46results about How to "Low area cost" patented technology

The invention discloses a Carnot battery system coupled with an uninterrupted low-temperature heat source and an integrated optimization method of the Carnot battery system. The Carnot battery system comprises a high-temperature heat pump system, a heat storage system and a power circulation system, in the charging process, the high-temperature heat pump system operates, and waste heat of the uninterrupted low-temperature heat source module is improved into high-grade heat energy to be stored in the heat storage system through renewable energy source electric power; in the discharging process, the power circulation system operates, gradient utilization is conducted on heat energy stored in the heat storage system and an uninterrupted low-temperature heat source in the discharging stage, and generated mechanical energy is converted into electric energy through a generator and output to a power grid. The system configuration does not depend on the working medium type, and the comprehensive utilization rate of the uninterrupted low-temperature heat source and the back-and-forth efficiency of the Carnot cell are improved; according to the integrated optimization method, the working medium is coded to become a continuous variable capable of being synchronously optimized, and the optimal charge-discharge cycle working medium combination and system operation parameters suitable for different operation conditions can be obtained only through one-time optimization.

The utility model discloses blowing, filling and sealing equipment and a double-layer mold closing mechanism thereof, the double-layer mold closing mechanism comprises two upper-layer molds, two lower-layer molds, two head-layer molds and two groups of power components, and the two upper-layer molds are provided with second bottle body molds and first bottle head molds which are spaced up and down; the two lower-layer molds are respectively attached to the bottom of the upper-layer mold, and each lower-layer mold is provided with a first bottle body mold; the two first-layer molds are arranged on the sides, away from the lower-layer mold, of the upper-layer molds correspondingly, and second bottle head molds are arranged on the first-layer molds; the two sets of power assemblies can sequentially drive the lower-layer mold, the upper-layer mold and the head-layer mold to be closed so as to sequentially form a first bottle body and a second bottle body which are spaced up and down. By means of the arrangement, in the operation process of the device, two sets of bottles can be produced through one cycle, the production efficiency can be greatly improved, under the condition that the occupied area and the device cost are not increased, the device capacity is improved, and the capacity requirement of a user can be met.

The invention discloses a lithium battery thermal runaway early warning method based on a stress signal, and belongs to the field of lithium battery safety. According to the method, the surface stress of the battery is monitored, and a novel thermal runaway early warning method is provided. A thin film pressure sensor is arranged on the surface of a battery in advance, the stress change in the thermal runaway process is divided into four stages of exponential growth, linear growth, sudden drop and rebound, and a turning point of stress from the exponential growth to the linear growth corresponds to a turning point of stress change rate from the linear growth to a platform. And early warning can be carried out 30 minutes in advance of thermal runaway. Compared with a traditional early warning method, the early warning time is greatly shortened, and more time is provided for personnel evacuation and rescue. Besides, according to the stress distribution condition of the surface of the battery, guidance is provided for the layout of the pressure sensors, and the cost is greatly reduced.

The invention discloses a coal power CCUS methanol preparation coupling adsorption type carbon dioxide energy storage system and method. The system comprises a CCUS carbon dioxide reduction device, a third heat exchanger, a compressor and a methanol preparation device which are sequentially connected in the flowing direction, and the input end of the CCUS carbon dioxide reduction device communicates with a boiler smoke exhaust line; the input end of the methanol preparation device is communicated with the compressor and a hydrogen input line, and the output end of the methanol preparation device is communicated with a methanol output line; the compressor is connected with a carbon dioxide low-pressure adsorption type long-time energy storage system in parallel, the carbon dioxide low-pressure adsorption type long-time energy storage system flows to the upstream of the compressor from the downstream of the compressor, and a valve is arranged on the downstream of the compressor. According to the method, the peak output, the deep peak regulation capacity and the rapid load change capacity of the coal power unit can be improved, non-stop zero-power-supply operation of the coal power unit is realized, green resource utilization of carbon dioxide is realized by preparing methanol through carbon capture, and considerable economic and social benefits are brought to a power plant.

