Press Machine Timing Interface for Slide and Accessory Coordination

The patent transforms the conventional tabular timing setting interface into a visual circular diagram that represents the rotational cycle of the eccentric mechanism. The slide operation timing is displayed as angular positions on the circle, and the accessory device operation timing is shown as arcs or markers on the same circle. This dimensional transformation from tabular data to visual spatial representation allows operators to intuitively grasp the timing relationship between slide operation and accessory device operation by seeing their relative positions on the circular cycle.

The patent creates a visual copy or representation of the eccentric mechanism's rotational cycle on the display screen. Instead of requiring operators to input numerical values that abstractly represent timing, the system displays a graphical model where the operator can visually see the slide position at different crank angles and the corresponding accessory device operation timing. This visual copy serves as a reference that guides the operator to make accurate settings without requiring deep understanding of the mechanical cycle, thereby reducing skill-level dependency while maintaining precision.

The patent employs color coding in the visual display to indicate the timing relationship and potential interference between slide operation and accessory device operation. Different colors are used to represent different operational states or risk levels. For example, the display may show green for safe timing margins, yellow for caution zones, and red for potential interference areas. This color-based visual feedback allows operators to immediately assess whether the current timing settings will cause interference without requiring complex calculations or interpretation of numerical data.