91results about How to "Wear light" patented technology

The invention provides a thorn-proof composite material and a preparation method thereof. The thorn-proof composite material comprises a plurality of single-layer composite materials with micro holes, wherein each single-layer composite material comprises a reinforcing body formed by high-performance fibers, and a resin matrix which is compounded on the reinforcing body. The thorn-proof compositematerial further comprises a cushioning material for manufacturing a soft comfortable thorn-proof composite material.

The invention provides an intelligent scoliosis orthopedic system and a control method. The system comprises a scoliosis orthosis and a remote intelligent analysis platform. The scoliosis orthosis comprises an orthosis body, multiple gasket type multi-cell microcavity inflation structures, multiple multi-cell microcavity inflation structure pressure detection devices, a sole pressure detection device, a central control device and a pressure adjusting device. The orthosis body is customized according to the scoliosis condition of scoliosis children / teenagers. The gasket type multi-cell microcavity inflation structures are placed on the inner side of the orthosis body and distributed at corresponding parts of the chest, waist and pelvis of the human body. The central control device outputs control signals according to data detected by the multi-cell microcavity inflation structure pressure detection devices and the sole pressure detection device, the pressure adjusting device adjusts theorthopedic pressure applied by the gasket type multi-cell microcavity inflation structures, and the purpose of scoliosis orthosis is realized.

A system and a method implementing such a system. The system includes eyeglasses having hinged stems, a plurality of sensors and an alert alarm. The system further includes a triaxial accelerometer, an IR transmitter, an IR receiver, and a barometric sensor. The sensors are set up in the hinged stems and the rims of the eyeglasses and connected to a processing and calculation unit. The processing and calculation unit includes a microprocessor and a memory. The processing and calculation unit executes a computer program to analyze data issued by the sensors and triggers the alarm based on a result of the analyzed data.

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 relates to the preparation method of a multi-walled carbon nano-tube / dodecyl sodium sulfate / polyvinyl alcohol coextruded film, which comprises the following steps: distilled water solution A of polyvinyl alcohol with 5-15wt percentage by weight is prepared; distilled water solution of dodecyl sodium sulfate with 1wt percentage by weight is prepared, the purified multi-walled carbon nano-tube is dispersed in the distilled water solution of dodecyl sodium sulfate by a sonic oscillation way to obtain MWCNTs suspending liquid B with the content of 0.1-1 wt percent; the solution A and the suspending liquid B are evenly mixed to obtain mother solution C of MWCNTs / SDS / PVA coextruded film material with the content of 0.1-2 wt percent; and the mother solution C is prepared to the film on clean and dry glass film plates by a scraping way. The MWCNTs crude product is prepared by adopting the method of catalytic pyrolysis methane, thereby having low cost; the main solution is distilled water, thereby having no pollution on environment; the MWCNTs / SDS / PVA coextruded film not only has obviously enhanced mechanical property and electrical property, improved thermal stability and ventilation property, but also has greatly enhanced stability in an ultra-low temperature environment (liquid nitrogen temperature).

The invention relates to a light modified rubber foaming undersole material prescription and processing technology, which adopt butadiene rubber, butyl benzene colloidal particle, solution polymerized butadiene styrene rubber, nitrile rubber, silica, coupling agent, zinc oxide, rosin, active agent, stearic acid, antiager, crystallite wax, vomit-resistant acid agent for dosing and banburying mediating according to primary prescription, then the materials are pressed into a primary raw material piece by rolling of an open mill, the primary raw material piece is placed statically and then threw into the open mill, then dosing sulphur (bridging agents), accelerator agents, foaming agents and coloring agents in secondary dosing are added to the raw material piece, mixed and refined to obtain asizing material piece, and then static placing, blanking and vulcanization customization are conducted to obtain the light modified rubber foaming undersole material. The prescription and the processing technology have the advantages of being light in proportion, saving materials, being good in elasticity and flexibility, simple in raw materials and easy to recycle. Users who wear shoes made of the light modified rubber foaming undersole material feel convenient and comfortable.

