Abstract: An apparatus for measuring ear and forehead temperature, in which an accessory is added in a traditional infrared ear thermometer allowing the measurement of heat radiation emitted from the forehead. The measurement modes can be automatically or manually switched, and the measurement results can be converted into corresponding temperature figures readable to users.

Abstract: A biosensing meter, applicable to measure glucose, uric acid or cholesterol level in the human body, such that a user can inspect the body condition of himself/herself at any time. The biosensing meter has a slot to be plugged with a key code strip, a correction strip or an inspection strip under various conditions, so as to activate input procedure and operation parameters. Therefore, an equipment calibration can be performed as required.

Abstract: A card type body fat measuring device provided with only one pair of conductive electrodes being contacted to each one finger of both hands and further cooperated a multi-frequency power source for measurement is disclosed. The present device approaches a frequency-resistance theory to obtain a formula for calculating the measured impedance by an experimental simulation. Regarding to the appearance of the present device, it differs from the conventional one with two pairs of electrodes. Furthermore, the present device has neat circuit layout design and a chipset assembling main circuit units, which is based on the two electrodes and multi-frequency measuring to provide an accurate measurement and a cost-effective production.

Abstract: A method and an apparatus for non-invasive blood-pressure measurement performing step-by-step inflating and deflating of the cuff pressure are disclosed. The step-by-step inflation-and-deflation process of the invention can determine the highest inflating pressure and provide enough data to obtain a curve fitting envelope. Therefore, the inflation pressure of the cuff to be pumped much higher than the normal systolic pressure of the conventional method can be prevented. A comfortable systolic and diastolic pressure determination method applying fuzzy control is achieved.