Reconfigurable Multi-Valued Logic Operator Without Carry Coupling

The patent implements dynamic reconfigurability by allowing the electronic operator to change its logic function through control signals. Each calculator bit can be dynamically configured to perform different logic operations (AND, OR, NAND, NOR, XOR, etc.) based on the values of control inputs A and B, transforming a static circuit into a dynamically adaptable system that resolves the contradiction between fixed structure and flexible functionality.

The patent creates a universal electronic operator where a single circuit structure can perform multiple logic functions. By using the calculator bits to compute truth table values and the multiplexers to select appropriate outputs based on control signals, the system achieves multi-functionality without requiring separate dedicated circuits for each logic operation, thus reducing overall device complexity while maintaining high adaptability.

The patent segments the addition process by treating each data bit independently without carry propagation between bits. Each calculator bit processes its corresponding input bits separately to generate sum and carry outputs, allowing all bits to operate simultaneously in parallel. This segmentation eliminates the sequential dependency that would slow down operation while maintaining calculation accuracy through the structured combination of individual bit results.

The patent transitions from traditional ripple-carry addition (one-dimensional sequential processing) to a parallel processing architecture where multiple calculator bits operate simultaneously. By organizing the circuit to compute all bit positions at the same time and using multiplexers to combine results, the system adds a temporal dimension of parallelism, achieving both high speed and reliability.