130 results about "Electromagnetic generator" patented technology

The invention relates to the field of electronic accessories, in particular to a modular peripheral integrated box and portable electronic equipment, the integrated box takes a first shell as a protective shell of the portable electronic equipment, so that the portable electronic equipment is protected, and connection and integrated combination of the integrated box and the portable electronic equipment are facilitated; the second shell is used as a carrier for modular expansion, and a circuit structure with an expansion function is arranged; different modules can be quickly connected with the integration box through the multi-purpose splicing grooves, so that the function expansion or the performance improvement of the portable electronic equipment can be carried out; emergency power supply can be provided for the portable electronic equipment through the electromagnetic generator module without an external power supply; the electric quantity capacity of the portable electronic equipment can be improved through the additional battery cell, and the endurance of the portable electronic equipment is improved; other functions or performances of the portable electronic equipment can be expanded through the modularized peripheral hardware; the integrated box can meet the requirements of a portable electronic equipment user for upgrading and increasing the functions of the portable electronic equipment.

The invention relates to a multi-degree-of-freedom composite wave energy converter, and belongs to the technical field of wave power generation. Comprising a mounting frame and a power generation assembly, and the power generation assembly comprises an electromagnetic power generation unit, a nanometer friction power generation unit and a piezoelectric power generation unit; the electromagnetic power generation unit comprises a gravity pendulum and an electromagnetic generator; the gravity pendulum is rotationally mounted on the mounting frame around the gravity center axis of the wave energy converter, and one end of the gravity pendulum is connected with a rotor of the electromagnetic generator; the nanometer friction power generation unit comprises a plurality of power generation parts made of friction materials, the power generation parts are installed on the installation frame, and under the action of external force, the power generation parts move relatively to generate electric energy; the piezoelectric power generation unit comprises a piezoelectric generator and a water flow turbine; a rotor shaft of the piezoelectric generator is connected with the water flow turbine, a rotor of the piezoelectric generator is made of piezoelectric materials, and magnets are arranged on the rotor and a stator respectively. The multi-degree-of-freedom wave capturing device can comprehensively and efficiently capture waves in multiple degrees of freedom, and is high in energy conversion efficiency and wide in application range.

The invention provides an electromagnetic shielding performance test method and system for a shielding cover of an intelligent wearable terminal, and relates to the technical field of performance test.The method comprises the steps that an electromagnetic shielding performance test case is obtained; performing energy-saving layout optimization on the electromagnetic wave generator in the non-shielding area to obtain the layout position of the electromagnetic wave generator; deploying an electromagnetic wave generator at the electromagnetic wave generator layout position, transmitting electromagnetic waves through the electromagnetic wave generation frequency and the electromagnetic wave generation power, and collecting the shielding area to monitor the magnetic field intensity; and when the ratio of the monitored magnetic field intensity to the tested magnetic field intensity in the shielding area is greater than or equal to a qualified ratio, performing electromagnetic shielding abnormity identification on the shielding cover of the intelligent wearable terminal. The technical problem that energy consumption parameters of different layout positions are not considered in parameters of a traditional electromagnetic generator in the prior art can be solved, the technical target of intelligent optimal configuration of the layout positions and the parameters of the electromagnetic generator is achieved, and the technical effect of improving energy efficiency is achieved.

An arthritis pain treatment device includes: a pulsed electromagnetic generator that operates to activate cells of a body joint, generates a magnetic field to the body joint, and changes polarity of the magnetic field; a low-level laser generator that operates to reduce inflammation at the body joint, generates light of a predetermined wavelength to the body joint, and changes brightness of the light; an electric muscle stimulation generator that operates to induce contraction and relaxation of muscles of the body joint and applies current to the muscles of the body joint; a heat generator that generates heat to the muscles around the body joint in order to generate flow of blood around the body joint; and a controller that controls the pulsed electromagnetic generator, the low-level laser generator, the electric muscle stimulation generator, and the heat generator in accordance with instructions from a user.

