Abstract: An image generation device includes an imaging unit configured to convert data representing an expression level for each microRNA type into image-rendition data serving as data representing a matrix of two dimensions or more, a classification unit configured to perform classification of the image-rendition data, and a contribution-presentation-image generation unit configured to generate a contribution-presentation image representing a contribution of a specific part of the image-rendition data to the classification.

Abstract: A small-vehicle direction indicator device includes a directional signal light for small vehicles, such as saddle riding type vehicles, the directional signal light including a lighting unit and a plurality of light sources that are arrayed in the lighting unit in a vehicle width direction. The small-vehicle direction indicator device performs a dynamic direction indication by chain-reactive switch-ons or switch-offs of the plurality of light sources when the directional signal light is activated. In the directional signal light, between the plurality of light sources, a light-blocking wall made of an opaque member is arranged, and wherein a plurality of the light-blocking walls are arrayed in the vehicle width direction.

Abstract: To provide a head-mounted display that can be mounted on a helmet which can take various shapes, that permits adjustments of a mounting position with respect to the helmet to any desired position, that facilitates mounting and removal, and that permits disposition of a display at any position. A head-mounted display includes a mounting portion that can be removed from a helmet, a connector that is connected with the mounting portion and that allows a position to be freely adjusted. A display is disposed at a distal end of the connector, the display includes a positioner, and a positioned portion at which the positioner is positioned is fixed to the helmet such that a position can be freely adjusted.

Abstract: A saddle-ride type vehicle includes a vehicle body frame steerably supporting a front fork by a head pipe and swingably supporting a rear wheel unit around a pivot, an air-cooled type fuel cell unit supported by the vehicle body frame on a rear side of the head pipe and including an outside air intake port facing forward, and a vehicle body cover defining a front of an intake air space that is connected to the intake port. The vehicle body cover includes a traveling air passage changing a direction of traveling air that flows in from a front. Accordingly, it is possible to efficiently supply traveling air to a fuel cell unit that includes a fuel cell.

Abstract: To provide a head-mounted display that can be mounted on a helmet which can take various shapes, that permits adjustments of a mounting position with respect to the helmet to any desired position, that facilitates mounting and removal, and that permits disposition of a display at any position. A head-mounted display includes a mounting portion that can be removed from a helmet, a connector that is connected with the mounting portion and that allows a position to be freely adjusted. A display is disposed at a distal end of the connector, the display includes a positioner, and a positioned portion at which the positioner is positioned is fixed to the helmet such that a position can be freely adjusted.

Abstract: A small-vehicle direction indicator device includes a directional signal light for small vehicles, such as saddle riding type vehicles, the directional signal light including a lighting unit and a plurality of light sources that are arrayed in the lighting unit in a vehicle width direction. The small-vehicle direction indicator device performs a dynamic direction indication by chain-reactive switch-ons or switch-offs of the plurality of light sources when the directional signal light is activated. In the directional signal light, between the plurality of light sources, a light-blocking wall made of an opaque member is arranged, and wherein a plurality of the light-blocking walls are arrayed in the vehicle width direction.

Abstract: A saddle-ride type vehicle includes a vehicle body frame steerably supporting a front fork by a head pipe and swingably supporting a rear wheel unit around a pivot, an air-cooled type fuel cell unit supported by the vehicle body frame on a rear side of the head pipe and including an outside air intake port facing forward, and a vehicle body cover defining a front of an intake air space that is connected to the intake port. The vehicle body cover includes a traveling air passage changing a direction of traveling air that flows in from a front. Accordingly, it is possible to efficiently supply traveling air to a fuel cell unit that includes a fuel cell.

Abstract: A high beam reflector (341) is disposed below a high beam LED light source (46) and reflects light from the high beam LED light source (46) in front of a vehicle. Low beam reflectors (342, 343) are disposed below a low beam LED light source (45) and reflect light from the low beam LED light source (45) in front of the vehicle. The low beam LED light source (45) is located on either side of the high beam LED light source (46) and disposed in front of the high beam LED light source (46). The high beam reflector (341) is longer than the low beam reflectors (342, 343) in the front-rear direction, and the low beam reflectors (342, 343) are positioned before the high beam reflector (341).

Abstract: A handlebar switch can include a switch case housing switches, and manipulation members arranged on the switch case and configured to be manipulated by a driver to operate the respective switches. A center portion of the switch case 66 on which the manipulation members are arranged is formed as an expanded section expanded in radial directions of a main body section beyond a right end portion, and a left an end portion of the main body section. The manipulation members are arranged in a center part of the expanded section.

Abstract: In the present invention, an inner lens of a turn signal lamp is provided with: a lens cut part that inhibits the transmission of light travelling, when seen in a front view, linearly from a substrate toward an outer lens; a projection part that projects toward an LED; and an eave part that extends from the base end side of the projection part inwardly in the vehicle width direction. A harness that is electrically connected with the LED is connected to the substrate through a partial space that is surrounded by the substrate, the projection part, and the eave part.

Abstract: A wireless charging structure to wirelessly charge a mobile information terminal in a vehicle includes a mobile information terminal case, a support, a receiving coil, a reception controller, a transmitting coil, and a transmission controller. The transmitting coil is provided on a vehicle side and provided on an inner side of a facing portion of the support. The transmission controller is provided on the vehicle side and electrically connected to the transmitting coil. The transmission controller includes an inverter configured to convert direct current supplied from a battery provided on the vehicle side to alternating current and to supply the alternating current to the transmitting coil. The reception controller includes a converter configured to convert alternating current flowing through the receiving coil due to the magnetic flux generated by the transmitting coil to direct current.