1175results about How to "High traffic" patented technology

The invention discloses a plasma-enhanced direct-injection type liquid ammonia atomizing nozzle and a liquid ammonia combustor, and belongs to the field of liquid fuel combustion. The plasma-enhanced direct-injection type liquid ammonia atomizing nozzle comprises a liquid ammonia channel, a compressed air channel, an atomizing channel, a secondary air channel and a heating assembly, wherein the outlet end of the compressed air channel and the outlet end of the liquid ammonia channel are both communicated with the atomizing channel; the heating assembly comprises a high-voltage electrode, a ground electrode and a central air channel, the ground electrode is arranged on the outer side of the high-voltage electrode, and an outlet of the central air channel faces a discharge area formed by the high-voltage electrode and the ground electrode; a discharge area formed by the high-voltage electrode and the ground electrode is close to the liquid ammonia channel; a ground electrode hole is formed in the position, close to the liquid ammonia channel, of the ground electrode. Self-evaporation of preheated liquid ammonia is achieved through small plasma flames, efficient atomization of large-flow liquid ammonia is achieved, and consumption of atomization media is reduced while stable combustion is achieved.

The invention provides a swing vibrator type piezoelectric micropump and a driving and manufacturing method thereof. The piezoelectric micropump comprises a supporting structure, a first through-flow layer, a second through-flow layer and an actuator, wherein the first through-flow layer and the second through-flow layer are arranged at the two ends of the supporting structure, and the actuator is arranged in the supporting structure. The actuator comprises two actuating units which are arranged in parallel. The actuation unit includes a substrate and a vibration element. The vibration element is fixed on the substrate; the two actuating units are of the parallel and opposite cantilever structures on the opposite sides, center stress similar to that of a conventional annular actuator structure cannot be generated in the swing gas pumping process of the two actuating units, and the service life of the piezoelectric micropump can be prolonged. Meanwhile, when different excitation signals are input into the two actuating units, the two actuating units can generate asynchronous vibration, so that reverse airflow with certain continuity is generated in the piezoelectric micropump, the effect of regularly self-cleaning the air inlet is achieved, and long-time continuous work of the piezoelectric micropump in a complex environment is achieved.

A nozzle embedded type 3D printing device for a thermosetting wood-plastic composite material belongs to the technical field of 3D printing, and comprises a rack, and an extrusion movement mechanism, a powder laying mechanism, a powder bed mechanism, a printing platform movement mechanism and a binder feeding system which are arranged on the rack, and the extrusion movement mechanism is fed through the feeding system. The printing efficiency of existing printing equipment can be improved, the manufacturing and maintenance cost of the existing equipment is reduced, the accuracy and consistency of a printing structure are ensured, and printing of a high-precision complex structure is achieved; the provided equipment combines the advantages of extrusion type printing equipment and a powder bed structure, the requirement of single extrusion printing for the formability of extruded materials is met, controllable printing of large-flow, high-viscosity and large-layer-thickness printing shapes and precision is achieved, the equipment is suitable for various types of binder materials, the variety and size range of powder bed materials is large, and the equipment is suitable for large-flow, high-viscosity and large-layer-thickness printing. And the rapid part forming machining requirements of wide material application range, large forming size and high part strength are met.

The invention discloses a method and a device for cooling a battery pack of an electric automobile, and relates to the technical field of electric automobiles, and the process method comprises the following specific steps: real-time monitoring: installing intelligent sensing equipment in and around each battery module of the battery pack, monitoring key parameters of temperature and pressure of the battery pack in real time, and simultaneously monitoring the temperature and the pressure of the battery pack; according to the invention, key parameters of temperature, pressure, current and voltage of the battery pack are monitored in real time through the intelligent sensing device, and thermal management data of the battery pack are processed and analyzed in real time in combination with a big data analysis technology. The battery performance reduction and the safety risk caused by too high or too low temperature are avoided, the thermal management requirements of the battery pack under different working conditions are better met, and the use efficiency and the safety of the battery pack are improved.

