Abstract: A mounting work system includes at least one feeder automatic exchange work machine configured to mount a component, which is supplied by a tape feeder mounted on a mounting stand, on a board conveyed by a conveyance device, the tape feeder mounted on the mounting stand being configured to be automatically exchanged by an operation of a tape feeder exchange device, at least one feeder manual exchange work machine configured to mount a component, which is supplied by a tape feeder mounted on a mounting stand, on the board conveyed by a conveyance device, the tape feeder mounted on the mounting stand being configured to be manually exchanged by an operator, and a housing formed with a housing space for housing at least one tape feeder, arranged in a conveyance direction of the conveyance devices, and disposed adjacent to the at least one feeder automatic exchange work machine.

Abstract: Provided is a versatile workflow system for managing a document routing workflow and work from work placement to completion. Information of an action executable in a certain status is received from an administrator terminal, combination information of the status and the action executable is stored in an action storage section, information of the action and action elements configuring the action is received from the administrator terminal, and combination information of the action and the action elements is stored in an action-element storage section. All actions extracted from the action storage section with the status as a key are displayed on a user terminal as the actions executable by the user. Information of a selected action selected from the displayed actions is received from the user terminal, the action-element storage section is referred to, and all the action elements configuring the selected action are extracted and executed.

Abstract: Provided is a versatile workflow system for managing a document routing workflow and work from work placement to completion. Information of an action executable in a certain status is received from an administrator terminal, combination information of the status and the action executable is stored in an action storage section, information of the action and action elements configuring the action is received from the administrator terminal, and combination information of the action and the action elements is stored in an action-element storage section. All actions extracted from the action storage section with the status as a key are displayed on a user terminal as the actions executable by the user. Information of a selected action selected from the displayed actions is received from the user terminal, the action-element storage section is referred to, and all the action elements configuring the selected action are extracted and executed.

Abstract: An optical measurement apparatus has a light source section, a light receiving section, and a light guiding section. The light source section has a light emitting surface that emits light. The light receiving section has a light receiving surface that receives the light emitted by the emitting surface of the light source to be incident into a body through a surface of the body and which is emitted out of the body after propagating inside the body, the receiving surface facing a direction orthogonal to the emitting surface of the light source, and the receiving section outputting a signal indicative of an amount of the light received by the receiving surface. The light guiding section is provided on a path of the light emitted from the emitting surface and received by the receiving surface to change a traveling direction of the light.

Abstract: To provide a mobile terminal apparatus for displaying an image by selecting the optimum display screen without adding a special process to a program operating on the mobile terminal apparatus, a mobile terminal apparatus 100 includes a program execution unit 102 for executing a desired program and output display information, a direction detection unit 103 for detecting the direction of a display screen 106, a display information conversion unit 104 for converting display information on the basis of the direction of the display screen 106, the size of the display information, etc., and a display processing unit 105 for displaying the display information on the display screen 106.

Abstract: To provide a mobile terminal apparatus for displaying an image by selecting the optimum display screen without adding a special process to a program operating on the mobile terminal apparatus, a mobile terminal apparatus 100 includes a program execution unit 102 for executing a desired program and output display information, a direction detection unit 103 for detecting the direction of a display screen 106, a display information conversion unit 104 for converting display information on the basis of the direction of the display screen 106, the size of the display information, etc., and a display processing unit 105 for displaying the display information on the display screen 106.

Abstract: To provide a mobile terminal apparatus for displaying an image by selecting the optimum display screen without adding a special process to a program operating on the mobile terminal apparatus, a mobile terminal apparatus 100 includes a program execution unit 102 for executing a desired program and output display information, a direction detection unit 103 for detecting the direction of a display screen 106, a display information conversion unit 104 for converting display information on the basis of the direction of the display screen 106, the size of the display information, etc., and a display processing unit 105 for displaying the display information on the display screen 106.

Abstract: On a screen of a display unit, all NODEs in a ring network to which a connected node (NODE) belongs are minimized and displayed on a screen of a display unit, and a line connecting NODEs with each other is displayed between respective NODE icons. Display colors of the NODE icon and the line icon are changed depending on presence/absence of a failure. Further, a display color of each object displayed in each window varies in a plurality of stages in accordance with a degree of a failure.

Abstract: When the operator requests the output of performance data, if all the pieces of performance data in the requested time range could not be acquired, the output control section of each of supervisory control devices M1 to Mn will determine the cause. When the cause that all the pieces of performance data could not be acquired is the execution of zero suppression at nodes N1 to Nn, the data items related to the pieces of performance data that could not be acquired are made zero and the resulting data is outputted.

Abstract: A graphics map of an area in which a system is set is displayed on a screen of a display unit, and minimized stations and line connecting between the stations are displayed on the map. Display colors of the station icon and the line icon are changed in accordance with presence/absence of a failure. When each station icon is clicked, a window showing a list of NODEs belonging to that station is opened, and a NODE having a failure and a NODE having no failure are also distinguished from each other by changing the display colors in this window.

Abstract: The present invention provides to an access management method and the communications apparatus capable of limiting an access from a monitor and control apparatus to a communications apparatus. In each of transmission apparatuses N1 to Nm, identification information of a monitor and control apparatus requesting an access is first obtained, and a uniquely determined level for each of monitor and control apparatuses WS1 to WSm is determined. A function of the monitor and control apparatuses requesting an access and its operation type are identified and, after that, it is determined on the basis of a predetermined table whether the access can be permitted or not.

Abstract: On a screen of a display unit, all NODEs in a ring network to which a connected node (NODE) belongs are minimized and displayed on a screen of a display unit, and a line connecting NODEs with each other is displayed between respective NODE icons. Display colors of the NODE icon and the line icon are changed depending on presence/absence of a failure. Further, a display color of each object displayed in each window varies in a plurality of stages in accordance with a degree of a failure.

Abstract: A graphics map of an area in which a system is set is displayed on a screen of a display unit, and minimized stations and line connecting between the stations are displayed on the map. Display colors of the station icon and the line icon are changed in accordance with presence/absence of a failure. When each station icon is clicked, a window showing a list of NODEs belonging to that station is opened, and a NODE having a failure and a NODE having no failure are also distinguished from each other by changing the display colors in this window.

Abstract: When the operator requests the output of performance data, if all the pieces of performance data in the requested time range could not be acquired, the output control section of each of supervisory control devices M1 to Mn will determine the cause. When the cause that all the pieces of performance data could not be acquired is the execution of zero suppression at nodes N1 to Nn, the data items related to the pieces of performance data that could not be acquired are made zero and the resulting data is outputted.