Abstract: A flow preparation assisting apparatus calculates a difference between one or more flow data sets and a template flow data set having been a base of the one or more flow data sets, and calculates a dependency relation between node attributes for a template flow indicated by the template flow data set, from the calculated difference. The flow preparation assisting apparatus issues a notification according to the calculated dependency relation.

Abstract: A design pattern discovery assist apparatus presents one or more second node candidates, which are one or more candidates of a second node, when a first node is selected regarding a flow in the middle of being edited. The first node is any node corresponding to one type of node between an input node and an output node. The second node is a node corresponding to the first node among nodes corresponding to any type between the other type of node between the input node and the output node and an input/output node, which serves as both the input and the output nodes. When any second node candidate is selected as the second node, the assist apparatus presents one or more partial flow candidates which are one or more candidates of a partial flow between the first node and the second node.

Abstract: An analysis model execution unit executing a part of an analysis model, an analysis model partial execution unit partially executing the analysis model based on intermediate data generated during execution of the analysis model, external storage storing the intermediate data and mapping information which is corresponding relationship between the intermediate data and the analysis model, and an analysis model general processing unit generating the mapping information by associating the intermediate data with the analysis model and reading the intermediate data associated with the analysis model from the external storage based on the mapping information are provided.

Abstract: A pattern formed on a silicon wafer is fine so that solder bumps formed on the silicon wafer are also fine and hence, when a failure occurs, the failure cannot be corrected so that an entire silicon wafer as a workpiece is discarded. Provided is a correction method where, on solder bumps formed on the silicon wafer, a mask in which holes are formed with the same pattern as the solder bumps is placed so as to cover the solder bumps and, thereafter, molten solder is caused to come into contact with the solder bumps through the mask thus filling hole portions of the mask with the molten solder.

Abstract: A traction machine base includes a top member, a bottom member, a bottom member, first bolts, and second bolts. The top member is intended for supporting a traction machine. A plurality of attachment holes for fixing the top member are formed in the bottom member. A plurality of attachment holes for fixing the top member are formed in the bottom member. The first bolts pass through the attachment holes and fix the top member to the bottom member. The second bolts pass through the attachment holes and fix the top member to the bottom member. The top member is fixed to the bottom member using a smaller number of the first bolts than the number of the attachment holes. The top member is fixed to the bottom member using a smaller number of the second bolts than the number of the attachment holes.

Abstract: In conventional fluid discharge devices, a discharge head used should be increased in size according to increase in size of a workpiece such as silicon wafer. However, if the discharge head increases in length, a deformation amount of a mask used for discharging the fluid on the workpiece increases, thereby the discharging amount varies. Discharging the fluid in a reciprocating manner is performed using a fluid discharging device including a head unit having a width shorter than a length of the workpiece. A suction port having opening portions each having a slit shape are disposed on the both sides of the discharge nozzle in a vicinity of the discharge nozzle.

Abstract: An elevator hoistway dimension measuring apparatus includes: a base that is mounted to a floor; a first arm that extends in a first direction from the base so as to penetrate inside a hoistway; a pair of second arms that extend from two sides of the base when viewed in the first direction, and that are respectively placed in contact with inner surfaces of a facing pair of jambs of a doorframe; a pair of third arms that extend parallel to the second arms beyond the jambs of the doorframe; and a three-dimensional coordinate measuring machine that is mounted to an end portion of the first arm to measure the hoistway three-dimensionally from inside the hoistway, whereby measuring time is shortened significantly, and safety is also improved.

Abstract: A screen information generation device analyzes, based on screen defining function information that is information about a function to define a screen, a source code to acquire screen definition information that is information related to definition of a screen described in the source code, and analyzes, based on screen transition function information that is information about a function to cause a screen to transition, the source code to thereby acquire screen transition-related information that is information about transition of a screen described in the source code, and generates, based on the screen definition information and the screen transition-related information, screen transition information including information indicative of a relationship between transition source screen information that is information about the screen of a transition source and transition destination screen information that is information about the screen of a transition destination.

Abstract: A hot-dip plating apparatus for plating a thin molten solder film can control a film thickness of a molten solder on a base material evenly and in increments of a few ?m and achieve a thin-film solder plating having a film thickness less than a conventional system. As shown in FIG. 1, this apparatus comprises a solder bath 17 of accommodating the molten solder 7; a second conveying section 23 for drawing up a strip member 31 from the solder bath; and a blower section 19 for blowing hot gas on the strip member 31 immediately after being drawn up from the solder bath by a second conveying section 23; the hot gas having a predetermined flow volume and a predetermined temperature equal to or higher than a melting temperature of the molten solder 7. According to this configuration, the excess molten solder 7 can be trimmed from the strip member 31 corresponding to composition of the molten solder 7.

Abstract: The automatic transmission which includes a third brake element formed by a support member including a first cylindrical portion having a first sliding surface at an outer peripheral surface thereof, a second cylindrical portion having a second sliding surface at an inner peripheral surface thereof and a third cylindrical portion having a third sliding surface at an inner peripheral surface thereof, an inner side piston, inner edge portion of which is in contact with the first sliding surface and an outer edge portion of which is in contact with the second sliding surface and an outer side piston which includes a first piston cylindrical portion, outer edge of which is in contact with the second sliding surface over an entire periphery thereof and a second piston cylindrical portion, outer edge portion of which is in contact with the third sliding surface over an entire periphery thereof.

