106 results about "Thermal engineering" patented technology

The invention belongs to the field of industrial thermal engineering and intelligent modeling, and discloses a heat exchanger heat exchange coefficient prediction method and system based on a physical information neural network. The method comprises the following steps: acquiring multi-dimensional operation data through a signal acquisition system, cleaning abnormal and blank values, standardizing, and segmenting into time sequence samples by adopting a sliding window method; a double-layer physical information long-short-term memory network is constructed, and a time sequence feature and a physical equation residual error are combined to generate a space-time fusion feature matrix. And a composite loss function including data loss, physical equation loss and physical consistency loss is designed, physical and data driving influences are balanced through hyper-parameter tuning, and accurate prediction of the heat exchange coefficient is achieved based on a gradient descent optimization model. The method combines field physical laws and data features, improves the reliability and physical interpretability of prediction, and is suitable for operation optimization of the heat exchanger of the desulfurization wastewater treatment system of the thermal power plant.

The invention relates to the technical field of thermal engineering, and discloses a horizontal split type rotating film deaerator which comprises a first-stage deoxidizing part and a second-stage deoxidizing part on one side of the first-stage deoxidizing part, an annular air inlet part is installed on the side, close to the second-stage deoxidizing part, of the first-stage deoxidizing part, and an annular water inlet part is arranged on the side, away from the second-stage deoxidizing part, of the annular air inlet part. A packing layer is installed on the side, close to the first-stage deoxidizing piece, of the second-stage deoxidizing piece, a gas conveying piece is arranged on the side, perpendicular to the second-stage deoxidizing piece, of the packing layer, a first butt joint piece is fixedly connected to the side, away from the first-stage deoxidizing piece, of the second-stage deoxidizing piece, and a deoxidizing water tank is fixedly connected to the side, away from the second-stage deoxidizing piece, of a first mounting piece. According to the device, conveying pipes in four directions are arranged on the annular water inlet piece and the annular air inlet piece correspondingly, the flow dividing assembly is placed outside the first-stage deoxidizing piece, and damage caused by long-time internal water supply flushing and heating is reduced.

The invention discloses a heat pump drying experiment method based on 1D-3D joint simulation, particularly relates to the crossing field of heat energy engineering and simulation modeling, and aims to solve the problem of insufficient precision caused by disconnection of a heat pump system and cavity flow field simulation in a heat pump drying process in washing equipment such as a dish-washing machine. The method comprises the following steps: establishing a heat pump system one-dimensional dynamic model and a cavity three-dimensional flow field model, dynamically setting one-dimensionally output air supply temperature and humidity parameters as a three-dimensional inlet boundary, and meanwhile, feeding back three-dimensional air return parameters to a one-dimensional evaporator adjusting boundary to form closed-loop coupling iteration, so as to obtain a three-dimensional flow field model; dynamic high-precision simulation of the whole drying process is achieved, the structure optimization efficiency and the energy consumption evaluation reliability are effectively improved, part of physical tests are replaced, and the development cost is reduced.

The utility model belongs to the technical field of heat supply engineering, solar photovoltaic photo-thermal and shallow geothermal energy comprehensive utilization, and discloses a PVT heat pump soil cross-season energy storage coupling municipal heat source combined heat and power generation system suitable for a traditional radiator. Comprising a municipal thermodynamic system, a solar PVT heat pump soil cross-season energy storage system, a tail end radiator system and an intelligent monitoring control system. The municipal thermodynamic system comprises a municipal thermodynamic primary net, a municipal thermodynamic secondary net, a circulating water pump, a plate heat exchanger, a temperature sensor and an electric valve; the solar PVT heat pump soil cross-season energy storage system comprises a solar PVT array, a solar heat exchange unit, a buried pipe system, an electricity meter, an inverter, a heating heat pump unit and an electric valve set. The intelligent monitoring control system comprises a temperature sensor, an electric valve, a heating heat pump unit and a circulating water pump. Solar energy, air energy and shallow geothermal energy are fully utilized, energy is saved, carbon is reduced, and meanwhile the tail end heating effect is guaranteed.

