6results about How to "Realize temperature control" patented technology

This utility model discloses a full-process temperature-controlled packaging system, belonging to the field of chemical material packaging technology. It includes a reaction unit, a packaging unit, a receiving unit, a packaging container, and a refrigeration unit. The packaging unit contains a hopper, and the outlet of the reaction unit is connected to the inlet of the hopper via a conveying pipeline. The receiving unit is located below the outlet of the packaging unit and is used to hold the packaging container; the inlet of the packaging container is connected to the outlet of the packaging unit. The inner wall of the reaction unit has a jacket, and the outer wall of the conveying pipeline is fitted with a jacket. A first coil is installed inside the hopper. The receiving unit is a hollow container with a second coil inside, and its upper surface serves as a platform for the packaging container. The refrigeration unit delivers refrigerant through a circulation pipeline to the jacket, the jacket, the first coil, and the second coil. This utility model can achieve full-process temperature control during material conveying, packaging, and temporary storage, ensuring the safety and stability of the materials.

A lower electrode assembly and a plasma processing device are disclosed. The lower electrode assembly includes: a first base for supporting a substrate, wherein a first cooling channel is provided therein; a second base disposed around the first base, forming two separate components, and the second base is provided with a second cooling channel; a heat insulation structure disposed between the first base and the second base, for independently controlling the temperature of the first base and the second base; an edge ring assembly disposed above the second base; and a device plate disposed below the first base and the second base, wherein the first base and the second base are fixedly connected to the device plate. The lower electrode assembly can independently control the temperature of the edge ring assembly.

The utility model discloses a continuous hydrogenation device with temperature control function, including fixed bed reactor for the continuous catalytic hydrogenation reaction of device, the temperature control unit is integrated in the device, including the three way regulating valve, heat medium pump, power regulator and electric heater that connect gradually, heat medium pump and electric heater are used for maintaining heat medium flow, power regulator is used for adjusting the power of electric heater, the three way regulating valve is used for the flow control of heat medium, wherein the temperature control unit passes through the temperature of pipeline heat medium in control device, realizes the temperature control of fixed bed reactor, the utility model discloses beneficial effect: the heating module that is temperature control unit is integrated to whole device, and the flow of heat medium in pipeline is maintained through the stable flow of electric heater and heat medium pump to realize temperature control.

This utility model discloses a novel casting pulping machine. The machine incorporates a cooling jacket encasing the motor, and two interconnected cooling pipes (one and two) within the mixing tank and cooling jacket. A water pump circulates the coolant through these pipes, dispersing heat from the motor to the mixing tank, improving heat dissipation and allowing the motor to operate continuously for extended periods, thus increasing efficiency. Furthermore, a water tank, heater, temperature sensor, and PLC controller regulate the coolant temperature, thereby controlling the temperature of the motor and mixing tank. This ensures the motor operates at a suitable temperature and prevents the raw materials from becoming too viscous and difficult to mix evenly, further enhancing pulping efficiency.

The utility model discloses a kind of self-heating anti-freezing water pipe protective sheaths, it is related to water pipe protection field, including two groups of self-heating protective sheaths and water pipe body, two groups of the self-heating protective sheaths are respectively symmetrically arranged at the outside of water pipe body, the self-heating protective sheaths include installation groove, heater and heat conducting layer, the heater and heat conducting layer are fixedly installed in the inside of installation groove, the heating rod of the heater is arranged in the inside of heat conducting layer, the outside of heat conducting layer is fixedly bonded with heat conducting plate. The utility model generates heat energy after the core component heating rod of heater is electrified, the heat is first conducted to complete energy aggregation inside heat conducting layer, subsequently through the medium effect of heat conducting plate, directional transmission is carried out to the internal cavity of water pipe body, realizes the temperature rising regulation and control to water body in pipe, to effectively avoid the icing risk under low temperature environment, ensure that water pipe body can still maintain stable water supply function in severe cold outdoor working condition.

This invention relates to the field of new energy vehicle technology, specifically to an on-board refrigeration system, control method, automobile, and computer-readable storage medium. The on-board refrigeration system includes a four-way reversing valve, a high-pressure compressor, a condenser, an on-board air conditioning evaporator, a low-pressure compressor, a compressed air cooler, and an on-board refrigerator evaporator. The four-way reversing valve has a first port, a second port, a third port, and a fourth port. The first port is connected to the high-pressure compressor and the low-pressure compressor; the second port is connected to the condenser; the third port is connected to the on-board air conditioning evaporator; the fourth port is connected to the high-pressure compressor; the condenser is connected to the on-board air conditioning evaporator; the low-pressure compressor, the compressed air cooler, and the on-board refrigerator evaporator are sequentially connected; and the on-board refrigerator evaporator is connected to either the condenser or the on-board air conditioning evaporator. This invention can reduce the overall system volume, improve space utilization, and increase energy efficiency.