Kevin F King

20140081436, Mar 20, 2014

Aug 7, 2013

13/961482

Kevin King - Columbus OH, US

InfoMotion Sports Technologies, Inc. - Attleboro MA

A63B 24/00

700 91

A computer-implemented method is disclosed that includes instructing a human player to perform a plurality of different actions in a determined order with a physical basketball, including actions of bouncing the physical basketball, and obtaining, with one or more electronic sensors, data that characterizes motion of the physical basketball being handled by the human player who is performing the instructed actions at a location. The method also includes communicating the data from the sensors to a console videogame system that is proximate to the location, and graphically representing, in a videogame displayed on a display device, performance by the human player, the performance being affected by the captured data, the representation of performance by the human player being compared against a standard of performance.

61053481, Aug 22, 2000

Jun 30, 1998

9/106839

Daniel J. Turk - Columbus OH
Kevin D. King - Mebane NC

Honda Giken Kogyo Kabushiki Kaisha - Tokyo

A01D 6908

56 105

A safety cut-off system prevents the running of a motor of a self-propelled lawn mower having left and right drive wheels, and forward and reverse gears. The safety cut-off system includes a first forward presence lever manipulatable, by an operator, between an ON state and an OFF state, wherein the forward presence lever is biased to the OFF state, and a reverse presence lever manipulatable, by an operator, between an ON state and an OFF state, wherein the reverse presence lever is also biased to the OFF state. A preventing element, which is responsive to the forward and reverse presence levers, is provided for preventing the motor from running, when the lawn mower is in neutral or a forward gear and neither the forward presence lever nor the reverse presence lever are in the ON state, and when the lawn mower is in a reverse gear and the reverse presence lever is not in the ON state.

6198289, Mar 6, 2001

Dec 8, 1998

9/207458

Yiping Du - Towson MD
Kevin F. King - New Berlin WI

General Electric Company - Milwaukee WI

G01V 300

324322

In an MR imaging system, a method is provided for operating an MR gradient coil to provide a pulse sequence which comprises first and second sub-sequences. During the first sub-sequence, the coil is operated to produce a pair of diffusion-weighted imaging pulses, each having a gradient amplitude and a slew-rate. During the second sub-sequence the coil is operated to produce a train of echo-planar imaging pulses, each having a gradient amplitude which is selectively less than the amplitude of the diffusion-weighted pulses, and a slew-rate which is selectively greater than the slew-rate of the diffusion-weighted pulses. Thus, the invention is directed to a gradient system which can provide optimal performance for both diffusion-weighted imaging and echo-planar imaging, while using only a single coil for a given gradient axis. At the same time, the system enables gradient performance parameters to be selected so as to ensure that constraints imposed by the Reilly curve will not be exceeded, and to thereby avoid peripheral nerve stimulation.

20210019614, Jan 21, 2021

Jul 18, 2019

16/515227

- Baltimore MD, US
Kevin KING - Baltimore MD, US
Benjamin LESLIE - Baltimore MD, US
Josh MATTHEWS - Baltimore MD, US

Apkudo LLC - Baltimore MD

G06N 3/08
G05B 19/4155

In certain embodiments, device inspection or repair may be facilitated via signal-based determinations. In some embodiments, one or more flaws may be detected on a portion of a device via an optical sensor. Based on the detection, a physical structure may be caused to physically interact with the portion of the user device. Information indicating signals from the physical interaction may be obtained. Based on the signal information, a determination of whether a repair process should be performed on the device may be effectuated. The device may be assigned to be repaired via the repair process based on the determination indicating that the repair process should be performed on the device. In some embodiments, the signal information may be provided to a prediction model to determine whether the repair process should be performed on the device.

20190192923, Jun 27, 2019

Mar 6, 2019

16/294518

- Bowling Green KY, US
Kevin William King - Columbus OH, US

A63B 43/00
H02J 50/40
A63B 69/00
H02J 50/60
H02J 50/90
H02J 50/10
A63B 15/02
A63B 41/00
A63B 45/00
A63B 24/00

This document provides a computer-implemented method that includes placing an athletic ball containing a battery on an inductive charging device; generating an electric or magnetic field, or both with the inductive charging device; receiving energy from the field or fields via a receptor located inside the athletic ball; and charging a battery inside the athletic ball using the received energy. This document also provides devices and methods for detecting events with an instrumented player-controllable game device, such as an event of a basketball or soccer ball passing through a goal.

20170072262, Mar 16, 2017

Nov 4, 2016

15/344248

- Bowling Green KY, US
Kevin King - Columbus OH, US

Russell Brands, LLC - Bowling Green KY

A63B 24/00
A63B 71/06
G06F 19/00
A63B 69/00

A computer-implemented method is disclosed that includes instructing a human player to perform a plurality of different actions in a determined order with a physical basketball, including actions of bouncing the physical basketball, and obtaining, with one or more electronic sensors, data that characterizes motion of the physical basketball being handled by the human player who is performing the instructed actions at a location. The method also includes communicating the data from the sensors to a console videogame system that is proximate to the location, and graphically representing, in a videogame displayed on a display device, performance by the human player, the performance being affected by the captured data, the representation of performance by the human player being compared against a standard of performance.

20170072283, Mar 16, 2017

Feb 25, 2015

15/121316

- Bowling Green KY, US
Michael J. Crowley - Attleboro MA, US
Kevin King - Dublin OH, US
Matthew Anthony Tyson - Columbus OH, US

RUSSELL BRANDS , LLC - Bowling Green KY

A63B 71/06
G09B 19/00
A63B 69/00
A63B 24/00
G10L 15/22
A61B 5/00
H04N 5/765
H04N 5/272
G06K 9/00
A63B 43/00
A61B 5/11

A computer-implemented method is disclosed that includes capturing data about motion of a sports object caused by one or more athletes manipulating the sports object, transmitting the captured data out of the sports object wirelessly in real time while the one or more athletes are still manipulating the sports object, and presenting information that incorporates the captured data about motion of the sports objects with one or more wearable devices.

20170028569, Feb 2, 2017

Oct 14, 2016

15/294546

- Baltimore MD, US
RONAK SHAH - BALTIMORE MD, US
DAVID TEITELBAUM - HAVRE DE GRACE MD, US
KEVIN KING - BALTIMORE MD, US
DANIEL JOYCE - ELLICOTT CITY MD, US
DAVID PERENIC - BALTIMORE MD, US

B25J 19/02
G01M 99/00
B25J 9/00

In some embodiments, robotic testing device is provided for more closely emulating human movement during robotic testing of a user device. In some embodiments, the robotic testing device may facilitate use of multiple robotic implements configured to interact with a mobile device during testing of the mobile device. One or more of the multiple robotic implements may be configured to move simultaneously, in succession, separately, and/or otherwise interact with a mobile device during performance of a test command on the mobile device. Further, a holder of the mobile device may be configured to move during performance of a test command on the mobile device.