Abstract: A display control method includes: obtaining a position of an object which is arranged in an area when receiving an input; determining, in accordance with the position of the object, a first display position of at least a first image between the first image and a second image in a display area of a display device adjacent to the area; displaying the first image and the second image on the display device; and changing, after receiving the input, the first display position of the first image in accordance with a change in a position of the object in the area without changing a second display position of the second image.

Abstract: A display control method includes: obtaining a position of an object which is arranged in an area when receiving an input; determining, in accordance with the position of the object, a first display position of at least a first image between the first image and a second image in a display area of a display device adjacent to the area; displaying the first image and the second image on the display device; and changing, after receiving the input, the first display position of the first image in accordance with a change in a position of the object in the area without changing a second display position of the second image.

Abstract: An information processing apparatus includes a first determiner, a second determiner, and third determiner. The first determiner determines, when a second virtual machine of a migration destination is generated from a first virtual machine of a migration source, whether a first generating definition representing a specification of the first virtual machine matches a second generating definition representing a specification of the second virtual machine. The second determiner determines whether first version information representing a version of software having been installed in the first virtual machine matches second version information representing a version of software having been installed in the second virtual machine.

Abstract: A broker-program generating unit generates a broker program by using an interface-definition-language file defining interface definition information concerning a plurality of applications described in various programming languages. The broker program is installed in a middleware platform that absorbs and hides a common object request broker architecture, and brokers an interaction between the applications with a structure that stores data in a binary format as an interface to the middleware platform.

Abstract: A broker-program generating unit generates a broker program by using an interface-definition-language file defining interface definition information concerning a plurality of applications described in various programming languages. The broker program is installed in a middleware platform that absorbs and hides a common object request broker architecture, and brokers an interaction between the applications with a structure that stores data in a binary format as an interface to the middleware platform.

Abstract: The vehicular driving shaft is oriented and conveyed vertically around to plural assembling stations where component parts of a first joint unit are assembled to a lower end of the shaft whereupon the shaft is reversed and the component parts of the second joint unit are thereafter assembled to the now lower other end of the shaft. Plural carriers hold the shaft vertically as they are driven intermittently to plural stations, each station having an appropriate assembling device, the stations being grouped to first assemble the first joint unit and then to assemble the second.

Abstract: The vehicular driving shaft is oriented and conveyed vertically around to plural assembling stations where component parts of a first joint unit are assembled to a lower end of the shaft whereupon the shaft is reversed and the component parts of the second joint unit are thereafter assembled to the now lower other end of the shaft. Plural carriers hold the shaft vertically as they are driven intermittently to plural stations, each station having an appropriate assembling device, the stations being grouped to first assemble the first joint unit and then to assemble the second.

Abstract: A jig body on an assemlbing jig is vertically aligned with the shaft upon which the boot is to be mounted and is movable forward and away from the shaft along an axial line thereof. A seat mounted on the leading end of the jig body receives an inner end face of the boot. A guide sleeve mounted on the jig body projectable forward of the seat is normally retained forcibly forward of the seat predetermined length approximately equal to the length of the bead and is shaped to be fitted over the shaft and into the bead of the boot. A guide shaft mounted in the guide sleeve is slidable axially rearward relative to the sleeve and is shaped to abut against and center the end face of the driving shaft. A push rod is inserted in the jig body for urging the guide shaft axially forwardly. The push rod is provided with a restricting portion for restricting the axially forward sliding stroke of the guide sleeve to a predetermined extent. A first cylinder urges the jig body forward axially.