Abstract: The disclosure provides an ultrasound imaging device including a linear array, a first phased array, a second phased array, and a signal processing unit, wherein the linear array transmits and receives an image ultrasound signal to acquire an ultrasound image inside a human body; the first phased array provides a first Doppler ultrasound transmission signal to a vascular region included in the ultrasound image; and the second phased array provides a second Doppler ultrasound transmission signal to the vascular region; and an ultrasound imaging device including a dual-mode probe identifying a vascular region where blood vessels are located based on an ultrasound image acquired using a linear array at every predetermined time interval, focusing a Doppler ultrasound transmission signal on the vascular region using one or more phased arrays disposed on both sides of the linear array, and calculating a blood flow velocity by a received Doppler ultrasound reception signal.

Abstract: A CCD (charge coupled device) camera system capable of a multi-media response includes: a prism which disperses according to frequency optical signals of an object focused on the prism by a lens; first and second CCDs for converting optical signals which are imaged by the prism into electrical signals, and having mutually different color filter arrays consisting of a complementary color stripe pattern and an effective number of pixels corresponding to the international standard; first and second sample and hold circuits for removing noise from the output video signals of the first and second CCDs; first and second analog to digital converters for converting the analog video signals of the first and second sample and hold circuits into digital signals; and a CCD video signal processor for calculating the sum of and the difference between the two sets of signals output by the first and second sample and hold circuits so as to generate brightness signals and color signals.