphene regenerated cellulose fiber; through scientific proportioning of the materials and under the interaction of the components, the elasticity, strength and water absorptivity of the fabric areimproved; with good performance, the fabric has good handfeel, drapability, air permeability, elasticity and the like as well as remarkable antibacterial effect, and thus is relatively ideal fabric for fitting health care underwear.

The invention provides an omni-directional protection type CT (computed tomography) protective garment which comprises a body. The omni-directional protection type CT protective garment is characterized in that the body comprises a front part and a back part which are one-piece, and a length adjusting mechanism is arranged between the front part and the back part; sleeves are detachably connected to two sides of the body, the upper portion of the body is connected with a collar, the upper potion of the collar is detachably connected with a cap, reinforced protective belts are arranged on opening portions of the sleeves and the collar and at the bottom end of the body, and the end portions of the reinforced protective belts are tightened by elastic bands. A user wearing the omni-directional protection type CT protective garment can be protected in omni-directional manner, and X-ray blocking rate reaches 99%; meanwhile, the omni-directional protection type CT protective garment is made of micro lead alloy and multiple elements of tungsten, bismuth and tin, so that weight of the protective garment is reduced, and harm of lead to humans and environment is reduced.

The invention discloses a novel juxtaposed complex yarn towel comprising wool warp yarn used for spinning towel looping tissues, wherein the wool warp yarn is juxtaposed complex yarn which is in parallel and juxtaposed configuration by at least one kind of skeleton yarn and one kind of untwisted yarn and is formed by sticking and complexing. The invention not only contains the soft and comfortable wearability of the prior untwisted yarn towel but also avoids the problems of high cost, pollution, uneven wool loops, high wool falling-off rate and the like existing in the untwisted yarn towel manufactured by the prior technology effectively. The invention provides a more high-quality and mellow product for the upgrade and generation change of the towel industry in China.

The invention discloses a soft leather fabric which comprises a superficial soft layer, a leather layer and close-fitting layer, wherein the leather layer is located below the soft layer; the close-fitting layer is located below the leather layer; the soft layer is a thin-film layer which is formed by polyimide fibers; the leather layer is made of fish leather; the close-fitting layer is an elastic layer which is formed by mutually knitting warps and wefts; the warps are formed by blending and knitting tribute silk fibers and mohair fibers; and the wefts are formed by blending and knitting cashmere fibers and camel hair cloth fibers. The superficial soft layer is the thin-film layer which is formed by knitting the polyimide fibers, so that the mechanical property is good, abrasion is difficulty to occur and soft hand feel is provided; the leather layer is formed by the fish leather, so that the material is soft and the hand feel is good; the close-fitting layer is formed by blending and knitting elastic and soft fabrics, so that the prepared fabric is soft and comfortable to wear; and at the same time, according to the elastic fabric, the clothing is close-filling, warm and non-breathable.

The invention discloses a novel moisture-absorbing and breathable blend fabric. The novel moisture-absorbing and breathable blend fabric is blended and woven of Coolmax fibers, Shengfeng pearl fibers, bamboo charcoal fibers and kapok fibers. The novel moisture-absorbing and breathable blend fabric comprises the following fabric fiber components in percentage by weight: 25-29 percent of Coolmax fibers, 17-21 percent of Shengfeng pearl fibers, 20-24 percent of bamboo charcoal fibers and 26-38 percent of kapok fibers. The novel moisture-absorbing and breathable blend fabric is blended and woven of the Coolmax fibers, the Shengfeng pearl fibers, the bamboo charcoal fibers and the kapok fibers; the woven fabric is soft, comfortable, moisture-absorbing and breathable to wear and has the characteristics of health care, beauty maintaining and skin care.

The invention discloses an antistatic anti-electromagnetic radiation composite fabric, and relates to the field of textile materials. The antistatic anti-electromagnetic radiation composite fabric comprises an outer layer, an intermediate layer and an inner layer. The outer layer is an antistatic layer, the intermediate layer is an anti-electromagnetic radiation fiber layer, and the inner layer is a skin-friendly layer. The antistatic layer is formed by blending conductive fibers and copper ammonia fibers, and the anti-electromagnetic radiation layer is formed by weaving metal wire blending yarn. The metal wire blending yarn is obtained in the process that metal wires and plant fibers are blended according to the weight ratio of the metal wires to the plant fibers being 1:30, soaked into a collagen solution with the mass-to-volume ratio being 4-5%, a certain amount of complexing agents is added into the solution, and the metal wires and the plant fibers are taken out and dried after being soaked in the solution for 15-20 minutes. The skin-friendly layer is formed by blending natural cotton fibers and bamboo carbon fibers. The antistatic anti-electromagnetic radiation composite fabric provided by the invention is soft and comfortable to wear, high in anti-electromagnetic radiation and antistatic performance, environmentally friendly, free of pollution, and capable of meeting demands of people.

