Abstract: The example embodiments are directed to systems and methods of a locking mechanism for a database which permits a partial quantity assignment of a data item to a database request. In one example, the method may include receiving a database request comprising a requested quantity value of a data item, setting an exclusive lock on the data item within a database, protecting the requested quantity value by posting a TQA to a table, wherein the TQA comprises an identifier of the requested quantity value, an identifier of the database request, and a timestamp, releasing the exclusive lock for the database request on the data item within the database in response to recording the TQA, and with the exclusive lock released, determining a quantity value of the data item which is available for the database request and confirming the determined quantity via the temporary quantity assignment table.

Abstract: A computer-implemented method of adjudicating an imaged lesion, comprising: receiving a diagnostic image showing a lesion; processing the diagnostic image in a machine learning algorithm previously trained to classify the lesion and to propose, based on a lesion class for the lesion, a blood test panel suited to adjudicate the lesion; and outputting the proposed blood test panel to a user.

Abstract: The example embodiments are directed to systems and methods of a locking mechanism for a database which permits a partial quantity assignment of a data item to a database request. In one example, the method may include receiving a database request comprising a requested quantity value of a data item, setting an exclusive lock on the data item within a database, protecting the requested quantity value by posting a TQA to a table, wherein the TQA comprises an identifier of the requested quantity value, an identifier of the database request, and a timestamp, releasing the exclusive lock for the database request on the data item within the database in response to recording the TQA, and with the exclusive lock released, determining a quantity value of the data item which is available for the database request and confirming the determined quantity via the temporary quantity assignment table.

Abstract: The present disclosure pertains to medical device such as a dialysis device for performing a hemodialysis, and/or hemofiltration and/or hemodiafiltration. The medical device can include a first functional module and a second functional module, wherein an operating hours counter for counting the operating hours is provided in the first functional module, and wherein the first functional module is configured to store an operating hours value determined by the operating hours counter in a first storage of the first functional module. In some embodiments, a second storage is provided in the second functional module, wherein the second functional module is configured to store the operating hours value determined by the operating hours counter of the first functional module in the second storage.

Abstract: An apparatus for determining magnetic properties of a portion of a magnetizable endless belt. The apparatus includes a primary coil for generating a magnetic field. The windings of the primary coil are wound around the endless belt. A secondary coil measures the magnetic flux density. A slotted yoke guides the magnetic flux. The endless belt extends through slots in the yoke. First measuring devices measure the magnetic field in a width portion parallel to the endless belt. Second measuring devices measure the magnetic field in the width portion parallel to the endless belt.

Abstract: An apparatus and a corresponding method for determining magnetic properties of a portion of a magnetizable endless belt are disclosed, the apparatus comprising a primary coil for generating a magnetic field, a slotted yoke for guiding the magnetic flux, and a plurality of coils for measuring.

Abstract: The present invention is concerned with an electrically operable shaver with an elongate shaver housing defining a longitudinal axis (I), at least one short-hair cutter unit, at least one long-hair trimmer unit disposed on the shaver housing and at least one light source. The at least one light source is movable substantially parallel to the longitudinal axis (I) between a retracted position and an extended position.

Abstract: Systems and methods are provided herein for a single job backorder processing using prioritized requirements. Data comprising a plurality of requirements associated with an availability check is received. Each requirement comprises a confirmation strategy including a check prioritizer. The plurality of requirements are sorted in a hierarchical order based on the check prioritizer and the confirmation strategy. A cluster is determined based on the sorted plurality of requirements. The cluster is iteratively evaluated with availability data stored in a remote data store to determine availability of the cluster. Result analytics corresponding to the availability of the cluster are provided.

Abstract: The present invention is concerned with an electrically operable shaver with an elongate shaver housing defining a longitudinal axis (I), at least one short-hair cutter unit, at least one long-hair trimmer unit disposed on the shaver housing and at least one light source. The at least one light source is movable substantially parallel to the longitudinal axis (I) between a retracted position and an extended position.

Abstract: Example systems and methods of extracting and processing data are described. In one implementation, a method accesses genealogy data (which includes a root node) associated with multiple data sources. The genealogy data is expanded from the root node. The method identifies data objects associated with the genealogy data and identifies a simplification rule to apply to the genealogy data. Data objects in the genealogy data that satisfy the simplification rule are identified by the method. A simplified representation of the genealogy data is generated by replacing each identified data object with a link to a predecessor data object.

