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    • 6. 发明申请
    • DEVICE FOR MOVING OBJECTS IN ORDER TO COMPARE THE DIMENSIONS OF SAID OBJECTS AND METHOD FOR COMPARING DIMENSIONS USING SAME
    • 用于移动物体的装置以比较被标识物体的尺寸和使用其比较尺寸的方法
    • WO01033160A1
    • 2001-05-10
    • PCT/CH2000/000586
    • 2000-11-02
    • G01B3/32G01B5/00
    • G01B3/32G01B5/0004
    • The invention concerns a device (1) for moving gauge blocks (2, 3), in order to compare their dimensions with a measuring apparatus (4), which device (1) comprises: a support (5), called measurement table, which defines a support and sliding plane (P) for the gauge blocks (2, 3); a component (6), called movement set, located above the measurement table (5) and bearing stops (61A, 62A) which, by co-operating with the lateral surfaces (2L, 3L) of the blocks, is designed to maintain them in specific position and orientation relative to the measuring apparatus (4), while allowing them to be supported freely on the measurement table (5) and is borne by guiding means (7) along at least an axis (A1, A2, A3) parallel to the support plane (P). Said device is characterised in that the movement set (6) consists of two distinct parts (61, 62) which can be displaced separately from each other.
    • 本发明涉及一种用于移动量块(2,3)的装置(1),以便将它们的尺寸与测量装置(4)进行比较,该装置(1)包括:称为测量台的支架(5) 定义了用于量块(2,3)的支撑和滑动平面(P); 位于测量台(5)上方的称为移动组件的部件(6)和通过与块体的侧表面(2L,3L)协同操作的轴承止动件(61A,62A)被设计成保持它们 在相对于测量装置(4)的特定位置和方向上,同时允许它们在测量台(5)上自由地支撑,并且通过引导装置(7)沿至少一个平行的轴线(A1,A2,A3)承载 到支撑平面(P)。 所述装置的特征在于,所述移动装置(6)由两个不同的部分(61,62)组成,所述两个不同的部分可彼此分开地移位。
    • 8. 发明授权
    • Feeler gage mounting system
    • 感应测量仪安装系统
    • US4498239A
    • 1985-02-12
    • US491368
    • 1983-05-19
    • Harry Epstein
    • Harry Epstein
    • G01B3/32
    • G01B3/32
    • A feeler gage mounting system comprising a case having a pair of opposed walls, a pin having an elongated pin body having opposed first and second ends, the first end being non-rotatably affixed to one of the walls of the case. The second end of the pin is connected to the other case wall. A plurality of feeler gage blade members are removably rotatably connected at two circular holes to the pin body. The pin body forms a key and the blade members form keyway sheets leading to the circular holes, the keyway slots being adapted to receive the pin body so that the blade members can be mounted onto or removed from the pin body at a particular angle at which the key of the pin body is positioned.
    • 一种测距仪安装系统,包括具有一对相对壁的壳体,销具有细长的销体,所述细长的销体具有相对的第一和第二端,所述第一端不可旋转地固定到所述壳体的一个壁中。 销的第二端连接到另一个壳体壁。 多个测距计刀片构件可拆卸地以两个圆形孔连接到销体上。 销主体形成钥匙,并且刀片构件形成通向圆形孔的键槽片,键槽适于接收销体,使得刀片构件可以以特定的角度安装到销体上或从销体移除 针体的键被定位。
    • 9. 发明授权
    • Stepped end-gauge block apparatus
    • 步进式挡块装置
    • US4445276A
    • 1984-05-01
    • US495942
    • 1983-05-19
    • Geza VonekyHans H. Schussler
    • Geza VonekyHans H. Schussler
    • G01B3/30G01B3/32G01C25/00
    • G01B3/30G01B3/32
    • The invention relates to a crenellated, stepped end-gauge with an elongate supporting body and a plurality of end-gauge blocks which are secured thereon in a straight line. Stepped end-gauges of this type are used for checking multi-coordinate metrology equipment. In order to eliminate uncontrollable long-term influences affecting the dimensional accuracy of stepped end-gauges of this type, and in order to confer a definite temperature behavior on the stepped end-gauge, the upper surface region of the supporting body is provided with a groove which runs longitudinally and is preferably V-shaped. The eng-gauge blocks, which are preferably designed in the form of cylinders, are individually secured, spaced one behind another in the bottom of the groove. The groove expediently projects into the supporting body to a depth such that the central axis of the end-gauge blocks is axially coincident with the neutral bending axis or fiber of the supporting body. This arrangement prevents variations in the distances between the surfaces which are to be sensed, due to sagging of the stepped end-gauge under its own weight, or to deformations occurring as a result of other forces.
    • 本发明涉及一种具有细长支撑体的带锯齿状的阶梯式端面计量表,以及以直线固定在其上的多个端部块块。 这种类型的阶梯式测量仪用于检查多坐标测量设备。 为了消除影响这种阶梯式端面尺寸精度的不可控制的长期影响,为了在阶梯式端面尺上赋予一定的温度特性,支撑体的上表面区域设置有 槽纵向延伸并且优选为V形。 优选地以气缸的形式设计的量规块在槽的底部中单独地固定,间隔开一个。 凹槽有利地突出到支撑体中,使得端面块的中心轴线与支撑体的中性弯曲轴线或纤维轴向重合。 这种布置防止由于阶梯式端面计在其自身重量下的下垂,或者由于其它力而导致的变形而要被感测的表面之间的距离的变化。