31results about How to "With self-generating function" patented technology

The invention discloses a pressure self-sensing intelligent insole with a self-power generation function. The pressure self-sensing intelligent insole consists of an upper insole body, a lower insole body, an insole interlayer, an electric heating sheet, a piezoelectric stack, a Bluetooth module, a function selection switch, a processing and control module, a storage battery, a mini-USB (mini-Universal Serial Bus) interface and the like, and can communicate with application software on a smart cell phone through Bluetooth. The pressure self-sensing intelligent insole uses the piezoelectric stack, can measure the pressure of a foot and count a step number during walking without an external sensor so as to monitor the problems of the activation level and walking heath of a user and the like, can also generate electric energy, and has the self-power generation function; the pressure self-sensing intelligent insole also has a cell phone charging function, can supply a little electric energy for the cell phone so as to deal with emergencies, and is particularly suitable for being used in the open air without a power supply; the pressure self-sensing intelligent insole has the advantages of energy saving, convenience in use, simple and convenient installation, low cost and the like.

The invention discloses an emergent danger avoiding system under a shaft of a coal mine. The emergent danger avoiding system has a self-generating function and is not limited by the energy of batteries, so the system can provide illumination, the indication of escape routes, communication, calling for help and the like for distressed personnel under the shaft for a long time by utilizing a self-generating device; and ambient environmental parameters are detected by utilizing a sensor and are calculated and analyzed, and the optimum route map for avoiding disasters and a reasonable contingency plan are selected from a plurality of prestored route maps for avoiding the disasters and contingency plans according to the analyzed result. According to the emergent danger avoiding system, the distressed personnel are prevented from being invaded by secondary accidents by an automatic detection function and an environmental parameter overranging alarm function; and rescue personnel on the ground can position the positions of the distressed personnel quickly and accurately to rescue the distressed personnel in time by functions of wireless communication and voice, so that personal casualties caused by the accidents are prevented to a maximum degree.

The invention provides a keyboard, terminal equipment and a character input method. The keyboard comprises at least one key device, an energy storing device, a processor and a signal transmitter. Each key device corresponds to one power generating device. The power generating devices are used for converting mechanical energy generated when the corresponding key devices are pressed into electric energy and transmitting the electric energy to the energy storing device. The energy storing device is used for carrying out rectifying and voltage stabilizing on the received electric energy generated by the power generating devices and providing the electric energy with voltage stabilized for the processor. The processor is used for using the electric energy provided by the energy storing device for work, recognizing detection signals received when the key devices are pressed, determining at least one piece of key encoding information, and outputting character information corresponding to the key encoding information through the signal transmitter. The keyboard has an electricity self-generating function, electricity supply of the keyboard is effectively achieved, and then convenience and flexibility of using the keyboard are promoted.

The invention discloses a cover-sliding power generating and sterilizing garbage can. An opening is formed in the upper portion of a can body (1), and can body fixed pulleys (4) are arranged on the top of the can body (1); ultraviolet germicidal lamps (11) are arranged on the side walls of the can body (1), and a magnetic cutting conductor (12) is fixedly connected to the can body fixed pulleys (4); a magnetic power generation device (13) is mounted outside the magnetic cutting conductor (12), and can cover fixed pulleys (5) are mounted on the bottom face of the front end of a garbage cover (2); sliding grooves (14) are formed in the top of the can body (1), and spring lengthening rods (6) are arranged at the rear end of the garbage cover (2); and a handle (7) is mounted on the top face of the garbage cover (2). The garbage can has the sterilizing function and can generate electricity, a battery or an external connection power source does not need to be additionally used, operation is easy, labor is saved, use is convenient, the pollution to the surrounding air is small, and the garbage can is clean, sanitary, free of energy consumption and generating electronic garbage and good in environmental protection.

