Abstract: A drilling system tool including at least one sensor configured to detect movement of one or more components of the drilling system tool. The sensor is configured to operate at high pressures and temperatures typical in the drilling environment downhole. The sensors are suitable for vibration damping tools, rotary steerable motors systems, downhole motors, drill bits, or other similar downhole drilling equipment that includes a movable component.

Abstract: A rotary steering tool includes a steering member configured to move between a retracted configuration and an extended configuration. The rotary steering tool also includes a pump configured to pump a fluid, a power source independent of the downhole motor, the power source configured to power the pump, and a piston in fluid communication with the pump. The piston is configured to apply a force to the steering member to move the steering member from the retracted configuration to the extended configuration when the pump pumps the fluid at an operating system pressure. The rotary steering tool includes a controller to operate the pump at a range of operating system pressures, and a variable pressure control valve. The variable pressure control valve adjusts the operating system pressure between the range of operating system pressures to adjust the force applied to the steering member.

Abstract: A rotary steering tool includes a steering member configured to move between a retracted configuration and an extended configuration. The rotary steering tool also includes a pump configured to pump a fluid, a power source independent of the downhole motor, the power source configured to power the pump, and a piston in fluid communication with the pump. The piston is configured to apply a force to the steering member to move the steering member from the retracted configuration to the extended configuration when the pump pumps the fluid at an operating system pressure. The rotary steering tool includes a controller to operate the pump at a range of operating system pressures, and a variable pressure control valve. The variable pressure control valve adjusts the operating system pressure between the range of operating system pressures to adjust the force applied to the steering member.

Abstract: A rotary steering tool includes a steering member configured to move between a retracted configuration and an extended configuration. The rotary steering tool also includes a pump configured to pump a fluid, a power source independent of the downhole motor, the power source configured to power the pump, and a piston in fluid communication with the pump. The piston is configured to apply a force to the steering member to move the steering member from the retracted configuration to the extended configuration when the pump pumps the fluid at an operating system pressure. The rotary steering tool includes a controller to operate the pump at a range of operating system pressures, and a variable pressure control valve. The variable pressure control valve adjusts the operating system pressure between the range of operating system pressures to adjust the force applied to the steering member.

Abstract: An embodiment a monitoring and control system that includes an instrumented top sub configured to obtain drilling data.

Abstract: An embodiment of the present disclosure is an acoustic logging tool for determining a characteristic of a ground formation during a drilling operation. The acoustic logging tool includes a transmitter section that houses a transmitter that is configured to emit an acoustic signal and a receiver section spaced from the transmitter section along an axial direction. The receiver section includes a receiver that is configured to receive at least a portion of the acoustic signal. The acoustic logging tool also includes an isolator section positioned between the transmitter section and the receiver section along the axial direction.

Abstract: A drilling system and method for monitoring drilling parameters for an underground drilling operation.

Abstract: A sealing assembly having a housing having a main cavity, a sealing unit configured to receive a rotatable shaft, and at least a first sealing element, and a second sealing element positioned uphole with respect to the first sealing element along the longitudinal axis. The sealing assembly includes a first valve carried by the housing and coupled to the first sealing element and the main cavity, and configured to open at a first pressure level. The sealing assembly further includes a second valve coupled to the second sealing element and the main cavity, and configured to open at a second pressure level higher than the first pressure level. The sealing assembly is configured such that pressure is distributed across the first and second sealing elements sequentially.

Abstract: A system configured to operate along a bottom hole assembly of a drill string in a downhole drilling environment includes a short-range telemetry sub having at least one receiving antenna and at least one transmitting antenna. The system also includes a computing device coupled to the at least one receiving antenna and the at least one transmitting antenna. The computing device is configured to, in response to receiving a signal, filter the received signal to generate a filtered signal, convert the filtered signal to a digital signal; and process the digital signal to reduce signal noise.

