Method for optimizing master control power consumption based on inspection business characteristics

Abstract

The invention provides a method for optimizing master control power consumption based on inspection business characteristics. The method for optimizing the master control power consumption based on the inspection business characteristics comprises the following steps: S1, working states, wherein the working states comprise a normal working mode and a low-power-consumption sleep mode; the working mode comprising an equipment positioning function and a 4G communication function; voice wake-up, recognition and voice synthesis; carrying out material inventory management based on RFID; performing communication management with the smart watch based on BLE; detecting whether the device is in a moving state; performing communication with the MCU; the sleep mode with low power consumption comprising a 4G communication function and equipment moving state monitoring; S2, performing voice wake-up and voice recognition based on an MCU; S3, triggering an RFID module to detect a material flow based on an acceleration sensor; and S4, performing startup, standby and shutdown control based on the inspection time slice. The method for optimizing the main control power consumption based on the routing inspection service characteristics has the advantage that the power consumption can be obviously reduced.

Description

technical field [0001] The invention relates to the technical field of state grid transmission line patrol inspection, in particular to a method for optimizing main control power consumption based on patrol inspection service characteristics. Background technique [0002] The intelligent inspection backpack is similar to an intelligent inspection assistant or an intelligent inspection companion robot. By configuring the intelligent control terminal device, it can effectively guarantee the quality of inspection personnel's work and the digital platform of inspection records, while ensuring inspection The operation of personnel is safe, because the inspection is carried out in the field, and the equipment can only be powered by batteries. If the capacity of the battery is large, the load on the equipment will be too heavy. Reducing power consumption to ensure battery life is the key. [0003] At present, the working area of ​​traditional robot smart devices such as service rob...

AI Technical Summary

Problems solved by technology

[0003] At present, the working area of ​​traditional robot smart devices such as service robots and inspection robots is not very far from the charging place. When the battery power is low, you can come back to charge at any time to ensure battery life, but it is not suitable for field work.

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