147 results about "Insufficient Cooling" patented technology

The invention discloses a rolled piece temperature control system based on a steel rolling process, which relates to the technical field of steel rolling and comprises a detection module, a control module, an execution module and a cooling module, the detection module comprises infrared thermometer arrays, an ultrasonic thickness gauge, an electromagnetic flowmeter, a pressure transmitter and a thermal resistance thermometer, and the infrared thermometer arrays are used for being arranged in front of and behind a cooling section and respectively collecting initial temperatures before entering a cooling system. Through the self-adaptive PID algorithm, the finite difference heat conduction model and the Smith pre-estimation compensation strategy are combined, the problem of control delay caused by the large lag characteristic in the cooling process is solved, control parameters can be dynamically adjusted according to the rolling speed, the steel grade characteristic and the like, temperature adjustment better fits the actual working condition, and the control precision is improved. The phenomenon of supercooling or insufficient cooling in a traditional control mode is fundamentally avoided, and the uniformity and stability of the performance of rolled pieces are guaranteed.

The invention discloses a current rotating speed mapping control method of a liquid cooling system, and relates to the technical field of liquid cooling systems, and the control method comprises the steps: constructing a double-domain model of a motor domain and a thermal load domain, carrying out the online identification of a liquid path impedance parameter in an operation process, and obtaining a current rotating speed mapping model; a target rotating speed instruction is generated in combination with a current-rotating speed mapping reference result and a thermal load flow estimation result, self-adaptive pump speed control is achieved through weight adjustment and smooth constraint driven by residual errors, and meanwhile baseline mapping and a pump family curve are dynamically updated through a memory buffering and batch reestimation mechanism; according to the invention, the self-adaptive capability and the cooling control stability of the liquid cooling system under complex working conditions are obviously improved, and the contradiction between insufficient cooling and energy consumption increase is effectively avoided.

The utility model discloses a midsole secondary foaming forming machine cooling device which comprises a base, the top of the base is fixedly connected with a fixing block, one side of the fixing block is provided with a round through groove, a placing assembly used for placing a mold is arranged in the round through groove, the top of the base is fixedly connected with a bearing seat, and the bearing seat is provided with a bearing block. A cylinder is rotationally connected into the bearing seat through a bearing, a cavity is formed in the cylinder, a spiral pipe is fixedly connected into the cavity, and a connecting frame is fixedly connected to the inner wall of the cylinder. According to the utility model, the surface of the mold can be uniformly cooled through rotating centrifugal force, the problems of local supercooling and insufficient cooling of the mold are reduced, the deviation of medium and low density is reduced, the rotating speed required by different foaming materials can be matched, the rotating speed adjusting time is shortened, and the convenience of the device is improved; and the placing frame can be pushed to the middle of the cylinder, so that the production efficiency of the device is improved.

The oil return structure and equipment are used for oil return of a motor and / or a gearbox, the motor and the gearbox are each provided with a machine shell and a rotating shaft, an inner oil cavity is formed in each machine shell, each inner oil cavity is provided with a first oil liquid level face, and an oil seal body used for sealing an opening of each inner oil cavity is arranged on each rotating shaft. The oil return structure comprises a negative pressure section and an oil throwing section which are arranged on the rotating shaft, an oil throwing structure which is arranged on the machine shell and corresponds to the oil throwing section, and a negative pressure structure which is arranged on the machine shell and corresponds to the negative pressure section. The scheme can effectively solve the problems of insufficient cooling caused by oil seal abrasion and oil leakage of the oil-cooled motor and damage to an insulation system caused by oil entering the motor due to oil leakage when the motor is matched with a gearbox, and improves the service life and stability of the motor.

This invention discloses a prefabricated atmospheric pressure refrigeration system, relating to the field of refrigeration system technology. It includes: a power grid information interaction module, used to acquire real-time data on off-peak electricity hours, the maximum allowable load during those hours, and power grid load fluctuations; preprocessing the acquired data to obtain standardized power grid data; and a cooling demand prediction module, used to calculate the hourly cooling demand assessment value for the next day based on the system's historical hourly total cooling capacity data, real-time environmental parameters, and the operating plans of major terminal equipment, using a preset prediction model, and outputting the system's total cooling demand curve and peak cooling capacity. This invention, by calculating the next day's cooling demand assessment value and combining it with historical hourly cooling capacity, real-time temperature and humidity, and equipment operating plans, can accurately predict the cooling demand for each time period of the next day, ensuring that cooling capacity preparation matches the actual cooling scenario, avoiding insufficient cooling supply that could affect production or office cooling, and also avoiding excessive cooling capacity storage that could lead to energy waste.