The invention relates to the technical field of heat dissipation devices, in particular to a flow compensation drainage fan which comprises a fan body and a drainage device, and at least two jet flow holes are formed in the surface of the side, close to the drainage device, of the fan body; the drainage device is provided with an open drainage cavity which is defined by a top wall, a bottom wall and a side wall and enables airflow to be sprayed out in the set direction, the airflow generated by the fan body is sprayed out through the jet flow holes, surrounding air is entrained, and primary drainage is formed. The through-flow areas of the drainage channels are sequentially increased in the set direction, or the drainage holes are formed in the designated positions of the wall face of the drainage device, so that at least one time of secondary drainage can be generated when airflow flows in the open drainage cavity, and then the airflow finally sprayed out of the side wall flow outlet is substantially increased, so that the heat dissipation efficiency is improved.

The invention provides a magnetic suspension rotating machine. The magnetic suspension rotating machine comprises a magnetic suspension bearing and a motor stator and rotor. In the axial direction, the thrust disc is arranged between the first axial stator and the second axial stator, a first thrust disc ventilation hole is formed in the thrust disc in a penetrating mode from one axial end face to the other axial end face of the thrust disc, and the first axial stator comprises a first radial outer side part and a first radial inner side part. One end, positioned on the other axial end surface of the thrust disc, of each first thrust disc vent hole is positioned between the radial inner side part II of the axial stator II and the rotor, and the other end, positioned on the axial end surface of the thrust disc, of each first thrust disc vent hole is opposite to the position of the coil slot I in the axial direction; the first thrust disc vent hole is not opposite to the magnetic pole position of the first axial stator; and the motor stator and rotor runners are respectively communicated with the first thrust disc ventilation holes. According to the magnetic suspension bearing, heat dissipation and cooling of the magnetic suspension bearing are improved, meanwhile, the influence on a magnetic suspension magnetic circuit can be avoided, and enough magnetic suspension supporting force is guaranteed.

The invention discloses an encrypted traffic detection method based on LLM enhanced semi-supervised learning. The method comprises the following steps: firstly, training a traffic detection model for detecting encrypted traffic under an LESS framework; and detecting the encrypted traffic by using the trained traffic detection model. Components of the LESS framework include a Prompt orchestrator, an NSSN, and an LLM optimizer. The components work cooperatively, a detection model is trained by using a labeled training set and a label-free training set, and each piece of data in a data set is formed by arranging length values of data packets in a network flow in sequence; the Prompt composer guides the LLM to generate label-free enhanced data in different scenes; the NSSN automatically sets a pseudo label for the enhanced label-free traffic data, and learns traffic detection knowledge accordingly; under the guidance of the SSL loss, the LLM optimizer adjusts the enhancement strategy of the LLM to align the semi-supervised training requirements of the detection model. The training steps of the detection model include LLM pre-fine tuning; marking the LLM enhanced data; and continuous demand alignment can be realized.

The invention provides a magnetic suspension rotating machine. The magnetic suspension rotating machine comprises a magnetic suspension bearing, a motor stator and a rotor, in the axial direction, the thrust disc is arranged between the first axial stator and the second axial stator, a first thrust disc ventilation hole is formed in the thrust disc in a penetrating mode from one axial end face to the other axial end face of the thrust disc, and the first axial stator comprises a first radial outer side part and a first radial inner side part. One end, positioned on the other axial end surface of the thrust disc, of each first thrust disc vent hole is positioned between the radial inner side part II of the axial stator II and the rotor, and the other end, positioned on the axial end surface of the thrust disc, of each first thrust disc vent hole is opposite to the position of the coil slot I in the axial direction; the first thrust disc vent hole is not opposite to the magnetic pole position of the first axial stator; and the motor rotor flow channel and the first thrust disc ventilation hole are respectively communicated with the motor stator flow channel. According to the magnetic suspension bearing, heat dissipation and cooling of the magnetic suspension bearing are improved, meanwhile, the influence on a magnetic suspension magnetic circuit can be avoided, and enough magnetic suspension supporting force is guaranteed.

