Abstract:
The present invention relates to a blade folding apparatus that may incorporate an overhead blade lifting system that reduces binding loads on blade pins induced by blade weight and pitch, and a folding mechanism that removes the necessity of personnel with external guide-poles to rotate main rotor blades. The apparatus may include flap locks, an overhead lifting system support structure attached to the flap locks, and two blade support beams to create and support a lifting point near each blade's longitudinal and lateral center of gravity. The blade support beams may be fitted with an articulation mechanism that lifts and/or lowers the overhead lifting structure. The apparatus facilitates rapid folding of the main rotor blades, and, when used with blade clamping mechanisms, is capable of aiding in the removal and/or the re-installation of the main rotor blades without external lifting mechanisms.
Abstract:
A power system is disclosed that includes a chassis configured to house a first board, a second board, and a third board, in which the boards are electrically coupled to one another. The first board is configured to receive power and to output power at a first voltage and a second voltage. The second board is configured to receive power from the first board or at least one internal battery electrically coupled to the second board and to output power using at least two voltages. The third board is configured to receive power from the second board and to output power at two voltages. The boards include one or more converters configured to convert power. The one or more converters are thermally interfaced with one or more portions of the chassis so as to conduct heat into a respective portion of the chassis.
Abstract:
The present invention relates to a blade folding apparatus that may incorporate an overhead blade lifting system that reduces binding loads on blade pins induced by blade weight and pitch, and a folding mechanism that removes the necessity of personnel with external guide-poles to rotate main rotor blades. The apparatus may include flap locks, an overhead lifting system support structure attached to the flap locks, and two blade support beams to create and support a lifting point near each blade's longitudinal and lateral center of gravity. The blade support beams may be fitted with an articulation mechanism that lifts and/or lowers the overhead lifting structure. The apparatus facilitates rapid folding of the main rotor blades, and, when used with blade clamping mechanisms, is capable of aiding in the removal and/or the re-installation of the main rotor blades without external lifting mechanisms.
Abstract:
A system of having a circuit having an electrical coil configured to generate a magnetic field based on properties of a surrounding space and an object presented to the electrical coil and a sensor configured to sense inductance and resistance of the electrical coil and to discriminate the object presented to the electrical coil in accordance with the sensing. A precision variable resistor to control resistance of an in-loop photoresistor with an out-loop photoresistor that are located parallel to each other.
Abstract:
A power system is disclosed that includes a chassis configured to house one or more boards in which the boards are electrically coupled to one another. The boards are configured to receive external power and to output power using a plurality of different voltages. The boards are configured to receive power from at least one internal power source electrically coupled boards and to output power using a plurality of different voltages. The boards include one or more converters configured to convert power. The one or more converters are thermally interfaced with one or more portions of the chassis.
Abstract:
A collapsible, protective containment device isolates a patient in a controlled environment. The containment device has a flexible containment wall, a closure device an air ventilation device and a plurality of ribs. The flexible containment wall is expandable from a collapsed state to define an interior region for receiving at least a portion of a patient therein and providing an impermeable barrier about the portion of the patient, for at least a selected contaminant. The closure device closes the containment wall about the patient to provide a substantially airtight interior region. The air ventilation device provides a gas comprising oxygen to the substantially airtight interior. The plurality of inflatable ribs provided along a length of the containment wall, the inflatable ribs defining one or more air compartments separate from the interior region within the containment wall, the one or more inflatable ribs supporting the containment wall away from the patient.
Abstract:
The present invention relates to a blade folding apparatus that may incorporate an overhead blade lifting system that reduces binding loads on blade pins induced by blade weight and pitch, and a folding mechanism that removes the necessity of personnel with external guide-poles to rotate main rotor blades. The apparatus may include flap locks, an overhead lifting system support structure attached to the flap locks, and two blade support beams to create and support a lifting point near each blade's longitudinal and lateral center of gravity. The blade support beams may be fitted with an articulation mechanism that lifts and/or lowers the overhead lifting structure. The apparatus facilitates rapid folding of the main rotor blades, and, when used with blade clamping mechanisms, is capable of aiding in the removal and/or the re-installation of the main rotor blades without external lifting mechanisms.
Abstract:
A collapsible, protective containment device isolates a patient in a controlled environment. The containment device has a flexible containment wall, a closure device an air ventilation device and a plurality of ribs. The flexible containment wall is expandable from a collapsed state to define an interior region for receiving at least a portion of a patient therein and providing an impermeable barrier about the portion of the patient, for at least a selected contaminant. The closure device closes the containment wall about the patient to provide a substantially airtight interior region. The air ventilation device provides a gas comprising oxygen to the substantially airtight interior. The plurality of inflatable ribs provided along a length of the containment wall, the inflatable ribs defining one or more air compartments separate from the interior region within the containment wall, the one or more inflatable ribs supporting the containment wall away from the patient.