Abstract: An object is to provide an image accumulation apparatus, a method, and a non-transitory computer-readable medium capable of extracting a characteristic video based on an individual emotion. An image accumulation apparatus according to the present disclosure includes an image acquisition unit, an expression classification unit, and an image accumulation unit. The image acquisition unit acquires image data. The expression classification unit classifies face image data included in the image data into a predetermined emotion. The image acquisition unit accumulates the image data associated with emotion identifiers for identifying the classified emotions so that the image data is distributable to a terminal.

Abstract: Provided is an analysis apparatus or the like capable of appropriately determining emotions of a learner or an examinee in online learning or an online examination. An analysis apparatus includes: an emotion data acquisition unit that acquires emotion data regarding learning of each learner, the emotion data being obtained by performing emotion analysis on face image data of a plurality of learners in online learning; and an analysis data generation unit that aggregates emotion data regarding the plurality of learners, compares the emotion data of the plurality of learners, and generates analysis data in which the emotion data of one or more learners is identified.

Abstract: In a vending machine having an article passage which is defined by a pair of side plates (3b) and extends in a vertical direction, a spacing member having a first and a second spacer (10, 20) is movably attached to one of the side plates to restrict an effective width of a lower portion of the article passage in a horizontal direction. Cooperated with the spacing member, an article discharge device having a delivery piece (6) discharges a lowermost one of the articles from the lower portion of the article passage. An automatically adjusting arrangement is coupled to the spacing member and makes the spacing member be automatically displaced In accordance with article sizes (R1, R2, R3) of the articles (A, B, C) to adjust the effective width.

Abstract: There is provided an insulating gate type semiconductor device including (a) a semiconductor region defining a cell region and a field region, the cell region including a drain region, a base region, and a source region, a first recess being formed throughout the source region and reaching an intermediate depth of the base region, (b) a gate insulating film partially covering an exposed surface of the source region therewith, entirely covering an exposed surface of the base region, and partially covering an exposed surface of the drain region therewith, (c) a gate electrode formed on the gate insulating film, (d) a field insulating film formed on the semiconductor region in the field region, (e) a first gate wiring layer formed on the field insulating film in electrical connection with the gate electrode, the first gate wiring layer being formed with a second recess, (f) a source electrode in electrical isolation from the gate electrode, but in electrical connection with both an inner surface of the first rec