According to a multifunctional field medical technology support vehicle, a shelter transportation platform is installed on an vehicle chassis, the internal space of a medical technology support shelter is divided into a fixed shelter and an extended shelter which are distributed front and back, the front portion of the fixed shelter is a support equipment room, the rear space of the fixed shelteris divided into a material support room and an X-ray diagnosis room which are distributed left and right, the internal space of the extended shelter is divided into a sterilization inspection room andan X-ray equipment room which are distributed left and right, the middle of the sterilization inspection room is divided into a sterilization room and a clinical inspection room through a partition curtain, and anti-radiation plates are arranged on the inner walls of the X-ray equipment room and the X-ray diagnosis room. According to the multifunctional field medical technology support vehicle, the structural design is reasonable, the volume of the shelter is adjustable, various types of equipment are integrally arranged on the vehicle body, multifunctionality is achieved, efficient physicalexamination and clinical examination can be conducted on patients, necessary water, electricity and oxygen resources can be provided, medical instruments can be cleaned, disinfected and sterilized, and use of other support vehicles is effectively reduced.

The invention provides a self-generating electricity air blowing mechanism for an outdoor heater. The self-generating electricity air blowing mechanism comprises a combustion barrel, a combustion headarranged inside the combustion barrel and an ignition device which is arranged inside the combustion barrel and opposite to the combustion head and further comprises an air distribution plate, a cooling barrel, an air fan, a motor and a self-generating electricity component, wherein the air distribution plate is located at the rear end of the combustion barrel; the combustion barrel is arranged inside the cooling barrel, and the gap between the combustion barrel and the cooling barrel forms a cooling air passage; the air fan is used for supplying air to the cooling air passage and the combustion barrel; the motor is in transmission connection with the air fan; and the self-generating electricity component comprises heat conduction blocks, temperature difference electricity generating pieces and heat dissipation devices, the heat conduction blocks are used for conducting heat, the temperature difference electricity generating pieces are attached to the corresponding heat conduction blocks and are in electric connection with the motor, and the heat dissipation devices are used for performing heat dissipation and cooling on one end surfaces of the temperature difference electricity generating pieces. The self-generating electricity air blowing mechanism for the outdoor heater is simple and reasonable in structure and convenient and fast to use, the outdoor heater is made to havethe self-generating electricity function, running of the motor and the air fan can be realized, thus the heat inside the combustion barrel is transferred outwards, the convection effect is realized, so that the better outdoor heating effect is obtained.

The invention discloses an intelligent self-powered water surface garbage removing system. The intelligent self-powered water surface garbage collection system comprises a remote computer, an unmannedship and a water surface buoy. The unmanned ship comprises a propelling mechanism, a cruising mechanism, a garbage removing mechanism, a garbage collecting and dumping mechanism and a controller which are installed on a ship body, the remote computer is in wireless connection with the controller, the water surface buoy comprises a buoy body, a control center, a communication antenna and a self-generating device are installed on the buoy body, a garbage collection box is installed on the buoy body, and the control center is in wireless connection with the controller. The water surface buoy charges the storage battery through an alternating magnetic field between a transmitting coil and a receiving coil installed on the unmanned ship. The invention further discloses a working method of thewater surface garbage removing system. The working method comprises four steps. Intelligent, automatic, efficient, energy-saving and environment-friendly water surface garbage removal and collection are achieved. The water surface garbage removing efficiency is greatly improved, and manpower and material resources are saved.

The invention provides an intelligent diaper, and relates to the technical field of articles of daily use. The provided intelligent diaper comprises a diaper body, a flexible self-power-generation device arranged in the diaper body, and a warning device arranged on the outer side of the diaper body, wherein the warning device and the flexible self-power-generation device are electrically connected; the flexible self-power-generation device comprises a positive electrode layer, a negative electrode layer and an electrolyte layer located between the positive electrode layer and the negative electrode layer; the positive electrode layer is a first liquid metal layer doped with first metal powder; the negative electrode layer is a second liquid metal layer doped with second metal powder; an electrolyte in the electrolyte layer is activated in the presence of urine; and both the melting points of liquid metal in the positive electrode layer and liquid metal in the negative electrode layer are lower than the normal body temperature. According to the technical scheme, the intelligent diaper does not need power supplies, reduction of energy consumption is facilitated, and the intelligent diaper is flexible, so that increase of a comfort degree of a wearer is facilitated.