Abstract: The description refers to a method, computer program product, and computer system for displaying a chart for production planning. The chart includes a timeline, a material area associated with each of one or more materials and a resource area associated with each of one or more resources. The chart also includes a material sufficiency indicator provided within one or more of the material areas to indicate whether or not a sufficient amount of the associated material is available at one or more identified times to meet a demand of the one or more scheduled operations. The chart includes a scheduling hint that is displayed within a material area when an operation identifier has been selected. The scheduling hint identifies one or more portions within the material area for a material as providing either sufficient material or insufficient material for performance of the operation associated with the selected operation identifier.

Abstract: A system and method schedule manufacturing of a product by a requested availability date. Sources of supply are selected for a given material to be used for manufacturing the product. A check is then performed for each source of supply to ensure that a valid-to date of the source of supply is equal or later than a plan start date. Lead times for sources of supply are calculated having a valid-to date equal or later than a plan start date. A source of supply is selected as a function of a validity interval of the source and a validity date.

Abstract: A method and a set of computer instructions for filling a customer sales order for a product are described. The method determines the availability of the product. The method determines the components of a product if the product is unavailable. The method determines the availability of the components from one or more suppliers.

Abstract: Example systems and methods of extracting and processing data are described. In one implementation, a method accesses genealogy data (which includes a root node) associated with multiple data sources. The genealogy data is expanded from the root node. The method identifies data objects associated with the genealogy data and identifies a simplification rule to apply to the genealogy data. Data objects in the genealogy data that satisfy the simplification rule are identified by the method. A simplified representation of the genealogy data is generated by replacing each identified data object with a link to a predecessor data object.

Abstract: The description refers to a method, computer program product, and computer system for displaying a chart for production planning. The chart includes a timeline, a material area associated with each of one or more materials and a resource area associated with each of one or more resources. The chart also includes a material sufficiency indicator provided within one or more of the material areas to indicate whether or not a sufficient amount of the associated material is available at one or more identified times to meet a demand of the one or more scheduled operations. The chart includes a scheduling hint that is displayed within a material area when an operation identifier has been selected. The scheduling hint identifies one or more portions within the material area for a material as providing either sufficient material or insufficient material for performance of the operation associated with the selected operation identifier.

Abstract: A business object model, which reflects data that is used during a given business transaction, is utilized to generate interfaces. This business object model facilitates commercial transactions by providing consistent interfaces that are suitable for use across industries, across businesses, and across different departments within a business during a business transaction. In some operations, software creates, updates, or otherwise processes information related to a goods tag, a production bill of material hierarchy, and/or a release order template business object.

Abstract: Methods, systems, and software for determining sources of supply are provided. The system for determining sources of supply is centralized so as to be accessible to a plurality of clients. Sources of supply may be determined and the results prioritized according to user defined criteria. Specifically, the system may offer or facilitate a reusable, centralized service that can data mine sources of supply, which are stored in a business object. These sources of supply may include transportation lane, purchase contract, scheduling agreement, material costing, and any other suitable sources of supply. In some cases, this example system can assign priorities to centralized sources of supply that may help make decisions easier for the planner.

Abstract: Methods and systems for determining sources of supply are provided. The system for determining sources of supply is centralized so as to be accessible to a plurality of clients. Sources of supply may be determined and the results prioritized according to user defined criteria. Specifically, the system may offer or facilitate a reusable, centralized service that can data mine sources of supply, which are stored in a business object. These sources of supply may include transportation lane, purchase contract, scheduling agreement, material costing, and any other suitable sources of supply. In some cases, this example system can assign priorities to centralized sources of supply that may help make decisions easier for the planner.

Abstract: A system and method schedule manufacturing of a product by a requested availability date. Sources of supply are selected for a given material to be used for manufacturing the product. A check is then performed for each source of supply to ensure that a valid-to date of the source of supply is equal or later than a plan start date. Lead times for sources of supply are calculated having a valid-to date equal or later than a plan start date. A source of supply is selected as a function of a validity interval of the source and a validity date.

Abstract: A computer system and method for synchronizing sales order confirmations and material flow determinations in a supply chain management (SCM) environment. For example, a method according to one embodiment of the invention comprises: receiving an indication of a new sales order having associated therewith a desired quantity and a desired delivery date; determining whether the desired quantity can be promised by the desired delivery date based on current receipts; and generating a fixed pegging relationship between the new sales order and receipts identified to satisfy the sales order if the desired quantity can be promised by the desired date.