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    • 5. 发明授权
    • Drive system for escalators and moving walkways
    • 自动扶梯和自动人行道的驱动系统
    • US08276738B2
    • 2012-10-02
    • US12979003
    • 2010-12-27
    • Miguel Angel Gonzalez AlemanyAlberto Pello Garcia
    • Miguel Angel Gonzalez AlemanyAlberto Pello Garcia
    • B66B21/00
    • B66B23/02B66B23/12
    • Drive system for escalators and moving walkways, comprising a set of wheels (3) carrying free-rotating rollers (4), with parallel axes to that of the wheels, and one or more shafts (5) perpendicular to the movement direction of the belt of steps or pallets (1), in which said roller wheels are mounted. The shafts (5) and wheels (3) are arranged between the moving forward way and the return way of the belt of steps or pallets (1). The wheels (3) engage through the rollers (4) with the steps or pallets (1) through engaging formations (7) of said belt of steps or pallets (1). The shafts (5) connect to a driving assembly through a transmission mechanism.
    • 用于自动扶梯和移动人行道的驱动系统,包括一组轮子(3),其承载与所述车轮平行的轴线的自由旋转辊(4),以及垂直于所述带的移动方向的一个或多个轴(5) 的步骤或托盘(1),其中安装有所述滚轮。 轴(5)和轮(3)布置在步进或托盘(1)的带的前进方式和返回路之间。 轮子(3)通过步骤或托盘(1)的接合结构(7)通过台阶或托盘(1)与滚子(4)接合。 轴(5)通过传动机构连接到驱动组件。
    • 8. 发明申请
    • LONGITUDINAL JOINT
    • 长期联系
    • US20130022389A1
    • 2013-01-24
    • US13550151
    • 2012-07-16
    • Miguel Ángel GONZÁLEZ ALEMANYMónica DÍAZ SORRIBASAlberto PELLO GARCIAJuan Domingo GONZÁLEZ PANTIGA
    • Miguel Ángel GONZÁLEZ ALEMANYMónica DÍAZ SORRIBASAlberto PELLO GARCIAJuan Domingo GONZÁLEZ PANTIGA
    • F16C11/04
    • B66B23/00
    • A longitudinal joint forms a surface usable as a passage between first and second passage surfaces (2,3) adjacent to one another, usable as walking user passage, the distance between both in the longitudinal direction being variable. The longitudinal joint (1) has transverse slats (4) attached to one another, with a substantially planar upper surface (5), each being attached to the contiguous slats by a pivot point (6) with respect to which they can rotate preserving the continuity of the surface of the longitudinal joint (1). The slats (4) rest on a series of support surfaces (8,9,12), a certain number of slats being hidden under the first passage surface (2), below the level of the upper surface (5), by the relative rotation to one another with respect to the pivot point (6), depending on the distance between first and second passage surfaces (2,3).
    • 纵向接头形成可用作彼此相邻的第一和第二通道表面(2,3)之间的通道的表面,可用作步行用户通道,两者在纵向上的距离是可变的。 纵向接头(1)具有彼此附接的横向板条(4),具有基本上平坦的上表面(5),每个通过枢转点(6)附接到相邻的板条,它们可以旋转,从而保持 纵向接头(1)的表面的连续性。 板条(4)位于一系列的支撑表面(8,9,12)上,一定数量的板条被隐藏在第一通道表面(2)的下方,在上表面(5)的水平面之下,相对于 取决于第一和第二通道表面(2,3)之间的距离,相对于枢转点(6)彼此相对旋转。
    • 9. 发明授权
    • Longitudinal joint
    • 纵向关节
    • US08567591B2
    • 2013-10-29
    • US13550151
    • 2012-07-16
    • Miguel Ángel González AlemanyMónica Díaz SorribasAlberto Pello GarciaJuan Domingo González Pantiga
    • Miguel Ángel González AlemanyMónica Díaz SorribasAlberto Pello GarciaJuan Domingo González Pantiga
    • B65G47/66
    • B66B23/00
    • A longitudinal joint forms a surface usable as a passage between first and second passage surfaces (2,3) adjacent to one another, usable as walking user passage, the distance between both in the longitudinal direction being variable. The longitudinal joint (1) has transverse slats (4) attached to one another, with a substantially planar upper surface (5), each being attached to the contiguous slats by a pivot point (6) with respect to which they can rotate preserving the continuity of the surface of the longitudinal joint (1). The slats (4) rest on a series of support surfaces (8,9,12), a certain number of slats being hidden under the first passage surface (2), below the level of the upper surface (5), by the relative rotation to one another with respect to the pivot point (6), depending on the distance between first and second passage surfaces (2,3).
    • 纵向接头形成可用作彼此相邻的第一和第二通道表面(2,3)之间的通道的表面,可用作步行用户通道,两者在纵向上的距离是可变的。 纵向接头(1)具有彼此附接的横向板条(4),具有基本上平坦的上表面(5),每个通过枢转点(6)附接到相邻的板条,它们可以旋转,从而保持 纵向接头(1)的表面的连续性。 板条(4)位于一系列的支撑表面(8,9,12)上,一定数量的板条被隐藏在第一通道表面(2)的下方,在上表面(5)的水平面之下,相对于 取决于第一和第二通道表面(2,3)之间的距离,相对于枢转点(6)彼此相对旋转。