Abstract: A battery management device according to one aspect of the present invention for managing a plurality of field devices of a battery-driven type, the plurality of field devices being associated with a facility disposed in a plant and being defined as belonging to a same group includes a battery manager that, in a case receiving battery life information representing approach to a battery life of an installed battery from a first field device that is one field device currently operating among the plurality of field devices, switches the operating field device to a second field device that is another field device belonging to the same group, an operation of the second field device being stopped.

Abstract: An information processing system includes a state data acquisition device configured to acquire state data indicating an operation state of a plant, a first classification device configured to generate a determination line used to classify the state data, a mirror image data generation device configured to generate mirror image data obtained by mirroring the acquired state data using the generated determination line, and a second classification device configured to generate a determination model on the basis of the state data and the generated mirror image data.

Abstract: A device setting apparatus according to one aspect of the present invention includes a data transmission processor configured to automatically and collectively acquire information used in at least one another device setting apparatus as other-device information from an external storage and an other-device information storage storing the other-device information. The external storage is communicatively connectable to the device setting apparatus via a network.

Abstract: A plant control device of the present invention includes a register configured to register a simulated dangerous condition which is a simulated representation of an operation condition under which a plant is dangerous, a first acquirer configured to acquire an operation condition of the plant, a learner configured to learn the operation condition acquired and the simulated dangerous condition registered and produce an operation model of the plant, a determiner configured to determine an operation parameter of the plant on the basis of the operation condition acquired and the operation model produced, and an instructor configured to instruct an operation of the plant on the basis of the operation parameter determined.

Abstract: Provided is a data management system including a plurality of nodes to be connected to and disconnected from a network. At least one of the plurality of nodes includes: a communicator that performs a communication via the network by using data having a data structure including a key; a database that accumulates the data; and a data analyzer that, when the node is newly connected to the network, provides another node already connected to the network with node information, the node information being used for enabling the node to serve as node for accumulating the data.

Abstract: A device setting apparatus according to one aspect of the present invention includes a data transmission processor configured to automatically and collectively acquire information used in at least one another device setting apparatus as other-device information from an external storage and an other-device information storage storing the other-device information. The external storage is communicatively connectable to the device setting apparatus via a network.

Abstract: A device setting apparatus is configured to communicate with a field device, and to acquire information from the field device and to set information with respect to the field device. The device setting apparatus includes a generator configured to generate an information code using at least one of acquired information acquired from the field device, work history information indicating a work history for the field device, reference destination information stored in reference destination information table and indicating a reference destination for support information supporting a work of field device, and license information (a two-dimensional code generator, a sound code generator).

Abstract: A field device management apparatus may include a plurality of COM in-process servers, each of which acquires and manages device data related to a corresponding one of field devices, and a launch-program COM in-process server that stores a launch-program, the launch-program activating an instance in each of the plurality of COM in-process servers, the launch-program preventing four different functions from being executed directly by an OS in the plurality of COM in-process servers. The plurality of COM in-process servers may be initialized on the Microsoft Windows operating system to generate COM objects in different memory spaces.

Abstract: There is provided a field device management apparatus for acquiring and managing device information about a field device. The apparatus includes: a device information description unit having: an activation processing algorithm that activates a device information processing algorithm for acquiring the device information from the field device; and a description information that describes the device information; and a device information acquisition control unit that activates the device information processing algorithm using the activation processing algorithm so as to acquire the device information through the device information description unit.

Abstract: A field device management apparatus may include a plurality of COM in-process servers, each of which acquires and manages device data related to a corresponding one of field devices, and a launch-program COM in-process server that stores a launch-program, the launch-program activating an instance in each of the plurality of COM in-process servers, the launch-program preventing four different functions from being executed directly by an OS in the plurality of COM in-process servers. The plurality of COM in-process servers may be initialized on the Microsoft Windows operating system to generate COM objects in different memory spaces.

Abstract: The sharing of language models is disclosed. In one embodiment, a language model service is provided that is shareable among handlers for input devices. The service includes a pre-processing mode of operation, and a correction mode of operation. In the former mode, the language model service is designed to receive a range within a document from a handler for an input device, and in response provide advice regarding text under consideration by the handler to insert within the document at the range, based on the context of the document within the range. In the latter mode, the language model service is designed to supervise correction over a range of text within a document, in which a number of different handlers for a number of different input devices were initially responsible for insertion of the text, such that the service solicits suggestions from the handlers, and based thereon determines text corrections. The corrections can then be made by the handlers, or by the service.

Abstract: A device information display apparatus for displaying multiple pieces of device information respectively obtained from field devices through communication therewith on a display unit based on the Enhanced EDD standard is structured such that it includes: a multi document generating unit for generating multiple pieces of device information including a dialog menu on WINDOWS (registered trade mark) standard child windows; and, a display information queuing unit for queuing the thus generated child windows therein and also for delivering such child windows to the display unit.

Abstract: There is provided a field device management apparatus for acquiring and managing device information about a field device. The apparatus includes: a device information description unit having: an activation processing algorithm that activates a device information processing algorithm for acquiring the device information from the field device; and a description information that describes the device information; and a device information acquisition control unit that activates the device information processing algorithm using the activation processing algorithm so as to acquire the device information through the device information description unit.

Abstract: The sharing of language models is disclosed. In one embodiment, a language model service is provided that is shareable among handlers for input devices. The service includes a pre-processing mode of operation, and a correction mode of operation. In the former mode, the language model service is designed to receive a range within a document from a handler for an input device, and in response provide advice regarding text under consideration by the handler to insert within the document at the range, based on the context of the document within the range. In the latter mode, the language model service is designed to supervise correction over a range of text within a document, in which a number of different handlers for a number of different input devices were initially responsible for insertion of the text, such that the service solicits suggestions from the handlers, and based thereon determines text corrections. The corrections can then be made by the handlers, or by the service.

Abstract: The sharing of language models is disclosed. In one embodiment, a language model service is provided that is shareable among handlers for input devices. The service includes a pre-processing mode of operation, and a correction mode of operation. In the former mode, the language model service is designed to receive a range within a document from a handler for an input device, and in response provide advice regarding text under consideration by the handler to insert within the document at the range, based on the context of the document within the range. In the latter mode, the language model service is designed to supervise correction over a range of text within a document, in which a number of different handlers for a number of different input devices were initially responsible for insertion of the text, such that the service solicits suggestions from the handlers, and based thereon determines text corrections. The corrections can then be made by the handlers, or by the service.