33 results about "Conductive shoe" patented technology

Methods and systems are provided for cooling an ultrasound transducer using a refrigeration system located within the imaging system. A closed loop of recirculating coolant located in the transducer assembly transports waste heat from the remotely located heat producing acoustic components or active electronics components to a thermally conductive shoe, located within the transducer connector. Thermally conductive materials in each connector, the ultrasound system connector and the transducer assembly connector, are positioned in contact to thermally conduct heat from the transducer assembly to a refrigeration system, located in the imaging system, free of fluid transfer.

A shoe for enhancing human physical performance by establishing an electrical conduit between the body and the ground includes a shoe outsole formed of a conductive rubber material. A resilient conductive element is integral with the outsole and extends along a heel of the shoe upper along its outer surface. The tape extends into the interior of the shoe and contacts a conductive sock liner. Thus the foot is in constant electrical connection with the outsole. A conductive sock may be employed to provide a more reliable electrical path to the sock liner and thereby to the ground.

The invention relates to a shoe which can effectively discharge electrostatic charge released by a human body and has an antibiotic function and antistatic / conductive functions as well as a manufacturing method thereof. The shoe comprises a substrate, a carbon fiber conductive network distributed in the substrate and silver-loaded zirconium phosphate particles distributed in the substrate. Materials of the substrate comprise PVC, a plasticizer, a stabilizer, a foaming agent, a lubricant, and CaCO3; the weight ratio of each material is as follows: 20-50% of the PVC, 15-30% of the plasticizer, 0.1-2% of the stabilizer, 0.1-1% of the foaming agent, 0.1-5% of the lubricant, 1-10% of the CaCO3, 1-20% of the carbon fiber and 1-15% of the silver-loaded zirconium phosphate. The manufacturing method can help cause the shoe to have good antibiotic efficacy because of the silver-loaded zirconium phosphate, and different resistance values can be realized by changing an addition amount of the carbon fiber as required for manufacturing the antistatic shoe / conductive shoe.

The invention provides a conductive PVC shoe material, which consists of 40-50 parts by weight of PVC, 10-20 parts of plated conductive metal fiber, 2-10 parts of coupling agent, 2-5 parts of reinforcing agent, plasticizer 15-30 parts, 1-4 parts foaming agent, 1-10 parts compatibilizer, 2-10 parts filler. The invention also discloses a manufacturing method of the conductive PVC shoe material. The conductive PVC shoe material provided by the invention has better conductivity.

An electrically conductive shoe includes a shoe body having an upper, a midsole, and an outsole, and the outsole has a receiving chamber. The receiving chamber is communicated with a bore of the midsole. A conductive device is mounted on a bottom of the outsole. A flexible conductive member has an end electrically connected to the conductive device and an opposite end extending to an inner space of the upper through the receiving chamber of the outsole and the bore of the midsole and attached to an inner side of the upper.

The invention relates to a portable conducting shoe test device and a use method thereof. A negative pole tray which is supported by a plurality of insulation columns and is used for accommodating a conducting shoe and a plurality of steel balls which are used for filling the conducting shoe are arranged in an upper box body; a power source socket and a direct current output module which is electrically connected with the power source socket and is used for converting alternating current into direct current and outputting the direct current are arranged in a lower box body; the positive pole of the direct current output module is connected with the steel balls; the negative pole of the direct current output module is connected with the negative pole tray; a power source switch used for controlling the switching on and switching off of a circuit in the lower box body, a current meter used for displaying current between the steel balls and the negative pole tray, a voltage meter used for displaying voltage between the steel balls and the negative pole tray, a current meter calibration module which is used for calibrating the reading of the current meter and is provided with a stub and a voltage fine adjustment knob which is connected with the direct current output module and is used for adjusting the voltage of the output current of the direct current output module. The portable conducting shoe test device has the advantages of simple structure, low cost and portable convenience.

The invention provides a conductive shielding shoe, comprising a conductive sole, a conductive upper, a conductive shoelace, a conductive insole and a conductive adhesive; wherein the conductive shoe sole comprises a plastic material with a mass fraction of 30-50% and a mass fraction of 50-70% % of conductive silver-plated glass beads, the conductive adhesive includes 30-50% of adhesive and 50-70% of conductive silver-plated glass beads, and the rest consists of 70-90% by mass fraction. % metal conductive fiber yarn is woven; at the same time, the invention provides a preparation method of conductive shielding shoes. The conductive shielding shoes prepared by the present invention can, on the one hand, repair the loopholes in the overall shielding effect of the "Faraday cage" in the actual shielding clothing equipment, and on the other hand, can effectively reduce the damage of the electromagnetic field generated by the power frequency current to the electric maintenance personnel, and eliminate electrification. The potential safety hazards of the operators of the operation can be increased, and the safety of the operators can be increased.

The invention relates to a virtual photon catalytic apparatus, and a method for catalytic treatment with the virtual photon catalytic apparatus. The virtual photon catalytic apparatus comprises a shell and a catalytic unit arranged in the shell, wherein the catalytic unit comprises a rectangular magnet group, magnetic force reinforcing columns and magnetic conductive shoes; SS poles and NN poles of rectangular magnets in the rectangular magnet group form corresponding magnetic field center magnetic lines; the magnetic force reinforcing columns are used for reinforcing magnetic force from a magnetic field center to corresponding magnetic field edges; the magnetic conductive shoes conduct and concentrate magnetic fields from the magnetic field center to corresponding magnetic field edges; and angles at the joints of the two ends of each magnetic conductive shoe and the central wall of the magnetic conductive shoe are greater than 90 degrees. According to the invention, the magnetic conductive shoes with above-90-DEG angle at the joints of the two ends and the central walls of the magnetic conductive shoes are employed for magnetic conduction, and the magnetic force reinforcing columns are used for reinforcing the magnetic field intensity of the catalytic apparatus from the magnetic field center to corresponding magnetic field edges, so the efficiency of catalytic treatment is improved, and the catalytic apparatus can be extensively applied to catalysis, accelerated cracking or polymerization of a variety of substances and to crop growth and domestic water treatment.