9results about How to "Fast temperature rise" patented technology

This invention provides a microwave roasting equipment and process flow for iron extraction from red mud, relating to the field of red mud iron extraction technology. It includes a fixed base frame with a rotary kiln mounted on top. The rotary kiln comprises a furnace shell, furnace tubes, a discharge end pipe, a feeding assembly, a preheating assembly, a retention assembly, and a drive assembly. By incorporating the preheating and retention assemblies, this invention achieves effective preheating of the red mud particles, reducing the energy consumption required for roasting. Simultaneously, the retention assembly ensures uniform microwave action on the red mud particles, effectively improving the heating and roasting efficiency. The combined effect significantly reduces energy consumption during red mud roasting, and through this novel red mud iron extraction process, the iron grade of the obtained iron concentrate is greatly improved.

The application discloses a liquid cooling cable, comprising an inner support pipe, an outer support pipe sleeved outside the inner support pipe, and at least one support connecting piece arranged between the inner support pipe and the outer support pipe, wherein the support connecting piece divides the space between the inner support pipe and the outer support pipe into at least one first cavity, at least one conductor is arranged in the first cavity, and cooling liquid flows in the inner support pipe and the at least one first cavity. According to the liquid cooling cable, the cooling liquid flows in the inner support pipe and the first cavity, so that the heat of the conductor arranged in the first cavity can be quickly taken away, the heat generated by the conductor during charging is effectively reduced, the service life of the cable is prolonged, and the current carrying capacity of the conductor is improved.

The invention relates to the field of motors, in particular to a closed motor with internal and external cooling air paths, which comprises a shell of which the inner wall is uniformly provided with a plurality of magnetic poles, an end cover fixed at one end of the shell, and a rotor of which the two ends respectively penetrate through and are rotationally connected to the centers of the shell and the end cover, each air channel corresponds to a gap between two adjacent magnetic poles, the air channels are communicated with the gaps at the ends away from the end cover, the end cover is provided with a rotating channel communicated with the multiple air channels, and fan blades I are fixed to the position, close to the end cover, of the rotor. And a cavity tube is sleeved on the shell. A plurality of cooling fins are evenly arranged on the outer side of the cavity pipe. Two side lug pipes are symmetrically arranged on the cavity pipe, communicating pipes are arranged at the two ends of the end cover, the two communicating pipes are in butt joint communication with the two side lug pipes respectively, inner cavity plates are fixed to the ends, away from the side lug pipes, of the two communicating pipes, and spiral frames are rotationally arranged in the two communicating pipes. The motor can effectively dissipate heat, and the temperature rise of the motor is prevented from being too high.

The utility model discloses a motor, including the pivot, the casing and the refrigeration pipe, the refrigeration piece and the heat conduction plate of inside and outside setting in the pivot and the casing between in proper order, the refrigeration pipe is around the outer periphery of the pivot, the two sides of refrigeration piece are equipped with refrigeration surface and the heat releasing surface respectively, and the refrigeration surface is opposite with the refrigeration pipe, and the heat releasing surface is contacted with the heat conduction plate, and the casing is fixed with a plurality of radiating fins. The pivot exchanges heat with the refrigerant in the refrigeration pipe, and the heat of the refrigerant after heat exchange is absorbed by the refrigeration surface of the refrigeration piece, realizing cooling to the pivot, the heat of the heat releasing surface of the refrigeration piece is conducted to the casing outside through the heat conduction plate and the radiating fin in proper order, avoiding temperature rise in the casing too high, so can reduce the risk of thermal deformation of the pivot due to high temperature, reduce the frequency of motor failure, effectively provide the working reliability of motor.

