Abstract:
An adaptor (300) for a moving picture video camera (10; 20) is provided with an input (301; 303) for receiving a moving picture video signal from a moving picture video camera (10; 20). The adaptor (300) also includes a compressor (330) connected to the input (301; 303) to extract a selected picture from the moving picture video signal and to compress the extracted picture. A bidirectional serial interface (340) is connected to the compressor (330) to serially receive data from an external source (120) and to output the compressed extracted picture generated in the compressor (330). An adaptor (300) is also provided for receiving an analog video signal, compressing it and outputting a digital compressed video signal.
Abstract:
An adaptor (300) for a moving picture video camera (10; 20) is provided with an input (301; 303) for receiving a moving picture video signal from a moving picture video camera (10; 20). The adaptor (300) also includes a compressor (330) connected to the input (301; 303) to extract a selected picture from the moving picture video signal and to compress the extracted picture. A bidirectional serial interface (340) is connected to the compressor (330) to serially receive data from an external source (120) and to output the compressed extracted picture generated in the compressor (330). An adaptor (300) is also provided for receiving an analog video signal, compressing it and outputting a digital compressed video signal.
Abstract:
An adaptor (300) for a moving picture video camera (10; 20) is provided with an input (301; 303) for receiving a moving picture video signal from a moving picture video camera (10; 20). The adaptor (300) also includes a compressor (330) connected to the input (301; 303) to extract a selected picture from the moving picture video signal and to compress the extracted picture. A bidirectional serial interface (340) is connected to the compressor (330) to serially receive data from an external source (120) and to output the compressed extracted picture generated in the compressor (330). An adaptor (300) is also provided for receiving an analog video signal, compressing it and outputting a digital compressed video signal.
Abstract:
A camera is provided that can be connected to a processing system via an external connector outside of the housing of the processing system. The camera includes a camera housing. An imaging device is provided inside the camera housing that converts moving pictures to a video signal. A bit rate reduction circuit is also provided inside the camera housing and connected to the imaging device. The bit-rate reduction circuit reduces a bit rate of the moving picture signal so as to produce a bit-rate reduced video signal having a lower bandwidth than the video signal prior to bit rate reduction.
Abstract:
A camera (110, 110') is provided that can be connected to a processing system (120, 120') via an external connector (154) outside of the housing of the processing system. The camera (110, 110') includes a camera housing (100). An imaging device (111) is provided inside the camera housing (100) that converts moving pictures to a video signal. A bit rate reduction circuit (115) is also provided inside the camera housing (100) and connected to the imaging device (111). The bit-rate reduction circuit (115) reduces a bit rate of the moving picture signal so as to produce a bit-rate reduced video signal having a lower bandwidth than the video signal prior to bit rate reduction.
Abstract:
A camera (110, 110') is provided that can be connected to a processing system (120, 120') via an external connector (154) outside of the housing of the processing system. The camera (110, 110') includes a camera housing (100). An imaging device (111) is provided inside the camera housing (100) that converts moving pictures to a video signal. A bit rate reduction circuit (115) is also provided inside the camera housing (100) and connected to the imaging device (111). The bit-rate reduction circuit (115) reduces a bit rate of the moving picture signal so as to produce a bit-rate reduced video signal having a lower bandwidth than the video signal prior to bit rate reduction.