The utility model discloses a heat supply pipeline repairing device for heat supply engineering, which relates to the technical field of pipeline repairing equipment and comprises a base, support legs are symmetrically and fixedly connected to the bottom of the base, movable seats are symmetrically and slidably connected to the top of the base, mounting seats are fixedly connected to the tops of the movable seats, and first arc-shaped clamping seats are fixedly connected to the interiors of the mounting seats. Fixing frames are symmetrically and slidably connected to the top of the base, second arc-shaped clamping seats are arranged at the bottom ends in the fixing frames, adjusting assemblies are installed at the bottom of the base, T-shaped grooves are symmetrically formed in the top of the base, T-shaped blocks are symmetrically and fixedly connected to the bottom ends of the fixing frames, and the T-shaped blocks are slidably connected with the T-shaped grooves. By the adoption of the structure, adjustment can be conducted according to the actual length of the pipeline, the pipeline repairing device can be suitable for heat supply pipelines of different lengths, a special repairing device does not need to be customized for the pipeline of each length, the purchase cost is reduced, and the construction efficiency is improved.

The application provides a heat pipe micro reactor steady-state multi-physical coupling method and system based on a fission response function, which integrates a fission response function physical program, a self-developed Unifoam finite element thermal program and a heat pipe program, realizes steady-state joint solution of three physical fields of nuclear neutronics, solid thermal engineering and heat pipe two-phase flow through a coupling iterative driving script, and obtains accurate power field and temperature field distribution of the heat pipe micro reactor under a steady-state working condition. The method pre-constructs a high-fidelity fission response function database through a Monte Carlo method, does not need to repeatedly perform a complex particle transport process during operation, and only needs to complete neutronics solution through matrix multiplication, so that the simulation accuracy and the calculation efficiency are effectively balanced.

The utility model discloses a steam pipeline drainage device for heat engineering, including the drainage branch pipe of being connected on steam pipeline, set up the drainage valve and the storage bucket for storing condensate water on the drainage branch pipe, be provided with filter assembly on the drainage branch pipe, and filter assembly distributes the both sides of drainage valve, and filter assembly can detachable setting is in the drainage pipe, and the water outlet of drainage valve is provided with the connecting pipe, and the connecting pipe with storage bucket is detachable connection, and the translation support mechanism is established to the below of storage bucket, and the translation support mechanism is provided with two placement sites, and each placement site can place a storage bucket. The scheme is through setting detachable filter assembly in the drainage branch pipe, realizes double filtration, prevents the impurity and blocks the drainage valve. The telescopic design of connecting pipe cooperates with the translation support mechanism, makes the storage barrel change convenient, need not stop, guarantees steam pipeline continuous operation, improves work efficiency, and storage barrel collects condensate, avoids water resource and heat waste.

The utility model relates to a desulfurization and dust removal device for central heating engineering, which belongs to the field of desulfurization and dust removal and comprises a desulfurization box, a desulfurization spraying mechanism is arranged in the desulfurization box, and a mixing mechanism and a filter component are arranged on the lower portion in the desulfurization box. The mixing mechanism comprises a driving motor, the driving motor is mounted on the side wall of the desulfurization box, and an output shaft of the driving motor is fixedly connected with a rotating shaft. According to the desulfurization and dust removal device for the central heating engineering, the waste water treatment assembly is arranged, after waste gas is subjected to desulfurization and dust removal in a spraying mode, waste water generated in the desulfurization process flows into the mixing bin, and a flocculating agent is added into the mixing bin through the feeding hopper; the driving motor drives the rotating shaft to rotate, so that the stirring rod mixes and stirs the wastewater and the flocculating agent, then flocculates in the water are separated and filtered out through the second filter screen, and the device integrates desulfurization, dust removal and wastewater treatment, so that the steps of treatment procedures are reduced.

