Abstract: A steering system includes a steering control, a steering assist assembly, and two anti-rotation arms. The steering assist assembly includes a housing includes two hollow cylinders formed therein. A piston is slidably arranged within the first cylinder and an axial rod is slidably arranged within the second cylinder. First and second tie rods are connected to first and second axial ends of the axial rod. A shaft operably connected to the steering control is configured to engage with the axial rod such that rotation of the shaft causes axial movement of the axial rod. The axial movement of the axial rod causes axial movement of the first and second tie rods so as to turn the wheels of the vehicle. The anti-rotation arms are operably connected to the piston and to the axial rod and are configured to prevent rotation of the piston and the axial rod.

Abstract: A system and method for a universal housing. The universal housing has a central void. The system also includes a sleeve sized to be received within the central void. The universal housing can be used to house a ball joint and a uniball interchangeably. This allows the consumer to switch between a ball joint or a uniball joint without replacing the support arm. This aids in flexibility and versatility as well as decreases the product and labor costs associated with changing from one type to another.

Abstract: A system and method for a universal housing. The universal housing has a central void. The system also includes a sleeve sized to be received within the central void. The universal housing can be used to house a ball joint and a uniball interchangeably. This allows the consumer to switch between a ball joint or a uniball joint without replacing the support arm. This aids in flexibility and versatility as well as decreases the product and labor costs associated with changing from one type to another.

Abstract: A system and method for a universal housing. The universal housing has a central void. The system also includes a sleeve sized to be received within the central void. The universal housing can be used to house a ball joint and a uniball interchangeably. This allows the consumer to switch between a ball joint or a uniball joint without replacing the support arm. This aids in flexibility and versatility as well as decreases the product and labor costs associated with changing from one type to another.

Abstract: A steering system includes a steering control, a steering assist assembly, and two anti-rotation arms. The steering assist assembly includes a housing includes two hollow cylinders formed therein. A piston is slidably arranged within the first cylinder and an axial rod is slidably arranged within the second cylinder. First and second tie rods are connected to first and second axial ends of the axial rod. A shaft operably connected to the steering control is configured to engage with the axial rod such that rotation of the shaft causes axial movement of the axial rod. The axial movement of the axial rod causes axial movement of the first and second tie rods so as to turn the wheels of the vehicle. The anti-rotation arms are operably connected to the piston and to the axial rod and are configured to prevent rotation of the piston and the axial rod.

Abstract: A canister comprising: (a) a space configured to receive a tonneau cover so that the tonneau cover is stored within the canister; and (b) one or more track guides that guide the canister relative to a roller track, a bed of a vehicle, a rail extension, a cap, or a combination thereof; and wherein the one or more track guides assist the canister in being inserted into or removed from the bed of the vehicle.

Abstract: A system and method of automating a slide drilling operation comprising a plurality of tasks is described, in particular, reducing stored torque within a drill string that extends within a wellbore that includes storing, using a computing system, a first predetermined workflow to reduce stored torque within the drill string, and a second predetermined workflow to reduce stored torque within the drill string, wherein the first predetermined workflow comprises instructions to vertically move the drill string in first and opposing second directions; and wherein the second predetermined workflow comprises instructions to rotate the drill string in a first direction.

Abstract: A system and method of automating a slide drilling operation comprising a plurality of tasks is described, in particular, reducing stored torque within a drill string that extends within a wellbore that includes storing, using a computing system, a first predetermined workflow to reduce stored torque within the drill string, and a second predetermined workflow to reduce stored torque within the drill string, wherein the first predetermined workflow comprises instructions to vertically move the drill string in first and opposing second directions; and wherein the second predetermined workflow comprises instructions to rotate the drill string in a first direction.

Abstract: Apparatuses, methods, and systems are described herein for automating toolface control of a drilling rig. Such apparatuses, methods, and systems may change operating parameters of the drilling rig responsive to detected toolface orientations. Thus, if a toolface orientation of the drilling tool is determined to be outside an advisory sector, updated operating parameters may be determined and provided to the drilling tool. The updated operating parameters may change at least one of a clockwise rotation target or counterclockwise rotation target of the drilling tool.

Abstract: A canister comprising: (a) a space configured to receive a tonneau cover so that the tonneau cover is stored within the canister; and (b) one or more track guides that guide the canister relative to a roller track, a bed of a vehicle, a rail extension, a cap, or a combination thereof; and wherein the one or more track guides assist the canister in being inserted into or removed from the bed of the vehicle.

