39 results about "Electric transport" patented technology

The invention discloses a ton bag feeding device and method, belongs to the technical field of ton bag feeding, and solves the problems that an existing device is low in intelligence, high in manual dependence degree and low in feeding precision and efficiency. The device comprises a supporting frame, a feeding mechanism, a clamping mechanism, an AI visual monitoring module and a master control module. The supporting frame is provided with a camera and an electric conveying frame, the feeding mechanism comprises a feeding assembly with a telescopic pipe and a stirring assembly, the clamping mechanism comprises a liftable adsorption clamping assembly, the AI visual monitoring module is connected with the camera, and intelligent monitoring of the position, the in-place state, the bagging state and the bag opening falling state of the ton bag is achieved. And the master control module is linked with each mechanism to complete automatic operation. According to the method, unattended operation is achieved through full-process closed-loop operation of equipment initialization, ton bag feeding, AI visual monitoring and positioning, clamping mechanism adjustment, adsorption fixing, bagging monitoring, clamping fixing, real-time feeding monitoring, automatic abnormity processing, mechanism resetting and ton bag discharging.

A method for setting up an electrical transportation infrastructure in a mine includes receiving mining data for different time periods of a mining interval. The data identifies expected source locations where material is extracted and destination locations where it is delivered. Using this data, a time-dependent 3D network of the mine is determined for each period, either as separate networks of paths connecting the source and destination locations or as a single network covering all periods. Based on this network, a planned placement of the electrical transportation infrastructure is numerically determined to at least approximately minimize the expected total costs of the mine over the mining interval. These costs include estimated environmental costs from transporting material between source and destination locations, subject to mining constraints. Finally, the electrical transportation infrastructure is initialized in the mine according to the planned placement.

The invention provides a method and device for determining a lightning protection insulator in a power transmission line, and belongs to the technical field of power transmission. The method for determining the lightning protection insulator in the power transmission line comprises the following steps: acquiring a lightning protection level expected value of the power transmission line; obtaining a lightning current amplitude based on the lightning resistance level expected value of the power transmission line; utilizing an electromagnetic transient simulation model of the power transmission line to calculate energy absorbed by a lightning protection insulator when the power transmission line is struck by lightning under the lightning current amplitude, and obtaining an energy value of the lightning protection insulator; based on the energy value of the lightning protection insulator, determining and obtaining a resistor disc through-current capability index required by the lightning protection insulator; and determining and obtaining the model selection information of the lightning protection insulator based on the through-current capability index of the resistor disc required by the lightning protection insulator. And data support is provided for determination of the lightning protection insulator, so that the determined lightning protection insulator is more reliable.

The invention relates to a vehicle capable of transporting a driver and a load, comprising in particular: an accelerator configured to generate an accelerator signal (S); a mass measurement device (91) configured to determine a mass associated with the vehicle (M) dependent on the mass of said load when a load is transported by said vehicle; a speed measurement device (96) configured to measure a speed associated with the vehicle (Vv); a control element (10) configured to determine a motor setpoint (Cm) as a function of said mass associated with the vehicle, said accelerator signal, and the speed associated with the vehicle, and then transmit said motor setpoint to said at least one electric motor. Figure to be published for the abstract: Figure 2

The application discloses a kind of intelligent adjustment type tea tree pruning machines, it is related to pruning machine technical field, including electric transport vehicle body, stand, mounting plate and pruning machine body, mounting plate is fixedly connected with collection box;Collection box is equipped with cleaning assembly;Gear one and driving part one are fixedly connected on the outer wall of short shaft one on the top surface of collection box, gear two is fixedly connected on one end of short shaft two on the side surface of collection box, and the other end is equipped with driving part two;Between the support plate on the top surface of collection box, screw rod two is rotatably arranged, one end of screw rod two is equipped with reversible motor, and driving mechanism is fixedly connected on the thread sleeve two on the outer wall of screw rod two;The use of driving mechanism, the angle of guide plate is adjusted first, so that guide plate is located in the row spacing of tea tree, so that the branches and leaves are conveniently transported into the row spacing of tea tree;Then drive cleaning assembly to work, it is convenient to clean the branches and leaves in collection box, so that the branches and leaves in collection box fall in the row spacing of tea tree.

