Abstract: A method for transferring digital procedures across a manufacturing network includes: accessing an unverified instructional block in a new digital procedure for staging at a facility; accessing a set of verified instructional blocks associated with approved digital procedures performed at the first facility; detecting a set of manufacturing inputs in the unverified instructional block; correlating an equipment input with an equipment unit located at the first facility; and correlating an action input with an action prompt related to the first equipment unit. The method also includes: identifying a verified instructional block, in the set of verified instructional blocks, as analogous to the unverified instructional block in response to the verified instructional block comprising manufacturing inputs associated with the equipment unit and the action prompt; and inserting the verified instructional block, in place of the unverified instructional block, in the new digital procedure.

Abstract: A method for predicting batch yield includes: accessing a batch range specification defining a set of batch ranges for characterizing batch output upon completion of a performed instance of a verified digital procedure; and, in response initiating an instance of the verified digital procedure detecting a set of manufacturing inputs in the verified digital procedure and receiving a set of parameters corresponding to the set of manufacturing inputs from the operator. The method also includes: identifying a batch yield of the instance of the verified digital procedure as corresponding to a target batch range in the set of batch ranges; interpreting a process change resulting in the batch yield based on the set of parameters and a target set of parameters; isolating a parameter associated with the process change; and initializing a new digital procedure characterizing the process change based on the verified digital procedure and the first parameter.

Abstract: A system may include an insulation mount assembly configured to mount insulation within a component of an exhaust diffuser of a combustion system. The insulation mount assembly includes an insulation cover plate configured to cover the insulation over a wall of the component, and a plurality of mounting clips configured to extend partially over the insulation plate and couple to the wall of the component. Each clip of the plurality of mounting clips is configured to enable movement of the insulation cover plate in a first direction along a surface of the wall and block movement of the insulation cover plate in a second direction crosswise to the surface of the wall.

Abstract: A system configured for analysis of aerial images is disclosed. The system comprises a data-processing system. The data-processing system comprises a data-processing storage component, a segmentation component, a projection component and an error minimizing component. The data-storage component is configured for providing at least two input orthophoto maps. The segmentation component is configured for generating at least one or a plurality of polygon(s) for the at least two orthophoto maps relating to an area. Each polygon approximates a part of the corresponding input orthophoto map. The error minimizing component is configured for minimizing positional errors on at least one or a plurality of parts on the at least two orthophoto maps. Also, a computer-implemented method for transforming photogrammetric data is disclosed. The method comprises performing an input data providing step comprising providing at least two input orthophoto maps. The method also comprises performing a segmentation step.

Abstract: Disclosed is a system comprising a data-processing system. The data-processing system comprises a data-storage component, a segmentation component and a projection component. The data-storage component is configured for providing an input orthophoto map of an area and an input digital elevation model of the area. The segmentation component is configured for performing a segmentation step, the segmentation step comprises generating at least one or a plurality of polygon(s) based on the input orthophoto map. Each polygon approximates a part of the input orthophoto map. The projection component is configured for performing a projection step and the projection step comprises projecting the polygon(s) on the input digital elevation model of the area. The projection component is further configured for performing a reference surface generation step, the reference surface generation step comprising generating a reference surface for each of at least some of the polygon(s).

Abstract: A system may include an insulation mount assembly configured to mount insulation within a component of an exhaust diffuser of a combustion system. The insulation mount assembly includes an insulation cover plate configured to cover the insulation over a wall of the component, and a plurality of mounting clips configured to extend partially over the insulation plate and couple to the wall of the component. Each clip of the plurality of mounting clips is configured to enable movement of the insulation cover plate in a first direction along a surface of the wall and block movement of the insulation cover plate in a second direction crosswise to the surface of the wall.

Abstract: A method, a computer program product, and a computer system for a spatially aware virtual workout assistant. A server receives from a mobile device a view of a surrounding environment of a user, wherein the view is captured by the mobile device. The server extracts one or more elements from the view. The server recognizes one or more objects suitable for exercising, by using a model for visual data recognition. The server determines one or more exercises that can be performed with the one or more objects, by searching datasets. The server sends to the mobile device data associated with the one or more objects and the one or more exercises. Based on the data associated with the one or more objects and the one or more exercises, the mobile device instructs the user to locate the one or more devices and to perform the one or more exercises.

Abstract: The present invention generally relates to a card game for entertainment and amusement. Playing cards depicting known public figures, celebrities, fictional characters, or non-fictional characters are dealt to players. Players then play cards from their hands in rounds based upon categories. For each round, players vote on which player played the most suitable card, and that player wins the round and can be awarded one or more points. The winner of the game is the player who has won the most rounds, or accumulated the most points, once all of the cards have been played.