Abstract: A display editing apparatus includes a reception unit that receives a first editing layer with transparency including data to be edited, and a second editing layer with transparency including the data to be edited which is edited by a second user; a first editing unit that edits the data to be edited included in the first editing layer, based on an operation of a first user; and a display control unit that performs control such that a layer, selected from the first editing layer and the second editing layer, is superimposed and displayed on a front side of an original layer including original data to be edited before editing.

Abstract: A management device includes an acquirer and a shifting controller. The acquirer acquires, in a subject job step included in multiple job steps, a response document or an instruction to change a setting of a format used for exchanging documents in the subject job step. A request is made and a response to the request is returned as a result of exchanging documents in each job step. The response document is used as the response. The shifting controller performs control to shift the subject job step to another job step in accordance with a condition concerning a change in the setting based on the instruction or a condition concerning content of the response document.

Abstract: A display editing apparatus includes a reception unit that receives a first editing layer with transparency including data to be edited, and a second editing layer with transparency including the data to be edited which is edited by a second user; a first editing unit that edits the data to be edited included in the first editing layer, based on an operation of a first user; and a display control unit that performs control such that a layer, selected from the first editing layer and the second editing layer, is superimposed and displayed on a front side of an original layer including original data to be edited before editing.

Abstract: A rotary electric machine includes a cylindrical stator core on which a coil is mounted, and a case to which the stator core is fastened via a fastening member. An insertion portion which penetrates the stator core in an axial direction of the stator core and through which the fastening member is inserted is formed in the stator core, a longitudinal direction of the insertion portion being along a radial direction of the stator core.

Abstract: An automatic transmission for a vehicle includes: the input shaft being constantly connected to the second element, arranged to be connected to the second sun gear by an engagement of the first clutch, and arranged to be engaged with the third sun gear by an engagement of the second clutch, the output member being constantly connected to the second ring gear, the first element being arranged to be fixed to the stationary portion by an engagement of the first brake, the third element being constantly connected to the second pinion carrier, and arranged to fixed to the stationary portion by an engagement of the second brake, and the third sun gear being arrange to be fixed to the stationary portion by an engagement of the third brake.

Abstract: An automatic transmission for a vehicle includes: the input shaft being constantly connected to the second element, arranged to be connected to the second sun gear by an engagement of the first clutch, and arranged to be engaged with the third sun gear by an engagement of the second clutch, the output member being constantly connected to the second ring gear, the first element being arranged to be fixed to the stationary portion by an engagement of the first brake, the third element being constantly connected to the second pinion carrier, and arranged to fixed to the stationary portion by an engagement of the second brake, and the third sun gear being arrange to be fixed to the stationary portion by an engagement of the third brake.

Abstract: An information distribution device including a storage section, a reception section, a selection section and a distribution section. The storage section stores, for each of predetermined distribution destinations, at least one set of output destination information representing predetermined output destinations, and security level information associated with each set of output destination information. The reception section receives electronic information and distribution destination information which represents a distribution destination of the electronic information. The selection section reads from the storage section the output destination information and security level information that correspond to the distribution destination represented by the received distribution destination information, and selects an output destination of the electronic information on the basis of the security level information. The distribution section distributes the electronic information to the selected output destination.

Abstract: Driver management method, driver management apparatus and driver management program which manages drivers corresponding to devices connected to a network, in which devices connected to a subnet of the network are detected, and drivers corresponding to the devices connected to the subnet, of drivers installed in a user terminal are presented to a user.

Abstract: [Purpose] To provide edible fat and oil that can further improve blooming resistance, and chocolate having further improved blooming resistance than that of conventional chocolate. [Constitution] Edible fat and oil obtained by transesterification reaction or esterification reaction and satisfying the following requirements (A) to (D): (A) iodine value: 15 to 29; B) amount of trans fatty acids in the constituent fatty acids: 16 to 29% by mass; (C) amount of lauric acid in the constituent fatty acids: 13 to 28% by mass; and (D) total amount of oleic acid, linoleic acid, and linolenic acid in the constituent fatty acids: less than 10% by mass.

Abstract: An information distribution device including a storage section, a reception section, a selection section and a distribution section. The storage section stores, for each of predetermined distribution destinations, at least one set of output destination information representing predetermined output destinations, and security level information associated with each set of output destination information. The reception section receives electronic information and distribution destination information which represents a distribution destination of the electronic information. The selection section reads from the storage section the output destination information and security level information that correspond to the distribution destination represented by the received distribution destination information, and selects an output destination of the electronic information on the basis of the security level information. The distribution section distributes the electronic information to the selected output destination.

Abstract: A driver management method for a driver management unit to manage a device driver to be installed in terminal devices which use a device connected to a network, comprising: monitoring a driver storage unit in which the device driver for using the device is stored, when the device driver stored in the driver storage unit is updated, specifying a terminal device into which the updated device driver is installed, and installing the updated device driver into the specified terminal device.

Abstract: Driver management method, driver management apparatus and driver management program which manages drivers corresponding to devices connected to a network, in which devices connected to a subnet of the network are detected, and drivers corresponding to the devices connected to the subnet, of drivers installed in a user terminal are presented to a user.