The utility model provides an aluminum alloy semi-continuous casting device which comprises a launder, a graphite ring, a crystallizer, an electromagnetic stirring unit, an ultrasonic vibration unit and a dummy bar head. The tail end of the launder is communicated with a cavity of the crystallizer so as to lead in aluminum alloy melt, and the graphite ring is arranged on the inner wall of a first water tank of the crystallizer; the dummy bar head is arranged below the graphite ring and moves up and down in the direction of the center axis of the crystallizer. The ultrasonic vibration unit extends into the cavity of the crystallizer to act on the aluminum alloy melt; the electromagnetic stirring unit comprises a plurality of electromagnetic generators and a plurality of second water tanks, the cross sections of the electromagnetic generators are annular, and each electromagnetic generator is arranged in the corresponding second water tank; a second water tank is arranged on the peripheral side of the first water tank of the crystallizer, and a plurality of second water tanks are sequentially arranged below the first water tank of the crystallizer. The action range of an external field in the aluminum alloy melt can be expanded to the maximum extent, the heat transfer efficiency is improved, and the probability of generation of hot cracks is reduced.

The invention relates to the technical field of medical auxiliary instruments, in particular to an arthroscopic surgery electromagnetic navigation robot which comprises an operating bed, a first robot and a second robot are arranged on one side of the operating bed, an electromagnetic generator assembly is installed on the operating bed, and a guide needle is detachably installed at the movable end of the first robot; an electromagnetic receiver is installed on the guide pin, and an ultrasonic imaging assembly is installed at the movable end of the second robot. According to the invention, the robot is used for replacing people for operation, and a part with a navigation function is arranged, so that the operation can be more accurately implemented and completed.

The utility model relates to an automatic separation hand wheel clutch device which comprises a handle, a hand wheel, a gland, a wheel shaft, a base and a wheel shaft clutch, the gland is arranged at the upper end of the wheel shaft, the lower end of the wheel shaft penetrates through the base to be fixedly connected with the wheel shaft clutch, a pressing disc is arranged on the wheel shaft, and a first spring is arranged between the pressing disc and a positioning shaft sleeve. A trapezoidal baffle plate is arranged on the wheel shaft part above the pressure plate; limiting blocks are installed on the base on the two sides of the positioning shaft sleeve, and power-off switches are fixedly installed on the limiting blocks. An electromagnetic generator is arranged on the upper plane of the base on one side of the wheel shaft, the electromagnetic generator comprises a main shell, a shell support and an electromagnetic coil, the electromagnetic generator is fixed on the base through the shell support, the main shell is of a barrel-shaped structure, an opening faces the wheel shaft, the electromagnetic coil is installed in the main shell, and a spring seat is fixedly installed at the left end of an inner cavity of the main shell; the spring seat is fixedly connected with a second spring, the other end of the second spring is connected with a columnar iron core, and the columnar iron core is matched with the opening channel of the main shell in size.

The invention provides a surgical robot intraoperative positioning and navigation method, device and equipment based on anti-interference electromagnetic tracking and a computer readable storage medium. The intraoperative positioning and navigation method of the surgical robot based on anti-interference electromagnetic tracking comprises the following steps: arranging an electromagnetic generator in a surgical area, and generating a time-division multiplexing multi-band electromagnetic field; acquiring an original electromagnetic signal at the tail end of the surgical instrument through a magnetic field detection device; anti-interference filtering processing is carried out on the original electromagnetic signal, and a target instrument signal and environment noise are separated; calculating a space coordinate and an attitude angle of the surgical instrument based on the filtered signal; error compensation is carried out on the space coordinates through a multi-stage calibration module; and matching the compensated coordinate data with a preoperative medical image to generate a real-time positioning navigation path. According to the embodiment of the invention, intraoperative electromagnetic positioning navigation can be carried out in an anti-interference manner.

The application belongs to the technical field of intermediate frequency heating furnace, in particular to an intermediate frequency heating furnace for preheating electrolytic aluminum anode, which comprises a heating furnace body for heating anode rods, an electromagnetic coil arranged inside the heating furnace body, an air inlet pipe fixedly connected to one end of the electromagnetic coil, an air outlet pipe fixedly connected to the other end of the electromagnetic coil, a fan arranged on one side of the heating furnace body, an air outlet end of the fan in communication with the air inlet pipe, a second water tank arranged on one side of the heating furnace body, a heat treatment tank fixedly installed on the side wall of the second water tank, a thermoelectric converter arranged inside the heat treatment tank, the air outlet pipe extending through the second water tank to the inside of the heat treatment tank at an end away from the heating furnace body, the air outlet opening facing the heat absorbing end of the thermoelectric converter, and an electromagnetic generator arranged at the top end of the heat treatment tank, with a transmission rod fixedly connected to the rotor of the electromagnetic generator, so that the waste heat source can be effectively converted into electric energy, the energy utilization efficiency is improved, and the production cost is reduced.