The invention provides a liquid storage tank capable of adjusting the amount of stored liquid, a refrigerating system and a control method.The liquid storage tank comprises an inner cylinder and an outer cylinder, an outlet pipe is arranged at the bottom of the inner cylinder so that fluid in the inner cylinder can be guided out, and a valve structure is arranged between the inner cylinder and the outer cylinder; in the compression refrigeration mode, the valve structure can guide fluid in the outer cylinder into the inner cylinder when the frequency of the compressor is increased, and the amount of the fluid discharged from the outlet pipe is increased. In the compression refrigeration mode, the valve structure can guide the fluid in the inner cylinder into the outer cylinder when the compressor is subjected to frequency reduction, and the amount of the fluid discharged from the outlet pipe is reduced; in the fluorine pump refrigeration mode, the valve structure can guide fluid in the outer cylinder into the inner cylinder, and the liquid level in the inner cylinder rises. According to the invention, the problem of refrigerant redundancy caused by difference of refrigerant filling amounts required under different operation conditions of a fluorine pump compression refrigeration system can be solved, and the problems of retention and release of refrigerant liquid are solved, so that better circulation amounts required by the refrigeration system under various operation conditions can be met as much as possible.

The invention discloses an integrated adjustable ejector for a vehicle-mounted hydrogen supply circulating system, which relates to the technical field of ejectors for vehicle-mounted hydrogen supply circulating systems and comprises a hydrogenation pipeline, a working pipeline and a circulating return pipeline. The circulating return pipeline comprises an integrated adjustable ejector, a hydrogen compressor, a steam-water separator, a circulating return pipeline one-way valve and a pressure reducing valve; the integrated adjustable ejector comprises a shell, a hydrogen inlet and outlet, a storage cavity, a valve, a control device, an execution controller and a monitoring and temperature control module. The integrated adjustable ejector is installed on the circulating backflow pipeline, the monitoring and temperature control module is integrated on the ejector, the hydrogen flow, pressure and temperature are monitored in real time, and the hydrogen temperature is adjusted so that stable operation can be achieved; the fuel cell reactor hydrogen flow sensor converts flow required by a fuel cell reactor into an electric signal, transmits the electric signal to the control device, and controls the execution controller to adjust the valve, so that dynamic optimization is realized, and various working condition requirements of a hydrogen fuel cell automobile are met.

The invention relates to the field of diamond tools, and particularly discloses a matrix material for a diamond tool bit, a sharp diamond uniformly-distributed saw blade and a preparation process of the sharp diamond uniformly-distributed saw blade. The matrix material for the diamond tool bit comprises the following raw materials in percentage by weight: 50-60% of dendritic electrolytic copper powder, 20-40% of copper-tin alloy, 0-5% of cobalt powder, 0-15% of tin powder and 5-10% of iron powder. The diamond saw blade comprises a disc-shaped base body and a diamond tool bit, and the circumferential face of the diamond tool bit is sunken inwards. The diamond tool bit is provided with two drainage grooves penetrating through the surface of the diamond tool bit, the two drainage grooves intersect or are parallel, the intersection point is located on the side, close to the disc-shaped base body, of the diamond tool bit when the two drainage grooves intersect, and a U-shaped groove is formed in the circumferential face, away from the disc-shaped base body, of the diamond tool bit. The matrix material is high in holding force on diamond particles, and accurate positioning can be achieved; in addition, the diamond saw blade is high in cutting efficiency and good in sharpness and self-sharpening performance.

