Abstract: A swivel frame for a swivel work machine includes a swivel base plate supported on a traveling machine body to be pivotable about a swivel axis and mounting an engine at a rear portion thereof, a support bracket provided at a front end of the swivel base plate for supporting an excavator, a partition wall provided on the swivel base plate for partitioning space forwardly of the engine in the fore/aft direction, and a pair of right and left vertical ribs provided on the swivel base plate for interconnecting the support bracket and the partition wall. The swivel base plate is divided into a rear plate portion on the rear side thereof and a front plate portion on the front side thereof, the rear plate portion being formed of a plate thinner than the front plate portion. The rear plate portion and the front plate portion are fixedly connected to each other in such in a manner that upper surfaces thereof are flush each other. A rear portion of the front plate portion projects more rearward than the partition wall.

Abstract: A swivel frame for a swivel work machine includes a swivel base plate supported on a traveling machine body to be pivotable about a swivel axis and mounting an engine at a rear portion thereof, a support bracket provided at a front end of the swivel base plate for supporting an excavator, a partition wall provided on the swivel base plate for partitioning space forwardly of the engine in the fore/aft direction, and a pair of right and left vertical ribs provided on the swivel base plate for interconnecting the support bracket and the partition wall. The swivel base plate is divided into a rear plate portion on the rear side thereof and a front plate portion on the front side thereof, the rear plate portion being formed of a plate thinner than the front plate portion. The rear plate portion and the front plate portion are fixedly connected to each other in such in a manner that upper surfaces thereof are flush each other. A rear portion of the front plate portion projects more rearward than the partition wall.

Abstract: It identifies the on-substrate arrangement position information of the transfer products which are fabricated on the same substrate without increasing the fabrication processes. The process of repeatedly exposing a plurality of transfer product patterns which are depicted on a sheet of photo mask are repeatedly exposed on a substrate S times, and in at least two exposure processes among the S times exposure processes, photo masks on which different identification patterns are depicted for each of the plural transfer product patterns are employed to carry out the exposure processes repeatedly, and the number of transfer product patterns which are transferred at one time are differentiated between a process in the at least two exposure processes and the other processes.

Abstract: An input device enables a user to operate an electronic apparatus in an optimum position for the user. For this purpose, the input device of the present invention includes: a display unit in which images are displayed; an input detection unit that is disposed to be movable back and forth in front of the display unit and optically detects an operation position indicated for an operation screen displayed in the display unit; a control unit that outputs a control signal corresponding to the detected operation position; and an electric driving unit that moves the input detection unit back and forth. By changing the position of the input detection unit to an operation position suitable to a driver, the driver can operate the electronic apparatus in an optimum position for the driver.

Abstract: In a display system, a projector is mounted inside a vehicle, and emits a light beam, which is generated based on an image signal, toward an opening formed at a portion near a rear end of the vehicle. An exterior screen is extendable toward the opening and is made of a material having low stiffness. While being extended toward the opening, the exterior screen displays an image by allowing the light beam emitted by the projector to pass therethrough. A screen housing unit is mounted on or near one of a rear hatch and a back door of the vehicle for accommodating the exterior screen.

Abstract: An on-screen display device that can effectively utilize a video RAM area. This on-screen display device includes a video RAM that holds character data of desired characters that are to be displayed; a display character setting unit for locating the number of bits as many as the remainder that is obtained by dividing character data corresponding to one character by the number of bits that can be read at one-time access from the video RAM, collectively by one line in the video RAM; buffers for storing a part of character data of the respective characters; a character generator ROM for outputting font data corresponding to the character codes; and a display control unit for reading character data from the video RAM via the buffers at the display of the characters, and reading the font data that are created by the character generator ROM, thereby outputting an on-screen output signal.

Abstract: An on-screen display device that can effectively utilize a video RAM area. This on-screen display device includes a video RAM that holds character data of desired characters that are to be displayed; a display character setting unit for locating the number of bits as many as the remainder that is obtained by dividing character data corresponding to one character by the number of bits that can be read at one-time access from the video RAM, collectively by one line in the video RAM; buffers for storing a part of character data of the respective characters; a character generator ROM for outputting font data corresponding to the character codes; and a display control unit for reading character data from the video RAM via the buffers at the display of the characters, and reading the font data that are created by the character generator ROM, thereby outputting an on-screen output signal.

Abstract: An image displaying apparatus includes a projector unit mounted on an automotive vehicle to project an image; a display screen mounted on the automotive vehicle to display the image projected from the projector unit; an operation icon projected on one assigned area of the display screen by the projector unit; and a controller for controlling the projector unit by producing an operation signal in correlation with the operation icon to the projector unit when the operation icon is selected. The image displaying apparatus thus constructed can facilitate the operation of the projector with no need for a special remote controlling unit and an operation panel.

Abstract: The present invention provides an on-screen display device that can effectively utilize a part of a video RAM area for characters which perform special character display. This on-screen display device includes a register that retains information for performing special character display of respective lines, such as through display or space display, and compares display information of the respective line between the register and a display line counter, to output information indicating whether the special character display is to be performed or not to the video RAM, thereby effectively utilizing a part for performing the special character display in the video RAM area.

Abstract: In a display system, a projector 1 is mounted inside a vehicle A, and emits a light beam generated based on an image signal toward an opening G formed at a portion near a rear end of the vehicle A. An exterior screen 32 is extendable toward the opening G and is made of a material having low stiffness. While being extended toward the opening G, the exterior screen 32 displays an image by allowing the light L beam emitted by the projector 1 to pass therethrough. A screen housing unit 31 is mounted on or near one of a rear hatch B and a back door B of the vehicle A for accommodating the exterior screen 32.