The set points shall be calculated by linear interpolation between the 1 Hz set points of the reference cycle.

The set points shall be calculated by linear interpolation between the 1 Hz set points of the reference cycle.

The set points shall be calculated by linear interpolation between the 1 Hz set points of the reference cycle.

The deviation between the actual values and set values is indicated.

Setpoint center positions of the pictures are determined by processing many sample pictures using these tentatively set values.

These actual values are compared with preset desired values, and recommended settings for minimizing a difference between desired and actual values are output.

The invention relates to a monitoring device for monitoring a display device, said display device displaying target values using a display, the values being predetermined by a target value specification device.

Sensors for the measurement of the humidity and the temperature of the transporting air are arranged in the transport lines and the actual value can be adjusted to match a set value by means of suitable regulators.

Troublesome rated value presettings or experimental values can thus be avoided.

The setpoints are represented by 'bugs' which are adjacent to the ambiguous scale.

The predetermined active and reactive power desired values are then limited to the calculated maximum permissible values.

The device comprises a sensor (1) which is coupled to the processing unit (4).

The measured values and the set values stemming from a set value indicator (3) are compared in said processing unit (4) and transformed into a control pulse, which is transferred to a pumping system (2).

The comparative data is stored in a setpoint storage (11).

The set-point signal (118) is a multi-bit set-point signal with the rate of change in the regulator output between set-points being predetermined or externally controllable.