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An air turbine starter and accessory gearbox assembly, the accessory gearbox includes a gear shaft and the air turbine starter includes an output shaft and a clutch assembly. The output shaft extends from the accessory gearbox and is coupled to and supported by the gear shaft. The accessory gearbox

An air turbine starter and accessory gearbox assembly, the accessory gearbox includes a gear shaft and the air turbine starter includes an output shaft and a clutch assembly. The output shaft extends from the accessory gearbox and is coupled to and supported by the gear shaft. The accessory gearbox is adapted to receive the air turbine starter such that the clutch assembly and the output shaft are disposed within a casing of the accessory gearbox when the air turbine starter is mounted to the accessory gearbox.

대표청구항 ▼

1. An assembly comprising: an air turbine starter having an output shaft, and a gear assembly and clutch assembly connecting the output shaft to a turbine spindle;an accessory gearbox having a gear shaft that is coupled to and supports the output shaft of the air turbine starter, wherein the accesso

1. An assembly comprising: an air turbine starter having an output shaft, and a gear assembly and clutch assembly connecting the output shaft to a turbine spindle;an accessory gearbox having a gear shaft that is coupled to and supports the output shaft of the air turbine starter, wherein the accessory gearbox is adapted to receive the air turbine starter such that a casing of the accessory gearbox extends around the output shaft and the clutch assembly of the air turbine starter when the air turbine starter is mounted on the accessory gearbox; anda ball lock element disposed between the gear shaft and the output shaft, wherein the gear shaft and the output shaft each include a detent feature capable of receiving a portion of the ball lock element. 2. The assembly of claim 1, wherein the gear shaft receives the output shaft in a close fit engagement. 3. The assembly of claim 1, wherein the output shaft has a plunger and spring, the spring biases the plunger which engages the ball lock element with the gear shaft. 4. The assembly of claim 3, further comprising a tool that depresses the plunger to overcome the bias of the spring and disengage the ball lock element from the gear shaft. 5. An assembly comprising: an air turbine starter having a clutch assembly and an output shaft coupled to the clutch assembly;an accessory gearbox adapted to receive the air turbine starter such that the clutch assembly and the output shaft are disposed within a casing of the accessory gearbox when the air turbine starter is mounted on the accessory gearbox, wherein the accessory gearbox has a gear shaft that supports the output shaft of the air turbine starter;a ball lock element disposed between the gear shaft and the output shaft, wherein the gear shaft and the output shaft each include a detent feature capable of receiving a portion of the ball lock element, and wherein the output shaft has a plunger and spring, the spring biases the plunger which engages the ball lock element with the gear shaft; anda tool that depresses the plunger to overcome the bias of the spring and disengage the ball lock element from the gear shaft. 6. The assembly of claim 5, wherein the gear shaft receives the output shaft in a close fit engagement. 7. A method of removing an air turbine starter from an accessory gearbox, the method comprising: providing an air turbine starter having an output shaft mounted in a gear shaft of the accessory gearbox;retracting pawls of a clutch assembly of the air turbine starter from contact with corresponding clutch assembly ratchets to allow a portion of the air turbine assembly to be removed from the accessory gearbox;depressing a plunger disposed within the gear shaft to overcome a bias of a spring and disengage a ball lock element from the gear shaft; andremoving the output shaft by axially moving the output shaft relative to the gear shaft. 8. The method of claim 7, wherein: the ball lock element is disposed between the gear shaft and the output shaft, and wherein the gear shaft and the plunger each include a detent feature capable of receiving a portion of the ball lock element. 9. The method of claim 7, wherein a tool depresses the plunger to overcome the bias of the spring and disengage the ball lock element from the gear shaft. 10. The method of claim 7, wherein the accessory gearbox is adapted to receive the air turbine starter such that a casing of the accessory gearbox extends around the output shaft of the air turbine starter when the air turbine starter is mounted on the accessory gearbox. 11. The method of claim 10, wherein the air turbine starter has a gear assembly and clutch assembly connecting the output shaft to a turbine spindle, and wherein the casing of the accessory gearbox extends around the clutch assembly of the air turbine starter when the air turbine starter is mounted on the accessory gearbox.