The utility model relates to the technical field of rolling mill guides and guards, and discloses a rolling mill guide and guard assembly capable of achieving temperature-controllable cooling. The rolling mill guide and guard assembly with the controllable temperature cooling function comprises a guide and guard assembly, a filtering and cooling assembly is installed at the upper end of the guide and guard assembly, a collecting tank is installed at the upper end of the filtering and cooling assembly, a filtering net is installed in the collecting tank, a cooling box is installed at the lower end of the collecting tank, and a protection plate is installed in the cooling box. A circulating pipe is installed on the left side of the cooling box, a connecting pipe is installed at the upper end of the circulating pipe, a pressure stabilizing assembly is connected to the left side of the filtering and cooling assembly, a water outlet pipe is installed at the upper end of the pressure stabilizing assembly, and a pressure stabilizing pump is installed at the upper end of the water outlet pipe. Large-particle impurities contained in water or oxide scale falling off from the surface of a rolled piece may block an injection orifice, so that cooling is insufficient, and the service life of a guide and guard device is affected.

This ensures that insufficient cooling of the multiple storage containers located above the main storage unit is prevented. [Solution] The horizontal refrigerator 10R comprises a plurality of storage containers 80R provided above the storage body 11R so as to cover the top opening 11R2, a circulation fan 35 for circulating air in the storage chamber 13R, a cold air duct 40 provided in the storage body 11R between the storage chamber 13R and the top opening 11R2, defining a flow path 45 through which cold air blown out by the circulation fan 35 flows in and heads toward the plurality of storage containers 80R, and a plurality of auxiliary fans 60, each provided between the cold air duct 40 and the plurality of storage containers 80R, which change the direction of the airflow so that a portion of the cold air flowing into the cold air duct 40 heads toward the plurality of storage containers 80R, and the plurality of auxiliary fans 60 are provided at intervals along the extending direction of the flow path 45.

The utility model discloses a combined type cavity coupler, and specifically relates to the cavity coupler field, the combined type cavity coupler comprises an upper shell, a lower shell, a wiring terminal, a main guide rod and a coupling rod, the upper shell is movably connected with the lower shell, the internal space of the upper shell and the internal space of the lower shell are combined to form an inner cavity, the main guide rod and the coupling rod are located in the inner cavity, and the wiring terminal is connected with the coupling rod. The wiring ends are installed on the outer wall of the lower shell, the wiring ends are connected through the main guide rod and the coupling rod, a plurality of metal fins are installed at the bottom of the inner cavity, a metal pipeline penetrates through the metal fins, and the interior of the metal pipeline is hollow to form a first channel. Through the heat conduction design of the modularized shell, the metal fins, the metal pipeline and a plurality of channels and in combination with active air flow circulation of the cooling fan, the temperature of the inner cavity is remarkably reduced, signal attenuation or element damage caused by overheating is avoided, the heat dissipation system is efficiently compounded, the internal structure is stabilized, and the service life is prolonged. The problems that a traditional integrated coupler is difficult to maintain and insufficient in heat dissipation are solved.

A safety protection system of a lifeboat diesel engine set comprises a signal alarm unit, a starting protection unit and an operation protection unit. When the diesel engine set is in a standby state or in a starting state, signals such as low water level, or / and low oil level, or / and high water temperature, or / and starting overtime and the like occur, the signal alarm unit gives an alarm, the starting protection unit disconnects a diesel engine starting circuit, and the diesel engine set cannot be started; when the diesel engine set is in standby and starting, oil pressure is low, and the diesel engine set can be normally started; when the diesel engine set runs, signals such as low water level, or / and low oil level, or / and high water temperature, or / and low oil pressure occur, the signal alarm unit gives an alarm, and the running protection unit stops the diesel engine in a delayed manner; therefore, the problem that the diesel engine and the gear box are overheated and fail due to insufficient cooling and lubricating protection of the diesel engine and no lubricating protection on the gear box is solved; false alarming is carried out before the diesel engine is standby and started successfully due to low oil pressure; and safe operation of the lifeboat diesel engine set is met.

