Abstract: A light-emitting device, including a first type semiconductor layer, a patterned insulating layer, a light-emitting layer, and a second type semiconductor layer, is provided. The patterned insulating layer covers the first type semiconductor layer and has a plurality of insulating openings. The insulating openings are separated from each other. The light-emitting layer is located in the plurality of insulating openings and covers a portion of the first type semiconductor layer. The second type semiconductor layer is located on the light-emitting layer.

Abstract: A TV signal processor is disclosed to include multiple signal receivers, a signal amplifier, a signal processor, signal decoder and a MINI-PCI interface. The TV signal processor further comprises a plurality of reserve pins arranged in a manner to meet a specification including the SVHS input signal pin, the CVBS input signal pin and the Audio input/output signal pin for inputting/outputting various audio/video signals. Thus, the use of MINI-PCI slots in the host may be effectively reduced and provide more convenience to the users.

Abstract: A test interface card for use in a test host without a hot plug function includes a Bus power control circuit; a microcontroller for sensing a control status of the Bus power control circuit and transmitting a sensing result to the test host; a PCI slot; and a PCI Bus connected to the microcontroller and to a PCI slot of the test host. The Bus power control circuit controls power supply to the PCI slot and the PCI slot is adapted to connect with a test audio-video device. A switch controls and emits an on/off signal to the Bus power control circuit for selectively cutting the power supply to the PCI slot so that testing of the audio-video device can be implemented without shutting down the test host.

Abstract: A TV signal processor is disclosed to include a signal receiver for receiving an external TV signal, a signal processor that demodulates the TV signal received from the signal receiver, a decoder that decodes the demodulated TV signal into a digital multimedia file format or digital multimedia stream format, a first transmission interface electrically connected to the decoder and electrically connectable to an external apparatus for receiving and transmitting signals, a bridge, and a second transmission interface electrically connected to the first transmission interface through the bridge for transmitting the decoded TV signal from the decoder or output data/command from the external apparatus to a host for output.

Abstract: A TV signal processor is disclosed to include multiple signal receivers, a signal amplifier, a signal processor, signal decoder and a MINI-PCI interface. The TV signal processor further comprises a plurality of reserve pins arranged in a manner to meet a specification including the SVHS input signal pin, the CVBS input signal pin and the Audio input/output signal pin for inputting/outputting various audio/video signals. Thus, the use of MINI-PCI slots in the host may be effectively reduced and provide more convenience to the users.

Abstract: The present invention describes a method of synchronously receiving digital and analog television signals that installs an application software, a direct show, a driver and a tuner in a host end, and the digital television signals and analog television signals transmitted by the application software are sent to the driver through the direct show or directly to the driver, such that an analog television tuner and a digital television tuner installed in the tuner can simultaneously receive the digital and analog television signals for users to simultaneously or separately saving and playing the signals, so as to increase the types of viewed and saved the television signals and allow users to simultaneously process different types of the television signals.

Abstract: An audio/video signal processor with storage function is disclosed. According to an aspect of the present invention, a signal receiver is provided to receive and transmit a external TV signal to a signal processor for demodulation thereof. Next, an encoder/decoder is adopted for encoding/decoding the demodulated TV signal and then transmitting the encoded/decoded TV signal to a host end for playing and as well as storing the TV signal in a memory. Thus, a user can simultaneously view and record the TV programs anytime and without missing any parts of the favorite TV program.

Abstract: A multiple TV signal processor is disclosed. The multiple TV signal processor comprises a plurality of signal receiver, a signal-processing module, a decoder and a transmission interface. The signal receivers are adopted for receiving and transmitting external TV signals. The signal-processing module is electrically connected to the signal receivers and is adopted for receiving and demodulating the TV signals transmitted from the signal receivers. The decoder is electrically connected to the signal-processing module and is adopted for receiving and decoding the demodulated TV signals from the signal-processing module. The transmission interface is electrically connected to the decoder and is adopted for transmitting the TV signals decoded by the decoder to a host end.

