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    • 81. 发明授权
    • Method and apparatus for stopping an industrial robot
    • 用于停止工业机器人的方法和装置
    • US5204598A
    • 1993-04-20
    • US773593
    • 1991-11-21
    • Nobutoshi ToriiSusumu ItoMasayuki HamuraTamotsu Sakai
    • Nobutoshi ToriiSusumu ItoMasayuki HamuraTamotsu Sakai
    • B25J13/08B25J9/06B25J9/16B25J9/18B25J19/06
    • B25J19/06B25J9/1674B25J9/1676G05B2219/45083G05B2219/49142
    • An industrial robot having a plurality of axes drivable by respective servomotors is stopped in operation after detecting a collision of the industrial robot with foreign matter. The monitoring of a position error of a servomotor for the axis with respect to which the collision is detected is stopped (S11), and the speed command for that axis is set to "0" (S12). A reverse torque is generated (S13) to decelerate and stop the servomotor. After elapse of a predetermined period of time (S14), the monitoring of a position error is resumed (S15). If the position error exceeds a predetermined value (S31), then an alarm is activated (S32). Then, currents supplied to all the servomotors are cut off (S33), thus stopping the operation of the robot in a short period of time.
    • PCT No.PCT / JP91 / 00353 Sec。 371日期1991年11月21日 102(e)日期1991年11月21日PCT 1991年3月13日PCT公布。 出版物WO91 / 14544 日期为1991年10月3日。在检测到工业机器人与异物的碰撞后,停止具有由各个伺服电动机驱动的多个轴的工业机器人。 检测到相对于检测到碰撞的轴的伺服电机的位置误差的停止(S11),将该轴的速度指令设定为“0”(S12)。 产生逆转矩(S13),使伺服电机减速停止。 在经过预定时间段(S14)之后,恢复对位置误差的监视(S15)。 如果位置误差超过预定值(S31),则报警被激活(S32)。 然后,切断供给所有伺服电动机的电流(S33),从而在短时间内停止机器人的动作。
    • 82. 发明授权
    • Laser robot with heat eliminating means
    • 具有热消除手段的激光机器人
    • US5185512A
    • 1993-02-09
    • US720821
    • 1991-07-15
    • Nobutoshi ToriiSusumu ItoAkihiro TeradaYasuo Sasaki
    • Nobutoshi ToriiSusumu ItoAkihiro TeradaYasuo Sasaki
    • B23K26/08B23K26/10B23K26/42B25J19/00
    • B23K26/0884B23K26/703B25J19/00B25J19/0054
    • A heat eliminator intercepts a heat transmission in a laser robot which has a robot base (12), a robot arm (16) joined for swing motion to a robot swivel post (14) set upright on the robot base (12), a laser beam projecting unit (20) attached to an extreme end of the robot arm (16), and a drive motor (Mv) for driving the robot arm (16) for a swing motion through a precision transmission mechanism (30, 32, 34) inserted between the robot swivel post and the robot arm, from the drive motor to the precision transmission mechanism. The heat eliminator is provided with a bracket member (26) arranged between the precision transmission mechanism (30, 32, 34) and the drive motor (Mv) with one end in contact with the end surface of the drive motor on the side of the output shaft thereof and the other end in contact with the precision transmission mechanism, and an annular cooling water passage (50) formed in the bracket member (26). Cooling water is supplied into the annular cooling water passage (50) formed in the bracket member (26) from a cooling water source (70) for supplying cooling water to the laser beam conduit lines of the robot arm (16) to cool the bracket member (26) to absorb heat generated by the drive motor (Mv) by the bracket member (26), so that the heat transmission to the precision transmission mechanism (30, 32, 34) is intercepted.
