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    • 2. 发明授权
    • Column for measuring longitudinal dimensions
    • 用于测量纵向尺寸的柱
    • US06802135B2
    • 2004-10-12
    • US10314717
    • 2002-12-09
    • Pascal JordilAdriano Zanier
    • Pascal JordilAdriano Zanier
    • G01B502
    • G01B5/061
    • Column for measuring longitudinal dimensions (1) comprising: a supporting frame (2), a carriage (3) capable of moving along a measuring axis (z) along the supporting frame, a cable or belt (40) for moving said carriage along said measuring axis, a counterweight connected to said cable or belt so as to move in opposite direction from the carriage, a guiding surface for restricting the counterweight's movements. A play of 1 millimeter is provided between said counterweight and said guiding surface. This play is sufficient to avoid any contact between said counterweight and any guiding surface when said counterweight is displaced vertically.
    • 用于测量纵向尺寸的柱(1)包括:支撑框架(2),能够沿着支撑框架沿着测量轴线(z)移动的托架(3),用于沿着所述支撑框架 测量轴,连接到所述电缆或带的配重,以便与滑架相反的方向移动,用于限制配重运动的引导表面。在所述配重和所述引导表面之间设置1毫米的游隙。 当所述配重垂直移动时,该游戏足以避免所述配重与任何引导表面之间的任何接触。
    • 3. 发明授权
    • Column for measuring longitudinal dimensions
    • 用于测量纵向尺寸的柱
    • US06751884B2
    • 2004-06-22
    • US10314835
    • 2002-12-09
    • Pascal JordilAdriano ZanierCharles-Henri Zufferey
    • Pascal JordilAdriano ZanierCharles-Henri Zufferey
    • G01B502
    • G01B3/008G01B5/061
    • Column for measuring longitudinal dimensions (1) comprising: a supporting frame (2), a carriage (3) capable of moving along a measuring axis (z) along the supporting frame, a probe tip (44) connected to said carriage and designed to be brought into contact with the piece to be measured, a motorized driving device of the carriage comprising a cable or belt (40) for moving said carriage along said measuring axis and a driving motor (5), a system for measuring the position of said carriage (3) along said measuring axis. The driving motor drives an upper driving pulley through a reducing gear and a friction element. The motor, the reducing gear and the friction element are all integrated inside the pulley. Advantages: gain of space. Reduction of the number of parts. Reduction of the constraints applied by the driving belt on the carriage.
    • 用于测量纵向尺寸的柱(1)包括:支撑框架(2),能够沿着支撑框架沿着测量轴线(z)移动的托架(3),连接到所述托架的探针尖端(44) 与被测量件接触,所述滑架的电动驱动装置包括用于沿所述测量轴线移动所述滑架的电缆或皮带(40)和驱动电动机(5),用于测量所述测量轴的位置的系统 滑架(3)。驱动电机通过减速齿轮和摩擦元件驱动上驱动滑轮。 电动机,减速齿轮和摩擦元件均集成在滑轮内。优点:增益空间。 减少零件数量。 减少驾驶皮带在滑架上的限制。
    • 4. 发明授权
    • Electronic micrometer
    • 电子千分尺
    • US06243965B1
    • 2001-06-12
    • US09354335
    • 1999-07-16
    • Adriano ZanierArthur BoveyLucien Borgognon
    • Adriano ZanierArthur BoveyLucien Borgognon
    • G01B318
    • G01B3/18
    • The electronic micrometer includes a casing defining at least an internal volume, in which are disposed a sleeve having an at least partially threaded inner surface. A screw is engaged in this sleeve and is able to be put in rotation with respect to the sleeve in such a way as to displace itself along the longitudinal measuring axis (x) of the device. There is a capacitive system of measurement for measuring the relative rotation of the screw with respect to the sleeve and for determining, starting with that measurement, the longitudinal position of the screw. The casing comprises two half-shells. At least one filiform joint allows the internal volume inside the casing to be sealed. Other sealing means are provided to prevent any infiltration of water or of dust into this internal volume. Accordingly, micrometer are protected.
