102results about How to "Stay dry and comfortable" patented technology

A sanitary napkin has a top layer, an absorbent layer and a bottom layer with a sensor layer. The absorbent layer has a hollow portion covered with a silk-made cover layer and has multiple holes defined in the cover layer, wherein some silk cloth filled inside the hollow portion. By having the hollow portion with silk cloth, the menstrual blood is drained quickly and absorbed by the absorbent layer to keep the sanitary napkin dry at the top layer and to avoid toxic vapor. Moreover, the holes on the cover layer provide a ventilating efficiency and the silk is cool to be contact so that muggy feeling is efficiently reduced. The sensor at the bottom layer conveniently indicates the changing occasion to the user.

The invention provides a preparation method of a fiber-based waterproof moisture-permeable film with intelligent unidirectional moisture conductivity. The preparation method comprises dissolving a hydrophilic polymer in a solvent A, adding a cross-linking agent into the solution to obtain a spinning solution, preparing a hydrophilic fibrous layer on a reception base through an electrostatic spinning method, spraying glue to the hydrophilic fibrous layer through an electrostatic spraying method to obtain a glue layer, dissolving a hydrophobic polymer in a solvent B to obtain a spinning solution, forming a hydrophobic fibrous layer on the glue layer through the electrostatic spinning method to obtain a fiber film, and carrying out heat treatment on the fiber film so that the polymer in the hydrophilic fibrous layer undergoes a chemical crosslinking reaction to produce a moisture absorption expansion fibrous layer and thus the fiber-based waterproof moisture-permeable film with intelligent unidirectional moisture conductivity is obtained. The fiber-based waterproof moisture-permeable film has intelligent unidirectional moisture conductivity of low moisture opening steam discharge and high moisture closed sweat guide and guarantees human body dryness and comfort in various environments.

The invention relates to a functional hollow polyester fiber with hydrophilicity. A preparation process for the functional hollow polyester fiber comprises the following steps of: blending four components such as polyester, hydrophilic modified polyester master batches, tourmaline powder master batches and ceramic powder master batches according to a certain proportion, melting and spinning the mixture, extruding the mixture by using a 'C'-shaped or circular spinneret plate, and performing post-treatment to obtain the functional hollow polyester filament yarns or staple fibers with the hydrophilicity. The functional hollow fiber with the hydrophilicity has an extremely high anion release rate and far infrared reflectivity, endows obtained textile fabrics with the good effects of moisture absorption, warm keeping and healthcare, and can be widely applied to the field of clothing.

The invention relates to a pure-cotton-gauze based sterile dustproof mask and a producing method thereof. A mask body consists of the pure cotton gauze, a PLA (poly lactic acid) electrostatic spinning nano-fiber film, ramie needle-punched nonwoven fabric and PLA melt-blown nonwoven fabric which are laminated sequentially from inside to outside in an ultrasonic bonding manner, wherein the pure cotton gauze is of one or two layers. The producing method includes production of 2.5g / m<2> PLA electrostatic spinning nano-fiber film and production of ramie needle-punched nonwoven fabric. The mask of the layer structure has the characteristic of guiding water from inside to outside in one way, dryness and comfort of the inside of the mask can be kept, and bacterium breeding is prevented. Therefore, the mask is sterile, capable of filtering dust effectively, and has the advantages of low production, good breathability and capability of being biodegraded completely.

The invention discloses a waterproof breathable fabric, which comprises a waterproof breathable film, a non-woven fabric at the lower layer of the waterproof breathable fabric and a close-fitting layer at the lower layer of the non-woven fabric. The waterproof breathable film is a thermal plastic polyurethane breathable film, the non-woven fabric is formed by mutually weaving warps and wefts, the warps are nylon fibers, the wefts are polyster fibers, the close-fitting layer is made of environmental-friendly fiber tencel, the waterproof breathable film and the non-woven fabric are bonded together through adhesives, and the non-woven fabric and the close-fitting layer are bonded together through the adhesives. Due to the fact that the thermal plastic polyurethane breathable film is made into the surface layer of the waterproof breathable layer, the fabric has the performances of being high in wind resistance, waterproof and thermal-insulation. The fabric is enabled to be multifunctional. The inner layer of the fabric is made of the breathable and moisture-permeable tencel fibers, so that bodies of dressers are guaranteed to be dry and comfortable for a long time.