The invention discloses a laser cutting mechanical arm capable of cooling, and belongs to the technical field of mechanical arms, the laser cutting mechanical arm comprises a mechanical arm body, a vibration detection unit, a control unit and a cooling liquid conveying unit; the vibration detection unit is arranged on the mechanical arm body and comprises a piezoelectric type electric control vibration sensor, and the piezoelectric type electric control vibration sensor is electrically connected with the control unit; and the control unit is used for receiving an output value of the vibration detection unit and regulating and controlling the amount of the cooling liquid output by the cooling liquid conveying unit, so that the amount of the cooling liquid required by the mechanical arm during laser cutting operation is dynamically regulated, dynamic self-adaptive regulation and control of the output amount of the cooling liquid are realized, and the cooling intensity is regulated in real time according to vibration changes in the cutting process. The problem that a traditional fixed cooling mode is not matched with the actual cooling requirement is effectively solved, and core components are prevented from being damaged due to overheating caused by insufficient cooling.

The invention relates to the technical field of underground engineering construction environment guarantee, and discloses a subway underground excavation station environment control system and method based on stratum cold energy utilization, and the system comprises a cold source acquisition and air supply system, an air exhaust and purification system, an auxiliary cooling system, an environment sensing system and an intelligent control system. The cold source acquisition and air supply system is used for acquiring low-temperature air from the penetrated interval tunnel and conveying the low-temperature air to a construction area of the subway underground excavation station; the exhaust and purification system is used for sucking air in a station construction area, purifying the air and then discharging the air; the auxiliary cooling system is used for conducting secondary cooling on low-temperature air when cold supply is insufficient. The environment sensing system is used for collecting environment data of a construction area and transmitting the environment data to the intelligent control system. The intelligent control system is connected with all the systems and generates a control instruction after receiving environment data so as to regulate and control the cold source to obtain the air supply amount of the air supply system, the exhaust air amount of the exhaust and purification system and start and stop of the auxiliary cooling system.

The invention discloses a variable frequency motor, which belongs to the technical field of motors, and comprises a casing and a rear casing, a stator is arranged in the casing, a temperature sensor is arranged on one side of the stator, an air cooling mechanism and a water cooling mechanism are arranged in the rear casing, and the air cooling mechanism comprises a fixing frame, a driving motor, a driving shaft and fan blades. A linkage mechanism and a transmission mechanism are arranged on the outer side of the driving shaft, and the water cooling mechanism comprises a cooling pipe and two compression boxes. The temperature of the stator is monitored in real time through the temperature sensor, and the controller intelligently adjusts the rotating speed of the driving motor to dynamically adjust the air cooling strength, so that the problem of overheating caused by insufficient heat dissipation under the low-speed and large-torque working condition is effectively solved; and meanwhile, an air cooling and water cooling synergistic heat dissipation mechanism is innovatively integrated, when the temperature or the rotating speed reaches a threshold value, a linkage mechanism is automatically coupled, and a transmission mechanism converts rotating motion into piston reciprocating motion to drive cooling liquid to circularly flow between a compression box and a cooling pipe penetrating through a stator to efficiently take away core heat.

The invention relates to the technical field of heat pump units, and discloses a circulating type steam heat pump unit and a control method thereof.The circulating type steam heat pump unit effectively solves the technical problem that a compressor of a traditional unit is insufficient in cooling by constructing a linkage structure of oil way circulation and water side heat exchange. Accurate cooling is directly carried out on the high-temperature operation working condition of the compressor, the damage risk caused by overheating of the compressor and accessories is greatly reduced, and the operation reliability of a unit is remarkably improved; meanwhile, heat generated in the oil way cooling process is efficiently recycled for steam water replenishing and preheating, heat waste caused by a traditional external cooling mode is avoided, the heating capacity and heating efficiency of the unit are improved, and overall energy consumption is reduced; the electric connection design of the control device and all the mechanisms lays a solid structure foundation for subsequent accurate regulation and control, it is guaranteed that parameters in all links of cooling, preheating and steam production are highly matched, it is guaranteed that all the mechanism units of the circulating steam heat pump unit operate cooperatively and orderly, and the stability of the unit during working is improved.