A robot is connected with an external power supply and an upper computer through cables, adopts a modular tubular structure, and carries a sensor group, an electromagnetic generator and a power mechanism; the sensor group is used for collecting image information and sound information in the pipeline and posture information of the robot, and the power mechanism is used for driving the robot to advance in the pipeline; the cable winding and unwinding unit is used for winding and unwinding a cable; the precise positioning unit realizes precise positioning of the robot by means of electromagnetic wave transmission and comprises an electromagnetic generator and a receiver, and the electromagnetic generator and the receiver are respectively used for transmitting and receiving low-frequency electromagnetic waves; the upper computer receives cable length information output by the cable winding and unwinding unit, completes preliminary positioning of the robot in combination with a water supply network electronic map, controls advancing of the robot in combination with posture information, receives image information and sound information, completes defect detection of a pipeline, and finally outputs a health detection report in combination with accurate positioning.

The present application provides a motorcycle wiper, comprising a wiper arm assembly, a bracket mechanism, and a wiper element; the bracket mechanism is internally provided with an elastically deformable housing, the interior of the housing being filled with magnetorheological fluid; the wiper element is limitedly engaged between the two housings, and the wiper element has an elastic component; the wiper arm assembly is equipped with an electromagnetic generator; when the electromagnetic generator generates a magnetic field, the two housings move toward each other to press the elastic component in a first state; when the electromagnetic generator does not generate a magnetic field, the two housings move away from each other, causing the elastic component to elastically release and enter a second state. As can be seen from the above description, the electromagnetic generator changes the properties of the magnetorheological fluid, causing the housings to deform relative to each other, changing the state of the wiper element and increasing the contact between the wiper element and the glass; at the same time, during initial use, the relative tightening ensures that dust or sand in the gap is avoided, and the contact portion between the wiper element and the glass pushes away dust or sand in parallel, thereby achieving cleanliness of the motorcycle glass from the first use.

The invention belongs to the technical field of friction power generation, and discloses an electromagnetic friction combined type suspension energy recovery device which comprises a friction nanometer generator set and an electromagnetic generator set, the friction nanometer generator set comprises a set shell, a sliding rack and a patch electrode, the sliding rack is connected into the set shell in a sliding mode, and the patch electrode is arranged in the set shell in an attached mode. Plastic sheets distributed at intervals are arranged on the side wall of the sliding rack, the patch electrode comprises a conductive part and a copper sheet, the copper sheet is connected to the conductive part, and the plastic sheets and the copper sheet perform friction power generation; a speed increasing gear train is arranged in the unit shell, an electromagnetic generator set is arranged on the outer wall of the unit shell, the speed increasing gear train is connected to the rack in a meshed mode, and a gear shaft of a terminal gear of the speed increasing gear train is connected with an input shaft of the electromagnetic generator set. According to the electromagnetic friction combined type suspension energy recovery device, energy of a suspension system can be collected and stored, so that the energy can be used by other electrical parts of an automobile, and the energy utilization efficiency of the suspension system is improved while energy conservation and environmental protection are achieved.

The invention discloses a mobile phone self-power-generation device based on a tourbillon inertia matrix and a mobile terminal, and belongs to the technical field of mobile terminal self-power supply. The miniature tourbillon inertia pendulum bob is combined with the electromagnetic generator, kinetic energy of daily movement such as walking, shaking and hand waving of a human body is converted into electric energy through the pendulum effect, the multiple power generation units are arranged in a mobile phone battery bin area in a matrix mode to form a high-power power generation array, and automatic management of electric quantity is achieved in cooperation with the intelligent micro electric control module. A single power generation unit can continuously generate power for 6-12 hours through one-time driving, fast-charge-level output power can be achieved after matrix combination, and the subversive effect that electricity can be efficiently supplemented by waving a hand is achieved. Dependence of the mobile phone on an external charger is eliminated from the source, the cruising ability is greatly improved on the premise that the size of the mobile phone body is not increased, the service life of the battery is prolonged, and the mobile phone can be expanded to multifunctional applications such as a power bank and a glare flashlight. The mobile terminal is simple in structure, easy in mass production and extremely high in practicability, the power supply mode of the mobile terminal is completely rewritten, and the technical innovation of next-generation portable electronic products is guided.

