31results about How to "Avoid the risk of overheating" patented technology

The invention relates to a process for operating a washer dryer comprising a tub 1, a drum 2 mounted in the tub 1 to be rotatable around an essentially horizontal axis 30 for receiving laundry items 5, a control unit 16, a process air circuit 4 comprising a liquefier 8 of a heat pump circuit 8,9,10,11 and a blower 6 to heat and circulate the heated air through the drum 2, an evaporator 9 to condense moisture from the process air coming out of the drum 2, a temperature sensor 19, 20, 21, and a rinsing device 12, wherein: (a) the temperature sensor 19, 20, 21 measures a temperature value T app in the process air circuit 4 or the heat pump circuit 8,9,10,11 which are indicative of a temperature of the refrigerant in the heat pump circuit 8,9,10,11; and (b) the rinsing device 12 flushes the evaporator 9 with an aqueous liquid 15 when the temperature T app reaches or exceeds an upper temperature limit T max set .

The invention belongs to aerospace design and manufacturing technologies, and particularly discloses an aluminum-alloy tank melon petal punching device and punching method. The punching device comprises an upper pressing block, a molding female die, an insulating padding plate and a lower pressing block, wherein the upper pressing block, the molding female die, the insulating padding plate and the lower pressing block are coaxially installed, the molding female die is arranged on the upper portion of the insulating padding plate which is provided with an installing groove, an inductor coil is arranged in the installing groove, the upper pressing block is arranged on the molding female die, and the lower pressing block is arranged on the lower portion of the insulating padding plate. The punching method comprises the steps that plates are subjected to deep-drawing deformation, punching machining is conducted by means of a magnetic pulse technology, the restrictive use process of secondary solid solution treatment is eliminated, the risk that parts are prone to overburning due to multiple times of solid solution treatment is avoided, and meanwhile tensile strength and yield strength of the parts are improved.

The invention provides a heat dissipation control method and device, equipment and a storage medium. The heat dissipation control method comprises the steps that: the current environment temperature is obtained, a temperature interval to which the current environment temperature belongs is determined, a target rotating speed of a fan is determined according to PID parameters corresponding to the temperature interval and the first temperature of a target heat dissipation component, and operation of the fan is controlled based on the target rotating speed. According to the heat dissipation control method provided by the invention, the operation of the fan can be more accurately controlled, and the heat of the target heat dissipation part is effectively dissipated, so that the risk of overtemperature of the target heat dissipation part is avoided.

The invention discloses an air intake vent temperature correction method based on GPU power consumption and environment temperature. The specific method is as follows: S1, acquiring feedback environment temperature data and power consumption data of a backboard in real time; S2, computationally analyzing the environment temperature to work out a correction coefficient, and computationally analyzing the power consumption data to work out a correction coefficient; S3, adding the two correction coefficients, and then adding a constant value coefficient; S4, outputting real-time and effective Intel sensor feedback value. Compared with the prior art, the feedback value of an Inlet sensor is corrected according to the power consumption and the environment temperature of the backboard by use of the air intake vent temperature correction method based on GPU power consumption and environment temperature, so that the environment temperature can be accurately and really reflected by excluding multiple factors; therefore, not only can the requirement of a customer be satisfied, but also the rotational speed of a fan can be accurately and efficiently controlled in cooperation with a regulating strategy, the power waste caused by excessive rotational speed of the fan is avoided, and the excessive temperature risk caused by too low rotational speed is further avoided.

An explosion-proof capacitor, belonging to the technical field of power capacitors, aimed at existing power capacitors, including power capacitors with good internal heat conduction, the heat at the center of the capacitor is not easy to dissipate and cause local temperature to be too high; the invention provides an explosion-proof capacitor, It includes a shell, an aluminum cover, a terminal, an insulating sleeve, a silicone ring, a nut, an explosion-proof plate, a copper foil, and an internal capacitor core. The shell is cylindrical, and a cylindrical cavity is arranged in the middle of the shell. Cooling cavity, the upper part of the cooling cavity is provided with an inlet pipe, the lower part of the cooling cavity is provided with a discharge pipe, and the inside of the cooling cavity is provided with a spoiler; the invention takes away heat through the flow of the cooling medium in the cooling cavity, thereby preventing the middle part of the capacitor from Potential safety hazards caused by excessive temperature.

The invention provides an efficient and energy-saving air source heat pump. The efficient and energy-saving air source heat pump comprises a refrigerant compression device, an integrated heat supply unit and an energy-saving module, wherein the outlet of the refrigerant compression device communicates with the inlet of the integrated heat supply unit; the energy-saving module comprises a first energy-saving module and a second energy-saving module arranged in parallel; the first energy-saving module comprises a first heat exchanger and a first control module which are arranged in series; the outlet of the first heat exchanger communicates with the inlet of the refrigerant compression device; the inlet of the first heat exchanger communicates with the outlet of the integrated heat supply unit through the first control module; the second energy-saving module comprises a second heat exchanger and a second control module which are arranged in series; the outlet of the second heat exchangercommunicates with the inlet of the refrigerant compression device; the inlet of the second heat exchanger communicates with the outlet of the integrated heat supply unit through the second control module; and the first control module and the second control module are configured to control the first heat exchanger and the second heat exchanger to alternatively perform defrosting. The efficient andenergy-saving air source heat pump can avoid the stop of system heating and the high-pressure risk of the refrigerant compression device.

