Abstract: An electronically enabled clearance system and method for improved border crossings. The system and method generate and manage an electronic manifest (e-manifest) and an electronic commercial invoice (e-release) according to legal requirements as well as the requirements of a manufacturer that imports goods from other countries. A third party logistics provider may facilitate the interactions between an importer of manufactured goods, a supplier, a carrier, and a broker by serving as intermediary and hosting computer applications that manage the flow of information. A commercial invoice provides details about the goods in a shipment. A shipment control number (SCN) is associated with each commercial invoice. The e-manifest for a vehicle lists every SCN for the parts shipments loaded on the vehicle and therefore, provides a link to the commercial invoice data detailing information about the parts in the shipment.

Abstract: Collection command applicators improve the productivity of human knowledge workers by enabling them to automatically process of large numbers of collections of arbitrary computer files. In operation, collection command applicators dynamically recognize interesting collections, calculate an optimal execution dependency visit order, determine an optimal parallel execution order, and apply arbitrary computer commands to the recognized collections in accordance with the calculated execution orderings. Collection command applicators thereby make it possible to process large numbers of collections in automated, scalable ways that were not previously possible.

Abstract: Collection information managers improve the productivity of knowledge workers by organizing information about arbitrary collections of computer files into collection data structures, for use by automated collection processing programs. Three kinds of knowledge are obtained and organized by collection information managers: collection instance information, collection content information, and collection processing information. Software programs can use information in collection data structures to precisely understand and process collections in useful ways that were not previously possible.

Abstract: Collection content classifiers classify computer files and other collection content in accordance with predetermined classification specifications. In operation, collection content classifiers dynamically discover collection content members, assign data types to content members, associate symbolic actions with content members, determine processing dependencies among content members, and return organized classification information to calling programs for subsequent use in processing content members. Collection content classifiers thereby improve the productivity of human knowledge workers by enabling the construction of smart, collection-aware application programs that can perform more extensive, more complex, and more automated collection processing operations than were previously possible.

Abstract: A method and system for a fiber compaction device with interdependent segment travel is described. A compaction device structure supports a series of individual interdependent segments including a compaction surface. Each segment also includes an opening in which a presser member can be located. The presser members consist of either an elastomeric bladder filled with an incompressible fluid or individual pistons that are manifolded together with a fixed volume of incompressible fluid. The presser members create an interdependence in segment positions such that if one or more segments are displaced the others move to balance the segment positions. Having a fixed volume of incompressible fluid allows the segments to work interdependently, thus guaranteeing that the average section position will be the nominal position and eliminating the need for a fixed center section.

Abstract: A system and method for requesting delivery of sequenced parts that accounts for parts in inventory is disclosed. Production schedule data is used to determine gross-based requirements that are modified based on inventory data to determine net-based requirements. Parts are delivered in containers. The system and method support small lots and allow parts to be mixed within a container. Parts are sequenced within the containers as well as on trailers that transport the part containers to the production facility. A lot sequence number indicates the order in which lots are consumed during production and therefore, packed in a container. The lot sequence number further indicates the priority for loading containers on a trailer. A batch number is used to link lot numbers.

Abstract: A Collection Knowledge System provides context-sensitive knowledge delivery services to application programs, thereby enabling application programs to effectively support variant computational processes. In operation, a Collection Knowledge System receives knowledge requests from application programs, performs local and remote lookups into structured trees of knowledge, and returns requested knowledge to requesting application programs. Collection Knowledge Systems can manage knowledge for entire variant computational processes, thereby enabling application programs to calculate and execute many variant computational processes in fully automated, scalable ways that were not previously possible. As a consequence of automated process construction and execution, associated human labor costs are effectively reduced to zero.

Abstract: Collection makefile generators generate comprehensive makefiles for processing collections of computer files. In operation, the present collection makefile generator dynamically discovers collection content files, classifies them according to content type and required processing actions, and then generates a makefile for performing those actions. Importantly, all build order dependencies are properly maintained among multiple collection products and among individual collection content files. Automated collection makefile generators drastically improve the productivity of human workers by effectively reducing makefile creation and maintenance costs to zero. Collection makefile generators thus enable humans to easily generate complex makefiles in an automated, scalable way that was not previously possible.

Abstract: Collection content classifiers classify computer files and other collection content in accordance with predetermined classification specifications. In operation, collection content classifiers dynamically discover collection content members, assign data types to content members, associate symbolic actions with content members, determine processing dependencies among content members, and return organized classification information to calling programs for subsequent use in processing content members. Collection content classifiers thereby improve the productivity of human knowledge workers by enabling the construction of smart, collection-aware application programs that can perform more extensive, more complex, and more automated collection processing operations than were previously possible.

Abstract: Collection command applicators improve the productivity of human knowledge workers by enabling them to automatically process of large numbers of collections of arbitrary computer files. In operation, collection command applicators dynamically recognize interesting collections, calculate an optimal execution dependency visit order, determine an optimal parallel execution order, and apply arbitrary computer commands to the recognized collections in accordance with the calculated execution orderings. Collection command applicators thereby make it possible to process large numbers of collections in automated, scalable ways that were not previously possible.