    • 电子千分尺包括限定至少内部体积的壳体,其中设置有具有至少部分带有螺纹的内表面的套筒。 螺钉接合在该套筒中,并且能够以相对于套筒旋转的方式使其沿着装置的纵向测量轴线(x)自身移动。 存在用于测量螺杆相对于套筒的相对旋转的电容测量系统,并且用该测量开始确定螺杆的纵向位置。 套管包括两个半壳。 至少一个丝状接头允许将壳体内部的体积密封。 提供其他密封装置以防止水或灰尘进入该内部容积的任何渗透。 因此,千分尺保护。
    • 5. 发明授权
    • Linear measuring device and a method of adjusting said device
    • 线性测量装置和调整所述装置的方法
    • US5664336A
    • 1997-09-09
    • US590909
    • 1996-01-24
    • Adriano ZanierAlex Bezinge
    • Adriano ZanierAlex Bezinge
    • G01B21/02G01B5/02G01D5/24G01B11/04
    • G01B5/02
    • A linear measuring device comprising a scale fixed on a supporting structure along which a slide can slide. A transducer connected to the slide permits, in cooperation with the scale, determination of at least one coordinate of a point connected to the slide in a system of coordinates connected to the supporting structure. The transducer is fixed to the slide at three points by a mounting device having at each point a screw engaged in a partially threaded opening of a column and a spring. In acting on one of the screws at each of the said points, the spacing can be changed between the detection device and the slide. The spring keeps the spacing as large as the engagement of the screw in the said opening permits. The detection device is of the capacitive or electro-optical type and is mounted on a transducer support. The slide slides by means of rollers, part of the rollers rolling on guide surfaces belonging to the same plane as the surface of the supporting structure to which the scale is fixed.
    • 一种线性测量装置,其包括固定在支撑结构上的刻度,滑块可沿着支撑结构滑动。 连接到幻灯片的换能器允许与标尺协作地确定连接到支撑结构的坐标系统中连接到滑块的点的至少一个坐标。 传感器通过安装装置在三个点处固定到滑块,每个点处具有接合在柱的部分螺纹开口中的螺钉和弹簧。 在每个所述点上的一个螺钉上作用时,可以在检测装置和载玻片之间改变间隔。 弹簧保持与所述开口中的螺钉的接合允许的间距一样大。 检测装置是电容式或电光型,并安装在换能器支架上。 滑块通过滚子滑动,部分滚子滚动在与表面固定的支撑结构的表面相同的平面上的引导表面上。
    • 6. 发明授权
    • Comparator with pivoting feeler
    • 比较器与旋转探测器
    • US4389784A
    • 1983-06-28
    • US303719
    • 1981-09-21
    • Adriano Zanier
    • Adriano Zanier
    • G01B3/22G01B5/00G01D5/04
    • G01B5/00G01B3/22Y10S33/06
    • A comparator is provided including a body in which there is fastened a plate comprising a lever for transmission of movements of a pivoting feeler, and an amplification device, with gearing, actuated by said lever and driving a needle of a reading dial. The stroke of the transmission lever is limited by a rigid end-of-stroke stop. On the path of the transmission lever, a coil spring is arranged between its position of rest and its end-of-stroke position to protect the mechanism from accidental impact. In case of impact on the feeler, the energy developed by the amplification device is partly absorbed before the impact of transmission lever on the rigid end-of-stroke stop.
    • 提供了比较器,其包括主体,其中固定有包括用于传递枢转触点的运动的杆的板,以及具有由所述杠杆驱动并且驱动读表盘的针的传动装置的放大装置。 传动杆的行程受到刚性行程终点限制。 在传动杆的路径上,螺旋弹簧设置在其静止位置和其行程结束位置之间,以保护机构免受意外撞击。 在撞击探测器的情况下,放大装置所产生的能量在传动杆撞击刚性行程终点之前部分被吸收。
    • 10. 发明授权
    • Device for longitudinal measurement
    • 纵向测量装置
    • US06247244B1
    • 2001-06-19
    • US09352940
    • 1999-07-14
    • Adriano ZanierArthur BoveyMichel Paudex
    • Adriano ZanierArthur BoveyMichel Paudex
    • G01B318
    • G01B3/18
    • The micrometer includes a sleeve provided with an at least partially threaded inner surface and an at least partially threaded outer surface. The outer surface includes at least one deformable, tapered portion. A micrometric screw is engaged in the sleeve, and is able to be set in rotation with respect to the sleeve in such a way as to displace itself along the longitudinal measuring axis (x) of the device. A nut is engaged on the external threading of the sleeve and is able to be put in contact with the tapered portion in such a way as to deform it in order to adjust the play between the screw and the sleeve. The tapered portion is devoid of longitudinal slits; its deformability is provided by an external diameter variable along its periphery, preferably by an odd number of flat segments.
    • 测微计包括设置有至少部分带螺纹的内表面和至少部分螺纹的外表面的套筒。 外表面包括至少一个可变形的锥形部分。 微型螺杆接合在套筒中,并且能够以相对于套筒旋转的方式被设置成沿着装置的纵向测量轴线(x)自身移动。 螺母在套筒的外螺纹上接合,并且能够与锥形部分接触以使其变形,以便调节螺钉和套筒之间的间隙。 锥形部分没有纵向狭缝; 其变形能力由其外围的外径变量提供,优选由奇数个扁平段提供。