The invention relates to the technical field of thermoelectric materials, in particular to a Bi2SeS2-based thermoelectric material and a preparation method and application thereof, the Bi2SeS2-based thermoelectric material takes Bi2SeS2 as a matrix, and the matrix is doped with a copper element and silicon carbide as a nano composite phase. According to the invention, the electric transport performance and the heat transport performance of the material are synchronously optimized through a synergistic strategy of Cu doping and SiC nano-compounding; cu doping effectively improves the carrier concentration and conductivity, SiC nano-compounding introduces a large number of nano-interfaces, the SiC nano-compounding and the point defects generated by Cu doping jointly construct a point defect-nano-interface multi-scale phonon scattering mechanism, and the lattice thermal conductivity is remarkably reduced. Moreover, the process for preparing the Bi2SeS2-based thermoelectric material is simple, the cost is low, the thermoelectricity of the Bi2SeS3 material at 773 K is successfully improved to 0.83, and a reliable way is provided for industrial application of the Bi2SeS2-based thermoelectric material.

The application provides a preparation method of a memory device and the memory device. The memory device is prepared by etching an electric transport layer into a write line and a read line, and the write line and the read line are in a cross structure. A magnetic coupling structure is formed on the cross area by using a magnetic metal film and an anti-ferromagnetic metal film. A heterojunction structure is formed between the lower electric transport layer and the upper metal protective layer. When a large current is passed through the write line, the magnetic moment direction of the magnetic metal film in the magnetic coupling structure can be fixed by SOT effect. Then, when a small current is passed through the write line, a potential difference can be generated at both ends of the read line, so that the resistance state can be read. The write line is electrically connected to the source electrode of a MOS transistor through a metal wire. By controlling the gate voltage state and the drain voltage state of the MOS transistor, the write and read operations of the memory device can be performed. Therefore, the process complexity and the manufacturing cost of the application are low, and the application has obvious advantages and wide application prospect.

The application discloses a kind of electric transport vehicles for material transfer, it is related to material transport technical field, including vehicle body, caster, brake structure and automatic lock assembly, vehicle body is equipped with the grid for loading, front caster is connected to motor, rear caster is connected with steering wheel by steering bridge, brake structure is made of brake piece and locking piece for front caster, the output end of automatic lock assembly is clamped in locking piece by engaging disc, the technical advantage of the application is: after setting automatic lock assembly and locking piece and the electric drive pedal linkage of vehicle body, the automatic lock of automatic lock assembly can be achieved after vehicle body stays, to ensure the stability of the whole vehicle when vehicle body stays;By setting air cylinder, when electric pedal is loosened, air cylinder is linked with electric pedal by controller, that is, vehicle body stops at any time, automatic lock assembly is locked in time, when electric pedal is stepped on, rack is lifted by reset spring, which realizes the real-time unlocking of automatic lock assembly.

The utility model relates to an assembly type building ALC plate transport vehicle which comprises an electric transport vehicle body and is characterized in that ALC plate bodies are stacked in the electric transport vehicle body, two sliding grooves which are symmetrically distributed left and right are formed in the top of the electric transport vehicle body, moving blocks are slidably connected into the two sliding grooves, and the moving blocks are arranged in the sliding grooves. Supporting rods are fixedly connected to the front sides of the two moving blocks, first inserting grooves are formed in the two supporting rods, first L-shaped plates are inserted into the two first inserting grooves, and the two first L-shaped plates are fixed to the supporting rods at the corresponding positions through fasteners. The ALC plate has the advantages that the first L-shaped plate is connected with the supporting rod in an inserted mode, so that the first L-shaped plate protects the front side of the ALC plate body, the front side and the rear side of the ALC plate body are protected, and the ALC plate is more stable in the transportation process.

