39results about How to "Avoid overheating problems" patented technology

The invention discloses an ultrasonic atomization structure and an ultrasonic atomization device using the same. The ultrasonic atomization structure comprises a liquid receiving tank 12, a liquid absorption medium 15 and an atomization unit, wherein the liquid absorption medium 15 is arranged in the liquid receiving tank 12, and the bottom surface of the liquid absorption medium 15 is immersed in liquid in the liquid receiving tank 12. When the ultrasonic atomization structure is used, the liquid absorption medium 15 absorbs the liquid in the liquid receiving tank 12 and conveys the liquid to one end of the liquid imbibition medium 15, far from the bottom surface of the liquid absorption medium 15, the atomization unit is attached to the end of the liquid absorption medium 15, far from the bottom surface of the liquid absorption medium 15, and the end of the liquid absorption medium 15, far from the bottom surface of the liquid absorption medium 15, is provided with a groove 1501. The ultrasonic atomization structure and the ultrasonic atomization device using the same can atomize the high viscosity liquid into fine drops, and can not cause a superheating phenomenon to the atomization unit.

The invention discloses a coating machine oven system comprising an infrared heating unit and a steam heating unit arranged in succession. The infrared heating unit comprises a plurality of infrared heating tubes. The steam heating unit comprises an intake passage, an air heating cavity, a base material heating cavity, an exhaust passage and a return air passage; a heating coil is disposed in the air heating cavity; an upper nozzle and a lower nozzle are disposed in the base material heating cavity; air enters the air heating cavity from the intake passage; the heating coil with steam heats up the air in the air heating cavity; the heated air is blown out of an air outlet of the upper nozzle and an air outlet of the lower nozzle; base material successively passes by one side of the infrared heating tubes between the upper nozzle and the lower nozzle; part of the air in the base material heating cavity is discharged from the exhaust passage, and the other part of the air returns from the return air passage to the intake passage. The coating machine oven system has the advantages that preheating is not required, heat conversion efficiency is high, energy consumption is low and temperature is even.

The invention discloses a supercritical carbon dioxide boiler heating system and a heating method. The supercritical carbon dioxide boiler heating system comprises a boiler, a spiral tube coil superheater, a separator, an external heat exchanger, an external reheater, a flue, a convection superheater and a convection reheater. The spiral tube coil superheater is installed inside a hearth of the boiler and is of a spiral tube coil structure, and a spiral tube coil provides a supercritical carbon dioxide circulating channel. The external reheater is installed inside the external heat exchanger. The convection superheater and the convection reheater are installed inside the flue. The upper end of the hearth communicates with an inlet of the separator. A flue gas outlet of the separator communicates with one end of the flue. A solid particle outlet of the separator communicates with an inlet of the external heat exchanger, and an outlet of the external heat exchanger communicates with the hearth of the boiler. The spiral tube coil superheater and the convection superheater are arranged in parallel. The external reheater and the convection reheater are arranged in parallel.

The invention discloses a microwave oven yogurt fermentation control method, a microwave oven and a computer readable storage medium, wherein the microwave oven yogurt fermentation control method comprises the following steps: acquiring the mass m of the yogurt to be fermented; according to the quality m of the yogurt to be fermented and the first input power p1 of the microwave oven, obtaining acontinuous heating time t1 through calculation, and heating the yogurt to be fermented for t1 time with the first input power p1; according to the mass m of the yogurt to be fermented and the second input power p2 of the microwave oven, obtaining the heating time t2 through calculation, and after the intermittent time t3, heating the yogurt to be fermented for t2 time with the second input power p2, and repeatedly executing the steps until the fermentation process is ended. In the yogurt fermentation process, microwave is powered on-off and heated, the problem that a traditional heating mode causes low heating efficiency and large electric resource consumption caused by continuous heating is solved, and meanwhile, and the problem that the yogurt is overheated in the yogurt fermentation process through short-time heating is solved.

