Abstract: A display control device (10) includes: a first acquisition unit (151a) configured to acquire information regarding an existing UI; an extraction unit (151b) configured to extract a rule set indicating relevance between the existing UI and an extended UI from a predetermined database based on the information regarding the existing UI acquired by the first acquisition unit (151a); a first generation unit (151c) configured to generate rule information of the extended UI based on the rule set extracted by the extraction unit (151b); and a setting unit (152) configured to set display of the extended UI based on the rule information of the extended UI generated by the first generation unit (151c).

Abstract: A control device includes: an acquisition unit configured to acquire, from a driving assist system, a requested acceleration and ending information indicating an end of a deceleration control; and a control unit configured to control a powertrain and a brake based on the requested acceleration, and perform a prescribed process of stabilizing a driving force and a braking force that are generated in an ending process of the deceleration control based on the requested acceleration when the acquisition unit acquires the ending information.

Abstract: An object of the present invention is to provide, for example, a more practical wound healing accelerator that more effectively accelerates wound healing. More specifically, a feature of the present invention is to provide, for example, a more practical wound healing accelerator that is easily obtained in a larger amount than that of peripheral blood platelet and has a better wound healing effect than that of peripheral blood platelet. The present invention employs a platelet-like cell population coexpressing one or more platelet surface markers and one or more mesenchymal cell surface markers. A wound healing accelerator containing the platelet-like cell population is a more practical wound healing accelerator that more effectively accelerates wound healing. The platelet-like cell population is easily obtained in a larger amount than that of peripheral blood platelet and has a better wound healing effect than that of peripheral blood platelet.

Abstract: An electronic component mounting method is performed by an electronic component mounting system including a component mounting line formed by interconnecting component mounting units which concurrently performs component mounting work on two kinds of boards different in mounting workload. The component mounting units includes: first and second board conveyance mechanisms; a component mounting unit; a board distribution unit which receives the board from the upstream-side apparatus and distributes the received board to either the first board conveyance mechanism or the second board conveyance mechanism; and a distribution control unit which controls the first board conveyance mechanism, the second board conveyance mechanism and the board distribution unit.

Abstract: An object of the present invention is to provide, for example, a more practical wound healing accelerator that more effectively accelerates wound healing. More specifically, a feature of the present invention is to provide, for example, a more practical wound healing accelerator that is easily obtained in a larger amount than that of peripheral blood platelet and has a better wound healing effect than that of peripheral blood platelet. The present invention employs a platelet-like cell population coexpressing one or more platelet surface markers and one or more mesenchymal cell surface markers. A wound healing accelerator containing the platelet-like cell population is a more practical wound healing accelerator that more effectively accelerates wound healing. The platelet-like cell population is easily obtained in a larger amount than that of peripheral blood platelet and has a better wound healing effect than that of peripheral blood platelet.

Abstract: A component mounting apparatus includes a component supply device that intermittently feeds a carrier tape, in which components are stored in a plurality of pockets formed with a uniform pitch, based on a predetermined feed pitch to supply the components stored in the pockets to a component suction position, and picks up the components supplied to the component suction position to mount the components onto a board, an imaging unit that images the pockets, and a control unit that measures a formation pitch of the pockets based on obtained image data, and changes a feed pitch of the carrier tape from the predetermined feed pitch to the formation pitch of the pockets when the measured formation pitch of the pockets and the predetermined feed pitch are different from each other, and the component supply device intermittently feeds the carrier tape based on the changed feed pitch.

Abstract: A component mounting apparatus includes a component supply device that intermittently feeds a carrier tape, in which components are stored in a plurality of pockets formed with a uniform pitch, based on a predetermined feed pitch to supply the components stored in the pockets to a component suction position, and picks up the components supplied to the component suction position to mount the components onto a board, an imaging unit that images the pockets, and a control unit that measures a formation pitch of the pockets based on obtained image data, and changes a feed pitch of the carrier tape from the predetermined feed pitch to the formation pitch of the pockets when the measured formation pitch of the pockets and the predetermined feed pitch are different from each other, and the component supply device intermittently feeds the carrier tape based on the changed feed pitch.

Abstract: An electronic component mounting system includes a component mounting line formed by interconnecting component mounting units which concurrently performs component mounting work on two kinds of boards different in mounting workload. The component mounting units includes: first and second board conveyance mechanisms; a component mounting unit; a board distribution unit which receives the board from the upstream-side apparatus and distributes the received board to either the first board conveyance mechanism or the second board conveyance mechanism; and a distribution control unit which controls the first board conveyance mechanism, the second board conveyance mechanism and the board distribution unit. The distribution control unit mixedly distributes the two kinds of the boards to each of the first and second board conveyance mechanisms based on a board request signal issued from a most-upstream component mounting unit in the component mounting line.

Abstract: A component mounting unit includes first and second board conveyance mechanisms, first and second component supply units, and first and second component mounting mechanisms, for performing a component mounting work on a front surface and a rear surface of boards of a same type in parallel. Electronic components of all kinds to be mounted on the front surface and the rear surface at the component mounting unit are distributed to the first and second component supply units. The first and second component mounting mechanisms pick up electronic components from the first and second component supply unit, respectively. The first component mounting mechanism mounts the electronic component on the board held by each of the first and second board conveyance mechanisms. The second component mounting mechanism mounts the electronic component on the board held by each of the first and second board conveyance mechanisms.

Abstract: In a tray feeder, in which a drawing section draws a palette from a container and supplies the palette to a pick-up point where a pick-up head of a parts-mounting-apparatus picks up parts, the head starts lowering and halts at a stand-by position before the palette held by the drawing section arrives at the pick-up point. When the drawing section arrives at the pick-up point, the head lowers again from the stand-by position. This mechanism reduces a time necessary for picking up a part.

Abstract: In a tray feeder, in which a drawing section draws a palette from a container and supplies the palette to a pick-up point where a pick-up head of a parts-mounting-apparatus picks up parts, the head starts lowering and halts at a stand-by position before the palette held by the drawing section arrives at the pick-up point. When the drawing section arrives at the pick-up point, the head lowers again from the stand-by position. This mechanism reduces a time necessary for picking up a part.

Abstract: A method of detecting a longitudinal direction of an inspection object and identifying a configuration of the same. A camera takes an image of an inspection object to obtain a border line of the image. A plurality of vectors having substantially the same absolute value and arrayed continuously on the border line are set, and a distribution of inclinations of all the vectors are obtained. Then, a longitudinal direction of the inspection object is detected on the basis of thus obtained distribution of vector inclination. Accordingly, the detection of a longitudinal direction can be performed accurately about the inspection object regardless of the number of corners on the border line. Furthermore, the detection will be accurately done even if the image includes a noise such as a nozzle.