The invention discloses a quick-drying air permeable fabric. The quick-drying air permeable fabric comprises a waterproof air permeable film on the surface layer, a moisture absorption layer on the intermediate layer and a sweat discharging air permeable layer on the inner layer, wherein the waterproof air permeable film is a polyvinyl chloride waterproof air permeable film; the moisture absorption layer is blended and knitted from porous polyacrylonitrile fibers and polyester fibers; and the sweat discharging air permeable layer is knitted from warps with wefts, wherein the warps are blended and knitted from polyester fibers and spun silk fibers, while the wefts are blended and knitted from viscoses and fibrilia. The polyvinyl chloride waterproof air permeable film in one-way permeation from inside outwards is adopted, and is good in waterproofness, and simultaneously capable of osmosing water outwards; the porous polyacrylonitrile fibers and the polyester fibers are blended so that most of moisture can be absorbed and simultaneously transferred outwards; and every two of the polyester fibers, the spun silk fibers, the viscoses and the fibrilia are blended, respectively, so that the quick-drying air permeable fabric is capable of absorbing moisture and discharging sweat and absorbing the sweat stain on the surface of the human body; and besides, as the moisture is transferred outwards, the interior is kept dry and comfortable.

The invention belongs to the technical field of sanitary care products, and particularly relates to an infant diaper and a preparation method thereof. The infant diaper comprises a diaper body which comprises a surface layer, a diversion layer, an absorbing core layer and a back layer from top to bottom, the surface layer is prepared from moxa, Lyocell fiber and ES fiber, the diversion layer is obtained by reinforcing ES fiber of 6D in thickness through hot air, the absorbing core layer comprises composite fiber, super absorbent resin and fluff pulp according to a weight ratio of 3-5:6-10:8-13, and the back layer is a breathable microporous thin film. The infant diaper is soft, comfortable, cool, breathable, good in antibacterial effect, easy to degrade, capable of removing peculiar smell and refusing bacterial contamination, safe and capable of inhibiting bacteria, preventing red buttock and taking care of skin of infants in an omnibearing manner.

The invention discloses a warm-keeping sweater containing modified polyester fiber, which is woven from blended yarn. The blended yarn comprises modified polyester fiber, modal fiber and viscose fiber which are doubled and twisted into the blended yarn at 320t / m. The processing of the sweater comprises the steps of: dyeing: heating dyes in a dye bath to 86-88 DEG C at the temperature rising rate of 0.6DEG C / min, dyeing and then fully rinsing the dyed blended yarn; weaving the dyed blended yarn into woven pieces of the sweater on a weaving machine, carrying out looping, flat sewing, hand sewing, washing and drying, wherein a rolling type dryer is used for drying in the drying process; and setting a finished sweater product by using a setting machine after the drying treatment, wherein the temperature of the setting machine is controlled to be between 135 DEG C and 138 DEG C in the setting process,. Due to adoption of the blending and the processing technique of the sweater, the sweater clothes with fine and soft fiber and good warm-keeping effect can be weaved.

The invention discloses an Environment-friendly breathable fabric which comprises a matrix and a textile printing layer. The matrix is woven by warp yarn and weft yarn; the warp yarn is woven by bamboo fiber and modal fiber; the weft yarn is woven by log natural fiber and soybean fiber; the textile printing layer is formed by a polyurethane film. The fabric is woven by a variety of natural materials, and therefore, the environment-friendly breathable fabric has the good functions of breathing and absorbing moisture to keep the human body dry and comfortable. In addition, the fabric has good handfeel and warm keeping performance and can not stimulate the skin. Moreover, the natural fiber fabric is the low-carbon energy-saving environment-friendly fabric, contains no harmful substance, can be recycled and has good market prospect.