A system and a method implementing such a system. The system includes eyeglasses having hinged stems, a plurality of sensors and an alert alarm. The system further includes a triaxial accelerometer, an IR transmitter, an IR receiver, and a barometric sensor. The sensors are set up in the hinged stems and the rims of the eyeglasses and connected to a processing and calculation unit. The processing and calculation unit includes a microprocessor and a memory. The processing and calculation unit executes a computer program to analyze data issued by the sensors and triggers the alarm based on a result of the analyzed data.

The invention discloses an air-permeable apped polyurethane synthetic leather and a preparation method thereof. The preparation method comprises the following steps of: coating a layer of polyurethane slurry on the napped surface of a fabric base which is single-side napped dull velvet, forming a polyurethane leather film on the surface of the base fabric after the polyurethane slurry is solidified, and sequentially washing, replacing a solvent, drying and shaping to obtain a semi-finished product; carrying out directional buffing processing on the surface of the semi-finished product, and then carrying out surface postprocessing and color alteration to obtain a finished product. The air-permeable pashm-effect polyurethane synthetic leather prepared by the method disclosed by the invention has the advantages of excellent air-permeable water-proof function, appearance similar to a reversed velvet leather, higher surface velvet sense, light weight, wearing comfort and low cost, can substitute a part of reversed velvet leather products and accords with the conception of light weight emphasized by the modern industry.

The invention discloses a windproof warm-keeping composite garment fabric. The windproof warm-keeping composite garment fabric comprises a windproof waterproof moisture-permeable outer layer, a far infrared warm-keeping layer, a moisture-guiding sweat-discharging inner layer and a mesh lining in sequence from outside to inside. The windproof waterproof moisture-permeable outer layer is made of high count and high density base cloth and a polytetrafluoroethylene microporous membrane in a laminated and composite mode through adhesive, the moisture-guiding sweat-discharging inner layer is made of polypropylene fibers having good moisture conductivity and / or polypropylene fibers having irregular sections, and the yarn count of each polypropylene fiber is 45s-60s. The far infrared warm-keeping layer is made of warm-keeping layer base cloth and a far infrared ceramic nanofiber membrane in a composite mode, the mesh lining is a warp knitted mesh fabric, and the warp knitted mesh fabric is made of polyester fibers with irregular sections. The windproof warm-keeping composite garment fabric has good windproof, warm-keeping and moisture-permeable performance, and has a good using effect.

The invention relates to a production technology of a shoe sole, in particular to a light-weight and shock-absorbing combined shoe sole and a production method thereof. The combined shoe sole consists of an outsole and a midsole, wherein the outsole is produced from a rubber material by mixing, performing open mixing, vulcanizing and other processes; the midsole is produced from an EVA material by mixing, performing open mixing, granulating, foaming once, and performing oil pressing twice. The raw materials and the processes of the light-weight and shock-absorbing combined shoe sole provided by the invention are optimized, so that various problems of the rubber material and the EVA material in application are effectively solved; a finished product is light in weight, good in resilience and excellent in shock-absorbing effect, and is not prone to aging and frosting problems.

The invention provides a production method of an expanded thermoplastic polyurethane sole. The production method comprises the following steps of: step 1, uniformly mixing materials: mixing AB rubber and an expanded thermoplastic polyurethane material in an injection molding machine and foaming; step 2, injecting the materials: filling and injecting a mixture in the injection molding machine into a mold; step 3, closing the mold; step 4, heating; step 5, putting the heated mold into a cold box at 0-10 DEG C and rapidly cooling; step 6, opening the mold, wherein the duration from material injection to mold opening is about 8 minutes; step 7, obtaining a finished product; step 8, spraying the mold: uniformly spraying a de-molding agent into the mold; and step 9, wiping the mold: wiping the mold to be clean by utilizing clean cotton cloth. The production process has the advantages of one-step molding and simplicity in production; and the produced expanded thermoplastic polyurethane sole has excellent resilience, high elasticity, excellent wearing resistance, good oil resistance, supernormal tensile strength and high heat-insulation and cold-proof performances, and is light to wear.

