Method for operating at least one pump facility

1. A method for operating a pump facility, comprising:

assigning the pump facility to a cooling facility arranged externally relative to a magnetic resonance facility for examining an examination object; and

determining a setting of an operating parameter of the pump facility influencing a power input of the pump facility as a function of a control information relating to the examination object,

wherein historic settings of the operating parameter influencing the power input of the pump facility are stored in a storage device as setting information,

wherein a current or future setting of the operating parameter influencing the power input of the pump facility is determined according to the historic settings of the operating parameter with repeatedly operating mode of the magnetic resonance facility, and

wherein the determination of the current or future setting of the operating parameter influencing the power input of the pump facility is dispensed with or restricted by using a historic setting of the operating parameter stored in the storage device with a similar or identical operating mode.

2. The method as claimed in claim 1 , wherein the operating parameter of the pump facility is set additionally as a function of a control information relating to an operating parameter of the magnetic resonance facility.

3. The method as claimed in claim 2 , wherein the control information relating to the operating parameter of the magnetic resonance facility comprises: registration information of the examination object, position and/or orientation information of a mounting facility supporting the examination object, information relating to a measuring protocol set within a scope of the operation of the magnetic resonance facility, and information relating to a measuring sequence set within the scope of the operation of the magnetic resonance facility.

4. The method as claimed in claim 1 , wherein the control information relating to the examination object comprises dimensional information relating to dimensions of the examination object or information specifying a size of an examination area of the examination object.

5. The method as claimed in claim 1 , wherein the operating parameter of the pump facility influencing the power input of the pump facility comprises a flow rate of a coolant conveyed by the pump facility or a flow speed of a coolant conveyed by the pump facility.

6. The method as claimed in claim 5 , wherein the flow rate of the coolant conveyed by the pump facility or the flow speed of the coolant conveyed by the pump facility is set by a speed of a motor-driven conveying device associated with the pump facility.

7. The method as claimed in claim 1 , wherein the pump facility is operated with a predetermined or predeterminable minimum power input.

8. The method as claimed in claim 1 , wherein information relating to an actual power input of the pump facility and/or information relating to a ratio of an actual power input relative to a maximum power input of the pump facility is output to an output device.

9. The method as claimed in claim 1 , wherein a characteristic diagram relating to a specific power input of the pump facility stored in a storage device is selected, and wherein the operating parameter influencing the power input of the pump facility is set as a function of a corresponding currently existing control information of the magnetic resonance facility according to the characteristic diagram.

10. A pump facility of a cooling facility arranged externally relative to a magnetic resonance facility, comprising:

a device for determining a control information relating to an examination object to be examined with the magnetic resonance facility; and

a control facility for determining a setting of an operating parameter of the pump facility influencing a power input of the pump facility as a function of the control information relating to the examination object,

wherein historic settings of the operating parameter influencing the power input of the pump facility are stored in a storage device as setting information,

wherein a current or future setting of the operating parameter influencing the power input of the pump facility is determined according to the historic settings of the operating parameter with repeatedly operating mode of the magnetic resonance facility, and

wherein the determination of the current or future setting of the operating parameter influencing the power input of the pump facility is dispensed with or restricted by using a historic setting of the operating parameter stored in the storage device with a similar or identical operating mode.

11. The pump facility as claimed in claim 10 , wherein the device further determines a control information relating to an operating parameter of the magnetic resonance facility, and wherein the control facility further sets the operating parameter of the pump facility influencing the power input of the pump facility as a function of the control information relating to the operating parameter of the magnetic resonance facility.