The invention relates to the furniture technology field, in particular to a multifunctional heating bed and a making method thereof. The heating bed includes a bed head, a bed body, an electric heating mattress and an electric heating element. The mattress consists of one or a plurality of heating areas which are arranged from left to right and are mutually isolated. Every heating area is divided into two or more than two transformers which are mutually separated and are arranged from up to down with different heating powers. The transformers adopt heating plates of carbon fiber heating elements, a foil paper heat reflector, a heat insulation layer, an encapsulated layer and a health care material layer. And the output voltage of the transformers is 24-36V. The health care material layer is a jade layer or an agate layer and a permanent magnet material block which is arranged under the jade layer or the agate layer, a natural emulsion material mattress and 4-8 water bags. The heat insulation layer is made from polyurethane hard foam material. The multifunctional heating bed of the invention can be adaptable to different requirements of different parts of a human body for the heating temperature, guarantee the safety, promote the metabolism of human cell tissues, enhance the blood cycle and help people sleep more peacefully and sweetly.

The invention relates to a medical textile material, and a preparation method and an application thereof. The medical textile material comprises three layers which successively are a polypropylene non-woven fabric layer, a thermoplastic elastomer film layer and a polypropylene non-woven fabric layer from top to bottom, wherein the thickness of the thermoplastic elastomer film layer is 0.008 to 0.01 mm. According to the invention, the medical textile material with a three-layer structure is prepared by utilizing high moisture penetrability of a thermoplastic elastomer film, so protective functions of preventing water, blood and ethyl alcohol and blocking bacterial virus are guaranteed; sweat formed on the human body can be rapidly absorbed; after medical staff wear medical surgical coats, medical surgical caps, medical protective clothing or medical insulating clothing which are processed by adopting the medical textile material, the body can keep dry and comfortable; fatigue strength caused by labor is lightened; and efficiency and quality of surgery are improved.

The invention discloses moisture-absorbing breathable elastic fiber formed by blending and weaving a first fiber body, a second fiber body and a third fiber body. The first fiber body is Richcel fiber, the second fiber body is formed by blending and weaving polylactic acid fiber and soybean protein fiber, and the third fiber body is formed by blending and weaving Richcel fiber and chitin fiber. The second fiber body comprises, by weight, 34-42% of polylactic acid fiber and 58-66% of soybean protein fiber, and the third fiber body comprises, by weight, 68-77% of Richcel fiber and 23-32% of chitin fiber. The elastic fiber has the advantages of being elastic, fitting, capable of absorbing moisture, breathable and capable of keeping human bodies dry and comfortable.

The invention discloses a woven fabric with the one-way guiding and absorbing function and a production technology thereof. Warp of the woven fabric is yarn of the chemical fiber filament type, and weft is polypropylene staple fiber spun yarn or the combination of polypropylene staple fiber spun yarn and yarn of the chemical fiber filament type; or, warp is the combination of polypropylene staple fiber spun yarn and yarn of the chemical fiber filament type, and the weft is yarn of the chemical fiber filament type or the combination of polypropylene staple fiber spun yarn and yarn of the chemical fiber filament type; on the basis of the weaving technology, the polypropylene staple fiber spun yarn is displayed on the back face of the fabric in a concentrated mode, and the fabric is of a front-back dual-face three-dimensional organization structure. The production technology comprises the steps of selecting yarn, performing beam-warping, performing slashing, performing re-beaming, performing drafting and denting, weaving cotton cloth, performing desizing, performing dyeing, performing sizing and performing wet absorbent finishing. By adopting the technical scheme, the produced woven fabric has the good one-way guiding and absorbing function, and is fashionable in appearance, and the whole using function of the fabric is greatly improved.

The invention relates to a moisture absorbing and quick-dry machine washable wool worsted fabric and a production method thereof. The fabric is formed by blending wool fiber and moisture absorbing andperspiring fiber through wool top dyeing, spinning, weaving and after-treatment; the production method comprises the steps that wool fiber and the moisture absorbing and perspiring fiber are dyed separately, then, the dyed wool fiber and the moisture absorbing and perspiring fiber are blended to obtain blended yarn with the fineness being 72-80 Nm / 2 and the twist degree being 870-917 twist / m, theblended yarn is woven by means of a weaving machine to obtain the wool worsted fabric, and finally after-treatment is performed to obtain the moisture absorbing and quick-dry machine washable wool worsted fabric. The problems that in the prior art, a pure wool fabric is stuffy in summer and poor in moisture absorbing and perspiring performance are solved, and the wool worsted fabric is thin in texture, good in touch, good in breathability, good in moisture absorbing and quick-dry performance, stable and lasting in function and environmentally friendly and saves energy, and has the machine washable function; the application limit of wool fiber as the summer fabric is broken through, the various requirement for modern society is met, and the good application and popularization value is achieved.

