Abstract: A charging module configured to charge a plurality of electric vehicles through a plurality of charging piles is provided. The charging module includes a charging prediction mode and a charging scheduling unit. The charging prediction mode is obtained according to a plurality of historical charging data, wherein each historical charging data includes an actual charging amount and at least one of a stay time and a charging time. The charging scheduling unit is configured to obtain a predicted electricity demand and a predicted stay period of each electric vehicle through the charging prediction model; and generate a charging schedule including: providing each electric vehicle with a basic charging amount; and determining a charging priority of the electric vehicles according to the predicted electricity demand and the predicted stay period.

Abstract: An augmented reality glasses system includes a head-mounted display device and a back-mounted device. The head-mounted display devices include a see-through display and sensors. The back-mounted device has a power module which is electrically connected to the head-mounted display device. The split design is suitable for long-term use in industrial environments.

Abstract: A foamed compound for medical articles has ingredients including ethylene vinyl acetate, filler, co-agent, crosslinking agent, blowing agent, and pigment. Wherein ethylene vinyl acetate, the filler, the co-agent, the crosslinking agent, the blowing agent, and the pigment are mixed together in a proper proportion and then foamed. By using foregoing ingredients to manufacture the high density foamed compound, the foamed compound causes no allergic response on the skin and can be applicable to medical articles. Moreover, the foamed compound is non-toxic and can be recycled without causing any pollution.

Abstract: A dynamic clock pulse adjusting device is disclosed. It is comprised of a detection mechanism, a logic circuit, and a clock pulse generator. The detection mechanism performs real-time detection of the work temperature or load of the CPU. The logic circuit determines whether the work temperature or load exceeds a predetermined threshold. The clock pulse generator then adjusts the frequency of the output clock pulses, so as to increase or reduce the CPU work frequency.