Abstract: A vehicle cowl structure includes a cowl box including a closed cross-section, an inclined holding surface configured to hold a lower end portion of a windshield, an upper wall extending toward an interior of a vehicle cabin from an upper end of the holding surface, a vertical wall extending downward from an inside end of the upper wall, a bottom wall extending toward a front portion of the vehicle from a lower end of the vertical wall, and a recessed portion formed on the upper wall extending in a direction of the width of the vehicle, wherein the recessed portion is depressed toward an inside of the cowl box and is smoothly curved from the windshield holding surface to the vertical wall.

Abstract: A vehicle cowl structure includes a cowl box including a closed cross-section, an inclined holding surface configured to hold a lower end portion of a windshield, an upper wall extending toward an interior of a vehicle cabin from an upper end of the holding surface, a vertical wall extending downward from an inside end of the upper wall, a bottom wall extending toward a front portion of the vehicle from a lower end of the vertical wall, and a recessed portion formed on the upper wall extending in a direction of the width of the vehicle, wherein the recessed portion is depressed toward an inside of the cowl box and is smoothly curved from the windshield holding surface to the vertical wall.

Abstract: A centerless grinding apparatus (10) includes an outer diameter surface grinding wheel (11) for grinding the outer diameter surface of a work (1) of a substantially cylindrical shape, a regulating wheel (12) for supporting the outer diameter surface of the work (1) in conjunction with the outer diameter surface grinding wheel (11) and an end surface grinding wheel (21) for grinding the end surface of the work (1). The end surface grinding wheel (21) grinds the end surface of the work (1) while the outer diameter surface grinding wheel (11) grinds the outer diameter surface of the work (1) in a state that the work (1) is disposed between the outer diameter surface grinding wheel (11) and the regulating wheel (12).

Abstract: A centerless grinding apparatus (10) includes an outer diameter surface grinding wheel (11) for grinding the outer diameter surface of a work (1) of a substantially cylindrical shape, a regulating wheel (12) for supporting the outer diameter surface of the work (1) in conjunction with the outer diameter surface grinding wheel (11) and an end surface grinding wheel (21) for grinding the end surface of the work (1). The end surface grinding wheel (21) grinds the end surface of the work (1) while the outer diameter surface grinding wheel (11) grinds the outer diameter surface of the work (1) in a state that the work (1) is disposed between the outer diameter surface grinding wheel (11) and the regulating wheel (12).

Abstract: A centerless grinding apparatus (10) includes an outer diameter surface grinding wheel (11) for grinding the outer diameter surface of a work (1) of a substantially cylindrical shape, a regulating wheel (12) for supporting the outer diameter surface of the work (1) in conjunction with the outer diameter surface grinding wheel (11) and an end surface grinding wheel (21) for grinding the end surface of the work (1). The end surface grinding wheel (21) grinds the end surface of the work (1) while the outer diameter surface grinding wheel (11) grinds the outer diameter surface of the work (1) in a state that the work (1) is disposed between the outer diameter surface grinding wheel (11) and the regulating wheel (12).

Abstract: A computer user interface for use in a transport vehicle (10), which defines a virtual control panel in the upper open area of the vehicle steering wheel (12). The user enters inputs by action in appropriate sections of the virtual control panel area. A computer controlled display (20) illustrates a map to the user of locations of sections in the virtual control panel area, and information that can be input by user action with particular sections. A sensor (22) monitors the virtual control panel area, and produces electronic information corresponding to user action in the virtual control panel area. Software logic in a computer (46) analyzes the electronic information to determine if there has been user action and the location thereof, for designating an action as a particular user input. Based upon the designation, the computer produces an appropriate output, such as operating or adjusting vehicle systems.

Abstract: A centerless grinding apparatus (10) includes an outer diameter surface grinding wheel (11) for grinding the outer diameter surface of a work (1) of a substantially cylindrical shape, a regulating wheel (12) for supporting the outer diameter surface of the work (1) in conjunction with the outer diameter surface grinding wheel (11) and an end surface grinding wheel (21) for grinding the end surface of the work (1). The end surface grinding wheel (21) grinds the end surface of the work (1) while the outer diameter surface grinding wheel (11) grinds the outer diameter surface of the work (1) in a state that the work (1) is disposed between the outer diameter surface grinding wheel (11) and the regulating wheel (12).