PURPOSE: A stick type cheering tube is provided to induce the interest of cheering and to allow continuous use. CONSTITUTION: A stick type cheering tube comprises a stick tube(10) which is made of a synthetic material and is formed with an inlet for injecting air into the tube, a drive unit main body(20) which is formed with a vertical penetration hole and an internal space, a generator(30) with a cam which is combined with a rotary shaft, a drive circuit unit which is electrically connected to the generator and is provided with electric energy, and an LED(50) which is electrically connected to the drive circuit unit and emits light.

The invention discloses a retarder used for vehicles. The retarder used for the vehicles comprises a retarder stator assembly, a retarder rotor, a first generator and a second generator, wherein the retarder stator assembly comprises even number of magnetic poles, all the magnetic poles are fixed on a stator disc, the retarder rotor rotates relative to the retarder stator assembly and is used for generating retarding torque, the first generator and the second generator are all fixed on the stator disc of the retarder stator assembly, rotors of the first generator and the second generator are all connected with a rotor belt wheel through a belt, and the rotor belt wheel is fixed with the retarder rotor.

The invention discloses a distributed optical fiber communication method for a wireless temperature measurement system of a high-voltage power transmission line, which belongs to the field of electric power. The distributed optical fiber communication method for the wireless temperature measurement system of the high-voltage power transmission line is based on the wireless temperature measurement system of the high-voltage power transmission line. The method specifically comprises the following steps that 1, a semiconductor laser generates a narrow-pulse-width optical pulse signal, the narrow-pulse-width optical pulse signal enters an optical fiber, and generated Raman scattering light is coupled to a transmitting module through an optical wavelength division multiplexing device; 2, data acquisition and demodulation are conducted on a voltage value acquired by the temperature sensor through a DSP high-speed processing chip; and 3, the data is sent to the optical fiber through the transmitting module, is received by the receiving module, and is stored in a background database. Temperature measurement of the high-voltage line switching position of the high-voltage iron tower in a long-distance and remote area can be realized, and long-distance transmission of measured data is realized.

The invention discloses an unpowered rock climbing machine which comprises a supporting frame, the upper end and the lower end of the supporting frame are each provided with a roller shaft, and a simulation rock wall belt is arranged between the two roller shafts in a winding mode; a transmission adjusting mechanism is arranged in a side column of the supporting frame and connected with the roller shaft, so that rotation kinetic energy of the roller shaft is converted into electric energy, damping is provided through the electric energy, the electric energy reacts on the roller shaft, and the speed adjusting function is achieved. The unpowered rock climbing machine provided by the invention is small in occupied area and has a self-power-generation function, so that the unpowered rock climbing machine can be used without external power connection; a damping adjusting device is arranged, and speed adjustment is conducted through self-power generation.

The invention provides a self-generating electric inflatable stick, which comprises an air injecting plastic inflatable tube, which is provided with an air valve hole, a driving body, and a rotary electric generator. The driving body is equipped in the inflatable tube, the driving body divides the inner space of the inflatable tube into an upper space and a lower space, and the driving body is provided with a vertical through hole for communicating the upper space and the lower space. The rotary generator is installed in the electric generator installation base in the centeral position of the driving body, and a rotating shaft of the rotary generator is coulped with an eccentric balance wheel; the output of the rotary engine is electrically connected to a driving circuit, and the output of the driving circuit is electrically connected to a LED illumination device, compared with the prior art, the invention improves the usage effect and disposble usage possibility.

The invention relates to the technical field of protection devices, in particular to a self-powered temperature control intelligent protection device. The protection device comprises a helmet shell and a transparent mask, wherein a temperature control mechanism, a power supply mechanism, an intelligent disease diagnosis mechanism, a human body breathing power generation mechanism and a broadcasting mechanism are arranged in the protection device; and the protection device is technically characterized in that 1), a relatively sealed isolation environment is kept, and air flow can be continuously provided to keep air distribution; 2), the temperature in the helmet shell is adjusted by changing the air supply temperature, and the temperature is kept comfortable; 3), the device has a self-generating function, optical energy or wind energy is adopted for generating electricity for storage and use; 4), a broadcasting mechanism is arranged to facilitate online or offline dialogue communication of a user; 5), and the intelligent disease diagnosis mechanism is arranged to achieve the functions of voice recording of diseases, photographing or video recording for disease recognition, remote consultation and the like.

