569results about How to "Soft and comfortable" patented technology

The invention relates to a preparation method of a moisture-absorbing, sweat-permeable and anti-crease fabric, which comprises the following steps: weaving combed long stapled cotton and terylen fibers with grooves of a special shape into a base fabric by warp and weft interwaving based on a certain ratio, and enduing the fabric with the soft and air-permeable natural texture and permanent moisture-absorbing, sweat-permeable and anti-crease functions based on the physical structures of the raw materials; and dyeing the base fabric at high pressure and high temperature, carrying out a post-treatment on the fabric with a finishing liquid mixed according to a ratio of a special formula, and chemically finishing to enable the fabric to have high color fastness and feel soft and comfortable while having the moisture-absorbing, sweat-permeable and anti-crease functions. Thus, the invention meets the requirements for the moisture-absorbing, sweat-permeable and anti-crease fabric in the market, especially the requirements for outdoor clothes such as police uniforms, sports wears and the like.

The invention discloses a neck massager easy to wear. The neck massager easy to wear comprises an elastic arm, a first handle, a second handle, at least two electrode assemblies and electrical pulse generation devices, wherein the electrical pulse generation devices are electrically connected with the electrode assemblies. The first handle and the second handle are fixedly connected to the two sides of the elastic arm, a circular area S for holding a human neck is enclosed by the first handle, the second handle and the two electrode assemblies under the state of no stress, and the first handle, the second handle and the two electrode assemblies are arranged on the circumference of the circular area S. According to the neck massager easy to wear, the first handle, the second handle and thetwo electrode assemblies are arranged on the circumference of the circular area S under the state of no stress, and wearing is achieved by a mode of ''position clamping by four points''.

The invention discloses a manufacturing method of high-elasticity cotton/polyurethane knitted fabric. The manufacturing method includes the steps of raw material preparation, wherein pima cotton and polyurethane filaments are prepared; the weaving technology, wherein the pima cotton serves as face yarn, the 40 D Lycra serves as bottom yarn, and the face yarn is always located on the front face of the fabric; the preshaping technology, wherein the manufactured fabric is preshaped, the temperature of a shaping machine is set to be 190-200 DEG C, and the speed of the shaping machine is 20-25 m/min; the dyeing technology, wherein the dyeing process includes pretreatment, cotton dyeing and aftertreatment technical flow processes; the afterfinish technology, wherein vibrating drying is carried out after dyeing is completed, the drying temperature is 130 DEG C, a softening agent is added after drying for final shaping, the shaping temperature is 130 DEG C, and the speed is 15-20 m/min. The manufacturing method has the advantages that the manufactured fabric is soft and comfort in handfeel, high in hygroscopicity and gas permeability and ultrahigh in elasticity and resilience and is suitable for manufacturing high-grade knitted underwear and specially functional sports clothes such as a kneecap support, an elbow support, waist support and a leotard.

The invention discloses a kapok spunlace non-woven fabric, a preparation method thereof and a product of the kapok spunlace non-woven fabric. The preparation method of the kapok spunlace non-woven fabric comprises the following steps: material preparation: independently preparing kapok fibers, or uniformly mixing the kapok fibers with one or more of other natural fibers and chemical fibers to obtain mixed fibers; blowing: removing impurities from the prepared kapok fibers or mixed fibers, and sieving out foreign matters; carding: opening the blown kapok fibers or mixed fibers into single fibers at first, and then smoothly combing the single fibers; carrying out lapping; carrying out spunlace; carrying out bleaching; carrying out drying; and rolling a finished product or obtaining a product. Because the kapok fibers have characteristics of lightness and softness, breathability, high wet permeability, high degree of hollowness, anti-bacterial property, mothproof property and mildew proofproperty. The kapok spunlace non-woven fabric is prepared by the spunlace non-woven process, chemical auxiliaries are not added in a whole fabric forming process, and therefore, the prepared kapok spunlace non-woven fabric has the advantages of warming and bacteria inhibition, lightness, softness and comfort, dryness and breathability and the like.

The invention relates to a preparation method of leather-imitating automobile leather. The preparation method comprises the following steps: firstly designing a PU formula according to the purpose of the automobile leather, preparing slurry, coating the slurry on a piece of release paper to finish the coating process for the first time, and heating and drying the paper to obtain a surface layer of the automobile leather; secondly, adding a bridging agent, a leveling agent, a fire retardant and a microballoon foaming agent to high solid resin to be stirred uniformly, coating the prepared material on the surface layer of the automobile leather to finish the coating process for the second time, and foaming and drying to obtain an intermediate support foaming layer; coating the slurry prepared according to the PU formula on the obtained intermediate support foaming layer to finish the coating process for the third time; furthermore, adhering the formed coating to base cloth, heating and drying the cloth, and conducting separation and curling; finally, conducting postprocessing, finishing the surface, and heating and drying so as to obtain the leather-imitating automobile leather. The method disclosed by the invention is made from the environment-friendly materials during the production process, clean in production, soft and comfortable in product touch, easy to conduct post process, and capable of meeting requirements on automobile upholstery leather for customers.

