Abstract: A system and method for creating a menu for an adapted a medical workflow implemented at a computer coupled to a hospital network is disclosed. The disclosed system and method generates a workflow including a list of predicted medical action options for a medical object based, in part, on a determined operating state or vital state of a patient, creates a menu for displaying the list of predicted medical action options, and communicates the menu for display on a graphic interface. Certain menu selections pertaining to predicted medical action options may be disabled based on state values associated with the medical object.

Abstract: A system and method for creating a menu for an adapted a medical workflow implemented at a computer coupled to a hospital network is disclosed. The disclosed system and method generates a workflow including a list of predicted medical action options for a medical object based, in part, on a determined operating state or vital state of a patient, creates a menu for displaying the list of predicted medical action options, and communicates the menu for display on a graphic interface. Certain menu selections pertaining to predicted medical action options may be disabled based on state values associated with the medical object.

Abstract: A system and method for creating a menu for an adapted a medical workflow implemented at a computer coupled to a hospital network is disclosed. The disclosed system and method generates a workflow including a list of predicted medical action options based on an identified healthcare worker and based on a determined operating state or vital state of a patient, creates a menu for displaying the list of predicted medical action options, disables one or more of the predicted medical action options in the menu based on the determined one or more state values associated with an identified medical object, and communicates for display on a graphic interface the menu comprising the disabled one or more predicted medical action options, wherein the disabled one or more predicted medical action options is visible in the menu but unselectable by the healthcare worker.

Abstract: A tool for shaping an abradable liner of a turbofan engine is disclosed. The turbofan engine includes a shaft to support a fan rotatable about a rotation axis. The abradable liner is configured to surround the fan and has an axial length in the direction of the rotation axis. The tool includes a support configured to be mounted to the shaft and rotatable about the rotation axis. The shaping head is mounted to the support for rotation about the rotation axis and configured to shape the abradable liner by removing material from the abradable liner. A radial position of the shaping head is adjustable relative to the rotation axis. The shaping head may sized to extend substantially across the axial length of the abradable liner.

Abstract: A system and method for creating a menu for an adapted a medical workflow implemented at a computer coupled to a hospital network is disclosed. The disclosed system and method generates a workflow including a list of predicted medical action options based on an identified healthcare worker and based on a determined operating state or vital state of a patient, creates a menu for displaying the list of predicted medical action options, disables one or more of the predicted medical action options in the menu based on the determined one or more state values associated with an identified medical object, and communicates for display on a graphic interface the menu comprising the disabled one or more predicted medical action options, wherein the disabled one or more predicted medical action options is visible in the menu but unselectable by the healthcare worker.

Abstract: Examples of systems and methods are provided for adapting a medical workflow implemented at a computer coupled to a hospital network, including receiving a message comprising medical information data, predicting a healthcare worker's workflow using, at least in part, the medical information data; communicating, based on the predicted workflow, a menu comprising one or more medical action options for displaying to the healthcare worker.