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    • 2. 发明申请
    • 距離測定装置、距離測定方法
    • 距离测量装置和距离测量方法
    • WO2015136652A1
    • 2015-09-17
    • PCT/JP2014/056564
    • 2014-03-12
    • 中国電力株式会社
    • 西田 秀高
    • G01S7/497G01B11/16G01B21/00G01B21/32G01C3/06G01S7/481G01S17/88
    • G01B11/16G01B5/0002G01B11/14G01B21/047G01B21/32G01C3/02G01S7/481G01S17/08G01S17/88
    •  本発明は、第1金属部材の表面上に設置される基準部材と、前記基準部材までの距離を測定する距離計と、前記第1金属部材と溶接部を介して結合される第2金属部材の表面上に設置され、前記距離計が載置される取付部材と、を備え、前記取付部材と前記距離計の一方は、第1及び第2突片を含み、前記取付部材と前記距離計の他方は、前記距離計が前記取付部材に載置されるように、前記第1及び第2突片のそれぞれと嵌合する第1及び第2嵌合孔と、前記第1突片を第1方向から前記第1嵌合孔の内側面へ向かって押圧する第1押圧部材と、前記第2突片を前記第1方向とは異なる第2方向から前記第2嵌合孔の内側面へ向かって押圧する第2押圧部材と、を含むことを特徴とする距離測定装置を開示するものである。
    • 本发明公开了一种距离测量装置,其特征在于具有:配置在第一金属部件的表面上的基准部件; 用于测量与参考构件的距离的距离计; 以及安装构件,其设置在与第一金属构件连接的第二金属构件的表面上,其间具有焊接部分,并且其上放置有距离计。 该距离测量装置的特征还在于:附接构件和距离计中的一个包括第一和第二突出件; 并且所述安装构件和所述距离计中的另一个包括使所述距离计放置在所述安装构件上的第一和第二装配孔,所述第一和第二装配孔分别装配有第一和第二突出件, 按压部件,其将第一突出片从第一方向朝向第一装配孔的内表面按压;第二按压部件,其将第二突出片从第二方向朝向第二装配孔的内表面按压; 所述第二方向与所述第一方向不同。
    • 3. 发明申请
    • CABEZAL INDEXADO CON DOS EJES DE GIRO
    • 用两个旋转轴引导头
    • WO2015086864A1
    • 2015-06-18
    • PCT/ES2013/070869
    • 2013-12-11
    • UNIMETRIK, S.A.
    • DE LA MAZA URIARTE, Borja
    • B23Q16/02G01B5/012
    • G01B5/0002Y10T74/1471
    • Cabezal indexado con dos ejes de giro, siendo un primer eje de giro A perpendicular a la posición de posición de fijado respecto al modo de trabajo del cabezal, y siendo un segundo eje de giro B el eje de la dirección del fijado definiendo a su vez una parte superior del cabezal fija respecto del eje B y una parte inferior del cabezal, móvil respecto del eje A y B; y que comprende un servomotor principal A (40) de giro en el eje A y un mecanismo de bloqueo de la posición en el eje A dispuestos en dicha parte inferior del cabezal; y un servomotor principal B (21) de giro en el eje B con un mecanismo de bloqueo de la posición en el eje B dispuestos en dicha parte superior del cabezal.
