Abstract: [Problem] To provide a marching drum which ensures forwards and downwards visibility and ensures the field of view during marching. [Solution] [Effect] By eliminating all or some members of the body of the drum, or by adopting transparent members, this marching drum which enables forwards and downwards visibility ensures the performer's field of view during marching.

Abstract: The present invention relates to an editing apparatus and an editing method for editing a plurality of files, which is recorded on a storage part and corresponds to one shot. The editing method includes a determination step of determining a generation order in time sequence of a plurality of files which correspond to one shot and include interframe coded data; and integration step of arranging the plurality of files in the generation order and integrating the arranged files. The editing method may further include a displaying step of displaying one clip corresponding to the integrated files, and editing step of editing the clip.

Abstract: An editing apparatus for a editing video sequence, comprises: an editing unit for setting a first range to one part of the video sequence; a video sequence file generating unit for generating a video sequence file including video sequence corresponding to the first range and video sequence corresponding to a second range, wherein the second range is consecutively preceding to and/or subsequent to the first range; and an output for outputting the video sequence file.

Abstract: A data conversion system for converting data output from an information processor into data in a different format in real time while preventing image defects such as dropped frames or repeated frames in moving image data by synchronizing data transfer with converted data output. One of first and second nodes on an IEEE1394 bus functions as a cycle master, and first data is transferred from the first node to the second node in synchronism with a cycle start packet outputted from the cycle master. Second data generated by converting the first data by the second node is outputted in synchronism with an external reference signal. The system includes an external synchronizing signal receiver for receiving an external reference signal provided on at least one of the first and second nodes, and a synchronization adjustment unit for synchronizing the frequency of the cycle start packet output from the cycle master with the frequency of the reference signal received by the external synchronizing signal receiver.

Abstract: A DV camera 38 provides DV data recorded on a tape 52 to a PCI bridge 43 through a DV data output terminal 57 while decompressing the DV data. The DV data thus decompressed are converted into analog signals with a video encoder 58 and outputted through an analog video signal output terminal 59. A video decoder 42 converts the analog video signals into digital signals. The PCI bridge 43 outputs the digital data to a graphic card 34. In this way, moving pictures provided from the DV camera 38 are displayed on a CRT 32. The PCI bridge 43 transfers the DV data provided by an interface 41 to a memory. The data stored in the memory 27 is written into the hard disk 26 under control of the CPU 23.

Abstract: Bus-line network communication system in which changing of adding number or location of monitoring camera can be carried out with easy: A central monitoring device 50 and monitoring cameras C31 to C40 are connected with a communication bus-line 40. The central monitoring device send a request command to the bus-line 40. The request command is received by the selected camera through the bus-line 40. The selected camera which is received the request command, send image data to the-bus line 40. The central monitoring device receives the image data and displays image.