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    • 3. 再颁专利
    • Articulating device
    • 铰接装置
    • USRE43250E1
    • 2012-03-20
    • US12662143
    • 2010-03-31
    • Peter G. LloydDavid S. WallaceDavid R. McMurtryJames L. ChaseDavid Jones
    • Peter G. LloydDavid S. WallaceDavid R. McMurtryJames L. ChaseDavid Jones
    • G01B5/20G01B5/00
    • G05B19/404G05B2219/39179G05B2219/41048G05B2219/41081
    • Disclosed is a method of moving an articulating mechanism (22,410) for a measuring device, comprising the steps of: releasing two bodies (14,16, 410a,410b) which form the articulating mechanism allowing relative movement thereof; moving one of the bodies with respect to the other until a desired position is reached; and re-constraining the two bodies so they are relatively fixed, perhaps as part of a locking process, characterised in that relative movement prior to re-constraining at the desired position occurs under particular conditions. The particular conditions including moving from the same direction; and stopping, slowing down or maintaining the condition at a position adjacent to the desired position. Also disclosed is a method of positioning an articulating mechanism (22,410) for a measuring device which is controlled by a potentiometer and a controller (11) for a measuring device.
    • 公开了一种移动用于测量装置的铰接机构(22,410)的方法,包括以下步骤:释放形成铰接机构的两个主体(14,16,410a,410b),允许其相对移动; 将一个物体相对于另一个移动到达到期望的位置; 并且重新限制两个体,使得它们相对固定,可能作为锁定过程的一部分,其特征在于,在特定条件下发生在期望位置处重新约束之前的相对运动。 特定条件包括从同一方向移动; 并且在与期望位置相邻的位置处停止,减缓或维持状态。 还公开了一种定位用于由电位器和用于测量装置的控制器(11)控制的测量装置的关节运动机构(22,410)的方法。
    • 5. 发明授权
    • Articulating device
    • 铰接装置
    • US07350310B2
    • 2008-04-01
    • US11340609
    • 2006-01-27
    • Peter G LloydDavid S WallaceDavid R McMurtryJames L ChaseDavid Jones
    • Peter G LloydDavid S WallaceDavid R McMurtryJames L ChaseDavid Jones
    • G01B5/00
    • G05B19/404G05B2219/39179G05B2219/41048G05B2219/41081
    • Disclosed is a method of moving an articulating mechanism (22,410) for a measuring device, comprising the steps of: releasing two bodies (14,16, 410a,410b) which form the articulating mechanism allowing relative movement thereof; moving one of the bodies with respect to the other until a desired position is reached; and re-constraining the two bodies so they are relatively fixed, perhaps as part of a locking process, characterised in that relative movement prior to re-constraining at the desired position occurs under particular conditions. The particular conditions including moving from the same direction; and stopping, slowing down or maintaining the condition at a position adjacent to the desired position. Also disclosed is a method of positioning an articulating mechanism (22,410) for a measuring device which is controlled by a potentiometer and a controller (11) for a measuring device.
    • 公开了一种移动用于测量装置的铰接机构(22,410)的方法,包括以下步骤:释放形成铰接机构的两个主体(14,16,410a,410b),允许其相对移动; 将一个物体相对于另一个移动到达到期望的位置; 并且重新限制两个体,使得它们相对固定,可能作为锁定过程的一部分,其特征在于,在特定条件下发生在期望位置处重新约束之前的相对运动。 特定条件包括从同一方向移动; 并且在与期望位置相邻的位置处停止,减缓或维持状态。 还公开了一种定位用于由电位器和用于测量装置的控制器(11)控制的测量装置的关节运动机构(22,410)的方法。
    • 7. 发明申请
    • Articulating device
    • 铰接装置
    • US20060196066A1
    • 2006-09-07
    • US11340609
    • 2006-01-27
    • Peter LloydDavid WallaceDavid McMurtryJames ChaseDavid Jones
    • Peter LloydDavid WallaceDavid McMurtryJames ChaseDavid Jones
    • G01B5/00
    • G05B19/404G05B2219/39179G05B2219/41048G05B2219/41081
    • Disclosed is a method of moving an articulating mechanism (22,410) for a measuring device, comprising the steps of: releasing two bodies (14,16, 410a,410b) which form the articulating mechanism allowing relative movement thereof; moving one of the bodies with respect to the other until a desired position is reached; and re-constraining the two bodies so they are relatively fixed, perhaps as part of a locking process, characterised in that relative movement prior to re-constraining at the desired position occurs under particular conditions. The particular conditions including moving from the same direction; and stopping, slowing down or maintaining the condition at a position adjacent to the desired position. Also disclosed is a method of positioning an articulating mechanism (22,410) for a measuring device which is controlled by a potentiometer and a controller (11) for a measuring device.