The invention relates to a blade-free friction-electromagnetic composite generator based on an eddy current oscillation effect, and belongs to the technical field of wind energy collection and self-powered sensing. The invention provides a blade-free friction-electromagnetic composite generator with a fully-packaged inverted trapezoidal shell to solve the problems that an existing wind energy friction nanometer generator is poor in severe environment adaptability, materials are prone to being abraded, the generator is not friendly to birds, and all-directional wind energy collection is difficult to achieve. An internal magnet ball and a stainless steel ball are driven to move relatively through an eddy current oscillation effect, and meanwhile, a peripheral multi-layer contact separation type friction nanometer generator and a central electromagnetic generator unit are excited, so that low-wind-speed starting, full-wind-direction, wear-free and high-stability wind energy efficient conversion is realized, and a self-powered environment monitoring and lighting system is successfully driven.

The utility model discloses a biological membrane coupled magnetic field reinforced artificial wetland device, which belongs to the technical field of artificial wetlands and comprises a shell, a biological membrane unit, an artificial wetland unit and an adsorption unit which are sequentially arranged in the shell from left to right. A water inlet pipe and a water outlet pipe are formed on the two sides of the shell respectively, a magnetic strengthening assembly is arranged in the constructed wetland unit, and the magnetic strengthening assembly comprises a permanent magnet, an electromagnetic coil and an electromagnetic generator. The device disclosed by the utility model has the beneficial effects that the device is connected to sewage and wastewater to be treated, efficient nitrogen and carbon removal can be realized through the multi-stage effect of cooperative treatment of the biological membrane unit, the constructed wetland unit and the adsorption unit, and meanwhile, the adjustable magnetic field strengthening assembly is arranged in the device, so that the device is more stable and reliable. The growth and metabolism of microorganisms can be promoted through an adjustable magnetic effect, and the pollutant removal efficiency of the system is further improved.

The invention relates to a wind power generation device based on a friction nanometer generator in the field of wind power generation equipment. The device comprises a plurality of wind collectors and a plurality of power generation units. A plurality of linear air channels are evenly distributed in each wind collector in the circumferential direction of the wind collector, and the power generation units are rotationally installed in the linear air channels. The center of the wind collector is provided with a central area. Wind energy directly acts on the power generation unit through the linear air duct structure, energy loss of a transmission structure is reduced, a conical channel is formed between the linear air duct structure and the power generation unit under the gravity of a small ball of a friction layer, the flow speed of airflow is increased, the swing frequency of the power generation unit is increased, and therefore the power generation efficiency is improved; compared with a traditional electromagnetic generator, the device is simple in structure, small in size, low in cost and more reasonable in overall structure arrangement, the power generation efficiency is effectively improved, and the problems that an existing wind power generation device is poor in wind energy absorption capacity and low in energy conversion efficiency during power generation, and consequently the power generation efficiency is low are solved.

The present invention provides a brushless reverse claw-pole electromagnetic generator for automobiles, belonging to the technical field of automotive motors and electrical appliances. The generator comprises a front cover, a rear cover, front claw poles, rear claw poles, an excitation winding, a magnetic yoke, a plastic frame, an armature winding, a stator, and a rotating shaft. The front claw poles extend in a trumpet-like manner to form a larger annular magnetic conductor, while the rear claw poles contract in a bottleneck-like manner to form a smaller annular magnetic conductor. This results in a reverse claw-pole electromagnetic rotor with spaced N and S poles, an equal number of poles, and uniform distribution along a circular path. This structure increases the radial spacing of the excitation winding and shortens the axial length, resulting in a uniform magnetic field distribution, high power density, and low harmonic content of the induced electromotive force. This achieves a highly sinusoidal voltage waveform under power generation conditions. The entire generator adopts a brushless structure, eliminating the easily worn carbon brush slip ring structure and providing high reliability.

