MRI magnet room cleaning system

1. A cleaner system for an MRI installation including a magnet room and an equipment room separated by a common wall having a penetration panel, the cleaner system comprising:

a base unit configured to supply at least one or both of vacuum and steam, the base unit disposed outside the MRI magnet room;

a hand-held or portable dispensing unit substantially free of magnetic material for use inside the magnet room, the unit including a dispensing tool for delivering at least one or both of vacuum and steam and a control panel;

a tubing system for conveying at least one or both of vacuum and steam from the base unit to the handheld unit, the tubing system including a magnet room portion configured for disposition inside the magnet room;

a communication link configured to communicate control signals generated by user manipulation of the control panel through the penetration panel to the base unit to control vacuum and/or steam generation remotely away from the base unit; and

wherein the communication link includes:

a first wireless RF receiver/transmitter unit mounted in the hand-held or portable unit and configured to transmit and receive one or both of digital control signals and status signals;

a second wireless RF receiver/transmitter mounted at or adjacent the penetration panel and configured to receive from and transmit RF signals to the first receiver/transmitter;

a first Infrared (IR) interface on a magnet room side of the penetration panel for converting RF signals from the second RF receiver/transmitter into IR signals and to convert IR signals into RF signals;

a first IR receiver/transmitter configured to transmit IR signals through an opening in the penetration panel and to receive IR signals from the penetration panel opening.

2. The system of claim 1 , wherein the communication link further comprises, on the equipment room side:

a second IR receiver/transmitter configured to receive and transmit IR signals through the opening;

a second IR interface on an equipment room side of the penetration panel for converting RF signals into IR signals and to convert IR signal into RF signals;

a third wireless RF receiver/transmitter configured to transmit and receive one or both of control signals and status signals;

a fourth wireless RF receiver/transmitter configured to transmit the control signals to the base unit to control the vacuum and steam operation of the base unit.

3. The system of claim 1 , wherein the communication link includes:

a second IR receiver/transmitter configured to receive and transmit IR signals through the opening;

a second IR interface on an equipment room side of the penetration panel

a wired communication link from the second IR interface to the base unit;

the second IR interface configured to convert the IR signals received from the second IR receiver/transmitter into control signals for transmission over the wired communication link and to convert signals received from the wired communication link into IR signals.

4. The system of claim 1 , wherein the opening in the penetration panel is defined by a waveguide structure configured to block passage of RF noise.

5. The system of claim 1 , wherein the base unit is configured to supply both steam and vacuum, and the magnet room portion of the tubing system includes a steam hose and a vacuum hose connected to the handheld or portable unit.

6. A cleaner system for an MRI installation including a magnet room and an equipment room separated by a common wall having a penetration panel, the cleaner system comprising:

a base unit configured to supply at least one or both of vacuum and steam, the base unit disposed outside the MRI magnet room;

a hand-held or portable dispensing unit substantially free of magnetic material for use inside the magnet room, the unit including a dispensing tool for delivering at least one or both of vacuum and steam and a control panel;

a tubing system for conveying at least one or both of vacuum and steam from the base unit to the handheld unit, the tubing system including a magnet room portion configured for disposition inside the magnet room;

a communication link configured to communicate control signals generated by user manipulation of the control panel through the penetration panel to the base unit to control vacuum and/or steam generation remotely away from the base unit; and

wherein the communication link comprises:

a low pass filter installed in a port in the penetration panel;

a first wired link connected between the filter and the hand-held or portable unit in the magnet room;

a second wired link connected between the filter and the base unit in the equipment room.

7. The system of claim 6 , wherein the base unit is configured to supply both steam and vacuum, and the magnet room portion of the tubing system includes a steam hose and a vacuum hose connected to the handheld or portable unit.