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    • 3. 发明专利
    • DETECTING METHOD OF LONGITUDINAL BEND OF LEAD PIN OF COMPONENT WITH FACE
    • JPH01288757A
    • 1989-11-21
    • JP11810488
    • 1988-05-17
    • HITACHI LTD
    • KAKUYA TADAAKINAKAMURA MITSUOTOMITA TOMOYAKATO HIROYASUIGARASHI HIROMICHIOKUBO SHIGETOOKUBO TSUYOSHI
    • G01N21/88G01B11/24G01N21/956H01L21/66H05K13/08
    • PURPOSE:To enable the detection of a longitudinal bend of a lead pin, by setting a line to pass through the central part in the longitudinal direction of an image pattern of the lead pin, and by detecting the intersecting point of this line and the end part of the lead pin to determine the position of the intersecting point in the longitudinal direction. CONSTITUTION:A measuring line L is set on a prescribed position of an IC image picked up in an IC mounting device, and the brightness of image data D extracted along the line L shows a pattern as shown in a figure (b). Out of the image data, the data D of a part corresponding to the line L are averaged in a weighted manner to determine edge coordinates Xk of the opposite ends of each lead pin 2, and then the center coordinates of each pin 2 are determined. Then, a straight line S for sampling is set for each pin 2 through the center coordinates of the pin 2 and along the direction of the length thereof as shown in a figure (c). Since this straight line S intersects the fore end part of the pin 2 at a right angle, the brightness D of the image data are sampled along the straight line S and thereby the positions of coordinates in the direction of the length along the straight line S for sampling can be detected precisely. Subsequently, the positions of the coordinates of the fore end part of the detected pin 2 are compared for each pin 2, and thereby the amount of a longitudinal bend of the pin 2 can be detected.
    • 9. 发明专利
    • ELECTRONIC PARTS MOUNTING DEVICE
    • JPH03112200A
    • 1991-05-13
    • JP24932189
    • 1989-09-27
    • HITACHI LTD
    • KATO HIROYASUKADOYA TADAAKIOKUBO SHIGETO
    • H05K13/04
    • PURPOSE:To enable the center of deviation of mounting accuracy to be automati cally converged to an optimum position by analyzing an image data at a speci fied part by an image pick-up means for detecting the displacement of the position for mounting electronic parts and for controlling the mechanism of a robot. CONSTITUTION:The image of an actual mounting part of electronic parts, to be supplied from a parts supplying part 4, at a specified position of a printed- circuit board which is supplied from a printed-circuit board carrying part 3 by a cross robot mechanism 2 is picked up by TV cameras 5 and 6 of an elec tronic parts mounting device 1. This image pick-up data is analyzed by an image data analyzing part 7, the displacement of the position for mounting the electronic parts is detected, and the position of the electronic parts is corrected by the mechanism 2. With the configuration for achieving self- diagnosis control, the center of deviation of mounting accuracy can be converged to an optimum position and electronic parts having deviation can be mounted with improved accuracy.
    • 10. 发明专利
    • Detecting device for center position of hole
    • 检测孔的中心位置的装置
    • JPS6151505A
    • 1986-03-14
    • JP17323084
    • 1984-08-22
    • Hitachi Ltd
    • OKUBO SHIGETOTSUJI YUKIROYOSHIHARA MINORUASHIHARA KEIGAN
    • G01B11/00H05K13/08
    • PURPOSE: To maintain initial precision for a long period by making a self-diagnosis of an optical system, and altering conditions on which the center position of the hole is detected according to the diagnostic result.
      CONSTITUTION: The hole 2d of a printed board 2c arranged at right angles to the optical axis T of spot luminous flux 2b emitted by a projection part 2a is irradiated with the spot luminous flux 2b. The output of the four-divided photodetecting element of a photodetection part 2g varies in proportion to the deviation of the hole 2d of the printed board 2c and its output is inputted to a microcomputer 2F through amplifying circuits 2AW2D and an A/D converter 2E. The microcomputer 2F calculates the quantity of correction and controls servo-motors 2H and 2J through a servo driving circuit 2G to align the insertion position of an electric insertion component to the hole center position of the printed board 2c. Further, the microcomputer 2F detects abnormality on the basis of the output of the photodetection part 2g in normal operation to alter the conditions of the center position detection of the hole.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过对光学系统进行自我诊断,并根据诊断结果改变检测孔中心位置的条件,保持长时间的初始精度。 构成:用投影部2a发射的与点光源2b的光轴T成直角的印刷基板2c的孔2d照射点光通量2b。 光检测部分2g的四分光敏元件的输出与印刷电路板2c的孔2d的偏差成比例地变化,并且其输出通过放大电路2A-2D和A / D转换器输入到微计算机2F 2E。 微型计算机2F通过伺服驱动电路2G计算校正量并控制伺服电动机2H和2J,以将电插入部件的插入位置与印刷电路板2c的孔中心位置对准。 此外,微型计算机2F根据正常操作中的光电检测部分2g的输出来检测异常,以改变孔的中心位置检测的状况。