Abstract: A charging cabinet system includes a power supply system, a controlling and displaying system, and a plurality of charging compartments. The power supply system is connected with the controlling and displaying system. The charging compartment is connected with both the power supply system and the controlling and displaying system. The charging compartment includes: a charging module for charging a low-power battery; a driving module for moving the battery out of the charging compartment or moving the battery into the charging compartment; a detection module for detecting whether a fully charged battery is picked by a user after being moved out of the charging compartment for a period of time; and a controller connected with the charging module, the driving module and the detection module, and connected with the controlling and displaying system. The technical effect of the disclosure is that it can effectively prevent the battery from being lost.

Abstract: A method for switching an operation mode by one key may include that a central controller sets three operation modes: a test mode, a shipping mode, and a normal usage mode. The central controller connects a control key, and three operation modes switch mode in sequence by a button rule of the control key. When the central controller leaves a factory, a test mode button rule is inputted, and the central controller is set as the test mode. In the test mode, a shipping mode button rule is inputted, the central controller issues a command of switching the shipping mode, and a system enters the shipping mode. The present invention sets up a control key that can switch different modes through a specific button mode, which can have simple operation and low error probability, improve the convenience and efficiency of production.