The invention discloses a power station cooling system utilizing surplus cooling capacity at night and an operation method of the power station cooling system. The power station cooling system comprises an original cooling device, a surface condenser, a layered reservoir, a condenser cooling loop and a night cold accumulation loop. The original cooling device is a cooling tower I comprising two sets of cooling assemblies, or is a direct air cooling and condensing system and a cooling tower II comprising a set of cooling assembly; cooling water on the upper layer of the layered reservoir is cooled by a set of cooling assembly through a night cold storage loop and then stored at the bottom of the layered reservoir, and environmental cold energy is stored by utilizing the surplus heat exchange capacity of a power plant at night; surface type condenser outlet cooling water is cooled by a cooling tower through a condenser cooling loop, is mixed with low-temperature cooling water stored at night, and is introduced into a surface type condenser inlet; or the water supply of the cooling tower to the surface type condenser is cut off, and the low-temperature cooling water stored at night is fully introduced into the surface type condenser, so that the insufficient cooling capacity in the peak period in the daytime is compensated, and the cross-period transfer of the cooling capacity is realized.

The invention discloses a control method for cooperative operation of a water chilling unit and a full variable frequency pump tower, and the method comprises the steps: collecting personnel trajectory data, extracting trajectory spatial-temporal characteristics, calculating the total spatial density, mapping the total spatial density value to a color space, thereby generating static thermodynamic diagrams, arranging the static thermodynamic diagrams according to a time sequence, and generating a spatial-temporal evolution thermodynamic diagram, splicing the space-time characteristics of the track into a characteristic vector, and outputting predicted load impact by the prediction model; collecting temperature data and equipment heat productivity, and calculating original refrigerating capacity; correcting the original refrigerating capacity according to the predicted impact curve to obtain a target refrigerating capacity; adjusting the rotating speed of a fan of the full-variable-frequency pump tower according to the target refrigerating capacity; the load impact is accurately predicted, the target refrigerating capacity is calculated, the operation parameters of the refrigerating system can be more accurately adjusted according to the personnel track and the equipment heating condition, excessive refrigeration or insufficient refrigeration is avoided, unnecessary energy consumption is reduced, and cooperative control over the rotating speed of the water chilling unit and the rotating speed of the full-variable-frequency pump tower fan is achieved.

To provide an air conditioner capable of suppressing insufficient cooling / heating and excessive cooling / heating in a precooling / preheating operation by performing the precooling / preheating operation for an appropriate operation time in consideration of a heat capacity of a structure of a living room.SOLUTION: The pre-cooling / pre-heating operation control means includes a target structural body temperature estimating means (S130) for estimating a target structural body temperature of a structural body constituting the room based on a room temperature of the room and a comfort indicator of the room, a required time estimating means (S150) for estimating a required operation time of the pre-cooling / pre-heating operation mode based on the target structural body temperature, and a pre-cooling / pre-heating operation executing means (S180 to S230) for executing the pre-cooling / pre-heating operation mode based on the required operation time. 200.SELECTED DRAWING: Figure 2

The invention relates to the technical field of motors, in particular to a water-cooled backpack frequency conversion integrated motor and a control method thereof.The water-cooled backpack frequency conversion integrated motor specifically comprises a motor body, the front surface of the motor body is fixedly connected with a frequency converter, and the left side of the upper surface of the motor body is fixedly connected with a high-voltage power transformation box; the upper surface of the motor main body is fixedly connected with a junction box on one side of the high-voltage power transformation box, and is provided with a cooling pipe; water cooling is adopted to dissipate heat of the motor main body and the frequency converter, intelligent control is performed on the frequency converter and the water pump, namely, the operation frequency of the motor is adjusted according to the load condition so as to reduce energy consumption and ensure stable operation of the motor, and the working conditions of the frequency converter and the water pump are analyzed in an information progressive mode. And judging whether the two can continuously, stably and synergistically cool or not, so as to realize effective temperature control with the lowest heat dissipation energy consumption, and avoid energy consumption waste or performance loss caused by excessive heat dissipation or insufficient heat dissipation.

