Abstract: An apparatus and a method for measuring bio signals are provided. The apparatus includes a body, a plurality of electrodes, and a controller. The body is filled with predetermined packing material. The electrodes are positioned at an outermost portion of the body and touch the skin of a subject to measure bio signals from the subject. The controller is positioned inside of the body and connected with the electrodes to analyze the bio signals measured from the electrodes and output bio information of the subject.

Abstract: An apparatus, method, and medium for generating electrical stimulation, including an electromyogram detector detecting an electromyographic signal of a body, a fatigue index calculator calculating a fatigue index indicating a degree of muscle fatigue by converting the electromyographic signal detected by the electromyogram detector during a predetermined time unit into a frequency-domain electromyographic signal, and an electrical stimulation signal generator adjusting an electrical stimulation signal according to the calculated fatigue index and generating the electrical stimulation signal.

Abstract: A body component concentration measuring apparatus, and method, for measuring a concentration of a body component in a measuring portion of a living body, includes a light source for emitting light, a diffraction grating being movable to disperse light emitted from the light source into light components having a plurality of wavelength bands, a shutter for controlling transmission of the light components having the plurality of wavelength bands, a lens for focusing the light components passing the shutter onto the measuring portion, and a detector for detecting the light components passing through the measuring portion.

Abstract: An analyzing method and system includes projecting light onto a specimen, detecting an optical spectrum from the specimen, dividing the detected optical spectrum by a predetermined time interval, applying a weighting vector and a gain and offset vector to the divided spectra to generate a resolution vector, quantizing an analog signal of the resolution vector to a digital signal, and applying a synthesis vector to the quantized spectra to restore the quantized spectra to a size of the optical spectrum. A spectrum having a large amplitude difference is temporally divided and is analyzed by applying different resolutions to individual time intervals. Spectral portions of the spectrum having relatively small peak amplitudes are selected as a region of interest (ROI) to be modified.

Abstract: A non-invasive apparatus and method for measuring a temperature of a portion of a living body, includes a signal receiving unit receiving electromagnetic wave signals emitted from the portion of a living body to be measured, a signal processing unit processing the electromagnetic signals input from the signal receiving unit and outputting a radiation power signal, a medium characteristic measurement unit measuring a value of a conductivity or a permittivity of the portion of the living body to be measured and outputting the measured value, and a temperature conversion unit including a computer database storing a plurality of temperature conversion tables with respect to radiation power according to the conductivity or the permittivity of the portion of the living body and determining a corresponding temperature using the measured value of the conductivity or the permittivity of the portion of the living body and the radiation power signal of the signal processing unit.

Abstract: An apparatus and method for obtaining data for diagnosing the condition of a living body without harming living tissue using an ultrahigh frequency (UHF) signal includes a signal transmitter, a signal receiver, and a signal processor. Signal transmitter generates a UHF signal and radiates the UHF signal at a first of two acupuncture points of a living body. The signal receiver receives a UHF signal emitted from a second acupuncture point, detects and outputs the magnitude of the received UHF signal.

Abstract: A non-invasive apparatus and method for measuring a temperature of a portion of a living body, includes a signal receiving unit receiving electromagnetic wave signals emitted from the portion of a living body to be measured, a signal processing unit processing the electromagnetic signals input from the signal receiving unit and outputting a radiation power signal, a medium characteristic measurement unit measuring a value of a conductivity or a permittivity of the portion of the living body to be measured and outputting the measured value, and a temperature conversion unit including a computer database storing a plurality of temperature conversion tables with respect to radiation power according to the conductivity or the permittivity of the portion of the living body and determining a corresponding temperature using the measured value of the conductivity or the permittivity of the portion of the living body and the radiation power signal of the signal processing unit.

Abstract: An apparatus and method for obtaining data for diagnosing the condition of a living body without harming living tissue using an ultrahigh frequency (UHF) signal includes a signal transmitter, a signal receiver, and a signal processor. Signal transmitter generates a UHF signal and radiates the UHF signal at a first of two acupuncture points of a living body. The signal receiver receives a UHF signal emitted from a second acupuncture point, detects and outputs the magnitude of the received UHF signal.