Lockheed Martin Corporation

Other

Labor Saving Systems, Ltd.

Hillcrest Laboratories, Inc.

Vought Aircraft Industries, Inc.

Idhl Holdings, Inc.

Vought Aircraft Company

Salix Technologies, Inc.

Labor Savings Systems, Ltd.

Mark A Turner

Daniel S Simpkins

Matthew G Liberty

Brett A Williams

Charles W K Gritton

Frank A Hunleth

Laszlo Ferenczi

Brian C Baker

James E Woods

Joseph E Anstett, Iii

Bryan Austin Cook

Wayne K Schroeder

Negar Moshiri

Friedrich G Geck

Yun Li

Tim Kleis

Gregory A Prince

William R Greisser

Steve Brass

Carl Symborski

A painting tool holder includes a body defining an upper platform and a lower platform, wherein the upper platform and the lower platform are connected via a front support. A rear support extends from the upper platform. The front support and the rear support define a channel therebetween for receiving a rim of a paint can therein. A pair of support rings are disposed on opposing lateral sides of the lower platform. A fastener is disposed on a first side of the upper platform. An upper support ring is disposed on a second side of the upper platform.

Painting tool holder

A hole saw includes a base member configured to secure the hole saw to a drive device and a plurality of blade members where each blade member is connected to and disposed orthogonally to the base member via a respective extender. Each blade member has cutting teeth extending in a respective cutting direction and distances between the cutting teeth and the base member vary along the respective cutting direction of the respective blade members. Each respective extender is configured cantilever support opposite, freestanding distal ends of the respective blade member where each distal end of each respective blade member is disconnected from the distal end of an adjacent blade member.

Hole saw

A radio mount includes a front wall; a rear wall; a bottom wall extending between a lower edge of the front wall to a lower edge of the rear wall; a left wall extending between a left edge of the front wall to a left edge of the rear wall; and a right wall extending between the right edge of the front wall to a right edge of the rear wall. An upper edge of the left wall and an upper edge of the right wall has an arcuate shape sized to conform to a portion of a windshield frame of a vehicle. The front wall defines an opening sized to provide access to a radio mounted within the radio mount. The front wall and rear wall may be angled with respect to the bottom wall. The front wall defines a central portion and two lateral portions for receiving switches.

Radio mount

Systems and methods according to the present invention address these needs and others by providing a handheld device, e.g., a 3D pointing device, which uses at least one sensor to detect motion of the handheld device. The detected motion can then be mapped into a desired output, e.g., cursor movement.

3D pointing devices and methods

Methods, apparatus, and systems for estimating and calibrating a gyroscope's scale using a magnetometer mounted on the same device by rotating the device about an axis multiple times; and, during the first rotation, storing the magnetometer magnetic field reading and a heading (from integration of the gyroscope readings) at each of a plurality of angular reference points; then, during each subsequent rotation, determining magnetometer/gyroscope-heading output pairs for which the magnetometer output matches the magnetometer reading corresponding to one of the reference points, thereby indicating that the device has reached the same heading as the matching reference point; then, for each matching output sample pair, using that magnetometer/gyroscope-heading output sample pair to update the gyroscope scale factor for the corresponding angular reference point; and averaging those scale estimates to generate a final gyroscope scale factor estimate.

Methods, apparatus and systems for gyroscope scale calibration

A hole saw includes a base member configured to secure the hole saw to a drive device and a blade member extending orthogonally from each side of the base member. Each blade member is configured having respective distal ends that flex transversely to a longitudinal cutting direction of the blade member. Responsive to rotational movement of the hole saw via the drive device against a structure, a medial location of each blade member creates an initial respective linear cutting path into the structure, and further movement of the respective blade members into the structure cause the distal ends of the respective blade members to flex transversely to the cutting direction and follow the initial linear cutting path despite the rotational movement of the hole saw relative to the structure to produce a linear cut through the structure.

A hole saw includes a base member configured to secure the hole saw to a drive device, and a set of blade members extending from the base member. Each of the blade members is attached to the base member at a fixed position, and each of the blade members includes a sawing portion having cutting teeth. The sawing portion has a medial portion connected to the base member where the sawing portion has oppositely extending, freestanding distal ends.

The present subject matter relates to methods and systems for assessing an athlete's risk of injury and for determining athletic performance training and treatment programs. The methods and systems comprise a series of observational and objective medical tests, recorded electronically through a customized software and mobile application package, which allows for pre-diagnosis of or propensity for potential injury. Test results are collected, analyzed and then used to recommend both treatment and performance training recommendations for the purposes of safety and athletic performance enhancement.

Methods and systems for determining risk of injury and athletic performance training and treatment programs

According to one aspect of the present disclosure, an induction-based reference point locator is provided. The locator includes transmitter locatable at a position on a first side of a structure, the transmitter configured to generate an alternating magnetic field at a desired frequency; and a receiver locatable on a second side of the structure opposite the first side, the receiver configured to detect the magnetic field and provide a directional indication to the position of the transmitter relative to the second side of the structure.

Induction-based reference point locator

An auxiliary tank for a liquid is removably mounted on a rod extending from a support attached to selected threaded studs supporting a spare tire on a vehicle. A plurality of snaplock elements retain the tank locked with the support. A second tank for a liquid may be mounted on the rod adjacent the first tank. A further plurality of snaplock elements interlock the two tanks with one another. To prevent unauthorized removal of the tank(s), a conventional padlock is engaged with a passageway at the end of the rod. A variant support includes a flange for attachment to a bumper, running board, or the like, of a vehicle.

Liquid tank and support

Systems and methods according to the present invention address these needs and others by providing a handheld device, e.g., a 3D device, which uses at least one sensor to detect motion of the handheld device. The detected motion can then be mapped into a desired output, e.g., cursor movement.

A method comprises generating a laser signal; scanning the laser signal into a field of view; and processing the return signal.

Growing community of inventors

Arlington, TX, United States of America

Mark A Turner