The invention provides a magnetic suspension rotating machine which comprises a magnetic suspension bearing, a motor stator and a rotor. A rotor air inlet flow channel and a rotor air outlet flow channel are arranged in the rotor. In the axial direction, the thrust disc is arranged between the first axial stator and the second axial stator, a first thrust disc ventilation hole is formed in the thrust disc in a penetrating mode from one axial end face to the other axial end face of the thrust disc, and the first axial stator comprises a first radial outer side part and a first radial inner side part. One end, positioned on the other axial end surface of the thrust disc, of each first thrust disc vent hole is positioned between the radial inner side part II of the axial stator II and the rotor, and the other end, positioned on the axial end surface of the thrust disc, of each first thrust disc vent hole is opposite to the position of the coil slot I in the axial direction; and the first thrust disc vent hole is not opposite to the magnetic pole position of the first axial stator. According to the magnetic suspension bearing, heat dissipation and cooling of the magnetic suspension bearing are improved, meanwhile, the influence on a magnetic suspension magnetic circuit can be avoided, and enough magnetic suspension supporting force is guaranteed.

The invention provides a device and a method for polishing and repairing a blisk of an aero-engine by using composite laser aiming at the common problems of cracks and surface roughness in the machining process of the blisk of the aero-engine, and the device comprises a five-axis moving platform system, a 1064nm infrared laser generator system and an optical ranging system; according to the method, a six-axis composite laser polishing and repairing device is utilized, a high-precision multi-wavelength and multi-frequency-band laser scanning device is carried, continuous polishing and repairing serve as a main body, and a five-axis moving platform system, a 1064nm infrared laser generator system, an optical distance measuring device and an ultrasonic scanning and surface analysis technology are combined. Honeycomb-shaped cracks left on the surface of the blade of the blade disc through milling are successfully repaired, and the surface quality of the blade disc is remarkably improved. According to the device and method, the repairing effect is excellent, the polishing efficiency is remarkably improved, and the time needed by traditional manual polishing can be greatly shortened. In addition, the surface roughness of the bladed disc repaired through the composite laser polishing repairing method is remarkably reduced, and the influence on the flowing property of working fluid is effectively controlled. Therefore, the method has important engineering application prospects and is expected to bring remarkable method progress and economic benefits in the field of aero-engine manufacturing.

The invention relates to the technical field of cloud computing networks, and provides a traffic speed limiting system, a traffic speed limiting method and a traffic speed limiting device. The system comprises a network element agent unit, a monitoring unit, a speed limiting configuration unit, a program loading unit, a speed limiting execution tool and a filter agent unit. When the monitoring unit monitors that the life cycle or the bandwidth configuration strategy of the network element agent unit is changed, the speed-limiting configuration unit is triggered to obtain a bandwidth speed-limiting execution mode and a bandwidth information configuration file according to the bandwidth configuration strategy; the program loading unit updates ip address bandwidth mapping data in the filter speed limiting program file through the speed limiting execution tool and the bandwidth information configuration file; and the program loading unit also acquires and loads a filter speed limiting program file to an operating system kernel, so that a speed limiting execution tool realizes flow speed limiting according to ip mapping data and bandwidth mapping data in the file and a bandwidth speed limiting execution mode. By adopting the system, the expandability can be improved.

The invention relates to the technical field of valve control, and discloses a flow-controllable water-saving valve which comprises a control module used for receiving crop water demand data, soil humidity data and environmental parameters, calculating irrigation demands according to the data and generating control signals to adjust irrigation time, frequency and flow; the executing mechanism is connected with the control module and used for adjusting opening and closing of the valve according to the control signal; the sensor assembly is used for collecting real-time data of an irrigation area and sending the real-time data to the control module; the valve assembly comprises a valve element capable of adjusting flow and a flow adjusting device, and the flow adjusting device adjusts the opening and closing degree of the valve element according to instructions of the executing mechanism. By adjusting the irrigation time and the unit time flow, the soil moisture penetration depth can be accurately controlled, too deep or too shallow growth of root systems is prevented, root system distribution is optimized, the water absorption and drought resistance of crops are improved, meanwhile, excessive irrigation or deep layer leakage can be avoided, and water resource waste is remarkably reduced.

