Industrial Technology Research Institute

Ying-Chiang Hu

Chun-Hsun Chu

Hui-Lung Kuo

Ping-Chen Chen

Chun-Hsiang Wen

Ting-Hsuan Chen

Liang-Bin Yu

Bor-Chen Tsai

Yaw-Ting Wu

Kuo-Tung Huang

Yii-Tay Chiou

Ming-Lang Tsai

Wen-Ying Chang

An-Shun Liu

Ting-Chen Ke

Tsung-Min Hsieh

Chih-Kng Lee

Gaung-Hui Gu

Jun-Chao Zhao

An apparatus and method for frequency division and filtering are provided. The apparatus includes a memory unit, an extrema calculation unit, and an envelope calculation unit. The memory unit is for storing sample data. The extrema calculation unit is for outputting and storing a number of maximum values and a number of minimum values to the memory unit according to the sample data. The envelope calculation unit is for calculating a mean envelope according to the maximum values and the minimum values, wherein within a duration when the envelope calculation unit respectively calculates an upper envelope and a lower envelope according to the maximum values and the minimum values, the envelope calculation unit outputs a value of the mean envelope to the memory unit according to a value of the upper envelope and a value of the lower envelope with respect to a corresponding identical address.

Apparatus and method for frequency division and filtering

A flexible biomonitor comprises: a flexible substrate having a circuit apparatus, a hybrid sensor, a plurality of IC devices, a central processing module, a RF transmitter circuit, an antenna, and a power supply. Thereupon the flexible biomonitor can be plastered on the skin where the human body needs to be monitored to achieve the purposes of reducing occupied area, providing comfortable wear and achieve compactness, module expansion and EMI shielding. Besides, it is capable of remote real-time monitoring this signal to achieve the purpose of home care.

Flexible biomonitor with EMI shielding and module expansion

An electrode and a method for forming the electrode. The electrode comprises: a substrate; and a plurality of metal particles adhering to the substrate. The method comprises steps of: providing a substrate; providing a solution including a solvent and a plurality of metal particles on the substrate; removing the solvent; and making the plurality of metal particles adhere to the substrate.

Electrode and method for forming the same

The light-guide module for emitting particular polarized light beams includes a splitter for separating non-polarized light beams, a transformer for converting polarization of light beams, and a non-polarized light source. The non-polarized light source emits light beams. Particular polarized light beams pass the splitter and other light beams are reflected by the splitter. Polarizations of reflected light beams and of light beams emitted by the non-polarized light source are converted by the transformer so as to separate the light beams later. Thus the light-guide module for emitting particular polarized light beams loses relatively little light energy.

Light-guide module for emitting particular polarized light beams

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Bade, Taiwan

Ying-Chiang Hu