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    • 1. 发明申请
    • INDEXING APPARATUS AND METHOD FOR CONTROLLING THE INDEXING APPARATUS
    • 索引装置和控制索引装置的方法
    • WO1998025730A1
    • 1998-06-18
    • PCT/JP1996003661
    • 1996-12-13
    • CITIZEN WATCH CO., LTD.SUGIMOTO, KenjiSHINOHARA, HiroshiPFEIFER, Wolfgang
    • CITIZEN WATCH CO., LTD.
    • B23Q16/10
    • B23Q16/10B23B3/168Y10T74/14Y10T74/1412Y10T74/1488
    • An indexing apparatus comprises a base (10), a turret (11) which indexes a work about a predetermined rotation axis with respect to the base (10), and a pair of positioning engagement members (27) provided between the base (10) and the turret (11). At least one of the positioning engagement members (27) has an inclined tooth, and they can engage with and disengage from each other via the tooth by the axial relative movement of the positioning engagement members (27). The state of tooth engagement between the members (27) is held by applying a pressure to at least one of the pair of positioning engagement members (27). When the turret (11) is subjected to a load, the positional deviation between the pair of positioning engagement members (27) is detected, and the pressure against the pair of positioning engagement members (27) is adjusted on the basis of the detection result.
    • 一种分度装置,包括基座(10),相对于基座(10)围绕预定旋转轴线对工件进行分度的转台(11)和设置在基座(10)之间的一对定位接合构件(27) 和炮塔(11)。 至少一个定位接合构件(27)具有倾斜的齿,并且它们可以通过定位接合构件(27)的轴向相对运动经由齿与彼此接合和分离。 通过对一对定位接合构件(27)中的至少一个施加压力来保持构件(27)之间的齿接合状态。 当转塔(11)受到负载时,检测一对定位接合构件(27)之间的位置偏差,并且基于检测结果来调整对一对定位接合构件(27)的压力 。
    • 2. 发明申请
    • TURRET TOOL REST
    • WO1998025722A1
    • 1998-06-18
    • PCT/JP1996003660
    • 1996-12-13
    • CITIZEN WATCH CO., LTD.SUGIMOTO, KenjiSHINOHARA, HiroshiPFEIFER, Wolfgang
    • CITIZEN WATCH CO., LTD.
    • B23B29/24
    • B23B3/168B23B29/242B23Q16/065Y10S82/905Y10T29/5155Y10T82/2508Y10T82/2539Y10T82/2587Y10T408/37
    • Positioning engagement members (27) are detachably provided between a base (10) and a turret (11) which is made, by the rotational drive force of an index/tool rotation motor (32), to index a work relative to the base (10). The positioning engagement members (27) engage with each other to prevent rotation of the turret (11). The rotational drive force given to the turret (11) by the index/tool rotation motor (32) is transmitted to/released from the turret (11) by a clutch member (31). The rotational drive force of the index/tool rotation motor (32) is transmitted by a power transmitting member to a rotary tool (14) which is mounted on a tool mount (12) of the turret (11). The positioning engagement members (27) are engaged with/disengaged from each other by an engaging/disengaging means. Further, the engaging/disengaging means brings the clutch member (31) into engagement interlockingly with the disengagement of the positioning engagement members (27), and brings the clutch member (31) into disengagement interlockingly with the engagement of the positioning engagement members (27).
    • 定位接合构件(27)可拆卸地设置在通过索引/工具旋转电动机(32)的旋转驱动力制成的基座(10)和转台(11)之间,以使工件相对于基座 10)。 定位接合构件(27)彼此接合以防止转台(11)旋转。 由转位/转动马达(32)向转塔(11)施加的旋转驱动力通过离合器构件(31)传递到转台(11)。 转位/转动马达(32)的旋转驱动力由动力传递部件传递到安装在转台(11)的工具架(12)上的旋转工具(14)。 定位接合构件(27)通过接合/分离装置彼此接合/分离。 此外,接合/分离装置使离合器构件(31)与定位接合构件(27)的分离互锁地啮合,并且使离合器构件(31)与定位接合构件(27)的接合互锁地脱离 )。
    • 3. 发明申请
    • INTERACTION BETWEEN COMPUTERS WITH DIFFERENT OBJECT-ORIENTED RUN-TIME ENVIRONMENTS
    • 计算机与不同面向对象的运行环境之间的交互
    • WO2003029973A1
    • 2003-04-10
    • PCT/EP2002/009387
    • 2002-08-22
    • SAP AKTIENGESELLSCHAFTPFEIFER, Wolfgang
    • PFEIFER, Wolfgang
    • G06F9/46
    • G06F9/548G06F9/541
    • First and second computers (901, 902) operate in first and second object-oriented run-time environments with first and second applications (201, 202) and corresponding objects (A1/A2, B1/B2, C1/C2). Initiated by a communicator (101) and supported by a network (990), the first computer (901) sends a message (GET 111, SET 121, INSTRUCT 131) with object and action identification to the second computer (902). The second computer (902) uses an interpreter (102) to identify an object (A2, 152) in the second run-time environment according to the object identification. The interpreter (102) further verifies the existence of the identified action for the object (A2, 152) in the second run-time environment and determines (403) a representation of the action in the second run-time environment for the identified object (A2, 156). The interpreter (102) than executes the action by using the representation. Thereby, the interpreter (102) calls properties and methods of the identified object (A2, 156).
