Television's Health Diagnosis Function Control Device

摘要

The present invention provides an apparatus for controlling a health diagnosis function of a television, which allows an electrocardiogram measured on a CRT screen to be displayed by sampling and measuring an electrocardiogram according to a blood pressure of a viewer through a sensing electrode installed in the television.;Accordingly, in the present invention, the television broadcast signal tuned through the tuner 4 is amplified by the image IF amplification unit 6 and the image is processed through the image processing module 8 through the image output unit 10. A television set for outputting an image on a CRT (12) screen; A function setting unit 20 for keying a mode of the health diagnosis function, a key input decoding unit 22 for decoding a key setting signal for key operation of the function setting unit 20, and an ECG signal of a viewer directly Blood pressure detecting means 24 for collecting and detecting an electrocardiogram of blood pressure, signal processing means for signal-processing the detected ECG signal according to a frequency of a predetermined band, and switching the mode for performing a health diagnosis function from the signal processing means. A mode switching unit 36 forming a supply path of the ECG signal, a signal sampling unit 38 converting and sampling the ECG signal through the mode switching unit 36 into digital data, and the signal sampling unit 38 The mode switching unit 36 recognizes the key setting signal of the health diagnosis mode of the function setting unit 20 through the memory unit 40 and the key input decoding unit 22 storing the electrocardiogram data sampled at Is switched The microcomputer 42 for controlling the blood pressure electrocardiogram according to the sampled and stored electrocardiogram data to be displayed on the screen of the CRT 12 and the electrocardiogram data of the memory 40 in the form of an analog signal. OSD display of the OSD data storage unit 46 under the control of the data conversion unit 44 for converting, the OSD data storage unit 46 storing the OSD display data according to the health loss stage mode, and the microcomputer 42 On the basis of the data is characterized in that it comprises a OSD signal processing unit 48 for processing the ECG signal and blood pressure from the OSD data conversion unit 44 to display the OSD on the screen of the CRT (12).