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    • 6. 发明授权
    • Handheld surface coordinate measuring device
    • 手持式平面坐标测量装置
    • US07426451B2
    • 2008-09-16
    • US11402087
    • 2006-04-10
    • Albert Binder
    • Albert Binder
    • G01B5/00G01P21/00G05D1/02G05D3/00
    • B23Q17/2428B25H7/00G01C15/002
    • A surface coordinate measuring device (1) includes a computing unit (8) arranged in a handheld housing (9), a positioning device (2) for positioning the coordinate measuring device at a surface point (P) on a wall surface (3), a display device (6) for displaying a measurement calculated by the computing unit (8), an electronic distance measuring system (7) for determining a longitudinal distance along a longitudinal measurement direction, and a transverse measuring device for additional determination of a transverse distance along a transverse measurement direction oriented transverse to the longitudinal measurement direction, with the computing unit (8) having a program-controlled algorithm for carrying out the necessary measurements and calculations.
    • 表面坐标测量装置(1)包括布置在手持壳体(9)中的计算单元(8),用于将坐标测量装置定位在壁表面(3)上的表面点(P)处的定位装置(2) ,用于显示由计算单元(8)计算出的测量值的显示装置(6),用于确定沿纵向测量方向的纵向距离的电子距离测量系统(7),以及横向测量装置,用于另外确定横向 沿着横向于纵向测量方向的横向测量方向的距离,其中计算单元(8)具有用于执行必要的测量和计算的程序控制的算法。
    • 7. 发明申请
    • Handheld surface coordinate measuring device
    • 手持式平面坐标测量装置
    • US20060259269A1
    • 2006-11-16
    • US11402087
    • 2006-04-10
    • Albert Binder
    • Albert Binder
    • G06F15/00
    • B23Q17/2428B25H7/00G01C15/002
    • A surface coordinate measuring device (1) includes a computing unit (8) arranged in a handheld housing (9), a positioning device (2) for positioning the coordinate measuring device at a surface point (P) on a wall surface (3), a display device (6) for displaying a measurement calculated by the computing unit (8), an electronic distance measuring system (7) for determining a longitudinal distance along a longitudinal measurement direction, and a transverse measuring device for additional determination of a transverse distance along a transverse measurement direction oriented transverse to the longitudinal measurement direction, with the computing unit (8) having a program-controlled algorithm for carrying out the necessary measurements and calculations.
    • 表面坐标测量装置(1)包括布置在手持壳体(9)中的计算单元(8),用于将坐标测量装置定位在壁表面(3)上的表面点(P)处的定位装置(2) ,用于显示由计算单元(8)计算出的测量值的显示装置(6),用于确定沿纵向测量方向的纵向距离的电子距离测量系统(7),以及横向测量装置,用于另外确定横向 沿着横向于纵向测量方向的横向测量方向的距离,其中计算单元(8)具有用于执行必要的测量和计算的程序控制的算法。
    • 8. 发明授权
    • Inductive sensor arrangement comprising three sense coils cooperating with said three field coils to form three field/sense coil pairs and method for detecting of ferrous metal objects
    • 感应传感器装置包括与所述三个场线圈协作以形成三个场/感测线圈对的三个感测线圈和用于检测黑色金属物体的方法
    • US06822429B2
    • 2004-11-23
    • US10243224
    • 2002-09-12
    • Roger GolderAlbert Binder
    • Roger GolderAlbert Binder
    • G01R1900
    • G01V3/107G01V3/15
    • An inductive sensor arrangement for detecting ferromagnetic or non-ferrous electrically conducting objects hidden in a surrounding medium comprising three field coils arranged in essentially the same geometric plane and adjacently positioned at angular distances of usually 120° from each other around a central axis orthogonal to the plane for generating an alternating magnetic flux by a sequential excitation with an AC-current ramp. The sensor arrangement further comprises three sense coils respectively mounted inside each associated field coil and in an orientation to the axes of each of the field coils such that essentially no voltage is induced in the sensor coils in an environment free of a metallic object. When a ferromagnetic or non-ferrous electrically conducting object approaches the sensor, nine characteristic voltage value sets are produced by the three sense coils which are stored and processed by an algorithmic process for defining a distinct criterion with respect to the position of the hidden metallic object to be located. The sensor arrangement uses a single point measurement to provide an accurate position and depth discrimination of the hidden ferromagnetic or non-ferrous electrically conducting object such as a rebar (R), a copper pipe in concrete or the like.
    • 一种用于检测隐藏在周围介质中的铁磁性或非铁性导电物体的感应传感器装置,包括布置在基本上相同的几何平面中的三个场线圈,并且相邻地定位在围绕与中心轴正交的中心轴线彼此通常为120°的角距离 平面,用于通过具有AC电流斜坡的顺序激励来产生交变磁通量。 传感器装置还包括三个感测线圈,其分别安装在每个相关联的励磁线圈内部,并且朝向每个励磁线圈的轴线,使得传感器线圈在没有金属物体的环境中基本上不产生电压。 当铁磁或有色导电物体接近传感器时,由三个感测线圈产生九个特征电压值集合,这三个感测线圈通过用于定义相对于隐藏的金属物体的位置的不同标准的算法过程来存储和处理 被安置在。 传感器装置使用单点测量来提供隐藏的铁磁或有色金属导电物体(例如钢筋,混凝土中的铜管等)的精确位置和深度辨别。