191results about How to "Avoid excessive heat" patented technology

The invention discloses an information processing method and device. The method is applied to electronic equipment, and comprises the steps of detecting whether the operation that the human body touches the electronic equipment exists or not in the battery charging state of the electronic equipment; setting a provided charging current on the battery of the electronic equipment as a first charging current value when the fact that the human body touches the electronic equipment is detected; setting the provided charging current on the battery of the electronic equipment as a second charging current value when the fact that the human body does not touch the electronic equipment is detected, wherein the second charging current value is bigger than the first charging current value. The method reduces the influences that operation inconvenience is brought to the using of the electronic equipment by the user in the charging process under the condition that small influences are brought to the charging efficiency of the electronic equipment.

The invention provides a control method of an inverter compressor, a control system of the inverter compressor, an air conditioner, computer equipment and a computer readable storage medium. The method comprises the following steps: acquiring output current of the inverter compressor in real time; calculating the time of duration of the output current which is continuously greater than preset current; and when the time of duration is greater than a time threshold value, controlling the inverter compressor to stop or reducing carrier frequency. By controlling the inverter compressor to stop orreducing the carrier frequency, energy loss of a power switch is reduced when the inverter compressor is in an overload situation, the circumstances that the temperature of the power switch is over high and thus the power switch is damaged are avoided, and meanwhile, the circumstance that ageing of the inverter compressor is accelerated and the inverter compressor is even damaged due to over-longoverload running time is avoided.

The invention embodiment discloses a cooling device used for a motor and a motor controller. The cooling device comprises a heat abstractor, a coolant pump, a motor controller control module and a data collection unit, wherein the data collection unit comprises a pressure sensor arranged at the water outlet of the coolant pump; the motor controller control module receives the collection data of the data collection unit, and the motor controller control module generates a corresponding motor control command through a preset control policy assembly according to the collection data; and the motor controller controls the opening and stopping of a motor according to the motor control command. In the embodiment, the motor controller control module can generate the corresponding motor control command when the coolant pump is in fault so as to control the opening and stopping of the motor, so as to avoid the problem that when the coolant pump is in fault, the motor continuously works under the condition that the coolant pump can not effectively cool the motor so that the temperatures of the motor and the motor controller are over high.

The invention discloses an electronic cigarette control chip and an electronic cigarette. An internal oscillation and voltage reference module is started up when a working state control module detects that an SW terminal of the electronic cigarette control chip is started or the voltage of an OUT terminal is higher than the voltage of a VDD terminal of the electronic cigarette control chip, so that the electronic cigarette control chip starts to work; then, the working state control module detects whether the voltage of the OUT terminal is higher than the voltage of the VDD terminal, if yes, the electronic cigarette control chip is judged in the working mode, and if no, the electronic cigarette control chip is judged in the charging mode, so that different working states of the electronic cigarette control chip can be accurately detected, and the working modes are controlled according to the working states; and when the temperature of the electronic cigarette control chip is higher than the internally set temperature point, an immediate stop is required to prevent a lithium battery from over temperature.

The invention provides an arcjet thruster capable of improving operation stability. The arcjet thruster comprises a cathode, a sealing piece, an insulating piece, a metal sleeve and an anode spraying pipe which are sequentially connected. The cathode, the sealing piece and the insulating piece are fixedly connected in sleeving mode in sequence. One end of the metal sleeve is connected with the insulating piece in a sleeving mode. The other end of the metal sleeve is clamped to the anode spraying pipe. The arcjet thruster further comprises a water cooling sleeve adaptive to the anode spraying pipe. The water cooling sleeve is additionally arranged on the outer wall face of the anode spraying pipe. A through way allowing cooling water to pass through is arranged in the water cooling sleeve. According to the arcjet thruster, the water cooling sleeve is additionally arranged near the outer wall face of the anode spraying pipe of the arcjet thruster, it is avoided that the temperature of the anode spraying pipe is excessively high, ablation of the inner wall face of the anode spraying pipe is lowered accordingly, and the operation stability of the arcjet thruster is improved.

