Aleksander S Wolfe

20130088827, Apr 11, 2013

Oct 8, 2012

13/647270

FRONTIER ELECTRONIC SYSTEMS CORP. - Stilwater OK, US
Aleksander Sequoya Wolfe - Stillwater OK, US
Kevin Peter Koskela - Stillwater OK, US

FRONTIER ELECTRONIC SYSTEMS CORP. - Stillwater OK

G06F 1/16

36167921

The embodiments of the invention, a low-cost display system (MDP), consists of an operating system software, electronic circuit cards, a display module, a ruggedized housing, a control bezel, and interface connectors that can be utilized as a platform for hosting application-specific software. The application-specific software would be developed to cause the MDP to fulfill display requirements that are specific to the weapons system, vehicle or other platform into which it is to be installed. This technical approach is analogous to the iPhone (representing the MDP) and its apps (representing the application-specific software).The electronic hardware and software designs contain “hooks” that allow for the expansion of current functionality and the addition of new functionality without significant design/engineering effort. This allows customization of the MDP to meet the needs of multiple applications while maintaining a low cost.

20210404293, Dec 30, 2021

Sep 13, 2021

17/473419

- Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US
Jarred R. Callaway - Stillwater OK, US
Max A. Metcalf - Stillwater OK, US

E21B 41/00
E21B 44/10
F16D 63/00
E21B 7/04
E21B 44/00
F16D 65/16

A brake system for maintaining an angular position of a spindle assembly. A pump-powered motor drives rotation of a spindle on the machine. When no rotation is desired, the spindle will slow, then stop at a desired angular orientation. A rotational sensor will determine the clock position, and a controller compares that to a desired angular orientation. If an error tolerance is exceeded, the motor will rotate the spindle back to the desired orientation.

20210285293, Sep 16, 2021

Jun 1, 2021

17/335895

- Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US
Kyle D. James - Perry OK, US

E21B 19/16
E21B 7/04

A method for building a dual-member drill string comprising an inner drill string and an outer drill string. Inner pipe sections are connected using non-threaded connections, while outer pipe sections are connected using threaded connections. A new inner pipe section is rotated in a first direction until the inner pipe section applies torque to the existing inner pipe string. If the magnitude of the torque applied to the inner pipe string exceeds a pre-determined threshold value, the inner pipe section is automatically rotated in an opposite second direction. The inner pipe section rotates between opposite directions, once torque is sensed in each direction, until the inner pipe section is coupled to the inner pipe string.

20200392800, Dec 17, 2020

Jun 15, 2020

16/901409

- Perry OK, US
Rick G. Porter - Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US

E21B 19/15
E21B 7/04

A horizontal directional drilling machine having a modular pipe loader system. The system comprises a first and second pipe loader assembly supported on a drill frame. Each assembly supports a shuttle arm. The shuttle arms are configured to move independently of one another along a shuttle path that is traverse to a longitudinal axis of the drill frame. Movement of each shuttle arm is powered by an actuator supported on each pipe loader assembly. Each pipe loader assembly includes a sensor used to measure parameters related to the position of each shuttle arm relative to the drill frame. A controller analyzes the measured parameters and directs operation of each actuator in order to keep the shuttle arms moving in unison during operation.

20200347701, Nov 5, 2020

Jul 21, 2020

16/934757

- Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US
Jarred R. Callaway - Stillwater OK, US
Max A. Metcalf - Stillwater OK, US

E21B 41/00
E21B 7/04
E21B 44/10
F16D 63/00
E21B 44/00
F16D 65/16

A brake system for maintaining an angular position of a spindle assembly. A pump-powered motor drives rotation of a spindle on the machine. When no rotation is desired, the spindle will slow, then stop at a desired angular orientation. A rotational sensor will determine the clock position, and a controller compares that to a desired angular orientation. If an error tolerance is exceeded, the motor will rotate the spindle back to the desired orientation.

20200217151, Jul 9, 2020

Jan 7, 2020

16/735871

- Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US

E21B 19/16

A method of handling pipe segments during makeup and breakout of a drill string. The method uses a hydraulic circuit, which provides fluid to a motor or motors for translating a drill pipe segment. The drill pipe segment is supported by a carriage, which places the segment next to a drill string for addition thereto. Hydraulic pressure within the circuit is monitored to determine if a pressure fluctuation exists. If so, the translation speed is adjusted by modifying the hydraulic fluid flow to the motors. Sensors may be utilized to determine whether or not the system is in a “transition zone” and therefore ready for pressure monitoring for makeup and breakout functions.

20190277099, Sep 12, 2019

Mar 12, 2019

16/299903

- Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US
Kyle D. James - Perry OK, US

E21B 19/16

A method for building a dual-member drill string comprising an inner drill string and an outer drill string. Inner pipe sections are connected using non-threaded connections, while outer pipe sections are connected using threaded connections. A new inner pipe section is rotated in a first direction until the inner pipe section applies torque to the existing inner pipe string. If the magnitude of the torque applied to the inner pipe string exceeds a pre-determined threshold value, the inner pipe section is automatically rotated in an opposite second direction. The inner pipe section rotates between opposite directions, once torque is sensed in each direction, until the inner pipe section is coupled to the inner pipe string.

20180171718, Jun 21, 2018

Dec 4, 2017

15/830949

- Perry OK, US
Aleksander S. Wolfe - Stillwater OK, US
Jarred R. Callaway - Stillwater OK, US
Max A. Metcalf - Stillwater OK, US

E21B 7/04
E21B 44/10

A brake system for maintaining an angular position of a spindle assembly. A pump-powered motor drives rotation of a spindle on the machine. When no rotation is desired, the spindle will slow, then stop at a desired angular orientation. A rotational sensor will determine the clock position, and a controller compares that to a desired angular orientation. If an error tolerance is exceeded, the motor will rotate the spindle back to the desired orientation.