Abstract: A subframe structure includes: a left-right pair of extension members extending in a vehicle front-rear direction and each having a rectangular orthogonal cross section; a rear member connected to rear end portions of the extension members and extending in a vehicle width direction; and connecting parts connecting the rear end portions and the rear member. Each extension member includes: a first weak portion located forwardly of the corresponding connecting part and deformable when a load is applied; and a second weak portion located forwardly of the first weak portion and deformable when a load is applied. The first and second weak portions of each extension member are formed in upper and lower faces thereof, respectively. The orthogonal cross section of each extension member has a height, dimension H1 at the first weak portion and a height dimension H2 at the second weak portion and H1 is smaller than H2.

Abstract: A subframe structure includes: a left-right pair of extension members arranged below a power plant, arranged in a forward part of a vehicle, the left-right pair of extension members each extending in a vehicle front-rear direction and each having a rear end portion; and a rear member connected to the rear end portions of the pair of left-right extension members, the rear member extending in a vehicle width direction. The rear member has a rearward part in which a recessed portion recessed downward is formed. The rear member has an upper face on which a steering device is to be mounted and at least a portion of a motor of the steering device is to be placed in the recessed portion.

Abstract: An image processing apparatus generates a predetermined evaluation value from a current frame image of a moving image or a combined image by combining a plurality of frame images of the moving image. The image processing apparatus generates the evaluation value from the combined image if a previous evaluation value is smaller than a threshold, and from the current frame image if the previous evaluation value is larger than or equal to the threshold.

Abstract: An air-conditioning control system configured to control air conditioning in a building that includes an air-conditioning room in which an air conditioner is provided and a first air-inflow room into which air flows from the air-conditioning room. The air-conditioning control system includes: a temperature obtaining unit configured to obtain a temperature of the first air-inflow room; and a controller configured to control the air conditioner, based on the temperature obtained by the temperature obtaining unit.

Abstract: A cutting insert includes a rake face configuring one of polygonal surfaces, a seating surface configuring the other one of the polygonal surfaces, and a side surface connecting the rake face and the seating surface to each other. The cutting insert has a cutting edge portion including a main cutting edge located in a side portion of the rake face, a subsidiary cutting edge connected to the main cutting edge, and a corner cutting edge connected to the subsidiary cutting edge and located in a corner portion of the rake face. The side surface includes a flank face and a connection surface which are adjacent to each other in a thickness direction via a boundary line. The connection surface is located on the seating surface side, and is located outside than an extension line of the flank face.

Abstract: In a circular cutting insert of the present invention, the upper side surface and the lower side surface each include: a plurality of planar restraining faces which are disposed sequentially in a circumferential direction of the upper side surface and the lower side surface so as to interpose a joint portion between each of the planar restraining faces and each have a side disposed on the side surface-intermediate line (N); and a plurality of antivibration restraining faces which are each disposed between two planar restraining faces adjacent through the joint portion and each include an inclined face, and the restraining faces of the lower side surface are disposed so as to be shifted with respect to the restraining faces of the upper side surface by a predetermined angle (?) around a central axis of a screw insertion hole.

Abstract: A cutting insert includes a cutting edge portion, and the cutting edge portion includes a bottom cutting edge forming an arc shape that protrudes toward a front end side in a central axis direction, an outer peripheral cutting edge forming an arc shape that protrudes toward an outside in a radial direction, and a cutting edge of corner that connects an outer end of the bottom cutting edge in the radial direction and a front end of the outer peripheral cutting edge in the central axis direction and forms an arc shape that protrudes toward a front end outer circumferential side. The bottom cutting edge and the outer peripheral cutting edge are formed so as to form a linearly symmetric shape together with respect to an imaginary straight line that passes through an arc central point of the cutting edge of corner and intersects the central axis.

