X2 Biosystems, Inc.

Panasonic Avionics Corporation

Advanced Digital Information Corporation

Other

X2impact, Inc.

Christoph Mack

Scott Votaw

Marina Kuznetsova

Mark Taylor

Paul Anthony Margis

Allen E Fleckenstein

Steven Lee Sizelove

John Andrew Johnson

Drew Calvin Bamford

James A Haak

Christopher Brian Lundquist

Rand William Lee

Gregory Singleton

Kevin Talbot

Skooks Pong

Ross Collins

Stefan Pannenbecker

Sebastian Maximilian Johannes Petry

Scott Bright

Robert Snook

Henry Sugito Osias

Brian Piquette

Christopher B Doughty

Nick Vallidis

Karen Marie Pascarella Werner

Brian Plquette

Karen Marie Werner

Steven L Sizelove

Sebastian M Petry

Karen M Pascarella

Henry S Osias

Randy W Lee

Karen M Werner

Systems and methods for monitoring head-accelerations data for a plurality of athletes. An exemplary system includes a plurality of athlete-mounted sensor units that record acceleration information and wirelessly transmit the recorded acceleration information and information identifying the sensor unit, if the recorded acceleration information exceeds a predefined threshold. A base unit receives the wirelessly transmitted acceleration information and the information identifying the sensor unit and makes the received information available to at least one output device.

Communication system for impact sensors

Head impact event evaluation systems and methods. A system and computer implemented method for event detection includes collecting sensor data transmitted from one or more sensor devices being attached to one or more users. The sensors transmit data when an event results in sensor data above a threshold value. At least one force is determined based on the collected sensor data. At least one force vector is determined based on a location of one or more sensors associated with the sensor devices and the determined at least one of the linear or rotational force. At least a portion of a human form is displayed with the determined force vector based on the determined at least on force vector on a display.

Head impact event reporting system

Systems and methods for head impact injury prediction. A computer implemented method is provided for event based injury predictions. The computer implemented method receives an indication of sensor data related to an impact of a user. The received sensor data is compared to previously stored sensor data in a data store. Each instance of the previously stored sensor data is associated with a medical diagnosis. If the received sensor data matches any of the previously stored sensor data based on the comparison, then an injury risk indicator is generated based on at least one of the medical diagnosis associated with the matching previously stored sensor data or an impact history of the user. The generated indicator is presented.

Head impact analysis and comparison system

Systems and methods for evaluating and displaying an impact. A computer implemented method for interacting with a sports impact sensing and reporting system. The computer implemented method receives sensor data from one or more player modules configured to detect a force experienced by a player. A user interface is configured to graphically display a model of the received sensor data generated based on acceleration and rotational information within the received sensor data, a magnitude of the received sensor data, and a plotted representation of the received sensor data. Assessment tools are presented for a caregiver to assess the player for a medical condition. The received sensor data and a result of the presented medical assessment are stored.

Head impact event display

A portable media device for use in cooperation with passenger entertainment systems installed in vehicles, such as automobiles and aircraft, and methods for manufacturing and using same. The portable media device is configured to communicate with one or more content sources, which provide viewing content and which may be proximate to, and/or remote from, the portable media device. Preferably being configured to wirelessly communicate with the content sources, the portable media device can select content from any available content source and can download and present the selected content in any conventional manner. The selected content can be streamed to the portable media device for contemporaneous presentation and/or stored by the portable media device for viewing at any time, including after disembarking the vehicle once travel is completed. As desired, the portable media device likewise can be configured to transmit appropriate upload content to the content sources.

Portable media device and method for presenting viewing content during travel

A door hinge includes a support plate, resilient fingers, and a hinge-pin cylinder. The support plate includes first and second edges, and the flexible fingers extend out from the first edge and curve toward the second edge at a distance spaced apart from the support plate. The hinge-pin cylinder is joined to the ends of the fingers to define a hinge line located inward from an outer edge of a door jamb to which the door is pivotally mounted.

Door hinge

Growing community of inventors

Seattle, WA, United States of America

Christoph Mack