Abstract: A downhole tool is described that includes at least three sections welded together. The downhole tool has a downhole section, an intermediate tool section mounted to the downhole section with a lower weldment, and an uphole section positioned opposite the downhole section mounted to the intermediate tool section with an upper weldment. The downhole tools as described herein include an elongate internal passage that extends from the downhole section to the uphole section through the lower weldment and the upper weldment. The elongate internal passage is sized to receive drilling fluid therethrough. Furthermore, one or more of the downhole section, the intermediate tool section, and the uphole section includes: a) at least one sensor module, b) a cavity, and c) a plurality of bores (holes). In certain embodiments, the downhole tool may be triple combo tool, an acoustic logging tool, or a directional tool, such as a steerable tool.

Abstract: A sealing assembly having a housing having a main cavity, a sealing unit configured to receive a rotatable shaft, and at least a first sealing element, and a second sealing element positioned uphole with respect to the first sealing element along the longitudinal axis. The sealing assembly includes a first valve carried by the housing and coupled to the first sealing element and the main cavity, and configured to open at a first pressure level. The sealing assembly further includes a second valve coupled to the second sealing element and the main cavity, and configured to open at a second pressure level higher than the first pressure level. The sealing assembly is configured such that pressure is distributed across the first and second sealing elements sequentially.

Abstract: A system, method, and a computer program configured to perform a method for processing drilling data. The method includes transmitting a signal with a telemetry tool to a computer processor. The method includes applying a plurality of predetermined templates to the signal. The method also includes applying a plurality of first filters to the transmitted signal. The method also includes applying one or more second, adjustable filters to the transmitted signal and to the plurality of predetermined templates. The method also includes decoding the transmitted signal based on the best match between a) two or more of the plurality of predetermined templates, and b) the transmitted signal, wherein the two or more of the plurality of predetermined templates and the transmitted signal are processed through the same adjustable filter of the one or more second, adjustable filters.

Abstract: The present disclosure relates to a system, apparatus and method for guiding a drill bit based on forces applied to a drill bit, and drilling methods related to same.

Abstract: A system, assembly, module, and method are disclosed for powering a downhole tool in a drilling operation. The system may include a reusable battery module and/or controller to operate multiple batteries.

Abstract: A rotary steering tool includes a steering member configured to move between a retracted configuration and an extended configuration. The rotary steering tool also includes a pump configured to pump a fluid, a power source independent of the downhole motor, the power source configured to power the pump, and a piston in fluid communication with the pump. The piston is configured to apply a force to the steering member to move the steering member from the retracted configuration to the extended configuration when the pump pumps the fluid at an operating system pressure. The rotary steering tool includes a controller to operate the pump at a range of operating system pressures, and a variable pressure control valve. The variable pressure control valve adjusts the operating system pressure between the range of operating system pressures to adjust the force applied to the steering member.

Abstract: A system, assembly, module, and method are disclosed for powering a downhole tool in a drilling operation. The system may include a reusable battery module and/or controller to operate multiple batteries.

Abstract: A rotary pulser for transmitting information in a mud pulse telemetry system of a drilling operation. The pulser has two rotors mounted adjacent each other so that obstruction of the passages formed between the blades in one pulser by the blades of the other pulser creates pressure pulses in the drilling fluid. Each rotor is separately controlled and can be rotated continuously in one direction or oscillated. The ability to rotate each rotor separately provides flexibility in the pulser's operating mode, so as to allow more efficient generation of pulses, and also enhances the ability of the pulser to clear debris that would otherwise jam or obstruct the pulser.

Abstract: A rotary pulser for transmitting information in a mud pulse telemetry system of a drilling operation. The pulser has two rotors mounted adjacent each other so that obstruction of the passages formed between the blades in one pulser by the blades of the other pulser creates pressure pulses in the drilling fluid. Each rotor is separately controlled and can be rotated continuously in one direction or oscillated. The ability to rotate each rotor separately provides flexibility in the pulser's operating mode, so as to allow more efficient generation of pulses, and also enhances the ability of the pulser to clear debris that would otherwise jam or obstruct the pulser.

Abstract: A drilling system tool including at least one sensor configured to detect movement of one or more components of the drilling system tool. The sensor is configured to operate at high pressures and temperatures typical in the drilling environment downhole. The sensors are suitable for vibration damping tools, rotary steerable motors systems, downhole motors, drill bits, or other similar downhole drilling equipment that includes a movable component.