A first mounting plate and a second mounting plate are movably mounted at the top end of a driving guide rail, a five-point mold locking piece is fixedly mounted on the other side of the second mounting plate, the connecting part of the five-point mold locking piece is connected with the output end of a hydraulic oil cylinder, and a mold locking connector is mounted in the middle of the five-point mold locking piece; the top of one end of the injection molding material barrel is fixedly provided with a feeding channel, the top end of the feeding channel is fixedly provided with a feeding barrel, the bottom of the back face of the injection molding machine bottom frame is provided with an exhaust fan, and an output shaft of the exhaust fan is connected with a power generator. A rotor in the generator can cut magnetic induction lines to move, then current and voltage are generated, an output port in the top of the generator is connected with a lighting structure of an injection molding machine workbench, electricity is provided for the lighting structure, the self-generating function is achieved, and practicability is high.

The invention discloses a pressure self-sensing intelligent insole with a self-power generation function. The pressure self-sensing intelligent insole consists of an upper insole body, a lower insole body, an insole interlayer, an electric heating sheet, a piezoelectric stack, a Bluetooth module, a function selection switch, a processing and control module, a storage battery, a mini-USB (mini-Universal Serial Bus) interface and the like, and can communicate with application software on a smart cell phone through Bluetooth. The pressure self-sensing intelligent insole uses the piezoelectric stack, can measure the pressure of a foot and count a step number during walking without an external sensor so as to monitor the problems of the activation level and walking heath of a user and the like, can also generate electric energy, and has the self-power generation function; the pressure self-sensing intelligent insole also has a cell phone charging function, can supply a little electric energy for the cell phone so as to deal with emergencies, and is particularly suitable for being used in the open air without a power supply; the pressure self-sensing intelligent insole has the advantages of energy saving, convenience in use, simple and convenient installation, low cost and the like.

The invention relates to a switching mechanism with a self-generating function. The switching mechanism comprises a base and a switch button arranged on the base, and further comprises an iron core, a coil, a first magnet and a second magnet, wherein the coil is fixed on the base; two ends of the coil are respectively connected with a power supply; the iron core penetrates through the coil and moves on the base along the axial direction of the coil; the first magnet and the second magnet are located at the two ends of the moving track of the iron core respectively and fixed to the base, and the the first magnet and the second magnet are arranged in a manner that magnetic repulsion is generated; and the switch key and the iron core are in linkage fit, and when the switch key is operated, the iron core is in switching contact with the first magnet and the second magnet. By the adoption of the above scheme, the switching mechanism with the self-generating function has optimized power generation effect.

The invention relates to a scooter, and belongs to the technical field of scooters and new energy. The scooter mainly comprises a bicycle frame, wheels and a wheel shaft, wherein the wheel hole of the wheel sleeve a wheel disc, and a stepped shaft is mounted on a front-and-back wheel rack. a moving electrode, an annular auxiliary electrode and a light emitter are embedded in a wheel body of the wheel, and the moving electrode is composed of two pole rings and a set of pole beams connected with the two pole rings. The illuminator is composed of an LED lamp, a rectifier and a capacitor, the illuminator is embedded in the two sides of a wheel body of the wheel, and the movable electrode and the auxiliary electrode form a loop through the illuminator; the wheel shaft is composed of a stepped shaft, a wheel disc and a fixed electrode which is embedded in the wheel disc; the number, the central angles and the interelectrode angles of the fixed electrodes and the pole beams are respectively equal, and the central angles of the electrodes are not greater than the interelectrode angles; dissimilar frictional charges are generated between contact surfaces of the wheel shaft and the wheel in the relative rotation process, and inductive charges are generated on the fixed electrode and the movable electrode; relative rotation of the wheel shaft and the wheel enables electron exchange to be generated between the movable electrode and the auxiliary electrode, and the illuminator emits light.

