Abstract: A door assembly may include a first sidelite configured to be operably coupled to a first doorjamb, a second sidelite configured to be operably coupled to a second door jamb where the first and second sidelites are disposed in a common plane and define a door opening between the first and second sidelites, a first sliding panel, a second sliding panel where the first and second sliding panels are movable from a closed position disposing the first and second sliding panels to block access through the door opening and an open position in which the first sliding panel is proximate the first sidelite and the second sliding panel is proximate the second sidelite, a first partial door panel, and a second partial door panel. The first and second sliding panels are disposed in a second plane parallel to the common plane in both the open and closed position. The first and second partial door panels are operably coupled to the first and second sidelites, respectively, via hinge assemblies.

Abstract: A door assembly may include a first sidelite configured to be operably coupled to a first door jamb, a second sidelite configured to be operably coupled to a second door jamb where the first and second sidelites are disposed in a common plane and define a door opening between the first and second sidelites, a first sliding panel, a second sliding panel where the first and second sliding panels are movable from a closed position disposing the first and second sliding panels to block access through the door opening and an open position in which the first sliding panel is proximate the first sidelite and the second sliding panel is proximate the second sidelite, a first partial door panel, and a second partial door panel. The first and second sliding panels are disposed in a second plane parallel to the common plane in both the open and closed position. The first and second partial door panels are operably coupled to the first and second sidelites, respectively, via hinge assemblies.

Abstract: A door assembly may include a first sidelite configured to be operably coupled to a first door jamb, a second sidelite configured to be operably coupled to a second door jamb where the first and second sidelites are disposed in a common plane and define a door opening between the first and second sidelites, a first sliding panel, a second sliding panel where the first and second sliding panels are movable from a closed position disposing the first and second sliding panels to block access through the door opening and an open position in which the first sliding panel is proximate the first sidelite and the second sliding panel is proximate the second sidelite, a first partial door panel, and a second partial door panel. The first and second sliding panels are disposed in a second plane parallel to the common plane in both the open and closed position. The first and second partial door panels are operably coupled to the first and second sidelites, respectively, via hinge assemblies.

Abstract: Disclosed is a vertical profile for an automated sliding door. The profile is formed by front and rear walls connected by nose and tail walls. The nose and tail walls are thicker than the front and rear walls to provide enhanced resistance to deflection in the through-door direction. The walls are formed as an aluminum extrusion. The arrangement and thickness of the walls provides strength sufficient to withstand high wind loads without the installation of reinforcing members. Fillets may be provided where the walls are joined to lessen the tendency for the nose and tail walls deflect, further strengthen the profile.

Abstract: In some implementations, a device may receive a request associated with a data record, the request including a first set of input for a first machine learning model, and the first set of input defining a first set of values associated with a first set of parameters that correspond to the data record. The device may obtain, from a data storage device, a second set of values associated with a second set of parameters that correspond to the data record. The device may determine, using the first machine learning model, a score for the data record based on the first set of input and the second set of values, wherein the first machine learning model is trained to receive the first set of input and the second set of values and produce, as output, the score.

Abstract: A device receives a request for information regarding a debt resolution plan available for a delinquent account. The request may include a first input indicating a payment amount, a second input indicating a payment frequency, and a third input indicating a payment start date. The device obtains account data associated with the delinquent account and determines, using a model, a score for the delinquent account based on the first input, the second input, the third input, and/or the account data. The score predicts a likelihood that the delinquent account will charge off within a predetermined time period. The device determines a plurality of plan parameters for an accelerated charge off plan when the score satisfies a threshold. The device transmits the plurality of plan parameters, receives an enrollment request, enrolls the delinquent account in the accelerated charge off plan, and performs one or more actions based on the enrolling.

Abstract: Disclosed is a vertical profile for an automated sliding door. The profile is formed by front and rear walls connected by nose and tail walls. The nose and tail walls are thicker than the front and rear walls to provide enhanced resistance to deflection in the through-door direction. The walls are formed as an aluminum extrusion. The arrangement and thickness of the walls provides strength sufficient to withstand high wind loads without the installation of reinforcing members. Fillets may be provided where the walls are joined to lessen the tendency for the nose and tail walls deflect, further strengthen the profile.

Abstract: A device receives a request for information regarding a debt resolution plan available for a delinquent account. The request may include a first input indicating a payment amount, a second input indicating a payment frequency, and a third input indicating a payment start date. The device obtains account data associated with the delinquent account and determines, using a model, a score for the delinquent account based on the first input, the second input, the third input, and/or the account data. The score predicts a likelihood that the delinquent account will charge off within a predetermined time period. The device determines a plurality of plan parameters for an accelerated charge off plan when the score satisfies a threshold. The device transmits the plurality of plan parameters, receives an enrollment request, enrolls the delinquent account in the accelerated charge off plan, and performs one or more actions based on the enrolling.

Abstract: A door package or door assembly includes multiple door panels. A top frame member has one or more tracks upon which one or more door panels may slide relative to a door opening to close the door opening when in a fully extended position and to open the doorway when in a retracted position. When in its retracted or open position, a plurality of door panels may also pivot about a pivot plate attached to the floor to a broken open position essentially perpendicular to the plane of the doorway opening. Upper and lower magnetic latch assemblies automatically decouple to permit pivoting of the entire door panel assembly when the panels are fully retracted, and when the panels are not fully retracted, are automatically actuated to prevent pivoting of the door panel assembly.

