45results about How to "Light and comfortable to wear" patented technology

The invention discloses a light running shoe with a novel structure. The light running shoe comprises a shoe sole and a shoe upper. The shoe upper is connected with the shoe sole, a plurality of elliptical through holes which are through in the left-right directions are formed in the shoe sole, are arranged along the length direction of the shoe sole at intervals and are forwardly obliquely distributed, and strip-shaped through openings which are communicated with the ground are formed in the inner bottoms of the elliptical through holes and are positioned in a foot sole area. The light running shoe has the advantages that the elliptical through holes are formed in the shoe sole and are arranged along the length direction of the shoe sole at intervals, and damping and resilience effects of the running shoe can be greatly improved owing to the shape and the forwardly oblique distribution design of each elliptical through hole; the through holes which are flat are easy to deform under the effect of external force, and accordingly the light running shoe can deform freely.

The invention discloses a pair of flippers. Each flipper comprises an outsole, a mid-sole and a shoe vamp which are arranged in sequence from bottom to top, wherein the shape and the size of the outsole are matched with those of a foot of a human body; the outsole is a rubber outsole made of rubber; the mid-sole comprises a supporting part matched with the outsole in shape and size and a web-shaped swimming part outwards extending along the edge of the foot sole part of the supporting part; the mid-sole is a polyurethane mid-sole made of polyurethane; the shoe vamp is formed by stitching a diving suit fabric; the mid-sole is integrally formed by the polyurethane by an upper connection injection molding technology and is integrally connected with the shoe vamp and the outsole respectively in the upper connection injection molding process; a containing cavity for containing the whole foot of the human body is formed between the supporting part of the mid-sole and the shoe vamp. The invention discloses the flippers which are simple in structure and convenient to use; the flippers can be used during diving and walking on the land and have the characteristics of softness, durability, shock absorption, slippage resistant and wearing comfortability.

The invention discloses a composite sole material, which comprises the following components in parts by mass: 40 to 60 parts of PVC, 6 to 10 parts of hot-melt adhesive, 6 to 8 parts of thermoplastic polyurethane, 13 to 15 parts of polar rubber, 2 to 4 parts of foaming agent, 1 to 3 parts of zinc oxide, 3 to 5 parts of inorganic flame retardant, 2 to 4 parts of modified white carbon black and 5 to 7 parts of calcium-zinc compound stabilizer. The composite sole material provided by the invention has the characteristics of good flame retardation, light and comfortable wearing, simple formula, and low production cost.

The invention discloses a piece of antistatic clothes, comprising a jacket, a pair of trousers and a shell fabric; the jacket and the trousers are connected into a whole, the jacket is provided with two sleeves, the shell fabric is the fabric of the jacket and the trousers, the fabric comprises warps and wefts which are respectively provided with conductive fibers at intervals, the warps and the wefts are cellucotton, and the intervals of adjacent conductive fibers are between 2-2.5 mm. According to the abovementioned manner, the antistatic clothing provided by the invention is good in antistatic performance and breathability, and comfortable and easy to wear.

The present invention relates to a fiber product provided with a water repellant coating layer and a method for manufacturing the fiber product. The method for manufacturing the fiber product comprises: a washing step for inserting and washing a semi-manufactured fiber product comprising a fabric having natural fiber; a first drying step for dehydrating and then drying the semi-manufactured fiber product that is washed; a water repellant solution submerging step for submerging the semi-manufactured fiber product that is dried from the first drying step so that the water repellant solution penetrates the threads of the fabric and coats the surface of the threads with the water repellant solution; a second drying step for dehydrating and then drying the semi-manufactured product that has completed the water repellant solution submerging step; a thermal setting step for fixing the water repellant solution to the threads; a pliability processing step for washing and rendering the semi-manufactured fiber product pliable after thermal setting; and a product finishing step for dehydrating and drying the semi-manufactured fiber product that is rendered pliable and producing a finished product. The fiber product provided with the water repellant coating layer and the method for manufacturing the fiber product, according to the present invention, in the case of a product which is manufactured from the fabric comprising the natural fiber, does not cause inflammation due to water repelling capability that allows air permeability, permitting the fiber product to stay dry at all times by not becoming wet, is fresh and light, provides a pleasant sensation and insulation when worn, and in the case of a synthetic fiber product, stays completely waterproof despite the absence of seam sealing of a sewn portion, which stays fresh and provides a pleasant wearing sensation by maintaining waterproofing qualities against moisture under all weather conditions, is not subject to various problems caused by a seam tape, and is easy to manufacture.

The invention relates to the field of antistatic shoes, and specifically relates to anti-static shoes and anti-static insoles thereof. According to the technical scheme, the anti-static insoles comprise the following raw materials in parts by weight: 80-90 parts of polyurethane, 8-10 parts of a non-ionic-cationic blended type surfactant, and 6-10 parts of an alkyl trimethyl ammonium salt type cationic surface active agent, wherein the non-ionic-cationic blended type surfactant is prepared by quaternizing higher fatty amine and ethylene oxide adduct. The insoles are high in anti-static performance and wear resistance; the service life is prolonged; the components in the formula are nontoxic and environmentally friendly, so that the formula is beneficial for the health.

The invention relates to a preparation method of a high strength low temperature hot melt adhesive. The preparation method is carried out according to the steps of: (1) dipping high strength spunlaced nonwoven in emulsion resin in a rubber dipping groove, then conducting rolling to make the mass ratio of the emulsion resin content to the high strength spunlaced nonwoven at 1:3-5, conducting oven high pressure vertical perforation, and at 175-185DEG C, performing high temperature and high pressure drying tentering shaping and cooling shaping; and (2) on the front surface and back surface of the shaped sheet, carrying out multilayer hot-pressing laminating shaping at the same time, and then performing cooling shaping. The high strength low temperature hot melt adhesive solves the physical defects of insufficient impact resistance, compressive strength, puncture resistance and low temperature resistance generated in the application process of existing low temperature hot melt adhesives in outdoor shoes, mountaineering shoes and army boots, etc., and has high practical value.