Singapore, Singapore

Vui Fah Loh


Average Co-Inventor Count = 2.0

ph-index = 1

Forward Citations = 1(Granted Patents)


Company Filing History:


Years Active: 2002

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1 patent (USPTO):Explore Patents

Title: Vui Fah Loh: Innovator in Optical Instrument Technology

Introduction

Vui Fah Loh is a notable inventor based in Singapore, recognized for his contributions to the field of optical instruments. With a focus on enhancing the functionality and precision of optical devices, Loh has made significant strides in innovation.

Latest Patents

Loh holds a patent for a "Focusing drive for optical instruments." This invention describes a focusing drive that incorporates a pinion and toothed rack arrangement, along with slide rods as guidance means. These components work together to continuously change the relative position of optical assemblies. The toothed rack features a plurality of support elements arranged in an angled fashion along its length. These support elements are designed with a shallow S-shape in cross-section, ensuring that they only touch the contact surface of the housing module with their planar end regions. This design results in a resilient or flexing motion upon actuation of the pinion, achieving smooth and zero-backlash adjustment.

Career Highlights

Loh is currently employed at Leica Microsystems AG, a company renowned for its advanced optical and imaging technologies. His work at Leica has allowed him to apply his innovative ideas in practical applications, contributing to the development of cutting-edge optical instruments.

Collaborations

Loh collaborates with Peter Soppelsa, a talented coworker who brings her expertise to their joint projects. Together, they work on enhancing the capabilities of optical instruments, pushing the boundaries of technology in their field.

Conclusion

Vui Fah Loh's innovative work in optical instrument technology exemplifies the impact of dedicated inventors in advancing scientific and engineering fields. His patent for a focusing drive showcases his commitment to improving optical precision and functionality.

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