Abstract: A display control device includes a display that displays a first display screen including an object that is operable, an operation inputter that receives an operation on the object, and one or more controllers, wherein when detecting an event in a state where the first display screen is displayed, the one or more controllers determine a size of a second display screen including a message based on the event in accordance with whether it is necessary to operate the object on the first display screen, and perform control of displaying the second display screen on the display such that the second display screen is superimposed on the first display screen.

Abstract: An apparatus includes a semiconductor wafer including a first die and a second die, each including, a selector circuit including a first input terminal coupled to a first die bond pad, a second input terminal, and an output terminal, the selector circuit configured to selectively couple the first input terminal and the second input terminal to the output terminal, a conductor selectively configured to couple the second input terminal to either a first power supply or a second power supply, and an address determined based on a signal value at the output terminal of the selector circuit.

Abstract: A welding torch includes a torch barrel to which a tip body is attached, and an external cylinder. The torch barrel has outer and inner barrel cylinders. An outer peripheral surface of the inner barrel cylinder is provided with coolant supply and recovery channels. The inner barrel cylinder has an inner-cylinder exposure section. A base end of an outer peripheral surface of the inner-cylinder exposure section is provided with supply and recovery openings. An axial distal end of the inner-cylinder exposure section is provided with a connection section that is connected to the tip body such that the tip body covers an outer periphery of the inner-cylinder exposure section. At least the connection section and the supply and recovery openings are disposed within the external cylinder. A seal section hermetically seals between the external cylinder and the tip body and between the external cylinder and the outer barrel cylinder.

Abstract: An arm is disposed between a body-side rotary shaft provided in a housing and a cover-side rotary shaft provided in a cover. The arm includes a body-side arm member with one end supported by the body-side rotary shaft, a cover-side arm member with one end supported by the cover-side rotary shaft, a connecting pin configured to connect the other end of the body-side arm member and the other end of the cover-side arm member, a body-side urging member configured to urge the body-side arm member and the cover-side arm member in respective directions of being folded, and a cover-side urging member configured to urge the cover-side arm member toward the cover. When the cover is closed, the body-side arm member and the cover-side arm member overlap each other in an axial direction of the connecting pin.

Abstract: A photodetection device includes: a base that defines first and second reference directions perpendicular to each other; a projection holder positioned in the first and second reference directions with respect to the base; a projection unit having a projector held by the base and a projection lens system held by the projection holder on a projection optical axis perpendicular to the first and second reference directions; a first projection shim replaceably interposed between the base and the projection holder, in a first projection gap that extends along the first reference direction; a second projection shim replaceably interposed between the base and the projection holder, in a second projection gap that extends along a projection intersecting direction that intersects the first and second reference directions; and a light projection screw that fixes the projection holder to the base by screwing along the first reference direction.

Abstract: A weaving control method in fillet welding. On a surface perpendicular to a welding direction, a position of the welding torch is set such that a weaving reference line passes through a base point on a weld line, and at least five fixed end points are set, and positions of the fixed end points are set such that one or more of the fixed end points are provided on each of both sides across the weaving reference line and a reference end point a being on the weaving reference line and having the shortest distance between a tip and a base metal is provided. The weaving operation is performed such that the welding torch moves between the fixed end points along with a trajectory forming a polygon when viewed from the welding direction.

Abstract: An information processing apparatus including: one or more controllers that detect a virus and perform a specific measure on a file infected with the virus; and a display that displays that the virus has been detected as display content based on control performed by the one or more controllers, in which the one or more controllers control display indicating that the virus has been detected in a case where the file from which the virus has been cleaned as a result of the specific measure corresponds to the file as a target of the display indicating that the virus has been detected.

Abstract: A control method for gas-shielded arc welding includes providing a normal arc period in which the welding current is maintained at a setting current Icc set in advance, and providing a separation control period after the separation timing of the molten droplet is detected in the normal arc period, the separation control period including a current decreasing section, a current maintaining section, and a current increasing section. In the separation control period, at least one of the following controls for preventing a short circuit is performed: control of an output voltage, control of a feeding speed, and control of a gas ratio.

Abstract: An optical axis adjustment method for adjusting an optical axis direction of a laser radar device includes irradiating, detecting, and adjusting. The irradiating is irradiating an object with laser light emitted from the laser radar device by controlling the laser radar device to cause a difference in brightness in each of different portions of the object. The detecting is the detecting a center of an irradiation area on the object irradiated with the laser light based on the difference in brightness of each of the different portions of the object irradiated with the laser light emitted from the laser radar device. The adjusting is adjusting the optical axis direction of the laser radar device such that the center detected in the detecting is at a predetermined position relative to the laser radar device.

Abstract: An information processing apparatus includes a storage, a controller, and a display. The storage stores setting history information in which identification information of a terminal device is associated with history information pertaining to execution of a job using a destination to be managed by the terminal device. The controller restricts displaying the setting history information on the display, when the information processing apparatus is not in a connected state to the terminal device, and displays the setting history information on the display, when the information processing apparatus is in a connected state to the terminal device, and when the identification information acquired from the terminal device in a connected state matches the identification information associated with the history information.

