Abstract: A vehicle door control device is provided to a vehicle including a door and a drive device. The vehicle door control device executes door control processing when the door moves in a closing direction from a stopped state in a state where a closing operation command signal for commanding a closing operation of the door is not received. In the door control processing, the vehicle door control device executes a braking mode, in which a braking force is applied to the door by regenerative braking action of a motor, when the door opening degree is less than the determination opening degree, and executes a closing operation mode, in which the door performs the closing operation such that a moving speed of the door is constant, when the door opening degree is equal to or greater than the determination opening degree.

Abstract: An oil seal structure is provided for sealing between a first member including an end surface having an opening and a second member covering at least the opening with an elastic annular seal member interposed between the first member and the second member. The oil seal structure includes an annular recess that is provided in the end surface of the first member in a manner of surrounding the opening. The annular recess accommodates the seal member in the annular recess with a part of the seal member protruding from the end surface. At least a surface of the seal member is in contact with oil is covered with a covering of an oil-resistant material, and the seal member is accommodated in the annular recess.

Abstract: A storage device stores failures and lessons. A processor accepts input of text serving as a question sentence in a multiple-choice quiz, computes an evaluation value for a consistency between the text and each of lessons stored in the storage device, and determines one lesson to serve as a correct option in the multiple-choice quiz and at least one lesson to serve as an incorrect option in the multiple-choice quiz, based on the evaluation value for each of the plurality of lessons computed in the computing operation.

Abstract: A method for producing a compound represented by the formula (X): or a salt thereof and has a MALT1 inhibitory action, the said method containing a step for producing a compound a compound represented by the formula (B-2): or a salt thereof and being characterized by comprising crystallizing a salt of a compound represented by the formula (B-1) and an optically active organic acid. (In the formulae, each symbol is as defined in the specification.

Abstract: In a case where a template associated with a format of an invoice associated with an invoice image is managed in a template database, an information generation system generates information from the invoice image by using the template, and in a case where information is generated from an invoice image by a general-purpose information generation unit, the information generation system generates a template associated with a format of an invoice associated with the invoice image, based on the invoice image, the information, and a template managed in the template database.

Abstract: An antenna device includes an antenna base, an antenna case, an antenna element and an elastic member. The antenna base includes an opening and a plurality of first fitting portions located at an interval from each other at a side wall of the opening; an antenna case secured to a first surface side of the antenna base. The antenna element is located in a space enclosed by the antenna base and the antenna case. The elastic member includes a plurality of second fitting portions fittable with the plurality of first fitting portions and a rib provided on a second surface side opposite to the first surface side and protruding in a direction away from the antenna base.

Abstract: A cooling device includes: a heat receiver configured to transfer heat from a heat generation body to a refrigerant, a heat radiator that is connected to the heat receiver via a heat radiation path, and a return path that connects the heat radiator and the heat receiver with each other, in which the refrigerant is to circulate in order of the heat receiver, the heat radiation path, the heat radiator, and the return path and cause a gas-liquid two-phase change and cool the heat generation body, and in which the heat receiver includes a heat receiving plate which is in contact with the heat generation body and is configured to absorb the heat, and a heat receiving cover which covers a surface of the heat receiving plate and defines a heat receiving space.

Abstract: An antenna device includes an antenna base, an antenna case, an antenna element and an elastic member. The antenna base includes an opening and a plurality of first fitting portions located at an interval from each other at a side wall of the opening; an antenna case secured to a first surface side of the antenna base. The antenna element is located in a space enclosed by the antenna base and the antenna case. The elastic member includes a plurality of second fitting portions fittable with the plurality of first fitting portions and a rib provided on a second surface side opposite to the first surface side and protruding in a direction away from the antenna base.

Abstract: There is provided a cooling device including: a heat receiver (4) that transfers heat from a heat generation body to a refrigerant, a heat radiator that is connected to the heat receiver (4) via a heat radiation path (6), and a return path (7) that connects the heat radiator and the heat receiver (4) with each other, in which the refrigerant circulates in order of the heat receiver (4), the heat radiation path (6), the heat radiator, and the return path (7) while causing a gas-liquid two-phase change and cools the heat generation body, and in which the heat receiver (4) includes a heat receiving plate (11) which is in contact with the heat generation body and absorbs the heat, and a heat receiving cover (14) which covers a surface of the heat receiving plate (11) and forms a heat receiving space (13).

Abstract: A cooling device for cooling a rack-type server of which a housing includes a plurality of electronic devices includes an interior cooling unit and an exterior cooling unit. The interior cooling unit includes a heat-receiving unit, a heat dissipation unit, an outward path pipe, and a return path pipe. The interior cooling unit allows working fluid to be circulated through the heat-receiving unit, the outward path pipe, the heat dissipation unit, the return path pipe, and the heat-receiving unit to thereby move the heat from the heat-receiving unit to the heat dissipation unit. The exterior cooling unit has a heat exchange unit abutted on the heat dissipation unit and allows, by a circulated cooling medium, the heat of the working fluid discharged from the heat dissipation unit to be dissipated to external air.

Abstract: A cooling device has a circulation passage that annularly connects heat receiving part, heat radiation passage, heat radiation part, and feedback passage in order, and working fluid housed in the circulation passage, and check valve provided on an upstream side of heat receiving part. Heat radiation part has a liquefying chamber and a cooling water chamber separated by a partition plate. The liquefying chamber has a first connection part connected to heat radiation passage at an upper part of liquefying chamber, and a second connection part connected to feedback passage at a lower part of liquefying chamber, and has a plurality of first heat radiation fins fixed to the partition plate, and having a plurality of openings or cutouts. The cooling water chamber has a cooling water inlet, a cooling water outlet, and a plurality of second heat radiation fins that separate a passage from the cooling water inlet to the cooling water outlet into a plurality of parallel passages.

Abstract: A cooling device for cooling a rack-type server of which a housing includes a plurality of electronic devices includes an interior cooling unit and an exterior cooling unit. The interior cooling unit includes a heat-receiving unit, a heat dissipation unit, an outward path pipe, and a return path pipe. The interior cooling unit allows working fluid to be circulated through the heat-receiving unit, the outward path pipe, the heat dissipation unit, the return path pipe, and the heat-receiving unit to thereby move the heat from the heat-receiving unit to the heat dissipation unit. The exterior cooling unit has a heat exchange unit abutted on the heat dissipation unit and allows, by a circulated cooling medium, the heat of the working fluid discharged from the heat dissipation unit to be dissipated to external air.

Abstract: A cooling apparatus includes: a heat receiving portion including a heat receiving plate which transfers heat from a heat source to a working fluid; a heat radiating portion which discharges the heat of the working fluid; and a heat radiating path and a return path which connect the heat receiving portion and the heat radiating portion to each other. In the cooling apparatus, the working fluid is circulated through the heat receiving portion, the heat radiating path, the heat radiating portion, the return path and the heat receiving portion to dissipate the heat of the heat source. A check valve which controls a flow of the working fluid is provided in the return path at a location near the heat receiving portion or provided in the heat receiving portion.