Abstract: A sliding door and floor guide assembly including a floor guide and at least one door panel including a pin guide assembly, and a guide shoe. The guide shoe has a curved bottom surface and the rail has a corresponding curved upper surface so that the two surfaces can engage one another. The pin guide assembly includes a spring that exerts a downward force to keep the guide shoe and rail in contact with one another. The guide shoe also includes at least one beveled surface adjacent the region where the guide shoe and rail engage. This beveled surface causes debris on the rail to be moved away from the rail when the door is opened or closed so that the debris does not interfere with the operation of the sliding door.

Abstract: A door package or door assembly is disclosed that includes multiple door panels. A top frame member has one or more tracks upon which one or more door panels may slide relative to a door opening to close the door opening when in a fully extended position and to open the doorway when in a retracted position. When in its retracted or open position, a plurality of door panels may also pivot about a pivot plate attached to the floor to a broken open position essentially perpendicular to the plane of the doorway opening. Upper and lower magnetic latch assemblies are provided that automatically decouple to permit pivoting of the entire door panel assembly when the panels are fully retracted, and when the panels are not fully retracted, are automatically actuated to prevent pivoting of the door panel assembly.

Abstract: A sliding door and floor guide assembly including a floor guide and at least one door panel including a pin guide assembly, and a guide shoe. The guide shoe has a curved bottom surface and the rail has a corresponding curved upper surface so that the two surfaces can engage one another. The pin guide assembly includes a spring that exerts a downward force to keep the guide shoe and rail in contact with one another. The guide shoe also includes at least one beveled surface adjacent the region where the guide shoe and rail engage. This beveled surface causes debris on the rail to be moved away from the rail when the door is opened or closed so that the debris does not interfere with the operation of the sliding door.

Abstract: The present invention relates to doors for intensive care units and more particularly to an intensive care unit door control system. In particular, the invention relates to a door management system for an intensive care unit comprising at least one control unit configured to receive signals from at least one external device and to control the opening and closing of the automatic intensive care unit doors based on the received signals.

Abstract: The present invention relates to doors for intensive care units and more particularly to an intensive care unit door control system. In particular, the invention relates to a door management system for an intensive care unit comprising at least one control unit configured to receive signals from at least one external device and to control the opening and closing of the automatic intensive care unit doors based on the received signals.

Abstract: The present invention relates to the field of doors and more particularly to an automated strike assembly for a sliding door. In particular, it relates to an automatically operable strike, which functions with existing manual latches. When using the automated strike, an engaged latch may be released by automatically sliding the entire strike plate over the latch hook. The automated strike comprises a strike plate adapted to engage with a latch, mounting means for slidably attaching the strike plate to a door jamb and driving means adapted to receive a control signal and to slide the strike plate between a latched position and an unlatched position. The invention also relates to a method for unlatching a door using the automated strike.

Abstract: System and methods for satellite payload application development are provided. A method for developing embedded processing systems comprises selecting a hardware layer configuration; and developing an interfacing software stack providing services from one or more of an infrastructure services layer, a bus abstraction layer, a device abstraction layer, and a peripheral device driver layer through one or more standard function calls.

Abstract: Message translation systems and methods are provided. In one embodiment, a method for translating messages comprises reading a first sequence of one or more message elements from a first interface, wherein the message elements are structured based on a first protocol; converging on a message mapping node based on the first sequence of one or more message elements, wherein the message mapping node is defined by a protocol metadata schema; performing one or more conversion operations on the first sequence of one or more message elements to construct a second sequence of one or more message elements, wherein the one or more conversion operations are based on the message mapping node; and writing the second sequence of one or more message elements to a second interface.

Abstract: A method and system for adapting fault tolerant computing. The method includes the steps of measuring an environmental condition representative of an environment. An on-board processing system's sensitivity to the measured environmental condition is measured. It is determined whether to reconfigure a fault tolerance of the on-board processing system based in part on the measured environmental condition. The fault tolerance of the on-board processing system may be reconfigured based in part on the measured environmental condition.

Abstract: An improved system and method for dynamically optimizing the performance and reliability of redundant processing systems (e.g., for use in space applications) are disclosed. As one example, a Field Programmable Gate Array (FPGA) that includes a plurality of processors is disclosed. Based on mission specific modes or environmental conditions, the processing system can dynamically and safely transition between the high performance of, for example, a general purpose, quad Symmetric Multiprocessor (SMP) and the high reliability of a redundant set of processors (e.g., Triple Modular Redundancy system). This architecture allows the use of a single FPGA with multiple processors to take advantage of the maximum processing throughput available when sufficient mission conditions are met, and can also safely transition to a lower throughput, high reliability mode when needed.

Abstract: An electronic module is provided. The module includes a first logic device having at least two processors and a first comparator and a second logic device having at least one processor and a second comparator. Each of the at least two processors are coupled to each of the first and second comparators. The first and second comparators operate as a distributed comparator system. Each comparator independently identifies faults in the processors.