The invention provides a heat dissipation structure of a high-definition vidicon. The vidicon comprises a shell, a vidicon front panel, a CS adapter ring, a charge coupled device (CCD) chip, a CCD circuit board, an optical filter mounting plate, a vidicon mainboard, a vidicon rear panel and a CCD heating panel, wherein the CCD heating panel is of a metal strip structure; the CCD heating panel is inserted into a gap which is fixed between the CCD chip and the CCD circuit board; the back of the CCD chip is closely adhered to the CCD heating panel; and parts extending out of the two ends of the CCD heating panel are adhered to and contacted with the vidicon front panel respectively. Quantity of heat generated by the CCD chip in working can be directly conducted to the vidicon front panel by the CCD heating panel, and then the vidicon front panel performs heat exchange with the outside, so that the quantity of heat generated by the CCD chip can be dissipated outside the shell, thus avoiding the temperature of the CCD chip from being overhigh in the working, thereby ensuring that the high-definition vidicon can stably work in the long-term monitoring operation.

The invention provides an intelligent clothes drying cabinet which is used for drying washed clothes. The intelligent clothes drying cabinet is characterized by comprising a cabinet body, at least one clothes hanging rod, a humidity sensor, a temperature sensor, an air speed sensor, at least one vent hole, a fan heater, a display input part and a control part, wherein the display input part is used for displaying a humidity signal, a temperature signal and an air speed signal and used for inputting a preset humidity, a preset temperature and a preset air speed by a user; the control part is used for controlling operation of the fan heater on the basis of the preset humidity, the preset temperature and the preset air speed input by the user; the fan heater comprises a heating part and an air outlet part; when the temperature inside the cabinet body is higher than the preset temperature, the heating part is controlled by the control part to reduce operation power or to be stopped; when the air speed inside the cabinet body is higher than the preset air speed, the air outlet part is controlled by the control part to reduce the air outlet speed; and when the humidity inside the cabinet body is lower than the preset humidity, the heating part is controlled by the control part to stop operation, and the air outlet part is controlled to be operated at a preset air outlet speed.

The invention discloses a computer case shell protection device for a desktop computer, and relates to the field of computer case protection. The computer case shell protection device comprises a protection device and a temperature sensor, wherein the protection device is arranged right under an installing groove; the front side of the installing groove is provided with a wire box groove; a connection machine body is arranged under the wire box groove; the temperature sensor is electrically connected with the protection device; when a computer case of the desktop computer touches a triggeringmechanism in the protection device through the installing groove, the triggering mechanism drives a downward pressing plate arranged in a downward pressing mechanism to downwards move through a gear linkage mechanism and a lead screw transmission mechanism; when the downward pressing plate drives a top rod in the control mechanism to downwards move, and a draft fan is connected with a power supply, the draft fan is turned on, the temperature of a wire body in the wire box groove is lowered; the fusion damage due to too high temperature of the wire body can be effectively prevented; when the temperature sensor detects that the temperature is lower but the use of the wire body is not influenced, the control mechanism switches off the power supply of the draft fan; the energy sources are effectively saved.

The invention discloses an equipment temperature regulating circuit which comprises a temperature detecting circuit, an integrating negative feedback circuit and a first heating control circuit. The temperature detecting circuit is used for detecting temperature of equipment, converting the detected temperature into voltage and outputting the voltage to an input end of the integrating negative feedback circuit from a voltage output end of the temperature detecting circuit. Reference voltage is accessed to the other input end of the integrating negative feedback circuit. Voltages at two input ends of the integrating negative feedback circuit are compared to each other, high-level or low-level control voltage is output from an output end of the integrating negative feedback circuit according to the comparison result and used for controlling heating of the first heating control circuit. The time for changing low level to high level of the control voltage and the time for changing the high level to the low level of the control voltage are longer than set time. The heating temperature point can be regulated by regulating the reference voltage, so that heating temperature points of the equipment having different temperature requirements can be regulated conveniently. In addition, since the process of changing the level of the control voltage is gradient, mutated current is avoided, and power supply ripple cannot be increased.