The invention discloses a manufacturing technique of flour-linen jacquard interval fabric mesh cloth. The manufacturing technique comprises the first step of production and manufacturing of chemical fiber yarn, the second step of flower-type process design of the flour-linen jacquard interval fabric mesh cloth, the third step of weaving and manufacturing, and the fourth step of dyeing and finishing and sizing, wherein in the second step, the upper layer of the flour-linen jacquard interval fabric mesh cloth is knitted through the control of guide bar GB1 to guide bar GB3; the middle layer of the flour-linen jacquard interval fabric mesh cloth is knitted through the control of guide bar GB4; the lower layer of the flour-linen jacquard interval fabric mesh cloth is knitted through the control of guide bar GB5 and guide bar GB6. According to the flour-linen jacquard interval fabric mesh cloth prepared through the manufacturing technique, distortion or deformation of the flower-type are not easily caused, the precision of the flower-type is high, the stability is good, after dyeing treatment of half matt gloss polyester yarn and terylene CD yarn on the upper layer of the mesh cloth, the surface of the finished product mesh cloth presents an effect of two-tone flour-linen, dyefastness is good, and a very good overall dyeing effect is achieved.

The invention relates to the technical field of textile processes, in particular to a process for manufacturing a textile fabric. The process is characterized in that a drawing technology is introduced in a spun yarn processing stage, two fiber rods comprising cellulous fiber rods and cotton are processed to obtain blended yarns comprising cellulous fibers and cotton fibers, the blended yarns used as base yarns and bare spandex yarns are woven by a weft plaint stitch and shovel weaving method, and one base yarn and one spandex yarn are woven into each woven system, so that a fabric with a single weft knitting face and plain plating stitches is obtained; then the fabric is heated to be preset at the temperature ranging from 190 DEG C to 195 DEG C, fine wrinkles of a textile are eliminated, and half-molten spandex is combined with the base yarns; and then dyeing and setting are carried out to obtain an anti-pilling weft-knitted fabric comprising the cellulose fibers. The process has the advantages that the blended fabric mainly comprising the cellulous fibers is anti-pilling and is high in elasticity and extensibility, and underwear woven from the fabric feels soft and comfortable.

The invention discloses a preparation method of cotton memory leisure fabric. The preparation method comprises the following steps: (1) preparation of superfine PTT filament fibers; (2) air-jet texturing composite; (3) weaving; and (4) dyeing and post finishing. The prepared fabric has the advantages of soft and comfortable hand feel, good elastic recoverability and good wrinkle resistance, the fabric is more elegant, attractive and has unique charm after being treated with advanced dyeing technique, the water diffusibility of the fabric is high, 0.1ml of water is dripped on the fabric, the absorption height reaches more than 70mm, residual moisture is less than 30% and antistatic property cloth face charge density is less than 6UC/M2 after dripping the water for 40 minutes according to a dryness factor measuring method, and in the weaving procedure, a Nissan double-jet electronic free woof selecting high-speed double-jet weaving machine with an electronic muzzle is employed to weave so as to meet the requirements of different cotton memory leisure fabrics.

The invention discloses a thermochromic fabric which comprises thermochromic fiber, linen fiber and cotton fiber. The thermochromic fabric is formed by interweaving warp yarns and weft yarns, wherein the warp yarns is formed by blending the thermochromic fiber and the linen fiber and accounts for 48%-53% by weight of the thermochromic fabric, and the weft yarns is formed by blending the thermochromic fiber and the cotton fiber and accounts for 47%-52% by weight of the thermochromic fabric. By adopting the mode, the warp yarns and the weft yarns of the thermochromic fabric contain thermochromic fiber, and the thermochromic fabric can be changeable in color with the temperature change, is soft and comfortable in touch, good in sweet-absorbing and air-permeating performance, antibacterial and warm-keeping and is suitable for manufacture of child clothes or other featured clothes.

The invention discloses an elastic warp weaving fabric and a production method and an application thereof. The warp weaving fabric is formed by 20 to 100wt% of spandex coating yarns and 80 to 0wt% of fully-drawn yarns or false twisting yarns using nylon or polyester as raw material, wherein the spandex coating yarns are elastic yarns which consist of spandex bare yarns and the fully-drawn yarns or the false twisting yarns using the nylon or the polyester as the raw material. The fabric has the advantages that the transverse and longitudinal elastic elongation rates are respectively more than 60%, and the elastic elongation recovery rate is more than 80%; the handfeel is soft and fluffy, and the ventilation performance is good.