Abstract: Apparatuses, methods, and systems are described herein for automating toolface control of a drilling rig. Such apparatuses, methods, and systems may determine an average drilling resistance function during a rotary drilling segment and, based on the average drilling resistance function during the rotary drilling segment, determine a target set of oscillation values to be used during a slide drilling segment.

Abstract: A system and method of automating a slide drilling operation comprising a plurality of tasks is described. The method includes presenting, on a GUI, selectable indicators, with each indicator being associated with one task from the plurality of tasks; wherein the GUI is coupled to a controller in communication with drilling equipment, wherein the controller is configured to: receive data from the drilling equipment; and control the drilling equipment using predetermined workflows and task parameters; receiving a selection command associated with: a selectable indicator, a first task, and a first predetermined workflow; presenting on the GUI, in response to the receipt of the selection command, a dialogue box for receiving task parameters associated with the first predetermined workflow; receiving, using the dialogue box, the task parameters; and executing, using the controller and the drilling equipment, the first task using the first predetermined workflow and the first plurality of task parameters.

Abstract: A canister comprising: (a) a space configured to receive a tonneau cover so that the tonneau cover is stored within the canister; and (b) one or more track guides that guide the canister relative to a roller track, a bed of a vehicle, a rail extension, a cap, or a combination thereof; and wherein the one or more track guides assist the canister in being inserted into or removed from the bed of the vehicle.

Abstract: A canister comprising: (a) a space configured to receive a tonneau cover so that the tonneau cover is stored within the canister; and (b) one or more track guides that guide the canister relative to a roller track, a bed of a vehicle, a rail extension, a cap, or a combination thereof; and wherein the one or more track guides assist the canister in being inserted into or removed from the bed of the vehicle.

Abstract: A system and method of automating a slide drilling operation comprising a plurality of tasks is described. The method includes presenting, on a GUI, selectable indicators, with each indicator being associated with one task from the plurality of tasks; wherein the GUI is coupled to a controller in communication with drilling equipment, wherein the controller is configured to: receive data from the drilling equipment; and control the drilling equipment using predetermined workflows and task parameters; receiving a selection command associated with: a selectable indicator, a first task, and a first predetermined workflow; presenting on the GUI, in response to the receipt of the selection command, a dialogue box for receiving task parameters associated with the first predetermined workflow; receiving, using the dialogue box, the task parameters; and executing, using the controller and the drilling equipment, the first task using the first predetermined workflow and the first plurality of task parameters.

Abstract: Apparatuses, methods, and systems are described herein for automating toolface control of a drilling rig. Such apparatuses, methods, and systems may change operating parameters of the drilling rig responsive to detected toolface orientations. Thus, if a toolface orientation of the drilling tool is determined to be outside an advisory sector, updated operating parameters may be determined and provided to the drilling tool. The updated operating parameters may change at least one of a clockwise rotation target or counterclockwise rotation target of the drilling tool.

Abstract: Apparatuses, methods, and systems are described herein for automating toolface control of a drilling rig. Such apparatuses, methods, and systems may determine an average drilling resistance function during a rotary drilling segment and, based on the average drilling resistance function during the rotary drilling segment, determine a target set of oscillation values to be used during a slide drilling segment.

Abstract: A machine, program product, and method for enabling interoperable and low-latency networking among service devices.

Abstract: Software development tools and techniques for configuring parallel processing systems to execute software modules implementing processes for solving complex problems, including over-the-counter trading processes and foreign exchange trading processes, to execute quickly and efficiently. The parallel processing system may include low-cost, consumer-grade multicore processing units. A process for solving a complex problem may be divided into software modules, including by evaluating the process to determine discrete processing steps that produce an intermediate result on which later steps of the process depend. The software modules created for a process may form a template processing chain describing multiple processing chains of the process that are to be executed.

Abstract: Software development tools and techniques for configuring parallel processing systems to execute software modules implementing processes for solving complex problems, including over-the-counter trading processes and foreign exchange trading processes, to execute quickly and efficiently. The parallel processing system may include low-cost, consumer-grade multicore processing units. A process for solving a complex problem may be divided into software modules, including by evaluating the process to determine discrete processing steps that produce an intermediate result on which later steps of the process depend. The software modules created for a process may form a template processing chain describing multiple processing chains of the process that are to be executed.