The invention discloses an easily dyed fabric which comprises, in weight percent, 23%-27% of bending springback easily dyed polyester fibers, 20%-24% of Lyocell fibers, 15%-19% of rabbit hair keratin transgenic cotton fibers and 30%-42% of modal fibers. The bending springback easily dyed polyester fibers, the Lyocell fibers, the rabbit hair keratin transgenic cotton fibers and the modal fibers are blended and woven, and the woven fabric is easily dyed, does not fade and is breathable, elastic, close-fitted, soft and comfortable to wear.

The invention discloses multifunctional warmth-keeping fabric which is formed by blending and weaving four fabric fibers including acetate fibers, polypropylene fibers, vinylon fibers and imported long cotton wool fibers. The multifunctional warmth-keeping fabric is composed of, by weight, 15-20% of the acetate fibers, 13-18% of the polypropylene fibers, 19-24% of the vinylon fibers and 38-53% of the imported long cotton wool fibers. The multifunctional warmth-keeping fabric is formed by blending and weaving the four fabric fibers including the acetate fibers, the polypropylene fibers, the vinylon fibers and the imported long cotton wool fibers, thereby being good in warmth-keeping effect, elastic and formfitting to wear, soft, comfort, moisture-absorbing and breathable; the fabric can quickly transmit sweat, thereby being capable of keep a human body dry and cool; the fabric is good in wear resistance and high in practicability.

The invention belongs to the technical field of textile printing and dyeing, and particularly relates to a processing technology of a hydrophilic super fake cotton polyester fiber and cotton fiber blended non-ironing shell fabric. The processing technology comprises the steps of performing singeing, desizing and boiling, special bleaching, mercerizing, liquid ammonia treatment, terylene whitening,whitening washing, non-ironing treatment, baking, baking washing and tentering on blended yarns to form the super fake cotton polyester fiber and cotton fiber blended non-ironing shell fabric. The production mode is continuous; continuous production of a large cargo can be achieved; the low alkali mercerizing is used to improve a hand feeling of the shell fabric and greatly reduce wastewater discharge; low temperature low formaldehyde resin is adopted for the non-ironing treatment; the energy consumption is reduced; a formaldehyde content is less than or equal to 30ppm; the shell fabric is healthy and environment-friendly; a non-ironing level of the shell fabric is 3.5; the shell fabric is easy to manage; a modified organosilicon water absorption softening agent is adopted for the tentering to improve hydrophilicity of the shell fabric; and a wearing comfort level of the shell fabric is raised.

The invention relates to a thermal radiation resistance and high temperature resistance fabric. An inner layer of the fabric is an aluminium silicate fiber layer. An intermediate layer of the fabric is an adhesion layer. An outer layer of the fabric is a high temperature resistance protective layer. The three layers are compounded into one whole body. The adhesion layer is made of a polyurethane adhesive. The thickness of the adhesion layer ranges from 2 to 6mum. The protective layer is made of a polyester aluminizing thin film. The thickness of the protective layer ranges from 20 to 25mum. The thermal radiation resistance and high temperature resistance fabric has high strength, high wear resistance and high stability. In case of fire, the thermal radiation resistance and high temperature resistance fabric is not molten down, and no molten drop is generated. No toxic gas is generated. By thermal radiation resistance and high temperature resistance fabric, the heat can be isolated from being transferred at a high temperature. The thermal radiation resistance and high temperature resistance fabric has elasticity and is ventilated and soft and comfortable to wear.

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 the technical field of health pants, particularly to a seamless three-component belly muscle holding and uterus warming pants, which comprises a uterus warming pants body, wherein the uterus warming pants body is a seamless cylindrical uterus warming pants body, the inner surface, corresponding to the lower abdomen of human body, of the uterus warming pants body is provided with a functional layer, the functional layer comprises a fabric layer, a plurality of uterus warming function zones and a plurality of temperature-sensing color-changing zones, the uterus warming function zones and the temperature-sensing color-changing zones are arranged on a far-infrared fabric, the surface of the uterus warming function zone is coated with a three-component coating material,and the three-component coating material comprises nanometer negative ion powder, chitin and nanometer far infrared powder. According to the present invention, the seamless cylindrical uterus warmingpants is subjected to seamless weaving by using the cylinder, such that various parts of the whole uterus warming pants are seamlessly connected, no sewing bone line is not generated, and the obtained pants has characteristics of comfortable wearing, high skin-friendliness and good gas permeation; by arranging the uterus warming function zones, the effects of antibacterial effect, uterus warming,metabolism improving, detoxification promoting and the like of the uterus warming pants can be improved; and by arranging the temperature-sensing color-changing zones, the temperature increase condition of the uterus warming pants can be real-timely known through the color changing condition.

