15 results about "Operational readiness" patented technology

A scalable expert foundry system enables creation, management, and coordination of multiple specialized expert domains, each developing autonomous cognitive capabilities through geometric manifold formation while maintaining hierarchical oversight and cross-domain knowledge transfer. The system utilizes a Persistent Cognitive Machine architecture with hierarchical supervisory networks that provide multi-layered coordination, conflict resolution, and quality management across distributed expert domains. Cross-domain coordinators orchestrate communication and knowledge sharing between domains through geometric abstraction and manifold projection techniques that preserve semantic integrity while enabling beneficial knowledge propagation. Executive manifold supervisors implement second-order control architectures managing meta-cognitive capabilities and system-wide reasoning strategies. The system supports enterprise deployment across multiple geographic regions with distributed computing resources. Expert domains achieve operational readiness through statistical observables monitoring including cache hit rates, distance distribution shifts, and trajectory coherence measurements that validate manifold maturity. The architecture enables scalable expert-level performance across diverse knowledge domains while maintaining coordination effectiveness and quality standards.

The invention relates to a packaging machine (100) for packaging goods with a packaging means (1), in particular a tying machine, comprising a wrapping device (2) for guiding the packaging means (1), such as a cord or thread, around the goods and a first fixing device (3) for holding a packaging means end (4) during a packaging operation, characterized in that a second fixing device (8) arranged in and / or on the packaging machine (100) is provided for fixing the packaging means end (4), preferably manually, wherein the packaging means (1) is arranged in the state of the packaging means end (4) fixed on the second fixing device (8) such that the packaging means (1) can be fed to the first fixing device (3) by the wrapping device (2) in a wrapping movement to make it ready for operation.Furthermore, a method for establishing operational readiness of a packaging machine (100) is specified.

A computer system and computer implemented method. The method includes identifying a plurality of operational readiness data and a plurality of policy data for a workforce; filtering the plurality of operational readiness data and the plurality of policy data to define a ready workforce; providing a first user interface to a manager; providing a second user interface to a worker; and detecting a selection of a date range for scheduling the ready workforce. Further, the method optionally includes receiving at least one priority constraint from the manager; receiving at least one scheduling preferences from a worker. The method includes calculating, by applying an iterative computer model, a work schedule for the ready workforce during the date range and publishing the work schedule.

Method (100) for checking the operational readiness of a closed-circuit breathing apparatus (1) in a step sequence for carrying out the check with the steps: - Continuous metrological acquisition (104, 104') and recording of pressure measurement signals P L a low-pressure sensor (41) arranged in or on a low-pressure system (77) of the closed-circuit breathing apparatus (1), - Identification based on the pressure measurement signal P L (81) of the low-pressure sensor (41) whether there is currently a situation in which an inflow of quantities of gas into the low-pressure system (77) has begun, - Storage of a first pressure measurement signal P1 (109) at a first time t1 (108), which indicates the identified pressure situation immediately after the start of the inflow of gas quantities into the low-pressure system (77) with a breathing bag (3), - Storage of a second pressure measurement signal P2 (114), which indicates a pressure situation at the end of the inflow of gas quantities into the low-pressure system (77) at a second time t2 (113), - Formation (115) of a difference value ΔP (ΔP = P2 - P1) (116) between the first pressure signal P, (109) and the second pressure signal P2 (114), - Performing a comparison (117) between the difference value ΔP (116) with a difference threshold value P C (118) - Determining a result (94, 95) of the verification of the functionality of the closed-circuit breathing apparatus based on the comparison (117), - Provision of an output signal (88) which indicates the result (94, 95) of the check.

The invention relates to a method for determining the operational readiness of a motor vehicle (10), as well as a control device and a motor vehicle (10). In step a), current measurement data of the motor vehicle (10) can be acquired using an internal (7) and / or external sensor (27). In step b), a deviation of the current measurement data from reference data (4) can be determined using a machine learning model, thereby determining the operational readiness of the motor vehicle (10).In step c), if the deviation exceeds a predetermined threshold, a warning message can be issued, advising a user of the motor vehicle (10) to have the motor vehicle (10) checked in a workshop and / or not to continue operating the motor vehicle (10) and / or to transmit the current measurement data and / or the deviation to a remote maintenance system, so that a control routine in the motor vehicle (10) is initiated.

The invention relates to a computer-implemented technique for determining an action regarding the operational readiness of an imaging system with a predetermined modality. A method executable by means of a central control unit of the imaging system comprises receiving an asset data set from a component (400; 400-U) in the imaging system. The asset data set includes a reference to (e.g., downloadable) firmware of the component (400; 400-U). The asset data set includes a reference to the compatibility (FW_UC; IF_C) of the component (400) and / or its (e.g., downloadable) firmware with the central control unit and / or with other components of the imaging system.The procedure further includes determining an action regarding the operational readiness of the imaging system based on the received asset data set, in particular based on the received indication of compatibility (FW_UC; IF_C).