The invention discloses a vein-shaped composite bionic micro-channel radiator with petal-shaped fins, relates to the technical field of radiators, and solves the problems that the temperature uniformity of a radiating area of a micro-channel radiator is poor, and extra pumping work consumption is caused. A first-stage vein flow channel is arranged in the center of a micro-channel heat sink, and a hot plate is arranged at the bottom of the micro-channel heat sink; the micro-channel heat sink comprises two first heat sinks and two second heat sinks, and the second heat sinks and the first heat sinks are in mirror symmetry. A plurality of second-level vein runners, a plurality of third-level vein runners and a plurality of fin arrays are arranged in the first heat sink, and the second-level vein runners are obliquely arranged and communicate with the first-level vein runners; the plurality of third-stage vein runners are arranged among the second-stage vein runners at equal intervals; the fin array is arranged at the tail end in the second-stage vein flow channel; the fin array comprises two fins, and the fins are arc-shaped plates. The invention has the characteristics of high heat dissipation efficiency, good temperature uniformity, low flow resistance and small pressure drop, thereby ensuring efficient and stable operation of high-power micro devices.

The invention discloses an intelligent hospital logistics management platform, and relates to the technical field of logistics management. Comprising the following steps: establishing a hospital visual model through BIM, and adding a data acquisition device to a corresponding position of the visual model; performing type label setting on the data acquisition device according to the acquired data type, and then setting an attribute label according to the professional attribute of the target space where the data acquisition device is located; displaying corresponding equipment data according to the selected type tag and / or attribute tag; the method comprises the following steps: summarizing logistics information which comprises equipment data and repair data, identifying abnormal data in the equipment data, setting the corresponding equipment data as the abnormal data according to the content of the repair data, carrying out alarm processing on the abnormal data, processing according to position information, summarizing islanding logistics information, and sending the summarized islanding logistics information to a server; the service functions of logistics repair, alarm processing, energy analysis and the like of the whole hospital are undertaken, and the overall management level of the hospital is optimized.

The invention relates to the technical field of medical apparatus and instruments, in particular to a scar rehabilitation therapeutic apparatus for realizing treatment based on AI evaluation analysis, which comprises a host, an AI evaluation system and a magnetic treatment component, and is characterized in that the host comprises a shell and an electric control system; the AI evaluation system comprises a data acquisition module and a treatment planning module; the data acquisition module is used for acquiring human body scar area information, the treatment planning module identifies data acquired by the data acquisition module, scar information is obtained after the data are identified and processed, and a scar rehabilitation treatment scheme is planned according to the scar information; the electric control system controls the magnetic treatment assembly to perform scar rehabilitation treatment according to the scar rehabilitation treatment scheme; the magnetic treatment assembly comprises a magnetic fixing device, a magnetic driving device and a magnetic patch; the magnetic patch is attached to a human body scar area, and the magnetic driving device executes a scar rehabilitation treatment scheme under the control of the electric control system, so that the magnetic patch rotates and moves.

The invention relates to the technical field of energy-saving coal mills, in particular to an automatic control system of an energy-saving coal mill, which comprises a pulverized coal processing module used for processing raw coal into pulverized coal through the energy-saving coal mill; the detection module comprises a pressure sensor and a temperature sensor; the pressure sensor is arranged in the energy-saving coal mill and is used for detecting the working pressure in the energy-saving coal mill; the temperature sensor is arranged in the energy-saving coal mill and is used for detecting the temperature in the energy-saving coal mill; the communication module is used for transmitting the detected sensor data to the control module; and the control module is respectively connected with the pulverized coal processing module, the detection module and the communication module, and is used for determining the pre-tightening force of the electric valve according to the variance of the response duration of the electric valve or determining the working pressure in the energy-saving coal mill according to the average delay duration of the operation of the energy-saving coal mill. The control stability of the energy-saving coal mill is improved.