    • PCT No.PCT / JP90 / 01627 Sec。 371日期1991年7月15日 102(e)日期1991年7月15日PCT 1990年12月12日PCT PCT。 公开号WO91 / 08858 日期:1991年6月27日。一种除热器拦截了具有机器人基座(12)的机器人基座(12),机器人手臂(16),用于摆动运动的机器人旋转支架(14)上的热传递。 基座(12),安装在机器人手臂(16)的前端的激光束投影单元(20),以及用于通过精密传动机构驱动机器人手臂(16)进行摆动的驱动马达(Mv) (30,32,34),其从所述驱动马达到所述精密传动机构插入所述机器人旋转柱和所述机器人手臂之间。 除热器设置有布置在精密传动机构(30,32,34)和驱动马达(Mv)之间的托架构件(26),其一端与驱动马达的端面相接触 输出轴,另一端与精密传动机构接触,以及形成在支架构件(26)中的环形冷却水通道(50)。 冷却水从用于向机器人手臂(16)的激光束导管供给冷却水的冷却水源(70)供给到形成在支架构件(26)中的环形冷却水通道(50)中,以冷却支架 构件(26),用于吸收由支架构件(26)由驱动电动机(Mv)产生的热量,使得对精密传动机构(30,32,34)的传热被截断。
    • 85. 发明授权
    • Multi-articulated arm type industrial laser robot
    • 多功能ARM型工业激光机器人
    • US5140129A
    • 1992-08-18
    • US668498
    • 1991-03-18
    • Nobutoshi ToriiSusumu ItoAkihiro Terada
    • Nobutoshi ToriiSusumu ItoAkihiro Terada
    • B23K26/08B23K26/10B25J19/00
    • B23K26/0884B25J19/0037
    • A laser beam passage (10) arranged outside a robot unit of a multi-articulated arm type industrial laser robot has a base (71), a swivel body (72), a first robot arm (74) supported for swing motion, a second robot arm (76) pivotally joined to the first robot arm (74), and a robot wrist (80) attached to an front end of the second robot arm (76) and provided with a laser beam emitting head (79) to connect a laser oscillator (12) to a laser beam receiving unit (77) provided on a rear end of the second robot arm (76). The laser beam passage means (10) has a first laser beam shifting system (20) routing a laser beam emitted by the laser oscillator (12) to an extremity thereof, and having a plurality of rotary joints (R.sub.1, R.sub.2), one telescopic linear-motion joint (S.sub.1), a plurality of laser beam conduits (24, 26) and built-in laser beam reflecting mirrors (25, 27); and a second laser beam shifting system (30) routing the laser beam from the extremity of the first laser beam shifting system (20) toward the laser beam receiving unit (77) attached to the rear end of the second robot arm (76), and having a plurality of rotary joints (R.sub.4 to R.sub.6), a plurality of laser beam conduits (32, 35, 37) and built-in laser beam reflecting mirrors (34, 36).
    • PCT No.PCT / JP90 / 00920 Sec。 371日期1991年3月18日 102(e)1991年3月18日PCT PCT 1990年7月17日PCT公布。 公开号WO91 / 01194 日本专利公报2001年2月7日。一种设置在多关节臂式工业激光机器人的机器人单元外侧的激光束通路(10)具有基座(71),旋转体(72),第一机器人手臂(74) 支撑摆动运动的第二机器人臂(76)和枢轴连接到第一机器人手臂(74)的第二机器人手臂(76)和安装在第二机器人手臂(76)前端的机械手腕(80) 头部(79)将激光振荡器(12)连接到设置在第二机器人臂(76)的后端上的激光束接收单元(77)。 激光束通道装置(10)具有将由激光振荡器(12)发射的激光束路由到其末端的第一激光束移动系统(20),并且具有多个旋转接头(R1,R2),一个伸缩 线性运动接头(S1),多个激光束导管(24,26)和内置的激光束反射镜(25,27); 以及将激光束从第一激光束移动系统(20)的末端引导到附接到第二机器人臂(76)的后端的激光束接收单元(77)的第二激光束移动系统(30) 并具有多个旋转接头(R4〜R6),多个激光束导管(32,35,37)和内置激光束反射镜(34,36)。
    • 87. 发明授权
    • Structure of shaft supporter in industrial robot
    • 工业机器人轴支架结构
    • US5105136A
    • 1992-04-14
    • US465115
    • 1990-02-20
    • Nobutoshi ToriiSusumu ItoMasayuki HamuraAkira Tanaka
    • Nobutoshi ToriiSusumu ItoMasayuki HamuraAkira Tanaka
    • B25J9/04B25J9/00B25J9/02B25J18/02
    • B25J9/0009B25J18/02Y10T74/18856Y10T74/19181
    • A gear box (30) housing a reduction gear unit (24) and supporting a drive motor (22), and a elongated screw shaft (12) is fitted over a base plate (14) so that an area of a shaft supporter (10) projected in a plane perpendicular to a longitudinal direction of the elongated screw shaft is reduced, which supporter supports both ends of the elongaged screw shaft (12) for moving a movable element such as an arm of an industrial robot in a predetermined direction. Furthermore, a circular boss portion (32b) provided at the lower face of the gear box (30) and a hole (14a) provided at the base plate (14) are used for positioning the gear box on the base plate (14), and the positioning in a height direction is achieved by positioning elements (40) having a predetermined height dimension when the gear box (30) is attached to the base plate (14).
    • PCT No.PCT / JP89 / 00619 Sec。 371日期1990年2月20日 102(e)1990年2月20日PCT PCT。 WO89 / 12531 PCT出版物 日期:1989年12月28日。一个容纳减速齿轮单元(24)并支撑驱动马达(22)的齿轮箱(30)和细长的螺杆轴(12),装在基板(14)上, 在垂直于细长螺杆轴的纵向的平面中突出的轴支撑件(10)的面积减小,该支撑件支撑延伸螺纹轴(12)的两端,用于移动诸如工业的臂的可移动元件 机器人沿预定方向。 此外,设置在齿轮箱(30)的下表面处的圆形凸台部分(32b)和设置在基板(14)上的孔(14a)用于将齿轮箱定位在基板(14)上, 并且当齿轮箱(30)附接到基板(14)时,通过定位具有预定高度尺寸的元件(40)来实现高度方向上的定位。