Abstract: A guide unit holding portion is formed at a position between two struts in a longitudinal direction of a fixing unit. When a main cover portion rotates from an open position to a closed position, a supported portion of a swing guide unit moves from a position where the supported portion is separated from the guide unit holding portion to a position where the supported portion is in contact with the guide unit holding portion. Further, the supported portion slides on the guide unit holding portion. When the supported portion slides on the guide unit holding portion, the swing guide unit is swung upward, and then held at a target position by the guide unit holding portion.

Abstract: Provided is a curable composition having superior weather resistance which is obtained from a cured product containing a polyoxyalkylene polymer comprising a reactive silicon group. The curable composition contains (A) a reactive-silicon-group-containing polyoxyalkylene polymer having a number-average molecular weight of 2,000 to 50,000 and containing 1.1 to 5 reactive silicon groups within a single molecule, and (B) from 0.01 to 100 parts by weight of a powdered-glass-based filler based on 100 parts of the component (A).

Abstract: A guide unit holding portion is formed at a position between two struts in a longitudinal direction of a fixing unit. When a main cover portion rotates from an open position to a closed position, a supported portion of a swing guide unit moves from a position where the supported portion is separated from the guide unit holding portion to a position where the supported portion is in contact with the guide unit holding portion. Further, the supported portion slides on the guide unit holding portion. When the supported portion slides on the guide unit holding portion, the swing guide unit is swung upward, and then held at a target position by the guide unit holding portion.

Abstract: An information processing apparatus includes a controller that executes a job including a destination in a setting value, a storage, and a display. The storage stores destination information including the destination, and setting history information that includes the setting value and is history information pertaining to execution of the job. The controller reads the setting history information from the storage, and displays the setting history information on the display when the destination included in the setting history information is stored in the storage.

Abstract: Gas-shielded arc welding in which the tip-to-work distance changes is configured so that fluctuations in welding current are curbed while arc length control is maintained. This is achieved with a corrected current calculating unit that includes a first controlling expression where a first gain G1 is multiplied by an instantaneous voltage error value that is the difference between an instantaneous output voltage setting value and an output voltage detection value, and/or a second controlling expression where a second gain G2 is multiplied by an average voltage error value that is the difference between an output voltage setting value and an average output voltage detection value of a pre-set period of time, determines an arc property gain G1 and/or G2 based on a torch position detection value determined by a torch position determinator, and calculates a corrected current based on the first and/or the second controlling expression.

Abstract: There is provided a prediction device that analyzes a chart image indicating price fluctuations of a financial instrument and predicts a future price of the financial instrument, the prediction device including an image acquiring unit that acquires a prediction target image to be a prediction target of the future price, an outputting unit that inputs the prediction target image to a learned model and outputs type data serving as a type of a chart included in the prediction target image from the learned model, and a predicting unit that outputs a predicted value of the future price based on a price after a lapse of a predetermined period from the type data.

Abstract: An information processing apparatus includes a storage, a controller, and a display. The storage stores setting history information in which identification information of a terminal device is associated with history information pertaining to execution of a job using a destination to be managed by the terminal device. The controller restricts displaying the setting history information on the display, when the information processing apparatus is not in a connected state to the terminal device, and displays the setting history information on the display, when the information processing apparatus is in a connected state to the terminal device, and when the identification information acquired from the terminal device in a connected state matches the identification information associated with the history information.

Abstract: There is provided a prediction device that analyzes a chart image indicating price fluctuations of a financial instrument and predicts a future price of the financial instrument, the prediction device including an image acquiring unit that acquires a prediction target image to be a prediction target of the future price, an outputting unit that inputs the prediction target image to a learned model and outputs type data serving as a type of a chart included in the prediction target image from the learned model, and a predicting unit that outputs a predicted value of the future price based on a price after a lapse of a predetermined period from the type data.

Abstract: An information processing apparatus includes a controller that executes a job including a destination in a setting value, a storage, and a display. The storage stores destination information including the destination, and setting history information that includes the setting value and is history information pertaining to execution of the job. The controller reads the setting history information from the storage, and displays the setting history information on the display when the destination included in the setting history information is stored in the storage.

Abstract: According to an embodiment, an operation assistance system including an image processing apparatus and a wearable terminal is provided. The image processing apparatus includes: at least one state sensor which detects whether the image processing apparatus is in an action required status; a controller which makes a determination related to the action required status; and a communication interface circuit which performs communication related to the action required status with the wearable terminal. The wearable terminal includes: a terminal communication interface circuit; a terminal image-capturing unit; a terminal display unit; and a terminal controller. The controller or the terminal controller recognizes an image of a user's field of view captured by the terminal image-capturing unit, and determines operation assistance information to be displayed on the terminal display unit and a position of the operation assistance information on a display area of the terminal display unit based on the determination.