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    • 6. 发明专利
    • GATE CUTTING METHOD AND APPARATUS FOR INJECTION MOLDED PRODUCT
    • JPH11291302A
    • 1999-10-26
    • JP9206098
    • 1998-04-03
    • NIPPON STEEL CORP
    • SHIMAZU HIROSHIOKAGO HARUHITO
    • B29C45/38B29C45/42
    • PROBLEM TO BE SOLVED: To achieve the exclusion of manual gate removing work and the enhancement of the life of a blade by eliminating the entanglement of gate whiskers with a nipper or the like at a time of the cutting of the gate of an injection molded product and to compensate the lowering of the rigidity of a molded product grasping robot while ensuring a gate cutting position facilitating teaching and maintenance. SOLUTION: A hand 4 capable of grasping a molded product part is attached to a vertical drive arm 2 equipped with a mechanism revolvable to -90 deg.-, 0 deg.-and 90 deg.-positions. A molded product grasping robot 1 wherein the vertical drive arm 2 is attached to an orthogonal coordinates robot and a drive nipper 8 having a constant pressing force generating mechanism cutting the gate of a molded product 18 are arranged and a rearranging machine 19 for primarily holding the molded product 18 to the operation range of the molded product grasping robot is arranged and the gate generating surface of the molded product 18 grasped by the molded product grasping robot 1 is turned downwardly to cut the gate.
    • 9. 发明专利
    • CALIBRATOR FOR IMAGE PROCESSING DEVICE
    • JPH06288720A
    • 1994-10-18
    • JP10028593
    • 1993-04-02
    • NIPPON STEEL CORP
    • WATARI HIDEJIOKAGO HARUHITOSHINODA TSUYOSHIOKI TSUTOMU
    • G01B11/02G06T7/00G06T7/60G06F15/70
    • PURPOSE:To calibrate an image processing device with high accuracy by means of simple constitution. CONSTITUTION:A heat resistant body 7 is supported in a casing 6 with a recessed cross section through a heat resistant elastic material 12, a red heat wire 8 with a line diameter smaller in response to resolution of the camera of an image processing device is received in a linear groove formed on the upper face of the heat resistant body 7 and the red heat wire 8 is energized by a tension coil spring 10 so that the wire gets tense. Electric current is made to flow through the red heat wire 8 via lead wires 11a and 11b so as to have heat generated and light emitted. Thus, by using, for example, a pair of luminous units 5, the read heat wires 8 are arranged on a frame in parallel to each other at a predetermined reference interval and taken by the camera of the image processing device. And a measured value acquired from both output peak values owing to both red heat wires 8 is compared with the reference length for calibration. The reference length can be determined by using the red heat wire in compliance with the resolution of the camera and calibration with high accuracy can be achieved by making the red hear wires as thin as possible.