Qisda Corporation

Benq Corporation

Dr. Chip Biotechnology Incorporation

Shun-Chieh Yang

Chien-An Chen

Chun-Ming Shen

Bang-Ji Wang

Chi-Hong Chen

Fu-Shiung Shih

A method for controlling a cooling device within a projecting system is provided. The cooling device cools the projecting system with a predetermined period after the illumination device of the projecting system is turned off. Then, after the projecting system is restarted, it is detected that whether the illumination device is lighted or not. As the illuminating device is not lighted, the predetermined period is extended.

Method for controlling a cooling device of a projecting system and the projecting system thereof

An electronic device. The electronic device includes a housing, a passage, and a plurality of first fans. The housing has an inner space, with the passage disposed therein. The plurality of first fans is disposed in the passage in series. The electronic device further comprises a second fan, the housing comprising an inlet, wherein the second fan is disposed in the vicinity of the inlet.

Electronic device

A temperature control method for a display device comprising a lamp box for emitting a light, a fan for cooling down the display device and a digital image device for receiving the light from the lamp box and forming an image, comprises acquiring an operating time of the lamp box; calculating a temperature offset in accordance with the operating time of the lamp box; acquiring a temperature value of the digital image device; calculating a control value in accordance to the temperature value and the temperature offset; controlling the fan in accordance with the control value.

Temperature control method and device for a display device

An air-driven microfluid control device and its method are disclosed. The control device contains an air source, a first inlet, a second inlet, a narrow sector, and an outlet. The air source is connected two the two inlets to produce an airflow. The first inlet connects to the narrow sector, which then connects to the outlet. The air flows through the first inlet and the narrow sector and exits via the outlet. A fluid tunnel connects to the narrows sideways. The second inlet connects to the fluid tunnel so that the air entering the second inlet flows into the fluid tunnel. Through the interaction between the two inlets, pushing and pulling forces can be produced to control the fluid inside the fluid tunnel.

Growing community of inventors

Taipei Hsien, Taiwan

Shun-Chieh Yang