Abstract: A printing apparatus includes: a plurality of heads configured to print mutually different colors; and a control unit configured to control the heads. The control unit operates the first head, configured to print a first color distinguishable from a surface color of an adjustment paper, to print a first correction pattern for performing alignment correction of the first head on the adjustment paper, and operates the second head, configured to print a second color distinguishable from the first color, to print a second correction pattern for performing alignment correction of the second head on the adjustment paper so as to at least partially overlap a first color area that is an area formed by the first head.

Abstract: Disclosed is a printing device including: a first nozzle that ejects a first ink; a second nozzle that ejects a second ink; a third nozzle that ejects a third ink; and at least one processor that, upon performing alignment adjustment of one nozzle preparing one of the first nozzle and any of the second nozzle and the third nozzle for alignment pattern printing and the other of the first nozzle and any of the second nozzle and the third nozzle for auxiliary printing, controls to eject any of the first to third inks selected based on ejection information from among the second ink in the second cartridge and the third ink in the third cartridge, from any of the first to third nozzles for the alignment pattern printing or the auxiliary printing. The first ink, the second ink and the third ink have different colors from each other.

Abstract: A printing apparatus includes: a plurality of heads configured to print mutually different colors; and a control unit configured to control the heads. The control unit operates the first head, configured to print a first color distinguishable from a surface color of an adjustment paper, to print a first correction pattern for performing alignment correction of the first head on the adjustment paper, and operates the second head, configured to print a second color distinguishable from the first color, to print a second correction pattern for performing alignment correction of the second head on the adjustment paper so as to at least partially overlap a first color area that is an area formed by the first head.

Abstract: A nail printing device includes: a base; a finger placing portion provided on an upper surface side of the base; a grip portion provided on a lower surface side of the base and near a lower portion of the finger placing portion; and a print head configured to perform printing on a nail of a finger placed on the finger placing portion.

Abstract: The high voltage electric equipment unit is mounted in between left and right side frames of a vehicle body, and is disposed so that at least a portion of an outer side surface of the unit case in a vehicle width direction faces an inner side surfaces of the side frame in the vehicle width direction. A protective structure includes a plurality of contact surfaces formed on the outer side surface of the unit case in the vehicle width direction, a flat section formed in a region surrounded by the plurality of contact surfaces of the outer side surface so as to protrude outward in the vehicle width direction with respect to other area inside the region, and a plate-shaped guard member fixed to the plurality of contact surfaces and facing the flat section via a predetermined gap.

Abstract: A vehicle electric power supply apparatus includes: a battery case; a battery that is arranged in the battery case; a first electric device that is arranged in the battery case and that is connected to at least the battery; and a battery cooling circuit that is configured to allow a refrigerant to flow through a pipe and cool at least the battery. A lower surface of the first electric device is lower than an upper surface of the battery and is positioned higher than a fluid level of the refrigerant in a state where the refrigerant that flows through the pipe is accumulated inside the battery case.

Abstract: A nail printing device includes: a base; a finger placing portion provided on an upper surface side of the base; a grip portion provided on a lower surface side of the base and near a lower portion of the finger placing portion; and a print head configured to perform printing on a nail of a finger placed on the finger placing portion.

Abstract: A vehicle electric power supply apparatus includes: a battery case; a battery that is arranged in the battery case; a first electric device that is arranged in the battery case and that is connected to at least the battery; and a battery cooling circuit that is configured to allow a refrigerant to flow through a pipe and cool at least the battery. A lower surface of the first electric device is lower than an upper surface of the battery and is positioned higher than a fluid level of the refrigerant in a state where the refrigerant that flows through the pipe is accumulated inside the battery case.

Abstract: The high voltage electric equipment unit is mounted in between left and right side frames of a vehicle body, and is disposed so that at least a portion of an outer side surface of the unit case in a vehicle width direction faces an inner side surfaces of the side frame in the vehicle width direction. A protective structure includes a plurality of contact surfaces formed on the outer side surface of the unit case in the vehicle width direction, a flat section formed in a region surrounded by the plurality of contact surfaces of the outer side surface so as to protrude outward in the vehicle width direction with respect to other area inside the region, and a plate-shaped guard member fixed to the plurality of contact surfaces and facing the flat section via a predetermined gap.

Abstract: A printing apparatus is provided that minimizes trouble of preparation of printing and management burden on the user. The printing apparatus includes a controller that determines an aspect ratio of a printing pattern on a basis of data of an expansion and contraction rate of a continuous print medium to be expandable or contractible after printing, the expansion and contraction rate including a first expansion and contraction rate in a longitudinal direction and a second expansion and contraction rate in a width direction orthogonal to the longitudinal direction, and a printing unit that prints the printing pattern of the aspect ratio determined by the controller, on the print medium before expansion or contraction.

Abstract: A printing apparatus is provided that minimizes trouble of preparation of printing and management burden on the user. The printing apparatus includes a controller that determines an aspect ratio of a printing pattern on a basis of data of an expansion and contraction rate of a continuous print medium to be expandable or contractible after printing, the expansion and contraction rate including a first expansion and contraction rate in a longitudinal direction and a second expansion and contraction rate in a width direction orthogonal to the longitudinal direction, and a printing unit that prints the printing pattern of the aspect ratio determined by the controller, on the print medium before expansion or contraction.

Abstract: An arrangement structure includes: a motor including: a motor main body including a stator and a rotor, the rotor being disposed to be rotatable relative to the stator; a case member configured to store the motor main body; and a connecting conductor configured to electrically connect an inside conductor disposed inside the case member and an outside conductor disposed outside the case member; and a support device fixed to the case member and a frame member of a vehicle, the support device being configured to support the motor on the frame member, wherein the connecting conductor is arranged directly below a fixing portion where the support device is fixed to the case member.

Abstract: An image processing apparatus includes: a line segment detecting unit configured to detect vertical line segments and horizontal line segments in an image; a facing-lines candidate generating unit configured to generate vertical and horizontal facing-lines candidates from the vertical and horizontal line segments, the vertical and horizontal facing-lines candidates being candidates for pairs of facing lines configuring quadrangle areas in the image; a rectangle candidate generating unit configured to generate a plurality of pairs of one of the vertical facing-lines candidates and one of the horizontal facing-lines candidates, and to generate the quadrangle areas as rectangle candidates; and a calculating unit configured to calculate likelihood of each of the rectangle candidates based on a relationship between line segments constituting the vertical facing-lines candidates and the horizontal facing-lines candidates and the rectangle candidates.

Abstract: An image processing apparatus includes: a line segment detecting unit configured to detect vertical line segments and horizontal line segments in an image; a facing-lines candidate generating unit configured to generate vertical and horizontal facing-lines candidates from the vertical and horizontal line segments, the vertical and horizontal facing-lines candidates being candidates for pairs of facing lines configuring quadrangle areas in the image; a rectangle candidate generating unit configured to generate a plurality of pairs of one of the vertical facing-lines candidates and one of the horizontal facing-lines candidates, and to generate the quadrangle areas as rectangle candidates; and a calculating unit configured to calculate likelihood of each of the rectangle candidates based on a relationship between line segments constituting the vertical facing-lines candidates and the horizontal facing-lines candidates and the rectangle candidates.