Touch Control Test Apparatus Using Telescopic Mechanism for Coordinate Error

The testing device is divided into independent functional modules: a telescopic mechanism for positioning, a touch control component for interaction, an acquisition unit for coordinate detection, and a calculation unit for error computation. Each module performs a specific function, allowing the system to achieve high measurement precision while maintaining manageable complexity through modular design.

The telescopic mechanism acts as an intermediary between the testing system and the touch screen, providing precise positional control. The acquisition unit serves as an intermediary to capture actual detection coordinates, and the calculation unit mediates between target and actual coordinates to compute errors. These intermediary components enable accurate measurement without requiring direct complex integration.

The system pre-establishes multiple target coordinate points on the touch screen before testing begins. During testing, the touch control component taps these predetermined points, and the acquisition unit immediately captures actual detection coordinates. This preliminary setup allows for efficient batch processing of multiple test points, improving reliability without excessive time loss.

The calculation unit automatically computes the maximum distance error between target and actual coordinates using computational algorithms, replacing manual measurement and calculation processes. This automation significantly reduces the time required to process multiple coordinate points while maintaining high evaluation reliability through precise mathematical computation.