Abstract: An automatic transmission device for a vehicle includes a first planetary gear mechanism, a second planetary gear mechanism, a third planetary gear mechanism, a fourth planetary gear mechanism, an input shaft, an output shaft, six engaging elements including a first engaging element, a first clutch, a second clutch, a third clutch, a first brake and a second brake, a first connection member, a second connection member, a third connection member, a fourth connection member, a fifth connection member, and a sixth connection member. Nine forward speeds and one reverse speed are provided by an engagement of three engaging elements of the six engaging elements.

Abstract: A defect may occur in which as the amount of fluid discharged by a fluid discharge device decreases, a mask is not filled with the fluid even when the fluid is discharged. In order to fill a workpiece with the fluid, it is necessary to replace air in the workpiece corresponding to a discharge part with the fluid. The air in the workpiece is removed in advance, thereby filling the workpiece with the discharged fluid. A fluid discharge device in which, at one end of a discharge head, a suction port for sucking air in the mask on the workpiece, and a fluid discharge device having a discharge nozzle formed thereon for discharging the fluid are formed is used.

Abstract: An automatic transmission includes a second planetary gear mechanism having a sun gear, a carrier, and a ring gear being defined as first, second and third elements, respectively, when a single pinion type planetary gear mechanism is applied; the carrier, the ring gear, and the sun gear being defined as the first, second, and third elements, respectively, when a double pinion type is applied; a first brake, a switching clutch being switchable to a first position where the third element is selectively fixed to a housing; a first clutch, a second clutch, a third clutch, and a fourth clutch. The first brake fixes a sun gear of a first planetary gear mechanism to the housing, the switching clutch fixes the third element to the housing, and the fourth clutch connects the second element to a carrier of the third planetary gear mechanism when establishing a reverse speed stage.

Abstract: The automatic transmission which includes a third brake element formed by a support member including a first cylindrical portion having a first sliding surface at an outer peripheral surface thereof, a second cylindrical portion having a second sliding surface at an inner peripheral surface thereof and a third cylindrical portion having a third sliding surface at an inner peripheral surface thereof, an inner side piston, inner edge portion of which is in contact with the first sliding surface and an outer edge portion of which is in contact with the second sliding surface and an outer side piston which includes a first piston cylindrical portion, outer edge of which is in contact with the second sliding surface over an entire periphery thereof and a second piston cylindrical portion, outer edge portion of which is in contact with the third sliding surface over an entire periphery thereof.

Abstract: In an elevator counterweight device, a frame body includes a first stile, a second stile, a crosshead provided between upper portions of the stiles, and a plank provided between lower portions of the stiles. On both sides of the frame body in a width direction thereof, a plurality of guide devices are provided. Each of the crosshead and the plank is coupled to the first stile and the second stile so as to be pivotable. Each of the guide devices is displaceable in the width direction of the frame body and a thickness direction of the frame body relative to the frame body, and is pivotable about an axis parallel to a vertical direction of the frame body as a center.

Abstract: Provided is a development supporting system that extracts important test cases in accordance with development statuses of a program, test statuses, etc. The development supporting system according to a representative embodiment includes a configuration managing unit that retains and manages the program and each of the test cases in a repository, and a test executing unit that executes the test case and stores a test result in the repository. The test case is managed in the repository in association with information of a type thereof, the configuration managing unit judges a development status of the program and sets a priority for each of the test cases based on the development status, and the test executing unit extracts the test case to be executed based on the priority.

Abstract: An object of the invention is to provide efficient testing of software. A testing support apparatus stores a plurality of test scenarios including description concerning transition of screens, source codes constituting the software, and screen/source code correspondence information representing correspondence between the screens and the source codes related to generation of the screens, generates test scenario dividing information which is information including the results of dividing the description of each test scenario into a plurality of blocks in terms of the screens, sets execution priority levels for the plurality of test scenarios based on the test scenario dividing information, and sequentially executes the test scenarios in accordance with the execution priority levels. The testing support apparatus sets the execution priority levels for the plurality of test scenarios for each screen based on a criterion.

Abstract: An elevator hoistway dimension measuring apparatus includes: a base that is mounted to a floor; a first arm that extends in a first direction from the base so as to penetrate inside a hoistway; a pair of second arms that extend from two sides of the base when viewed in the first direction, and that are respectively placed in contact with inner surfaces of a facing pair of jambs of a doorframe; a pair of third arms that extend parallel to the second arms beyond the jambs of the doorframe; and a three-dimensional coordinate measuring machine that is mounted to an end portion of the first arm to measure the hoistway three-dimensionally from inside the hoistway, whereby measuring time is shortened significantly, and safety is also improved.

Abstract: A safety device main body that is inserted inside a lower frame of a car frame includes a braking member. A guiding apparatus includes a guide shoe that is displaceable inside the safety device main body between a guided position that is guided by a guide rail and a retracted position that is removed from the guided position. The guide shoe is disposed in the guided position when the braking member is separated from the guide rail. An actuating apparatus displaces the guide shoe toward the retracted position while displacing the braking member in a direction of contact with the guide rail. The safety device main body, the guiding apparatus, and the actuating apparatus are supported together by a supporting body. The supporting body is mounted onto the lower frame from below using a mounting aperture that is previously disposed on the lower frame.