The invention belongs to the technical field of plant cultivation and seedling raising, and particularly relates to a sand plant cultivation and seedling raising device which comprises a greenhouse body and a seedling raising bed, a U-shaped water receiving tank is fixedly mounted at the top of the outer side wall of the greenhouse body, and the bottom of the U-shaped water receiving tank is communicated with a water leakage pipe; a self-cleaning rainwater rough filtration mechanism is fixedly mounted on the outer side wall of the greenhouse main body, and a water and fertilizer integrated irrigation mechanism is fixedly arranged in the greenhouse main body; through an efficient rainwater collecting and filtering system and water and fertilizer integrated control, the utilization efficiency of water resources and fertilizers is improved, the self-cleaning function is achieved, blockage of a coarse filter screen is avoided, it is ensured that the rainwater collecting efficiency is stable, regular cleaning by personnel is not needed, and the labor cost is saved; extra energy consumption is not needed, the energy consumption is reduced, automatic mixing of the fertilizer and water can be realized, and the water and fertilizer integration efficiency is improved.

The invention belongs to the technical field of microorganisms and aquaculture, and discloses a high-environmental-adaptability nitrification and denitrification bacillus cereus strain, a microbial agent and application of the high-environmental-adaptability nitrification and denitrification bacillus cereus strain, the high-environmental-adaptability nitrification and denitrification bacillus cereus strain is bacillus cereus HCCN1 and is preserved in Guangdong Microbial Culture Collection Center on November 13, 2024, and the preservation number is GDMCC No: 65477. The invention also discloses a microbial agent containing the strain HCCN1 as an active component and application of the microbial agent. The strain HCCN1 has high stress resistance and high environmental adaptability, has heterotrophic nitrification and aerobic denitrification functions at the same time, can efficiently degrade nitrogen and phosphorus under the severe environmental conditions of wide pH value range, temperature range, high salt and alkali concentration and the like, performs purification treatment on aquaculture water, and is high in biological safety and low in cost. The industrial requirements of efficient, healthy and sustainable aquaculture can be met.

This invention provides an integrated device and method for gas ultrapurification, comprising: an integrated sealed cavity; an adsorption system disposed inside the integrated sealed cavity, the adsorption system being filled with at least one adsorbent; a temperature control system disposed inside the integrated sealed cavity, including independent refrigerant circulation loops and hot medium circulation loops, for temperature control of the adsorption system; and a gas pipeline system including a raw material inlet, a displacement gas inlet, a product gas outlet, and a desorption gas outlet, each interface being connected to the integrated sealed cavity; the temperature control system controls the temperature of the adsorption system, enabling the sequential execution of a series of processes within the integrated gas ultrapurification device under the condition of an inert gas flow: preheating and activation of the adsorbent, low-temperature adsorption purification of the gas, high-temperature desorption regeneration, and cooling of the adsorbent for later use. The method of this invention is simple, easy to operate, and has broad industrial application prospects.

The invention discloses a multi-standard power supply system and method for a locomotive test, and relates to the technical field of test power supplies, and the structural design of the system is as follows: an input power supply is a three-phase alternating current 10kV power supply; the high-voltage switch K realizes access control and isolation of the system and a public power grid, the connection reactor L realizes energy buffering and inhibits switch ripples in output current, and the soft charging circuit pre-charges the three-stage converter. The three-level converter converts three-phase alternating current 10kV into DC1500 / 750V and outputs the DC1500 / 750V to the direct-current bus, one path of the direct-current bus supplies power to a subway vehicle test line, and the other path of the direct-current bus is inverted into single-phase alternating current 25kV through the output inverter and supplies power to a railway locomotive test line. According to the invention, alternating current test conditions of railway electric traction locomotive vehicles and direct current test conditions of subway vehicles can be satisfied, reliability and quality of power supply are ensured, repeated construction is reduced, and resource waste is avoided.