Abstract: The air-conditioning system includes: an opening/closing device opening and closing an openable portion in an opening of a building; an air-conditioning device performing air-conditioning inside the building by consuming energy for operation; a monitoring device monitoring environmental information regarding the inside and outside of the building; and a controller controlling the opening/closing device and the air-conditioning device based on the environmental information from the monitoring device, date and time information representing a current date and time, building information representing a location condition of the building, and draft information determined by parameters including an opening area and an opening shape in the openable portion.

Abstract: The instruction device according to the present invention is used in an air conditioning system. In a case where evaluation information concerning comfort of an air environment of an indoor space for person(s) in the indoor space corresponds to discomfort and a difference between first data on the air environment of the indoor space and second data on an air environment of an outdoor space is not less than a prescribed value, the instruction device creates setting information to use only a first air conditioning device for causing movement of air between the indoor and outdoor spaces when determining that the comfort can be improved by the first air conditioning device, and creates setting information to use a second air conditioning device for controlling the air environment of the indoor space by consuming energy resource when determining that the comfort cannot be improved by the first air conditioning device.

Abstract: An image capture apparatus uses an image sensor that includes pixels for focus-detection that double as pixels for image-capturing. After signals of pixels used as the pixels for focus-detection are read out, signals of pixels used as the pixels for image-capturing are read out. Furthermore, signals for a captured image that have been generated from the signals of the pixels used as the pixels for focus-detection, as well as signals that have been read out from the pixels used as the pixels for image-capturing, are rearranged into the order that is the same as the arrangement of pixels in the image sensor. Both the acceleration in focus detection processing and the generation of a captured image with high image quality can be achieved.

Abstract: In a circular cutting insert of the present invention, the upper side surface and the lower side surface each include: a plurality of planar restraining faces which are disposed sequentially in a circumferential direction of the upper side surface and the lower side surface so as to interpose a joint portion between each of the planar restraining faces and each have a side disposed on the side surface-intermediate line (N); and a plurality of antivibration restraining faces which are each disposed between two planar restraining faces adjacent through the joint portion and each include an inclined face, and the restraining faces of the lower side surface are disposed so as to be shifted with respect to the restraining faces of the upper side surface by a predetermined angle (?) around a central axis of a screw insertion hole.

Abstract: An imaging apparatus includes an image pickup device having a plurality of photoelectric converters that receive light fluxes from an object that have passed through different pupil areas. A distance information generator detects light from the object and generates distance information regarding a distance of the object. The distance information generator is different from the image pickup device. A determining unit determines whether or not the object exists in a refocusable range in a process to an image signal obtained by an image pickup of the image pickup device, after the image pickup, on the basis of the distance information and a pupil division construction of the plurality of photoelectric converters. A control unit controls the image pickup of the object by the image pickup device in accordance with a result of the determination by the determining unit.

Abstract: [Problem] To provide an online learning system in which learning outcome content output by learners is used without modification as teaching content for other learners, and teaching content is developed and improved in an autonomous manner without management by a system administrator. [Solution] In this invention, video/audio content materials (referred to herein as “video/audio clips”) of small units having a certain significance and typically having a length from several seconds to several tens of seconds are used as learning/teaching content, and video/audio clips of images and recordings of learners themselves implementing learning content are collected. The video/audio clips are used not only as material for measuring the degree of learning achieved, but also as learning/teaching content.

Abstract: In a ventilation control device, a ventilation-path setting unit is configured to set a ventilation path based on environmental information acquired by an information acquisition unit. A ventilation-quantity setting unit is configured to set a ventilation quantity based on the environmental information and the ventilation path. The ventilation-path setting unit sets a plurality of candidate paths having priorities in descending order of expected ventilation effects. In the case where a first candidate path having the highest priority is identical with a previously set ventilation path, the ventilation-path setting unit sets the first candidate path as the ventilation path, when a difference value between a room temperature previously acquired and a room temperature presently acquired is equal to or more than a threshold. The ventilation-path setting unit sets, as the ventilation path, a second candidate path having the second highest priority, when the difference value is less than the threshold.