Intelligent top drive for drilling rigs

1. A top-drive system, comprising:

a sheave configured to receive a drilling line;

a frame coupled with the sheave and configured to transmit a weight of a tubular string suspended therefrom to the sheave;

a controller;

a sensor in communication with the controller, wherein the sensor comprises one or more of an optical sensor, a magnetic sensor, or an induction sensor and wherein the sensor is configured to measure one or more physical parameters of a drilling operation and provide data representing the one or more physical parameters to the controller; and

one or more torque reaction rollers that roll along a rail of a mast, wherein the sensor measures a rotation of the one or more torque reaction rollers, and wherein the controller is configured to determine an elevation parameter based on the rotation measured by the sensor.

2. The system of claim 1 , further comprising one or more second sensors configured to determine when the top-drive system reaches a mark representing a reference elevation in the mast, wherein the controller is configured to determine the elevation of the top-drive system above a rig floor by combining a measurement of the rotation of the one or more torque reaction rollers with a measurement based on the top-drive system reaching the mark, to generate an elevation of the top-drive system.

3. A top-drive system, comprising:

a sheave configured to receive a drilling line;

a frame coupled with the sheave and configured to transmit a weight of a tubular string suspended therefrom to the sheave;

a controller; and

a sensor in communication with the controller, wherein the sensor comprises one or more of an optical sensor, a magnetic sensor, or an induction sensor and wherein the sensor is configured to measure one or more physical parameters of a drilling operation and provide data representing the one or more physical parameters to the controller, wherein the sensor is configured to measure a dimension of the drilling line, and the controller is configured to calculate a deformation of the drilling line based on the dimension measured by the sensor.

4. A top-drive system, comprising:

a sheave configured to receive a drilling line;

a frame coupled with the sheave and configured to transmit a weight of a tubular string suspended therefrom to the sheave;

a controller; and

a sensor in communication with the controller, wherein the sensor comprises one or more of an optical sensor, a magnetic sensor, or an induction sensor and wherein the sensor is configured to measure one or more physical parameters of a drilling operation and provide data representing the one or more physical parameters to the controller

a mud conduit having an upstream side and a downstream side, the mud conduit fluidly coupled with the tubular string on the downstream side; and

a mud hose through which a mud flow is received on the upstream side, wherein the sensor comprises a pressure gauge positioned at least partially in the mud conduit, so as to measure a mean pressure, a dynamic pressure, or both of a fluid in the mud conduit.

5. The system of claim 4 , further comprising one or more additional pressure gauges configured to determine a pressure of the fluid therein, to allow for spatial filtering.

6. A drilling rig, comprising:

a rig control system configured to calculate drilling parameters; and

a top drive configured to be controlled by the rig control system according to the drilling parameters, the top drive comprising:

a sheave configured to receive a drilling line;

a frame coupled with the sheave and configured to transmit a weight of a tubular string suspended therefrom to the sheave;

a controller disposed in communication with the rig control system;

a sensor in communication with the controller, wherein the sensor is configured to measure one or more physical parameters of a drilling operation, and wherein the sensor is configured to measure a dimension of the drilling line, and provide data representing the one or more physical parameters to the controller;

one or more torque reaction rollers that roll along a rail of a mast, wherein the sensor measures a rotation of the one or more torque reaction rollers; and

one or more second sensors configured to determine when the top drive reaches a mark representing a reference elevation in the mast, wherein the controller, or the rig control system, or both are configured to combine a measurement of the rotation of the one or more torque reaction rollers with a measurement based on the top drive reaching the mark, to generate an elevation of the top drive.

7. A drilling rig, comprising:

a rig control system configured to calculate drilling parameters; and

a top drive configured to be controlled by the rig control system according to the drilling parameters, the top drive comprising:

a sheave configured to receive a drilling line;

a frame coupled with the sheave and configured to transmit a weight of a tubular string suspended therefrom to the sheave;

a controller disposed in communication with the rig control system; and

a sensor in communication with the controller, wherein the sensor is configured to measure one or more physical parameters of a drilling operation, and wherein the sensor is configured to measure a dimension of the drilling line, and provide data representing the one or more physical parameters to the controller,

wherein the controller, or the rig control system, or both are configured to adjust an elevation calculation for the top drive based on the dimension.

8. The drilling rig of claim 7 , wherein the sensor is positioned to measure a dimension of drilling line that is not in contact with the sheave, the top drive further comprising a second sensor configured to measure a dimension of the drilling line where it is in contact with the sheave.