2results about How to "Heating" patented technology

This invention discloses an integrated cooling and internal cooling system for robot charging piles based on a heat exchanger, including a charging pile and a robot. The charging pile is equipped with a refrigerant output quick-connect interface and a refrigerant input quick-connect interface. Both the charging pile and the robot are equipped with a cooling module. The robot is also equipped with an internal thermal management system component, a heat exchanger H, a refrigerant output quick-connect terminal, and a refrigerant input quick-connect terminal. The heat exchanger H is equipped with a refrigerant output terminal U and a refrigerant input terminal NI. This invention can reduce the temperature of the heating element to below the ambient temperature, expand the operating temperature range, and has heating and waste heat recovery functions, significantly improving the adaptability to low-temperature environments. It handles high-power charging and high-heat conditions through external devices, reduces the number of internal parts of the robot, and provides dual-mode internal and external cooling to avoid design redundancy and save costs and space.

This invention provides a solution treatment method for 2219 aluminum alloy high-ribbed wall panels based on AFSD, comprising the following steps: Step 1, pretreatment of the 2219 aluminum alloy high-ribbed wall panel based on AFSD; Step 2, construction of an electric pulse solution treatment device; Step 3, adjustment of pulse power supply parameters; Step 4, solution treatment of the 2219 aluminum alloy high-ribbed wall panel based on AFSD; Step 5, cooling of the 2219 aluminum alloy high-ribbed wall panel based on AFSD using an air-cooling device. This invention uses a pulse power supply to heat the 2219 aluminum alloy high-ribbed wall panel based on AFSD to complete the solution treatment, possessing the core characteristics of localized thermal effect and instantaneous heating. While meeting the solution treatment requirements of the second phase θ-Al₂Cu in the additive manufacturing region, it significantly improves the solution treatment efficiency and avoids damage to the substrate region.