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    • 7. 发明专利
    • WORKING DEVICE
    • JPH0557520A
    • 1993-03-09
    • JP22295591
    • 1991-09-03
    • CANON KK
    • YOKOMATSU TAKAOASAMI MASAYOSHIHIGOMURA MAKOTO
    • B23D1/12B23Q5/34
    • PURPOSE:To embody a groove depth error of 1/100mum at the time of straight groove working, or that of a several nm order necessary at the time of mold working, unrealized by conventional machining technique. CONSTITUTION:A coarse motion Y slider 11 is mounted on a X slier 1, and moreover a fine motion Y slider 12 is fitted to the coarse motion Y slider 11 with fixtures mounted on the X slider 1. Work 14 is fixed to the fine motion Y slider 12. The fine motion Y slider 12 is composed of a fine motion mount for moving the work 14, a fine motion actuator, and a fine motion displacement sensor, etc., detecting the displacement of the fine motion mount. A cutting tool 9 is set at a given standard surface position, a cutting depth between the cutting tool 9 and a given bottom surface is set by electrifying the fine motion actuator, and control is made so as to fix the cutting depth based on the output of the fine motion displacement sensor.
    • 8. 发明专利
    • DRIVING GEAR FOR INCHWORM MOTOR
    • JPH0241678A
    • 1990-02-09
    • JP18817788
    • 1988-07-29
    • CANON KK
    • TAKIZAWA NAOKIHIGOMURA MAKOTO
    • H02N2/00
    • PURPOSE:To keep a driving gear at high speed and to make it of high resolution by varying the moving momentum in one sequence from the state where a clamp mechanism is fully closed to the next same state at one sequence unit. CONSTITUTION:A driving control circuit of an inchworm motor is composed of a sequence control circuit 1 to control the starting and stopping of the sequential action, an oscillation circuit 2, a ROM 3 into which the data of the driving sequence is written, a counter 4, a buffer 5, and a D/A converter 6. It is also equipped with piezoelectric elements 7, 10 to 11 of the motor, a first-order lag circuit 8 and a linear amplifier 9. As the moving momentum per sequence is decided by the extending quantity of the piezoelectric element 7, the data is written into the ROM 3 so that the output signal to data buses D1 to D6 will change depending upon the contents of a signal S1 to change the moving momentum of the motor. Thus, by setting the moving momentum to be positioned at high resolution for only the moving momentum of the last one sequence related to positioning, the degree of precision is improved.
    • 10. 发明专利
    • DRIVE CONTROLLER
    • JPS63216111A
    • 1988-09-08
    • JP4889987
    • 1987-03-05
    • CANON KK
    • KUROSAWA HIROSHIHIGOMURA MAKOTO
    • G05D3/12
    • PURPOSE:To improve the tracking fidelity of speed or position with respect to a command value by providing a position detection means to each of a drive section and a section to be driven and giving weight to the outputs so as to feed back the result. CONSTITUTION:When a drive instruction including the control mode, position and speed command is given from a CPU 18, an interface board 19 compares the command with signals 37, 38 from a rotary encoder 8 and a linear scale 17 to output a speed command signal 25, a position command signal 26 and selection signals 27, 28 of servomotors, 1, 9. The speed command signal 25 is enabled by the selection signals 27, 28, sent to a driver 22 or 23 via a preamplifier 20 or 21 enabled by the selection signals 27, 28 the driver 22 or 23 receiving it outputs a voltage to a motor 1 or 9, and the output is adjusted based on a voltage 33 or 35 from a tachogenerator 2 or 10. Thus, the time delay is suppressed in the device having a complicated dynamic transmission system.