The utility model discloses punching equipment for automobile fender machining, and belongs to the technical field of automobile fender punching, a hole in the side wall of a fastening rod right faces a through groove in the side wall of a top seat, and a lateral limiting rod penetrates through the hole in the fastening rod and is fixed to the top seat through a fastening nut. The sliding rod, the limiting rod, the fine adjustment base and the punching rod are all finely adjusted through the fastening rod and the lateral limiting rod, and then the position of the punching rod is adjusted so that the punching rod can be aligned to the automobile fender strip hole opening position. The fine adjustment structure allows an operator to finely adjust the position of the punching rod, it is ensured that the punching rod can accurately fall at the preset position every time punching is conducted, the position deviation is greatly reduced, and the punching precision is improved. And secondly, the flexibility and adaptability of punching operation are enhanced through a fine adjustment structure. Different punching positions and hole diameters may be needed for different automobile fenders. And through the fine adjustment structure, an operator can easily adjust the punching rod so as to meet different punching requirements.

The present invention relates to an event-driven integrated circuit, which includes a sensor, an interface system and a processor. The scheme asynchronously generates and processes events with addresses, and the interface system includes a replication module, a fusion module, a secondary sampling module, an area of ​​interest module, an event routing module, etc., which form a programmable daisy chain. The sensor, the interface system and the processor are coupled on a single chip through an adapter board, and different bare crystals can be manufactured using different processes. The scheme can eliminate signal loss and noise interference in the prior art, and can achieve technical effects such as high-speed signal processing and lower chip occupation area and manufacturing cost, solving the technical problems of large chip area and weak signal processing capability in the prior art. In addition, the ingenious design of the interface system enriches the function and configurability of the interface system, and provides various power consumption, function and speed advantages for subsequent processing.

The invention provides a frequency jittering clock signal generation method and device, and relates to the technical field of electronics. The method comprises the following steps: acquiring target jitter frequency parameters including a jitter frequency center frequency, a jitter frequency mode and a jitter frequency width; a modulation signal and a source clock signal are determined according to the target jitter frequency parameter, the amplitude of the modulation signal changes along with time, and the amplitude change range of the modulation signal is configured to enable the first-order sigma-delta modulator to work in an unsaturated linear response area; inputting the modulation signal to a first-order sigma-delta modulator, and under the driving of the source clock signal, performing pulse density modulation on the modulation signal by the first-order sigma-delta modulator and outputting a unit pulse density modulation code stream; and carrying out edge detection on the unit pulse density modulation code stream to generate a jittering frequency clock signal. According to the technical scheme, a complex phase-locked loop circuit is replaced by a scheme which is extremely simple in structure and is completely realized by digital logic, and the problem of balancing the integration level, the cost and the signal purity is synchronously solved.

The application relates to the technical field of chemical equipment, and particularly discloses an integrated gas-solid separation waste acid regeneration cracking furnace, which comprises a furnace body, a combustion cavity arranged in the furnace body, a plurality of first baffles and second baffles arranged in the combustion cavity, the first baffles and the second baffles being alternately arranged at equal intervals along an axis of the furnace body to form a baffle channel, a gas-solid separator connected to an outlet end of the furnace body and comprising an outer pipe and an inner pipe coaxially arranged and provided with a flow guide assembly, an induced draft fan arranged at an end of the gas-solid separator away from the furnace body, and a control system for detecting the pressure in the furnace body through a pressure transmitter and adjusting the rotating speed of the induced draft fan by adopting a PID control algorithm to maintain a micro-negative pressure state in the furnace body. The application realizes accurate control of the pressure in the cracking furnace and efficient gas-solid separation, improves the waste acid regeneration efficiency and the equipment operation stability, and reduces environmental pollution and energy consumption.