    • 第一和第二计算机(901,902)在具有第一和第二应用(201,202)和对应对象(A1 / A2,B1 / B2,C1 / C2)的第一和第二面向对象运行时环境中操作。 由第一计算机(901)由通信器(101)发起并由网络(990)支持,向第二计算机(902)发送具有对象和动作标识的消息(GET 111,SET 121,INSTRUCT 131)。 第二计算机(902)使用解释器(102)根据对象标识识别第二运行时环境中的对象(A2,152)。 解释器(102)进一步验证在第二运行时环境中对于对象(A2,152)所识别的动作的存在,并且确定(403)针对所识别的对象的第二运行时环境中的动作的表示( A2,156)。 解释器(102)不是通过使用表示来执行动作。 因此,解释器(102)调用所识别的对象(A2,156)的属性和方法。
    • 4. 发明申请
    • INDEXING APPARATUS AND METHOD FOR DRIVING THE SAME FOR INDEXING THE SAME
    • 指引装置及其驱动方法用于引导它们
    • WO1998025729A1
    • 1998-06-18
    • PCT/JP1996003656
    • 1996-12-13
    • CITIZEN WATCH CO., LTD.SUGIMOTO, KenjiSHINOHARA, HiroshiPFEIFER, Wolfgang
    • CITIZEN WATCH CO., LTD.
    • B23Q16/02
    • B23B3/168B23Q16/06Y10T82/10Y10T82/2506Y10T82/2508Y10T408/37
    • Provided between a base (10) and a turret (11) are a pair of positioning engagement members (27) which engage with each other to prevent rotation of the turret (11), and a screw feed mechanism comprising a ball screw (21) and a nut (25) converts the rotation of the ball screw (21) or nut (25) into rectilinear movement of the turret (11) to cause engagement/disengagement of the positioning engagement members (27). The screw feed mechanism is driven by a first motor (24), and the turret (11) is made to index a work by a second motor (32). When the second motor (32) is actuated to rotate the turret (11) for indexing, the first motor (24) is rotated in a predetermined rotational direction at a predetermined ratio of rotational speed to that of the second motor (32) whereby relative rotation between the ball screw (21) and the nut (25) of the screw feed mechanism is made zero to prevent rectilinear movement of the positioning engagement members (27).
    • 在基座(10)和转台(11)之间设有一对彼此接合以防止转台(11)旋转的定位接合件(27),以及包括滚珠丝杠(21)的螺旋进给机构, 并且螺母(25)将滚珠丝杠(21)或螺母(25)的旋转转换成转台(11)的直线运动,从而使定位卡合部件(27)卡合/脱开。 螺钉进给机构由第一马达(24)驱动,转塔(11)由第二马达(32)制成工件。 当第二马达(32)被致动以转动用于分度的转台(11)时,第一马达(24)以预定的转速与第二马达(32)的旋转速度以预定的旋转方向旋转,由此相对 滚珠丝杠(21)和螺旋进给机构的螺母(25)之间的旋转为零,以防止定位接合构件(27)的直线运动。
    • 5. 发明申请
    • COMMUNICATING MESSAGE WITH TYPE, OBJECT AND IDENTIFIERS FROM BUSINESS APPLICATION TO SERVICE APPLICATION
    • 与业务应用程序中的类型,对象和标识符的通信消息应用程序
    • WO03029974A2
    • 2003-04-10
    • PCT/EP0209388
    • 2002-08-22
    • SAP AGPFEIFER WOLFGANG
    • PFEIFER WOLFGANG
    • G06F9/46G06F17/30
    • G06F9/546G06F9/465
    • Generally, in a computer system (901/902), a first computer (901) executes a business application (BA, 201) to represent components of an apparatus by corresponding objects and to relate the objects in a type-object hierarchy. A message generator (MG, 101) receives type-object hierarchy information from the application (201) and provides a message (105) with a type chain (1x) and an object chain (2x). Both chains (1x, 2x) in combination identify a target object that corresponds to a target component of the apparatus. A second computer (902) with a message interpreter (102) parses both chains (1x, 2x) to provide identification of the target component as well as identification of parent components with type and objects. The second computer (901) presents (951) type-object hierarchy information to a first user (M) by adding type statements in a first natural language; the second computer (902) presents (952) type identification to a second user (T) in a second natural language.
    • 通常,在计算机系统(901/902)中,第一计算机(901)执行业务应用程序(BA,201)以通过相应的对象来表示设备的组件,并且将对象与类型对象层级相关联。 消息发生器(MG,101)从应用程序(201)接收类型对象层级信息,并提供具有类型链(1x)和对象链(2x)的消息(105)。 组合的两个链(1x,2x)识别对应于装置的目标部件的目标对象。 具有消息解释器(102)的第二计算机(902)解析链(1x,2x)以提供目标组件的标识以及具有类型和对象的父组件的标识。 第二计算机(901)通过以第一自然语言添加类型语句向第一用户(M)呈现(951)类型对象层级信息; 第二计算机(902)以第二自然语言向第二用户(T)呈现(952)类型标识。