Touch Input Topology for Intuitive Electronic Device Control

The touch input unit uses a universal figure-based interaction model that works across different electronic devices (TV, smartphone, refrigerator, fan). Instead of requiring device-specific control methods, the system recognizes geometric figures (circle, square, triangle, polygon) and their relative topologies to generate appropriate adjustment commands for any device type, making the interface multi-functional and device-agnostic

The system changes the parameter of control methodology from device-specific procedures to figure-based geometric recognition. By detecting the type, number, and relative positions of touch figures, the system translates various touch patterns into standardized adjustment parameters (volume, channel, temperature, wind strength) that can be applied universally across different devices

The system employs a universal figure-based control language that eliminates the need for users to learn device-specific adjustment methods. The same set of geometric figures (circle for volume, square for channel, triangle for temperature, polygon for wind strength) and their spatial relationships can control any electronic device, reducing learning time while maintaining control accuracy through consistent interaction patterns

The system uses simplified geometric figure copies (circle, square, triangle, polygon) to represent complex control concepts. Instead of requiring users to learn intricate device-specific controls, the system copies simple geometric shapes that intuitively map to control functions, making the interaction immediately understandable without learning curves