The invention relates to a process for die-pressing and shaping a cup and a die. The die comprises a cup die-pressing upper die capable of heating, a cup die-pressing lower die capable of heating, a cold shaping die and a cyclic water supply device, wherein the upper end face of the cup die-pressing lower die is concavely provided with concave parts with the same shapes as two bra cups; the lowerend face of the cup die-pressing upper die is convexly provided with convex parts matched with the concave parts on the upper end face of the cup die-pressing lower die in shapes; the cup die-pressing upper die and the cup die-pressing lower die are in contact connection; the lower end face of the cold shaping die is convexly provided with cold shaping convex parts matched with the concave parts on the upper end face of the cup die-pressing lower die in shapes; and the cold shaping die and the cyclic water supply device are fixedly connected by inserting. The process for die-pressing and shaping the cup comprises the steps of low-temperature die-pressing and shaping and cooling, reinforcing and shaping. After the low-temperature die-pressing, the heated fiber cotton cup is subjected to cold shaping and reinforcing by using the cold shaping die. The cup subjected to the equipment treatment has the characteristics of portability, good air permeability, yellowing avoidance and strong moisture absorption during wearing.

Waterproof oil-proof antistatic non-woven fabric and a producing method thereof are disclosed. The non-woven fabric comprises 0.28-1.35% by weight of fluorocarbon resin and 0.15-0.75% by weight of a phosphate type antistatic agent. The non-woven fabric is characterized by being high in hydraulic pressure resistance retention rate and being environmental friendly, and can be widely used in the fields of medical, sanitary, filtration, industries, catering services, and the like.

The invention discloses a method for producing an ultra-thin lightweight leather for sports and leisure shoes, which is characterized in that ultra-thin composite fabric base is taken as a base material, a wet synthetic leather semi-finished product is produced by a wet method; then the surface of the semi-finished product is polished and processed by a dry method, and finally the ultra-thin lightweight leather for sports and leisure shoes can be produced. The ultra-thin lightweight leather for sports and leisure shoes has the characteristics of ultra-thin thickness, light weight and high physical property, and has the advantages of little buckling, good hand feeling and good sizing performance, can completely accord with development trend of beauty, fashion and light weight of the current leather for leisure shoes.

The invention relates to a ventilation anti-puncture working boot and belongs to the technical field of boots in daily life. The boot comprises a boot sole, a boot head, a boot upper and a boot tube. A steel cover is bonded to the inner wall of a rubber outer layer of the boot head. The steel cover is a gridding steel cover composed of three vertical ribs and three transverse ribs, the vertical ribs are arranged on the transverse ribs, and a first elastic rubber layer is bonded to the inner wall of the steel cover. The rubber outer layer, a waterproof layer, an anti-puncture middle layer, an insulation rubber inner layer and a lining layer are sequentially connected in a boning mode from bottom to top in the boot sole. The anti-puncture middle layer comprises two carat bulletproof fiber weaving layers, and a second elastic rubber layer is arranged between the two carat bulletproof fiber weaving layers. The boot sole further comprises a ventilation structure which comprises a fan with a protection cover, a power supply and a switch. The boot is anti-puncture, has the ventilation effect and is high in comfort due to the fact that the shoe head is light.

The invention provides an anti-slip shoe cover which comprises a shoe cover body, a welt and a sole; the sole is arranged on one side of the shoe cover body that is contacted with the ground; the welt is arranged on the other side of the shoe cover, which is opposite to the sole; the welt is provided with a welt adjusting structure; and spikes are arranged on the sole. The anti-slip shoe cover has the advantages that the design of an anti-slip part and the spikes has an obvious anti-slip effect, the sole is made of rubber material and the spikes are made of aluminum alloy material, so that the shoe cover is light to wear, and the welt adjusting structure provides convenience for a user to put on or take off the shoe cover.

The invention relates to a safe clothes, which comprises head protective air room, body protective air room for body and leg, arm protective air room for protecting arm, to form the first protective air room; air generate and air tube for aerating the protective air room; said air rooms are connected by annular air bubbles; the first protective air room is contained into the second protective air room formed by spherical air bubble; the first and second protective air rooms have third protective air room between them formed by protective air bubble; when the air generator is triggered, it will generate gas into protective air rooms via air tube, to expand them, to pack body. The invention has wide application.

