Abstract:
PURPOSE: A system and a method for detecting heart-pulse are provided to accurately detect the peak of a ventricle signal or an atrium signal from the heart of a patient with a tachycardia disease. CONSTITUTION: A peak detecting unit(104) detects the peak of a ventricle signal or an atrium signal according to an adaptive threshold level. After the maintaining time of the adaptive threshold level is passed, the peak is re-detected. A system determining unit(114) indicates the disease in the heart based on a detected peak interval. A feedback data processing unit(116) regulates the maintaining time of the threshold level based on a pre-set value.
Abstract:
PURPOSE: An image decoding method and a device thereof are provided to reduce image decoding time by performing deblocking filtering differently according to a characteristic of an image. CONSTITUTION: A target area for performing filtering by a frame unit is configured according to a characteristic of an image(510). The characteristic of the image is at least one between size and resolution of the image. A macro block included in the target area is deblocking filtered by the frame(520). A macro block not included in the target area skips the deblocking filter(525). The target area is an area except for the outer portion corresponding to size or the rate determined in the frame according to a characteristic of the image.
Abstract:
PURPOSE: A power supply device for an embedded type defibrillator and an embedded type defibrillator are provided, which make service life of the embedded type defibrillator extended and reduce times of device replacement. CONSTITUTION: A power supply device for an embedded type defibrillator comprises a main power supply part(300) equipped with a battery; an auxiliary power supply part(310) which is equipped with a rechargeable battery(318) and charges the rechargeable battery using a piezoelectric element(312); and a power selector(320) which selects one of main power supply part and auxiliary power supply part according to the charging state of the rechargeable battery of the auxiliary power supply part and provides power source of the selected power supply unit to the embedded type defibrillator.
Abstract:
The present application discloses an adaptive system and a method for detection of heartbeat peaks. The adaptive detection system for heartbeat peaks includes: means for detecting peaks of ventricular or atrial heartbeat signals; and means for determining heart conditions according to a detected peak interval. Heart beats can be detected at a low supply voltage, diseases can be determined according to the detected cardiogram signals, and treatment can be performed by diagnosis in the event of abnormality.
Abstract:
An apparatus and method for gauging remainder is provided to measure remainder of a battery exactly by adding compensation voltage corresponding to the amount of load current to an output voltage of battery. In an apparatus and method for gauging remainder, a voltage detector(210) detects output voltage of a battery and measure a load current supplied to each load of electronic device from the battery. A voltage compensation unit(220) outputs compensation voltage corresponding to the amount of measured load current. A calculation unit(240) calculates the remainder of the battery corresponding to the add result of the voltage and compensation value after receiving output voltage and the compensation voltage.