The invention relates to a manufacturing method of a seat cushion made of jute fiber. The method comprises the following steps: firstly, the soaking is performed to jute in compound enzyme water solution prepared by pectase and laccase, and the weight ratio of the compound enzyme water solution and the jute is 12 : 1 to 40 : 1; the pH value of the compound enzyme water solution is firstly adjusted into 4.0 to 6.5, and the compound enzyme water solution is warmed up to 35 to 65 DEG C, and the temperature is kept for 20 to 120 minutes; and then pH value of the compound enzyme water solution is adjusted to more than 8.0 and less than and equal to 9.5, and the compound enzyme water solution is kept for 20 to 120 minutes at 14 to 70 DEG C; then the enzyme inactivation process is performed to the jute processed through the compound enzyme; secondly, jute fiber after being degumed is mixed with chemical fiber, and carding, mesh placement and needling are performed to the chemical fiber; thirdly, the mixed fiber after being needled is thermally pressed and molded; fourthly, a sleeve body is coated. The seat cushion manufacuted by the invention is soft and comfortable, has no urtication feeling when being used by people, and has good antibiosis and anti-acarine performance.

The invention relates to a dyeing and finishing process for a cotton-plaited polyester one-way wet-permeable knitted fabric. The dyeing and finishing process for the cotton-plaited polyester one-way wet-permeable knitted fabric comprises the following specific steps: after only dyeing polyester of a cotton-plaited polyester knitted fabric in a dyeing machine, finishing the cotton-plaited polyesterknitted fabric by hair removal enzyme; and after finishing the cotton-plaited polyester knitted fabric by the hair removal enzyme, separately carrying out hydrophilic finishing and cotton surface water repellent finishing. The fabric has a one-way wet-permeable function, when a user takes strenuous exercises, sweat can rapidly permeate to the outside from the inner layer, thus, dryness and comfortableness of skin are maintained, bacteria are prevented from being bred, the fabric wears comfortably, and is suitable to be used as a fabric for autumn and winter sportswear or a fabric for school uniforms, moreover, dyeing defects such as polyester complexion, color spots, barriness and chicken claw grains can be avoided, dyeing difficulty is reduced, the dyeing effect tis improved, the dyeingquality is improved, dyeing is uniform, the function lasts for a long time, and the circumstance that color cannot be weaken sharply and even disappears along with increasing of washing times is avoided.

The invention discloses a moisture-absorbing and sweat-discharging fabric of a double-layer structure and a preparation process thereof and belongs to the field of textile fabrics. The process comprises the following preparation steps of weaving two groups of warp yarns and two groups of weft yarns through a loom to form a double-layer gray fabric; treating the woven double-layer gray fabric to obtain a pre-treated fabric; electrostatically spraying a hydrophobic coating to the surface layer of the pre-treated fabric, performing drying at the high temperature, and then performing cooling and coiling to obtain a moisture-absorbing and sweat-discharging fabric; using blended polyester cotton yarn or acetic acid yarn as a warp yarn, adopting the warp yarn for manufacturing a supporting surface serving as the inner surface of the fabric, using a moisture-absorbing and sweat-discharging fiber as a weft yarn, and adopting the weft yarn for manufacturing a supporting surface serving as the outer surface of the fabric. The process aims to alleviate the technical problems that single-layer moisture-absorbing and sweat-discharging fabrics in the prior art are low in strength and likely to bebroken, the moisture discharging effect of multi-layer fabrics is not ideal, and outer-layer fabrics cannot drain out accumulated water stains in time. The moisture-absorbing and sweat-discharging fabric is soft and fluffy on the inter side, can maintain the skin dry and comfortable and avoid generation of damp and cool feeling, and has the properties of light weight, moisture guidance, ventilation and the like.