The invention discloses a static scroll plate assembly, a scroll compressor and refrigeration equipment. Wherein the static scroll plate assembly comprises a plate body and a non-return structure, the plate body is provided with a compression channel and an air supply channel, and the air supply channel is provided with a first end communicated with the compression channel and a second end used for being connected with an enthalpy increasing pipe fitting; the non-return structure is arranged on the disc body, the non-return structure is provided with a movable valve element, and the valve element can move relative to the air supply channel so that the air supply channel can be communicated from the second end to the first end in a one-way mode; the movement direction of the valve element is not parallel to the axial direction of the air supply channel. According to the technical scheme, impact caused by the fact that gas in the compression cavity flows backwards into the gas supplementing and enthalpy increasing system can be prevented, and vibration and noise are reduced. And meanwhile, the movement direction of the valve element is not parallel to the axial direction of the air supply channel, so that the blocking force to the supplied air flow can be reduced, the flow of the supplied air flow is increased, and the air supply enthalpy increasing efficiency is improved.

The invention provides a photovoltaic solar power generation panel protection device, and relates to the photovoltaic field, the photovoltaic solar power generation panel protection device comprises a mounting rack and a photovoltaic power generation panel, the mounting rack is internally provided with a mounting groove, the mounting rack is internally provided with a wind stabilizing device and a heat dissipation device, the wind stabilizing device comprises a wind pressure assembly and an adjusting assembly used for adjusting the angle, and the wind pressure assembly is provided with a wind pressure. The air pressure assembly comprises an air pressure plate, a first rotating shaft and an air collecting pipe, the adjusting assembly comprises a pull rod, a screw rod, a rotating handle and a fixing plate, the heat dissipation device comprises a driving assembly and a water cooling assembly, the driving assembly comprises a second rotating shaft, an arc-shaped fan, a water wheel and a water scooping plate, and the water cooling assembly comprises a heat conduction pipe, a backflow pipe and a water tank. Through the cooperation of the wind stabilizing device and the heat dissipation device, the stability of the photovoltaic power generation panel in strong wind weather is improved, the photovoltaic power generation panel is not easy to turn over, the heat dissipation performance is improved by using wind energy, and the power generation efficiency is improved.

The multi-wing centrifugal impeller comprises a wing blade assembly, a first blade fixing part, a second blade fixing part and a blade, the first blade fixing part and the second blade fixing part are arranged in parallel, the blade is arranged between the first blade fixing part and the second blade fixing part, and the two ends of the blade are connected to the first blade fixing part and the second blade fixing part respectively; the wing blade assembly comprises an annular wing blade support, an inner wheel disc and a plurality of wing blades arranged between the annular wing blade support and the inner wheel disc, the two ends of each wing blade are connected to the inner edge of the annular wing blade support and the outer edge of the inner wheel disc respectively, and each wing blade is a curved plate with the middle bent in the direction where the first blade fixing part is located. A plurality of blade fixing holes are formed in the annular wing blade support, the blades penetrate through the blade fixing holes, and the blades are arranged on the annular wing blade support through the blade fixing holes. And therefore, the flow of the multi-wing centrifugal impeller and the working capacity of the front side of the multi-wing centrifugal impeller are increased, and the performance of the multi-wing centrifugal impeller is improved.

The utility model discloses a drilling blowout preventer for coal mine water exploration and drainage, and relates to the technical field of coal mine water exploration and drainage. The device comprises a shell, a blowout prevention assembly is arranged at the bottom of the shell, a lifting seat is arranged in the shell, a motor is fixedly connected to the top of the lifting seat, the blowout prevention assembly comprises a protective cover, a sliding hole is formed in the center axis of the top of the protective cover, and a rotating rod is connected to the inner wall of the sliding hole in a sliding mode. The blowout prevention assembly is arranged, specifically, sprayed water flow can make contact with the first buffering ring and the second buffering ring, the two-time buffering effect is achieved, at the moment, the water flow flows in an S-shaped mode, along with continuous rising of the water flow, the water flow flows to the position above the intercepting ring through the intercepting ring, and at the moment, the impact force of the water flow is greatly weakened; and the water flow on the intercepting ring flows out through the water outlet, so that the spraying condition is avoided, and the damage to surrounding equipment and workers caused by the impact of the water flow is avoided.