The invention relates to a luminous anti-puncture labor insurance boot with a self-generated power source, belonging to the technical field of boots in the daily life. The luminous anti-puncture labor insurance boot with the self-generated power source comprises a boot sole, a boot head, a vamp and a boot barrel, wherein a steel hood is adhered at an inner wall of an outer rubber layer of the boot head; the steel hood is a grid steel hood which is composed of three vertical ribs and three transverse ribs; the vertical ribs are arranged on the transverse ribs; a first elastic rubber layer is adhered at the inner wall of the steel hood; the outer rubber layer, a waterproof layer, an anti-puncture middle layer, an inner insulating rubber layer and a liner layer are adhered from downside to upside for connection in the boot sole; the anti-puncture middle layer comprises two Carat bulletproof fiber woven layers; a second elastic rubber layer is arranged between the two Carat bulletproof fiber woven layers; a light-emitting diode is arranged in the middle part of the boot head; a power source is arranged at the heel part of the boot sole; a switch is arranged at the boot leg or the heel part of the boot sole; and the power source comprises a pressure power generation unit and a power storage unit. The luminous anti-puncture labor insurance boot with the self-generated power source not only can prevent puncture and has the self-generated power source as well as indication effects, but also has the light boot head and high comfortableness.

The invention discloses a shock-absorption athletic shoe sole rubber formula. The invention is characterized in that the shock-absorption athletic shoe sole rubber is prepared from the following raw materials in parts by weight: 5-10 parts of natural rubber, 5-8 parts of white carbon black, 2-5 parts of antioxidant, 6-12 parts of styrene-butadiene rubber, 3-7 parts of calcium carbonate, 2-4 parts of anti-aging agent, 3-6 parts of zinc oxide, 2-4 parts of accelerator, 2-5 parts of dehumidizer, 6-10 parts of white oil, 1-3 parts of dispersing agent, 2-5 parts of plasticizer, 1-4 parts of antiknock and 3-6 parts of vulcanizing agent. The shock-absorption athletic shoe sole rubber formula disclosed by the invention lowers the hardness and elasticity of the sole, and is light and comfortable to wear.

A method for preventing and detecting a fall of an individual and implementing a system worn by the individual. The system includes a plurality of sensors and an alarm. The plurality of sensors includes a triaxial accelerometer and a barometric sensor. Each sensor of the plurality of sensors generates a signal and is connected to a microprocessor. The microprocessor is configured to execute a computer program stored in a memory to collect and analyze data issued by the plurality of sensors, and to trigger an alarm in response to an analysis of the data.

The invention discloses high-efficiency oil-resistant wear-resistant rubber. The high-efficiency oil-resistant wear-resistant rubber is prepared from the following raw materials in parts by weight: 20-50 parts of natural rubber, 2-5 parts of antioxidant, 6-12 parts of butadiene styrene rubber, 3-7 parts of calcium carbonate, 2-5 parts of clay, 3-6 parts of zinc oxide, 0.1-1 part of dicumyl peroxide, 2-5 parts of dehumidizer, 2-5 parts of paraffin, 2-5 parts of plasticizer, 1-4 parts of shockproof agent and 5-10 parts of carbon black. By adoption of a shock absorption sneaker sole rubber formula, hardness and elasticity of soles are reduced, the soles can absorb shock and are light and comfortable to wear; shock absorption soles produced by adopting the high-efficiency oil-resistant wear-resistant rubber have no harm to a human body.

The invention belongs to the technical field of boots in daily life, and relates to a storing and anti-piercing labor protection boot which comprises a boot bottom, a boot head, a boot vamp and a boot tube. The inner wall of a rubber outer layer of the boot head is provided with a steel shield in an adhesion mode. The steel shield is a gridding steel shield formed by three vertical ribs and three transverse ribs. The vertical ribs are arranged on the transverse ribs. A first elastic rubber layer is adhered on the inner wall of the steel shield. The rubber outer layer, a waterproof layer, an anti-piercing middle layer, an insulating rubber inner layer and a lining layer are adhered and connected from bottom to top in sequence in the boot bottom. The anti-piercing middle layer comprises two carat bulletproof fiber braiding layers. A second elastic rubber layer is arranged between the two carat bulletproof fiber braiding layers. A storage bin is arranged in a heel portion of the boot bottom. A bin door of the storage bin is arranged on the back face of the heel portion. The storing and anti-piercing labor protection boot not only has anti-piercing and storage functions, but also is light in boot head and high in comfort.

