Honda Motor Co., Ltd.

Toshiba Mitsubishi-electric Industrial Systems Corporation

Marelli Cabin Comfort Japan Corporation

Kazuyuki Maruyama

Yoshiyuki Matsumoto

Yojiro Tsutsumi

Hiroshi Maeda

Takeshi Konno

Mutsumi Katayama

Hiroyuki Imanari

Masaaki Abe

Yoshiyuki Kuroba

Yutaka Murata

Kazumitsu Kushida

Tomohiro Hoshi

Futoshi Koga

Toru Miyagawa

Masaharu Senno

Shigeo Kawamura

Kunihiro Mizuno

Isao Uematsu

Tsugutaka Ishikawa

Tokujiro Horikawa

Minoru Choka

Masaru Miyokawa

Yoshiharu Ambe

Ichiro Miyata

Yuichi Kataoka

Ryuuji Tsukuda

A present disclosure relates to a vehicle air conditioner including a blower. At least the blower is disposed within an engine compartment. The blower includes a motor that is configured to rotate a fan. A rotating shaft of the motor is diagonally arranged with an inclination angle that is greater than 0 degree and less than 90 degrees with respect to a vertical direction. An attachable/detachable direction of the motor with respect to the blower-is an upper side thereof.

Vehicle air conditioner

A straddle type vehicle comprises a front antenna configured to be capable of transmitting/receiving a wireless signal of a predetermined frequency band and arranged closer to a front side than a seating portion on which a rider can sit, and a rear antenna configured to be capable of transmitting/receiving a wireless signal of a predetermined frequency band and arranged closer to a rear side than the seating portion, the front antenna has directivity in the front side of the straddle type vehicle.

Straddle type vehicle

An optical sensor disposition structure of a saddle riding vehicle includes an optical sensor, left and right handle bar grips installed on both side portions of a handle bar pipe, and a switch case installed between the left and right handle bar grips and supported by the handle bar pipe, and the optical sensor is installed on the switch case.

Optical sensor disposition structure for saddle riding vehicle

A control apparatus of a rolling mill includes a load top/bottom distributor distributing loads as top and bottom side loads, a load top/bottom variation identification mechanism identifying load variation components occurring in connection with a rotational position of rolls from the top and bottom side loads, and top/bottom identified load variation storage storing, for each rotational position of rolls, top and bottom side variation components of the load in a kiss-roll condition identified by the load top/bottom variation identification mechanism. A manipulated variable computer computes a roll gap instruction value based on the top and bottom side variation components of the rolling load identified by the load top/bottom variation identification mechanism, and the top side variation component and the bottom side variation component of the load in a kiss-roll condition stored in the top/bottom identified load variation storage.

Control apparatus of rolling mill

A vehicle lighting system having a plurality of lighting apparatuses disposed so as to make a vehicle front surface reminiscent of a 'face,' wherein an outline of a light-emitting surface of each of the lighting apparatuses from blurring to be fused. A glare area G has a width y as expressed in an expression 'y=a+b&#xb7;ln(x) (ln is a natural logarithm),' &#x201c;a=&#x2212;107,&#x201d; and &#x201c;b=39.6&#x201d; when a main lighting apparatus has a luminous intensity of x is defined outside an outline OL of a main light-emitting surface in a vehicle front view, and an auxiliary lighting apparatus disposition area, in which an auxiliary lighting apparatus of a steadily lighting type different from a flashing type lighting apparatus is disposed, is set upwardly of the main lighting apparatus and outside the glare area G.

Vehicle lighting system

A vehicle position detection system is provided to detect a vehicle position with higher accuracy. The vehicle position detection system includes a GPS receiving device mounted on the vehicle to receive GPS signals from a GPS satellite, a light beacon communication device mounted on the vehicle to receive light beacon information from a light beacon arranged in front of an intersection of a road, and a central processing unit mounted on the vehicle to correct a position of the vehicle based on the light beacon information upon reception of the light beacon information by the light beacon communication device.

Vehicle position detection system

In a vehicular body structure, left and right front pillars are provided closer to the longitudinal centerline of a vehicle than left and right corner sections of a compartment of the vehicle. First corner window () provided adjacent to one of the left and right front pillars () which is more remote from a driver's seat () has a greater opening area than a second corner window () provided adjacent to the other of the left and right pillars () which is closer to the driver's seat.

Vehicular body structure

Visual recognition assistance device () for a vehicle includes a pole section () provided at a corner area of the vehicle, and a plate section () provided at an intermediate portion or end portion of the pole section in substantially parallel relation to the ground surface. The plate section is in any one of disk, rectangular, triangular, kite and bar shapes. The plate section includes a pole-section position indicating portion () to point to the pole section in a highlighted fashion. The pole-section-position indicating portion may be in the form of a recessed portion, colored portion, light emitting portion, projecting portion or bar.

Visual recognition assistance apparatus for vehicle

Disclosed is a seat apparatus for a vehicle, which has the functions of supporting a seat main body being placed on a floor and behind pedals in the vehicle in such a way that the seat main body is movable forward, backward, upward and downward and that the seat main body is made higher in height as it moves forward, and adjusting a position of the seat main body forward, backward, upward and downward in a predetermined adjusting orbit, so that the position fits different builds of drivers. Furthermore, the adjusting orbit is determined based on hip points of the drivers, and the hip points are set on the condition that a viewpoint and heels of the drivers are fixed.

Seat apparatus for vehicles

A wedge setup/control method for plate material rolling ensures that the work side and drive side are equal in the rolled plate thickness. The wedge setup/control method, which is used in reversible rolling of a plate material with a rough mill for hot rolling, includes preparing a wedge meter on the outlet side of the rough mill to measure the plate thickness in the direction of the plate width; performing calculations on a wedge measured by the wedge meter, using the influence coefficient of the wedge for roll gap leveling of the rough mill; determining amount of roll gap leveling control; and exercising feedback control to apply the amount of roll gap leveling control to the roll gap leveling of the rough mill.

Growing community of inventors

Tokyo, Japan

Kazuyuki Maruyama