Abstract: A tool rack structure includes a first body, and a second body pivotally connected with the first body and rotatable relative to the first body. The first body has an end provided with at least one first pivot portion. The at least one first pivot portion is provided with two first locking portions, a second locking portion, and a third locking portion. The second body is provided with at least one third pivot portion pivotally connected with the at least one first pivot portion. The at least one third pivot portion is provided with two fourth locking portions locked onto the two first locking portions, and a fifth locking portion locked onto the third locking portion.

Abstract: An apparatus and a method for distributing video image are provided. The apparatus stores a video image captured by a video unit through a monitor module. When a plurality of communication interfaces are activated simultaneously, the video image previously stored in the monitor module is directly loaded into each communication interface through the monitor module, respectively. Therefore, the purpose of providing a plurality of communication interfaces with the video image simultaneously is achieved.

Abstract: The present invention provides an identification method. A video capture device captures an identification video at a random time. Then a suitable identification image is obtained from the identification video. Subsequently, a current user characteristic value obtained from the identification image is compared with a stored user characteristic value of a user data stored in a recognition database. When the current user characteristic value corresponds to the stored user characteristic value, then returns to capture the identification video step. When the current user characteristic value does not corresponds to the stored user characteristic value, then an error counter is incremented, and returns to the acquiring the identification video step.

Abstract: A device and a method for remote wake-up are provided. The device for remote wake-up includes a processing element and a network module, wherein the network module includes a connection module, a receiving module, a determination module, and a wake-up module. In the method for remote wake-up, a local host firstly logins a network server. Then, the local host maintains connection with the network server after entering a suspend mode, and thereby the network position of the local host is determined. Thereafter, the local host receives a network packet and determines if the network packet is a network wake-up packet transmitted from a remote client and through the network server and. When the network packet is a network wake-up packet, the local host returns to normal operation mode.

Abstract: A data transmission method for classifying network connections and transmitting multimedia data is described. After distinguishing multimedia connections from non-multimedia connects, multimedia packets are classified and consolidated into packet groups and then the packet groups are transmitted. The method for transmitting multimedia data comprises the following steps. First, determine whether a connection is used for transmitting multimedia data or not. If it does, the packets are consolidated into a packet group. Finally, forward the packet group according to a predetermined order after the packet group is assembled.

Abstract: The present invention provides an identification method. A video capture device captures an identification video at a random time. Then a suitable identification image is obtained from the identification video. Subsequently, a current user characteristic value obtained from the identification image is compared with a stored user characteristic value of a user data stored in a recognition database. When the current user characteristic value corresponds to the stored user characteristic value, then returns to capture the identification video step. When the current user characteristic value does not corresponds to the stored user characteristic value, then an error counter is incremented, and returns to the acquiring the identification video step.

Abstract: An apparatus and a method for distributing video image are provided. The apparatus stores a video image captured by a video unit through a monitor module. When a plurality of communication interfaces are activated simultaneously, the video image previously stored in the monitor module is directly loaded into each communication interface through the monitor module, respectively. Therefore, the purpose of providing a plurality of communication interfaces with the video image simultaneously is achieved.

Abstract: A method for sending and receiving data is provided. The method for sending data comprises the following steps. Firstly, monitor a network connection that transmits data and then check whether the network connection has a bandwidth reservation request. If the network connection has no such request, use the remaining bandwidth to send the data. If the network connection has a reservation request, check whether the network connection has a bandwidth reservation. If the network connection has a bandwidth reservation, check whether the reserved bandwidth is enough to send the data. If the reserved bandwidth is enough to send the data, use the reserved bandwidth to send the data. Lastly, if the network connection does not have bandwidth reservation, or if the reserved bandwidth is not enough to send the data, set up a new reserved bandwidth and use the new reserved bandwidth to send the data.

Abstract: A data transmission method for classifying network connections and transmitting multimedia data is described. After distinguishing multimedia connections from non-multimedia connects, multimedia packets are classified and consolidated into packet groups and then the packet groups are transmitted. The method for transmitting multimedia data comprises the following steps. First, determine whether a connection is used for transmitting multimedia data or not. If it does, the packets are consolidated into a packet group. Finally, forward the packet group according to a predetermined order after the packet group is assembled.