The invention relates to a carbon black granulation master batch external circulation system and a use method thereof.The system integrates a product storage tank, a cyclone separator, a dust collection fan, a dry-method granulator and a central processing system, and core equipment of the carbon black granulation master batch external circulation system forms closed-loop association through material flow and air flow; the unit serves as a material processing unit; the cyclone separator is used as a grading unit and is connected with a feeding part of the dry-method granulator; the product storage tank is used as an intermediate storage unit and is connected with a feed of the cyclone separator; the dust collection fan serves as an auxiliary unit, is connected with the top of the cyclone separator and is responsible for airflow and dust recovery; the control unit comprises airtight valves and a central processing system, and the airtight valves are mounted at outlets of the cyclone separator and the product tank and are matched with frequency conversion to control the feeding amount. By optimizing the equipment configuration and the technological process, efficient granulation of the carbon black, efficient recovery of the master batch and stable improvement of the product quality are achieved, and the method can be widely applied to the post-treatment process of the carbon black.

This invention discloses a method and system for detecting short circuits or open circuits in silicon or glass wafer-based solar panels based on multimodal sensing collaboration, belonging to the field of photovoltaic testing technology. The system includes a testing platform structure, a pattern generator, a probe structure, a probe platform structure, a detection module, a platform structure, and a data processing module. The detection module can utilize a capacitance sensor, a magnetic field sensor (parallel / vertical magnetic field components), an IR camera, a UV / visible light camera, or a resistance measurement unit. By applying AC / DC / mixed signals to the electrodes, it acquires voltage distribution, magnetic field components, heat generation, or optical images. The data processing module analyzes and locates the short circuit or open circuit location. This invention integrates multiple detection modes, achieving a positioning accuracy of ±5µm, supporting multi-source data fusion, adapting to the detection of silicon / glass wafer-based solar panels of different sizes, and significantly improving detection efficiency and accuracy to meet the needs of industrial production lines.

This invention belongs to the field of food packaging technology, specifically disclosing a packaging device and method for grilled sea bass. It includes a main structure and an upper shell distributed above the main structure. A dragging structure is arranged on the upper part of the main structure, and an extrusion structure is arranged on the lower part of the upper shell. The dragging structure includes a dragging frame fixed above the main structure and a connecting frame fixed to the inner wall of the dragging frame. Packaging slots are evenly distributed on the connecting frame. In use, the lower packaging material is pre-placed on the connecting frame, then the grilled fish is placed on the lower packaging material, and then the upper packaging material is placed below the extrusion structure. When the extrusion structure abuts against the connecting frame, the upper packaging material cooperates with the lower packaging material to package the grilled fish. This invention achieves fully automated operation from packaging material positioning to finished product output through integrated automatic material laying, vacuum sealing, integrated cutting, and automatic separation and unloading mechanisms.

This utility model discloses a safety performance testing device for new energy vehicles, including an electric platform cabinet. A display screen is electrically connected to a built-in control board near the top of the front of the electric platform cabinet to intuitively display the results of different tests. A function key area is fixedly connected to the top of the display screen on the front of the electric platform cabinet, allowing operation of the entire safety performance testing program using multiple buttons within the function key area. A resistance tester is installed at the bottom of the inner part of the electric platform cabinet to test the resistance values ​​of the internal circuits. This utility model integrates multiple functions such as fast charging testing, slow charging testing, resistance testing, and potential equalization testing into a single electric platform cabinet, enabling the completion of core safety performance testing of new energy vehicles without the need for multi-station transfers. This significantly shortens the testing process, improves testing efficiency, and reduces equipment footprint and investment costs.

The invention relates to the field of analog integrated circuit design, and particularly discloses a voltage-to-current circuit. Comprising a band-gap reference circuit and a voltage-to-current output circuit, wherein the band-gap reference circuit generates reference voltage VBG with a zero temperature coefficient through a bipolar transistor and a resistance network; and the voltage-to-current output circuit converts the VBG voltage into an output current IO = VVBG / R6 by using the VBG voltage and a matched NMOS (N-channel Metal Oxide Semiconductor) tube and resistor. By multiplexing partial structure and matching design in the band-gap reference circuit, the circuit structure is simplified, the area of a chip is reduced, the power consumption is reduced, and meanwhile, the band-gap reference circuit has good power supply suppression capability and temperature stability.