The invention discloses a device for realizing vacuum reflow soldering high-temperature uniformity and a processing method thereof, and relates to the technical field of vacuum reflow soldering. Vapor-phase liquid in the vapor-phase liquid storage tank is filtered by the first filter through the circulating pump and then injected into the vacuum cavity through the injection valve, the vapor-phase liquid reaches the boiling point through the heating effect of the cavity wall of the vacuum cavity, high-temperature steam is generated, the high-temperature steam is used for heating products in the cavity, and the products in the cavity are heated. Stopping heating when the product temperature reaches the liquid boiling point and the saturated steam temperature; and the vacuum cavity is vacuumized again through the vacuumizing pipeline, and after the saturated steam in the vacuum cavity is condensed and filtered through the condensation filter, the saturated steam recovers to be in the liquid state, and vapor-phase liquid flows back into the vapor-phase liquid storage tank. The heat transfer efficiency is higher, overheating is avoided, and the heat accessibility is good. And the vapor-phase liquid can be condensed and recycled through a vacuumizing pipeline for reuse. Products welded through the technology are high in reliability, free of cavities in welding spots, high in assembly density, high in vibration resistance and good in high-frequency characteristic.

The invention relates to the technical field of computer systems, specifically a computer artificial intelligence information screening device including a database, an acquisition module, a conversion module, an element extension module, a pre-screening module, a storage module, an execution module and a display module; the acquisition module is used To read the information in the current computer page, and split the information in the current computer page into a plurality of restricted elements, filter the data related to the extended elements and restricted elements from the database through the pre-screening module, and filter out The results are stored in the storage module, which greatly reduces the subsequent screening intensity and can greatly improve the screening speed of the subsequent steps. When reading a web page or document, you only need to directly click the visual button corresponding to the restricted element and the extended element with the mouse Screening can be carried out, which greatly facilitates the use and improves the efficiency of screening.

The invention discloses an oven and a control method thereof.The oven comprises an oven body, a baking chamber is arranged in the oven body, and an opening is formed in the front end of the baking chamber; the door body is pivotally arranged on the refrigerator body; the automatic door opening and closing mechanism is used for driving the door body to open or close the opening of the baking chamber; and the heat dissipation mechanism is arranged in the box body, and the heat dissipation mechanism is at least used for discharging gas in the baking chamber to the outside so as to reduce the temperature in the baking chamber. According to the oven, the automatic door opening and closing mechanism is started to open the door body, external cold air flows into the baking chamber, the heat dissipation mechanism is started to discharge hot air in the baking chamber to the outside, negative pressure is formed in the baking chamber, external cold air flows into the baking chamber in an accelerated mode, and therefore the oven has the rapid cooling function; and the risk that the food is excessively heated by residual heat of the baking chamber due to the fact that the user does not take out the baked food in time is avoided.

The invention relates to a refinery matched coal-to-hydrogen sulfur-tolerant shift methanation integrated process. According to the invention, the used sulfur-tolerant methanation reactor can meet methanation reactions under different loads so as to effectively avoid the risk of the overtemperature of the bed layer under a low load; compared with a high-temperature circulating methanation technology, the process of the invention has the following advantages that a circulating compressor is canceled so as to reduce the equipment investment and improve the energy recovery rate, and synthesis gassequentially passes through the sulfur-tolerant methanation reactor in a tandem manner so as to simplify the process and the system control and easily achieve good economic benefits; the pressure ofa hydrogen pipe network and the sub-circuit of the sulfur-tolerant methanation reactor are subjected to interlocked control, so that the opening degree of the subcircuit is adjusted in an online manner through the pressure to achieve the stable operation of the hydrogen pipe network so as to ensure the long-period stable operation of the oil refining device; and the load fluctuation of the gasification device due to the fluctuation of the hydrogen pipe network is eliminated so as to easily maintain the long-period stable operation of the gasification device.

The invention provides a using method of an efficient energy-saving type air source heat pump. The efficient energy-saving type air source heat pump comprises a comprehensive heat supply unit, a firstheat exchanger and a second heat exchanger. The using method comprises the following steps: controlling the first heat exchanger to communicate with the outlet of the comprehensive heat supply unit through a first bypass pipeline to defrost; controlling the second heat exchanger to communicate with the outlet of the comprehensive heat supply unit through a second bypass pipeline to defrost; controlling the first heat exchanger to communicate with the outlet of the comprehensive heat supply unit through a first main pipeline to take heat; and controlling the second heat exchanger to communicate with the outlet of the comprehensive heat supply unit through a second main pipeline to take heat. The using method avoids the risks of halt of system heating and high pressure of a refrigerant compressing device.

The invention relates to the technical field of bearing lubrication, in particular to a single-rod bearing for high-speed rotation, which comprises a bearing rod, a bearing sleeve and a bearing gasket, the bearing sleeve is arranged on a rolling step shaft of the bearing rod, a plurality of roller pins are uniformly distributed and mounted in an annular gap along the circumferential direction, and two adjacent roller pins and an inner hole wall form an oil collecting cavity; the fixed step shaft is sleeved with the bearing gasket, the rolling step shaft is provided with a limiting flange which is matched with the bearing gasket and used for limiting the bearing sleeve to move in the axial direction, oil inlet grooves which are obliquely formed in the radial direction are formed in the end faces of the two sides of the bearing sleeve, the first oil hole in the bearing rod and the oil inlet grooves are communicated with the annular gap, and the first oil hole is communicated with the second oil hole. When the bearing rotates at a high speed, lubricating oil can quickly enter the annular gap through the pressure difference generated by rotation of the oil inlet groove and is quickly discharged through the first oil hole and the second oil hole, heat generated by the bearing is taken away in time while the roller pin is lubricated, the over-temperature risk of the bearing is avoided, and the service life of the bearing is prolonged.