91results about How to "Wear light" patented technology

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 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 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 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 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 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 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.