The invention relates to a method for operating a fuel cell system (100), which is equipped with at least one fuel cell stack (101), wherein the at least one fuel cell stack (101) has a corresponding air system (10), exhibiting: (4) Recording a start request of the fuel cell system (100), (8) Check if a freeze start is required; if so, then: (20) Restricting a freeze-start procedure to control modes for the air system (10) without using freeze-critical valves (kV) for control, (24) Performing the freeze-start procedure without the use of freeze-critical valves (kV) for control, (30) Check the operational readiness of freeze-critical valves (kV), if so: (34) Releasing freeze-critical valves (kV) for control depending on their operational readiness, (36) Continue the starting procedure with the valves released (kV).

A method of determining operational readiness of cementing equipment includes gathering data of real-time variables from cementing equipment; calculating an operational readiness metric based on the gathered data; determining whether the operational readiness metric is inside an acceptance zone; and generating an alert for repair or maintenance of the cementing equipment, in response to determining that the operational readiness metric is outside of the acceptance zone.

This invention relates to the field of internet advertising management technology, and discloses a method and system for internet advertising management aimed at industrial park investment promotion. The method acquires operational status information of professional resources, assesses their readiness based on this information, and then adjusts promotional activities according to readiness indicators. This method effectively solves the problem in existing technologies where industrial park investment promotion advertising management only focuses on physical vacancy while neglecting the operational readiness status and internal maintenance schedule of professional resources.

This utility model discloses an aircraft tire inflation device, belonging to the field of aviation equipment repair and maintenance technology. It includes a nut, a rotating rod, a mandrel, a mandrel outer cylinder, and a threaded connector. The rear end of the mandrel is connected to the threaded connector, and the rear end of the threaded connector is sealed to the air passage. The mandrel outer cylinder is fitted over the mandrel, and its rear end is threadedly engaged with the nut. The nut is fitted over the threaded connector. Tightening the nut pushes the threaded connector forward. The rotating rod is fitted over the mandrel outer cylinder, and its front end is installed on and sealed at the threaded end of an aircraft. In use, after the rotating rod is sealed to the threaded end of the aircraft and the threaded connector is sealed to the air passage, rotating the nut pushes the threaded connector, causing the mandrel to open the one-way self-locking valve for inflation. This utility model has a simple and practical structure, which can improve the inflation efficiency of disassembled aircraft tires, reduce the scrap rate of accessories at the threaded end of the aircraft tire, and thus shorten the overall operational readiness cycle.

The invention relates to a method (100) for operating a control device (10) with at least two independently operable data processing devices (12), which are preferably part of a single-chip system (14), for controlling a system (16) with high safety requirements. In the method (100), an interruption of the power supply to the control device (10) is provided for operational reasons (101). Furthermore, an output signal from the control device (10) is output during an active switching state (A) of the power supply (102). In addition, each of the two data processing devices (12) performs at least part of a test routine concerning its own functionality and / or the functionality of the control device (10) during an active switching state (A) of the power supply (104).Furthermore, a time of successful execution of the aforementioned test routine is stored (106) and a time interval is determined (108) within which, after successful execution (104) of the aforementioned test routine, the execution of this test routine is dispensed with.

This invention proposes a predictive method for aero-engine support based on multi-agent modeling. This method comprehensively considers the main factors influencing the number of backup engines available for use. Addressing the variable states of aero-engines during operation and maintenance, it proposes an agent state machine model for aero-engines. Using multi-agent simulation, it recreates various mission scenarios for aero-engines, including ordering, use, overhaul, and return to the factory after failure. This enables dynamic simulation of the entire fleet's aero-engine usage process, predicting the optimal reserve number of aero-engines for a certain period in the future—that is, how many backup engines should be equipped to meet a given operational readiness level. Simulation results show that this invention can effectively simulate the support process of a fleet's aero-engines and accurately determine the number of backup engines required under a given operational readiness level.

A method of determining operational readiness of cementing equipment includes gathering data of real-time variables from cementing equipment; calculating an operational readiness metric based on the gathered data; determining whether the operational readiness metric is inside an acceptance zone; and generating an alert for repair or maintenance of the cementing equipment, in response to determining that the operational readiness metric is outside of the acceptance zone.

The invention relates to a method (100) for operating a control device (10) having at least two independently operable data processing devices (12), which are preferably part of a system-on-chip system (14), for controlling a system (16) having high security requirements. In the method (100), an interruption of an energy supply of the control device (10) is provided (101) for operational reasons. In addition, an output signal of the control device (10) is output (102) during an active switching state (A) of the energy supply. Furthermore, each of the two data processing devices (12) carries out (104) at least part of a test routine relating to its own functionality and / or a functionality of the control device (10) during an active switching state (A) of the energy supply. In addition, a time at which said test routine is successfully carried out is stored (106) and a time interval is determined (108), within which this test routine is not required after said test routine has been successfully carried out (104).