The liquid cooling joint module comprises a speed reducer, a motor and a controller, at least two of the speed reducer, the motor and the controller are provided with liquid cooling channels, and the liquid cooling channels are sequentially communicated and connected with an external pipeline to form a closed circulating cooling flow channel. The closed circulation cooling flow channel is formed through the liquid cooling channel, compared with a natural cooling mode, restriction of the environment temperature and natural convection intensity can be effectively eliminated, the heat dissipation capacity is enhanced, and the problem that equipment is overheated due to insufficient heat dissipation when instantaneous power is increased is solved. The liquid cooling channel directly takes away heat of the speed reducer, the motor, the controller and other core components, direct heat exchange between the surface of a metal part and the environment is reduced, the surface high-temperature risk is reduced, and therefore the hidden danger that people are scalded when touching the metal part is avoided, and the use safety and subjective experience are improved.

The invention relates to the technical field of metallurgical continuous casting, and particularly discloses a water volume increasing type continuous casting surface quenching device and method. The device consists of a plurality of groups of independent quenching coolers arranged along the upper surface and the lower surface of a casting blank, a regulating valve, a flow meter, a water supply device and a conveying pipeline, and can realize accurate control on the water quantity of different cooling sections. According to the method, all coolers are sequentially started and stopped in the throwing direction, the water amount of the subsequent coolers is gradually increased by 1.2-3.0 times of the water amount of the previous cooler, meanwhile, the water amount of the lower surface is 1.5-4.0 times of the water amount of the same position of the upper surface, and therefore the cooling intensity is dynamically regulated and controlled. The casting blank surface cooling uniformity in the quenching process can be remarkably improved, the problems that the early-stage cooling speed is too high and the later-stage cooling speed is insufficient in a traditional technology are effectively solved, accurate control over the microstructure of the casting blank surface layer is facilitated, and the quenching efficiency and the product quality are improved.

The utility model relates to the technical field of metal forging, and discloses a combined type cooling forming tool of a forged steel piston blank, which comprises a forging die, a plurality of cooling cavities are arranged in the forging die, and water supply mechanisms for injecting cold water into the cooling cavities are arranged on two sides of the forging die. A concentrated water return mechanism for converging cooling water is arranged at the bottom end of the forging die, a die cavity is formed in the middle of the top end of the forging die, and a cooling fan for air cooling of the top end of the piston blank is arranged at the top end of the die cavity; the water supply mechanisms are arranged on the two sides of the forging die, cooling water can be input into the cooling cavity in a staggered mode from different directions, the piston blank cooling uniformity is improved, the phenomenon that due to insufficient cooling of the flowing tail end, the piston blank shrinks and deforms is avoided, and the piston machining quality is improved; and the output cooling water can be converged through the centralized water return mechanism.

The invention discloses an ultra-low-consistency turbine guider margin plate sub-cavity air supply-partition cooling structure and method, according to the method, an ultra-low-consistency turbine guider margin plate is partitioned, a cooling structure is designed for each partition, meanwhile, the air inlet flow of cooling air in each cavity is controlled, reasonable flow distribution is achieved through sub-cavity air supply, and the cooling effect of the ultra-low-consistency turbine guider margin plate is improved. Cold air can effectively cover a heat load concentration area, and a continuous and stable air film is generated. The precise regulation and control remarkably reduces the operating temperature of the turbine end wall and the blades, and avoids the problems of excessive consumption of cooling gas or insufficient cooling in a local area, so that the cooling efficiency of the end wall of the ultra-low-consistency turbine guider margin plate is effectively improved, the service cycle of turbine core parts is prolonged, and the service life of the turbine guider margin plate is prolonged. And the maintenance frequency of equipment and the replacement rate of parts are synchronously reduced, so that the overall operation efficiency and economical efficiency are optimized.