    • 本发明涉及一种具有两个旋转轴的分度头,即相对于头部的操作模式垂直于固定位置的第一旋转轴线A和对应于固定方向轴线的第二旋转轴线B, 相对于轴线B固定的上部头部部件和能够相对于轴线A和B移动的下部头部部件。头部包括:围绕轴线A旋转的主伺服马达A(40)和用于将轴线A上的位置锁定的机构 ,设置在下头部; 以及绕轴线B旋转的主伺服电动机B(21),其具有用于锁定位于上头部的轴线B上的位置的机构。
    • 4. 发明申请
    • SYSTEM AND METHOD FOR CHECKING THE MUTUAL POSITION OF COMPONENTS OF A WORKPIECE AND EQUIPMENT USING SUCH SYSTEM AND METHOD
    • 使用这种系统和方法检查工件和设备的组件的相互位置的系统和方法
    • WO2015071249A1
    • 2015-05-21
    • PCT/EP2014/074249
    • 2014-11-11
    • MARPOSS SOCIETA' PER AZIONI
    • CIPRIANI, Riccardo
    • G01B11/27G01B5/00G01B11/24G11B5/455
    • G01B11/272G01B5/0002G01B11/2433G11B5/4806G11B5/6082
    • A system for checking the axial position of a bearing (30) inside an hole (31) of an E-block (29), preferably during the assembly of an HSA, comprises a reference system (3) that locates the E-block, a coupling element (17) that comes into contact with the bearing, a floating element (8) that, being connected to the coupling element, assumes the attitude of the bearing, two or more detection devices, for example optoelectronic, that cooperate with the floating element and detect at the same time, at checking areas spaced apart from each other, quantities indicative of the position and, in case, of the attitude of the bearing with respect to the E-block, and a processing unit (50) for receiving and processing the detected quantities. A corresponding method for checking comprises the steps of locating E-block and bearing to mutually movable parts of the reference system, detecting at the same time, at least at two checking areas spaced apart from each other, quantities indicative of the position and, in case, of the attitude of the bearing with respect to the E-block, and processing the detected quantities. The invention relates also to an equipment and a method for assembling HSAs, that respectively employ the above-mentioned system and method for checking the mutual position and, in case, the attitude of the bearing with respect to the E-block.
    • 优选地在组装HSA期间检查E形块(29)的孔(31)内的轴承(30)的轴向位置的系统包括定位E形块的参考系(3) 与所述轴承接触的联接元件(17),连接到所述联接元件的浮动元件(8)呈现所述轴承的姿态,两个或更多个检测装置(例如光电子),其与 浮动元件并且同时检测在彼此间隔开的检查区域,指示位置的量,以及在所述轴承相对于所述E形块的姿态的情况下,所述处理单元(50)用于 接收和处理检测到的数量。 相应的检查方法包括以下步骤:将E块和轴承定位在参考系统的相互可移动的部分上,同时至少检测彼此间隔开的两个检查区域,指示位置的数量,以及 情况,轴承相对于E形块的姿态,以及处理检测到的数量。 本发明还涉及用于组装HSA的设备和方法,其分别采用上述用于检查相互位置的系统和方法,以及在轴承相对于E形块的情况下的情况下。
    • 5. 发明申请
    • LINEAR POSITIONING DEVICE
    • 线性定位装置
    • WO2012177175A3
    • 2013-03-07
    • PCT/RU2012000351
    • 2012-05-03
    • OBSCHESTVO S OGRANICHENNOY OTVETSTVENNOSTU LAB AMFORA
    • KOLNER LEV SEMENOVICH
    • B23Q16/00B23Q1/26F16M11/04
    • F16C29/0683F16H25/2003F16M11/043G01B5/0002
    • The utility model relates to the field of instrumentation and can be used in devices for enabling the precise mutual positioning of an object and a measuring or processing instrument. The linear positioning device comprises a movable part and a stationary part. The movable part is connected to a nut which screwingly engages with a drive screw mounted on the stationary part. The drive screw is rigidly connected to the axle of the wheel of a worm reduction gear. The screwing engagement of the nut and the drive screw is non-locking. A constant force is applied to the movable part of the device and acts on the nut in a direction along the longitudinal axis of the drive shaft. The result is an increase in the accuracy of movement of the movable part as a result of the selection of the play between the drive screw and the nut and also in the worm reduction gear.
    • 本实用新型涉及仪器领域,可用于实现物体和测量或处理仪器精确相互定位的设备。 线性定位装置包括可动部分和固定部分。 可移动部分连接到与安装在固定部分上的驱动螺钉拧紧接合的螺母。 驱动螺钉刚性地连接到蜗轮减速齿轮的车轮轴上。 螺母和驱动螺钉的螺纹接合是非锁定的。 恒定的力施加到装置的可移动部分,并沿着沿着驱动轴的纵向轴线的方向作用在螺母上。 结果是由于选择驱动螺杆和螺母之间以及蜗杆减速齿轮中的间隙,可移动部件的移动精度的增加。
    • 7. 发明申请
    • MAGNETIC CLAMPING ARRANGEMENT
    • 磁力夹紧装置
    • WO02011951A1
    • 2002-02-14
    • PCT/GB2001/003448
    • 2001-07-31
    • B23Q3/154B25B11/00G01B5/00B25B1/24
    • G01B5/0002B23Q3/1543B25B11/002H01F2007/208
    • A magnetic clamping arrangement (10) for holding the arrangement, and in particular a body (5), operably clamped with respect to a ferromagnetic surface (6) by way of a body datum face (8), comprises housing means (12) mounted on the body, and electromagnet (16) carried by the housing means. The electromagnet comprises a core (18), having three limbs 20.1, 20.2 and 20.3, each terminating in a pole face 22.1, 22.2 and 22.3, being formed by a plurality of ferromagnetic transformer laminations (26), stacked together and slideable with respect to each other in a direction to and from the pole faces. Lamination bias means (36), in the form of masses 38, 40.1 and 40.2 of resilient compressible material, defined quiescent pole faces from which individual laminations may depart by sliding when forced against a surface having ridges and/or grooves extending in the lamination planes, but exerts a restoring force on such laminations so displaced. The pole faces are thus able to conform to such an uneven surface before the electromagnet is energised and attach with improved flux coupling thereafter. The housing means is mounted on the body by way of attachment means (44) which biases the core to a position recessed with respect to the datum face. Bias override, provided by handle (50), permits the quiescent core pole pieces to be exposed for forcing into conformity with the ferromagnetic surface and when flux coupling is established the attachment bias urges the body (5) against the surface.