The invention relates to the field of high-voltage contactors, in particular to a real-time monitoring method and system for the service life of a high-voltage contactor. The method is applied to a battery connection circuit, and comprises the following steps: providing a standard resistance value of the high-voltage contactor; obtaining a first resistance value of the first contactor and a secondresistance value of the second contactor in real time, and giving an alarm according to the first resistance value, the second resistance value and the standard resistance value. The technical schemeof the invention has the beneficial effects that the current service life condition of the high-voltage contactor can be accurately detected in real time, the problem of over-temperature caused by the fact that the high-voltage contactor cannot be predicted or warned in advance and is continuously used after the service life is ended can be avoided, and the risk caused by function failure of a battery or other high-voltage components can be further avoided.

The present invention discloses an intelligent energy-storage integrated device. The device comprises a box body, an energy-storage current converter, an energy management system, an energy storage device, a temperature controlling system and a fire-extinguishing system. The energy-storage current converter and the energy management system are linearly connected with the energy storage device separately, and the temperature controlling system and the fire-extinguishing system are located at one side of the energy storage device separately. The energy storage device comprises an energy storagebox and batteries arranged in the energy storage box. The temperature controlling system comprises an air conditioner and a flow-conducting tube, the air outlet of the air conditioner is provided witha flow-conducting cover, and the flow-conducting tube is horizontally arranged in the energy storage box or at the outside of the energy storage box separately. One end of the flow-conducting tube isconnected with the flow-conducting cover, the other end of the flow-conducting tube is provided with a plug to perform plugging, and the flow-conducting tube is radially provided with air-blowing pipes pointing to the batteries. According to the intelligent energy-storage integrated device, each battery is in the best working temperature environment, and the use security is improved.

The invention discloses a wall surface polisher. The wall surface polisher comprises a water accumulation tank and a grinding device; the middle part of the internal bottom wall of the water accumulation tank is fixedly connected with a hydraulic device; the top of the right side of the water accumulation tank fixedly communicates with a water feeding pipe; the right side of the water feeding pipeis in threaded connection with a sealing cover; the bottom of the grinding device is fixedly connected with a hanging rod; and the bottom of the hanging rod is fixedly connected with a handheld handle. When the wall surface polisher is in use, the water in an inner chamber of the water accumulation tank is fed into a water charging pipe via a No.1 hose by starting a water feeding pump; the watercharging pipe is used for guiding water flow into an inner chamber of a flow guide tank so that the water flow flows leftwards at the top of a partition plate and pushes blades to rotate, and thus a polishing disc is used for driving a steel wire brush to rotate at a high speed so as to polish a wall; the grinding device is powered by adopting hydraulic power, so the problem about generation of over heat is prevented when the wall surface polisher is in use.

The invention relates to organic waste gas heat accumulating type heating power incinerator inlet waste gas heating device which comprises an incinerator body. A gas inlet is formed in the upper portion of the incinerator body, a gas outlet is formed in the back end of the incinerator body, a burner is arranged at the front end of the incinerator body, and a burning chamber is arranged at the front end of the interior of the incinerator body; an air supplementing device is arranged at the front portion of the burning chamber, a flame retardant layer is arranged on the exterior of the burning chamber, and an air flow uniform distribution chamber is arranged on the exterior of the flame retardant layer; and a mixing chamber is arranged at the back end of the interior of the incinerator body, and a waste water spraying gun is arranged at the front portion of the mixing chamber. According to the organic waste gas heat accumulating type heating power incinerator inlet waste gas heating device, pressure fluctuation in a hearth is small, and low concentration waste water can be treated.

The invention discloses a new energy power element surface plating device, and relates to the technical field of new energy machines. The new energy power element surface plating device comprises a base, wherein the top of the base is fixedly connected with a tank body, the upper position of the surface of the tank body is fixedly connected with vacuumizing equipment, the top of the inner side surface of the tank body is fixedly connected with a bombardment mechanism, a dust settling mechanism is fixedly connected to the upper side of the surface of the bombardment mechanism, a stirring mechanism is fixedly connected to the bottom of the inner side face of the tank body, a mixing mechanism is fixedly connected to the top of the stirring mechanism, and the bombardment mechanism comprises a connecting wall. According to the new energy power element surface plating device, through cooperative use of the stirring mechanism, the mixing mechanism, the bombardment mechanism, the dust settling mechanism and other mechanisms, the problem of how to separately feed protective gases of all components and conduct effective stirring, the problem that the surface, making contact with a bearing table, of a plated element cannot be plated, and the problem of how to make target evaporation ions fully contact with the surface of an electric appliance element are solved.