Method and apparatus for electrosurgery including tissue coagulation using very high voltage pulses of electrical energy applied to the electrosurgical probe. This minimizes heating of the surrounding tissue in the probe and is especially suitable for precise and limited coagulation and fulguration without excessive tissue charring or other damage. The power at rated load of the applied pulses to the probe is typically over 300 W and the duration of the on time is very short, so each group of pulse bursts is of relatively low duty cycle. An RF generator is also provided for delivering electrical energy to an electrosurgical probe with the proper characteristics, including fast switching times.

The invention provides a direct contact type stretching deformation measuring system in a high-temperature oxygen-free environment, and relates to the field of stretching deformation measurement in the high-temperature oxygen-free environment. The system comprises an environment casing, a radiation furnace, stretching clamps, a stretching sample, a first extensometer water cooling box, a second extensometer water cooling box, extensometer transmission rods, a first support adjusting device, a second support adjusting devices, elastic components and foil gauges, a signal line, a first fixed plate, a second fixed plate, an aviation plug, a signal amplification converter and a display. A direct contact type measuring method can be used to transmit deformation of the sample to the elastic components accurately, and the sensitivity is higher; and the test temperature can reach 2000 DEG C, the elastic components and foil gauges are kept below 50 DEG C always, and an extensometer can be calibrated in normal temperature and used in the high temperature environment.

The invention discloses a numerically-controlled busbar punching machine. According to the numerically-controlled busbar punching machine, a seat plate is installed above a rack, a workbench is arranged above the seat plate, a lower die is fixed at the middle portion of the workbench, a cross beam is arranged above the workbench, an oil cylinder is fixed on the cross beam, a rotary disc is arranged above the workbench, a driven wheel is arranged at the lower side of the rotary disc, and the driven wheel is connected with a stepper motor by a transmission device; a plurality of plunger chip seats are arranged on the edge of the rotary disc, and the circular motion tracks of the chip seats pass through the central axis of the oil cylinder. The numerically-controlled busbar punching machine disclosed by the invention is capable of avoiding too high temperature due to long-time continuous working of plunger chips, thus reducing the wear speed thereof and prolonging the service life thereof; moreover, the numerically-controlled busbar punching machine is easy to repair and maintain, and convenient and fast to operate.

The invention discloses a coffee brewing apparatus and a beverage brewing method. The coffee brewing apparatus comprises a boiler, an air pump connected to the boiler, a conversion valve connected to the boiler, and a water conveying pipe and a steam conveying pipe which are arranged between the boiler and the conversion valve. The coffee brewing apparatus comprises the boiler and the air pump connected to the boiler. As the air pump connected to the boiler is employed, a heater can stop heating after the water in the boiler is heated to the suitable temperature, and then the water is pushed to a brewing device through the air pump. By employing the coffee brewing apparatus disclosed by the embodiment of the invention, a phenomenon that the water temperature is over high as the water in the boiler is continuously heated can be avoided, a user can brew coffee by the water having suitable temperature of 90-96 DEG C, and therefore the taste of the brewed coffee can be guaranteed.

