Company Filing History:
Years Active: 2016
Title: Chieh-Neng Young: Innovator in Blood Parameter Measurement and Signal Analysis
Introduction
Chieh-Neng Young is an inventive mind based in Tainan City, Taiwan. He has made significant strides in the fields of blood parameter measurement and signal analysis. Although he currently holds no granted patents, his innovative ideas are reflected in his latest patent applications.
Latest Patent Applications
1. **BLOOD PARAMETER MEASURING DEVICE AND METHOD FOR MEASURING BLOOD PARAMETER** - This application describes a blood parameter measuring device that includes an emitted source, a receiver module, and an actuator. The emitted source is positioned adjacent to the tissue being analyzed and provides at least two different wavelengths of radiation. The receiver module is located on the opposite side of the tissue to receive the attenuated radiation produced by the emitted source. The actuator connects to either the emitted source or the receiver module, generating a driving force that allows them to contact the tissue, thereby applying normal stress to alter the wave path between the two components.
2. **APPARATUS AND METHOD FOR ADAPTIVE TIME-FREQUENCY ANALYSIS** - This application presents an apparatus and method designed for adaptive time-frequency analysis, particularly suitable for nonlinear and nonstationary signal analyses. The method involves determining multiple positions of local extrema of a signal. It estimates average frequencies between these local extrema and the corresponding mean energy distribution. The estimated instantaneous energy distribution is determined through optimization based on the mean energy distribution, ultimately leading to the estimation of the instantaneous frequency of the signal.
Conclusion
Chieh-Neng Young is an innovative inventor whose work in blood parameter measurement and signal analysis showcases his potential in advancing technology. His latest patent applications reflect his commitment to developing new methods and devices that could significantly impact these fields.