The utility model relates to packing bag gluing technical field discloses a kind of gluing device for packing bag processing, including workbench main body, two conveying frames are symmetrically fixedly connected in the upper top end of workbench main body, first conveyor belt is installed in the side of two conveying frames mutually approaching, the outer wall both sides of first conveyor belt are fixedly connected with transparent second conveyor belt, in the process of gluing paper packing bag, linear motion is made to gluing mechanism by drive mechanism, and when gluing, since mounting rack will make linear motion, and gluing mechanism will be driven to end portion by electric linear guide rail to stop movement, therefore, laser emitter of mounting rack lower bottom end will work, and pass through laser penetration second conveyor belt, laser is received by first laser controller or second laser controller at this time, and first laser controller and second laser controller will control the opening and closing of electromagnetic generator, so that electromagnet will attract or not attract pressing plate.

The invention relates to the technical field of pipe welding, and discloses a welding device for hollow cast iron pipe machining, which comprises two hollow cast iron pipes, the opposite ends of the two hollow cast iron pipes are both provided with inclined notches, and the two hollow cast iron pipes with the inclined notches are matched and attached. The outer side walls of the hollow cast iron pipes are coaxially sleeved with fixing assemblies for clamping the hollow cast iron pipes. In the process that the inner wall sliding frame slides on the inner wall of the joint ring under the action of an external driving mechanism, the telescopic metal sheet abuts against the inner wall of the adjusting ring, at the moment, a circuit is in an open circuit state, the electromagnetic generator on the inner wall sliding frame does not generate a magnetic field, and when the inner wall sliding frame slides to the position of the telescopic convex block assembly, the telescopic metal sheet abuts against the inner wall of the adjusting ring. And when the telescopic metal sheet on the inner wall sliding frame is connected with the telescopic convex block assembly, a passage can be generated at the moment, so that the electromagnetic generator on the inner wall sliding frame generates a magnetic field which is the same as that of the magnet block, the welding wire at the corresponding position can be pushed to slide in the radial direction, and then welding is completed.

The present invention provides a scale prevention device for a dishwasher, a scale prevention method and a dishwasher. The scale prevention device includes: a coil assembly, which includes a plurality of electromagnetic coils, and at least a part of the plurality of electromagnetic coils are respectively wound around the water delivery pipe, the water storage cup and the inner tank of the dishwasher; and an electromagnetic generator, which is electrically connected to the coil assembly and is used to control the generation of the magnetic field and the intensity of the generated magnetic field by controlling the electromagnetic coils. Based on the technical solution of the present invention, the magnetic field generated by the electromagnetic coils acts on the ions in the water. Under the action of the high-frequency electromagnetic field, the ions lose their chemical, physical and mutual attraction abilities, gradually form crystal clusters and sink to the bottom, and then are discharged through the drain pipe, so that they will not precipitate and form scale on the wall surfaces of the corresponding components, achieving the effect of preventing scale in the dishwasher.

The application discloses a high-energy electromagnetic multi-phase catalytic reinforced sludge cracking device and a sludge treatment method. The device comprises a high-energy electromagnetic generator, a high-energy electromagnetic radio frequency rod, a multi-phase catalytic reactor and a solid-liquid separator; the high-energy electromagnetic generator is connected with the high-energy electromagnetic radio frequency rod through a wave guide, and the lower part of the high-energy electromagnetic radio frequency rod is inserted into the multi-phase catalytic reactor; and the discharge port of the multi-phase catalytic reactor is connected with the separator inlet of the solid-liquid separator through a pipeline. The high-energy electromagnetic technology, the multi-phase catalytic technology and the solid-liquid separation technology are coupled, so that the sludge treatment efficiency is improved, the treatment process is simplified, and the system operation energy consumption is reduced.

