Programming Building Block for Display-Free Visual Circuit Logic

The patent extracts the display function from the programming system by using building blocks with visible circuit patterns that can be directly observed without electronic screens. The circuit traces, components, and connections are physically visible on the building block surfaces, allowing children to read and understand circuit logic directly through visual inspection of the physical structure rather than requiring tablet displays.

The patent introduces physical building blocks with visible circuit patterns as an intermediary between the programming concept and the child's understanding. These blocks serve as a tangible medium that translates abstract circuit logic into concrete, observable physical forms with visible traces and components, eliminating the need for electronic display devices while maintaining visual intuitiveness.

The patent removes electronic display devices, batteries, and complex control circuits from the building blocks. Instead, it uses simple visible circuit patterns printed or etched on the block surfaces, basic electronic components that can be seen and touched, and straightforward connection mechanisms. This extraction of unnecessary complex elements maintains visual intuitiveness while dramatically simplifying the device structure.

The patent creates simplified copies of circuit diagrams directly on the building block surfaces using visible traces and patterns. Rather than requiring electronic displays to show circuit logic, the actual circuit paths are physically copied and made visible on the blocks themselves through printed or etched patterns, allowing direct visual reading of the circuit logic without additional display hardware.

The patent applies different quality requirements to different parts of the building blocks. The circuit patterns use thicker traces and larger component representations than actual circuits require, with enhanced visibility features. Connection areas use robust mechanical interfaces with tolerance compensation. This local quality approach ensures that only the visible and connection-critical areas require high precision, while other areas can use standard manufacturing tolerances.

The patent changes the physical parameters of the circuit patterns to enhance visibility and reduce precision requirements. Circuit traces are made thicker and more spaced out, component symbols are enlarged, and connection areas are expanded. These parameter changes make the circuits readable and functional with lower manufacturing precision while maintaining the educational and programming objectives.