A gas wave generating system and its use method belong to the field of aerodynamic thermal engineering technology. This gas wave generating system enables the gas mixture to quickly and short-distance transition from deflagration to detonation by setting a premixing chamber and a deflagration acceleration chamber in the gas wave generating device. The system utilizes the rapid pressurization behavior of the unsteady motion shock wave generated in the process of premixed gas deflagration to detonation to achieve a strong discontinuous and discontinuous distribution effect of the shock wave sweeping the airflow pressure field, which can be used in the fields of gas wave cleaning, fire fighting, and bird and animal repelling. The system utilizes the mixing element in the premixing chamber to achieve a full premixing process of the combustible gas and air, and through the strong turbulent disturbance of the turbulent element in the deflagration acceleration chamber, completes the rapid and short-distance transition of the combustion wave from deflagration to detonation, and achieves a spatially discontinuous distribution of the local pressure field of the strong discontinuous sweeping of the airflow. The high-intensity shock wave effect that can be generated by high-activity gases such as coal gas can be achieved in a short distance by using low-activity gases such as coal gas.

The utility model discloses a pipe ditch protection device for thermal engineering, which relates to the technical field of thermal engineering auxiliary equipment and comprises a plurality of protection plates, a plurality of openings are fixedly arranged at the tops and the bottoms of the plurality of protection plates, bolts are arranged in the plurality of openings in a threaded manner, the plurality of protection plates are fixedly connected through the bolts, and an elastic cushion is fixedly arranged at the bottom of one of the protection plates. The protection plate is made of high-strength aluminum alloy and provided with the abrasion-resistant and corrosion-resistant coating, the buffering assemblies on the edges of the bottom and the top can effectively absorb and disperse impact of external force and protect a pipe ditch and a pipeline, the heat preservation layer on the inner side can reduce heat loss, heat transmission efficiency is improved, the protection plate can be rapidly connected and detached, and the service life of the protection plate is prolonged. And the construction efficiency is greatly improved.

The application discloses a method and system for improving reliability of thermal power plant thermal engineering three-out-of-two protection logic, and relates to the technical field of thermal protection logic building, which comprises the following steps: performing over-limit and non-bad quality judgment on signals of measuring points to generate first signals, second signals and third signals; performing bad quality judgment on the signals of the measuring points to generate fourth signals, fifth signals and sixth signals; inputting the fourth signals, the fifth signals and the sixth signals into a three-out-of-two module to generate a seventh signal; inputting the first signals, the second signals, the third signals and the seventh signal into a four-out-of-two module to generate an eighth signal; performing AND operation on the fourth signals, the fifth signals and the sixth signals to generate a ninth signal for detecting complete failure of the measuring points; and performing OR operation on the eighth signal and the ninth signal to generate a tenth signal. The method for improving reliability of thermal power plant thermal engineering three-out-of-two protection logic provided by the application changes the traditional three-out-of-two judgment into four-out-of-two and adds a logic judgment, and can more flexibly cope with measuring point failure conditions.

The utility model discloses a simple ash pool used in a boiler room, belongs to the technical field of thermal engineering, and solves the problems of high water consumption and low efficiency of the existing hydraulic ash removal system. The two ends of the sedimentation tank are respectively provided with a water inlet distribution channel and a grey water recycling channel, the water inlet distribution channel is connected with a water inlet pipe, a plurality of water distribution holes are formed in the channel wall of the water inlet distribution channel, the water inlet distribution channel is communicated with the sedimentation tank through the water distribution holes, and the sedimentation tank is communicated with the grey water recycling channel in an overflow manner through a partition wall between the sedimentation tank and the grey water recycling channel; a circulating water pump is arranged in the grey water recycling channel, and the output end of the circulating water pump is connected with a water outlet pipe. The device is arranged in the boiler room and is connected with an ash ditch of the boiler room, after ash water is settled in the settling pond and supernate overflows into the ash water recycling ditch, the ash water is pumped and recycled through the circulating water pump, the consumption of water for ash removal is greatly reduced, the treatment efficiency is improved through the settling separation process, and the treatment cost is reduced. The problem that ash removal water and ash are mixed and are not beneficial to discharge and treatment is solved.

