Liquid Discharge Head Trajectory for Uniform High-Speed Coating

The patent applies the dynamics principle by transitioning from a static constant-distance movement approach to a dynamic trajectory approach. The head moves along a predetermined linear trajectory that allows the distance to the object surface to vary, optimizing both coating quality and productivity. The control unit dynamically adjusts the head position based on pre-calculated trajectory data rather than maintaining a fixed distance constraint.

The patent implements preliminary action by pre-calculating the optimal linear trajectory and storing it in the control unit before the coating process begins. The trajectory is determined in advance based on the object's three-dimensional shape and coating requirements, allowing the head to follow the optimized path without real-time distance adjustments, thereby maintaining high speed while ensuring coating quality.

The patent applies segmentation by dividing the complex coating task into two independent components: a simple linear movement trajectory and a separate liquid discharge control system. The head follows a straightforward linear path while the control unit manages the discharge timing and positioning, separating the complexity of object geometry from the movement mechanism and reducing overall device complexity.

The patent implements copying by using a pre-calculated linear trajectory model that represents the optimal path without requiring the physical head to adapt to the object's complex three-dimensional shape in real-time. The trajectory data serves as a simplified copy or representation of the coating requirements, allowing simple linear motion to achieve complex coating goals.