Dynamic power consumption management and wake-up method and application system therefor

A method of dynamic power consumption management and a wake-up method, as applied to a wireless weighing platform, comprising the steps of:

• initializing, including the substeps of setting a light sleep period and a deep sleep period;
• entering a normal operating state, and starting timing for the light sleep period;
• determining whether a weighing operation is being detected;
• if no weighing operation is being detected and if the light sleep period has not expired, returning to and repeating the step of determining the weighing operation;
• if no weighing operation is being detected and if the light sleep period has expired, causing the wireless weighing platform to enter a light sleep state, by turning off a communication function of the wireless weighing platform, and starting timing for the deep sleep period;
• if no weighing operation is being detected and if the deep sleep period has expired, causing the wireless weighing platform to enter a deep sleep state, by turning off power supply except than the power for an acceleration sensor;
• and
• if the acceleration sensor detects an effective vibration while the wireless weighing platform is in the deep sleep state, returning to the step of entering the normal operating state.