Abstract: A digital faucet system includes a faucet, data input unit, a sense unit, an adjusting unit and a control unit. The data input unit includes a display panel for displaying a temperature and a flow rate of mixed water from the faucet, and a touch screen for generating temperature input data and flow rate input data. The sense unit generates temperature sensing data and flow rate sensing data by detecting the temperature and the flow rate of the mixed water. The adjusting unit adjusts the temperature and the flow rate of the mixed water. The control unit controls the adjusting unit to adjust the temperature and the flow rate of the mixed water based on the temperature input data, the flow rate input data, the temperature sensing data and the flow rate sensing data. The temperature and the flow rate of the mixed water may be automatically and simultaneously adjusted.

Abstract: A dual monitor includes a first monitor, a second monitor and a connecting member. The first monitor includes a first screen heading for a first direction. The second monitor includes a second screen heading for substantially same as the first direction for which the first screen heads, and being fixed on a rear surface of the first monitor on which the first screen is not disposed. The connecting member connects the first monitor with the second monitor, and disposes the second monitor near one side portion of the first monitor when the second monitor is used. Therefore, two monitors fixed to each other may be simultaneously used to enhance efficiency of work, and two monitors fixed to each other may be safely moved to enhance convenience.