Cylindrical Battery Alignment Plates for Passive Orientation Control

The battery aligning device utilizes the battery's own weight and gravity to achieve automatic alignment. The inclined guide walls and regulating plates form a self-aligning mechanism that requires no external power source or direction detection, allowing batteries to orient themselves correctly as they move through the alignment chamber

The patent replaces complex powered mechanical systems (robot arms, motors, sensors) with a passive mechanical structure consisting of inclined guide walls and regulating plates that use gravity and geometry to achieve alignment, eliminating the need for power mechanisms and direction detection systems

The alignment mechanism uses the battery's own weight and the inclined geometry of the guide walls to achieve alignment automatically, eliminating the need for external vibration mechanisms or power sources. The structure itself provides the alignment function through its geometric configuration

The patent employs inclined guide walls that create a sloped path, allowing batteries to naturally roll or slide into the correct orientation under gravity. The curved or angled surfaces guide the batteries without requiring vibration or powered conveyance mechanisms

The alignment device performs preliminary alignment of batteries before they are transferred to the charging slots. By pre-aligning the batteries in the correct orientation using the inclined guide walls and regulating plates, the system ensures that only properly oriented batteries reach the charging position, preventing charging failures

The alignment chamber with its inclined guide walls and regulating plates serves as an intermediary between the battery input and the charging slots. This intermediate structure ensures that batteries are properly oriented before entering the charging process, acting as a filter that prevents misaligned batteries from reaching the charging position