4results about How to "Avoid heat concentration" patented technology

The present application relates to the technical field of welding equipment and welding process, and discloses a flange web plate welding system and a welding method, which comprises a support displacement mechanism, a first welding robot and a second welding robot fixedly arranged on the outer sides of the two ends of a tower pole respectively, a web plate automatic positioning device, a visual measurement system and a control system. The control system performs a three-stage welding process: in the first welding stage, all the web plates are completed in a batch symmetrical manner; in the second welding stage, intermittent annular welds are completed; in the third welding stage, before welding continuous annular welds, the root gap distribution is scanned by a weld tracking sensor, and a variable parameter welding strategy is dynamically generated according to the gap distribution to realize variable gap adaptive welding. The present application solves the problem of difficult manual positioning of the web plate, realizes full-circle welding in a half-circle working space, effectively controls welding deformation, and significantly improves welding quality and production efficiency.

The utility model discloses a kind of multi-cavity injection molding components for motor heat dissipation, including motor component one and motor component two, and the outer surface of motor component one and motor component two is equipped with heat dissipation fin assembly. The utility model distributes multiple ventilation chambers in motor component one and motor component two, and three-dimensional heat dissipation path is formed by multi-cavity design, avoids heat concentration by partition design, increases heat dissipation area, motor component one and motor component two are integrally injection molded using carbon fiber composite material, reduce production cost and reduce weight, the positioning boss set ensures close contact with motor, accelerates heat dissipation, the heat conduction plate set on the outside of motor component one and motor component two penetrates ventilation chamber, can quickly conduct the heat of motor heat source to each cavity, avoid local overheating, and the heat dissipation fin set increases surface area to improve heat dissipation efficiency.

This application discloses a dual-channel heat collection plate heat dissipation structure for radar signal simulation equipment. By designing a dual-channel heat collection plate and optimizing the internal structure of the equipment, flexible arrangement and efficient heat dissipation of the radar signal simulation equipment are achieved. The equipment housing is divided into three independent spaces: a front compartment, a middle compartment, and a rear compartment. The heat-generating modules in each compartment conduct heat through the left and right heat collection plates, ultimately achieving forced heat dissipation through a fan. The heat collection plate adopts a sandwich structure, welded together from a shell with heat dissipation fins and a cover plate. After welding, an independent air duct is formed, achieving sealed heat dissipation. Part of the heat from the transceiver components is conducted to the equipment housing through the antenna unit, while another part is dissipated through the fan to the front compartment and then through the heat collection plate. This dual heat dissipation path meets the heat dissipation needs of the antenna transceiver unit. This invention solves the problems of difficult heat dissipation of electronic modules, limitations in equipment size, and heat concentration in the antenna transceiver unit in existing technologies.

The utility model belongs to the field of cosmetic processing technology especially relates to a cosmetic raw material mixing tank with heating and heat preservation function, include: tank body and controller, the tank body is composed of heat preservation shell and mixing liner, set up heating cavity between heat preservation shell and mixing liner, the inside installation of heating cavity is equidistance arrangement's heating pipe, the inside installation of mixing liner is stirring mechanism, the outer surface fixed communication of tank body has water inlet valve. This cosmetic raw material mixing tank with heating and heat preservation function has adopted the unique jacketed structure, forms heating cavity between heat preservation shell and mixing liner, and is evenly arranged multiple heating pipes in it, and this design will traditional point or surface contact heating change into the surrounding type, three -dimensional heat radiation and heat conduction to whole mixing liner, combines the feedback and control of temperature sensor, can realize accurate constant temperature control, ensures that the tank material is heated evenly.