The invention discloses a telephone receiver assembly and a mobile terminal. The telephone receiver assembly comprises a telephone receiver on which a heat absorption and dissipation element is arranged. The mobile terminal comprises a telephone receiver assembly, a front shell and a heat absorption and dissipation element. The heat absorption and dissipation element is arranged on the front shell corresponding to the telephone receiver, and/or on the telephone receiver; the heat absorption and dissipation element comprises mixed material with the material attributes of heat absorption, heat storage and heat dissipation functions; and the mixed material is formed by heat absorption and storage material and heat conduction and dissipation material mixed together, the heat conduction and dissipation material is used for transferring heat on the telephone receiver to the heat absorption and storage material, and the heat absorption and storage material is used for absorbing and storing heat on the telephone receiver, and meanwhile storing the heat transmitted by the heat conduction and dissipation material. According to the telephone receiver assembly, through arranging the heat absorption and dissipation element at the telephone receiver assembly, and using the mixed material to absorb, store and dissipate the heat of the telephone receiver assembly, the temperature of the front shell can be reduced, the ear of the user is prevented from being discomforted, and meanwhile the use reliability of the apparatus is improved.

The invention discloses a hydraulic excavator energy-conservation control system. A three-position four-way hydraulic control reversing valve is connected to a working oil path of a rotary motor, wherein a pilot-operated oil path of the three-position four-way hydraulic control reversing valve is connected with a pilot-operated oil path of a rotary motor main control valve; a two-position three-way hydraulic control main reversing valve is connected to a working oil path of a boom cylinder rodless cavity, wherein a one-way valve is connected between the two-position three-way hydraulic control main reversing valve and the three-position four-way hydraulic control reversing valve, a two-position three-way hydraulic control pilot-operated reversing valve is connected between an oil outlet of a shuttle valve and the two-position three-way hydraulic control main reversing valve and connected with a boom main control valve which is used for controlling a boom to drop the pilot-operated oil paths, and the shuttle valve is connected to the pilot-operated oil paths at the two ends of the rotary motor main control valve. According to the hydraulic excavator energy-conservation control system, when a hydraulic excavator carries out composite operation of boom descending and rotation, the gravitational potential energy produced in the boom descending process can be transferred and supplied to the rotary motor in the form of hydraulic energy which can be used as an auxiliary power source of the rotary motor, so that space is saved, and cost is reduced.

The invention discloses a detachable printing roller. The detachable printing roller comprises a roller body and a rolling shaft connected to the two sides of the roller body; the roller body comprises an inner core, a roller sleeve connected to the outer side of the inner core in a sleeving manner and a cover body located on the two sides of the roller sleeve and connected with the rolling shaft;the cover body is provided with an inserting block; the roller sleeve is provided with an inserting groove matched with the cover body; a protrusion parallel with the middle axis of the rolling shaftis arranged on the outer side of the inner core; and a groove matched with the protrusion is formed in the inner side of the roller sleeve. According to the detachable printing roller, due to the fact that when the printing roller is detached to change printed design, it is only needed to change the roller sleeve of the printing roller, operation is easy and convenient, and the printing cost of production is saved.

The invention provides an integrated satellite cabin plate heat storage device adapted to a complex heat flow environment, including a skin, a filling skeleton, a phase change material, and a fillingtube, wherein the filling skeleton and the skin are brazed and welded to form a satellite cabin plate by vacuum brazing; the filling skeleton is a filling skeleton with sufficient void ratio, and theouter surface is covered with the skin; the side edge of the satellite cabin plate is welded with the filling tube communicated with the internal void of the satellite cabin plate; the internal void of the filling skeleton is filled with a certain amount of phase change material; and the phase change material is organic or inorganic material with stable solid-liquid phase change temperature and high phase change latent heat. The integrated satellite cabin plate heat storage device adapted to a complex heat flow environment makes the satellite cabin plate have relatively stable temperature, simple structure and high reliability, and is particularly suitable for the satellite cabin plate under the complex external heat flow environment of alternating illumination, thereby effectively reducing the fluctuation of the internal temperature of the satellite and reducing the requirement of the thermal control resources.

