Sensor Signal Transmission Timing Shift for Offset Error Compensation

The patent applies periodic action by transmitting sensor signals from multiple sensing elements at different time points within a transmission cycle. Each sensing element's signal is transmitted at a specific time point that is shifted by a predetermined period, creating a periodic transmission pattern. This allows the microcomputer to acquire multiple sensor values within one transmission cycle while avoiding offset errors and slope variations that would occur with simultaneous transmission, thus resolving the contradiction between shortened data update cycle and accurate difference value calculation.

The patent applies preliminary action by pre-setting different transmission time points for each sensing element's signal. The transmission circuit is configured to transmit signals at predetermined time points that are shifted by a specific period, so that when the microcomputer receives and processes the signals, it automatically acquires sensor values at different time points. This preliminary arrangement of transmission timing eliminates the need for complex time-stamping and synchronization operations, keeping calculation simple while ensuring accurate differential value calculation by avoiding offset errors.

The patent implements periodic action by organizing the transmission of multiple sensor signals within a single transmission cycle using predetermined time shifts. Each sensing element transmits its signal at a specific time point that is shifted by a period shorter than the transmission cycle, creating a periodic pattern that fits within one cycle. This allows the microcomputer to acquire all sensor values within one transmission cycle, shortening the data update cycle while maintaining accurate difference value calculation by avoiding offset errors through the time shifts.