84results about How to "Wear soft" patented technology

The invention discloses an active dot-matrix type flexible electrode paste device which is applied to the technical field of collecting of human body surface electrophysiological signals in the field of medical treatment and health. According to the active dot-matrix type flexible electrode paste device, a flexible dry electrode module, a signal collecting circuit system and an auxiliary assembly are integrated into a paste piece with viscosity. The flexible dry electrode module directly makes contact with the human body surface to collect human body electrophysiological signals, impedance matching is achieved through a voltage following circuit, the signal collecting circuit system conducts amplification filter and A/D conversion processing on the electrophysiological signals after impedance matching, and finally the electrophysiological signals are transmitted into a client through a wireless communication module. The device has the characteristics of convenient wearing and softness, is suitable for long-term use of 24 hours every day, and meets the requirements such as rehabilitation and diseases of human-computer interaction. A dot-matrix type electrode arrangement mode is adopted, the electrophysiological signals with the irregular muscle fiber trend or the electrophysiological signals of small muscle group parts can be collected, and multidimensional difference calculation can be realized to improve the spatial filtering effect.

The invention discloses a composite sole combined by natural rubber and EVA; a rubber outsole comprises the following components in parts by weight: 50 parts of natural rubber, 30 parts of cis-1,4-polybutadiene rubber, 20 parts of butadiene-acrylonitrile rubber, 45 parts of white carbon black, 15 parts of white oil, 10 parts of a black color masterbatch, 5 parts of zinc oxide, 2 parts of stearic acid, 2.5 parts of an accelerant, 2 parts of an anti-aging agent, 1 part of an antioxidant, 2 parts of a dispersant, and 4 parts of a wear-resisting agent. An EVA midsole comprises the following components in parts by weight: 35 parts of EVA5110, 25 parts of EVA6110, 20 parts of an elastomer, 10 parts of a filler, 10 parts of a flax fiber, 3 parts of a foaming agent, 0.6 part of a bridging agent, 1 part of a zinc-oxide powder, 0.5 part of zinc stearate, 2 parts of titanium dioxide, 0.8 part of a dispersing agent, and 0.6 part of a flowing agent. The sole not only has quite high tearing strength, but also is soft, portable and comfortable and keeps high elasticity when the sloe is worn.

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.

The invention relates to a portable mask and more specifically to a portable mask which make it easy to carry the portable mask, easy to replace a filter, and easy to do outdoor activities, such as exercises or walks, with the portable mask outdoors. The portable mask is characterized by comprising a front mask; a back mask for fixedly installing the front mask; a filter inserted between the front mask and the back mask for filtering foreign matters; a facing portion inserted into the back side of the back mask to cover the nose and the mouth of a wearer; and an ear-hanging portion installed on both sides of the back mask to be hanged over the ears of the wearer.

The invention provides an air-cooled helmet which has the advantages of strong practicability and small noise load. In the invention, an air suction port (3) is arranged on the top part of the helmet body (1); an air supply fan (14) is arranged inside the air suction port (3); an air guide housing (4) is arranged outside the air suction port (3); a sound absorption component (5) is formed on the inner surface of the helmet body (1); a blocking component (11) is filled between a supporting frame (8) and the helmet body (1) so as to separate air flowing out of the position so that the supplied air is concentrated at a scalp side; and then a power terminal (16) of the air supply fan (14) is arranged at one part of the helmet body (1) so that a terminal (19) of a power line (18) which extends from a portable cell (17) is connected with the power terminal (16) for power supply.

The invention discloses a silk blend-fiber fabric. The silk blend-fiber fabric is woven through mulberry silk fiber, tussah silk fiber, castor silk fiber and cassava silk fiber in a blended manner. The fabric fiber components of the silk blend-fiber fabric include, by weight percentage: 45% to 49% of the mulberry silk fiber, 18% to 22% of the tussah silk fiber, 13% to 17% of the castor silk fiber and 12% to 22% of the cassava silk fiber. The fabric is woven through the mulberry silk fiber, the tussah silk fiber, the castor silk fiber and the cassava silk fiber in the blended manner and has the advantages that the fabric is soft, cool and comfortable to wear, heat insulation is achieved, skin is nourished, human health is promoted, static electricity is resisted, and pests are controlled.

The invention relates to the field of medical instruments, in particular to a dry soft electrode based on a direct-current magnetron sputtering technology. The dry soft electrode comprises a substrate, the substrate comprises a base and a plurality of needle electrodes arranged on the base, a conducting plate is arranged at the bottom of the base, the conducting plate is provided with a conducting line, the conducting plate and the base of the substrate are closely connected through a die sleeve, and the die sleeve is provided with a hole allowing the conducting line to pass through. The surface of the base is plated with a conducting layer. The invention further provides a manufacturing method of the dry soft electrode based on the direct-current magnetron sputtering technology. The dry soft electrode and the manufacturing method have the advantages that the reliability and sensitivity of brain signal collection are good; the coating of the electrode is high in adhesive force, even in attachment, and controllable in thickness and color; the electrode is soft, and good in comfort; ingenious structural design is achieved.

