Abstract: A power conversion device includes a power converter and a housing to be attached to a motor and to house the power converter. The housing includes a power line introduction hole through which a power line is introduced to supply power from an outside to the power converter. The power converter includes a connection terminal to which a terminal of the power line introduced into the housing through the power line introduction hole is directly connected.

Abstract: A power conversion device includes a power converter, a power converter housing, an output terminal, a current sensor, and a terminal block. The current sensor includes a current sensor main body and a current sensor housing to house the current sensor main body. The terminal block is provided on the current sensor housing.

Abstract: A power converter includes a semiconductor module, a capacitor module, a control board, and an insulating plate. The capacitor module includes a smoothing capacitor, a first connection terminal electrically connected to the smoothing capacitor and a power supply outside the power converter, and a second connection terminal electrically connected to the semiconductor module. The insulating plate is located between the capacitor module and the control board so as to cover at least one of the first connection terminal and the second connection terminal.

Abstract: This power conversion device includes an inverter, a DC-DC converter, and a flat plate-shaped base where the inverter and the DC-DC converter are disposed on the front side and the back side. The base includes a cooling flow path having a front side flow path disposed on the front side and a back side flow path connected to the front side flow path and disposed on the back side.

Abstract: In this power conversion device, a DC-DC converter substrate on which a DC-DC converter element is mounted is attached to a base portion along the front surface or back surface of the flat plate-shaped base portion.

Abstract: A novel Mandevilla genus plant is provided that has a novel color tone unable to be previously produced. A candidate Mandevilla genus plant is selected as a parent Mandevilla genus plant in the case carotenoid pigment is extracted from the petals thereof, and neoxanthin or a derivative thereof is present in the carotenoid pigment extract.

Abstract: A novel Mandevilla genus plant is provided that has a novel color tone unable to be previously produced. A candidate Mandevilla genus plant is selected as a parent Mandevilla genus plant in the case carotenoid pigment is extracted from the petals thereof, and neoxanthin or a derivative thereof is present in the carotenoid pigment extract.

Abstract: A novel Mandevilla genus plant is provided that has a novel color tone unable to be previously produced. A candidate Mandevilla genus plant is selected as a parent Mandevilla genus plant in the case carotenoid pigment is extracted from the petals thereof, and neoxanthin or a derivative thereof is present in the carotenoid pigment extract.

Abstract: In order to perform addition of the electric charges obtained from adjacent pixels in the same sensor row with a multiplexing structure type of solid-state image pick-up apparatus, a solid-state image pick-up apparatus of the present invention comprises: a first CCD register 10 that transfers electric charges acquired by a first light-receiving pixel row; a second CCD register 20 that transfers electric charges acquired by a second light-receiving pixel row; a multiplex section 30 that transfers the respective electric charges, transferred by the first CCD register 10 and second CCD register 20 toward a floating diffusion amplifier FD; and signal generator 3 that in the case of alternately-output mode, applies signals in opposite phase to each other to a final stage of the first CCD register 10 and a final stage of the second CCD register 20, respectively, and, in the case of an add-and-output mode, applies to the final stage of the second CCD register 20 a signal for accumulating the electric charge until a

Abstract: A thermosensitive recording paper comprising a support sheet and a thermosensitive coloring layer formed thereon, which support sheet comprises needle-leaf tree pulp in an amount ratio of 10 to 50 wt. % of the absolute dry weight of the support sheet, with the maximum length of the fibers in the needle-leaf tree pulp being 4 mm or less.