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    • 45. 发明专利
    • OPTICAL CARD READER
    • JPH038122A
    • 1991-01-16
    • JP14279289
    • 1989-06-05
    • OMRON TATEISI ELECTRONICS CO
    • TAJIMA TOSHIHIROHAYAKAWA TOMOHIKO
    • G06K17/00G06K7/00G06K7/10G11B7/00G11B7/0033G11B25/04
    • PURPOSE:To obtain the optical card reader being small in size and convenient for carrying, and also, to read out the recording contents of an optical card even in a place where no host computer exists by containing a reading light source consisting of an LED, etc., and other necessary means in a housing. CONSTITUTION:An optical system 30 consisting of an LED, etc., is used as a reading light source of information recorded in an optical card 3, therefore, this card reader can be miniaturized. A servo-CPU 14 is provided as a control means for controlling this optical system 30. Also, a photodetector, a demodulating circuit 16, and an LCD 9 are provided as a means for reading in and outputting the data, an A/D converting means, and a means for displaying the data which is read in, respectively. Moreover, a changeover switch 8 is provided as an input/output operating means for storing the information displayed on the LCD 9, and also, operating an input and an output of the stored information. Furthermore, an interface circuit 20 is provided as a data switching means which can execute data switching to a host CPU. These means are contained in a housing.
    • 46. 发明专利
    • PRINTER DEVICE WITH SCANNER
    • JPH033030A
    • 1991-01-09
    • JP13769089
    • 1989-05-31
    • OMRON TATEISI ELECTRONICS CO
    • TAJIMA TOSHIHIROHAYAKAWA TOMOHIKO
    • B41J3/44G06F3/12
    • PURPOSE:To attain space saving to improve handleability by storing a printing- out part, a carrying means, a printing control means, and an interface circuit in a housing, providing an image scanner independently of the housing and attachably/detachably connecting the image scanner to the housing through a wire harness. CONSTITUTION:A placing recessed part 3c for placing a scanner part 2 is formed on the side of the printer device 3, a printing paper insertion port 3a is formed on the upper end face side and a discharge port 3d is formed on the lower end face side. The side part of the printer device 3 is attachably/ detachably fitted to a disk side 99a through a magnet or the like. On the other hand, the scanner part 2 attachably/detachably fitted on the recessed part 3 is connected independently of the printer device 3 through the wire harness 101 and an image sensor 2a is provided in the housing B to optionally scan the surface of original paper X. Consequently, the compact constitution and space saving of the printer device 3 can be attained and the handleability can be improved.
    • 47. 发明专利
    • COORDINATE POSITION DETECTOR
    • JPH0281117A
    • 1990-03-22
    • JP23307288
    • 1988-09-17
    • OMRON TATEISI ELECTRONICS CO
    • SATO HIDEKITAJIMA TOSHIHIROOHASHI YUJINODA ATSUSHI
    • G06K11/06G06F3/03G06F3/046
    • PURPOSE:To always keep a fixed reception level and to accurately detect the coordinates, etc., by controlling the amplification factor of a reception circuit in response to the changeover of the capacitor capacity of an input means like a light pen, etc., which is performed by a switch. CONSTITUTION:A capacitor is changed and discharge when an induction coil contained in a light pen, etc., touching a coordinate input detecting plate 3 responds to the output of a transmission circuit 4 of a transmission loop coil. The output of the induction coil produced in response to the discharge of the capacitor is received by a reception circuit 5 of a reception loop coil. Then the outputs of a clock counting circuit 9 and an oscillation circuit 11 are supplied as the reference signals via an amplification factor switching circuit 17, etc., and processed by a phase sensor 28, a CPU 6, etc. Thus an input coordinate position is decided. In this case, the switches SW0 - 4 are changed over in response to the types of inputs like angles, etc., and the capacitor capacity is selected. Thus the amplification factor is controlled by the circuit 17 in response to a switch signal and therefore a fixed reception level is always kept. As a result, the errors are decreased and the coordinates, etc., can be accurately detected.
    • 48. 发明专利
    • ORIGINAL COVERING DEVICE FOR COPYING MACHINE
    • JPS6437567A
    • 1989-02-08
    • JP19342487
    • 1987-07-31
    • OMRON TATEISI ELECTRONICS CO
    • SATO HIDEKIHASHIZUME SHINICHINODA ATSUSHITAJIMA TOSHIHIROOHASHI YUJI
    • G03B27/62G03G15/04G06T1/00H04N1/10H04N1/107
    • PURPOSE:To simplify the coordinate inputting operation of an original and to input the coordinate even if the original is thick by equipping a translucent electrostatic adsorbent plate which is disposed on the upper surface side of an original cover plate and attracts and holds the original so as to freely load and unload and an untranslucent cover pivoted to an equipment main body to be turned. CONSTITUTION:A coordinate reading part 5 which is translucent is disposed on one side of the translucent original cover plate 4, which is pivoted to the equipment main body 1 to be turned, facing an original placing table 1. The translucent electrostatic adsorbent plate 6 which attracts and holds the original so as to freely load and unload is disposed on the upper surface side of the original cover plate 4, facing the coordinate reading part 5. Moreover, the untranslucent cover 7 is pivoted to the equipment main body 1 to be freely turned, facing the upper surface of the electrostatic attraction plate. Since the original M is attracted to the electrostatic attraction plate 6, thus, the input of the coordinate such as the specification of editing area, etc., can be executed even if the original is not pressed by hand. If copying actin is executed by closing the untranslucent cover 7, the input of coordinate such as the editing area, etc., of a book can be executed even in case of thick substance like a book.
    • 49. 发明专利
    • DEVICE FOR CONTROLLING STOPPING POSITION OF UNMANNED CARRIER CAR
    • JPS61239306A
    • 1986-10-24
    • JP8079485
    • 1985-04-16
    • OMRON TATEISI ELECTRONICS CO
    • TAJIMA TOSHIHIROYAITA KOICHIYONEKURA YASUTO
    • B60L15/40G05D1/02
    • PURPOSE:To perform accurate stopping position control on an unmanned carrier car in accordance with photodetecting levels, by providing a light transmitting device which respectively has light projecting and photodetecting sections at the carrier car and a prescribed position of the passing route of the car and changing the directional angles of the light projecting ad photodetecting sections from each other. CONSTITUTION:When an unmanned carrier car 1 passes through a running route 2 and an optical signal from its light projecting section is recognized by the photodetecting element of the photodetecting section 6r of a master station 5, the address of the carrier car is detected and it is discriminated whether or not the carrier car 1 must be stopped. Addresses of the carrier car are set in an address setting section 13 and, if the unmanned carrier car is to be stopped, an address detecting signal is given to a decelerating instruction sending section 18 and stopping instruction sending section 20. Even after the decelerating instruction is sent, the optical signal of the carrier car 1 is given to the master station 5 and its peak value is successively updated by a peak value holding section 16, but, if the level of the photodetecting section 6r becomes lower than the peak value level held by the peak value holding section 16, the output of a comparator 15 is given to the stopping instruction sending section 20. In this case, the side lobe of the photodetecting angle alpha is not produced and the peak value signal from the light projecting section can be discriminated accurately, since the directional angle (B) of the photodetecting section 6r of the master station 5 is constituted smaller than the photodetecting angle (alpha).