Shenzhen Institutes of Advanced Technology

Hong Kong Productivity Council

Huihuan Qian

Yangsheng Xu

Xin Shi

Hang Tong

Ning Ding

Xi Shi

Maxwell Chow

Yongquan Chen

Bufu Huang

Wing Kwong Chung

Guoqing Xu

Yuandong Sun

A system for vehicle safety enhancement is disclosed. The system comprises a sudden slowdown detection subsystem, a slight bump detection subsystem, an airbag activation and brake malfunction detection subsystem, and a rollover detection subsystem. A controlling unit is connected to each subsystem for determining a severity level of a collision involving a vehicle, and the controlling unit is in turn connected to a communication unit for sending an alert signal based on the severity level. A method for vehicle safety enhancement is also disclosed.

Collision severity determination system and method

A robotic pet-sitter system comprises a control system and a robotic body, the control system used to wireless launch control instruction signals; a wireless receiver module is defined in the robotic body, used to receive control instruction signals and to process the control instruction signals into control signals, the robotic body further comprises a driving system and a feeding module, the driving system used to drive the robotic body moving according to the control signals, the feeding module used to open the feeding box placed with pet food according to the control signals. The local PC communicates with a remote PC through Internet, and the remote PC long-distance controls the robotic body and monitors pet through Internet. The robotic pet-sitter system of the present invention can care for and monitor the pet when the owner is not at home.

Robotic pet-sitter system

Growing community of inventors

Hong Kong, China

Huihuan Qian