3results about How to "Affect temperature" patented technology

A kind of semiconductor plastic package raw material thermostat discharge system, including: box, the upper end of two opposite side plates of which is equipped with coaxial through-hole, box outside corresponding one of through-hole below is equipped with discharge slot, another through-hole is equipped with push rod, the bottom of box is equipped with strip slot;Crossbar, be located in box, along vertical direction movement setting, the top surface of crossbar is equipped with two clamps, V-shaped groove is formed between two clamps, for carrying plastic package raw material, the opening width of V-shaped groove is consistent with the outer diameter of plastic package raw material, the distance between the outer edge of two clamps is less than or equal to the width of strip slot;Baffle, be located in strip slot, support spring is equipped between the bottom of baffle and the bottom surface of strip slot, when support spring is natural state, the top surface of baffle is flush with the bottom surface of box or higher than the bottom surface of box.This scheme can automatically discharge, reduce manual operation, and help to keep the temperature inside thermostat.

The application provides a heat dissipation system with a suspended air suction structure and a spiral quick-freezing device, which comprises a cabinet, an evaporator, a wind shielding shell and an impeller, a connecting support is arranged in the cabinet, the wind shielding shell is connected with the connecting support, a motor support is arranged outside the cabinet, a motor is arranged on the motor support, and the rotating shaft of the motor penetrates through the cabinet and is connected with the impeller; a supporting frame is arranged below the connecting support, the supporting frame is connected with the connecting support and the evaporator respectively; a sealing connection structure is arranged on the cabinet, the sealing connection structure penetrates through the cabinet, and the two ends of the sealing connection structure are connected with the connecting support and the motor support respectively, so that the connecting support and the motor support are sealingly connected on the cabinet. The motor support, the connecting support and the cabinet are tightly connected through the sealing connection structure, internal cold energy is prevented from overflowing, and the temperature in the cabinet is affected.

The utility model discloses a valve body heat insulation structure, and relates to the technical field of valve body heat insulation, the valve body heat insulation structure comprises a thermostatic expansion valve and a temperature sensing bulb, four arc-shaped clamps which are consistent in structure and mutually symmetrical are arranged outside the temperature sensing bulb, and three heat insulation sheets which are the same in structure are fixedly arranged on the two side edges and the upper portion of the two arc-shaped clamps located on the upper portion; second heat conduction pipes with the same structure and installation mode are arranged on the sides, away from the arc-shaped clamps, of the three heat insulation pieces, vacuum heat insulation plates used for partition heat insulation are arranged on the sides, away from the heat insulation pieces, of the three second heat conduction pipes, and a plurality of first heat conduction pipes used for heat transfer are arranged in inner cavities of the four arc-shaped clamps at intervals in an array mode. The problems that the thermal expansion valve thermal bulb is affected by the external temperature, then the adjusting precision of the thermal expansion valve is affected, and induction of the thermal bulb on the superheat degree of a refrigerating system is affected due to the fact that the thermal bulb is moved are solved.