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    • 3. 发明申请
    • PROBE FOR HIGH SPEED SCANNING
    • 高速扫描探头
    • WO2004051181A1
    • 2004-06-17
    • PCT/GB2003/005317
    • 2003-12-05
    • RENISHAW plcMcMURTRY, David, RobertsMcFARLAND, Geoffrey
    • McMURTRY, David, RobertsMcFARLAND, Geoffrey
    • G01B7/012
    • G01B7/012
    • A measurement probe (5) which comprises a housing (16) for mounting on an arm (6) of a coordinate positioning apparatus (2) and a stylus (10) mounted on a stylus support member (28). The stylus (10) and the stylus support member (28) are deflectable with respect to the housing (16). A first transducer system (40-48) measures movement of the stylus support member (28) relative to the arm (6) of the coordinate positioning apparatus (2). A second transducer system (38) measures movement of the stylus tip (12) relative to the stylus supporting member (28). A measurement of total stylus deflection is achieved by combining data from the first and second transducer systems.
    • 一种测量探针(5),包括用于安装在坐标定位装置(2)的臂(6)上的壳体(16)和安装在触针支撑构件(28)上的触针(10)。 触针(10)和触针支撑构件(28)可相对于壳体(16)偏转。 第一传感器系统(40-48)测量触针支撑构件(28)相对于坐标定位装置(2)的臂(6)的运动。 第二传感器系统(38)测量触针尖端(12)相对于触针支撑构件(28)的运动。 通过组合来自第一和第二换能器系统的数据来实现全触针偏转的测量。
    • 5. 发明申请
    • TOUCH PROBE
    • 触摸探测器
    • WO2004025215A1
    • 2004-03-25
    • PCT/GB2003/003863
    • 2003-09-05
    • RENISHAW PLCLUMMES, Stephen, EdwardMcMURTRY, David, Roberts
    • LUMMES, Stephen, EdwardMcMURTRY, David, Roberts
    • G01B7/012
    • G01B3/008G01B7/012
    • A touch probe (10,50) is disclosed comprising a probe body (12,52) housing first locating elements (23,58), a stylus holder (16,54) having second locating elements (24,57) which co-operate with the first locating elements to locate the stylus holder within the probe body, and a bias (36,68,86) to urge the first and second locating elements into contact, wherein an element (35,50,76,90) is provided to damp motion between the probe body and the stylus holder. The element may slow a relative movement between the locating elements perhaps by resisting the urging of the bias or absorb energy produced by a relative movement between the probe body and stylus holder. The element may be slidably or rotatably mounted with respect to one of the probe head and stylus holder.
    • 公开了一种探针(10,50),其包括容纳第一定位元件(23,58)的探针主体(12,52),具有第二定位元件(24,57)的触针支架(16,54),其配合 其中所述第一定位元件将所述触针座定位在所述探针体内,以及偏压(36,68,86)以推动所述第一和第二定位元件接触,其中提供元件(35,50,76,90) 以阻止探头主体和触针座之间的运动。 元件可以通过抵抗偏压的推动或吸收由探针体和触控笔架之间的相对运动产生的能量来减慢定位元件之间的相对移动。 元件可以相对于探针头和触笔座中的一个可滑动地或可旋转地安装。
    • 8. 发明申请
    • FREQUENCY TUNEABLE LASER DEVICE
    • 频率可调激光器件
    • WO2010070272A1
    • 2010-06-24
    • PCT/GB2009/002880
    • 2009-12-16
    • RENISHAW PLCMcMURTRY, David, RobertsHOLLOWAY, Alan, James
    • McMURTRY, David, RobertsHOLLOWAY, Alan, James
    • H01S5/14H01S5/10
    • H01S5/143H01S3/08H01S3/08004H01S3/08059H01S3/0813H01S3/105H01S3/1055H01S3/106H01S3/1062
    • A frequency tuneable or chirped laser device is described that comprising a laser cavity formed from a plurality of optical components. The optical components comprise a laser source (20, 180, 222, 240) for generating a beam of light, a spectral tuning element (28, 42, 188, 230, 244, 300) and one or more further optical components (22, 24, 26, 30, 32, 64, 60, 184,194,195,198, 220, 232, 234, 242, 246, 248) for directing the beam of light on to the spectral tuning element (28, 42, 188, 230, 244, 300). At least one of the plurality of optical components (34, 64, 195, 232, 242) is moveable in a first degree of freedom (34;R;250); such movement simultaneously altering the effective optical path length of the laser cavity and the tuning frequency of the spectral tuning element (28, 42, 188, 230, 244, 300). The effective optical path length and the tuning frequency of the device are substantially insensitive to any movement of said at least one moveable optical component (34, 64, 195, 232, 242) in degrees of freedom other than the first degree of freedom. This provides frequency tuning in which mode hopping is suppressed.
    • 描述了包括由多个光学部件形成的激光腔的可调谐或啁啾激光装置。 光学部件包括用于产生光束的激光源(20,180,222,240),光谱调谐元件(28,42,188,230,244,300)和一个或多个另外的光学部件(22, 24,26,30,32,64,60,184,194,195,198,220,232,234,242,246,248),用于将所述光束引导到所述光谱调谐元件(28,42,188,230,244,300) )。 所述多个光学部件(34,64,195,232,242)中的至少一个可在第一自由度(34; R; 250)中移动; 这种移动同时改变激光腔的有效光程长度和光谱调谐元件(28,42,188,230,244,300)的调谐频率。 器件的有效光程长度和调谐频率对所述至少一个可移动光学部件(34,64,195,232,242)的任何运动基本上不以除第一自由度以外的自由度的任何运动而不敏感。 这提供了抑制模式跳变的频率调谐。
    • 10. 发明申请
    • METHOD OF SCANNING
    • 扫描方法
    • WO2004020939A2
    • 2004-03-11
    • PCT/GB2003/003738
    • 2003-08-29
    • RENISHAW PLCMcMURTRY, David, Roberts
    • McMURTRY, David, Roberts
    • G01B21/20
    • G01B5/004
    • A method of scanning an object is disclosed comprising the steps of providing a scanning device having a probe and a sample holder whereby the sample holder is rotatable relative to the probe, providing a first feature for indicating the start and/or end of a scan, and recognising the first feature whereby when the first feature is recognised the scanning device is ready to start or end a scan. The scanning device may have a fixed stop which comprises the first feature alternatively, the first feature is provided on the scanning device or on the object. A second feature, located on the scanning device or object for example, may be provided wherein the first feature indicates the start of a scan and the second feature indicates the end of the scan. Also disclosed is an apparatus for scanning an object.
    • 公开了一种扫描物体的方法,包括以下步骤:提供具有探针和样品保持器的扫描装置,由此样品保持器可相对于探针旋转,提供用于指示扫描的开始和/或结束的第一特征, 并且识别第一特征,当识别出第一特征时,扫描装置准备开始或结束扫描。 扫描装置可以具有固定挡块,其包括第一特征,第一特征设置在扫描装置上或物体上。 可以提供位于扫描装置或物体上的例如第二特征,其中第一特征指示扫描的开始,第二特征指示扫描的结束。 还公开了一种用于扫描物体的装置。