The invention discloses a copper fiber dermatophytosis prevention and control functional sock. The copper fiber dermatophytosis prevention and control functional sock comprises a sealing opening, a sock opening, a sock leg connection end, a sock leg, an intermediate connection body, a sock heel, a sock sole, a sock back breathable end, a sock finger connection end, sock fingers, copper yarn, a sock sole spinning type, cotton fiber and copper ions. The sealing opening is formed in the upper end of the sock opening in a circle. The sock opening is located in the uppermost end of the sock body. The sock leg connection end is located between the sock opening and the sock leg. The intermediate connection body surrounds the lower side of the sock body. The sock sole is located in the intermediate connection body and the sock finger connection end. The sock finger connection end is located on the sock sole and located between the sock back breathable end and the sock fingers. The sock fingers are connected with the sock finger connection end in a crocheting mode. The copper yarn is woven inside the sock fingers. The copper ions are added to the inner portions of the cotton fiber. The copper fiber dermatophytosis prevention and control functional sock can effectively restrain breeding and reproduction of harmful bacteria and can play a very good isolation effect, seamless splicing is adopted for spinning, and the copper fiber dermatophytosis prevention and control functional sock is free of concave-convex feelings and is smoother and more comfortable.

The invention relates to a ventilation air bag and a preparation method and mold thereof. The ventilation air bag comprises an air bag body, wherein an air containing inner cavity is formed in the airbag body, a one-way air inlet flow channel and a one-way air outlet flow channel which communicate with the air containing inner cavity are formed in the front end of the air bag body, and balls arearranged in the air inlet flow channel and the air outlet flow channel correspondingly; the air inlet flow channel and the air outlet flow channel comprise pipelines and closing rings which are arranged in the pipelines and are smaller than the inner diameters of the pipelines, a plurality of limiting points protrude on the inner walls of the flow channels, and the closing rings are matched with the balls to open or close the air circulation of the flow channels; and the limiting points of the air inlet flow channel limit the balls to fall into the air containing inner cavity and keep the flowchannels ventilated, the closing rings of the air outlet flow channel are matched with the balls to open or close the air circulation of the air outlet flow channel, and the limiting points of the air outlet flow channel limit the balls to run out of the air bag and keep the flow channels ventilated. The ventilation air bag is simple in structure, the air inlet flow channel and the air outlet flow channel are integrally formed in the air bag body, the balls move between the closing rings and the limiting points correspondingly to achieve the effects of one-way air inlet and one-way air outlet, and the overall structure is simplified.

The invention discloses a pillow inner with loofah sponge functional modules and a pillow with the pillow inner. The pillow inner is characterized in that counter bores are arranged in a pillow innerbody, the loofah sponge functional modules are arranged in the counter bores, and each loofah sponge functional module comprises cylindrical outer sleeve fabric and an internal filling loofah sponge.The pillow comprises the pillow inner, an outer pillow case for accommodating the pillow inner and a height adjusting module. The pillow inner and the pillow have the advantages that the moisture absorption, dampness dispersing performance and breathability of the pillow are increased, heat and dampness energy exchanging between a person and the pillow is benefited, and the dryness and comfortableness of the pillow surface are guaranteed.

The invention discloses a honeycomb-type moisture absorption fabric. The fabric is of a multi-layer structure and is composed sequentially of a surface layer, an inner layer and a bonding layer, wherein a high-density fabric is adopted as the surface layer, the fibers are of a honeycomb-type structure; a low-density fabric is adopted as the inner layer; the bonding layer connects the surface layer with the inner layer and is hidden between the surface layer and the inner layer, the height of the bonding layer is less than the minimal thickness of the surface layer and the inner layer. The honeycomb-type moisture absorption fabric belongs to a novel multi-layer fabric which can rapidly derive the moisture of the skin to keep the skin dry and comfortable, and can rapidly absorb external moisture to also keep the skin dry, and therefore a comprehensive comfortable environmental condition is provided to a human body; in addition, the fabric is green and environment-protection and can be degraded naturally, and thus the low-carbon recycling and the consumption of materials are enhanced.

