Abstract: A display device is disclosed. The display device includes: a first substrate having a first surface and a second surface; a second substrate having a third surface and a fourth surface; and a connection module connected between the first substrate and the second substrate. The connection module further includes: a first connection section having two ends respectively connected to a first connection portion and a second connection portion, wherein the first connection portion is connected to the first surface of the first substrate, and the second connection portion is connected to the third surface of the second substrate; a second connection section having two ends respectively connected to the first connection portion and a third connection portion, wherein the third connection portion is connected to the second substrate.

Abstract: A display device is disclosed. The display device includes: a first substrate having a first surface and a second surface; a second substrate having a third surface and a fourth surface; and a connection module connected between the first substrate and the second substrate. The connection module further includes: a first connection section having two ends respectively connected to a first connection portion and a second connection portion, wherein the first connection portion is connected to the first surface of the first substrate, and the second connection portion is connected to the third surface of the second substrate; a second connection section having two ends respectively connected to the first connection portion and a third connection portion, wherein the third connection portion is connected to the second substrate.

Abstract: A wireless pairing system includes a remote controller and at least one display device. The remote controller includes a first processing unit, an input unit and a first wireless communication unit. The input unit includes a broadcast request key and a plurality of input keys. The display device includes a second processing unit, a display unit and a second wireless communication unit. The display device has an identification code. When the broadcast request key is triggered, the first processing unit sends out a broadcast request signal through the first wireless communication unit. When the second processing unit receives the broadcast request signal through the second wireless communication unit, the second processing unit controls the display unit to display the identification code. When the input keys are operated to input the identification code of the display device, the remote controller and the display device are paired with each other.

Abstract: A power management method for a host computer, which is coupled to a USB hub, is provided. It prevents the USB hub from entering into a suspend mode while the host computer stays in a host active state. The method includes the following steps: a filter driver is loaded. When detecting a specified event, the filter driver issues a device sleep IRP request to control the USB hub enter into a suspend mode. Wherein the specified event represents that the host computer enters into a host sleep state.

Abstract: A power management method for a host computer, which is coupled to a USB hub, is provided. It prevents the USB hub from entering into a suspend mode while the host computer stays in a host active state. The method includes the following steps: a filter driver is loaded. When detecting a specified event, the filter driver issues a device sleep IRP request to control the USB hub enter into a suspend mode. Wherein the specified event represents that the host computer enters into a host sleep state.

Abstract: A method for data collection using an electronic device operates in a network. The electronic device stores stacks and one of the stacks stores a database and a service agent. The service agent associates objects related to the service agent. The electronic device determines whether the instance identifications associated with the service agent are deleted from a database. If the instance identifications associated with the service agent have been deleted, a Remote Procedure Call protocol command is sent to the service agent. Accordingly, the electronic device can determine the objects detected corresponding to instance identifications stored in the Remote Procedure Call protocol command.

Abstract: The present invention discloses a computer peripheral apparatus. The computer peripheral apparatus includes an USB hub, at least one build-in card reader, and a controller. Each build-in card reader is electrically connected to one built-in downstream port of the USB hub. The controller connects to the USB hub and the build-in card reader to monitor the connection requirement of the build-in card reader. When the controller determines the build-in card reader does not need to be kept connected, the controller sets the status of its corresponding built-in downstream port as a “first status,” which defines the corresponding built-in downstream port is not connected. Thus, the computer system is informed that the built-in downstream port is not connected.

Abstract: The present invention discloses a video/audio module applied to a computer system. The video/audio module includes a circuit board, at least one analog microphone unit, and at least one analog-to-digital converter. The analog microphone unit and the analog-to-digital converter are electrically connected and fixed to the circuit board. The analog microphone unit captures an audio signal from ambient air and converts it to an analog audio signal. The analog-to-digital converter receives the analog audio signal and transforms the analog audio signal into a digital audio signal. Because of the analog-to-digital converter, a digital microphone unit can be replaced by the analog microphone unit, thereby reducing the production cost of the video/audio module.

