Abstract: A steam turbine nozzle deformation amount managing apparatus in an embodiment includes a display information generation section configured to generate display information for displaying: past deformation amount related information indicating information on a past deformation amount of a nozzle of a steam turbine from the past to the present calculated based on measured information; and future deformation amount related information indicating information on a future deformation amount of the nozzle calculated based on a future operating condition input via a user interface screen and the past deformation amount related information.

Abstract: What is provided is an automobile body in which batteries, tires, and liquids containing water and oil are removed from a public road vehicle with superior collision safety, the public road vehicle comprising at least a steel material containing a steel sheet with a tensile strength of 1180 MPa or higher, a non-ferrous metal material, and a resin material, wherein the ratio of a mass mh (kg) of the steel sheet having a tensile strength of 1180 MPa or higher to a mass m (kg) of the automobile body is 9% or higher, and a mass m (kg) of the automobile body and a projected area s (m2) of the automobile body from an upper side satisfy a formula (1) and a formula (2) 6 < s < 11 ( 1 ) m < ( 2 ? 7 ? 2 . 3 ? 7 × s - 8 ? 3 ? 5 ) × 0 ? .98 .

Abstract: The internal combustion engine includes a fan cover that covers a cooling fan driven by a crankshaft, a top cover that covers the fan cover, and a cooling air passage between the fan cover and the top cover. The fan cover includes a first rib facing the top cover in the cooling air passage.

Abstract: The stator is provided with a first joint part provided so as to extend in a radial direction as viewed in a rotation axis line direction; and a second joint part provided at a location corresponding to a fastening member and provided so as to extend in the rotation axis line direction so as not to overlap the fastening member.

Abstract: A driving assistance device includes a memory and a processor. The processor acquires travel information including acceleration of a moving body. The processor presents, to the moving body, information regarding cargo collapse on the moving body that is specified on the basis of a distribution of the acceleration of the moving body in multiple axes on the basis of the travel information.

Abstract: A method for manufacturing a stator in the related art has a problem that the size of a stator cannot be sufficiently reduced. A method for manufacturing a stator according to the present disclosure includes: a welding end holding process of holding, by welding clamps, a coil end that is one end of wiring composing each of the coils and another wiring different from that of the coil; an electrode end holding process of holding an energizing position provided in the other wiring by a conductive electrode clamp; and a welding process of energizing the electrode clamp, and joining the coil end and the other wiring clamped by the welding clamps to each other by the TIG welding.

Abstract: An information processing apparatus includes an identifying unit that identifies a place where a driver of a vehicle is under a duty of care; an obtaining unit that obtains travel information on the vehicle at the place identified by the identifying unit; and an accumulating unit—that accumulates the travel information on the vehicle, the travel information having been obtained by the obtaining unit; and an output control unit that outputs information related to fatigue in the driver, on the basis of the travel information on the vehicle, the travel information having been accumulated by the accumulating unit.

Abstract: A stator of the present disclosure includes a stator core, a stator coil wound around the stator core, and a busbar module electrically connected to the stator coil and fixed to a coil end portion formed on one end side of the stator core. The busbar module includes a module body that holds a conductive member, a hole that penetrates the module body, and a bridge portion that extends from a part of the inner peripheral surface of the hole to another part of the inner peripheral surface so as to divide an inside of the hole into a plurality of opening regions and is fixed to the coil end portion with an adhesive introduced into the hole and cured therein. In the stator, the busbar module is fixed more firmly to the coil end formed on one end side of the stator core with the adhesive.

Abstract: A stator of the present disclosure includes a stator core, a stator coil wound around the stator core, and a busbar module electrically connected to the stator coil and fixed to a coil end portion formed on one end side of the stator core. The busbar module includes a module body that holds a conductive member, a hole that penetrates the module body, and a bridge portion that extends from a part of the inner peripheral surface of the hole to another part of the inner peripheral surface so as to divide an inside of the hole into a plurality of opening regions and is fixed to the coil end portion with an adhesive introduced into the hole and cured therein. In the stator, the busbar module is fixed more firmly to the coil end formed on one end side of the stator core with the adhesive.

Abstract: The stator is provided with a first joint part provided so as to extend in a radial direction as viewed in a rotation axis line direction; and a second joint part provided at a location corresponding to a fastening member and provided so as to extend in the rotation axis line direction so as not to overlap the fastening member.

Abstract: The above security device determines whether there occurs screening between a movable body such as a vehicle and a user, and controls the security level in accordance with the determination result. Specifically, the security device sets the security level high when there occurs screening between the movable body and the user, and sets the security level low when there occurs no screening.

