Abstract: An axial electric motor/generator having an inline stator and an inline rotor is provided. In one exemplary embodiment, a system comprises a housing, a shaft, and a slice assembly disposed about the shaft. The slice assembly includes a rotor assembly having a rotor plate and a set of isolated permanent magnets. A magnetic flux of each permanent magnet flows in an opposite direction to that of each adjacent permanent magnet. The slice assembly also includes a stator assembly having a stator plate and a set of isolated coil assemblies. Each coil assembly has an insulated wire wound about a metal core. The wound wire is normal to the magnetic flux of each permanent magnet when proximate the corresponding coil assembly. At least one of the set of isolated coil assemblies is configurable to output electrical power while the shaft is rotating or to input electrical power to rotate the shaft.

Abstract: An axial electric motor/generator having an inline stator and an inline rotor is provided. In one exemplary embodiment, a system comprises a housing, a shaft, and a slice assembly disposed about the shaft. The slice assembly includes a rotor assembly having a rotor plate and a set of isolated permanent magnets. A magnetic flux of each permanent magnet flows in an opposite direction to that of each adjacent permanent magnet. The slice assembly also includes a stator assembly having a stator plate and a set of isolated coil assemblies. Each coil assembly has an insulated wire wound about a metal core. The wound wire is normal to the magnetic flux of each permanent magnet when proximate the corresponding coil assembly. At least one of the set of isolated coil assemblies is configurable to output electrical power while the shaft is rotating or to input electrical power to rotate the shaft.

Abstract: Systems and methods of controlling a power supply signal delivered to an electronic device are provided. In one exemplary embodiment, a method performed by a controller for controlling a power supply signal delivered to an electronic device may include obtaining one or more power control signals based on a portion of a power delivery profile of the electronic device that corresponds to a certain position in an operation phase of the electronic device. The power delivery profile may represent predetermined power to be delivered to the electronic device in the operation phase of the electronic device. Each power control signal may be related to the predetermined power to be delivered to the electronic device proximate a corresponding position in the operation phase of the electronic device.

Abstract: A system, method, and apparatus for air delivery. A cannula having a low velocity airflow and efficient air delivery system. The cannula includes at least one compartment to reduce airflow velocity and nostril inserts. The cannula may further include moldable components and materials to increase comfort and minimize chafing of a wearer. The cannula further may include a head strap to hold the mask in position on a user's head, where said harness minimizes chafing of the user.

Abstract: A system, method, and apparatus for air delivery. A cannula having a low velocity airflow and efficient air delivery system. The cannula includes at least one compartment to reduce airflow velocity and nostril inserts. The cannula may further include moldable components and materials to increase comfort and minimize chafing of a wearer. The cannula further may include a head strap to hold the mask in position on a user's head, where said harness minimizes chafing of the user.

Abstract: A system, method, and apparatus for modified air delivery. A formable mask having an oxygen supply port and exhaled air removal components for the delivery of modified air to a user. An oxygen delivery system uses the formable mask and oxygen supply components. Oxygen supply components include a flow rate throttling valve and an O2 reservoir to conserve O2 use and insure O2 availability to a patient. The system modifies the air for delivery using an air modification module to condition the air for delivery of aerosolized particles to the user.

Abstract: A mask for a system, method, and apparatus for air delivery. A formable mask having an oxygen supply port and exhaled air removal components for the delivery of oxygen enriched air to a user. The formable mask includes formable components and materials to increase comfort and minimize chafing of a wearer. The formable mask further includes a harness to hold the mask in position on a user's head, where said harness minimizes chafing of the user. An oxygen delivery system uses the formable mask and oxygen supply components. Oxygen supply components include a flow rate throttling valve and an O2 reservoir to conserve O2 use and insure O2 availability to a patient.

Abstract: A system, method, and apparatus for air delivery. A formable mask having an oxygen supply port and exhaled air removal components for the delivery of oxygen enriched air to a user. The formable mask includes formable components and materials to increase comfort and minimize chafing of a wearer. The formable mask further includes a harness to hold the mask in position on a user's head, where said harness minimizes chafing of the user. An oxygen delivery system uses the formable mask and oxygen supply components. Oxygen supply components include a flow rate throttling valve and an O2 reservoir to conserve O2 use and insure O2 availability to a patient. A method of using the air delivery system.