Accenture Global Services Gmbh

Russell Brands, LLC

Russel Brands, LLC

Mark Joseph Davisson

Ernest K Johnson, Jr

Kevin William King

Matthew Anthony Tyson

Colin Lowenberg

Kevin King

Michael W Maziarz

John Joseph Knittle

Michael James Crowley

Mathew Anthony Tyson

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.

Data processing inside gaming device

A computer-implemented data acquisition method includes obtaining motion data telemetrically from a wireless transmitter mounted on or inside a sporting device that is handled by athletes in an athletic event, and presenting the data to viewers of the sporting event. The data includes motion data that is captured while the sporting device is being used in the athletic event and represents motion of the sporting device captured by one or more motion sensors connected to the wireless transmitter.

Computer-implemented capture of live sporting event data

A system and method for gas exposure monitoring of a work area are described. The system may include components that receive an alarm data item from a sensor device. The alarm data item may be generated in response to a first user being exposed to a gas concentration measured by the sensor device. A processor may receive a location of the sensor device in the work area based on a location identifier of the sensor device. A second user located within a predetermined vicinity of the sensor device may be identified. The second user may be identified by the processor. The system may transmit an indication of the alarm data item received from the first user and the location of the sensor device in the work area to the second user. The transmission may be automatic on detection of the second user's location.

System for providing real time locating and gas exposure monitoring

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.

Operations with instrumented game ball

A system, method, and apparatus for gas exposure monitoring of a work area are described. The system may include a processor; an interface to communicate with a first device and a second device; and a memory to store first and second gas exposure identifiers and first and second location identifiers received from the first and second devices, respectively. The system may identify a concentration of gas detected by the first device in a work zone. The system may be operable to transmit alert information to the second device when the second device is in the work zone and the concentration of gas detected by the first device in the work zone is above the set amount.

A system, method, and apparatus for gas exposure monitoring of a work area are described. The system may include components that receive an alarm data item from a sensor device. The alarm data item may be generated in response to a first user being exposed to a gas concentration measured by the sensor device. A processor may receive a location of the sensor device in the work area based on a location identifier of the sensor device. A second user located within a predetermined vicinity of the sensor device may be identified. The second user may be identified by the processor. The system may transmit an indication of the alarm data item received from the first user and the location of the sensor device in the work area to the second user. The transmission may be automatic on detection of the second user's location.

A system, method, and apparatus for gas exposure monitoring of a work area are described. The apparatus may include a processor; a memory to store a map of a work area; and a communication interface to communicate with sensor devices in the work area. The sensor devices may detect and transmit information identifying a concentration of gas in the work area. The processor may determine coverage of gas detection in the work area by the sensor devices. The processor may determine accuracy of gas detection in the work area by the sensor devices. The processor may generate a report depicting the coverage and accuracy of gas detection in the work area by the sensor devices.

A system is described for relative positioning of tags in a real time locating system. The system may include a memory and a processor in communication with the memory. The memory may store layout information for a work area which includes architectural and infrastructure attributes. The processor may determine a number of access points to position in the work area. The processor may determine a placement of a tag in the work area based on readings gathered by the access points. The processor may further determine a level of accuracy for a location of the tag within the work area. The processor may provide a graphical representation of the positioning of the access points in the work area, as well as an indication of the accuracy of the tag within the work area.

System for relative positioning of access points in a real time locating system

A system is described for relative positioning of access points in a real time locating system. The system may include a memory, interface, and processor. The memory may store layout information for a work area which includes architectural and infrastructure attributes. The processor may determine a number of access points to position in the work area based on the architectural attributes. The processor may determine a placement of a test tag in the work area based on the infrastructure attributes. The processor may determine a positioning of the access points in the work area which substantially maximizes coverage and accuracy of locating the test tag in the work area. The processor may determine a repositioning of one of the access points when the coverage and accuracy do not satisfy a threshold. The processor may provide a graphical representation of the positioning of the access points, when the threshold is satisfied.

A hazardous condition alerting system is described that provides a method for alerting on a hazardous condition. The method may include transmitting a location data item identifying a location of an alerting apparatus to a remote server. The method may further include receiving alert information from the remote server when the remote server makes the determination that the location of the alerting apparatus corresponds to a hazardous location. And the method may further include providing a local alert on the alerting apparatus when the alert information from the remote server is received by the alerting apparatus.

A system is described for providing real time locating and gas exposure monitoring. The system may include a memory, interface, and processor. The memory may store an alarm data item including an amount of gas exposure and a location identifier. The processor may receive the alarm data item from a sensor device of a first user. The processor may identify a relative location of the first user based on the location identifier. The processor may determine a second user located within a proximity of the first user. The processor may communicate to the second user the relative location of the first user and the gas exposure of the first user. The processor may receive, from the second user, an indication of whether an emergency responder should be contacted. The processor may initiate communication with an emergency responder if the indication indicates an emergency responder should be contacted.

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Rensselaer, IN, United States of America

Mark Joseph Davisson