Taipei, Taiwan

Hsiu-Chen Yu

USPTO Granted Patents = 1 

Average Co-Inventor Count = 3.0

ph-index = 1

Forward Citations = 15(Granted Patents)


Company Filing History:


Years Active: 2008

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1 patent (USPTO):Explore Patents

Title: Innovator Profile: Hsiu-Chen Yu - Pioneer in Biological Hazard Protection

Introduction: Hsiu-Chen Yu, based in Taipei, Taiwan, is an inventor recognized for her significant contributions to biological hazard protection technology. With a unique approach to safety, her innovation addresses critical health concerns related to pathogens and infection control, earning her one patent in the field.

Latest Patents: Hsiu-Chen Yu's notable patent is for the Biological Hazard Protection Body Bag. This innovative device consists of a non-transparent outer bag case and a transparent inner bag case, enhancing safety by maintaining a vacuum state within the inner bag. The vacuum filtration system incorporates a check valve and a medical-grade filter screen, ensuring that any air extracted from the inner space is thoroughly filtered. This design effectively isolates biological hazards, making it an essential tool in the prevention of pathogen dissemination during the handling of corpses.

Career Highlights: Throughout her career, Hsiu-Chen Yu has utilized her expertise in biological safety, working at the Institute of Occupational Safety and Health. Her pioneering inventions reflect a commitment to enhancing public health and safety standards, particularly in environments where exposure to biological hazards is a concern.

Collaborations: In her pursuit of innovation, Hsiu-Chen Yu has collaborated with distinguished colleagues, including Chin-Liang Lin and Cheng-Ping Chang. These partnerships have allowed her to effectively develop and refine her ideas, contributing to advancements in occupational safety technology.

Conclusion: Hsiu-Chen Yu's work in biological hazard protection exemplifies the critical role of innovation in public health safety. Her patented invention not only addresses immediate safety concerns but also sets a precedent for future developments in protective technologies. As such, her contributions are invaluable to researchers, manufacturers, and health professionals dedicated to improving safety measures in hazardous environments.

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