Knowledge Transfer
Crimson Vision Technology Limited
Crimson Vision Technology Limited (宏視科技有限公司), established by Professor Furong Zhu (Physics) in February 2019, is a technology-innovation driven enterprise backed by the Hong Kong Baptist University. By combining near-infrared (NIR) detection and visualizing technologies with cloud computing technologies, Crimson Vision aims to change the current commercial and retail markets globally by crating fast and portable detection Internet of Things (IoT) solutions. Since its inception, Crimson Vision has achieved outstanding results backed by generous support and funding from the Government and University entities. Crimson Vision was awarded the Technology Start-up Support Scheme for Universities funding from the Innovation and Technology Commission of the Government of the Hong Kong SAR and admitted to a 3-year Incu-Tech Programme supported by the Hong Kong Science Park.
| Name of Academics | Company name | Year of Establishment |
|---|---|---|
| Prof K W Cheah (Director & CEO) | Cathay Photonics Limited | 2014 |
| Prof Jeffrey Cheung (Director) | Booguu Company Limited | 2016 |
| Dr Huang Zhi Feng (Director) | Mat-A-Cell Limited | 2017 (Dr Huang left HKBU in Jun 2022) |
| Prof Zhu Fu Rong (Director) | Crimson Vision Technology Limited | 2019 |
USA/ European Procedure/ South Korea/ Japan/ Taiwan/ China/ Hong Kong Patents: Sapphire thin film coated flexible substrate
Kok Wai CHEAH; King Fai LI; Hoi Lam TAM; Guixin LI; Wing Yui LAM; Yu wai CHAN
USA / Taiwan Patents: Sapphire Thin Film Coated Substrate
Kok Wai CHEAH; King Fai LI; Hoi Lam TAM; Wing Yui LAM; Ka Suen LEE
USA patent: Tunable Amplified Spontaneous Emission (ASE) Laser, Organic Laser for Measurement
Kin Long CHAN; Guixin LI; Ka Suen LEE; Kok Wai CHEAH
USA patent: Nano Bi-material electromagnetic spectrum shifter
Kok Wai CHEAH; Suet Ying CHING
USA patent: Fabrication of Highly-Flexible Near-Infrared Metamaterials, Highly Flexible Near-Infrared Metamaterials
Kok Wai CHEAH; Guixin LI
USA patent: Rare Earth Doping of Porous Silicon
Kok Wai CHEAH; Wai Kwok WONG; Meng Lian GONG, Wan Han ZHENG
China patent: Synthesis and applications of hole-injecting p-phenylenediamine-substituted 9, 9'-dialkylfluorenes
Kok Wai CHEAH; Fred C H CHEN; Ricky M S WONG
USA patent: Silicon-based Ultra-violet Light Emitting Diode (Device)
USA patent: Silicon-based Ultra-violet Light Emitting Diode (Method)
Kok Wai CHEAH; Wai Kwok WONG; Hoi Lam TAM
Growth Factor-Free Proliferation and Differentiation of Neural Stem Cells on Inorganic Extracellular Nanomatrices
US non-provisional patent: US 10,619,135 B2
Chinese patent: ZL 201780031011.8
European Patent: No. EP3464568B1
Kin Lam YUNG; Zhifeng HUANG; Nga Ping LUI
Multi-mode Photodetectors and Methods of Fabricating the Same, US11329239B2
Furong ZHU; Zhaojue LAN
マルチモード光検出器及びその製造方法, Japan 6995814
Furong ZHU; Zhaojue LAN
Filter-free Tunable Spectrum Photodetectors, US 16,908,694
Furong ZHU; Zhaojue LAN
多模光電探測器及其製作方法, China CN111029462A
Furong ZHU; Zhaojue LAN
Please click here to search the patent record for more details.
Gold Medal with the Congratulations of Jury
“Anti-scratch thin film coating on metal surface” by Professor Cheah Kok-wai, Chair Professor of the Department of Physics
The innovation is a thin anti-scratch film coated on a metal surface in a 3D design. It adds value to metal-based products such as watch cases and straps as it increases surface wear resistance without sacrificing their original appearance. Please click here for more details about the research.
Silver Medal
“Portable body motion analyser for elderly fall risk assessment” by Professor Jeffrey Cheung, Adjunct Professor of the Department of Physics
The analyser is a wearable and compact device that simplifies the gait analysis process with easy access to those gait parameters. The assessment test only takes five minutes. The collected data will then be associated with a user’s fall vulnerability with the help of the cloud and AI. This technology enables an efficient approach to caring for the elderly, who will benefit from the prevention of serious health risks. Please click here for more details about the research.
Source: BEST Community News, HKBU