The invention relates to a finishing method for non-woven fabrics with high isolation performance and materials of the non-woven fabrics with the high isolation performance. The finishing method combines on-line liquid feeding and normal-pressure low-temperature plasma processing, carries out normal-pressure low-temperature plasma processing before or after on-line liquid feeding, and forms a fluorine-containing polymer layer on the surface of the non-woven fabrics, so as to realize high isolation performance. The invention provides the finishing method for the non-woven fabrics which is novel, simple in process and good in finishing effect. Compared with the traditional saturated steeping, the finishing method has small influences on the non-woven fabrics, is high in production efficiency and has low energy consumption; compared with the existing plasma processing method, vacuum conditions are not needed, on-line liquid feeding is directly carried out, and low-temperature plasma processing is directly carried out under normal pressure, and other additional equipment conditions are not needed; and the contact angle between the prepared non-woven fabrics with high isolation performance and water can reach 120-160 degrees, and the prepared non-woven fabrics with high isolation performance has good air permeability and soft and comfortable feel, can reach requirements for resisting alcohol, oil and blood of each industry, and can well meet the large-scale industrial production.

The invention discloses a composite cloth for a curtain roller shutter and a preparation method of the composite cloth. The composite cloth comprises a plasma-treated base cloth and a polyurethane TPUfilm attached to the base cloth, wherein the polyurethane TPU film is prepared by the following method that 70-80 parts of polyurethane TPU, 4-6 parts of low-density polyethylene (LDPE), 4-6 parts ofcarbon black, 4-6 parts of titanium oxide, 4-6 parts of nano glass micro-beads and 4-6 parts of phenyl salicylate are mixed evenly, then extruded and subjected to tape casting to form the film. By modifying the polyurethane TPU, the obtained composite cloth is soft and comfortable in hand feeling, environmental protection, shading, strong light irradiation resisting, ultraviolet protection, washing and dry-cleaning resisting and aging resistance are achieved, excellent light resistance and aging resistance are achieved, the adhesion fastness of a product is high, and the quality-guarantee service life is ten years or above. After the surface of the base cloth is activated, the modified polyurethane TPU film is composited in a hot-pressed mode, glue is not used, and thus real energy savingand environmental protection are achieved.

The invention provides a manufacturing method of a fuzz-pilling resistant cellulose fiber weft-knitted fabric, comprising the following steps: (1) processing spun yarn: synchronously drawing and spinning two ribbons consisting of cellulose fiber and cotton to obtain a blended yarn of the cellulose fiber and cotton fiber; (2) taking the blended yarn of the cellulose fiber and the cotton fiber, which is obtained in the step (1), as a wire gauze, and knitting the blended yarn with a naked spandex yarn by a weft plain knitting method, wherein each knitting system knits one wire gauze and one naked spandex yarn plating yarn together to obtain a weft-knitted single-face plain knitting platedwork fabric; and (3) heating and pre-shaping the weft-knitted single-face plain knitting platedwork fabric, and then dyeing and shaping the weft-knitted single-face plain knitting platedwork fabric to obtain the fuzz-pilling resistant cellulose fiber weft-knitted fabric. The invention not only solves the problem of fuzz-pilling resistance of a blended fabric taking the cellulose fiber as the main part, but also has large elastic extension and small elastic-restoring force, and also has soft and comfortable hand feeling after being knitted into clothes and trousers.

The invention discloses firm and durable bobbin paper. The firm and durable bobbin paper comprises a raw paper base layer and a coating wear-resisting layer, wherein the raw paper base layer is prepared from the following components in parts by weight: needle bush sulfite pulp, Chinese wild rye stem pulp, waste paper fibers, bamboo fibers, silicon dioxide, rosin size and melamine formaldehyde resin; and the coating wear-resisting layer is prepared from the following components in parts by weight: acrylic polyols, tetraethoxysilane, urotropine, polyacrylamide and carboxymethylcellulose. The firm and durable bobbin paper provided by the invention has the characteristics of convenience for utilization, relatively high hardness and intensity and relatively good wearing resistance and waterproof property, and has very good environment-friendly effect.