An oil return structure and device for oil return of a motor and / or gearbox, the motor and / or gearbox each having a casing and a rotating shaft, the casing having an inner oil cavity therein, the inner oil cavity having a first oil level surface thereon, and the rotating shaft being provided with an oil seal body for sealing an opening of the inner oil cavity, the oil return structure comprising: a negative pressure section and an oil throwing section provided on the rotating shaft, an oil throwing structure provided on the casing and corresponding to the oil throwing section, and a negative pressure structure provided on the casing and corresponding to the negative pressure section. The present scheme can effectively solve the problems of insufficient cooling caused by oil seal wear and oil leakage of an oil-cooled motor, and damage to the insulation system caused by oil entering the motor when the motor and the gearbox are matched, thereby improving the service life and stability of the motor.

The utility model discloses a kind of forming mould for plastic container production, including mould body and liquid cooling pipeline;The mould body includes first side mould and second side mould, two side moulds inside respectively install liquid cooling pipeline, and are all equipped with blow molding cavity, wherein first side mould and second side mould outer wall upper and lower sides are connected with telescopic pneumatic cylinder;The fixed end of the telescopic pneumatic cylinder is fixedly connected with cylinder frame, and movable end connects the outer wall of first side mould or second side mould, wherein cylinder frame is fixed with link plate, and the blow molding cavity of second side mould is also embedded with push plate frame, and push plate frame is connected with corresponding cylinder frame. The utility model realizes fast and even cooling by liquid cooling pipeline, improves setting efficiency;Meanwhile, push plate frame is driven using telescopic pneumatic cylinder, realizes demolding automation, effectively solves the problem of insufficient cooling of existing mould, demolding difficulty, dependence on manual, improves production efficiency, reduces labor cost, improves the overall automation level and stability of edible oil bucket production.

The invention discloses an automatic stretcher capable of avoiding copper wire breakage and a stretching process thereof, and belongs to the technical field of stretchers, the automatic stretcher mainly comprises a refrigeration box, a cooling water tank is formed in one end of the refrigeration box, two supporting plates are symmetrically installed and fixed to the middle of the refrigeration box through bolts, and a storage cylinder is rotationally connected between the two supporting plates; a plurality of limiting column barrels are spirally distributed on the storage barrel at equal intervals in the axis direction, the multiple limiting column barrels are fixedly connected with the storage barrel, and telescopic column rods are slidably connected into the limiting column barrels in a telescopic mode; through the arrangement of the motor, the water pumping fan, the air supply box, the refrigeration box, the air inlet pipe, the storage barrel, a contraction column rod, a positioning frame plate, an air spraying hole, a first I-shaped traction wheel, a cooling water tank and a refrigeration pipe, the contact time of a copper wire and a cooling medium is conveniently prolonged, the cooling effect of the copper wire is improved, and the phenomenon that the copper wire is broken due to insufficient cooling temperature is prevented; and the cooling module occupies a small space.

The invention belongs to the technical field of blast furnace ironmaking equipment and process safety control, and particularly discloses a method for optimizing a hydrogen-carbon-rich circulating oxygen blast furnace top water fetching system and improving cooling capacity, which aims at the characteristics of high thermal load, complex heat source and strict temperature control requirements under extreme working conditions such as shutdown of a HyCROF blast furnace. The problems that an existing water fetching system is insufficient in cooling capacity redundancy and poor in reliability are fundamentally solved through capacity accounting of the water fetching system based on the limit thermal load, key equipment upgrading, hierarchical and partitioned water fetching control strategy making and linkage of the water fetching system and process operation. The method can ensure that the furnace top temperature of the HyCROF blast furnace is strictly controlled in a safe range under extreme working conditions, provides a solid guarantee for equipment safety and process stability, and has the advantages of intelligent control, water resource saving and prospective adaptation.

The present application relates to the technical field of transformer cooler, in particular to a kind of transformer cooler cooling efficiency monitoring system, method and program product, method includes: obtaining the inlet oil temperature, outlet oil temperature, ambient temperature, actual flow, load current, vibration signal of cooler;Calculate the preliminary cooling efficiency of cooler;Based on load current, the total heat load of transformer is calculated;Based on vibration signal, the vibration health index of cooler oil pump is calculated;Combined with total heat load and vibration health index, preliminary cooling efficiency is corrected, and final cooling efficiency is obtained;The present application improves the evaluation accuracy of transformer cooling efficiency by real-time monitoring of a variety of parameters, the present application can more accurately reflect the running state of cooler, effectively prevent the transformer failure caused by insufficient cooling, thereby prolong the service life of equipment and reduce maintenance cost.