The invention provides a suspended bed hydrogenation discharge process, which comprises a suspended bed hydrogenation reactor, a discharge pipeline, a cooling separation system, a torch system and a raw oil recycling system. According to the process, when the temperature of the suspended bed hydrogenation reactor instantaneously rises and exceeds the normal reaction temperature, the material inletvalve on the material inlet pipeline is closed, and the discharge valve group is opened; the liquid-solid phase material in the suspended bed hydrogenation reactor is discharged into the cooling separation system through the bottom portion; and the cooled and separated gas phase material is discharged to the torch system, and the liquid-solid phase material is discharged to the raw material oil recycling system so as to achieve the emergency discharge of the suspended bed hydrogenation reactor. According to the present invention, the liquid phase and the catalyst solid in the suspended bed hydrogenation reactor are rapidly discharged during the emergency discharge to stop the occurrence of the reaction, such that the thermal runaway of the suspended bed hydrogenation reactor can be avoided, the temperature in the reactor can be effectively controlled, the safety can be improved, the pressure in the suspended bed hydrogenation reactor can be stabilized at the high pressure, the equipment fatigue caused by the frequent pressure increase and pressure reduce can be avoided, and the energy consumption and the cost can be reduced.

The invention discloses a visual conflict model construction method and device based on a flight path, electronic equipment and a storage medium, and belongs to the technical field of air traffic management. The method comprises the following steps: acquiring comprehensive flight paths of a predetermined number of aircrafts in a predetermined area, extracting data items in the comprehensive flightpaths, and aligning a time sequence of the data items; according to the position data and the height data corresponding to the aircraft, calculating a conflict index of each position point in a predetermined area; sorting all the position points in the predetermined area according to the conflict indexes, selecting different identifiers according to the sorting result to represent the position points, establishing a conflict model based on track data, and drawing conflict thermodynamic diagrams of different height intervals by using actual operation data, so the control operation safety riskcan be effectively prompted, the air traffic control service efficiency is improved, and a certain reference is provided for airspace management planning.

The invention belongs to the technical field of clothes treatment, and particularly provides clothes treatment equipment, and aims at solving the problem that the temperature of a table top is too high due to the fact that the arrangement mode of a heating component of an existing drying device is not good. Therefore, the clothes processing equipment comprises a shell, a clothes processing barrel and a drying assembly, the drying assembly comprises a drying air channel, a condensation component, a drying fan and a heating component, the condensation component, the drying fan and the heating component are sequentially arranged in the drying air channel in the airflow direction, and an air inlet and an air outlet of the drying air channel communicate with the clothes processing barrel; a heat insulation cleaning component is arranged between the heating component and the shell, cooling liquid circulates in the heat insulation cleaning component to achieve the heat insulation effect, and therefore the problem that a user is scalded easily due to the fact that the temperature of the shell is too high is effectively avoided; the cooling liquid flowing out of the heat insulation cleaning component can be sprayed to the condensation component to achieve the cleaning effect, and then the dehumidification effect of the condensation component is effectively guaranteed.

The invention discloses a refrigerator unfreezing control method and system and a refrigerator. The method comprises the following steps of: identifying a to-be-unfrozen article and an unfreezing mode preset by a user; determining an unfreezing time parameter of segmented unfreezing operation according to the weight of the to-be-unfrozen article and the unfreezing mode; and according to the unfreezing time parameter, performing segmented unfreezing operation on the to-be-unfrozen article. The invention provides a scheme for uniformly heating the to-be-unfrozen article in a segmented manner according to the weight of the to-be-unfrozen article and the unfreezing requirement of the user, so that the problem of overhigh surface temperature of food caused by overlong one-time heating time is avoided; food can be unfrozen uniformly inside and outside, and partial overheating is avoided; and the segmented unfreezing process has corresponding unfreezing time parameters, so that the user can master the unfreezing process, time management of the user is facilitated, and thus, the method is more user friendly.