3 results about "Thermoelectric battery" patented technology

This application provides a thermoelectric battery assembly, relating to the field of battery manufacturing technology, and solves the technical problem that simply connecting multiple thermoelectric batteries via conductors results in poor thermal insulation of the thermoelectric battery. The thermoelectric battery assembly includes: a cold end cover; a hot end cover, disposed opposite to the cold end cover in a first direction; a thermoelectric battery pack disposed between the cold end cover and the hot end cover, and having a hot end and a cold end, the thermoelectric battery pack including at least one thermoelectric battery, wherein, when there are at least two thermoelectric batteries, each thermoelectric battery is electrically connected to the others; and at least one first heat insulation member disposed on the side of the thermoelectric battery, configured to prevent heat between the cold end cover and the hot end cover from flowing from the hot end to the cold end through the side of the thermoelectric battery. By providing the first heat insulation member, the thermoelectric battery can be kept warm, improving its thermal insulation performance, reducing heat loss, and thus improving power generation efficiency.

This utility model discloses a spray device for planar quenching equipment, belonging to the technical field of local quenching equipment. It includes a support, a thermoelectric battery, and an electric fan. The upper end of the support is connected to a speed-increasing air duct, while a quenching nozzle is movably inserted into the lower end of the support. The quenching nozzle is connected to an adjusting base and can spray coolant through the nozzle to quench the surface of the planar workpiece. A thermoelectric battery is arranged outside the speed-increasing air duct, connected to an induction controller circuit. The induction controller is connected to the electric fan and a push-pull electromagnet, controlling the electric fan and the electromagnet to turn on or off. In use, the induction controller can simultaneously detect the surface temperature of the workpiece and the voltage of the thermoelectric battery. When the electric fan starts, air-cooled quenching occurs; when the temperature drops below a threshold, the push-pull electromagnet is activated, and water-cooled quenching occurs through the quenching nozzle. This optimizes the cooling method and suppresses deformation and cracks that occur during the quenching process.

This invention discloses an online detection method for hot battery assembly defects that integrates visual semantics and knowledge reasoning, belonging to the field of online hot battery assembly defect detection. The method includes real-time acquisition of hot battery stack images; dividing the hot battery stack images into tail stack assembly images, head stack assembly images, and several individual battery assembly images; segmenting the tail stack assembly images, head stack assembly images, and individual battery assembly images into sub-component images to obtain several hot battery sub-component images; extracting the assembly order of the sub-components based on the tail stack assembly images, head stack assembly images, and individual battery sub-component images; constructing a standard coding matrix and a real-time hot battery coding matrix; and identifying the type and location of assembly defects based on the real-time hot battery coding matrix and the standard coding matrix. This invention solves the problems of existing CT-based penetration detection methods, which rely on post-packaging imaging, cannot be integrated into assembly lines, suffer from delays in the detection process leading to non-repairability, have high radiation risks, and are costly.