The invention discloses an anti-cutting glove and a packaging method thereof and belongs to the technical field of work gloves. The anti-cutting glove is made by knitting yarns which are one or any ofpolyethylene/aramid fiber, polyethylene/aramid fiber/steel wire, PVC-coated (polyvinyl chloride-coated glass fiber spandex yarn, and steel wire; the yarns are knitted into a glove core by an automatic glove knitter; the outside of the glove core is provided with a polymer coating by dipping; the polymer coating is one or a combination of butyronitrile rubber latex, polyurethane and rubber. The anti-cutting glove has excellent cutting protection which is far higher than provisions of national standard of China and European Union standards, has good flame retardance and excellent thermal protection, is light in weight and flexible to wear, and is good in wear resistance, low in production cost and high in batch production efficiency.

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 relates to a flexible and high-energy-absorbing stab and cut resistant shoe sole, comprising an innersole, a stab resistant composite layer and an outer sole, wherein the innersole is made of flexible material capable of being directly dressed to the skin; the stab resistant composite layer is composed of woven fabric layers, non-woven fabric layers and limiting layers; the stable forms of the woven fabric layers and the non-woven fabric layers made of high performance fibers are achieved by the limiting layers made of metal grids; the woven fabric layers and the non-woven fabric layers are in multi-layer stacking in a crossed laying manner, so that the stab resistance of the shoe sole in various directions is improved; the woven fabric layers and the non-woven fabric layers are fixed by sewing threads so as to improve the flexibility; the outer sole is made of high-hardness wear-resisting resin, and is provided with grains on the surface for achieving the non-skid property; the innersole, the stab resistant composite layer and the outer sole are formed through bonding by bond. The flexible and high-energy-absorbing stab and cut resistant shoe sole is simple, convenient and effective to produce, easy to bend and low in cost, has the function of high energy absorbing, and can effectively protect the sole of the foot from stab damage.

The invention relates to a towel brassiere using towel or other fabrics alike which comprises a brassiere cup, a shroud band and a brace, wherein the near sides of the two brassiere cups are connected together, the shroud band is arranged on the outer end, and a tower fabric with at least one surface covered uniformly by curls is applied by the brassiere cup. The advantages of the invention are simple arrangement, low cost of manufacture, comfort in wearing, and good moisture absorption and air permeability property.

The invention relates to a spinning fine count blending with milk fiber. It includes the following steps: cutting off the silk into bulk fiber and the length is 50-60mm, reversion is 18-25%, and oil content is 2-3%, cultivating for 8-24 hours until fully penetrating. The fine combing fiber length is 40-50mm, and spun yarn twist is 850-1600T/M, twist coefficient is 85-130, taking bulk fiber mixing, adding wool cream according to 1:3, and making yarn after taking slivering, forespinning and post spinning processes. The invention has the advantages of natural, green, healthy keeping, low cost, good heat keeping, etc.

The invention provides an antiskid shoe sole. The shoe sole is composed of a main body part and an antiskid toothed part. Antiskid toothed part is arranged around the bottom of the main body part; themain body part is formed by soft rubber, wherein the soft rubber is prepared from wearproof rubber, foaming rubber, EPR and MD or EVA; the antiskid toothed part is formed by hard rubber, wherein thehard rubber is composed of composite rubber, short fibers and ceramic particles. The antiskid shoe sole adopts the combination of soft materials and hard materials. The whole shoe is soft and comfortable to wear and has better antiskid performance. Moreover, the situation is avoided that when the whole shoe sole is made of the same group of mixed rubber materials, the antiskid coefficient is low since the content of antiskid materials is low, or since the content of the antiskid materials is high, the low-temperature resistance is poor, bottom materials are easily broken, and the comfort degree is low.