Abstract: A mobile video adapter stick includes a housing, which has a front transmission interface for connection to a computer, a plurality of air vents in communication between the inside space and the atmosphere, and rear adapter interface for connection to an audio and video signal source, a circuit board mounted inside the housing and electrically connected to the transmission interface and the adapter interface for processing inputted audio and video signals received from the adapter interface for output through the transmission interface, and a cooling fan mounted inside the housing for cooling the video processing chip of the circuit board.

Abstract: A test interface card for use in a test host without hot plug function is disclosed. The test interface card comprises a Bus power control circuit; a microcontroller, adopted for sensing a control status of the Bus power control circuit and transmitting a sensing result to the test host; a PCI slot; a PCI Bus, connected to the microcontroller and a PCI slot of the test host; wherein the Bus power control circuit is adopted for controlling power supply to the PCI slot and the PCI slot is adopted for connecting with an test audio-video device; and a switch, for controlling and emitting an on/off signal to the Bus power control circuit for selectively cutting power supply to said PCI slot so that testing of the audio-video device can be implemented without shutting down the test host.

Abstract: A video player includes a CPU adapted to receive video data from an external electronic apparatus, two memories, and a video encoder connected to a video output device. The CPU stores video data from the external electronic apparatus in a first memory at first, and then stores received video data in a second memory when the first memory fully occupied, and at the same time transfers storage video data from the first memory to the video output device through the video encoder, and then switches the storage path to store received video data in the first memory again when the second memory fully occupied, and at the same time, transfers storage video data from the second memory to the video output device through the video encoder, for enabling all received video data to be completely transmitted to the video output device for output in the form of a moving picture.

Abstract: A video player includes a CPU adapted to receive video data from an external electronic apparatus, two memories, and a video encoder connected to a video output device. The CPU stores video data from the external electronic apparatus in a first memory at first, and then stores received video data in a second memory when the first memory fully occupied, and at the same time transfers storage video data from the first memory to the video output device through the video encoder, and then switches the storage path to store received video data in the first memory again when the second memory fully occupied, and at the same time, transfers storage video data from the second memory to the video output device through the video encoder, for enabling all received video data to be completely transmitted to the video output device for output in the form of a moving picture.

Abstract: An image capture device includes an image capture module, which uses an image sensor to convert field images obtained through a lens thereof into image data and has a viewfinder for finding the field, and an adapter pivoted to the image capture module and adapted to receive image data from the image capture module, to store received data in a RAM thereof, and to transmit image data to an external mobile computer or the like through a card bus thereof

Abstract: An extended jacket with video input and output comprises a CF extended card unit, a digital camera connector, a video input connector, a video input handling unit, a universal connector, a video data storage unit, a read/write control unit, a video data output handling unit, a far end remote control unit and a power supply unit. The extended jacket can output the video signal to a display device (VGA S-VHS/COMPOSITE VIDEO) via an universal connector or the external video signal is imported into the operation system to be edited and treated and is temporarily saved or output to the display device with an added function of CF card extension and an added remote control device for controlling the display on the display device. Additionally, an independent power supply system is equipped internally to prevent a problem resulting from an increased power consumption demands of the PDA and provide a function for facilitating hot insertion and extraction therein.

Abstract: An extended jacket with video input and output comprises a CF extended card unit, a digital camera connector, a video input connector, a video input handling unit, a universal connector, a video data storage unit, a read/write control unit, a video data output handling unit, a far end remote control unit and a power supply unit. The extended jacket can output the video signal to a display device (VGA S-VHS/COMPOSITE VIDEO) via an universal connector or the external video signal is imported into the operation system to be edited and treated and is temporarily saved or output to the display device with an added function of CF card extension and an added remote control device for controlling the display on the display device. Additionally, an independent power supply system is equipped internally to prevent a problem resulting from an increased power consumption demands of the PDA and provide a function for facilitating hot insertion and extraction therein.