Abstract: A vehicular cooling device supporting apparatus has a radiator support lower 14 formed with a plurality of support-side connecting portions 32 and 34 for altering connecting positions to radiator support sides 16 and 18. This enables a layout position of a radiator main body 20 to be altered depending on size of an engine to use component parts in common. Placing the radiator main body 20 in a rearward position when the engine is small in size can suppresses damage to the radiator main body 20 upon collision of a vehicle at a low vehicle speed. In this case, it is suffice for the connecting positions of the radiator support lower 14 to the radiator support sides 16 and 18 to be altered in a vehicle fore and aft direction. Thus, the cooling device supporting apparatus can be constructed simply at the low cost with a minimum number of component parts.

Abstract: According to one embodiment, a communication unit communicates a control signal to/from another image processing apparatus via a communication channel and receives video/audio signals from the another image processing apparatus via the communication channel. A processing prediction unit transmits, to the another image processing apparatus, a request signal to request a transmission of a schedule of processing for a predetermined command. The processing prediction unit receives a message signal indicating the processing schedule corresponding to the predetermined command from the another image processing apparatus. The processing prediction unit generates an image showing the processing schedule corresponding to a predetermined command indicated by message signal when requested to execute the predetermined command. A display unit displays, on a screen, an image corresponding to the video/audio signals and an image showing the processing schedule corresponding to the predetermined command.

Abstract: An anti-seizing agent including: a first solid lubricant containing at least one of bismuth and a bismuth compound; and a second solid lubricant containing at least one of graphite, molybdenum disulfide and boron nitride. The anti-seizing agent satisfies the relationships 20 weight %?a?90 weight % and 10 weight %?d?80 weight %, in which a sum of the contents of the first solid lubricant and the second solid lubricant in the anti-seizing agent is taken as 100 weight %, and a represents a content of the first solid lubricant and d represents a content of the second solid lubricant.

Abstract: A video distribution apparatus that distributes video data to a plurality of machines through a network, the video distribution apparatus includes a preprogramming record unit configured to record preprogramming information setting a time zone to distribute the video data to a first machine which is one of the plurality of machines, a control unit configured to determine whether or not the video data can be distributed to the first machine before the time zone set by the preprogramming information, and a communication unit configured to notify at least one of the plurality of machines that the video data can be distributed if the control unit determines that the video data cannot be distributed to the first machine.

Abstract: A frame combining apparatus, having a plurality of decoding means for decoding frame data for each of a plurality of sub-frames through a decoding process opposite to a coding process when a plurality of coded data streams obtained by coding frame data of a frame divided into a plurality of sub-frames are input, a synchronizing means for generating external synchronizing data for defining output timings of decoded outputs from a plurality of decoding means, and a delaying means for generating more than one external synchronizing data delayed by a delay time corresponding to a plurality of sub-frames in response to the division of a frame and to give the external synchronizing data from the synchronizing means and external synchronizing data having a delay time corresponding to the divided sub-frames out of more than one delayed external synchronizing data to decoding means corresponding to the sub-frames, respectively.