The invention discloses a pair of shoes and a cushioning supporting system thereof. The cushioning supporting system comprises a shoe sole body, a supporting piece and a cushioning part. The shoe sole body comprises a front foot sole part corresponding to the position of the front foot sole of the human body and a heel part corresponding to the heel position of the human body. The bottom of the heel part is provided with an installing notch. The supporting piece is located in the installing notch, is adaptive with the installing notch in size, and is fixedly connected with the shoe sole body, the hardness of the supporting piece is larger than that of the shoe sole body, the cushioning part is located in the installing notch, is adaptive with the installing notch in size and is overlaid on the lower side of the supporting piece and fixedly connected with the supporting piece, and the elasticity of the cushioning part is larger than that of the shoe sole body. The objectives of improving stability of the flexible shoe sole and providing higher cushioning and higher and more timely supporting force for the human body can be achieved, and thus the objectives of providing a better reinforcement effect and guaranteeing wearing comfort are achieved.

The invention discloses an antistatic thermal fabric, comprising an antistatic layer and an insulation layer, wherein the antistatic layer and the insulation layer are woven by warps and wefts; the warp of the antistatic layer adopts a linen fiber; the weft of the antistatic layer adopts a conductive fiber; the warp of the insulation layer adopts a 75D/72F polyester filament yarn; the weft of the insulation layer adopts a 150D/72F polyester-polyamide composite filament; the fabric tissue structure of the insulation layer is five-harness three-weft satin tissue; the front side of the fabric of the insulation layer forms a suede by napping treatment; the antistatic layer is covered on the back side of the fabric of the insulation layer. The fabric disclosed by the invention is formed by the antistatic layer and the insulation layer; the antistatic layer adopts the conductive fiber and the linen fiber, is not only good in heat retention property, but also good in hygroscopicity; the insulation layer adopts the polyester filament yarn and the polyester-polyamide composite filament; the tissue structure adopts the five-harness three-weft satin tissue and raises, so that the thickness and the heat retention property of the fabric are increased, and the antistatic thermal fabric is more comfortable and softer due to the fluff on the suede while being worn by a person.

The invention discloses a blended crease resistant fiber fabric which is blended and woven from five fibers of a polyester fiber, a khaki fiber, a polyurethane elastic fiber, a Melton fiber, and a viscose fiber, wherein the polyester fiber accounts for 12%-15%, the khaki fiber accounts for 17%-20%, the polyurethane elastic fiber accounts for 22%-25%, the Melton fiber accounts for 24%-27%, and the viscose fiber accounts for 13%-25% among the five components of the blended crease resistant fiber fabric according to weight percentages. The fabric is blended and woven from five fibers of the polyester fiber, the khaki fiber, the polyurethane elastic fiber, the Melton fiber, and the viscose fiber, so that the fabric has an excellent crease resistant effect, and the fabric keeps warm when worn, is elastic and close fitted, is soft and comfortable to wear, and absorbs moisture and helps release sweat.

The invention discloses a composite fabric of a milk protein fiber fabric and a ramie fiber fabric, which comprises a milk protein fiber fabric and a ramie fiber fabric, wherein the milk protein fiber fabric comprises milk protein fibers and animal fibers, the ramie fiber fabric comprises ramie blended yarns, and the composite fabric is formed by abutting joint of at least one layer of milk protein fiber fabric and one layer of ramie fiber fabric. By adopting above mode, the composite fabric of the invention fully combines the respective advantages of the milk protein fiber fabric and the ramie fiber fabric, so that the composite fabric is light and elegant, comfortable and breathable and environmentally friendly, and the composite fabric is soft and comfortable to wear.

The invention relates to a thermal-radiation-resistant high-temperature-resistant sweat-absorbing T-shirt. The T-shirt comprises a T-shirt body (1), wherein armpit portions, the front chest portion, and the back portion of the T-shirt body (1) are all provided with sweat-absorbing cloth (2), the sweat-absorbing cloth (2) is arranged on the inner layer of the T-shirt body (1) and is made of a bamboo and jute fiber blended yarn knitted fabric, and the fabric is sewn to form the T-shirt body (1). The inner layer of the fabric is aluminum silicate fiber layer, the middle layer of the fabric is an adhesive layer, the outer layer of the fabric is a high-temperature-resistant protective layer, the three layers are compounded to form a whole, and the adhesive layer is a polyurethane adhesive layer. Due to the fact that the armpit portions, the front chest portion and the back portion of the T-shirt body (1) are all provided with the sweat-absorbing cloth (2), sweat can be effectively absorbed, people feel comfortable to wear the T-shirt, and the T-shirt is thermal-radiation-resistant and high-temperature-resistant.