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    • 2. 发明专利
    • Swaging apparatus and swaging method
    • SWAGING APPARATUS和SWAGING方法
    • JP2007054856A
    • 2007-03-08
    • JP2005241691
    • 2005-08-23
    • Toshiba Corp株式会社東芝
    • YAMADA HIROAKI
    • B21J7/18B21J5/06H02K17/16
    • PROBLEM TO BE SOLVED: To provide a swaging apparatus and a swaging method by which the production efficiency of a rotor can be improved by reducing a time needed to a preparing step. SOLUTION: The swaging apparatus 1 is provided with; rolls 4 for supporting and rotating the rotor 3 provided with a plurality of slits 3c and a rotor bar 3d inserted in each slit 3c; a roller 17 for detecting the slit 3c of the rotor 3, a sensor 18 for detecting the displacement of the roller 17; a punch 10 for fixing the rotor bar 3d to the slit 3c by swaging the rotor bar 3d of the rotor 3. The detected signal of the sensor 18 is sent to a slot detecting part 26d to detect the slot 3c. The movement of the punch 10, is controlled with a punch projecting control part 26n so as to swage the rotor bar 3d in the slot 3c detected with the slot detecting part 26d. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种模锻设备和型锻方法,通过缩短制备步骤所需的时间,可以提高转子的生产效率。 < P>解决方案:模锻装置1设置有: 用于支撑和旋转设置有多个狭缝3c的转子3和插入每个狭缝3c中的转子条3d的辊4; 用于检测转子3的狭缝3c的辊17,用于检测辊17的位移的传感器18; 用于通过对转子3的转子条3d进行锻压将转子条3d固定到狭缝3c的冲头10.将传感器18的检测信号发送到槽检测部26d以检测槽3c。 冲头10的移动由冲头突出控制部分26n控制,以便在槽检测部分26d检测到的狭槽3c中挤压转子条3d。 版权所有(C)2007,JPO&INPIT
    • 4. 发明专利
    • Polishing device and polishing method
    • 抛光装置和抛光方法
    • JP2006035347A
    • 2006-02-09
    • JP2004216391
    • 2004-07-23
    • Toshiba Corp株式会社東芝
    • NAKAMURA YOSHIHIDEYAMADA HIROAKIASAI SATORUTSUBOI RYUSUKEKAMIMURA KENJI
    • B24C3/14
    • PROBLEM TO BE SOLVED: To provide a polishing device and a polishing method by which an abrasive can be accurately jetted to a large-sized circular or arcuate component such as a steam turbine, and also, a space therefor can be reduced.
      SOLUTION: The polishing device is provided with an articulated robot 61, which positions a polishing head 14 to the X direction, the Y direction, and the Z direction of three-dimensional coordinates, a rotary table 17, which is rotatably provided on the base face corresponding to an operating range of the polishing head positioned by the robot and in which a component to be polished is held at a prescribed place, and an abrasive recovering and supplying means for supplying the abrasive, which is jetted out from the polishing head, to the polishing head after recovering it. The polishing head is provided with a jet part composed of a belt, which is hung by being held with a pulley so that a jet opening part exists at a part of the periphery of an impeller for imparting rotational energy to the abrasive and to which the abrasive is pressed by the rotation of the impeller, and has an oscillating mechanism capable of setting the jet part in the oscillating and jetting directions to a horizontal shaft.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种抛光装置和抛光方法,通过该方法可以将磨料精确地喷射到诸如蒸汽轮机的大型圆形或弓形部件上,并且还可以减少其空间。 解决方案:抛光装置设置有铰接机器人61,其将抛光头14定位成X方向,Y方向和Z方向的三维坐标,旋转台17可旋转地设置 在对应于由机器人定位的抛光头的操作范围的基面上,并且其中要抛光的部件被保持在规定的位置;以及磨料回收和供给装置,用于供给磨料, 抛光头,恢复后抛光头。 抛光头设置有由皮带组成的喷射部分,该皮带通过被保持在滑轮上而悬挂,使得在叶轮的周边的一部分处存在喷射开口部分,以向磨料施加旋转能量, 研磨剂通过叶轮的旋转被按压,并且具有能够将喷射部分以摆动和喷射方向设置到水平轴的摆动机构。 版权所有(C)2006,JPO&NCIPI
    • 7. 发明专利
    • AUTOMATIC ELECTRIC WIRE PROCESSING UNIT
    • JPH11260166A
    • 1999-09-24
    • JP6156398
    • 1998-03-12
    • TOSHIBA CORP
    • HIDAKA YUKIAKIYAMADA HIROAKI
    • H01B13/00
    • PROBLEM TO BE SOLVED: To automatically execute a series of operations with self-diagnosis by instructing the operations from the marking to the wire sorting binding by a computer comprising the electric wire data on the wire to be processed and the procedure data, on the basis of both data. SOLUTION: A CAD data of an electric wire is input to a computer 13 by FD or LAN, a drum 14 on which an electric wire 1 is wound is placed on a pedestal 2, the marking is performed by a marking machine 4 through an electric wire supply device 3, a point of the electric wire is stripped by a cutting device 5, and the electric wire is sent to an electric wire processing portion 6. In the electric wire processing portion 6, the wire is examined by a core extrusion detector after a socket contact is mounted and clad, it is decided defective when the extrusion is detected, the electric wire 1 of the same mark number is produced again, and when the electric wire is free from the extrusion, a thermal shrinkable tube is mounted and shrinked. Then the electric wire 1 is fed to an electric wire sorting portion by the electric wire supply device 3 and a belt conveyor 9, so that the wires are bound to complete the assembling.