The application discloses a multifunctional emergency repair vehicle for equipment, and belongs to the field of emergency support equipment. The vehicle comprises a flatbed transport vehicle body, a driving motor, an air pump, an equipment cabin and a repair tool drawer. A 24V direct current generator, an intelligent charger and a controller are integrated in the equipment cabin, and a mobile power supply and an inverter can be selected and matched. The vehicle body is provided with an electricity connection clamp, a mobile illuminating lamp, a magnetic tool drawer and a foldable repair lamp. The application highly integrates power generation, charging, air inflation, power supply, illumination, tool bearing and an electric transport platform to form a mobile repair workstation. The effect of the application is that the vehicle is flexible and can quickly arrive at a narrow or field fault point. The vehicle has comprehensive functions and can complete emergency starting of a fault vehicle, battery charging, air inflation, on-site illumination and repair operation at one time, supports 12V / 24V voltage and AC / DC tools, and is especially suitable for severe cold and other harsh environments, and effectively solves the problems of difficult equipment starting, air inflation and power supply.

The invention belongs to the technical field of AGV driving wheels, and particularly relates to an integrated rapid manual clutch driving wheel set which comprises a hollow wheel carrier, a wheel sheet, a driving shaft connecting piece, an outer clamping disc, an annular driving disc, a clutch nut and a spring. The clamping friction clutch is creatively integrated into a wheel set mechanical structure, the mechanical structure integrating the clutch function is greatly simplified, and the wheel set is simple in overall structure and small in size. Clutch separation and joint operation can be completed simply by rotating the clutch nut, other complex large-scale external equipment and structures are not needed, switching operation is more convenient and faster, and the clutch device can be particularly suitable for the scene of switching of two working conditions of low-speed self-driving and high-speed passive traction of the AGV and is reliable and stable to use. The whole driving wheel set can meet the design requirements of different forms of wheel sets such as a directional wheel, a differential wheel and a steering wheel, and a simple, small, exquisite, reliable and high-adaptability scheme is provided for application of driving modules of electric transport vehicles such as AGVs.

The utility model discloses an electric transport flatcar, which relates to the technical field of steel box girder transport and comprises a double-layer frame. The at least two steering mechanisms are mounted at the bottom of the double-layer frame in parallel at intervals; the double-layer frame comprises a bottom frame; the lifting assemblies are vertically installed at the four corners of the bottom frame at intervals. The lifting platform is installed at the top of the lifting assembly, and peripheral beams are arranged on the periphery of the lifting platform and located on the outer side of the bottom frame; the steering mechanism comprises at least two driving assemblies which are arranged in a spaced mode. Two ends of the connecting rod assembly are respectively matched and connected with the driving assembly; one end of the steering oil cylinder is hinged to any driving assembly, and the other end is hinged to the bottom of the bottom frame. The electric transport flatcar solves the technical problem that an existing electric transport flatcar is not enough in adaptability to the transport environment.

The utility model discloses a carton hot press forming device, include: device bearing casing, link up and reach electric transport platform, the utility model relates to paper box processing technical field, and this device through hot forming press structure and symmetrical push and fold structure cooperation operation, complete hot forming processing while turning over carton blank, in detail, equipment utilizes symmetrical push and fold structure and realizes the accurate opposite folding of carton blank, and the hot forming press structure is started simultaneously and carries out heating pressure, in the heating process, carton material is in the setting folding state, and the fiber structure completes the form solidification under the thermoplastic effect, and after cooling, can form stable three -dimensional structure, effectively avoid the rebound deformation problem that easily appears in conventional technology, the design realized the integration processing of turning over and hot press forming, through the accurate cooperation of temperature control system and mechanical structure, guarantee forming accuracy, and simplify production process.

1. The name of the design product: electric transport vehicle. 2. The use of the design product: for pulling goods. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view. 5. Other circumstances that need to be explained: the top view of the design product has been embodied in other views, and the top view is omitted. The bottom view is the part that is not easy to see or cannot be seen when in use, and the bottom view is omitted.

The application provides a novel chalcogenide compound and a preparation method and application thereof, and the chemical general formula is M 3Bi4 Q 9, wherein M one or two selected from metals Pd and Pt, Q one or two or more combinations of chalcogen elements S, Se and Te. The series of materials belong to the trigonal system, R -3 space group, with a three-dimensional extended crystal structure, and are a novel thermoelectric material. In the structure, M 6 Q 12 ] 12‑ The "hard clusters" are dispersed in Bi- Q The "soft lattice" forms a unique crystal structure of "soft in hard", which has good thermoelectric performance on the basis of ensuring unobstructed electric transport characteristics. Through proper carrier doping, excellent thermoelectric performance can be achieved, and the material is expected to be used in waste heat recovery, thermoelectric refrigeration, thermoelectric power generation and other thermoelectric conversion related fields.