Abstract: An editing apparatus includes a processor and a memory. The processor performs processes. The processes include causing a print image to be displayed in a first area, and a mark and at least one portion of a target character string to be displayed in a second area. The processes include causing a selection image to be displayed in a third area. The processes include performing a first determination whether a corresponding block included in the print image overlaps with the selection image. The processes include causing the entire corresponding block to be displayed in a first residual area. The processes include performing a second determination whether the mark overlaps with the selection image. The processes include reducing a size of the target character string. The processes include causing the mark and at least one portion of a reduced character string to be displayed in a second residual area.

Abstract: The determination device determines traveling risk before a mobile object actually turns left or right at an intersection. Specifically, the determination device acquires speed information associated with a moving speed of the mobile object, and acquires intersection information including a shape of the intersection. Next, the determination device predicts a traveling track of the mobile object traveling in the intersection based on the speed information and the intersection information. Then, the determination device determines the traveling risk based on the traveling track.

Abstract: A sewing machine includes a thread tension mechanism, a thread feed sensor, a sewing portion, a processor, and a memory. By executing instructions stored in the memory, the processor causes a first tension to act on an upper thread by the thread tension mechanism to be in a first state, in a state in which a sewing is stopped. The processor causes a second tension that is smaller than the first tension to act on the upper thread, by causing the thread tension mechanism to be in a second state, when the movement of the upper thread is detected by the thread feed sensor. The processor causes a third tension that is equal to or greater than the second tension to act on the upper thread by causing the thread tension mechanism to be in a third state, in a state in which the sewing is performed.

Abstract: An editing apparatus includes a processor and a memory. The processor performs processes. The processes include causing a print image to be displayed in a first area, and a mark and at least one portion of a target character string to be displayed in a second area. The processes include causing a selection image to be displayed in a third area. The processes include performing a first determination whether a corresponding block included in the print image overlaps with the selection image. The processes include causing the entire corresponding block to be displayed in a first residual area. The processes include performing a second determination whether the mark overlaps with the selection image. The processes include reducing a size of the target character string. The processes include causing the mark and at least one portion of a reduced character string to be displayed in a second residual area.

Abstract: A multi-band array antenna comprises m first antenna elements operating in p frequency bands; n second antenna elements operating in q frequency bands; a Wilkinson power distributor; one or more filters; and one or more matching circuits. Here, m and n are positive integers satisfying m+n?3 and any of m=n+1, n=m+1 and m=n; and p and q are positive integers satisfying p?1, q?2 and q>p. The m first antenna elements and the n second antenna elements are alternately arranged. The matching circuit performs impedance matching between the filter and the Wilkinson power distributor in a frequency band attenuated by the filter. A series-connection circuit portion is configured so that a branch portion of the power distributor becomes an open end in the attenuation frequency band.

Abstract: An editing apparatus includes a processor and a memory configured to store computer-readable instructions. The computer-readable instructions, when executed by the processor, cause the editing apparatus to perform processes that include causing a mark and at least one portion of a character string to be displayed, causing a selection image to be displayed in a state in which the at least one portion of the character string and the mark are displayed, performing, in a case where the selection image is displayed, a determination whether the mark ceases to be displayed in an outer side of one of a left edge and a right edge of the selection image, and moving the at least one portion of the character string and the mark to a position where the mark is displayed in the outer side, in response to determining that the mark ceases to be displayed in the outer side.

Abstract: The above security device determines whether there occurs screening between a movable body such as a vehicle and a user, and controls the security level in accordance with the determination result. Specifically, the security device sets the security level high when there occurs screening between the movable body and the user, and sets the security level low when there occurs no screening.

Abstract: A sewing machine includes a thread tension mechanism, a thread feed sensor, a sewing portion, a processor, and a memory. By executing instructions stored in the memory, the processor causes a first tension to act on an upper thread by the thread tension mechanism to be in a first state, in a state in which a sewing is stopped. The processor causes a second tension that is smaller than the first tension to act on the upper thread, by causing the thread tension mechanism to be in a second state, when the movement of the upper thread is detected by the thread feed sensor. The processor causes a third tension that is equal to or greater than the second tension to act on the upper thread by causing the thread tension mechanism to be in a third state, in a state in which the sewing is performed.

Abstract: A multi-band array antenna comprises m first antenna elements operating in p frequency bands; n second antenna elements operating in q frequency bands; a Wilkinson power distributor; one or more filters; and one or more matching circuits. Here, m and n are positive integers satisfying m+n?3 and any of m=n+1, n=m+1 and m=n; and p and q are positive integers satisfying p?1, q?2 and q>p. The m first antenna elements and the n second antenna elements are alternately arranged. The matching circuit performs impedance matching between the filter and the Wilkinson power distributor in a frequency band attenuated by the filter. A series-connection circuit portion is configured so that a branch portion of the power distributor becomes an open end in the attenuation frequency band.