The invention belongs to the technical field of environmental protection and water treatment, and particularly discloses a coagulation / ferrate oxidation interaction strengthening-ultrafiltration integrated device for drinking water treatment and an application technology of the coagulation / ferrate oxidation interaction strengthening-ultrafiltration integrated device. The effect of removing suspended matters, colloidal particles, soluble organic matters and new pollutants in water is synchronously enhanced, the water quality safety of the drinking water can be effectively guaranteed, the pollution of the ultrafiltration membrane is relieved, and the treatment cost of the drinking water is reduced. The integrated equipment also has the characteristics of small occupied area, simple structure and the like, can reduce the occupied area and the corresponding construction cost, and has important significance on the construction of future drinking water treatment engineering.

The invention relates to the technical field of electronics, and discloses a reference voltage output circuit which comprises a digital-to-analog converter which comprises a divider resistor string, first multiplexers and second multiplexers and is used for generating divided voltages of multiple bits and outputting the divided voltages to the first multiplexers in groups; the level conversion circuit is used for carrying out voltage boosting on the divided voltage output by the digital-to-analog converter in a low-power-consumption mode; the selection module comprises a third multiplexer and is used for receiving the boosted divided voltage output by the level conversion circuit or the divided voltage output by the digital-to-analog converter, and selecting the boosted divided voltage based on a mode selection signal; in the low-power-consumption mode, the boosted divided voltage is selected for differential output, or in the non-low-power-consumption mode, the divided voltage output by the digital-to-analog converter is selected for differential output; and the output buffer comprises a biasing circuit, an operational amplifier and an output stage circuit, the operational amplifier receives the differential voltage output by the selection module and amplifies the differential voltage, and the output stage circuit converts the amplified differential voltage into single-end voltage and outputs the single-end voltage as reference voltage. According to the invention, the reference voltage suitable for different standards at the same time can be provided.

This utility model provides a flow-turbulence device for heat exchange tubes in a fire-tube boiler, comprising: a sleeve assembly, a flow-turbulence component, and a tie rod. The sleeve assembly includes: a sleeve member and a first blade group. The sleeve member is sleeved over the first blade group. The first blade group includes: helical blades and a core member. The helical blades are spaced around the core member to define several helical air ducts within the sleeve member. The core member is fixed to the tie rod. The flow-turbulence component includes: a sleeve member and a second blade group. The sleeve member is sleeved over the second blade group. The second blade group has a similar structure to the first blade group to define several helical air ducts within the sleeve member. The sleeve assembly and the flow-turbulence component are connected in series via the tie rod, with the sleeve assembly and the flow-turbulence component spaced apart on the tie rod. This improves the heat transfer coefficient inside the heat exchange tubes of the fire-tube boiler and reduces the required heat exchange area of ​​the equipment.

The application provides a data processing method, a data processing device and an electronic equipment, and relates to the technical field of data operation. The method comprises the following steps: determining a to-be-input data stream of a corresponding input data type; determining a target operation method in a plurality of operation modules of a hardware circuit according to the data stream quantity of the to-be-input data stream; and performing calculation on the to-be-input data stream based on the target operation method, obtaining a target data stream of an output data type, and taking the target data stream as an operation factor of a neural network. The application sets a plurality of operation modules with different functions in the hardware circuit, determines a corresponding target operation method in the plurality of operation modules according to the data quantity of the to-be-input data stream, and calculates a target data stream of a required type. The resources in the hardware circuit can be reused to process data of different quantities of data streams, different input data types and output data types, the area of the hardware circuit is reduced, the cost of calculation is reduced, and the efficiency of calculation is improved.

