A drive control for controlling a gear system which is connected to a motor. The drive control comprises one or several sensors for detecting operationally specific parameters of the gear system, and a decentralized sensor evaluation unit. The sensor or each sensor is connected to the decentralized sensor evaluation unit for separate evaluation of information provided by the sensor or sensors.
1. A drive regulator for control of a transmission which is connected to a motor comprises:
a transmission connected to an electrically driven motor;
sensor means for recording operation specific parameters for the transmission, wherein the sensor means comprises a plurality of sensors including tilting moment sensors, leakage sensors, torque sensors, temperature sensors, rotation speed sensors, vibration sensors, oscillation sensors and oil-level sensors; and
a decentralized sensor evaluation unit connected to the sensor means for receiving and evaluating the parameters from the sensor means, wherein the sensor evaluation unit is connected to a motor means of power electronics, and wherein the sensor evaluation unit ( 70 ) has a control unit ( 80 ) which includes means for the sensor evaluation unit ( 70 ) to act directly on the transmission ( 20 ) to obtain directly the specific parameters for the transmission.
2. The drive regulator as claimed in claim 1 , wherein the sensor means or decentralized sensor evaluation unit ( 70 ) is located on or proximate to the motor or transmission ( 20 ).
3. The drive regulator as claimed in claim 1 , wherein the sensor evaluation unit ( 70 ) together with the sensor means comprises a decentralized intelligent information gathering and evaluation unit.
4. The drive regulator as claimed in claim 1 , wherein the sensor evaluation unit ( 70 ) has a communication unit ( 90 ) which includes means for the sensor evaluation unit ( 70 ) to data communicate with an external appliance ( 50 ).
5. The drive regulator as claimed in claim 1 , in which the sensor evaluation unit ( 70 ) has a communication unit ( 90 ) which includes means for an external appliance ( 50 ) to data communicate with the sensor evaluation unit ( 70 ).
6. The drive regulator as claimed in claim 5 , wherein the communication unit ( 90 ) includes means for the sensor evaluation unit ( 70 ) to data communicate with the external appliance ( 50 ).
7. The drive regulator as claimed in claim 1 , wherein the sensor evaluation unit ( 70 ) forms a unit directly with the motor and/or the transmission ( 20 ), and includes means for autonomous regulation of the motor ( 10 ) and/or transmission ( 20 ) in response to specific signals from the sensor means ( 60 ).