Abstract: A calibration work support device includes a calibration target setter configured to set a target value of a simulation signal that is input to a device in calibration of the device and an input order of the target value in the calibration, a simulation signal acquirer configured to acquire an input value based on the simulation signal input to the device, a graph generator configured to generate a graph indicating a transition of the target value set by the calibration target setter and the input value acquired by the simulation signal acquirer, and a data output unit configured to output the graph generated by the graph generator.

Abstract: A vehicular antenna device capable of preventing reception trouble in a radio, a TV receiver, or the like due to noise by suppressing electromagnetic noise radiated from an electronic device or the like is provided. A vehicular antenna device is equipped with an antenna base 2 which is fixed to a vehicle body via an attaching member, an antenna case which covers the antenna base, and an antenna element 5 and a camera module 10 as an electronic device which are disposed in an internal space surrounded by the antenna base 2 and the antenna case. A camera module case 40 surrounds a circuit board 50 of the camera module 10 and thereby shields it.

Abstract: A maintenance operation support device includes a procedure information outputter configured to output procedure information representing an operation procedure of maintenance operations for a facility, the procedure information being obtained by combining action definition information for defining actions of a setting tool that adjusts or sets the facility and operation definition information for defining operations to be instructed to a maintenance operator who performs the maintenance operations for the facility.

Abstract: An operation support apparatus includes an operation control device controlling a target operation performed for a target facility on the basis of operation control information, which indicates each performed operation, including information of the target facility representing a facility that is a target for performing an operation and information of the target operation indicating contents of the operation performed for the target facility.

Abstract: An up-drawing continuous casting method casts a casting having a bent portion. When an angle (?) (where, 0°???90°) between an up-drawing direction of molten metal and an upper surface of a shape determining member is reduced to a first angle, drawing up the molten metal while maintaining the angle (?) at the first angle, and casting a first casting, and casting a connecting portion adjacent to the cast first casting; interrupting the drawing up of the molten metal, and dipping the connecting portion into the molten metal while passing the connecting portion through the shape determining member, and melting the connecting portion; and setting the angle (?) to a second angle that is larger than the first angle, restarting the drawing up of the molten metal and casting a second casting adjacent to the first casting.

Abstract: The present invention relates to a device maintainer, a device maintenance system, a device maintenance method, a device maintenance program, and a recording medium, which are capable of supporting an accurate operation and improving an operation efficiency in the maintenance operation of the device or a recording operation of the maintenance result. A device maintainer having a maintenance information display for displaying maintenance information regarding a maintenance of a device; a list display for displaying a maintenance list listing a maintenance item for the device to be a maintenance target together with the displayed maintenance information and enabling designation of the maintenance item; and a maintainer for performing the maintenance based on the designated maintenance item for the device to be the maintenance target.

Abstract: A pulling-up-type continuous casting apparatus according to an aspect of the present invention includes a holding furnace that holds molten metal, and a shape defining member disposed above a molten-metal surface of the molten metal held in the holding furnace, the shape defining member being configured to define a cross-sectional shape of a cast-metal article to be cast as molten metal passes through an opening formed in the shape defining member. The opening is formed in such a manner that a size of the opening on a top surface of the shape defining member is larger than that on a bottom surface of the shape defining member. With this configuration, a cast-metal article having excellent surface quality can be produced even when molten metal is drawn up in an oblique direction.

Abstract: A pulling-up-type continuous casting apparatus includes a holding furnace that holds molten metal, a shape defining member disposed above a surface of the molten metal held in the holding furnace, and configured to define a cross-sectional shape of a cast-metal article as the molten metal passes through it, an image pickup unit that takes an image of the molten metal that has passed through the shape defining member, an image analysis unit that detects a fluctuation on the molten metal from the image and determines a solidification interface based on presence/absence of the fluctuation, and a casting control unit that changes a casting condition only when the solidification interface determined by the image analysis unit is not within a predetermined reference range. The casting control unit uses a reference range which differs according to the pulling-up angle of the molten metal.

Abstract: An up-drawing continuous casting method casts a casting having a bent portion. When an angle (?) (where, 0°???90°) between an up-drawing direction of molten metal and an upper surface of a shape determining member is reduced to a first angle, drawing up the molten metal while maintaining the angle (?) at the first angle, and casting a first casting, and casting a connecting portion adjacent to the cast first casting; interrupting the drawing up of the molten metal, and dipping the connecting portion into the molten metal while passing the connecting portion through the shape determining member, and melting the connecting portion; and setting the angle (?) to a second angle that is larger than the first angle, restarting the drawing up of the molten metal and casting a second casting adjacent to the first casting.

Abstract: A method for processing a metal-cast article according to an aspect of the present invention includes a correcting step of starting to pressurize the metal-cast article by a press machine (10, 20) before a temperature of the metal-cast article 40 decreases to 200° C. or lower after casting is finished. Distortion can be accurately removed in a correction of a metal-cast article. Further, since there is no need to heat the metal-cast article again for the correction, the productivity and energy efficiency can be improved.

Abstract: A pulling-up-type continuous casting method according to an aspect of the present invention includes disposing a shape defining member (102) above a molten-metal surface of molten metal (M1) held in a holding furnace (101), the shape defining member (102) being configured to define a cross-sectional shape of a cast-metal article (M3) to be cast, submerging a starter (ST) into the molten metal (M1) while making the starter (ST) pass through the shape defining member (102), and pulling up the molten metal (M1) by pulling up the starter (ST) while making the molten metal (M1) pass through the shape defining member (102) after a temperature of the shape defining member (102) reaches a predetermined reference temperature. The reference temperature is equal to or higher than a solidification completion temperature of the molten metal (M1).

Abstract: A pulling-up-type continuous casting apparatus according to an aspect of the present invention includes a holding furnace that holds molten metal, and a shape defining member disposed above a molten-metal surface of the molten metal held in the holding furnace, the shape defining member being configured to define a cross-sectional shape of a cast-metal article to be cast as molten metal passes through an opening formed in the shape defining member. The opening is formed in such a manner that a size of the opening on a top surface of the shape defining member is larger than that on a bottom surface of the shape defining member. With this configuration, a cast-metal article having excellent surface quality can be produced even when molten metal is drawn up in an oblique direction.

Abstract: A pulling-up-type continuous casting apparatus includes a holding furnace that holds molten metal, a shape defining member disposed above a surface of the molten metal held in the holding furnace, and configured to define a cross-sectional shape of a cast-metal article as the molten metal passes through it, an image pickup unit that takes an image of the molten metal that has passed through the shape defining member, an image analysis unit that detects a fluctuation on the molten metal from the image and determines a solidification interface based on presence/absence of the fluctuation, and a casting control unit that changes a casting condition only when the solidification interface determined by the image analysis unit is not within a predetermined reference range. The casting control unit uses a reference range which differs according to the pulling-up angle of the molten metal.