The invention discloses a heat exchange station maintenance system, which belongs to the technical field of heating ventilation air conditioning and heat energy engineering, and comprises an intelligent sensing module, a data processing module, an execution module, a cooperative control module and an energy efficiency evaluation module. The intelligent sensing module achieves high-precision monitoring of heating medium parameters through a distributed optical fiber sensing network, an ultrasonic flowmeter and the like. The data processing module predicts terminal thermal load fluctuation based on an LSTM neural network model in combination with multiple types of parameters; the execution module dynamically adjusts a turbulence mode through an adjustable plate heat exchanger; the cooperative control module constructs a three-level regulation and control network to realize bidirectional cooperative optimization; the energy efficiency evaluation module improves the comprehensive energy efficiency of the system. The monitoring precision, the regulation and control efficiency and the energy utilization rate of the heat exchange station are remarkably improved, and wide application prospects are achieved.

The utility model discloses a heat supply engineering pipeline fixing support, which relates to the technical field of pipeline fixing and comprises a second mounting frame plate, a fixing mechanism is fixedly mounted at the top of the second mounting frame plate, a heat supply engineering pipeline is arranged at the top of the fixing mechanism, and a height adjusting mechanism is rotatably connected to the bottom of the second mounting frame plate. The bottom of the height adjusting mechanism is rotationally connected with a mounting mechanism, and the mounting mechanism comprises a first mounting frame plate. According to the heat supply engineering pipeline fixing support, the first adjusting screw rod is rotated through a hexagonal wrench, the position, located in the inner cavity of the guide groove, of the I-shaped plate can be adjusted under the action of threaded connection, and therefore the installed pipeline fixing support can be adjusted, movement of the I-shaped plate can be guided, and the heat supply engineering pipeline fixing support is convenient to use. And the position of the I-shaped plate is adjusted by adjusting the first screw rod, so that the position of the pipeline fixing bracket is adjusted.

The invention relates to the technical field of heat supply engineering, and discloses a variable type super-efficient heat supply transmission and distribution machine room which comprises a softened water system assembly, a water tank, a water supplementing assembly, a transmission and distribution assembly, a heat exchange assembly, a secondary transmission and distribution assembly and a control system assembly, and the transmission and distribution assembly comprises a volumetric multifunctional filter. According to the variable type super-efficient heat supply transmission and distribution machine room, in order to enable the machine room to adapt to dynamic requirements of heat supply of various buildings, the transmission and distribution assembly is arranged, the effective filtering area of the assembly matched with a volumetric multifunctional filter is larger than that of a traditional Y-shaped filter, water inlet resistance is greatly reduced, and the assembly is matched with an inlet and outlet pressure transmitter and an electric blow-down valve; automatic pressure difference detection and dirt discharge are achieved, cavitation of the water pump is avoided, the large, middle and small ultra-efficient energy-saving end suction pumps are combined to form seven flow gears, stepless adjustment is achieved through fine adjustment of the frequency converter, and the sealing performance is excellent in cooperation with cast steel materials and high-temperature-resistant iron core rubber balls.

The embodiment of the invention provides a synchronous coupling analysis method and device for reactor thermal software, and belongs to the technical field of nuclear power. The method comprises the following steps: stepping a first time point by a first point reactor time step length to obtain a second time point of the point reactor neutron dynamics model; matching the second time point with a third time point of the thermal hydraulic model under the condition that a point reactor calculation result of the point reactor neutron kinetic model at the second time point meets a preset calculation precision requirement to obtain a matching result; and under the condition that the matching result indicates that the second time point is not matched with the third time point, adjusting the first point heap time step length, updating the second time point to the first time point, and skipping to the step of stepping the first time point by the first point heap time step length for execution. And until the matching result indicates that the second time point is matched with the third time point. According to the embodiment of the invention, time synchronization of the two models can be realized.