The invention discloses a technology for manufacturing water absorption soft fabrics. The technology includes steps of manufacturing woven fabrics from selected yarns or threads; carrying out dyeing and finishing processing the manufactured fabrics, to be more specific, desizing the fabrics by the aid of sodium carbonate under the condition that a PH (potential of hydrogen) value is smaller than 10, bleaching the fabrics by the aid of hydrogen peroxide for the bleach wash time of 35min-50min at the water temperatures ranging 60 DEG C to 78 DEG C, performing jig dyeing on the fabrics by the aid of disperse dye at high temperatures under high pressures or dyeing the fabrics by the aid of cationic dye, washing the fabrics under the condition that a PH value is smaller than 10, finishing the fabrics in finishing agents for 25min-60min, ironing the fabrics by the aid of steam at the temperatures ranging from 100 DEG C to 180 DEG C and setting the fabrics to obtain the water absorption soft fabrics. Cotton and polyester fibers which are of hollow structures are blended to form the selected yarns or threads. The technology has the advantages that the water absorption soft fabrics manufactured by the aid of the technology have characteristics of soft textures, moisture absorption, breathability, sweat drainage, warmth keeping and the like and are excellent in elasticity and extensibility, wearers feel comfortable when wearing the water absorption soft fabrics, are free of tightening feel, and can enjoy unprecedented skin comfort, and the body curves of the wearers can be sufficiently embodied.

The invention discloses an arc-proof flame-retardant glove and a production method thereof in the technical field of labor protection gloves. The production method comprises the following steps: the step S1 of weaving a glove core; the step S2 of preparing arc-proof slurry: selecting arc-proof powder and an arc-proof powder solvent, wherein the arc-proof powder is one or more of microcapsule coated red phosphorus, microcapsule coated ammonium polyphosphate, modified aluminum hydroxide and modified magnesium hydroxide; the step S3 of preparing a composite flame retardant: mixing and grinding polydiphosphazene, triethyl phosphate and a flame retardant synergist; the step S4 of preparing arc-proof flame retardant latex; the step S5 of preheating; the step S6 of arc proof flame retardant lateximmersion; the step S7 of vulcanization; the step S8 of demoulding. The glove produced by the method has excellent arc-proof performance that far exceeds the national standard and the EU standard, has superior thermal protection, and is light and flexible to wear, good in wear resistance, low in production cost and high in production efficiency.

The invention discloses a children's underwear blended fabric. Being prepared by blending of milk protein fiber, silk and wool, the children's underwear blended fabric has good moisture absorption and moisture retention, is rich in elasticity, is close fitted, soft, smooth and comfortable to wear, is static-free, natural and non-toxic, has good heat retention properties, and no irritation to human body, and also has the functions of bacteriostasis, deodorization, blood circulation promotion and the like. The preparation method does not involve heavy metals, halides or other substances harmful to human body and the environment, and belongs to an environment-friendly fiber treatment process.

The invention discloses a modal mercerized cloth production process. The modal mercerized cloth production process sequentially includes production procedures of cloth distribution, cloth loosening, pre-setting, double-face singeing, mercerizing, neutralizing, selvage stitching, dyeing, dewatering, in-process inspection, scotching, shaping and QC (quality control) finish inspection. The modal mercerized cloth production process is mainly innovated in after-finishing processing by mercerization, and cloth surface glossiness, pilling resistance, high comfort and high fitness are realized. The mercerized cloth produced according to the process has advantages of high cloth surface glossiness, low hairiness, comfort in handfeel and wearing, excellent pilling resistance, excellent moisture absorption performance, softness, high drapability, high fitness and the like.

The invention relates to an environment-friendly composite fabric preparation process. The environment-friendly composite fabric preparation process comprises the following steps: (1) soaking a fabric in clean water in a washing tank; (2) scouring the fabric after being washed, and cleaning oxalic acid residue on the fabric; (3) taking out the cleaned fabric; (4) placing polyvinyl chloride resin, calcium carbonate, poly(hexylene glycol), a PVC stabilizing agent, an environment-friendly plasticizer and an organic tin stabilizer into a stirrer; (5) placing a sizing agent for 20 to 90 hours in a normal-temperature room at the temperature of 20 to 60 DEG C; (6) uniformly smearing the sizing agent between an upper layer fabric and a lower layer fabric, rolling at a high temperature, drying, and finally obtaining a finished product. An article for labor protection, produced by the composite fabric, is not only soft and comfortable to wear, but also has the advantages of acid and alkali resistance, high temperature resistance, high strength and reliable safety performance. The production process flow is reasonable in design, the operation is simple and convenient, and the cost is low. The environment-friendly composite fabric preparation process can be applied to other textile fabric markets, is wide in application prospect and is worthy of being popularized and applied.

The invention relates to a multifunctional massage, bacteriostasis, and deodorization bra, which is characterized by comprising a bra lining bag which is a double-layer polyether lining bag of the shape size conforming with the development of human breasts, and the lining bag is provided with scores of particle-shaped projected beads in uniform distribution at the place where the lining bag faces the breasts. The beads are filled with fluidity liquid and solid mixture with specific gravity of 0.35 to 0.4, wherein, the mixture is provided with active magnetic beads and a plurality of active substances. A shoulder tape is air cushion shoulder tape. The lining bag has unique structure and fillings of active substances needed by human beings and light weight and soft tactility similar to adipose, and the bra is a woman bra of stereo cutting and comfortable wear.