The invention relates to a self-generating resiliometer, which is characterized in that: (a) a guide rail bracket (4) and a spring (5) are arranged on a resiliometer (1), a guide rod (3) with a rack (3a) is arranged in the guide rail bracket (4), the left end of the spring (5) is fixedly connected to a resiliometer shell and the right end of the spring (5) is connected to the guide rod (3); (b) apinion (11) and a large gear (10) are arranged in the resiliometer (1), the pinion (11) is in meshing transmission with the rack (3a), and the large gear (10) is in meshing transmission with a pinion(9) connected on an output shaft of a generator (8) and drives the generator to generate electricity; and (c) a bridge rectifier circuit, an energy storage element and a power supply management circuit are arranged in the resiliometer and the power supply management circuit is connected with the measuring circuit. Compared with the prior art, the self-generating resiliometer has the advantages of(1) having stored energy without being connected with a commercial power, (2) having self-generating function without being charged frequently, and (3) adopting a low power consumption circuit, beingfree from maintenance for a long time and the like.

The invention discloses a self-generating tire with a static electricity removing function, and relates to the technical field of tires. The tire aims to solve problems. The tire specifically comprises a tire main body and a hub; a thickened tire wall is integrally formed on the outer wall of the tire main body; a self-generating mechanism is arranged in the tire main body and comprises a first metal plate and a second metal plate; a core-pulling groove is formed in the inner wall of the tire main body; the first metal plate is arranged on the outer wall, close to the inner side wall of the tire main body, of the core-pulling groove; the second metal plate is arranged on the inner side wall of the tire main body; an insulating layer is arranged at the joint of the first metal plate and thetire main body; the first metal plate and the second metal plate are equal in width and are located in the same direction; a monitoring control mechanism is arranged on the inner wall of the hub; andthe first metal plate, the monitoring control mechanism and the second metal plate are electrically connected in sequence. Through the arrangement of the self-generating mechanism, the purpose of self-power-generation is achieved by utilizing different affinity of metal and rubber to electrons.

The invention relates to a self-generating resiliometer, which is characterized in that: (a) a guide rail bracket (4) and a spring (5) are arranged on a resiliometer (1), a guide rod (3) with a rack (3a) is arranged in the guide rail bracket (4), the left end of the spring (5) is fixedly connected to a resiliometer shell and the right end of the spring (5) is connected to the guide rod (3); (b) a pinion (11) and a large gear (10) are arranged in the resiliometer (1), the pinion (11) is in meshing transmission with the rack (3a), and the large gear (10) is in meshing transmission with a pinion (9) connected on an output shaft of a generator (8) and drives the generator to generate electricity; and (c) a bridge rectifier circuit, an energy storage element and a power supply management circuit are arranged in the resiliometer and the power supply management circuit is connected with the measuring circuit. Compared with the prior art, the self-generating resiliometer has the advantages of (1) having stored energy without being connected with a commercial power, (2) having self-generating function without being charged frequently, and (3) adopting a low power consumption circuit, being free from maintenance for a long time and the like.

The invention relates to a roller skate, which belongs to the technical field of roller skates and new energy. It mainly includes shoe body, wheel frame, runner and axle. The runner is embedded with moving electrodes. The axle is composed of stepped shaft, wheel disc and fixed electrode. The fixed electrode is composed of two pole rings and a set of pole beams; On the roulette, the wheel body is set on the roulette, and the two baffles are installed on the stepped shaft and respectively lean against the two sides of the roulette, and the runner is located between the two baffles; the stepped shaft is installed on the vertical wall of the wheel frame. The baffle is provided with an electrode ring and an auxiliary electrode, and the electrode ring is crimped on the pole ring, and the electrode ring and the auxiliary electrode are connected with the electronic control unit on the circuit board through a wire to form a circuit; during the relative rotation of the wheel shaft and the runner, the fixed electrode Heterogeneous triboelectric charges are generated between the contact surface between the wheel disc and the wheel body, induced charges are generated on the moving electrodes, and the relative rotation of the wheel shaft and the wheel causes the potential difference between the moving electrodes and the fixed electrodes to increase and decrease alternately. Generates an electronic exchange that converts mechanical energy into electrical energy.

The invention discloses an intelligent self-powered water surface garbage cleaning system, which comprises a remote computer, an unmanned ship and a water surface buoy. The unmanned ship includes a propulsion mechanism installed on the hull, a cruising mechanism, a garbage cleaning mechanism, a garbage collection and dumping mechanism and a controller, the remote computer is wirelessly connected with the controller, and the water surface buoy includes a buoy body on which A control center, a communication antenna and a self-generating device are installed, and a garbage collection box is installed on the buoy body, and the control center and the controller are wirelessly connected. The surface buoy charges the battery through the alternating magnetic field between the transmitting coil and the receiving coil installed on the unmanned ship. The invention also discloses a working method of the above-mentioned water surface garbage cleaning system, which includes four steps. The invention realizes the intelligence, automation, high efficiency, energy saving and environmental protection of water surface garbage cleaning and collection. The efficiency of water surface garbage cleaning is greatly improved, and manpower and material resources are saved.

