Touch Substrate Cutting for Special Sizes

The patent applies universality by using a single standardized mask plate design that can accommodate multiple different touch substrate sizes and aspect ratios. The mask plate is designed with a universal structure that allows it to serve various product configurations without requiring separate mask developments for each size, thereby reducing development costs while maintaining adaptability to different display region requirements.

The patent segments the touch substrate manufacturing process by separating the mask plate development from the substrate size customization. The standardized mask plate handles the common patterning functions while the substrate size and aspect ratio variations are managed through other means such as substrate selection and positioning, thereby reducing the complexity of mask development.

The patent applies preliminary action by pre-developing and standardized mask plates that can be immediately used for production. Instead of developing new masks for each custom size requirement, the standardized masks are prepared in advance and can be quickly applied to different substrate sizes, thereby reducing the production cycle time while maintaining manufacturing precision through the standardized design.

The universal mask plate design allows the same mask to serve multiple product configurations, eliminating the need for time-consuming mask developments for each size variation. This multi-functional approach enables faster production cycle while maintaining the required precision for different touch substrate sizes.