Abstract: A wearable ultrasound system comprising an ultrasound probe, a proximal wearable component electrically interconnected with said ultrasound probe adapted to be wearable on the hand, wrist, or arm of a user, and including at least one user interface mechanism, a processor, and one or more displays.

Abstract: A portable ultrasound system provides immersive viewing of images. A small, lightweight scope includes a transducer and a display. The display is adapted for viewing ultrasound images close to the eye of the user, such as within five inches or a couple feet of the eye. By adapting the system for close viewing, the ultrasound system is sensory immersive, such as an otoscope or endoscope. A magnifying lens is positioned adjacent to a display screen. The magnifying lens adapts the small display screen for viewing close to the user's eye. A shade or eyepiece extends away from and at least partly around the display screen. The shade allows viewing in many different lighting conditions. Alternatively, the ultrasound image is viewed on a head mounted display attached to glasses or a helmet.

Abstract: A segmented ultrasound system is provided. Ultrasound data, such as image data in a video format, is wirelessly transmitted to a multi-use display device from a handheld ultrasound device. Any of various multi-use display devices may be used, such as personal digital assistants (PDA), tablet computers, lap top computers, or personal computers.

Abstract: A portable ultrasound system provides immersive viewing of images. A small, lightweight scope includes a transducer and a display. The display is adapted for viewing ultrasound images close to the eye of the user, such as within five inches or a couple feet of the eye. By adapting the system for close viewing, the ultrasound system is sensory inimersive, such as an otoscope or endoscope. A magnifying lens is positioned adjacent to a display screen. The magnifying lens adapts the small display screen for viewing close to the user's eye. A shade or eyepiece extends away from and at least partly around the display screen. The shade allows viewing in many different lighting conditions. Alternatively, the ultrasound image is viewed on a head mounted display attached to glasses or a helmet.

Abstract: A segmented ultrasound system is provided. Ultrasound data, such as image data in a video format, is wirelessly transmitted to a multi-use display device from a handheld ultrasound device. Any of various multi-use display devices may be used, such as personal digital assistants (PDA), tablet computers, lap top computers, or personal computers.

Abstract: A probe holder embodies an insert body removably set into a through-slot of an ultrasound system panel. The holder defines an inner cavity extending from a first opening at a top surface to a second opening at a bottom surface. A side opening extends the axial length of the holder from the first opening to the second opening. Upon insertion of the holder into the panel through-slot, the holder is movable between an open position and a closed position. At the open position the holder side opening is aligned with a corresponding side opening of the panel. With the holder moved into the closed position, the holder side opening is blocked by inner walls of the panel through-slot. A probe cord slides through the side openings while the holder is in the open position. Once the holder is moved to the closed position, the probes cord is radially trapped within the holder.