Minolta Camera Kabushiki Kaisha

Minolta Company, Ltd.

Toru Okatani

Yoichi Kawabuchi

Syuzi Maruta

Kadotaro Nishimori

Hiroyuki Ideyama

Hideo Ito

Toshiyuki Yamashita

Keiichi Nomura

Tatsuya Tanigawa

Osamu Toyama

Goro Tsutsumidani

Masaya Hirota

Hirohisa Miyamoyo

A mode setting apparatus selectively displays one of a plurality of mode setting screens on a display, each of which prompts a user to set a function corresponding to each mode. The mode setting apparatus displays the mode setting screen in a predetermined order in response to a first operation and a medium screen in response to a second operation on condition that any mode setting screen is displayed on the display. The mode setting apparatus changes the medium screen into the desired mode setting screen directly in response to a third operation.

Operational mode setting apparatus for display screen

Disclosed is a copying system wherein operation modes of a copying machine are set using an IC card located at a distance from the copying machine. The IC card has: a transmitter for transmitting a signal that contains an identification code for identifying the IC card itself, an identification code for identifying the copying machine, and prestored operation mode setting information for the copying machine; a receiver for receiving a signal transmitted from the copying machine; and a CPU for identifying the copying machine and its operating condition. The copying machine has: a transmitter for transmitting a signal that contains an identification code for identifying the copying machine itself, an identification code for identifying the IC card, and information concerning the operating condition of the copying machine itself; a receiver for receiving a signal transmitted from the IC card; and a CPU for identifying the originating IC card and for setting the copying machine operation mode.

Copying system using a remote device for controlling an operation of a

A program replacement device is incorporated in a computer system having a CPU and a program memory in which first programs to be executed by the CPU are stored. The program replacement device includes a RAM employed as the program memory and having a write enable terminal, and a protection circuit interposed between the write enable terminal of the program memory and a write signal outputted from the CPU. The protection circuit includes a push switch for instructing program replacement with respect to the program memory, a pulse generating circuit for generating a pulse signal having a given time interval in response to an instruction from the push switch, and a gate circuit for making, only when the pulse signal is generated, the write signal outputted from the CPU valid with respect to the write enable terminal of the program memory. The program replacement device further includes an interruption generating circuit for generating in the CPU an interruption required to write second programs in the program memory in response to the instruction from the instruction section, thereby replacing the first programs by the second programs.

Computer apparatus and method for replacing programs between memories by

An image forming apparatus capable of making copies under either predetermined standard copy conditions or copy conditions optionally set by an operator. After the final key input, or at the completion of a copying process, a first timer is set to count a predetermined time period. When the first timer finishes counting, the copy conditions are automatically set to the standard conditions. The above apparatus is provided with a guidance mode for the purpose of explaining the method for setting the functions and copy conditions within the apparatus to an inexperienced operator. In the case where the guidance mode is set by the operator, a second timer is set to count a predetermined time period longer than the time period counted by the first timer. When the second timer finishes counting, the copy conditions are automatically set to the standard conditions.

Image forming apparatus with auto-clear function

Copying system using a card

An electric stapler is disposed at the bottom of a tray on which printed sheets are stacked, and is movable along the bottom of the tray. Printed sheets are aligned on the tray along a reference line. The stapler moves along the bottom of the tray and stops at determined points to staple the aligned sheets. A control section is stored with data about the number and location of stapling points proper for each sheet size. The size of printed sheets to be stapled is detected, and the movement of the stapler is controlled so that the stapler can staple at proper points for the detected sheet size.

Finisher with a stapler

Growing community of inventors

Kobe, Japan

Toru Okatani