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    • 1. 发明公开
    • Sliding link for a dobby lever
    • Verschiebbares Verbindungselementfürden Schwingarm einer Schaftmaschine
    • EP0722005A1
    • 1996-07-17
    • EP95118201.3
    • 1995-11-20
    • NUOVO PIGNONE S.p.A.
    • Altamore, MassimoGrifoni, Francesco
    • D03C1/14
    • D03C1/144Y10T403/7071Y10T403/76
    • A sliding nut (20) for a dobby lever of a textile loom, which can be inserted into a main lever (11) which consists of a pair of parallel flat sides (12,13), separate but fixed to each other, where the sliding nut (20) comprises a body which can be inserted between the sides (12,13), at one end of which is a hole (22) suitable for receiving a joint which can be connected to a driving bar and at the other end a relative blocking device for the sides, the body being shaped at the second end (25) to receive sloping surfaces on which there are wedge-shaped elements (28), in a complementary slanting position, which can be inserted into a box-shaped container (30) and acting upon the sides, a screw element (34) being applicable to the box as a blocking device to determine the performance of the wedge-shaped elements (28) with respect to the sloping surfaces and sides at the main lever.
    • 一种用于纺织织机的多臂杠杆的滑动螺母(20),其可以插入到由一对分离但彼此固定的平行平面(12,13)组成的主杆(11)中,其中 滑动螺母(20)包括可以插入在侧面(12,13)之间的主体,其一端是适于接收可连接到驱动杆的接头的孔(22),另一端 用于侧面的相对阻挡装置,所述主体在第二端(25)处成形,以接收倾斜表面,在所述倾斜表面上具有楔形元件(28),处于互补的倾斜位置,所述倾斜表面可以插入到盒形 容器(30)并且作用在侧面上;螺钉元件(34)可应用于盒子作为阻挡装置,以确定楔形元件(28)相对于主杠杆的倾斜表面和侧面的性能 。
    • 3. 发明公开
    • System for acquiring, measuring and checking the operating parameters of a reciprocating fluid machine
    • 系统zur Erfassung,Messung undPrüfungdes Betriebsverhaltens einer Kolbenfluidmaschine
    • EP2306022A1
    • 2011-04-06
    • EP10181336.8
    • 2010-09-28
    • Nuovo Pignone S.p.A.
    • Gerbi, FilippoLazzeri, MarcoAltamore, MassimoGrifoni, Francesco
    • F04B51/00
    • F04B51/00
    • The invention describes a validation system (50) for a reciprocating fluid machine. The system (50) comprises a base plate or foundation (52) on which at least one frame (46) of the reciprocating fluid machine is removably applied; a first shaft (54), rotatably coupled with the base plate (52), to activate the components (12, 14, 24) of the frame (46); at least one system for generating loads (80), placed in operative connection with such components (12, 14, 24) and put in rotation by a transmission system (58) through at least one second shaft (68). The system for generating loads (80) is able to simulate the loads generated by the working fluid on a cylinder (26) of the reciprocating fluid machine.
    • 本发明描述了一种用于往复式流体机器的验证系统(50)。 所述系统(50)包括基板或基座(52),所述往复式流体机械的至少一个框架(46)可移除地在其上移动; 与所述基板(52)可旋转地联接的第一轴(54),以启动所述框架(46)的部件(12,14,24); 至少一个用于产生负载(80)的系统,其被放置成与这些部件(12,14,24)可操作地连接,并且由传动系统(58)通过至少一个第二轴(68)旋转。 用于产生负载(80)的系统能够模拟由往复式流体机械的气缸(26)上的工作流体产生的负载。
    • 5. 发明公开
    • Bearing device, retention mechanism and method for retaining at least one bearing pad
    • Lagervorrichtung,Haltemechanismus und Methode zum Halten mindestens eines Lagersegmentes
    • EP2302239A1
    • 2011-03-30
    • EP10177340.6
    • 2010-09-17
    • Nuovo Pignone S.p.A.
    • Palomba, SergioDe Iaco, MarcoMasala, AndreaAnichini, AlessioGrifoni, Francesco
    • F16C17/03
    • F16C17/03F16C43/02
    • Method, retention mechanism (38,70,80,90) and bearing device (30) for retaining at least one pad (34) inside the bearing device (30). The bearing device (30) includes a ring (32) having at least a retaining head (44), at least one pad (34) disposed inside the ring (32) and having a bottom recess portion (42) configured to receive the at least a retaining head (44), the at least one pad (34) being configured to pivot on the at least a retaining head (44), and a retention mechanism configured to retain the at least one pad (34) within a predetermined volume inside the ring. The retention mechanism is configured to apply a retaining force on the at least one pad (34), in addition to a force between the retaining head (44) and the at least one pad (34), where the retaining force acts substantially along a radial direction of the ring (32), away from a center of the ring (32).
    • 方法,保持机构(38,70,80,90)和用于在轴承装置(30)内保持至少一个垫(34)的轴承装置(30)。 所述轴承装置(30)包括具有至少保持头(44)的环(32),设置在所述环(32)内部的至少一个垫(34),并具有底部凹陷部分(42) 至少一个保持头(44),所述至少一个垫(34)构造成在所述至少一个保持头(44)上枢转;以及保持机构,其构造成将所述至少一个垫(34)保持在预定体积内 在戒指里面 保持机构被配置成除了保持头部(44)和至少一个垫(34)之间的力之外还在至少一个垫(34)上施加保持力,其中保持力基本上沿着 环(32)的径向方向远离环(32)的中心。