The invention provides a self-generating floating bearing platform comprising a floating body. The floating body is provided with a carrying platform, the inside of the carrying platform is a sealed chamber, and a hydraulic device and a power generating device are arranged in the sealed chamber. The floating body is hollow, the inner upper part of the floating body is provided with a fixed platform, the periphery of the fixed platform is fixedly connected to the inner wall of the floating body through a bracket, a moving platform is arranged at the inner lower part of the floating body, the middle of the moving platform is connected to the fixed platform through a restraining branch chain, the periphery of the moving platform is fixedly connected to the inner wall of the floating body through a working branch chain, and the lower end of the moving platform is provided with a counterweight. Under the effect of the restraining branch chain, the moving platform can move relative to the fixed platform. Under the effect of the working branch chain, the moving platform can move relative to the floating body. The structure of the bearing platform is simple, high-pressure oil is generatedthrough the relative movement between the moving platform and the floating body, therefore, electric energy is obtained by conversion, a fixed platform is not needed, the bearing platform can work without mooring, the construction of a fixed platform in the ocean is avoided, and the cost is saved.

A portable mobile emergency power supply disclosed by the present application comprises a main body unit and a protection cover, the main body unit comprises a control unit, an inverter unit, a charging and discharging circuit, a storage battery and a panel unit, and the panel unit is provided with a socket; the protective cover comprises a shell, a front cover and a rear cover, one end, close to the rear cover, of the shell is open, and one end, close to the front cover, of the shell is provided with a rectangular through hole through which the main body unit penetrates. The emergency mobile power supply can be used durably and has an autonomous power generation function.

The invention discloses an emergent danger avoiding system under a shaft of a coal mine. The emergent danger avoiding system has a self-generating function and is not limited by the energy of batteries, so the system can provide illumination, the indication of escape routes, communication, calling for help and the like for distressed personnel under the shaft for a long time by utilizing a self-generating device; and ambient environmental parameters are detected by utilizing a sensor and are calculated and analyzed, and the optimum route map for avoiding disasters and a reasonable contingency plan are selected from a plurality of prestored route maps for avoiding the disasters and contingency plans according to the analyzed result. According to the emergent danger avoiding system, the distressed personnel are prevented from being invaded by secondary accidents by an automatic detection function and an environmental parameter overranging alarm function; and rescue personnel on the ground can position the positions of the distressed personnel quickly and accurately to rescue the distressed personnel in time by functions of wireless communication and voice, so that personal casualties caused by the accidents are prevented to a maximum degree.

A self-generating retarder comprises: a stator assembly (2), comprising at least one magnetic pole, the magnetic poles being all fixed on a support (4); a rotor (1), rotating with respect to the stator assembly (2); and at least one generating device (200), located in the stator assembly (2). The self-generating retarder provided by the present invention is applicable to kinds mobile tools, and overcomes the defect of insufficient braking torque of the retarder incurred by the insufficient current when the retarder is used in large or ultra-large transport.

The invention discloses a gamma ray detection system with a composite structure shell. The gamma ray detection system comprises detection equipment. The detection equipment comprises a shell, a sensor, a control PCB (printed circuit board) and a display terminal. The APP software is arranged in the display terminal. The detection equipment is connected with the APP software in the display terminalin a wireless communication mode. The sensor comprises a shielding cover, a scintillation crystal unit and a pulse amplifier both arranged in the shielding cover. The pulse amplifier is electricallyconnected with the scintillation crystal unit. The pulse amplifier is electrically connected with the control PCB. The shell is of a composite structure composed of a thermoelectric material layer andan insulating layer. According to the gamma ray detection system, the composite structure shell composed of the thermoelectric material layer and the insulating layer is adopted, and the self-electricity generation function is achieved. The endurance time of the detection equipment can be prolonged.