Abstract: An image/audio data sensing module incorporated in a case of an electronic apparatus. The image/audio data sensing module comprises: at least one image sensor, for sensing an image datum; a plurality of audio sensors, for sensing at least one audio datum; a processor, for processing the image datum and the audio datum according to a control instruction set to generate a processed image data stream and at least one processed audio data stream, and combining the processed image data stream and the processed audio data stream to generate an output data stream following a transceiver interface standard; a transceiver interface, for receiving the control instruction set and transmitting the output data stream via a multiplexing process; and a circuit board, wherein the image sensor, the audio sensors and the transceiver interface are coupled to the circuit board, and the processor is provided on the circuit board.

Abstract: An electronic storage card reader applied to a computer system includes a system port, a control chip, a first card insertion part, and a second card insertion part. The system port is connected to a computer system. The control chip is connected to the system port for converting and transmitting data with the computer system. Each of the first card insertion part and the second card insertion part includes a plurality of card insertion slots connected with the control chip and provided for inserting a memory card. The control chip independently accesses the memory cards inserted into the card insertion slots of the first card insertion part, integrates the memory cards inserted into the card insertion slots of the second card insertion part to form a merged storage space, and accesses the merged storage space. The invention allows the electronic storage card reader to have a single larger storage capacity.

Abstract: A bridging device with power-saving function includes first and second interfaces, first and second physical layer processing devices, and a controller. The first interface is utilized for coupling a first external device complying with the first interface. The first external device receives a device request signal, and accordingly sends back a device response signal through the first physical layer processing device. The second interface is utilized for coupling a second external device complying with the second interface. The controller is coupled between the first and the second physical layer processing device for transmitting the device request signal with the predetermined frequency to the first physical layer processing device in order to receive the device response signal. When the controller does not receive the device response signal, the controller turns the second physical layer processing device off.

Abstract: A card reader integrated with touch button control, which is applicable in an application system, the said card reader comprises: a touch sensing interface, at least a memory card interface, an interface connection unit and a control chip memory. Herein the touch sensing interface consists of plural touch buttons, and the memory card interface is used to connect a memory card. Furthermore, the interface connection unit is connected to a system connection unit of the application system; the control chip module is connected to the touch sensing interface and the memory card interface, and, in terms of the touch sensing interface and the memory card interface, respectively uses different specification of device class to build the connection with the application system in order to perform signal transmission. The card reader is thereby enabled to achieve the objectives of providing features of controlling touch buttons and accessing memory cards.

Abstract: A card reader that can enhance the efficiency of the application system is embedded in the application system. The application system has an external memory drive. The card reader includes at least one memory card connector, a flash memory, and a control unit. The memory card connector is used for being plugged with a memory card. The flash memory is driven and integrated by the external memory drive. The control unit is electrically connected with the memory card connector and the flash memory and is used for transmitting data between the memory card and the flash memory and the application system via the control unit. Thereby, the flash memory can be used as an extended memory of the application system. The total memory of the application system increases, and the efficiency of the application system is enhanced.

Abstract: An integrated hub control chip is applied to a motherboard of an application system. The integrated hub control chip contains an upstream port transceiver, an upstream port controller, a relaying circuit unit, a keyboard control module, a digital camera control module, a storage medium control module, and a relaying circuit controller. The keyboard control module, the digital camera control module, and the storage medium control module are directly connected to the relaying circuit controller. The relaying circuit controller switches the transmission path of the relaying circuit unit according to the transmission speed of these control modules. The upstream port controller controls the transmission direction of the upstream port transceiver to accomplish the data communication with the motherboard. The objects of saving the circuit space of motherboard, reducing the hardware cost, and increasing the purposes and expansibility of the integrated hub control chip can therefore be achieved.

Abstract: A card reader includes at least one card slot for a memory card to insert therein, a USB plug allowing hot attach and detach to and from a computer, and an IDE slot provided at one side of the card reader for a hard disk having an IDE slot to connect thereto. Therefore, with the card reader, a general hard disk may be treated as a high-capacity memory card and connected to the card reader in the manner of hot attach and detach.