The invention discloses a trackless multi-route riding system and method.The trackless multi-route riding system comprises a trackless riding route, the trackless riding route comprises a circulating route connected end to end, the circulating route comprises N roundabout bodies connected with one another, each roundabout body is connected with M branch routes, N is larger than or equal to 1, and M is larger than or equal to 3; each AGV (automated guided vehicle) runs in the trackless riding path according to a set riding route; and the vehicle control system is used for carrying out vehicle control on each AGV trolley. According to the trackless multi-route riding system and method provided by the invention, the experience degree and mystery of a project are enhanced, and the repeated garden entering rate and the return rate of tourists are indirectly enhanced.

The utility model provides a kind of ultrahigh pressure MOSFET terminal structure, above-mentioned terminal structure includes: substrate, it is in and set up main knot and VLD knot, the depth of the VLD knot gradually becomes smaller along the direction away from the main knot;Oxide layer is located on the substrate;Polysilicon field plate is located on the oxide layer;Dielectric layer is located on the polysilicon field plate;And metal field plate is located on the dielectric layer.The utility model embodiment is changed by setting VLD knot and its depth, and is matched with polysilicon field plate and metal field plate, while guaranteeing high pressure resistance, so that terminal structure is shorter, cost is less, and reliability is higher.

The utility model discloses resin anchoring agent packaging and cutting equipment, which relates to the technical field of resin anchoring agent production and comprises a hydraulic cylinder mounted at an outlet of resin anchoring agent filling equipment, and a mounting plate is fixed at the front end of a piston rod of the hydraulic cylinder; a cutter is fixed to the side, away from the hydraulic cylinder, of the mounting plate, a mounting frame is further slidably connected to the mounting plate in an inserted mode and is an n-shaped plate frame, rod parts on the two sides of the mounting frame are slidably connected to the mounting plate in an inserted mode, the mounting frame is elastically connected with the mounting plate through an elastic piece, and the sliding direction of the mounting plate is consistent with the telescopic direction of the hydraulic cylinder; through the arrangement of the cutter, the mounting frame and the pressing blocks, the two actions of separation and cutting are completed by doing work at a time, separation equipment before cutting is omitted, the occupied area and the acquisition cost of the equipment are reduced, meanwhile, the working procedures are reduced, and the production efficiency is greatly improved.

The application relates to the technical field of wastewater recovery treatment, in particular to a wastewater recovery treatment device for aluminum hydroxide processing, which comprises a treatment barrel, a fixed base is fixedly connected to the bottom end of the treatment barrel, an inlet is arranged at the upper end of the treatment barrel, a slag discharge port is arranged at the lower end of the treatment barrel, an exhaust bubble port is communicated with the upper end of the treatment barrel, a liquid outlet is communicated with the lower end of the treatment barrel, a motor is fixedly connected to the center of the upper end of the treatment barrel, and a rotating rod is fixedly connected to the output end of the motor. The wastewater recovery treatment device for aluminum hydroxide processing is characterized in that the functions of stirring, sedimentation and air flotation are integrated in a single device, the rotating block capable of automatically switching states and the self-supplying air backflow prevention system are used, the wastewater treatment process is simplified, the land occupation area and the investment cost are reduced, the interception and recovery effect of fine aluminum hydroxide particles is remarkably improved, and the automatic conversion of the functions can be realized by means of motor speed regulation.

This application discloses a multimodal device and its storage resource mobilization method, configuration method, and apparatus, applied in the field of image processing technology. The method includes: receiving a mode selection signal; dynamically switching the logical connection relationship of physical storage sub-units between a first operating mode and a second operating mode based on the mode selection signal; and mobilizing at least one physical storage sub-unit according to the logical connection relationship to achieve time-division multiplexing of the physical storage sub-units to serve either the first or second operating mode. This application centrally manages physical storage resources through a central management module and dynamically reconstructs the logical connection of storage units based on the mode selection signal, solving the problem of resource idleness and waste caused by physical isolation or maximum configuration of storage resources in existing dual-modal devices, achieving a significant reduction in device area cost and improved storage resource utilization.