The invention provides a temperature control method and system for a semiconductor device. The temperature control method comprises the following steps: step 1, detecting the temperature of the semiconductor device and obtaining the current highest working frequency of a function module of the semiconductor device; step 2, dynamically adjusting the highest working frequency limit of the function module of the semiconductor device according to the detected temperature of the semiconductor device and the current highest working frequency. The invention further provides the system corresponding to the method. According to the temperature control method and the system, the temperature of the function module of the semiconductor device can be effectively controlled, the over-high temperature of the semiconductor device is prevented, and the adaptability is higher; meanwhile, the power consumption can also be reduced, so that the performance of the semiconductor device is maximized as much as possible.

The invention discloses a battery pack cooling device of an electric car. The battery pack cooling device comprises a compressor, a gas-liquid separator, a car inside condenser, a car outside heat exchanger, a car inside heat exchanger, an air channel and a battery pack cooling device body. A first connecting pipeline and a second connecting pipeline are arranged between the battery pack cooling device body and the car inside condenser, a third connecting pipeline and a fourth connecting pipeline are arranged between the battery pack cooling device body and the car inside heat exchanger, so that when outdoor temperature is too high, cooling fluid in the third connecting pipeline carries out heat exchange with refrigerating fluid in the car inside heat exchanger and then flows to the battery pack cooling device body from the fourth connecting pipeline, therefore, a battery pack is cooled, the temperature of the battery pack is prevented from being too high, and efficient and safe operating of batteries is guaranteed. When the outdoor temperature is too low, cooling fluid in the first connecting pipeline carries out heat exchange with refrigerating fluid in the car inside condenser and then flows to the battery pack cooling device body from the second connecting pipeline, and therefore the battery pack is fast preheated. The battery pack cooling device is good in heat dispersion performance and long in runtime.

The invention discloses a split type light-emitting diode (LED) lamp, which comprises a radiator (1), an LED light source (3), an LED driving device (4), a lamp cap (5) and an electric box (2) independent from the radiator, wherein the electric box and the radiator are arranged at intervals; the LED light source is fixed on the radiator; and the LED driving device is arranged in the electric box; the lamp cap is fixed on the electric box. The LED lamp is designed into a split type structure to ensure that the radiator is separated from the electric box for placing the driving device, the driving device is prevented from being influenced by the heat of the LED light source; and on the basis of the split type structure, the structure of the radiator of the LED lamp is improved and the heat radiating of the LED lamp is strengthened to well solve the problems of small volume and insufficient space of the LED lamp and improve the performance of the LED lamp.

The invention discloses a draught fan for conveying high-temperature smoke. The draught fan comprises a shell of the draught fan, an impeller and a motor, wherein an output shaft of the motor is connected with the impeller in the shell of the draught fan, a first cooling water cavity is arranged in a shell of the motor; a protecting bush of the output shaft of the motor is arranged between the shell of the draught fan and the shell of the motor; a second cooling water cavity is arranged in the protecting bush of the output shaft of the motor; and the first cooling water cavity and the second cooling cavity are communicated with each other. According to the draught fan for conveying high-temperature smoke, when the heat of the high-temperature smoke is transferred by the output shaft of the motor, the first cooling water cavity and the second cooling water cavity can absorb the heat of the high-temperature smoke, so that the heat of the high-temperature smoke can not be transferred in the motor easily, so that the damage of the motor due to overhigh temperature can be avoided, meanwhile, burnout of the motor due to too high temperature of an electric wire can be avoided, and further, the potential safety hazard is eliminated.

The present invention relates to one kind of primary combustor for garbage incinerator to pyrolyze dangerous waste through incomplete combustion to produce inflammable gas. The primary combustor consists of top cover, furnace body, hearth, grate unit and slag bin. The movable top cover covers the upper surface of the furnace body, cooling water is fed into the sandwich layer of the top cover and the furnace body to form water cooling wall structure with water level controlled with an expansion water tank and certain steam space reserved. The surfaces of the hearth and the grate have high pressure air nozzles arranged, and the grate in the bottom of the hearth is maintained immobile during burning and turned by 90 deg during draining slag. The grate unit has water spraying holes in the lower part.