The invention provides a bunched wire harness with a liquid cooling heat dissipation fixing structure. The bunched wire harness comprises a shell, an isolation assembly and a flow guide assembly. The shell comprises a cavity, spiral cooling fins arranged on the peripheral face of the shell and a backflow pipe. The isolation assembly comprises a partition plate consistent with the twisting direction of the heat dissipation fins and a cold flow channel penetrating through the partition plate, the partition plate is used for partitioning the wire harness, and the cold flow channel is used for conducting a cooling medium to the backflow pipe; the flow guide assembly comprises a flow dividing piece for inputting a cold area medium, a flow converging piece for discharging the cold area medium and a circulating bin for guiding a rotary cooling medium, and is used for forming a complete circulating channel. According to the invention, through dual heat dissipation of external air cooling and internal liquid cooling, the problems of uneven heat dissipation and insufficient heat dissipation of the bunched wire harness are solved; the partition plate achieves the dual functions of wire harness fixing and heat dissipation and conduction; the device is high in heat dissipation efficiency, reliable in sealing, high in adaptability and suitable for installation and heat dissipation of the high-power bunched wire harness.

The application discloses a kind of electric control systems for diesel power pack of motor train unit, including diesel power pack control unit, fan control unit and the first control branch being connected with diesel power pack control unit by CAN communication loop;The parameter data of diesel power pack is collected by remote node control unit, and based on the control instruction of execution component control of diesel power pack control unit, the operation of execution component is realized according to control instruction by train control unit;The real-time running temperature of each position of diesel engine is obtained by temperature acquisition unit;Real-time running temperature is transmitted to fan control unit by diesel power pack control unit, and temperature control and early warning in the process of train operation are realized based on the constructed heat dissipation protection control strategy and early warning protection mechanism.The application solves the problems of the existing diesel power pack control system, such as insufficient cooling system control, power distribution, automatic detection and protection, and inability to effectively control the system stability and efficient operation of diesel power pack.

The invention discloses a charging pile intelligent efficient liquid cooling scheduling method and system based on partition cold plates, and relates to the technical field of liquid cooling heat dissipation and intelligent regulation and control. The intelligent and efficient liquid cooling scheduling method and system for the charging pile based on the partition cold plate comprises the following steps of S1, constructing a partition thermal parameter data set and performing preprocessing; s2, dynamically dividing liquid supply priorities by combining heat flux response characteristics extracted by the partition heat parameter data set; s3, evaluating whether heat flow distribution is balanced or not and clearly regulating and controlling a hierarchical structure; and S4, the cooling pressure difference of all the areas is recognized. The problem of insufficient cooling of a high-heat area caused by sensing deficiency and adjustment lag of a cooling structure in multi-node parallel operation of the high-power fast charging pile is solved.

This invention relates to the field of high-temperature material cooling and waste heat recovery technology, specifically a fixed uniform flow high-temperature material cooling and waste heat recovery device. It includes a feeding assembly, a primary cooling chamber, a secondary cooling chamber, a gasification uniform flow assembly, a uniform flow control valve, a cone hopper, a quantitative feeding valve, a fixed steel support, and a distribution cone. The feeding assembly, primary cooling chamber, and secondary cooling chamber utilize a five-stage uniform flow system: initial material dispersion by the distribution cone, air flotation and uniform flow to prevent bridging by low-pressure gasification nozzles, secondary uniform flow to prevent caking by high-pressure gasification nozzles, multi-point material distribution and stable material flow by the uniform flow control valve, and uniform discharge by the quantitative feeding valve. This system precisely controls the material flow state from feeding to discharging, ensuring uniform material distribution within the cooling chamber. The material adhesion rate to the heat exchange tubes is significantly increased, and the heat exchange area is fully utilized, completely solving the problems of material flow deviation, localized overheating, or insufficient cooling in traditional equipment.