The Hong Kong Polytechnic University

Aviton Care Limited

Ching Ching Cheung

Ka Lun Fan

Yin Ki Lau

Chung Man Chan

Joanne W Y Chung

Thomas Kwok Shing Wong

Thomas K S Wong

Joanne Wai Yee Chung

Pony Ma

Sarah W M Au

Simon Chak Hing Lam

Hung Keung Tse

Sonny H M Tse

A thermometer includes an illuminated display, which may act as an intelligent indicator of the change and level of temperature. The thermometer includes memory unit accommodating multiple users and their past records respectively. When a new temperature reading is obtained, the thermometer compares the new temperature against the immediate preceding record of the same user. The thermometer further includes a display module indicating the change of temperature reading and the fever status of the user.

Intelligent illumination thermometer

A foot massage apparatus comprises: a housing (); a pair of replaceable footprint plates () with holes () arranged according to a particular foot massage pattern, which are placed on an upper plate () of the housing (); protrusions () protruding from the holes () of each replaceable footprint plate (); a vertical adjustment mechanism provided in the housing (), for adjusting the height of the protrusions (); a horizontal adjustment mechanism provided in the housing (), for adjusting the horizontal position of the protrusions (); and a driving mechanism provided in the housing (), for driving the protrusions () to move up and down cyclically. The foot massage apparatus of the present invention has the advantages of enhancing a particular bodily function and fitting different foot sizes.

Foot massage apparatus

A method for predicting blood glucose level of a person includes performing on the person a near-infrared spectral scan of a body part at a first group of wavelengths and at a second group of wavelengths, determining a first group of near-infrared absorbance values for the first group of wavelengths and a second group of near-infrared absorbance values for the second group of wavelengths, determining a first difference for the first group of near-infrared absorbance values and a second difference for the second group of near-infrared absorbance values, and calculating a blood glucose level for the person using the first and second differences.

Method for predicting the blood glucose level of a person

Growing community of inventors

Hong Kong, China

Ching Ching Cheung