5results about How to "Improve leakage problem" patented technology

The utility model provides a kind of welding device, including mounting seat, and welding cavity is equipped in mounting seat;Mounting seat is equipped with first installation port and second installation port;Multiple first clamps are detachably embedded in first installation port, the shape of the first clamping hole of each first clamp is different, and first shape pipe can be inserted into welding cavity through first clamping hole;Multiple second clamps are detachably embedded in second installation port, the shape of the second clamping hole of each second clamp is different, and second shape pipe can be inserted into welding cavity through second clamping hole;Heating assembly;When a first clamp is embedded in first installation port and a second clamp is embedded in second installation port, first clamp, second clamp and mounting seat form welding cavity;Part of heat generated by heating assembly is transmitted to welding cavity through mounting seat, and part of heat is transmitted to first clamp and second clamp to heat first shape pipe and second shape pipe.The present welding device is suitable for brazing of pipe fittings with different shapes and sizes.

The application discloses a freezer door trim structure and relates to the technical field of refrigeration equipment. The door trim structure comprises a trim main body and an exhaust structure. The exhaust structure is arranged on the trim main body and used for lapping a door tank contact surface of the door tank. The exhaust structure is a ladder-shaped structure, and the height of the ladder-shaped structure is 0.5 mm. The contact surface width of the ladder-shaped structure and the trim main body is 0.5-0.8 mm, and a width of 0.5 mm exhaust groove is arranged on the other surface of the ladder-shaped structure at intervals. The exhaust structure is arranged in the form of a ladder on the main body, so that the exhaust structure is first in contact with the door tank surface when the door tank is assembled, the door body is put into a foaming mold after assembly, the exhaust structure is in interference fit with the door tank surface, and the exhaust structure is closely attached, so that no gap exists, thereby improving the problem of liquid leakage on the front surface. The gas in the door body can flow out through the exhaust groove arranged in the exhaust structure, and the foaming liquid is difficult to pass through the 0.5MM channel due to high viscosity, thereby solving the problem that the gas cannot be discharged, and improving the foaming quality of the door body.

This invention provides an electronic atomizing device, comprising: a housing with a mouthpiece at the top; an exhaust support, an atomizing core assembly, and a base inside the housing; the exhaust support having a bottom cover and an air outlet, the bottom cover having a secondary oil chamber communicating with the air outlet channel and the atomizing core assembly, the atomizing core assembly being sealed to the air outlet channel with the seal located between the secondary oil chamber and the mouthpiece; the air outlet having an exhaust channel, the two ends of which are respectively connected to the main oil chamber and the secondary oil chamber; the bottom cover having a liquid guiding channel, the two ends of which are respectively connected to the main oil chamber and the secondary oil chamber; and the base having an air guiding channel, the secondary oil chamber communicating with the air guiding channel. This invention, by setting up an exhaust channel and a liquid guiding channel, combined with the sealing of the atomizing core assembly and the air outlet channel, can maintain a negative pressure state in the main oil chamber at all times, improving the leakage problem during environmental changes, product transportation, and use in the open-oil series, achieving leak prevention in all scenarios of upright, inverted, and flat placement.

This invention discloses a cooling device suitable for high heat flux density electronic devices, comprising a thermoelectric conversion device and a rapid cooling device disposed on both sides of the high heat flux density electronic device. The thermoelectric conversion device includes a semiconductor thermoelectric generator, a finned plate, a temperature sensor, and a fan sequentially attached from the heat source side, and the semiconductor thermoelectric generator, finned plate, temperature sensor, and fan are installed in a first chamber. The rapid cooling device includes a liquid cooling plate attached to the non-heat source side, and the liquid cooling plate is installed in a second chamber. The second chamber also houses a battery, a liquid pump, and a controller. The battery is connected to the semiconductor thermoelectric generator, fan, liquid pump, controller, and an external power supply system. The inlet of the liquid cooling plate is connected to the outlet of the liquid pump. The controller is connected to the fan, temperature sensor, and liquid pump. This solution can avoid coolant leakage caused by thermal shock to the connectors of electronic devices due to the alternating hot and cold temperatures of the coolant.

This application provides an atomizing core, an atomizer, and an aerosol generating device. The atomizing core is used to atomize an aerosol generating matrix to generate an aerosol. The atomizing core includes a liquid inlet and an atomizing component. The liquid inlet allows the aerosol generating matrix to enter the atomizing core. The atomizing component atomizes the aerosol generating matrix. The atomizing component includes a heating element and a first liquid guiding element that can conduct the aerosol generating matrix. The first liquid guiding element is in liquid communication with the liquid inlet. The first liquid guiding element includes a first liquid guiding section, a second liquid guiding section, and a spacer. The spacer is disposed between the first and second liquid guiding sections, and its fluid conductivity is lower than that of the first and / or second liquid guiding sections. The atomizing core provided by this application helps to improve the problem of large differences in taste. While improving taste stability, it can also improve the problem of leakage caused by excessive liquid supply to the first and / or second liquid guiding sections.