The utility model discloses a conveying device for liquid filling, including support frame, both ends inside symmetry swing joint of support frame have rotation roller, and the outside between rotation roller is sleeved and has the conveyer belt, and rotation roller's one end fixed mounting has servo motor, the bottom of support frame is provided with elevating system, and the bottom fixed mounting of elevating system has the rotation subassembly, wherein, elevating system includes setting in the fixed frame of support frame bottom, and the inside bottom side fixed connection of fixed frame has the support block, and the inside slide connection of fixed frame upper side has the lifting plate, and the top of lifting plate with the bottom of support frame between fixed connection, to be able to realize the effect of quick regulation conveyer belt height, the conveyer belt of adjustable height can be fast matched different equipment, avoid because height mismatch leads to liquid splash, container to pour or production interruption, improve the flexibility when using conveying equipment.

The application discloses a kind of for polyolefin high-pressure flare gas light hydrocarbon recovery complex absorbent, preparation method and recovery system and recovery method, it is related to petrochemical tail gas resource utilization technical field.Complex absorbent includes: main absorption component, auxiliary absorption component, heat stabilizer and viscosity modifier by mass fraction.The system includes compression impurity removal unit, absorption desorption purification unit and catalytic oxidation tail gas treatment unit, and forms integrated complete equipment.The method includes compression impurity removal, low-temperature oil absorption, flash evaporation, desorption purification, product separation and catalytic oxidation tail gas purification process.The application solves the technical problems of poor C2 selectivity, high nitrogen co-absorption rate, high temperature easy deterioration, high viscosity of existing absorbent, low separation precision of existing device, high energy consumption and tail gas not up to standard through the synergistic effect of four-function complex absorbent and double-tower coupled integrated device, realizes the efficient recovery and resource utilization of C2+ Light hydrocarbon in high-nitrogen-content polyolefin high-pressure flare gas.

The invention relates to the technical field of metallurgical waste treatment, and particularly discloses metallurgical engineering waste storage treatment equipment which comprises a waste treatment box, a waste briquetting box, a waste treatment tank and a swirler, the waste treatment box and the waste briquetting box are fixedly arranged on the two sides of the top of a base, and a first material guide frame is fixedly arranged between the waste treatment box and the waste briquetting box; a waste treatment tank is further fixedly arranged on the top of the waste treatment box, and a swirler is fixedly arranged on the back face of the waste treatment box. By integrating a plurality of functional units of feeding, pretreatment, crushing, separation, briquetting, discharging and the like, different types of waste materials such as high-temperature molten smelting slag and metal-containing scraps can be subjected to full-process treatment in the same equipment, multiple dispersing equipment does not need to be arranged, the occupied area and the investment cost of the equipment are greatly reduced, and the production efficiency is improved. And meanwhile, automatic transfer of the materials is achieved through an internal material guide structure, manual intervention and additional conveying links are omitted, and the continuity and treatment efficiency of the whole treatment process are remarkably improved.

The application discloses a pressurized water reactor heat storage energy peak shaving system, and belongs to the field of reactor engineering and energy storage technology. The system comprises a pressurized water reactor secondary loop, a carbon dioxide energy storage loop and a carbon dioxide power generation loop. At the electricity trough of the power grid, the pressurized water reactor secondary loop drives a steam turbine with excess steam, the turbine is coaxially connected with a compressor of the energy storage loop, so that the excess electric energy is converted into heat energy and stored in a high-temperature molten salt tank, and domestic hot water is supplied at the same time. At the electricity peak of the power grid, the steam turbine in the pressurized water reactor secondary loop generates power at full load, and the power generation loop generates power by using the stored molten salt heat energy, and provides low-temperature heat energy required for the next cycle of the energy storage loop. In the application, molten salt and water are combined as heat storage medium, and through multi-loop coupling and key equipment optimization, efficient, compact and flexible heat storage energy and peak shaving are realized, the application is suitable for energy storage reconstruction of nuclear power plants, and has the advantages of high energy density, small land occupation, low investment cost and environmental friendliness.