Abstract: A system and method are provided for multiple nodes to wirelessly transmit in an Ad-hoc network architecture. First of all, an integration module of the system integrates a multi-node transmission protocol into a reservation column of a data packet. Next, an initial node of the system transmits the integrated data packet. Afterwards, according to the multi-node transmission protocol, one or more bridge node of the system receives the integrated data packet transmitted from the initial node. And finally, according to the multi-node transmission protocol, a destination node of the system receives the integrated data packet transmitted from the bridge node. By means of the proposed system and method, data transmission between multiple nodes is achieved under the Ad-hoc network architecture.

Abstract: A method and system is provided to reinforce wireless communication capabilities between multiple network nodes of an wireless network group. The method and system first detects a wireless transmission capability between a first network node and a second network node. When the wireless transmission capability is lower than a threshold value, one set of reinforcing coordinates will be derived by introducing the first geographic information and the second geographic information. Afterwards, move a third network node to a position with the set of reinforcing coordinates to establish an alternative wireless transmission route between the first network note and second network node. Therefore, when an original wireless transmission route between any two network nodes is abnormal, the alternative wireless transmission route will be available in time and reduce the risks of losing transmission signals.

Abstract: An apparatus and a method for integrating personal computer and electronic device functions. An input device, personal computer host, and encoder in turn integrate hardware, operating system, and application programs to provide personal computer and electronic device functions at the same time.

Abstract: A face panel mounting structure includes a base frame, which is mountable on a front side of a LCD monitor and has a plurality of locating grooves at one side thereof, a face panel, and a packing member, which has a back bonding surface bonded to a border area of a front side of the face panel and a plurality of compressible locating blocks protruding from the front side thereof and respectively press-fitted into the locating grooves of the base frame to detachably secure the face panel to the base frame in a watertight manner.

Abstract: A method of automatically testing and verifying power management features of a computer system in different modes including Standby, Hibernate, Shutdown, and Reboot is disclosed. After an operator has chosen on an operation menu screen one or more items for executing the power state test and set related numeric values for the chosen items, power state testing functions are executed according to the chosen test items, and the computer system sequentially enters into the power states chosen to test. Auto Resume is set for a timer in a keyboard controller of the computer system to repeatedly execute the chosen power state tests when a time value set for the timer is reached. The method is adapted to test and verifying different power states of the computer system, including Standby, Hibernate, Shutdown, and Reboot, and can be executed without being limited by any computer-specific hardware.

Abstract: A mainframe cooling structure is disclosed to include a body, which has a side cover and a ventilation grille at the side cover for letting air in and out, a circuit board, which is fixedly mounted inside the body and has an electronic device that produces heat during operation, and a cooler module, which includes a heat sink attached to the electronic device, a fan holder provided at the top side of the heat sink, and two fans mounted in the fan holder and aimed at different parts of the ventilation grille for drawing outside cooling air toward the heat sink and drawing inside hot air out of the body.

Abstract: A method of automatically testing and verifying power management features of a computer system in different modes including Standby, Hibernate, Shutdown, and Reboot is disclosed. After an operator has chosen on an operation menu screen one or more items for executing the power state test and set related numeric values for the chosen items, power state testing functions are executed according to the chosen test items, and the computer system sequentially enters into the power states chosen to test. Auto Resume is set for a timer in a keyboard controller of the computer system to repeatedly execute the chosen power state tests when a time value set for the timer is reached. The method is adapted to test and verifying different power states of the computer system, including Standby, Hibernate, Shutdown, and Reboot, and can be executed without being limited by any computer-specific hardware.

Abstract: An apparatus and a method for integrating personal computer and electronic device functions. An input device, personal computer host, and encoder in turn integrate hardware, operating system, and application programs to provide personal computer and electronic device functions at the same time.

Abstract: An apparatus and a method for integrating personal computer and electronic device functions. An integrated keyboard, personal computer host, and keyboard encoder in turn integrate hardware, operating system, and application programs to provide personal computer and electronic device functions at the same time.

Abstract: An apparatus and a method for integrating personal computer and electronic device functions. An integrated keyboard, personal computer host, and keyboard encoder in turn integrate hardware, operating system, and application programs to provide personal computer and electronic device functions at the same time.