The application discloses a metal fuel irradiation test physical thermal analysis method, device, equipment and medium, relates to the field of nuclear reactor physics and thermal engineering, and comprises the following steps: determining the burnup depth information of the metal fuel according to the measured thermal power, inputting the burnup depth information into a pre-configured structure swelling model for analysis, obtaining the volume swelling rate of the metal fuel in the axial direction and the radial direction, updating the structure size of the metal fuel according to the volume swelling rate, and updating the thermal conductivity of the metal fuel according to the updated structure size; according to the burnup depth information, the updated structure size of the metal fuel and the burnup distribution situation calculated by the burnup management calculation model based on the determinism method, the burnup distribution curve of the metal fuel at the corresponding irradiation time is refitted, the heat release calculation is carried out according to the burnup distribution curve, and the heat release distribution information of the metal fuel is obtained; the heat release distribution information of the metal fuel, the updated structure size and the thermal conductivity of the metal fuel are input into a sub-channel analysis model for thermal analysis, and the key thermal parameters of the metal fuel are obtained.

The utility model relates to the field of protective sheds for thermal engineering construction, and provides a multifunctional protective shed. A left side frame and a right side frame are oppositely arranged left and right, and a top frame is simultaneously mounted at the tops of the left side frame and the right side frame; the width-adjustable top frame is installed at the top of the left side frame and the top of the right side frame at the same time, and the top protection net is installed on the width-adjustable top frame. Adjustable supporting rods are arranged between the side face of the left side frame and the top frame and between the side face of the right side frame and the top frame, and the adjustable supporting rods between the side face of the left side frame and the top frame and the adjustable supporting rods between the side face of the right side frame and the top frame form a triangular stable structure. The supporting legs are arranged to be of a telescopic structure, so that the height can be adjusted adaptively according to different actual conditions; meanwhile, the top frame of the top frame is arranged to be an adjustable top frame, so that the top frame can adapt to grooves with different widths; meanwhile, the protective net and the protective tarpaulin are arranged, so that shakeout and the like are effectively prevented, and the safety of constructors is guaranteed.

The application relates to the technical field of heat absorber control, in particular to a heat absorber start-stop process thermal management state judgment method and device. Distributed temperature, low point acoustic and temperature and meteorological data of a tube panel are collected. The distributed temperature is three-dimensionally reconstructed to generate a thermal cloud picture, segment abnormality and calculate a spatial thermal imbalance comprehensive index and quantify a thermal engineering balance grade. Meteorological data and the balance grade are fused to construct a working condition conversion pre-judgment model of multi-dimensional information fusion, output a working condition conversion coefficient and judge whether to enter a salt dissipation state. In the salt dissipation state, low point acoustic band energy is extracted, combined with a tube wall cooling rate curve, the synchronism of flow energy attenuation and cooling rate turning is detected, and the local salt dissipation state is judged. A thermal health state matrix is established to uniformly map the thermal engineering balance grade and each low point salt dissipation mark. The technical scheme improves the controllability and stability of the heat absorber thermal health, guarantees start-stop safety, high efficiency and life extension.

The invention provides a pipeline welding aligning device for heat supply engineering. The pipeline welding aligning device comprises a disc and a centering assembly. A through hole is formed in the disc; the centering assembly comprises a driving gear, an outer gear ring and a synchronous roller assembly; the driving gear is arranged on the front wall of the disc; the outer gear ring is rotatably arranged on the front wall of the disc, the inner diameter of the outer gear ring is consistent with the inner diameter of the through hole, the outer gear ring can rotate with the center of the through hole as the center point, the driving gear is in meshed connection with the outer diameter of the outer gear ring and can provide power for rotation of the outer gear ring, and a pipeline to be butted can penetrate through the through hole and the outer gear ring; the multiple sets of synchronous roller assemblies are arranged around the outer gear, can be close to the center of the disc through the meshing effect of the outer gear ring and can be used for adjusting and positioning the pipeline to be in butt joint. The driving gear drives the outer gear ring to be matched, the centering assembly is driven to be close to the outer wall of the pipeline for the heat supply engineering, synchronous center positioning is carried out on the pipeline, the two pipelines for the heat supply engineering are located on the same axis, and the butt joint accuracy is guaranteed.

