Abstract: The invention is a portable smart medicine case which comprises: a body 110 having a plurality of medicine chambers 111 to contain medicines M; a cover 120 covering the medicine chambers 111; and an electronic tag 130 provided on either the body 110 or the cover 120 of the medicine case to communicate with a user device 200 via NFC or RFID mode, the user device 200 being installed an alarm application which generates alarm signals when it becomes a medicine taking time, wherein, an alarm release information is stored on the electronic tag 130, and the electronic tag 130 transmits the alarm release information to the user device 200 when it is brought near to the user device 200 so that the alarm operation of the user device 200 is to be released.

Abstract: The invention is a portable smart medicine case which comprises: a body 110 having a plurality of medicine chambers 111 to contain medicines M; a cover 120 covering the medicine chambers 111; and an electronic tag 130 provided on either the body 110 or the cover 120 of the medicine case to communicate with a user device 200 via NFC or RFID mode, the user device 200 being installed an alarm application which generates alarm signals when it becomes a medicine taking time, wherein, an alarm release information is stored on the electronic tag 130, and the electronic tag 130 transmits the alarm release information to the user device 200 when it is brought near to the user device 200 so that the alarm operation of the user device 200 is to be released.

Abstract: A device for driving an image display device that includes an image display panel, a plurality of drivers for driving the image display panel, a Low Voltage Differential Signaling (LVDS) transmission unit for converting external image data and a plurality of control signals including frame ratio setting signals into LVDS signals and transmitting the same, an LVDS reception unit for converting the image data and the plurality of control signals including frame ratio setting signals OP1, OP1 converted into the LVDS signals and transmitted thus into TTL signals and forwarding the same, and a timing controller for aligning the image data to fit to the display frame ratio according to the frame ratio setting signal and the plurality of control signals from the LVDS reception unit and supplying the same to the plurality of drivers, for displaying the image on the image display panel.