1. Name of the designed product: electric transport vehicle. 2. Use of the designed product: mobile tool for carrying goods. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: perspective view. 5. Other circumstances or explanations: the bottom surface of the product is not common, so the bottom view is omitted.

The invention discloses a BiOCl single crystal and a growth method thereof and application of the BiOCl single crystal in an X-ray detector, the BiOCl single crystal is prepared by matching raw materials with different purities and a proper transport agent by adopting a vapor phase method, a millimeter-level large-size two-dimensional layered structure single crystal with optical transparency and small intrinsic polaron can be obtained, and the material is stable in performance, good in stability, good in stability and high in reliability. The repeatability is good. The obtained BiOCl single crystal has a wide band gap and high resistivity, so that an X-ray detector prepared from the BiOCl single crystal has low dark current and excellent stability and environmental durability, the crystal prepared from a high-purity raw material has the best quality, small polaron transition is used as a main mechanism for electrical transport, the detection performance is excellent, the carrier mobility lifetime product is up to 2.42 * 10 <-4 > cm < 2 >. V <-1 >, and the X-ray detector has good application prospects. The highest sensitivity reaches 3.53 mC.Gyair-1. Cm <-2 >, and the lowest detection dose is 6.0 nGyair.s <-1 >; the device is simple in structure, low in cost and suitable for large-scale production, can be compatible with an existing electronic packaging process, and can be widely applied to the fields of medical imaging, safety inspection, industrial detection and the like.

1. Name of the design product: electric transport flat car. 2. Use of the design product: for transporting steel structural members. 3. Design points of the design product: in shape. 4. Picture or photo best indicating the design points: perspective view 2.

The invention relates to a single-target magnetron sputtering manganese-tin alloy film and a preparation method thereof. And the Mn3Sn / MgO heterostructure of the Mn3Sn film is prepared through single-target magnetron sputtering. A single crystal epitaxial Mn3Sn thin film or a non-pure epitaxial Mn3Sn thin film is grown on an MgO (111) single crystal substrate. The Mn3Sn thin film is pure in structure, high in crystallization quality and more beneficial to research on intrinsic magnetism and electrical transport characteristics of Mn3Sn, it is found for the first time that the magnetic structure of the prepared Mn3Sn thin film does not present a spin glass state at low temperature, and it is indicated that the magnetic structure has higher stability; meanwhile, it is observed for the first time that the longitudinal resistivity of the Mn3Sn thin film is converted from the metal conduction characteristic to the semiconductor transport characteristic along with temperature rise, and the abnormal Hall effect disappears; according to the method, the feasibility of industrial mass production is remarkably improved, the preparation cost is reduced, and the method has potential application value in development and preparation of novel topological spintronics devices.

The invention discloses a preparation method of a high-thickness Bi2Te3-based thermoelectric thin film based on a magnetron sputtering deposition process, which comprises the following steps: 1) cleaning a magnetron sputtering chamber, and fixing a Bi2Te3 target material; (2) vacuumizing the magnetron sputtering chamber, then introducing carrier gas, and adjusting the air pressure and the power to carry out pre-sputtering; 3) placing the clean substrate on a sputtering table, adjusting the gas flow and maintaining the air pressure in the deposition chamber; then the substrate is preheated; and 4) setting the power and sputtering time of the Bi2Te3 target, and carrying out temperature-controlled magnetron sputtering deposition to obtain the high-thickness Bi2Te3-based thermoelectric thin film. According to the method, the temperature-controlled magnetron sputtering deposition process comprising a plurality of cooling-heating processes is adopted, efficient deposition of the Bi2Te3 thin film with high thickness, high density, high uniformity and excellent electric transport performance can be achieved, and a new way can be provided for controllable preparation of the high-performance thermoelectric thick film.