The invention relates to a metal filament yarn dyed fabric and belongs to the textile fabric technical field. The invention is mainly characterized in that: warp threads adopt terylen after blend dyeing and regenerated cellulose modal as raw materials; weft yarns adopt metal filament with two colors; the fabric adopts weave structure of double layers of textile; the warp threads are arranged on the reverse side of the textile, and the weft yarns are arranged on the right side of the textile. After being weaved by a multi-jet weaving machine, the invention has good effects of moisture absorption and wet permeability and also has good softness and comfort level. Moreover, because the textile adopts the weave structure of the double layers and the blended yarns are arranged on the reverse side of the textile, sweat exhausted from the human body can be quickly absorbed and transferred to the surface of the textile, and dryness and comfort when the textile contacts the skin are always maintained and people feel comfortable as well even the textile is worn next to the skin, thereby the weaved fabric not only can be used in fields like military industry, protection, leisure garment and so on but also is more suitable for making leisure undergarments which are worn next to the skin.

The invention provides a preparation method of six-leaf porous hollow staple fibers spun from renewable polyester bottle flakes. The preparation method comprises the following steps: performing melt spinning on the renewable polyester bottle flakes after vacuum drum drying, enabling the renewable polyester bottle flakes to enter a spinning box body through screw extrusion, spinning out of spinneret orifices of a six-leaf porous hollow spinneret plate to obtain nascent fibers, cooling and forming through circulating air blowing, winding, bundling, drafting, crimping, oiling, loosening and heat setting, and cutting to obtain the six-leaf porous hollow staple fibers, wherein the spinneret orifices are formed in the six-leaf porous hollow spinneret plate and are arranged in arrays; inlets of the spinneret orifices are guide holes, and outlets of the spinneret orifices are spinning capillary holes; each spinning capillary hole comprises one central arc-shaped hole group and six peripheral arc-shaped hole groups; the six peripheral arc-shaped hole groups and the central arc-shaped hole group form a six-leaf structure. Through improvement of a spinning process and innovative design of the spinneret plate, the prepared six-leaf porous hollow staple fibers have the characteristics of high hollow degree, high rebound resilience, large specific surface area, good moisture-absorbing and breathable effect and the like.

The invention provides a three-dimensional oil suction fabric, which comprises three types of yarns in X, Y and Z directions. The yarns are selected from fibrilia, bamboo fiber, polylactic acid fiber and chitosan fiber, and woven according to three-dimensional weaving technology. The performances of the three-dimensional oil suction fabric are better than those of conventional non-woven fabric materials. The three-dimensional oil suction fabric has a crosslinking network structure, and is high in adsorption rate and adsorption quantity. The three-dimensional oil suction fabric can be recovered by simple extruding, the recovery rate is high, and the adsorption capability and resilience are excellent. The three-dimensional oil suction fabric can be repeatedly usable, and is durable. The fabric employs natural fibers and biodegradable chemical fiber as raw materials, and the fabric is soft and comfortable. The three-dimensional oil suction fabric is high in mechanical strength and wide in application scope, and has certain antibacterial function.

The invention discloses a processing technology of cowhide leather. The technology comprises the steps of: cleaning, degreasing, hair removal, alkali dipping, deashing, softening, acid dipping and tanning. According to the invention, the ester removal agent used in degreasing treatment can remove the residual ester well, is beneficial to intracutaneous penetration of tanning agent molecules and combination with collagen molecule active groups in a follow-up tanning process, formation of a cross-linked protein fiber three-dimensional network, and improvement of the stability and chemical resistance, and the prepared leather does not rot or deteriorate easily. Through the treatment of alkali dipping, deashing, softening and other steps, mesenchymal protein fiber in cortex can be dissolved, the softness of finished leather can be improved, and the handfeel is comfortable.

The invention discloses soft high-elasticity wear-resisting electrostatic-discharge EVA (ethylene-vinyl acetate) composite foam material and a preparation method thereof. The soft high-elasticity wear-resisting electrostatic-discharge EVA composite foam material is made by material mixing, granulating and foaming; materials include, by weight, 25-50 parts of ethylene-vinyl acetate copolymer, 15-35parts of polyolefin thermoplastic elastomer, 15-25 parts of ethylene propylene diene monomer rubber, 10-20 parts of polyolefin block copolymer, 1-3 parts of graphene oxide, 3-8 parts of a wear resistant, 4-6 parts of a filling agent, 0.4-0.6 part of an activator, 0.7-1.2 parts of a crosslinking agent, 2.5-3.5 parts of a foaming agent, and 2.1-4.3 parts of aids, wherein vinyl acetate accounts for26-40% by mass of the ethylene-vinyl acetate copolymer. The soft high-elasticity wear-resisting electrostatic-discharge EVA composite foam material has good softness and comfort, excellent elasticityand excellent wear resistance, and has good electrostatic discharge performance; the preparation method of the soft high-elasticity wear-resisting electrostatic-discharge EVA composite foam material is simple and easily operable.