The present invention belongs to the field of generator technology, and particularly relates to a hybrid nanogenerator and its power management circuit. The nanogenerator comprises a housing and an electromagnetic generator unit, a triboelectric generator unit, and a piezoelectric generator unit located within the housing; and a corresponding power management circuit. A glass fiber coupling extends through the housing, connecting the top and bottom ends. The triboelectric generator unit, the electromagnetic generator unit, and the piezoelectric generator unit are sequentially mounted on the fiberglass coupling relative to the bottom end of the housing. The piezoelectric generator unit comprises at least four cantilevers and a disk, one end of the cantilever being fixed to the disk, and a mass placed on the top surface of the other end. The center of the disk is connected to the fiberglass coupling, and the inner surfaces of the top surfaces of the four cantilevers are coated with PZT material. The hybrid nanogenerator of the present invention can convert vibration energy in the environment into electrical energy and power wireless sensor network nodes.

The present application relates to a kind of multi-degree-of-freedom compound wave energy converter, belong to wave power generation technical field.The installation frame and power generation component, power generation component includes electromagnetic generator unit, nanometer friction power generation unit and piezoelectric power generation unit;Electromagnetic generator unit includes gravity pendulum and electromagnetic generator;Gravity pendulum is installed in installation frame around wave energy converter gravity center axis rotation, and one end is connected with the rotor of electromagnetic generator;Nanometer friction power generation unit includes several power generation components containing friction material, power generation component is installed in installation frame, and under the action of external force, relative motion occurs between power generation component, to generate electric energy;Piezoelectric power generation unit includes piezoelectric generator and water flow turbine;The rotor shaft of piezoelectric generator is connected with water flow turbine, and its rotor is made of piezoelectric material, and magnet is respectively arranged on rotor and stator.The present application can be fully and efficiently captured on multiple degrees of freedom to wave, energy conversion efficiency is high and the scope of application is wide.

The invention discloses a multi-joint hybrid nano-generator, which comprises a multi-joint reciprocating friction nano-generator and a radial fluctuating electromagnetic generator, and the multi-joint reciprocating friction nano-generator and the radial fluctuating electromagnetic generator are connected through a multi-joint connecting rod. The multi-joint reciprocating friction nanometer generator comprises a shell, a sliding rod and a sliding groove which are arranged at the bottom of the shell, a packaging cover arranged at the top of the shell and multiple layers of TENG units connected in parallel, the TENG units are arranged in the shell, and the sliding rod slides along the sliding groove; the radial fluctuating electromagnetic generator comprises a fixed rod, a copper coil wound on the fixed rod and a magnet fixed on the multi-joint connecting rod, and the fixed rod is arranged on the packaging cover. According to the multi-joint hybrid nano generator provided by the invention, the contact frequency of the friction layer is improved, and the silica gel / zinc sulfide and glass fiber friction layer is matched, so that the output of the friction nano generator is greatly improved, and the wave energy is efficiently collected.

The invention relates to the field of micro-generators, and discloses an electromagnetic generator, which comprises a coil substrate module, a power supply module, a power supply module, a power supply module, a power supply module and a power supply module, and is characterized in that the coil substrate module comprises a coil and a magnet yoke; the magnet can slide in a reciprocating mode in the horizontal direction under the influence of external movement, the magnet is located above the coil base module, the magnetic flux in the coil is adjusted when the magnet moves, and current is generated in the coil; and attraction force facing the magnet yoke in the vertical direction exists between the magnet yoke and the magnet. The electromagnetic generator comprises the coil base module and the magnet, the magnet moves in the horizontal direction, and the magnetic flux in the coil can be adjusted when the magnet reciprocates, so that current is formed in the coil, kinetic energy is converted into electric energy, and power generation is achieved. Moreover, the magnets and the magnet yokes are distributed up and down in the vertical direction, and the magnet yokes are arranged below the magnets, so that when the magnets are subjected to vertically-downward attraction force, when the magnets move in the horizontal direction, the operation stability of the magnets can be improved under the action of the attraction force of the magnet yokes.

The application relates to the field of laser additive manufacturing, and particularly discloses a laser coaxial wire additive manufacturing device and method based on double magnetic field cooperation, which comprises a motion system, a coaxial wire additive manufacturing system, a double magnetic field auxiliary system and a control monitoring system, and is externally provided with a wire feeding mechanism. The double magnetic field auxiliary system is composed of a magnetic pressure induction system and a symmetric sliding magnetic field generation system; the magnetic pressure induction system is arranged around a welding head to generate a vertical magnetic field; the symmetric sliding magnetic field generation system generates a horizontal magnetic field through Helmholtz coils on two sides; the two magnetic field systems are independently adjustable and are orthogonally arranged in space. The device is provided with a high-speed camera to monitor the molten pool state in real time, the magnetic field strength and proportion are dynamically adjusted through a controller and double electromagnetic generators, and accurate control of molten drop transition and molten pool flow is realized. The application improves the quality and stability of coaxial wire additive manufacturing.

