Industrial Technology Research Institute

Yi-Chen Li

Tzu-Hung Huang

Chih-Wei Yen

Shih-Sheng Hsu

Shih-Ying Chiang

Tzeng-Wuu Wey

Wei-Ming Chen

Yu-Chi Chang

Yin-Ling Kuo

Ta-Hua Lai

Sheng-Chung Lo

Yi-Chieh Huang

Heng-Chu Peng

A turbo device provides a flow-path arrangement in a generator device. Part of a working fluid are used to lubricate at least one of a first bearing part, a second bearing part and a bearing assembly, or the working fluid of an auxiliary flow channel is led to a generator housing for cooling the generator device. In addition, a circulatory system is also provided to include bearing loops and auxiliary loops for leading the working fluid to lubricate at least one of the first bearing part, the second bearing part and the bearing assemble part, and to cool the generator device.

Turbo device and circulatory system

The present disclosure provides a carrying device and an operation method thereof. The carrying device includes: a floating platform; and at least one flexible unit provided on a bottom side of the floating plate and having a cavity formed therein. The flexible unit is deformed under a stress to reduce the friction force between the flexible unit and the solid in the water, which allows the carrying device to break free from the solid without external help.

Carrying device and operation method thereof

A separable buoy includes a center float having a top surface that includes an upper peripheral end and an engagement bevel provided on the upper peripheral end that extends below the top surface; a separable float unit detachably disposed at the center float and including a dome wall that is provided in a lower central portion thereof and that has a peripheral edge configured to detachably engage the engagement bevel: and a chamber defined between the dome wall of the separable float unit and the top surface of the center float when the separable float unit engages the center float, wherein the center float has a vertical height that substantially equals or exceeds that of a lower portion of the separable float unit.

Separable buoy

A wave power generation system comprises a heavy plate; an expansion pipe installed on a top of the heavy plate; a motion module installing on a top of the expansion pipe; a buoy installing on a top of the motion module, a top end of the motion module through the buoy and the top end connected to the buoy; and a motion control module having a base installing in the heavy plate; a driving unit installed in the base; and multiple blades coupled to the driving unit.

Wave power generation system and motion control module thereof

An energy capturing system includes a first chamber, a second chamber, a spacer element, a pressurization device, an energy capturing device and a pressure stabilizing device. The first chamber and the second chamber are adapted to contain a liquid. The spacer element is located between the first chamber and the second chamber. The second chamber is connected with the first chamber via an opening of the spacer element. Two ends of the pressurization device are connected with the first chamber and the second chamber, respectively. The energy capturing device is located on the opening. The pressure stabilizing device is connected with the first chamber.

Energy capturing system and pressure stabilizing device thereof

A hydroelectric generator includes a body and an electromechanical apparatus cabin. The body has a tube penetrating the body and a first flow channel. The tube has a tapering segment and a throat portion communicating with the first tapering segment. One end portion of the first flow channel is located on a wall surface of the throat portion, so that the first flow channel communicates with the tube. The first flow channel is used to enable a fluid to flow into the tube from the first flow channel or guide a fluid to flow out of the body from the throat portion. The electromechanical apparatus cabin has an energy retrieving apparatus disposed in the throat portion of the tube, and the end portion of the first flow channel communicating with the tube is located at a front side or a back side of the energy retrieving apparatus.

Growing community of inventors

Zhubei, Taiwan

Yi-Chen Li