Abstract: A method of transmitting data, performed by a transmission device of a serial isolated communication system includes obtaining data to be transmitted, generating a plurality of data sets having 2 bits based on the data, determining a plurality of data pulse signals by encoding the plurality of data sets according to a preset rule, and transmitting the plurality of data pulse signals to a reception device of the serial isolated communication system. Each of the plurality of data pulse signals is composed of any two pulses of a first positive pulse having a first amplitude, a second positive pulse having a second amplitude, a first negative pulse having the first amplitude, or a second negative pulse having the second amplitude.

Abstract: The present invention relates to non-invasive blood glucose measuring apparatus and method. More specifically, the apparatus is inserted into a blood vessel of a human body, and at a point of time when a measurement is desired, wirelessly transmits power so as to be operated, wherein a dipole antenna-form sensor measures a change in a specific parameter depending on a blood glucose level. The apparatus measures the blood glucose in a non-invasive manner, wherein a display unit that is present outside the human body receives the parameter value through wireless communication and displays a corresponding blood glucose level.

Abstract: The present invention relates to non-invasive blood glucose measuring apparatus and method. More specifically, the apparatus is inserted into a blood vessel of a human body, and at a point of time when a measurement is desired, wirelessly transmits power so as to be operated, wherein a dipole antenna-form sensor measures a change in a specific parameter depending on a blood glucose level. The apparatus measures the blood glucose in a non-invasive manner, wherein a display unit that is present outside the human body receives the parameter value through wireless communication and displays a corresponding blood glucose level.