    • 用于保持该装置的磁性夹紧装置(10),特别是通过主体基准面(8)可操作地相对于铁磁表面(6)夹紧的本体(5),包括安装 和由壳体装置承载的电磁体(16)。 电磁铁包括一个具有三个支杆20.1,20.2和20.3的铁芯(18),每个端子分别由多个强磁性变压器叠片(26)形成,极板22.1,22.2和22.3分别堆叠在一起并可相对于 彼此在朝向和离开极面的方向上。 层压偏压装置(36)以弹性可压缩材料的质量38,40.1和40.2的形式形成,限定的静态极面,当被强制抵靠具有在层叠平面中延伸的脊和/或沟槽的表面时,单独的叠片可以通过滑动从其中分离出来 ,但是对这样排列的这种叠片施加恢复力。 因此,在电磁铁通电之前,极面能够符合这样一个不平坦的表面,此后可以改善磁通耦合。 壳体装置通过附接装置(44)安装在主体上,该装置将芯偏压到相对于基准面凹陷的位置。 由手柄(50)提供的偏置覆盖允许静态芯极极片暴露以强制与铁磁表面一致,并且当建立通量耦合时,附接偏压将主体(5)推向表面。
    • 8. 发明申请
    • DEVICE FOR MEASURING AN OBJECT ACROSS SEVERAL AXES
    • 用于测量使用多轴一个对象
    • WO01084072A1
    • 2001-11-08
    • PCT/DE2001/001613
    • 2001-04-30
    • G01B5/00G01B11/00G01B5/004
    • G01B5/0004G01B5/0002
    • The invention relates to a device for measuring across several axes of an object, whereby the object to be measured can be fixed to a measuring table. According to the invention, base strips, which from a lateral view are configured as half a swallow-tail and can be fixed on the measuring plane, are provided. The device also comprises attachment strips that are adapted to said base strips, having a toothed profile on one side and being furnished with a groove, to which retaining screws are allocated. The base strips and attachment strips are arranged in relation to the measuring table and are proportioned in such a way, that the plane of the measuring table acts as a reference plane for the underside of the attachment strips. A clamping piece, which fixes the object, is also provided. The invention is suitable for both contactless optical measuring and tactile measuring. One of the advantages of the invention is that objects to be measured can be securely and rapidly fixed to the measuring table, even if the latter is mobile.