The invention relates to a pair of massage insoles. The healthcare effect of conventional healthcare insoles is limited. The pair of massage insoles provided by the invention comprises a left foot and a right foot, wherein the left foot comprises a forefoot part, an arch part and a heel part; the heel part is provided with a nose acupuncture point massage part and a plurality of massage bulges, nose acupuncture point massage part is in a bulged shape, and a cavity with a downward opening is formed inside the nose acupuncture point massage part; the arch part is provided with a heart acupuncture point massage part and a plurality of massage bulges; a plurality of decompression acupuncture point massage parts are arranged at the outer edge of the left side of the forefoot part from bottom to top; a plurality of first massage parts and a plurality of massage bulges are arranged on the forefoot part; a urinary bladder massage part is arranged on the forefoot part; the forefoot part, the arch part and the heel part are provided with a plurality of vent holes respectively; the heart acupuncture point massage part is in a bulged cone shape and is internally provided with a cavity, and a through hole is formed in a top surface of the heart acupuncture point massage part. The pair of massage insoles is simple in structure, reasonable in design, good in healthcare effect, comfortable, ventilated, and odor-resistant.

The invention discloses a multifunctional modal fabric. The multifunctional modal fabric is formed by blended waving of four fibers including modal fiber, mohair fiber, synthetic fiber filaments and polyester fiber, and the multifunctional modal fabric comprises the following components in percenttage by weight: 35 to 48 percent of the modal fiber, 20 to 24 percent of the mohair fiber, 18 to 22 percent of the synthetic fiber filaments and 14 to 19 percent of the polyester fiber. The fabric is formed by blended waving of the modal fiber, the mohair fiber, the synthetic fiber filaments and the polyester fiber, the woven fabric is good in fabric moisture absorption, and can keep skin to be dry and comfortable, meanwhile, the fabric is quick in moisture discharge, good in breathability, and good in oil stain preventing performance, and the fabric is stiff and smooth, free from wrinkles, wearable and long in service life.

The invention discloses a protective clothing material based on a spunlace non-woven material and a preparation method thereof. An outer protective layer, an adhesive layer and a spunlace non-woven fabric layer are sequentially attached, the spunlace non-woven fabric layer is subjected to water-repellent, oil-repellent, blood-resistant and alcohol-resistant four-antibody finishing, the outer protective layer is a PTFE film, and the spunlace non-woven fabric layer is made of bamboo pulp fibers and polyester fibers. The preparation method comprises the following steps: preparing the spunlace non-woven fabric layer, namely mixing bamboo pulp fibers and polyester fibers in proportion, carding, lapping, drafting, performing high-pressure spunlace, performing four-antibody finishing, drying at high temperature, sterilizing, slitting and rolling to obtain the spunlace non-woven fabric layer; wherein the surface of the spunlace non-woven fabric layer is coated with an adhesive, then the spunlace non-woven fabric layer is covered with a PTFE film, and the final material is obtained through multi-stage tentering shaping after pressurization compounding of a heating roller. The protective clothing material is free of any rolling points, soft in hand feeling, good in air permeability, comfortable to wear and good in protective property.

The invention provides a breathable student's backpack. Vent passages are formed among protrusions to facilitate air ventilation and circulation for the human back easily sweating and to keep dry; when an elastic airbag is under pressure from the human back, air in the elastic airbag will pass through a breathable waterproof layer through third through holes and then passes sequentially through fourth through holes and fifth through holes to blow on the human back, improving air flow speed at the human back and providing better cooling and comfort, and since the first through holes and the second through holes are fitted with one-way intake valves, air in the elastic airbag can be discharged from all of the third through holes, the fourth through holes and the fifth through holes, ensuring blowing efficiency for the human back; when the elastic airbag is not under pressure, the elastic airbag blows up fast under auxiliary action of self-elasticity and elasticity of pressure springs, external air will passes through the breathable waterproof layer via the second through holes and is then quickly sucked into the elastic airbag through the first through holes and the one-way intake valves, and the elastic airbag can repeat such breathing cycle by serving as an elastic breathing power source.

