42results about How to "Does not affect wearing comfort" patented technology

The invention provides a run-preventing stocking. The leg of the stocking is woven by fusible spendex by virtue of a weft knitting machine, the denier of the spendex is 8-20d, and weaving intersection of spendex is fused to be bonded and connected. The invention also provide a method for manufacturing the run-preventing stocking, comprising the following steps: weaving the leg of the stocking by virtue of the weft knitting machine, carrying out high temperature sizing at the temperature of 140-180 DEG C, and fusing the weaving intersection of the spendex to be bonded and connected. By adopting the technical scheme of the invention, bonding points in net distribution are formed on the leg of the stocking, and the bonding points can prevent a hole from expanding even if the hole appears at a certain position, thus run of the stocking is prevented; and meanwhile, the fused intersection is arranged between intersectant silks, and appropriate denier is selected, thus rapid intersection fusing and bonding can be easily realized when the stocking is manufactured, and the service life of the stocking is prolonged while the wear comfortableness of the stocking is not influenced.

The invention discloses a temperature-adjustable fabric based on a carbon nano tube and a preparing method of the fabric. The temperature-adjustable fabric comprises an inner structure layer and an outer structure layer. The inner structure layer comprises a carbon nano tube layer and a metal layer covering the carbon nano tube layer, and the infrared ray emitting rate of the metal layer is lowerthan that of the carbon nano tuber layer; the outer structure layer at least covers a first surface and a second surface of the inner structure layer, the first surface and the second surface are oppositely arranged in the thickness direction of the inner structure layer, and the outer structure layer has a pore structure and can allow infrared rays to pass through. The preparing method comprisesthe steps of depositing the metal layer on the surface of a carbon nano tube thin film to form the inner structure layer; at least covering the first surface and the second surface of the inner structure layer with the outer structure layer. According to the temperature-adjustable fabric, no other energy sources are consumed, the difference of the infrared emitting rates of the front and reverse directions of the inner structure layer is utilized, the temperature can be automatically adjusted according to the changes of the environment temperature, and meanwhile, the effect of heat preservation or cooling is achieved.

The invention discloses a pair of windproof and rainproof trousers. The windproof and rainproof trousers comprise a windproof and rainproof trouser body, wherein the windproof and rainproof trouser body comprises a trouser waist and a trouser body, the trouser waist and the trouser body are connected with each other, and the trouser body comprises two trouser legs. A detachable inner leg opening is arranged on the lower portion of the inner side of each trouser leg, wherein the two sides of the inner leg opening which is unfolded are provided with a hook-and-loop fastener rough surface and a hook-and-loop fastener hook surface respectively, and an elastic cord is arranged at the bottom end of the inner leg opening. The windproof and rainproof trousers are simple in structure, good in heat retention, high in safety and reliability, high in comfort level after being worn on a human body, good in hip lifting effect, attractive in appearance, high in practicability, and good in breathability and heat dissipation effect.

The invention discloses temperature-controlled outerwear based on solar power generation. The outwear includes a garment body, and a graphene solar battery pack is laid on the outer surface of the garment body and includes a graphene surface electrode coating, a semiconductor silicon crystal coating and a graphene back electrode coating which are combined with one another from outside to inside insequence; the garment body is of an interlayer structure and includes an outer layer and an inner layer, a temperature control device is arranged in an interlayer and consists of a temperature sensor, a semiconductor chilling plate, a heating membrane and a control chip, and current output lines are leaded out from the graphene surface electrode coating and the graphene back electrode coating tobe connected with a power source input end of the temperature control device. According to the provided temperature-controlled outerwear, solar power generation is utilized to supply a power source tothe temperature control device, the temperature can be set according to demands, and a cooling function of the semiconductor chilling plate and a heating function of the heating membrane can be utilized to adjust the temperature to make the temperature of the garment body reach a set value. The outwear is cheap, practical and particularly suitable for outdoor workers.

