Voice Control Display Apparatus with Multi-Criteria Text Interpretation

The patent introduces an intermediary processing layer between voice input and command execution. The voice recognition result is first converted to text, then subjected to multiple determination criteria including title matching, command matching, and grammar analysis before final execution. This intermediary processing prevents direct execution of potentially misrecognized commands while maintaining the convenience of voice control.

The system implements feedback mechanisms by evaluating voice recognition results against multiple determination criteria and providing different outcomes based on the evaluation. When a voice input matches a title or command with high confidence, the system executes the corresponding operation. When confidence is low or the input is ambiguous, the system provides alternative responses or requests clarification, thereby improving reliability without sacrificing ease of operation.

The patent segments the voice interpretation process into multiple independent determination criteria: title matching, command matching, and grammar analysis. Each criterion operates independently and contributes to the final interpretation decision. This segmentation allows the system to achieve high interpretation accuracy through cumulative evaluation while maintaining modularity that manages complexity.

The system applies multiple determination criteria beyond what a single criterion would provide. By evaluating voice inputs against multiple standards (title matching, command matching, grammar analysis), the system achieves excessive interpretation accuracy that compensates for the increased complexity, ensuring reliable operation even when individual criteria are ambiguous.