The invention provides a shoe sole injection mold and an injection molding method thereof. The shoe sole injection mold is used for a shoe sole where a spiked shoe is integrally formed, and comprisesa lower mold and an upper mold. The lower mold is provided with a shoe sole molding cavity, the bottom face of the shoe sole molding cavity is composed of a shoe sole face and a shoe upper face arranged on the outer side of the shoe sole face in a surrounding manner, grooves matched with spikes are formed in the shoe sole face, and a prefabricated outsole with spikes is fixed in the area of the shoe sole face through inserted connection with the grooves. The upper mold is hinged to one side of the lower mold and is provided with a shoe upper peripheral edge clamping opening. After mold compounding, the shoe upper peripheral edge clamping opening and the shoe sole molding cavity form a shoe sole mold cavity. The method comprises the steps that after the prefabricated outsole is placed in the lower mold, shoe sole molding liquid is injected into the shoe sole molding cavity, then the upper mold and the lower mold are compounded, the shoe sole mold cavity is formed by the shoe upper peripheral edge clamping opening and the shoe sole molding cavity, and after cooling, the prefabricated outsole can be integrally formed on a vamp. According to the shoe sole injection mold and the injection molding method thereof, the manual cost is effectively reduced, the capacity is increased, and the production efficiency is improved.

The invention relates to a pair of automatic massage anti-puncturing working boots, belonging to the technical field of boots in daily life. Each automatic massage anti-puncturing working boot comprises a boot sole, a boot head, a boot surface and a boot tube, wherein the inner wall of a rubber outer layer of the boot head is glued with a steel cover, the steel cover is a mesh steel cover which is formed by three vertical ribs and three horizontal ribs, the vertical ribs are arranged on the horizontal ribs, the inner wall of the steel cover is glued with a first elastic rubber layer, the rubber outer layer, a waterproof layer, an anti-puncturing middle layer, an insulated rubber inner layer and a liner layer are sequentially glued together in the boot sole from bottom to top, the anti-puncturing middle layer comprises two layers of karat bulletproof fabric knitting layers, and a second elastic rubber layer is arranged between the two layers of the karat bulletproof fabric knitting layers; each automatic massage anti-puncturing working boot also comprises an automatic massage mechanism, and the automatic massage mechanism comprises more than one massage body, a power supply and a switch. The automatic massage anti-puncturing working boots disclosed by the invention not only are anti-puncturing and have automatic massage functions, but also have light boot heads and have high comfortable performance.

The invention discloses a waterproof shoe cover. The waterproof shoe cover comprises a shoe cover body, a front catch and a back catch, the shoe cover body is annular, and the front catch and the backcatch are symmetrically arranged on the shoe cover body. Compared with the prior art, the waterproof shoe cover has the advantages that (1) the waterproof shoe cover is carried easily, dried easily after being used and can be repeatedly used; (2) the waterproof shoe cover is an annular structure, directly sleeves a shoe sole for use, so that the breathability of a shoe cannot be affected, and thefoot is prevented from being covered tightly; (3) the waterproof shoe cover is worn easily and cannot increase bear load sense; and (4) the waterproof shoe cover can effectively prevent rainwater from wetting the shoe surface by setting the front and back catches with different bend angles.

The invention relates to an anti-static puncture-proof working boot and belongs to the technical field of boots in daily life. The anti-static puncture-proof working boot comprises a boot bottom, a boot head, a boot face and a boot tube, wherein the boot bottom, the boot head, the boot face and the boot tube are respectively provided with a rubber outer layer and a lining layer. The lining layers are knitted cotton with electrical conductivity. The rubber outer layers are made of rubber with electrical conductivity. The rubber outer layers and the lining layers are connected through flexible wires. A steel cover is bonded on the inner wall of the rubber outer layer of the boot head and is a grid steel cover composed of three vertical ribs and three transverse ribs. The vertical ribs are arranged on the transverse ribs. A first elastic rubber layer is bonded on the inner wall of the steel cover. In the boot bottom, the rubber outer layer, a waterproof layer, a middle puncture-proof layer, an insulating rubber inner layer and the lining layer are sequentially connected in a bonded mode from bottom to top. The middle puncture-proof layer comprises two knitted bulletproof Kevlar fiber layers. A second elastic rubber layer is arranged between the two knitted bulletproof Kevlar fiber layers. The anti-static puncture-proof working boot is puncture-proof, good in anti-static effect, light in boot head, and high in comfort.