The invention relates to a pair of multifunctional healthy negative-ion insoles. Each insole is composed of four layers of structures, wherein a first layer is a non-woven fabric negative oxygen ion layer, a second layer is a latex-filled layer, a third layer is a far infrared ray layer and a fourth layer is an adsorbent and breathable layer; and the non-woven percale layer is processed by the following steps: (1) fully stirring 25-35 parts by weight of a negative-ion functional material and 15-25 parts by weight of de-ionized water uniformly, then adding 45-55 parts by weight of emulsion resin, and conducting mixing and stirring for 25-35min so that the materials are fully mixed uniformly so as to obtain a slurry; and (2) fully wetting non-woven percale base cloth, which serves as a raw material, in the slurry, drying the base cloth at 175-185 DEG C and conducting tentering and double-rolling shaping, and then conducting cooling-shaping so as to obtain the non-woven percale layer. In a process of using the negative-ion insoles provided by the invention, with the continuous volatilization of negative oxygen ions, the growth of bacteria in shoe cavities is inhibited; and venting slots are formed in the bottoms of the finished insoles, and harmful materials such as moisture and the like in the shoe cavities are continuously discharged by virtue of the concave venting slots in the bottoms and the adsorbent and breathable layers, so that the interiors of shoes are kept dry and comfortable.

The invention discloses novel thin elastic textile fabric which comprises hidden yarns, connection yarns and face yarns, wherein the hidden yarns and the face yarns are interwoven by the connection yarns; the hidden yarns are formed by blending viscose and protein fibers, and account for 30-35% of the weight of the fabric; the connection yarns are formed by blending synthetic fibers and hollow foreign fibers, and account for 40-45% of the weight of the fabric; and the face yarns are formed by blending polyethylene terephthalate fibers and polytrimethylene terephthalate fibers, and account for 25-30% of the weight of the fabric. With the adoption of the mode, the fabric has the characteristics of thinness, smoothness, super-elasticity, moisture absorption, wicking, easiness in washing, quickness in drying, and excellent air permeability, and can keep a body dry and comfort.

The invention discloses a novel moisture-guiding and quick-drying blended fabric. The novel moisture-guiding and quick-drying blended fabric is formed by weaving Coolplus fiber, Topcool fiber, CoolTech fiber and ramie in a blended mode. The novel moisture-guiding and quick-drying blended fabric comprises, by weight, 24%-28% of Coolplus fiber, 21%-25% of Topcool fiber, 18%-22% of CoolTech fiber, and 25%-37% of ramie. The fabric formed by weaving the Coolplus fiber, the Topcool fiber, the CoolTech fiber and the ramie in the blended mode has excellent moisture-guiding and quick-drying performance, can make people feel dry, comfortable and cool and is breathable.

The invention discloses a hyaluronic acid fabric for skin care. The formula of the hyaluronic acid fabric comprises the following components: 20-25% of silk, 25-30% of chinlon, 25-30% of spandex, 5-10% of hyaluronic acid, 1-3% of deep sea fish oil, 2-5% of marine collagen peptide, 1-4% of undecylenic acid monoglyceride, and the balance of a cationic active surfactant. The invention also discloses a production process of the hyaluronic acid fabric for skin care. The preparation method comprises the following steps: quantitative weighing, weaving, presetting, dyeing, padding and drying. The hyaluronic acid fabric has the beneficial effects that sweat generated by movement of a human body can be absorbed, transferred, diffused and evaporated in time through the hyaluronic acid fabric, and the surface of the skin of the human body is kept dry and comfortable, so that a stuffy feeling cannot be generated, meanwhile, the problem that the skin is dry due to the fact that a large amount of water is lost can be prevented, and the hyaluronic acid fabric has moisturizing and nourishing effects on the skin.

The invention provides a tread-breathable waterproof sole breaking a structural form of a traditional sole and having cavities that form elastic pockets through elasticity of an elastic breathable layer.Protrusions provide more direct, effective compressive push below the cavities, and the elastic pockets can deform more sufficiently and efficiently; at the same time, auxiliary elastic pockets are formed between a push layer and the elastic breathable layer.The elastic pockets and the auxiliary elastic pockets serve as a power source for air exchange to provide such a repeated tread cycle, enabling air circulatory breathing and refreshing in a shoe chamber and keeping a dry, cool and suitable-temperature comfortable environment in the shoe chamber.As such, the sole has good ventilation and circulation effect, elastic breathing is more sufficient and efficient, the inside of the shoe chamber is kept dry, cool and comfortable, and the sole is stable in operating performance, novel and reasonable in structure and high in practicality.The invention also provides a shoe having the same ventilation and circulation effect, elastic breathing is more sufficient and efficient, the inside of a shoe chamber is kept dry, cool and comfortable, and the shoe is stable in operation performance, novel and reasonable in structure and high in practicality.