    • 公开了一种移动用于测量装置的铰接机构(22,410)的方法,包括以下步骤:释放形成铰接机构的两个主体(14,16,410a,410b),允许其相对移动; 将一个物体相对于另一个移动到达到期望的位置; 并且重新限制两个体,使得它们相对固定,可能作为锁定过程的一部分,其特征在于,在特定条件下发生在期望位置处重新约束之前的相对运动。 特定条件包括从同一方向移动; 并且在与期望位置相邻的位置处停止,减缓或维持状态。 还公开了一种定位用于由电位器和用于测量装置的控制器(11)控制的测量装置的关节运动机构(22,410)的方法。
    • 8. 发明授权
    • Method and apparatus for controlling a robot
    • 用于控制机器人的方法和装置
    • US5448144A
    • 1995-09-05
    • US84270
    • 1993-07-07
    • Shuichi TounaiMasanori NishiKunihiro Okamura
    • Shuichi TounaiMasanori NishiKunihiro Okamura
    • B25J13/00B25J9/06B25J9/16B25J9/18G05B19/18G05B19/19G05D3/12
    • B25J9/1641G05B2219/39179G05B2219/42231G05B2219/45083G05B2219/49289
    • A method for controlling a robot that comprises shafts having one degree of freedom or a plurality of degrees of freedom, and where a dynamic load is applied to at least one of the above shafts, the shafts being driven by a servo motor via a speed reducer, includes the steps of stopping the robot at a point, thereafter moving the shaft to which the load is applied in a load acting direction and thereafter stopping the shaft.The efficiency (normal efficiency) from the servo motor to the arm (shaft) forms an inverse number relative to the efficiency (reverse efficiency) from the arm to the servo motor. A condition of transmitting the load from the arm is intentionally made and the load is made to establish equilibrium with the torque generated by the servo motor, thus reducing the consumption of electricity and the generation of heat.
    • PCT No.PCT / JP92 / 01512 Sec。 371日期:1993年7月7日 102(e)日期1993年7月7日PCT 1991年11月19日PCT PCT。 出版物WO93 / 09920 日期:1993年5月27日。一种用于控制机器人的方法,所述机器人包括具有一个自由度或多个自由度的轴,并且其中至少一个所述轴施加动态载荷,所述轴由 通过减速器的伺服电动机包括在一点停止机器人的步骤,然后在负载作用方向上移动施加负载的轴,然后停止轴。 从伺服电机到臂(轴)的效率(正常效率)相对于从臂到伺服电动机的效率(反向效率)形成倒数。 有意地从臂传送负载的情况,并且负载与伺服电机产生的转矩建立平衡,从而减少电力消耗和产生热量。
    • 9. 发明申请
    • ROBOT CONTROL METHOD AND APPARATUS
    • 机器人控制方法和装置
    • WO1993009920A1
    • 1993-05-27
    • PCT/JP1992001512
    • 1992-11-19
    • KABUSHIKI KAISHA YASKAWA DENKITOUNAI, ShuichiNISHI, MasanoriOKAMURA, Kunihiro
    • KABUSHIKI KAISHA YASKAWA DENKI
    • B25J13/00
    • B25J9/1641G05B2219/39179G05B2219/42231G05B2219/45083G05B2219/49289
    • A method of controlling a robot having shafts of one or more degrees of freedom, wherein at least one of these shafts, on which a dynamic load works, is driven by servomotor via a speed reducer. When the robot is stopped, the shaft on which a dynamic load works is moved in the direction in which the load works, and then stopped. This invention is based on the fact that the transmission efficiency (positive efficiency) of the speed reducer from the servomotor to an arm (shaft) is the reciprocal of the transmission efficiency (inverse efficiency) of the speed reducer from the arm to the servomotor. The condition of transmission of a load from an arm to the servomotor is generated forcibly, and the load is balanced with the torque generated by the servomotor, whereby the consumption of power and heat dissipation are reduced. Consequently, a load on the servomotor during the stoppage of the arm decreases, and power consumption becomes smaller, heat dissipation also decreasing. The reduction of the capacity of the servomotor also becomes possible.
    • 一种控制具有一个或多个自由度的轴的机器人的方法,其中动态负载工作的这些轴中的至少一个由伺服电动机通过减速器驱动。 当机器人停止时,动态负载工作的轴沿负载工作方向移动,然后停止。 本发明是基于以下事实:减速器从伺服电动机到臂(轴)的传动效率(正效率)是减速器从臂向伺服电动机的传动效率(反效率)的倒数。 强制地产生从臂向伺服电动机传递负载的状态,并且负载与由伺服电动机产生的转矩平衡,从而减少功率消耗和散热。 因此,在臂停止期间伺服电动机上的负载减小,功耗变小,散热也降低。 伺服电动机的容量的降低也变得可能。