    • 本发明涉及一种设备,用于测量在多个轴的物体,其中待测量的对象是在测量表可固定上。 本发明基本上由在测量平面中提供的附接基片,其被横向形成为匹配槽附接条带提供具有在一侧的齿廓和槽锁定螺钉被分配到一个半燕尾形轮廓 基带和附加条的尺寸和布置成,对于附加条的下侧的测量台的平面作为基准平面上的测量台,和设置在所述对象块的夹紧固定。 本发明通常适用于非接触式光学测量,以及用于接触测量。 用本发明实现的优点特别是在要测量可确定安全的,但也快在测量台,即使后者是可移动的对象。
    • 9. 发明申请
    • OPTOELECTRONIC APPARATUS FOR THE DIMENSION AND/OR SHAPE CHECKING OF PIECES WITH COMPLEX TRIDIMENSIONAL SHAPE
    • 用于尺寸和/或形状检查复合三维形状的光电装置
    • WO99024785A1
    • 1999-05-20
    • PCT/EP1998/006425
    • 1998-10-09
    • G01B11/02G01B5/00G01B11/24G01B11/245G01B11/00
    • G01B5/0002
    • An optoelectronic apparatus for the dimension and/or shape checking of pieces, more specifically pieces with complex tridimensional shape, as the supports for magnetic read/write heads (33, 47, 63) for hard disk storage units, comprises a base (1) with two guide elements (7, 9) to which there is coupled a slide (11), movable in a longitudinal direction along the guide elements (7, 9), and a system (31) for locking and referring the piece (33, 47, 63) to be checked. The slide (11) supports a rotary table (13), to which there is fixed a support (15) for an optoelectronic measuring system. Rotational displacements of the rotary table (13) about an axis parallel to the guide elements (7, 9) make the optoelectronic measuring system oscillate substantially in a plane perpendicular to said axis for optimizing the reciprocal arrangement between the components (75, 77) of the optoelectronic measuring system and the piece (33, 47, 63) in the course of the checking. It is possible to check pieces (33, 47, 63) with different shape and nominal dimensions by replacing just some elements of the apparatus.
    • 作为用于硬盘存储单元的磁性读/写磁头(33,47,63)的支撑件,用于尺寸和/或形状检查的光电装置,更具体地,具有复杂三维形状的部件包括基座(1) 具有两个引导元件(7,9),所述引导元件(7,9)联接有沿着所述引导元件(7,9)在纵向方向上可移动的滑块(11),以及用于锁定和参考所述件(33,39)的系统(31) 47,63)进行检查。 滑动件(11)支撑旋转工作台(13),固定有用于光电测量系统的支撑件(15)。 旋转台(13)围绕平行于引导元件(7,9)的轴线的旋转位移使光电测量系统基本上在垂直于所述轴线的平面中振荡,以优化组件(75,77)之间的往复排列 光电测量系统和片(33,47,63)在检查过程中。 通过仅替换设备的一些元件,可以检查具有不同形状和标称尺寸的件(33,47,63)。
    • 10. 发明申请
    • DEVICE FOR BLANK INSPECTION
    • 设备用于测试瓶坯
    • WO99020406A1
    • 1999-04-29
    • PCT/DE1998/002423
    • 1998-08-14
    • B07C5/06B07C5/12B29C49/06B29C49/80G01B5/00
    • G01B5/0002B07C5/06B07C5/124B29C49/06B29C49/80
    • Disclosed is a device for inspecting thermoplastic blanks. The blanks are transported along a conveying element with a view to being blown to containers in a blowing rail area. They resemble tubes with a closed bottom and a mouth portion. The mouth section delimits the mouth opening of the blank. An axis of rotation for a detector wheel is mounted crosswise to the blank conveying system. The detector wheel bears detector heads with rounded contours, which are distributed star-like on lugs radially oriented outwards. The detector heads have dimensions which are adapted to the mouth diameter of the blanks. At least one segment of the conveying element is mounted with a varying position in the vicinity of the detector wheel. When positioned for inspection, the axis of rotation of the detector wheel is at such a distance to the conveying element that, when the detector wheel rotates, the detector heads can be introduced, at least partly, into the mouth section. Said segment of the conveying element is connected to a control element which, upon detection of the detector head being wrongly introduced into the mouth section of the blank, causes the segment position to vary, the blank being taken away from the area of the conveying element.
    • 用于由热塑性材料制成的预成型件的测试的装置。 预型件沿着馈电元件输送的,并且意在Blass的轨道到容器的该区域膨胀。 预成型件具有管状设计具有封闭的底部和Mündungsachnitt。 口部限定所述预成型件的口部。 横向于车轮检测器的旋转轴被布置在预成型件的输送方向。 所述Detektorrad带有星形在径向四舍五入向外指向腹板轮廓探测器头。 探测器头具有适于预型件尺寸的口直径的形状。 在检测器轮的附近,进给部件的至少一个区段是设置位置可变。 检测器轮的旋转轴线,在一个Prüfpositionierung从馈送的距离derarf,所述探测器头可以与检测器轮的旋转至少部分地进入预成型件的口部被插入。 进给部件的该段被连接到该型坯的口部的致动元件导致在检测到所述检测器头的缺陷Einfühbarkeit的在段的行进时间远离进给部件的区域中的预成型件中的位置的变化。