The application discloses a kind of based on needle tip enhancement effect's superconducting material defect positioning system, including light source module, for providing incident light;Needle tip enhancement module, including needle tip with nanoscale radius of curvature and mirror;Superconducting material sample stage and low-temperature control module;Nanometer closed loop scanning module, including displacement detection unit and scanning control unit;Current detection module, for measuring photocurrent signal;Data synchronous acquisition module, for synchronously acquiring the position information of needle tip and photocurrent signal.The application discloses a kind of based on needle tip enhancement effect's superconducting material defect positioning system, to solve the problem that prior art cannot reliably identify and accurately position hidden defects in superconducting material, realize the efficient, accurate positioning of the defect under nanometer scale that influence electric transport characteristics.

The utility model relates to an active electric fertilizer taking and applying machine which is used as accessory equipment of an electric transport vehicle. The fertilizer applicator comprises a fertilizer storage barrel and a barrel cover, the barrel cover is arranged on the fertilizer storage barrel, a storage battery and a motor are arranged at the bottom in the fertilizer storage barrel, the storage battery is connected with the motor, a spiral impeller is arranged on an output shaft of the motor in a surrounding mode, a fertilizer guide opening is formed in the side face, close to the spiral impeller, of the bottom of the fertilizer storage barrel, and a fertilizer guide pipe is connected to the lower portion of the fertilizer guide opening. A fertilizer amount controller is arranged on the fertilizer guide pipe, and a power switch connected with the storage battery is arranged on the outer side of the fertilizer storage barrel. The quantitative and accurate fertilizer applying device is matched with an electric transport vehicle for use, can realize quantitative and accurate fertilizer applying, ensures accurate control of the fertilizer dosage, meets the requirements of an optimal fertilizer applying scheme, and avoids fertilizer waste.

The invention belongs to the technical field of large pipeline laying, and particularly relates to a horizontal lightering system for a large pipeline in a pipe gallery limited space, which comprises an electric transport vehicle, a movable gantry crane, a movable trolley, a lifting machine and a horizontal transmission mechanism, the horizontal transmission mechanism comprises a bearing seat, and the bearing seat is connected with the outer wall of a pipeline frame; the multiple sets of bearing seats are evenly distributed on the outer wall of the pipeline frame, the rolling wheels are rotationally connected with the bearing seats, and four sets of rolling wheels are arranged on each set of bearing seats and symmetrically distributed on the outer walls of the bearing seats. The horizontal lightering system for the large pipeline in the limited space of the pipe gallery and the construction method can be suitable for hoisting, transporting and installing work of the large pipeline in the limited space of the pipe gallery, the actual requirements of hoisting, transporting and installing of the pipeline of the pipe gallery in an actual construction site can be met, and the problem that the large pipeline is difficult to hoist and transport in the limited space of the pipe gallery is solved.

The application discloses a low-loss hetero-junction semiconductor material based on antimony tellurium compound and preparation and application thereof, and relates to the following steps: irradiating a stable hexagonal phase Sb2Te3 crystal sample with a high-energy particle beam, so that the bulk phase inside the sample is converted into a cubic phase, and the hexagonal phase structure of a region from the surface to the inside of the sample to 10 nm is kept unchanged; the stable hexagonal phase Sb2Te3 bulk phase inside structure is converted into a cubic phase; and the Anderson insulating property of the bulk phase inside makes the charges be subjected to Anderson localization, and the charges are converted into an insulating state. The application converts the bulk phase inside of the topological insulator hexagonal phase Sb2Te3 crystal into a cubic phase by irradiating the bulk phase inside with a high-energy particle beam, forms charge Anderson localization in the bulk phase, converts the bulk phase into an insulating state, keeps the hexagonal phase topological insulating property in the range from the surface to the inside of the sample to 10 nm, can inhibit the electric transport performance of the bulk phase inside, drives the current to pass through only the surface, thereby reducing the transport loss, and realizes super-low power consumption transport.

The utility model relates to the technical field of electric trucks, in particular to a battery pack for quickly assembling battery cells for an electric truck. Comprising a shell, a buckle assembly arranged in the shell and a plurality of batteries arranged in the buckle assembly in sequence; a plurality of clamping grooves are formed in the inner walls of the two sides, connected with the buckle assembly, of the shell. Clamping blocks are arranged on the two sides of the buckle assembly, and the clamping blocks are matched with the clamping grooves; the buckle assembly comprises a lower buckle arranged at the bottom of the shell and an upper buckle arranged on one side of the lower buckle; a plurality of grooves for mounting the batteries are correspondingly formed in the upper buckle and the lower buckle; and a plurality of layers of grooves are arranged. The battery pack provided by the utility model has the advantages that the capacity of the battery pack can be adjusted, the cruising ability is strong, the stability is good, the service life is long, the safety is high, the structure is simple, the disassembly and assembly are convenient, and the like.