The invention belongs to the field of biology, and discloses a polymyxin B specific degrading enzyme and application thereof. The amino acid sequence of the polymyxin B specific degrading enzyme is as shown in SEQ ID NO: 1. The polymyxin B specific degrading enzyme disclosed by some embodiments of the invention can selectively degrade polymyxin B1-1 and polymyxin B3, and does not influence the activity of polymyxin B1 and polymyxin B2, so that the polymyxin B specific degrading enzyme can be used for purification in the preparation process of polymyxin B; the polymyxin can resist acid, alkali and organic solvents, and can efficiently identify and decompose polymyxin B1-1 and B3 components under various conditions. The porous microspheres are used as the solid-phase carrier, so that the surface of the microspheres can accommodate more enzyme ligands, the acid-base resistance and organic solvent resistance of the ligands can be effectively improved, and the polymyxin B purification efficiency can be effectively improved.

The invention discloses a high-temperature disinfection device for medical instruments, and relates to the technical field of medical instruments, the high-temperature disinfection device comprises a high-temperature box, the top of the high-temperature box is rotatably connected with a rotating pipe, the rotating pipe is fixedly communicated with a plurality of fixed pipes, and the plurality of fixed pipes are slidably connected with sliding rods. Through the arrangement of the sliding unit, a motor drives a rotating pipe to rotate through a gear column and a rotating gear, the rotating pipe drives a plurality of fixed pipes, a plurality of sliding rods and a plurality of hooks to rotate, the rotating hooks drive cutters and scissors to rotate for disinfection, and when a rotating door is opened, the rotating door drives an extrusion block to be away from the fixed rods; and when the reset spring drives the movable column and the arc-shaped strip to move downwards, and the sliding rod drives the cylindrical block to move on the arc-shaped strip, the arc-shaped strip extrudes the cylindrical block and the sliding rod to move outwards, so that the sliding rod drives the hook to move out of the high-temperature box, the hook can be automatically sent out of the high-temperature box when the rotating door is opened, and material discharging and material taking are facilitated.

The invention discloses a welding device for chemical container barrel assembly production, and belongs to the technical field of welding equipment.The welding device comprises a welding box, an inner welding mechanism, an outer welding mechanism and two sets of positioning mechanisms are arranged in the welding box, and the two sets of positioning mechanisms are arranged on the two sides of the outer welding mechanism; the outer welding mechanism comprises a welding frame and an arc-shaped seat, a round hole is formed in the welding frame, and the arc-shaped seat is slidably connected into the round hole; the inner welding mechanism comprises a fixed frame, a movable frame and a mounting disc. The other side of the mounting disc and one side of the arc-shaped base are both connected with welding assemblies. The welding assembly comprises a fixing plate, a mounting plate and a welding gun. Automatic and synchronous welding work of the inner ring and the outer ring of the barrel can be achieved through the inner welding mechanism and the outer welding mechanism, the power and the cooling rate of the welding gun can be automatically adjusted through the linkage mechanism and the adjusting mechanism according to the moving line of the welding gun relative to a workpiece, and uniform and efficient welding work is guaranteed.