Abstract: A die thinning method includes providing a wafer (10) and depositing a substrate bonding material on the wafer. The die thinning method places a plurality of die (12) on the wafer (10), cures the substrate bonding material to secure the individual ICs to the base wafer (10), and covers the substrate (10) and the die (12) with a mask material. The substrate bonding material is BCB. The mask material is a photoresist (14). The method further back grinds the wafer to remove the wafer and to reduce the original die thickness from 26 mils to 5 mils. A UV transfer tape (22) is applied to the die (12) on a film frame (20). The mask material and back grinding tape (18) are then removed. The plurality of die (12), UV transfer tape (22), and film frame (20) are placed face down in a UV cure station. The UV transfer tape (22) is UV irradiated and the plurality of die (12) are removed from the UV transfer tape (22).

Abstract: An integrated circuit apparatus for facilitating the interconnection of one or more circuitry manufacture includes a carrier substrate defining a top surface and a bottom surface. Carrier substrate vias penetrate from the top surface to the bottom surface of the carrier substrate and define interior via surfaces. Carrier substrate cavities are formed on the top and/or bottom surfaces of the carrier substrate and define interior cavity surfaces. The carrier substrate is configured to receive one or more circuitry manufacture on the top and bottom surfaces, the interior via surfaces, and the interior cavity surfaces.

Abstract: A Collection Knowledge System provides context-sensitive knowledge delivery services to application programs, thereby enabling application programs to effectively support variant computational processes. In operation, a Collection Knowledge System receives knowledge requests from application programs, performs local and remote lookups into structured trees of knowledge, and returns requested knowledge to requesting application programs. Collection Knowledge Systems can manage knowledge for entire variant computational processes, thereby enabling application programs to calculate and execute many variant computational processes in fully automated, scalable ways that were not previously possible. As a consequence of automated process construction and execution, associated human labor costs are effectively reduced to zero.

Abstract: Collection recognizers improve the productivity of knowledge workers by enabling automated systems to recognize interesting collections of arbitrary computer files for automated processing. In operation, a collection recognizer detects collections within a search space, selects interesting collections from the group of detected collections, and finally makes information about the selected collections available to software programs for subsequent automated processing. Collection recognizers help to enable the construction of fully automated collection processing systems.

Abstract: A Collection Storage System helps software developers to manage the storage and evolution of collections of computer files, by performing collection storage operations on collections and collection views. Collections are sets of computer files that can be manipulated as a set, rather than as individual files. Collection views are groups of related collection references that can be processed by human workers using a single operation on a single set of collection references, rather than by performing a series of individual operations on individual collections. In operation, a Collection Storage System receives collection storage operation requests from request originators. It performs the operations, often in the presence of collection information and collection view information that describes the target collections, views, and operations in detail. Finally, it returns operation results to the request originators.

Abstract: A Collection Shortcut Expander method expands shortcut collection reference expressions into complete reference expressions, thereby improving the productivity of people who work with collections. In operation, a Collection Shortcut Expander receives expansion requests from request originators, expands shortcut collection reference expressions into complete collection reference expressions, and returns expanded references to the request originators. Shortcut references to local collections are expanded using information from a current collection specifier file. Shortcut references to remote collections are expanded using information from a knowledge base. Collection Shortcut Expanders improve human productivity by providing convenient syntaxes, by reducing typing burdens, by reducing knowledge burdens, by reducing human retraining costs caused by collection name changes, and by enabling people to create customized alias names for frequently used collection names.

Abstract: A Collection View Expander process improves human productivity by expanding collection views into detailed collection view information that can be used by application programs to manipulate collection views in advanced ways that were not previously possible. Collection views are groups of related collection references that can be processed by human workers using a single operation on a single set of collection references, rather than by performing a series of individual operations on individual collections. In operation, a Collection View Expander receives expansion requests from request originators, expands collection views into collection view information using detailed, user-defined collection view member reference type definitions, and returns aggregated collection view information to the request originators. Collection View Expanders improve human productivity by enabling people to represent and manipulate whole groups of collections as collection views.

Abstract: A Collection Extensible Action GUI (graphical user interface) is constructed from user-defined, executable GUI actions, thereby making it possible for users to customize and extend the GUI to suit their precise computational needs.

Abstract: A Collection Adaptive Focus GUI adapts to changes in user work situations, thereby providing human workers with a responsive, customized graphical user interface. Changes in work situations are indicated by various focusing events such as changing current work contexts, work locations, work objects, and work roles.

Abstract: Collection recognizers improve the productivity of knowledge workers by enabling automated systems to recognize interesting collections of arbitrary computer files for automated processing. In operation, a collection recognizer detects collections within a search space, selects interesting collections from the group of detected collections, and finally makes information about the selected collections available to software programs for subsequent automated processing. Collection recognizers help to enable the construction of fully automated collection processing systems.