Rotary Adhesive Patch Deposition for Hard-to-Reach Vehicle Areas

The patent applies the dynamics principle by transforming the static, limited-position translational system into a dynamic rotational system. The deposition means are mounted on a rotatable platform that can continuously change its angular position, enabling access to difficult-to-reach locations on the motor vehicle element. The rotation mechanism allows the system to adapt its orientation dynamically, solving the accessibility problem without requiring complex multi-axis translational movements.

The patent introduces a new dimension of movement by adding rotational capability to the traditional translational deposition system. Instead of moving only along linear paths, the system now operates in a combined rotational-translational manner, adding an angular dimension to the deposition space. This dimensional expansion enables access to previously unreachable areas on the motor vehicle element.

The patent applies the inversion principle by reversing the traditional approach: instead of moving the motor vehicle element relative to the deposition system, the system moves the deposition means relative to the motor vehicle element. The rotatable platform with integrated deposition means can position adhesive pads at various locations by rotating and translating, eliminating the need for complex vehicle element movement systems.

The deposition means are designed with multi-functionality, combining both rotational mounting and translational capabilities in a single integrated system. This universal deposition unit can reach multiple locations on the motor vehicle element through its own movements, rather than requiring the vehicle element to be moved or multiple specialized deposition devices.