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    • 1. 发明申请
    • CONTROL SYSTEM AND METHOD FOR CONTROLLING THE ORIENTATION OF A SEGMENT OF A MANIPULATOR
    • 控制系统及其控制方法
    • US20160076263A1
    • 2016-03-17
    • US14783687
    • 2014-04-09
    • TTCONTROL GMBH
    • Wolfgang TEBEEKWolfgang KEMMETMÜLLERJohannes HENIKL
    • E04G21/04
    • E04G21/0463B66C13/066E04G21/0436E04G21/0454
    • A regulation system for controlling the orientation of a segment (5.3) of a manipulator, in particular of a large manipulator for truck-mounted concrete pumps, wherein the segment (5.3) is connected to a base (5.4) or a preceding segment (5.3) of the manipulator via a joint (5.5) and can be pivoted at the joint (5.5) relative to the base (5.4) or the preceding segment (5.3) about at least one axis of rotation by means of at least one actuating member (5.6), preferably a hydraulic actuating element,characterised in that the regulation system at least comprises: a first sensor (4.1), which is arranged on a segment (5.3) attached to the joint (5.5) and delivers a first measurement signal—referred to as a “deformation signal”—corresponding to a deformation of the segment (5.3), a second sensor (4.2, 4.3), which delivers a second measurement signal—referred to as an “orientation signal”—corresponding to the spatial orientation of the segment (5.3) attached to the joint (5.5), and at least one actuating element (5.6) associated with the joint (5.5); and is designed to process the deformation signal and the orientation signal as input variables and to determine from these, under consideration of a target orientation of the segment (5.3) associated with the joint (5.5), an actuating signal, which is fed to the associated actuating element (5.6).
    • 一种用于控制机械手的部分(5.3)的方向的调节系统,特别是用于卡车式混凝土泵的大型操纵器的方向,其中所述段(5.3)连接到基座(5.4)或前一段(5.3 ),并且可以通过至少一个致动构件绕关于至少一个旋转轴线相对于基座(5.4)或前一段(5.3)在接头(5.5)处枢转, 5.6),优选液压致动元件,其特征在于,所述调节系统至少包括:第一传感器(4.1),其布置在附接到所述接头(5.5)的段(5.3)上,并且传递第一测量信号 作为对应于段(5.3)的变形的“变形信号”,传送第二测量信号的第二传感器(4.2,4.3),所述第二测量信号被称为“取向信号”,其对应于 附件(5.5) )和与所述接头(5.5)相关联的至少一个致动元件(5.6); 并且被设计为处理变形信号和取向信号作为输入变量,并且从这些确定,在考虑与关节(5.5)相关联的段(5.3)的目标方向的情况下,将致动信号馈送到 相关联的致动元件(5.6)。