摘要:
A paper sheet processing system includes a paper sheet processing apparatus (100), and an imaging section (200a, 200b). The paper sheet processing apparatus includes a positional information acquisition section (302) configured to acquire positional information concerning an operator on the basis of image information from the imaging section, a log information acquisition section (303), an output control section (304), and a display section (103). The output control section outputs a processing result in a predetermined period, outputs the positional information and the processing result, and displays the positional information of the operator on the display section together with an image indicating the position of the paper sheet processing apparatus.
摘要:
An information processing device according to one aspect of the present invention includes a first acquirer configured to acquire measured data of a sensor, a second acquirer configured to acquire maintenance information related to maintenance performed on the sensor, a learner configured to learn teacher data in which the acquired maintenance information as label information is associated with the acquired measured data to generate a determination model, and a storage storing the generated determination model.
摘要:
A system may include an industrial automation device, a computing device configured to receive a first set of data associated with the industrial automation device, and a cloud-computing system. The cloud-computing system may receive the first set of data from the computing device, identify a second set of data associated with the industrial automation device based on the first set of data, and send the second set of data to the computing device when the second set of data is relevant to the first set of data.
摘要:
A processor-implemented method for determining an expected overall performance value of a substation automation system is disclosed. The method comprises causing a processor to provide a plurality of virtual Intelligent Electronic Device (IED) representations, each virtual IED representation being associated with a respective data structure defining a previously generated physical IED performance profile; obtain a data structure defining an arrangement of the provided plurality of virtual IED representations, the arrangement relating to a substation automation system test configuration; receive data defining arrangement stimulation test values; and determine an expected overall performance value of the arrangement by combining performance metrics for each of the virtual IED representations in the arrangement in accordance with the arrangement, the performance metric for each of the virtual IED representations being retrieved from the respective data structure defining the previously generated physical IED performance profile by addressing the data structure using the arrangement stimulation test values.
摘要:
An operation history apparatus includes an operation history data storage configured to store an operation history data, an operation receiving module configured to receive an operation from a user, and a history tabulation module configured to perform tabulation on the operation history data using as tabulation item, display a graph representing a result of the tabulation, and display, when receiving a designation of a value representing part of the graph via the operation receiving module, operation history data corresponding to the value representing part in a list form.
摘要:
The present invention provides a method, the corresponding software implementation of the method, and an apparatus for monitoring primary devices of a power system. The method comprises the steps of: collecting operational diagnostic data (26) from a first primary device (16a); identifying a change of a diagnostic indicator (35) based on the operational diagnostic data (26); adapting a diagnostic rule (28) to the identified change, wherein the diagnostic rule (28) is applicable to the diagnostic data for determining a diagnostic warning (21) which indicates a diagnostic state of a primary device (16a, 16b); and providing a diagnostic warning (21) of a second primary device (16b) by applying the adapted diagnostic rule (28) to operational diagnostic data (26) collected for the second primary device (16b).
摘要:
A hub unit (14) adapted for use in a monitoring system (10) that monitors engine performance parameters of a gas turbine engine (108). The hub unit (14) includes a housing (44), at least one signal conditioning circuit board (24) within the housing (44) and adapted to receive the analog sensor outputs from the sensors (20), and a control circuit board (22) within the housing (44), connected to the signal conditioning circuit board (24), and adapted to produce digital data corresponding to analog sensor outputs. The control circuit board (22) and the signal conditioning circuit board (24) each comprise electrical circuit components (46,48,50) that define an analog signal processing path and have accuracy and precision characteristics that drift in response to component aging and to changes in the temperature to which the hub unit (14) is subjected. The hub unit (14) performs a continuous calibration scheme to determine and remove errors in the analog signal processing path resulting from the drifts of the electrical circuit components (46,48,50).
摘要:
A hub unit (14) adapted for use in a monitoring system (10) that monitors engine performance parameters of a gas turbine engine (108). The hub unit (14) includes a housing (44), at least one signal conditioning circuit board (24) within the housing (44) and adapted to receive the analog sensor outputs from the sensors (20), and a control circuit board (22) within the housing (44), connected to the signal conditioning circuit board (24), and adapted to produce digital data corresponding to analog sensor outputs. The control circuit board (22) and the signal conditioning circuit board (24) each comprise electrical circuit components (46,48,50) that define an analog signal processing path and have accuracy and precision characteristics that drift in response to component aging and to changes in the temperature to which the hub unit (14) is subjected. The hub unit (14) performs a continuous calibration scheme to determine and remove errors in the analog signal processing path resulting from the drifts of the electrical circuit components (46,48,50).