The present invention provides a method for storing an ultrasonic scan image and an ultrasonic device. The ultrasonic device may include: an image acquiring unit configured to scan a target object to obtain an image; a buffer unit configured to store the obtained image; a processing unit configured to compute a similarity of a frame of the image; and a storage unit, wherein when it is determined that the computed similarity of the frame is less than a threshold, the processing unit stores frames with a similarity equal to or greater than the threshold previous to the frame in the storage unit. Therefore, the image may be stored automatically based upon the similarity information of the frame of the ultrasonic scanning image.

A system for displaying an area covered in a non-destructive scan of an area larger than the test probe is disclosed. Position encoders are included on the test probe to track the motion of the probe and to provide a record of the portion of the area under test that has been covered by the probe.

A system for displaying an area covered in a non-destructive scan of an area larger than the test probe is disclosed. Position encoders are included on the test probe to track the motion of the probe and to provide a record of the portion of the area under test that has been covered by the probe.

A method and an apparatus for processing data for an ultrasound image reconstruction are disclosed. In some embodiments, a method and an apparatus for processing data for reconstructing an ultrasound image are provided, which are capable of storing first frame data generated by a focused ultrasound in a realtime display mode and a parameter for the first frame data, and when a specific event is detected as occurring, and additionally storing second frame data generated by an unfocused ultrasound and a parameter for the second frame data, thus expanding the scope of application of the data for an image reconstruction and acquiring various formats of improved ultrasound images.