Abstract: A system has a multi-layer structure having a playing surface upon which players participate in a sporting event. The multi-layer structure includes an arrangement of illumination elements configured to controllably emit light. The arrangement of illumination elements is separated by a gap from a substantially transparent layer supporting the playing surface. A player tracking subsystem includes sensors configured to provide detection signals useable to track locations of one or more of the players relative to the playing surface. A control subsystem is configured to control operation of the arrangement of illumination elements responsive to the locations of the one or more of the players and to gain status information relating to the sporting event.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved play categories and plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: This disclosure provides an oxygen delivery and reclamation system that supplies breathable oxygen-enriched gas to one or more users in a chamber. The one or more users receive oxygen at specified oxygen level setpoints. Exhalation air from the one or more users may be purged from the breathing loop using one or both of a recycle pump and an electronically actuated valve. Exhalation air in a purge line and optionally chamber air pulled from the chamber may be recycled using an oxygen concentrator. The oxygen concentrator generates oxygen-enriched gas and oxygen-depleted gas, where the oxygen-enriched gas may be delivered back to one or more users in the chamber.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved play categories and plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved play categories and plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved play categories and plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved play categories and plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: This disclosure relates to a regenerable, heat-abating, humidity-neutralizing, carbon dioxide removal system for a self-contained breathing apparatus. The self-contained breathing apparatus can include a carbon dioxide removal unit that scrubs carbon dioxide out of exhaled air from a user to provide humidified, scrubbed exhaled air. The self-contained breathing apparatus can further include a heat and humidity removal unit that is configured to receive the humidified, scrubbed exhaled air, and is configured to remove water vapor and heat associated with the water vapor from the humidified, scrubbed exhaled air in order to provide cooled, dehumidified inhalation air. The cooled, dehumidified air can be supplemented with oxygen and returned to the user at a comfortable temperature. In some implementations, the heat and humidity removal unit can replace conventional heat exchange and energy storage units, including heat exchange and energy storage units that use phase change materials.

Abstract: Described herein are computerized methods and systems for enabling remote participation in sporting event decision-making. A current game situation in a sporting event is received by a server from a remote device. The server retrieves plays applicable to the current game situation from a playbook. The server generates a playcall UI comprising the retrieved plays and transmits the playcall UI to fan computing devices. The server receives a vote for one of the plays from the fan computing devices. The server determines a selected play based on the received votes. The server transmits the selected play to player computing devices associated with players involved in the sporting event, wherein the players execute the selected play. The current game situation is updated at the remote device based upon an outcome of the selected play.

Abstract: This disclosure relates to a regenerable, heat-abating, humidity-neutralizing, carbon dioxide removal system for a self-contained breathing apparatus. The self-contained breathing apparatus can include a carbon dioxide removal unit that scrubs carbon dioxide out of exhaled air from a user to provide humidified, scrubbed exhaled air. The self-contained breathing apparatus can further include a heat and humidity removal unit that is configured to receive the humidified, scrubbed exhaled air, and is configured to remove water vapor and heat associated with the water vapor from the humidified, scrubbed exhaled air in order to provide cooled, dehumidified inhalation air. The cooled, dehumidified air can be supplemented with oxygen and returned to the user at a comfortable temperature. In some implementations, the heat and humidity removal unit can replace conventional heat exchange and energy storage units, including heat exchange and energy storage units that use phase change materials.

Abstract: A driver airbag can be deployed from a steering wheel of a vehicle. The airbag can include a first inflatable chamber and a second inflatable chamber that can be deployed adjacent to the first inflatable chamber. The airbag can further include a one-way valve that controls inflation gas movement relative to at least the first inflatable chamber.

Abstract: A driver airbag can be deployed from a steering wheel of a vehicle. The airbag can include a first inflatable chamber and a second inflatable chamber that can be deployed adjacent to the first inflatable chamber. The airbag can further include a one-way valve that controls inflation gas movement relative to at least the first inflatable chamber.

Abstract: Seat belt systems and inflatable airbags can be used to mitigate the potential for injury to an occupant's neck. The seat belt systems provide for moderating the seat belt loads acting on the occupant to allow an improved synchronization of the occupant torso and head rebound timing, which in turn limits head and torso differential loading (frontal whiplash) and therefore occupant neck loads and neck, based on the position of the occupant, loads on the seatbelt, or a predetermined time in the crash event. Airbags are also provided with a sloped impact face. Additionally, airbags are also provided with a relatively flat top portion.

Abstract: Airbag cushions are provided that mitigate the potential for injury to an occupant's neck via a sloped face, a particular cushion height, and/or a relatively flat top portion. These airbag cushions can be used with seat belt systems that moderates the seat belt loads acting on the occupant to allow an improved synchronization of the occupant torso and head rebound timing, which in turn limits head and torso differential loading (frontal whiplash) and therefore occupant neck loads and neck, based on the position of the occupant, loads on the seatbelt, or a predetermined time in the crash event.

Abstract: Airbag cushions are provided that mitigate the potential for injury to an occupant's neck via a sloped face, a particular cushion height, and/or a relatively flat top portion. These airbag cushions can be used with seat belt systems that moderates the seat belt loads acting on the occupant to allow an improved synchronization of the occupant torso and head rebound timing, which in turn limits head and torso differential loading (frontal whiplash) and therefore occupant neck loads and neck, based on the position of the occupant, loads on the seatbelt, or a predetermined time in the crash event.

Abstract: Seat belt systems and inflatable airbags can be used to mitigate the potential for injury to an occupant's neck. The seat belt systems provide for moderating the seat belt loads acting on the occupant to allow an improved synchronization of the occupant torso and head rebound timing, which in turn limits head and torso differential loading (frontal whiplash) and therefore occupant neck loads and neck, based on the position of the occupant, loads on the seatbelt, or a predetermined time in the crash event. Airbags are also provided with a sloped impact face. Additionally, airbags are also provided with a relatively flat top portion.