This invention provides a high-efficiency, low-temperature-rise passive harmonic filter, belonging to the field of filters. It includes a main base housing and a top housing with evenly spaced heat dissipation side slots on both sides, which work in conjunction with symmetrically fixed cooling fans on the inner side to form an effective airflow channel. The cooling fans draw external cool air into the top housing, accelerating airflow and allowing heat to be quickly dissipated to the external environment, significantly improving heat dissipation efficiency. The evenly fixed heat dissipation side plates on the outer side of the passive harmonic filter further increase the heat dissipation area, while the porous structure of the perforated support plate also facilitates airflow and enhances the heat dissipation effect. Through these heat dissipation designs, the temperature rise of the filter during operation is effectively reduced, ensuring that the internal electronic components operate in a suitable temperature environment, improving component performance and lifespan, reducing the failure rate caused by overheating, and improving the reliability and stability of the filter.

The application discloses a kind of air supply equipment and gas water heater, it is related to water heater technical field.The air supply equipment includes volute, air supply wheel, motor and heat insulating material piece;Volute is equipped with fan flow channel;Air supply wheel is located in fan flow channel;Motor includes the motor body and motor shaft connected, motor body is located in the side of volute, motor shaft is inserted into fan flow channel, and is transmissionally connected with air supply wheel;Heat insulating material piece is located between motor body and volute, heat insulating material piece is configured to block the heat transfer in fan flow channel to motor body.The technical scheme of the application can prevent motor temperature rise too high, and solve the problem of motor performance decline simultaneously.

The invention provides an underground electromagnetic heating device and a heating method thereof. The heating device comprises an oil-string casing, a metal pipe, an oil pipe and an electromagnetic generation column connected with an external power supply, the end of the oil-string casing extends into the stratum and is connected with one end of the metal pipe in a sleeved mode, and the other end of the metal pipe extends into an oil layer. One end of the oil pipe is sleeved with the oil-string casing, the other end of the oil pipe extends into the metal pipe and is connected with one end of the electromagnetic generation column, and the electromagnetic generation column extends into the metal pipe and is kept coaxial with the metal pipe. According to the underground electromagnetic heating device, the electromagnetic field with the two-pole connecting line collinear with the axis of the metal pipe is formed through the electromagnetic generation column, so that eddy current is generated on the metal pipe, the eddy current can generate heat in the flowing process on the metal pipe, and heating operation on an interval oil layer at the corresponding position of the metal pipe is achieved; and the electromagnetic generation column is classified into a plurality of electromagnetic column body parts and connecting column body parts, so that the selective heating effect is achieved.

The application discloses a heat accumulation type heat pump heat management system and a control method, and belongs to the field of automobile heat management systems. The technical scheme adopted by the application is a heat accumulation type heat pump heat management system, which comprises an air conditioner refrigerant circuit, a power battery cooling liquid circuit and a motor cooling circulation circuit. In summer, the heat of the passenger cabin or the power battery is transferred to the external environment through the outdoor condenser, and the energy transfer is low in energy consumption and high in efficiency. In winter, when charging, the power battery has the characteristics that the charging current becomes smaller as the SOC increases, and the charging power provided by the charging pile is unchanged. The electric quantity is stored in the cooling liquid, the power battery, the second auxiliary water tank and the motor in the form of heat. After charging, the heat is transferred to the passenger cabin in the form of a primary energy transfer mode and a secondary energy transfer mode, the problem of excessive use of power battery electric quantity is avoided, and the driving range of the whole vehicle is improved.

This invention discloses a heat management system, method, and engineering machinery. The management system includes: a hydraulic oil cooling component, a cab heating component, a battery liquid cooling circulation component, a vehicle radiator, and a controller. The hydraulic oil cooling component includes a water-oil heat exchanger, which exchanges heat between the coolant and hydraulic oil. The cab heating component, battery liquid cooling circulation component, and vehicle radiator are all equipped with water circulation pipes, through which coolant flows, achieving heat exchange between the coolant and these components. The water circulation pipes are equipped with solenoid valves and temperature sensors connected to the controller. The controller adjusts the opening of the solenoid valves based on the temperature collected by the temperature sensor, managing the heat exchange in each water circulation pipe. This invention connects the hydraulic oil cooling system to the cab and battery system, improving the overall energy utilization rate of the machine according to different ambient temperatures and operating conditions.