Abstract: The ICT resource management device includes: a configuration information management part that manages configuration information of physical nodes and virtual nodes; a layer mapping part that performs mapping between the physical layer and the virtual layer; a location specifying part that specifies a location of a physical node; a device connect destination determination part that determines a physical node to which to connect the device in response to a request for configuration change based on at least one of the specified location, information relating to a service, a network connection configuration of the network connecting the device to the physical node, and quality of the network; a blueprint creation part that creates a blueprint based on the configuration information, the mapping information, and the connection destination; and an orchestrator part that performs orchestration.

Abstract: An image forming system is disclosed that includes a groupware server and an image forming apparatus that functions as a groupware terminal. The groupware server includes a document database that stores document data and attribute information corresponding to the document data. The image forming apparatus includes a read unit that reads the document data and the attribute information corresponding to the document data stored in the document database, and a change unit that changes the attribute information read by the read unit into changed attribute information. In turn, the groupware server stores the read document data and the changed attribute information in the document database.

Abstract: An image forming system has an image forming apparatus configured to function as a groupware terminal, and a groupware server of a groupware having a document database configured to store document data and attribute information corresponding to the document data, and an attribute database configured to store the attribute information. The image forming apparatus has a scan part configured to scan a paper document and to obtain document data, a setting part configured to set a certain attribute information of the document data obtained by the scan part, by referring to the attribute information stored in the attribute database, and a sending part configured to send to the groupware server the document data having the set attribute information. The groupware server stores the document data having the set attribute information, received from the sending part, in the document database.

Abstract: An image forming system is disclosed that includes a groupware server and an image forming apparatus that functions as a groupware terminal. The groupware server includes a document database that stores document data and attribute information corresponding to the document data. The image forming apparatus includes a read unit that reads the document data and the attribute information corresponding to the document data stored in the document database, and a change unit that changes the attribute information read by the read unit into changed attribute information. In turn, the groupware server stores the read document data and the changed attribute information in the document database.

Abstract: An image forming system has an image forming apparatus configured to function as a groupware terminal, and a groupware server of a groupware having a document database configured to store document data and attribute information corresponding to the document data, and an attribute database configured to store the attribute information. The image forming apparatus has a scan part configured to scan a paper document and to obtain document data, a setting part configured to set a certain attribute information of the document data obtained by the scan part, by referring to the attribute information stored in the attribute database, and a sending part configured to send to the groupware server the document data having the set attribute information. The groupware server stores the document data having the set attribute information, received from the sending part, in the document database.

Abstract: A hydraulically driven traveling vehicle comprising a pair of right and left driving axles (driving sprockets) differentially connected to each other by a differential mechanism, the input section of the differential mechanism having the output rotation of traveling HST 110 (110) transmitted thereto, both driving sprockets having mutually opposite two-flow output rotations separately transmitted thereto from a steering HST (120), thereby effecting traveling driving and turning, electromagnetic solenoids (61a, 61b, 62a, 62b) serving as output regulating devices for the traveling HST and the steering HST being provided so that the manipulated variables and directions of a speed change lever and a steering operation tool are converted into electric signals, on the basis of which electric signals the output current values of the electromagnetic solenoids are controlled, causing the respective output rotary speeds of the HSTs to correspond to the output current values.

Abstract: A hydraulically driven traveling vehicle comprising a pair of right and left driving axles (driving sprockets) differentially connected to each other by a differential mechanism, the input section of the differential mechanism having the output rotation of traveling HST 110 (110) transmitted thereto, both driving sprockets having mutually opposite two-flow output rotations separately transmitted thereto from a steering HST (120), thereby effecting traveling driving and turning, electromagnetic solenoids (61a, 61b, 62a, 62b) serving as output regulating means for the traveling HST and the steering HST being provided so that the manipulated variables and directions of a speed change lever and a steering operation tool are converted into electric signals, on the basis of which electric signals the output current values of the electromagnetic solenoids are controlled, causing the respective output rotary speeds of the HSTs to correspond to the output current values, wherein the respective output current values of

Abstract: A transmission system for vehicle transmission mechanism (B) having a low speed hydraulic clutch (CL) and a high speed hydraulic clutch (CH) as a wet multi-disk clutch for transmission, wherein both the low speed hydraulic clutch (CL) and the high speed hydraulic clutch (CH) are disengaged so as to disconnect a transmission of an engine power to the transmission system, namely, so as to bring a main clutch into off condition, a dry clutch device (A) is installed on the upstream side of transmission of the transmission mechanism as a corotation prevention mechanism, only the low speed hydraulic clutch (CL) of large capacity is used as an inching clutch to bring the main clutch into a partial engaged condition when the main clutch is moved to on or off in the transmission mechanism (B) and, when the main clutch is operated from off to on with a shift lever (91) set at a high speed position, hydraulic pressure control is performed so that the high speed hydraulic clutch (CH) is brought into off condition and the