Abstract: A work support system that is suitable for reducing communication loads and processing loads, and improving certainty and versatility, is provided. An AI manual server 100 generates a rule describing a determination condition of a work situation based on a manual, and transmits the rule to a smart device 300. A work situation determination apparatus 220 comprises a storage section that stores work situation information indicating a work situation in association with equipment signal information. The work situation determination apparatus 220 inputs an equipment signal from a PLC of object equipment 210, reads out the work situation information corresponding to the input equipment signal from the storage section, and transmits the readout work situation information to the smart device 300. The smart device 300 receives the rule, and stores this in the storage section 58.

Abstract: A document creation support system that can effectively find a necessary part is provided. A manual creation support server acquires a part attribute corresponding to a manual during creation as a search key, searches, via a part attribute of a manual management table 420 corresponding to the acquired search key, a part management table 440 for a part used in a manual corresponding to the part attribute, and aggregates a part used in the manual during creation and the searched part as one part. In the part aggregation, as to aggregation object parts A and B, each difference portion from the other is determined, and the aggregation object parts A and B are aggregated as one part in which texts included in the difference portions of the aggregation object parts A and B are replaced with a variable name.

Abstract: To provide a document creation support system that facilitates translation work. A manual creation support server replicates node information of a document in a first language as the node information of the document in a second language, and correspondingly copies a part defined in the node information as the part in the second language. In addition, when the part is updated, notification related to the update of parts in other languages corresponding to the part is performed. Furthermore, based on a part in a part management table 440 and node information of a manual management table 420, XML data in which the part is structured is generated, and a manual is generated based on the generated XML data and a layout template.

Abstract: A document creation support system that can effectively find a necessary part is provided. A manual creation support server acquires a part attribute corresponding to a manual during creation as a search key, searches, via a part attribute of a manual management table 420 corresponding to the acquired search key, a part management table 440 for a part used in a manual corresponding to the part attribute, and aggregates a part used in the manual during creation and the searched part as one part. In the part aggregation, as to aggregation object parts A and B, each difference portion from the other is determined, and the aggregation object parts A and B are aggregated as one part in which texts included in the difference portions of the aggregation object parts A and B are replaced with a variable name.

Abstract: A work support system that is suitable for dealing with a wide variety of work is provided. An AI manual system 100 extracts terms from a manual describing procedures, contents, points of attention, or other matters of work, based on a term table in which one or multiple terms are registered, and generates a rule describing a determination condition of a work object or work situation by using the extracted terms as elements. Furthermore, sensor information is acquired from the device 300, and the work object and the work situation that are associated with the terms that are the elements of the determination condition are recognized based on the acquired sensor information. Based on the rule and a recognition result, work support information is transmitted to the device 300.

Abstract: A flashing safety warning light in which a superluminescent light-emitting diode (SLD) light source is driven by an oscillatory drive signal at a visually imperceptible but highly efficient operating frequency, the oscillatory drive signal preferably being a pulse signal of 1 to 5 KHz to cause the SLD to be illuminated and extinguished at the oscillatory drive signal frequency, such that extinction of the SLD is not visually perceptible. The oscillatory drive signal is in turn gated on and off in accordance with a gating signal at a low, highly visually perceptible frequency in the range of 3 to 12 Hz with a pulse duty cycle of between 10 to 60% in order to cause the SLD to be visually perceived as flashing on and off at the gating signal frequency in an attention-getting manner. An implementation of the flashing safety warning light for use as a bicycle safety flasher is described, and offers enhanced warning visibility with extended battery life.