An arrangement for closing an access member rotatable relative to a frame, the arrangement comprising a frame part for fixation to the frame; an access member part for fixation to the access member, the access member part being rotatable relative to the frame part about a hinge axis between a closed position and an open position; a mechanical force device configured to store mechanical energy from an opening movement of the access member part from the closed position to the open position, and configured to release the stored mechanical energy to a closing movement of the access member part from the open position to the closed position; an electromagnetic generator arranged to be driven by the closing movement to generate electric energy; and a freewheel arranged to disengage during the opening movement and to engage during the closing movement to drive the generator.

The invention belongs to the technical field of intelligent metal sorting, and particularly relates to an automatic intelligent metal sorting system which comprises an electromagnetic box body, a supporting frame, a first opening, a second opening, a material pushing sliding rod and a rectangular sliding groove, the supporting frame is fixedly installed on the electromagnetic box body, the rectangular sliding groove is formed in the electromagnetic box body, and the material pushing sliding rod is slidably installed in the rectangular sliding groove; a smashing module and a transmission module are installed on the electromagnetic box body, the smashing module and the transmission module are connected through a connecting belt, an electromagnetic generator is arranged in the electromagnetic box body, magnetic force is generated through electrification, ferromagnetic metal in smashed materials is magnetically attracted to the inclined face of the electromagnetic box body, and the ferromagnetic metal is separated from the inclined face of the electromagnetic box body along with reciprocating motion of a material pushing sliding rod. According to the intelligent sorting device for the ferromagnetic metal and the non-ferromagnetic metal, the ferromagnetic metal in the crushed materials is discharged through the first opening, the non-ferromagnetic metal in the crushed materials is discharged through the second opening under the action of gravity, and intelligent sorting of the ferromagnetic metal and the non-ferromagnetic metal is achieved.

The present invention belongs to the field of triboelectric power generation technology and discloses an electromagnetic friction composite suspension energy recovery device, comprising a triboelectric nanogenerator and an electromagnetic generator. The triboelectric nanogenerator comprises a housing, a sliding rack, and patch electrodes. The sliding rack is slidably connected to the housing, and the patch electrodes are attached to the housing. Plastic sheets are spaced apart on the sidewalls of the sliding rack. The patch electrodes comprise a conductive portion and a copper sheet connected to the conductive portion, and the plastic sheets and copper sheets generate triboelectric power. A speed-increasing gear train is disposed within the housing, and an electromagnetic generator is disposed on the outer wall of the housing. The speed-increasing gear train is meshed with the rack, and the axle of the terminal gear of the speed-increasing gear train is connected to the input shaft of the electromagnetic generator. This electromagnetic friction composite suspension energy recovery device can collect energy from the suspension system and store it for use by other electrical components of the vehicle, thereby saving energy and improving the energy utilization efficiency of the suspension system while being environmentally friendly.

The present invention discloses a frequency up-conversion piezoelectric-electromagnetic hybrid energy collector for ultra-small displacement input, including a flexible amplification mechanism, a transmission mechanism, and a power generation mechanism; the flexible amplification mechanism includes two straight beam flexible hinges, two semicircular flexible hinges, a symmetrical flexible hinge, and corresponding rigid connection components and support rods; the transmission mechanism includes a ball screw, a one-way bearing, a gear pair, a seat bearing, and a corresponding transmission shaft; the two components of the power generation mechanism both use frequency up-conversion technology, one part is an electromagnetic power generation mechanism composed of a magnet on the edge of the flywheel and an induction coil on the support plate; the other part is a piezoelectric mechanism composed of a piezoelectric cantilever beam clamped on the support rod and a toggle block embedded in the ball screw nut. The present invention integrates electromagnetic-piezoelectric hybrid power generation technology, realizes bidirectional and efficient recovery and storage of vibration energy with low gap loss under micro-displacement input, and has broad application prospects.