The invention relates to the technical field of building thermal engineering, solves the problems of inaccurate and incomplete evaluation of the heat storage performance of a building envelope and poor environmental adaptability in the prior art, and provides a method, a device and equipment for evaluating the heat storage efficiency of the building envelope and a storage medium to prepare a target test piece containing a functional material; carrying out a cross-characteristic change temperature interval experiment by utilizing the dynamic thermal and humid climate wind tunnel to obtain nonlinear thermal response data; constructing an enthalpy method discrete numerical model, and performing parameter inversion by taking the minimum root-mean-square error of theoretical surface heat flow and actually measured heat flow as a target to obtain thermophysical parameters and an effective specific heat capacity curve; and constructing a thermal network model based on the inversion parameters, and simulating hourly heat flow of each node of the test piece, so as to calculate a multi-dimensional heat storage efficiency evaluation index of the enclosure structure. According to the method, the high-precision wind tunnel experiment, the nonlinear heat transfer model and the inversion algorithm are coupled, the dynamic heat storage performance of the enclosure structure is accurately quantified, and an accurate and practical solution is provided for evaluating the heat storage efficiency of the functional enclosure structure.

The present invention relates to a multi-stage system for heating air for drying in general, applied to the field of thermal engineering and methods, more specifically TO the area of heat transfer and energy efficiency using solar concentrators (3) for heat a fluid, which is stored in a thermal reservoir (1), connected to a main heat exchanger (11) that performs heat exchange with the drying air, which is injected into a dryer (2). In addition to reusing residual air, by heating a secondary heat exchanger (10), it operates with a support system (16) that may be activated when necessary. The system discloses the advantages of using renewable energy for drying without affecting the environment.

The present invention relates to a method for repairing the wall of a coke oven carbonization chamber, which belongs to the technical field of coke oven carbonization chamber maintenance, comprising: S1, removing coke from the carbonization chamber of the damaged wall in the middle and late stages of coking; S2, placing a triangular heat-insulating frame wrapped with asbestos felt according to the position of the vertical fire channel where the damaged part of the repaired wall is located; pasting asbestos felt on the wall surface of the undamaged part of the wall; S3, inserting a ceiling tool from the upper part of the vertical fire channel to hang the upper part of the disassembled damaged wall; S4, digging a live masonry opening at the bottom of the carbonization chamber opposite the vertical fire channel; S5, dividing the damaged wall surface from bottom to top into three sections in the vertical direction, first selecting the wall surface of 1 / 3 of the height from the lower part for disassembly and masonry; and then masonry the remaining two sections in sequence. The present invention adopts a high-direction segmentation method to repair large-scale damage to the wall of the coke oven carbonization chamber, which is time-saving, easy to operate, and has a high safety factor. It reduces the labor intensity of thermal engineering management personnel, accumulates rich experience in furnace body maintenance, and improves furnace body environmental protection control.

1. Name of the design product: digital multimeter (for thermal engineering). 2. Use of the design product: measuring thermal resistance, thermocouple, transducer current, switching value, etc. 3. Design points of the design product: in shape. 4. Picture or photo that best indicates the design points: perspective view.

The utility model relates to the technical field of heat supply pipelines, and discloses a protection device for a heat supply engineering crossing pipeline, which comprises two pipeline bodies, the end surfaces of the two pipeline bodies close to each other are arranged in a contact manner, the two pipeline bodies are arranged through a flange group, and the flange group is arranged on the pipeline body. A buffering assembly is installed between the inner wall of one flange in the flange set and the outer walls of the pipeline bodies, and a damping assembly is installed between the inner walls of the two pipeline bodies. The number of the buffering assemblies is two, and the other buffering assembly is installed between the other flange and the other pipeline body. According to the protection device for the heat supply project crossing pipeline, the buffering effect can be achieved through the arranged buffering pad, collision energy can be dispersed, damage force can be reduced, and the buffering capacity can be enhanced through the arranged hollowed-out holes and the first arc-shaped buffering rubber sheet and the second arc-shaped buffering rubber sheet which are installed in the hollowed-out holes.