The invention discloses an energy-shining-resistant solar energy heat collection pipe. The energy-shining-resistant solar energy heat collection pipe comprises a pipe body; a groove is formed in the lower end of the pipe body; a sliding block is slidably connected into the groove; the outer part of the pipe body is further coaxially sleeved with a rotary sleeve which is manufactured by adopting atransparent material; the rotary sleeve can freely rotate around the axis of the rotary sleeve; the lower end of the sliding block is fixedly connected to the inner bottom of the rotary sleeve througha memory metal sheet; besides, the memory metal sheet coincides with the axis of the rotary sleeve; the memory metal sheet is twisted into a twisted shape at room temperature, and is of a sheet shapewhen the temperature exceeds the transformation temperature; and the end, which is located in the groove, of the sliding block is provided with a heat conductive sheet through welding. The energy-shining-resistant solar energy heat collection pipe is exquisite in structure and low in production cost; electric monitoring equipment is not needed; cost and manufacturing difficulty are effectively lowered; meanwhile, functions of self-protection, empty-shining-resistance and the like of a water heater are realized more accurately and scientifically; and the energy-shining-resistant solar energy heat collection pipe has obvious advantages.

The invention discloses a low pressure casting die for a multi-point isolated heat spot type large gearbox casing, which comprises a bottom die, a left side die, a right side die, an upper die, a front core pulling slide block, a back core pulling slide block, an inner cavity core, and a cooling system, wherein the cooling system is used for cooling the upper die at least, and comprises a cooling hole and a cooling pipe; the cooling hole is formed in the upper die; the cooling pipe extends into the cooling hole, and is used for continuously spraying a cooling medium into the cooling hole. The low pressure casting die for the multi-point isolated heat spot type large gearbox casing has the advantages that by arranging the cooling system capable of cooling the upper die, the over-high temperature of the die is prevented, the use performance of the die and the size precision of the processed part are ensured, the processing quality is improved, and the service life of the die is prolonged.

The invention provides a self-cooling vertical stone machining tool and a manufacturing method thereof. The self-cooling vertical stone machining tool comprises a tool body and a tool handle, whereina main blade and an auxiliary blade are arranged on the tool body, a main cooling hole is formed in the tool handle, the main cooling holes are blind holes which extend into the tool body in depth, aplurality of auxiliary cooling holes extending outwards along the radial direction of the tool handle are formed in the inner wall of the main cooling hole; the manufacturing method comprises the following steps of preparing a tool blank through a sintering or chemical vapor deposition method, milling a spiral groove by using a milling machine, a main cutting edge and an auxiliary cutting edge aremachined through grinding and grinding, and a main cooling hole and an auxiliary cooling hole are machined through an electric spark punching machine. According to the adoption of the technical scheme, the polycrystalline diamond material has high hardness, the cutting performance of the tool is greatly improved, the cooling liquid flows through the main cooling hole and the auxiliary cooling hole to cool the tool, the situation that the local area of the tool is excessively heated is avoided, the tool is protected, the service life of the tool is prolonged, the structural strength of the tool is high, and the workpiece machining quality is improved.

The invention provides a backlight circuit and a backlight with the same. The backlight circuit comprises a power supply unit and a plurality of lamp strings, and further comprises a plurality of adjusting units in one-one correspondence with the lamp strings, wherein each lamp string comprises a shining piece group and a feedback resistor which are connected in series; the adjusting units are used for adjusting currents flowing through the lamp strings, so that the electric potential at the cathode terminal of each shining piece group is not larger than a preset voltage value. The power consumption on each lamp string can be reduced, so as to lower the temperature of the backlight circuit.