The invention belongs to the field of textiles and provides a high-strength flame-retardation yarn and a preparation method thereof and a durable fabric. The high-strength flame-retardation yarn comprises a core filament and coating fibers, the core filament is mainly one of a polybutylene terephthalate fiber, a polyterephthalic acid-1,4-hexamethylene dimethyl ester fiber and a polyethylene terephthalate fiber while the strength is 6cN / dtex or above, the coating fibers are prepared from flame-retardant viscose and polyvinyl fluoride, and polyvinyl fluoride is selected from one or two of polytetrafluoroethylene and polyvinylidene fluoride. The preparation method includes that the core filament is coated with the coating fibers to obtain a single-stranded core spun yarn. The durable fabric is made from the high-strength flame-retardation yarn by weaving. By the high-strength flame-retardation yarn, problems of poor flame retardation, proneness to adhesion of metal residues and pronenessto embrittlement, poor high-temperature resistance, low strength and the like in use are effectively improved; high cost performance is achieved, and industrial production is facilitated by adoption of existing equipment; the durable fabric is high in durability and widely applicable to work clothes in high-temperature operating environments.

The invention provides space isolating ventilating bee-preventing clothes. The bee-preventing clothes comprise an underwear, a garment and a bee-preventing cap, wherein the underwear comprises a coat and a pair of long pants; the coat comprises a coat body and a garment front tape; the coat body is made by sealing edges of a 3D (three0dimensional) ventilating mesh fabric layer; the garment front tape is used for adjusting the tightness of the coat; the long pants comprise a long pant body and a binding waist; the long pant body is made by sealing edges of ventilating mesh fabric layer. Due to the fact that the 3D ventilating mesh fabric layer serves as a space isolating medium, and the size of an isolating space generated through the thickness of the 3D ventilating mesh fabric layer is greater than the length of the poison antenna of a bee, the effects of preventing bee sting and mosquito biting are effectively achieved, the bee-preventing clothes is extremely good in ventilation, is light, does not generate peculiar smell, does not absorb sweat, and is easy to clean; due to the fact that the surrounding edge of the bee-preventing cap is made from the material including the 3D ventilating mesh fabric layer, and meshes of the 3D ventilating mesh fabric layers of the bee-preventing cap, the coat and the long pants are communicated with one another, and the ventilation effect is extremely good.

The present invention discloses a tactical energy knapsack. The tactical energy knapsack comprises a tactical knapsack and a thin-film solar panel, the thin-film solar panel selects a copper-indium-gallium-diselenide thin film cell as a photovoltaic conversion device and employs a package mode of integrated combination of lamination and sewing. The package structure employs a P-2-P mode, a water-resisting film is employed to package the front surface of a cell of the outermost layer of the thin-film solar panel on package materials, an aluminum back plate is employed to package the back surface of the cell, a first POE package glue film and a second POE package glue film are employed to package a middle layer, the combination mode of the thin-film solar panel and the knapsack is a mode ofa buckle and a magic patch. The tactical energy knapsack avoids defect that a traditional silicon solar cell is fragile, and the thin-film solar panel is detachably folded and convenient to receive.

The invention relates to a novel temperature-adjustable intelligent military training clothing system device. The device comprises a temperature adjusting module, a sensor and a displayer which are arranged on a clothing coat and trousers. The temperature adjusting module comprises a structural temperature adjusting module and a chemical temperature adjusting module. For the structural temperatureadjusting module, an air-permeable mesh fabric is arranged on the corresponding part of clothing, for the chemical temperature adjusting module, a temperature-adjusting fabric containing phase-changematerials is arranged on the corresponding part of the clothing, the sensor comprises a temperature and humidity sensor arranged on the corresponding part of the clothing, a contact end, a heart ratesensor, a respiratory rate sensor and a blood pressure sensor. Relevant parameters are divided according to the security level and displayed on the displayer. By means of the temperature adjusting module, the sensor and the displayer, the temperature-adjustable intelligent military training clothing system device can adjust the local temperature of a human body, monitor and display physiologicaldata of the human body in real time, and issue a warning when the relative value exceeds the security level range, and safe, comfortable and intelligent wearing experience is provided for the human body.