The utility model relates to the technical field of industrial thermal engineering, and discloses a kiln combustion-supporting air pipe capable of adjusting wind power, which comprises a cleaning assembly, a rotating assembly and a driving assembly, the cleaning assembly comprises a filter screen, a cleaning brush and a closing plate, the cleaning brush is rotatably connected with the filter screen through a rotating shaft, the closing plate is arranged below the filter screen, and the rotating assembly is arranged on one side of the cleaning brush and used for driving the cleaning brush to rotate. Comprising a rotating plate, a rotating rod and an extrusion rod, the rotating plate is arranged on one side of the cleaning brush, the rotating rod is fixed to one side of the rotating plate, and the extrusion rod is arranged on one side of the rotating rod. The ventilation system has the advantages that dust on the filter screen can be cleaned when the air pipe discharges air, dust and impurities which provide breeding environments for microorganisms such as bacteria and molds can be removed by cleaning the filter screen, and therefore the risk that the microorganisms spread in the ventilation system is reduced, and the air quality is effectively improved.

The invention provides a solid-liquid mixing electric heating heat storage agent optimization method and system, and relates to the field of energy thermal engineering and artificial intelligence. According to the method, a deep neural network is pre-trained by using simulation data of a source field, and hidden layer parameters are frozen to extract universal width features. An output weight is calculated by adopting an elastic network regularization and improved alternating direction multiplier method, and high-precision modeling and prediction of the operation characteristics of the solid-liquid mixed electric heating / heat storage device are realized under a small sample condition. In order to reduce wind curtailment and light curtailment and optimize system performance, a data-driven improved transfer learning agent model method is adopted. The system comprises a solid-liquid hybrid electric heating / heat storage device which is used for quickly responding to wind and light fluctuation and long-time peak regulation and relates to multi-physical field coupling, and the operation characteristics of the system are influenced by multiple factors such as the fluid flow speed and electric power distribution. According to the method, real-time optimization of system operation parameters and control strategy formulation under complex working conditions can be realized, and the method has relatively high engineering application value.

The invention relates to an interposer for thermal engineering electro-optical multi-chip modules. A multi-chip module includes, from its bottom to top, a substrate and an interposer disposed on the substrate. The interposer is non-conductive and has klt; and a thermal conductivity (k) of 20 W / (mK). An integrated circuit component or chip set is disposed on the interposer. Each of a first subset of the component or chip set includes a passive heat spreader disposed on the chip. At least one chip of a second subset of the components or chips includes an active heat spreader disposed on the chip. The first and second sets of the components or chips are free of common components or chips. A common thermal interface is disposed on each passive heat sink and each active heat sink.

The invention discloses a waste mineral oil multistage coupling heat exchange and gradient cooling energy-saving cooperative treatment method, which belongs to the technical field of heat energy engineering and energy conservation, and comprises the steps of pretreatment refining, fractionation cutting, molecular distillation, hydrofining, gradient cooling and intelligent control. By constructing a multi-stage coupling heat exchange network, hydrofining high-temperature waste heat is used for preheating fractionation feed, and fractionating tower top steam waste heat is used for preheating molecular distillation feed; cooling the high-temperature material flow according to the temperature by stages through a three-stage gradient cooling system, and recycling the low-temperature cold energy of the molecular distillation unit for a pretreatment process; and dynamically optimizing heat exchange and cooling operation based on an energy balance model through the central control system. According to the method, the technical problems of energy utilization splitting and serious waste heat waste in a waste mineral oil regeneration process are solved, the yield and the quality of a base oil product are greatly improved while the system energy consumption and the cooling water consumption are remarkably reduced, and an innovative solution is provided for efficient regeneration of the waste mineral oil.

The utility model discloses a telescopic fixed support belongs to the heat supply engineering technical field. The support includes the telescopic base fixed on the steel roof beam, and the telescopic base inner chamber sets up spring assembly and support, and spring assembly plays the elastic support effect to support, and the support upper end passes through the guide portion of telescopic base and extends outward and is connected steam pipeline. When the pipeline is heated and expands and contracts, the spring assembly allows the support to move vertically, releases stress, and avoids the fixed support damage. The utility model discloses simple structure, reliable, solved the steam pipeline in the high low arrangement scene and caused the stress concentration problem of the displacement of the upward position, improved the security and service life.