A step-up converter circuit (1) comprises a reactor (L1), a first half-bridge circuit (11), a second half-bridge circuit (12), a first step-up capacitor (C1), a second step-up capacitor (C2), a smoothing capacitor (C0) for smoothing the outputs that are inputted in parallel from the first and second half-bridge circuits, and a switching control circuit (15) for carrying out phase control of a switching operation between the first half-bridge circuit and the second half-bridge circuit. The voltage of the first step-up capacitor is superimposed on the voltage of a voltage source and outputted from the first half-bridge circuit, and the voltage of the second step-up capacitor is superimposed on the voltage of the voltage source and outputted from the second half-bridge circuit.

This invention relates to the field of semi-trailer technology, specifically to an electric semi-trailer that facilitates driver observation of changes in the external cargo box. The invention includes a convenient observation device installed on the cargo box, comprising a storage device, a horizontal movement device, a movable component, a spiral cleaning device, a cleaning fluid delivery device, and a visual inspection device. The storage device is installed on the side of the cargo box, with its working end extending vertically upwards. The horizontal movement device is installed on the movable end of the storage device and moves horizontally along the top of the cargo box. The movable component is installed on the horizontal movement device. The spiral cleaning device is installed on the movable component and is used to clean the top of the cargo box. The cleaning fluid delivery device is installed at the bottom of the cargo box, with its output end positioned above the spiral cleaning device. The visual inspection device is installed on the horizontal movement device. This invention effectively improves maintenance safety and transportation stability.

The invention discloses a rare earth doped aluminum gallate silicon-based electroluminescent device and a preparation method thereof. The whole device structure comprises a transparent conductive layer, a transparent nano layered dielectric layer, a rare earth doped aluminate and gallate luminescent layer, a silicon substrate and a metal Al back electrode from bottom to top in sequence. An aluminum gallate thin film with a rare earth doped Re3 (Al, Ga) 5O12 garnet crystal phase and a Y (Al, Ga) 2O4 spinel crystal structure is deposited by adopting an atomic layer deposition technology to serve as a luminescent material, and the crystallization temperature of the luminescent thin film prepared by adopting the atomic layer deposition method is 200 DEG C or above lower than that of a traditional high-temperature solid-phase method. The composite film silicon-based MOS structure electroluminescent device made of the aluminum gallate and the high-dielectric-constant nano layered dielectric material has an active negative feedback breakdown-resistant electric transport stable mechanism, the uniformity of light emission is good, the efficiency is high, the breakdown-resistant voltage is doubled, and the breakdown current density is improved by more than 100 times. By doping different rare earth ions, the light-emitting wavelength can cover infrared, visible light and ultraviolet wave bands.

The invention provides an automatic conveying device for cloth material carrying and unloading, and relates to the technical field of cloth material carrying and unloading conveying, the automatic conveying device comprises an electric transport vehicle, a conveying stand column is fixedly mounted on the right side of the top of the electric transport vehicle, a reciprocating groove b is formed in the rear end face of the conveying stand column, and a ball screw b and a driving motor are mounted in the reciprocating groove b; a reciprocating sliding block b is fixedly installed on a nut of the ball screw b, a concave base is fixedly installed on the rear end face of the reciprocating sliding block b, and a belt conveyor electrically connected with the microcontroller is installed at the inner concave end of the concave base. The height, the stretching position and the angle of the overturning plate can be adaptively adjusted through the control panel, cloth materials at different stacking heights and different positions in a carriage can be accurately connected in a butt joint mode in cooperation with adaptive adjustment of the height of the belt conveyor, the problems of cloth material carrying, unloading and conveying links are solved, and the work efficiency is improved. The problems that traditional height conveyors, forklifts and other equipment are poor in adaptability and complex in operation, and cloth is prone to being damaged are solved.