Abstract: A multi-media KVM switch is for providing an output signal to drive a user-interface output device. The multi-media KVM switch comprises an embedded multi-media system, an arbiter and a multiplexer. The embedded multi-media system is enabled as receiving an enabling signal and providing a first device signal. The arbiter is for determining an operational state of at least a computer system in response to a second device signal outputted by the at least computer system. The arbiter provides the enabling signal to enable the embedded multi-media system when the at least a computer system is in a standby or an off state, and the arbiter is further for providing a selection signal. The multiplexer is for receiving the first and the second device signals, and outputting one of the first and the second device signals as the output signal to the user-interface output device.

Abstract: The present invention discloses a dye-sensitized solar cell structure and a method for fabricating the same. The method of the present invention comprises forming insulation layers on a titanium plate; forming a plurality of titanium dioxide units on the titanium plate each containing a plurality of titanium dioxide nanotubes, wherein each insulation layer is arranged in between two adjacent titanium dioxide units; making the titanium dioxide units absorb a photosensitive dye; forming a transparent conductive film over the insulation layers and the titanium dioxide units; and filling an electrolyte into spaces each enclosed by the transparent conductive film, the titanium dioxide unit, the insulation layers. The present invention not only increases the electron transmission efficiency and photoelectric conversion efficiency but also promote the uniformity of the semiconductor layer.

Abstract: The present invention discloses a grooved dye-sensitized solar cell structure and a method for fabricating the same. The method of the present invention comprises providing a titanium plate having at least one groove; forming insulation layers on the grooves; forming a plurality of titanium dioxide units on the titanium plate each containing a plurality of titanium dioxide nanotubes, wherein each groove is arranged in between two adjacent titanium dioxide units; making the titanium dioxide units absorb a photosensitive dye; forming a transparent conductive film over the insulation layers and the titanium dioxide units; and filling an electrolyte into spaces each enclosed by the transparent conductive film, the titanium dioxide unit, the insulation layers. The present invention not only increases the electron transmission efficiency and photoelectric conversion efficiency but also promote the uniformity of the semiconductor layer.

Abstract: A multi-media KVM switch is for providing an output signal to drive a user-interface output device. The multi-media KVM switch comprises an embedded multi-media system, an arbiter and a multiplexer. The embedded multi-media system is enabled as receiving an enabling signal and providing a first device signal. The arbiter is for determining an operational state of at least a computer system in response to a second device signal,outputted by the at least computer system. The arbiter provides the enabling signal to enable the embedded multi-media system when the at least a computer system is in a standby or an off state, and the arbiter is further for providing a selection signal. The multiplexer is for receiving the first and the second device signals, and outputting one of the first and the second device signals as the output signal to the user-interface output device.

Abstract: A tracking system for stone treatment by extracorporeal shock wave lithotripsy includes a data processing unit, a motion controller, a servo-moving platform, a stone image-processing module, a stone localization module, and a moving-mechanism control module. With the use of the stone-tracking system, the performance of an extracorporeal shock wave lithotriptor can be greatly improved, resulting in less side effect such as tissue damage.

Abstract: A tracking system for stone treatment by extracorporeal shock wave lithotripsy includes a data processing unit, a motion controller, a servo-moving platform, a stone image-processing module, a stone localization module, and a moving-mechanism control module. With the use of the stone-tracking system, the performance of an extracorporeal shock wave lithotriptor can be greatly improved, resulting in less side effect such as tissue damage.