The invention discloses a power battery device of an electric vehicle. The power battery device comprises each battery module which is encapsulated between a module upper cover and a module bottom plate, and a heating film which is used for heating each battery module, wherein grooves are formed in the inner surface of the module bottom plate for dividing the inner surface of the module bottom plate into a supporting surface and a groove surface; the battery modules are supported on the supporting surface; the heating film is pasted on the bottom surfaces of the grooves; the thickness of the heating film is smaller than the depth of the corresponding grooves so as to form heating gaps between the heating film and the battery modules. By virtue of the heating gaps, the heating film of the power battery device is a heating structure for heating of the battery modules, so that on one hand, a problem that temperatures of the battery modules are too high due to direct contact of the heating film and the battery modules can be avoided so as to improve the heating safety, and on the other hand, the heating uniformity can be improved, so that a temperature gradient among different points of the battery modules can be reduced and the service lives of the battery modules can be prolonged.

The invention provides a positive-electrode joint fuse box and an assembly for an automobile storage battery. The positive-electrode joint fuse box comprises a box body, a box cover and a communication sheet. The communication sheet is composed of a large current connection part, a small current connection part, a fixed part and a connection part. The large current connection part and the small current connection part are respectively provided with a large connecting hole and a small connecting hole. The box body comprises a large current wire harness connecting column, two rows of small current wire harness connecting columns and a fuse installation slot. The large current wire harness connecting column and the small current wire harness connecting columns are separated. The large connecting hole is matched with the large current wire harness connecting column. The small connecting hole is matched with one row of small current wire harness connecting columns. According to the technical scheme of the invention, the large current wire harness connecting column and the small current wire harness connecting columns are separated on the box body. Meanwhile, the current of the positive-electrode joint of a storage battery is led to each connecting column by the communication sheet. Therefore, the phenomenon that the heat is excessively large in the local region caused by the concentration of the large current can be avoided.

The invention provides an industrial workshop gas detection device. The industrial workshop gas detection device comprises a pedestal; a receiving chamber is arranged in the pedestal; the top of the receiving chamber is fixedly provided with a motor; the bottom of the motor and the bottom of the receiving chamber are fixedly provided with a bearing pedestal; the internal side of the bearing pedestal is fixedly connected with a screw rod; the surface of the screw rod is fixedly connected with a connecting plate; the left side and the right side of the receiving chamber are fixedly provided withslide rails; the slide rails are connected with the connecting plate through slide rods on the surface of the slide rails in slide connection. The industrial workshop gas detection device is providedwith a nitrogen spray box, nitrogen is sprayed to the internal part of a detection housing, so that rapid cooling is realized, overhigh temperature is avoided, effective cooling of the internal partof the detection housing is realized, damage on internal detection devices caused by overhigh temperature is avoided, explosion-proof performance is improved; a gas-water separation device is controlled to pump gas in the detection housing to the outside, water gas separation is realized, environment is protected, the efficiency is high, and electric leakage fire disasters of internal detection devices caused by moisture are avoided.

The invention discloses an electrical automation equipment mounting base, and relates to the field of electrical equipment. A plurality of damping springs are arranged on the upper surface of a fixedseat side by side; a mounting base is mounted above the fixed seat; a guide rail is arranged in the middle of the upper surface of the mounting base; a radiator is arranged on one side of the upper surface of the mounting base, and two cylinders are arranged on the other side in parallel; a base is slidably mounted on a guide rail; a shell is fixed to the upper surface of the base; a second cooling fan is mounted on one side surface of the shell; a second heat collecting plate is mounted at the opening end of one side of the shell; an electrical equipment body is installed in the middle of theshell; and a protective shell is mounted on the mounting base. According to the invention, the damping springs and the guide structure are arranged between the fixed seat and the mounting base, so that damping of the electrical automation equipment is realized, and damping and noise reduction are realized; a cylinder is arranged to push a second heat collection plate to be connected with or disconnected from the heat dissipation structure; and energy conservation and emission reduction are realized while the heat dissipation effect is ensured.