USER INTERFACE AND DISPLAY FOR AN ULTRASOUND SYSTEM
An ultrasound apparatus has a beamformer, a control logic processor, and a transducer probe configured to direct and detect ultrasound signals. A control panel is in wireless signal communication with the control logic processor. A display monitor is in wireless signal communication with the control logic processor.
1 . An ultrasound apparatus comprising:
a beamformer energizable to generate an ultrasound signal;
a control logic processor;
a transducer probe configured to direct and detect ultrasound signals;
a control panel in wireless signal communication with the control logic processor; and
a display monitor in signal communication with the control logic processor.
2 . The ultrasound apparatus of claim 1 wherein the control panel comprises two separable portions:
a first portion having a surface treated for locating at least first and second fixed-position controls according to touch; and
a second portion having a touch screen that displays variable controls according to selection from the at least first and second fixed-position controls on the first portion.
3 . The ultrasound apparatus of claim 2 wherein one of the first and second portions provides the wireless signal communication with the control logic processor and wherein the first and second portions are in signal communication with each other.
4 . The ultrasound apparatus of claim 2 wherein the treated surface provides a haptic stimulus using one or more piezoelectric actuators.
5 . The ultrasound apparatus of claim 2 wherein the treated surface is etched.
6 . The ultrasound apparatus of claim 1 wherein the control panel portions are formed from glass.
7 . The ultrasound apparatus of claim 1 wherein one or both of the control panel portions are dockable for recharging.
8 . The ultrasound apparatus of claim 1 wherein the display monitor surface or control panel is curved.
9 . The ultrasound apparatus of claim 1 further comprising a head-mounted display for the sonographer or patient.
10 . The ultrasound apparatus of claim 1 further comprising a docking station for recharging of the control panel or display monitor.
11 . The ultrasound apparatus of claim 1 further comprising a viewer display for patient viewing.
12 . The ultrasound apparatus of claim 2 wherein one or both portions are hinged to support the display monitor when undocked.
13 . The ultrasound apparatus of claim 1 further comprising a recharging power transmitter that performs wireless recharging.
14 . The ultrasound apparatus of claim 13 wherein at least a portion of the control panel is configured for wireless recharging.
15 . An ultrasound apparatus comprising:
a beamformer;
a control logic processor;
a transducer probe configured to direct and detect ultrasound signals;
a control panel having first and second portions, the first and second portions being separable from each other for operation of the apparatus, the first or second or both portions being in wireless signal communication with the control logic processor;
a recharging power transmitter adapted to perform wireless recharging; and
a display monitor in signal communication with the control logic processor.
16 . The ultrasound apparatus of claim 15 wherein one of the first and second portions are rechargeable using wireless transmission from the recharging power transmitter.
17 . An ultrasound apparatus comprising:
a beamformer;
a control logic processor;
a transducer probe configured to direct and detect ultrasound signals;
a control panel in wireless signal communication with the control logic processor;
a recharging power transmitter adapted to perform wireless recharging; and
a display monitor in signal communication with the control logic processor.
18 . The ultrasound apparatus of claim 17 wherein the control panel further provides motion sensing for entry of operator instructions.
19 . The ultrasound apparatus of claim 17 wherein the control panel has a hinged support.