The invention discloses a tactile feedback ankle joint functional training system based on a brain-computer interface. The tactile feedback ankle joint functional training system comprises a trainingchair for a user to train and use, a user interface module, an electroencephalography collecting and treating module and a control feedback module, wherein the user interface module comprises a display screen and a host computer, and can provide a cartoon based on steady-state visual sense inducing to allow the user to watch; the electroencephalography collecting and treating module is used for performing collecting, filtering treatment and amplifying treatment on generated eeg signals after the user watches the cartoon, and transmitting the treatment result to the control feedback module; andthe control feedback module is used for controlling the intensity and the frequency of a vibrating module through a single chip microcomputer according to the eeg signals, and performing vibration training on shank muscle of the user, and the user can control the position of training lateral vibration through an active intention. According to the tactile feedback ankle joint functional training system disclosed by the invention, a brain-computer interface manner is adopted, and the eeg signals of the user are extracted to perform tactile training, so that active intention training is realized; and based on the training of steady-state visual sense inducing technique, the gait cycle in a walking process is simulated, and the proprioceptive sensation and abnormal gait training of the user are facilitated.

The invention provides a trousers-zipper reminding apparatus, wherein a striking flake is arranged on a position on the trouser waist above the zipper, the upper end of the striking flake tilts upwards, the lower end is connected with the bottom board, a guiding and limiting hole is arranged on the linkage position, a depression bar is arranged on the upper end of the zipper slider. When the zipper is not drawn upwards, the striking flake will be held in jumping state so as to prompt the operators.

The embodiment of the invention provides a graphene kneecap. The graphene kneecap comprises a kneecap body, a graphene plate and a power supply, wherein the kneecap is provided with the graphene plateat the position corresponding to the knee, and the graphene plate is subjected to hot-pressing sizing to form the semi-spherical shape; the kneecap has the structure that an outer composite layer, the graphene plate and an inner composite layer are connected in a stacking manner; the power supply is connected with the graphene plate; the spherical space of the graphene plate is formed through hot-pressing sizing, then far infrared radiation is gathered to irradiate the knee or one certain fixed area, therefore, the physical therapy effect is enhanced, the pertinence of physical therapy is improved, the long-time physical therapy is available, due to tying belts and buckles, the mounting is convenient, the carrying is easy, no muffling due to binding exists, and the long-time wearing is available; and while the wearing comfort is not influenced, the supply of the power supply is guaranteed.

The invention discloses a down coat having a waterproofing function. The down coat comprises a coat body and a down coat liner, wherein the down coat liner is coated with a waterproofing coating, and the waterproofing coating consists of the following components in parts by weight: 3-4 parts of gamma-epoxypropyl ether trimethoxy silane, 6-7 parts of octadecyl alkylphenol, 15 parts of water, 2-3 parts of iso-decanol polyoxyethylene ether, 1-2 parts of polyacrylic acid, 1-2 parts of dimethyl hydrogen-containing polysiloxane, 5-6 parts of titanate and 2-3 parts of polyoxyethylene stearic acid. The down coat having the waterproofing function disclosed by the invention, by coating the down coat liner with the waterproofing, is relatively good in waterproofing effect and is protected from deforming caused by damp even in a rainy condition, and the using effect and the wearing comfort of the down coat are completely not affected.

The invention discloses an anti-static socking with a built-in conducting medium. The anti-static socking comprises a stocking welt, a socking leg, an instep, a heel, a tiptoe and a sole. The instep and the socking leg are connected below the socking welt, and conductive medium blocks are arranged in the tiptoe, the heel and the sole. The built-in conductive medium blocks are mainly made of conductive silica gel, conductive rubber, conductive carbon fiber and other conductive materials with high flexibility, so that the safety accident of mistaken electric shock caused by static electricity conduction of a human body is avoided. Due to the flexibility of the built-in conductive medium blocks, the conductive medium blocks have better non-deformability and are not easy to break. And the service life is prolonged under the condition that the wearing comfort is not influenced.

The invention discloses a sterilizing deodorizing agent for a shoe. The sterilizing deodorizing agent for the shoe is prepared from the following components by weight percent: 0.01 to 0.1 percent of miconazole nitrate, 1.5 to 2.5 percent of soybean extract-polyquaternium compound, 20 to 40 percent of ethanol, 0.01 to 0.1 percent of herba menthae, and 60 to 75 percent of liquefied petroleum gas. The invention also discloses a preparation method of the sterilizing deodorizing agent for the shoe. The preparation process is simple, the cost is low, the sterilizing deodorizing agent for the shoe has an efficacy for integrating the sterilization, deodorization and itching relieving. By adopting the soybean extract-polyquaternium compound, the durable sterilizing capability, the odor absorption capability and long-acting sterilizing performance of the product can be significantly improved, and the application prospect is good.