The invention discloses a coupling fused salt energy storage coal-fired power generation system and method based on an energy matching principle, and the method comprises the steps: in a heat storage stage of a coal-fired power generation unit, heating fused salt through latent heat of main steam and sensible heat of reheat steam, and storing heat; the fused salt is stored in a plurality of storage tanks and is divided into first-temperature fused salt, second-temperature fused salt and third-temperature fused salt according to the temperature from high to low; the third-temperature fused salt is pumped to a main steam condensation supercooling heat exchanger and is converted into second-temperature fused salt after absorbing main steam and releasing latent heat, one part of the third-temperature fused salt is stored in a storage tank corresponding to the second-temperature fused salt, and the other part of the third-temperature fused salt is further heated through a main steam sensible heat exchanger, a reheat steam heat exchanger and a fused salt electric heater; when the temperature reaches the upper limit of the fused salt utilization interval, converting into first-temperature fused salt; and in the heat release stage of the coal-fired power generation unit, steam is generated through the first-temperature fused salt to be externally supplied or merged into a steam turbine to do work for power generation, and water is heated through the second-temperature fused salt to release heat.

The invention discloses a heat dissipation type remote network automatic control server, and relates to the technical field of control servers, the heat dissipation type remote network automatic control server comprises a control server case, a dustproof plate arranged on the control server case, a heat dissipation module installed on the dustproof plate and equipped with a power supply, and a dustproof partition plate arranged on the dustproof plate, the dustproof partition plate is fixed to the dustproof plate through a connecting piece, the dustproof plate is provided with a disassembly and assembly mechanism matched with the control server case, and the dustproof plate and the heat dissipation module can be rapidly disassembled from the control server case through the disassembly and assembly mechanism; the ash removal unit is mounted on the heat dissipation module; through the integrated design of the dustproof plate and the heat dissipation module, the cleaning process is simplified, a user can easily disassemble the dustproof plate, meanwhile, the heat dissipation module can be disassembled, simultaneous cleaning is facilitated, the problem that dust of fan blades in traditional equipment is difficult to clean is solved, the convenience of equipment maintenance is improved, and the cleaning and maintenance work is simplified.

The invention provides a magnetic suspension rotating machine which comprises a barrel, a magnetic suspension bearing, a motor stator and a motor rotor, a barrel runner is formed in the barrel in the axial direction, and a motor rotor runner is formed in the rotor; in the axial direction, the thrust disc is arranged between the first axial stator and the second axial stator, a first thrust disc ventilation hole is formed in the thrust disc in a penetrating mode from one axial end face to the other axial end face of the thrust disc, and the first axial stator comprises a first radial outer side part and a first radial inner side part. One end, positioned on the other axial end surface of the thrust disc, of each first thrust disc vent hole is positioned between the radial inner side part II of the axial stator II and the rotor, and the other end, positioned on the axial end surface of the thrust disc, of each first thrust disc vent hole is opposite to the position of the coil slot I in the axial direction; and the first thrust disc vent hole is not opposite to the magnetic pole position of the first axial stator. According to the magnetic suspension bearing, heat dissipation and cooling of the magnetic suspension bearing are improved, meanwhile, the influence on a magnetic suspension magnetic circuit can be avoided, and enough magnetic suspension supporting force is guaranteed.

The invention discloses an electric vehicle charging scheduling method based on an improved optimization algorithm and a terminal. The method comprises the steps that a user side terminal system needs to judge whether a user sends a charging request or not according to the state of charge of an electric vehicle battery, if yes, a data acquisition unit obtains the daily charging demand, position information, power distribution network operation conditions, regional charging station information and related data information of a regional traffic network of the electric vehicle, and if not, the user side terminal system sends the charging request; if yes, returning to the previous step for cyclic judgment; the data processing and algorithm calculation unit establishes an optimization model with the minimum power grid load fluctuation and the minimum economic time cost of user charging as targets, inputs the obtained data into the model, and solves a target function by adopting a non-dominated sorting whale optimization algorithm with an elitist strategy; the optimal charging scheme of the electric vehicle is obtained; and the transmission and application unit sends charging scheme suggestions to users, so that ordered charging scheduling of the electric vehicles in the region is realized.