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    • 1. 发明申请
    • Rebound locking mechanism
    • 回弹锁定机构
    • US20130333426A1
    • 2013-12-19
    • US13507224
    • 2012-06-14
    • Aaron M. Baker
    • Aaron M. Baker
    • E05B47/00E05C3/22
    • E05C3/24E05B47/0012E05B2047/0086E05B2047/0093Y10T70/7051Y10T70/7107Y10T70/7113Y10T70/7124Y10T292/1052Y10T292/1054Y10T292/1056
    • A rebound locking mechanism (10) is taught that consists of a spring loaded shaft (28) having an activating flat (34) thereon, a spring loaded latch (78) interfacing with the shaft activating flat and a rebound plate (40) attached to the shaft. An inertia flywheel (56) having an offset protruding striker (58) is in alignment beneath said rebound plate, with an electric motor (60) rotating the flywheel. In operation when the motor rotates the flywheel in a counter clockwise direction, the striker hits a top surface of the rebound plate and bounces the flywheel clockwise until the striker hits beneath the rebound plate causing the shaft to rotate realigning the flat permitting the latch to rotate under spring urging and thereby repositioning the catch from a locked position into an unlocked position.
    • 一种反弹锁定机构(10)被教导为由弹簧加载的轴(28)组成,该弹簧加载的轴(28)上具有一个致动平面(34),弹簧加载的闩锁(78)与该起动平台接合,一个回弹板(40) 轴。 具有偏移突出撞击器(58)的惯性飞轮(56)在所述回弹板下方对准,电动马达(60)使飞轮旋转。 在马达以逆时针方向旋转飞轮的情况下,撞击器撞击回弹板的顶表面并顺时针地弹回飞轮,直到撞击器撞击回弹板下方,导致轴旋转重新对准平面,允许闩锁旋转 在弹簧推动下,从而将卡扣从锁定位置重新定位到解锁位置。
    • 2. 发明申请
    • Locking device of a closure with a housing
    • 带有外壳的封闭件的锁定装置
    • US20010024039A1
    • 2001-09-27
    • US09814229
    • 2001-03-21
    • Roland LippoldtRudiger UhlendorfHans-Dieter Baudisch
    • E05C003/06
    • E05B47/0012B04B7/06E05B17/0025E05B2047/0021E05B2047/0025E05C5/00F16P3/08Y10S292/11Y10S292/22Y10T292/0928Y10T292/0929Y10T292/0932Y10T292/1054Y10T292/1055Y10T292/1077Y10T292/1082
    • A locking device of a closure with a housing, particularly of a laboratory centrifuge, comprising at least one swiveling lever pivotally supported about an axis of rotation in the housing including a projecting guide element, at least one drive to pivot the swiveling lever about the axis of rotation, at least one catch hook supported on the swiveling lever at a spacing from the axis of rotation on a pivot axis which, at a radial spacing from the pivot axis, has a cam segment concentric thereto, into which the guide element of the swiveling lever engages, at least one spring means biasing the catch hook in the closing direction until the guide element bears against a first final stop of the cam segment, and at least one closing edge of the closure adapted to be gripped over on the closure so that if the catch hook is in an opening position and the swiveling lever is pivoted in the closing direction the spring means holds the catch hook with the first final stop on the guide element in order to pivot the catch hook with the swiveling lever in the closing direction and, if the catch hook impinges on the closing edge and the swiveling lever continues to be pivoted in the closing direction the guide element will move, within the cam segment, to a second final stop thereof, wherein the swiveling lever moves the pivot axis with the catch hook in the closing direction of the closure and, thus, the catch hook pulls the closure into the closing position.
    • 具有壳体,特别是实验室离心机的封闭件的锁定装置包括至少一个围绕所述壳体中的旋转轴线枢转地支撑的旋转杆,所述旋转杆围绕所述壳体包括突出的导向元件,至少一个驱动器,所述驱动器绕所述轴线枢转所述旋转杆 至少一个止动钩,其以与旋转轴线相对的旋转轴线的间隔与旋转轴线成一定距离地支撑在旋转杆上,该枢转轴线与枢转轴线的径向间隔具有与其同心的凸轮部分,导向元件 旋转杆接合,至少一个弹簧装置沿着关闭方向偏压卡钩,直到引导元件抵靠凸轮段的第一最终止动件,并且封闭件的至少一个闭合边缘适于被夹紧在封闭件上 如果抓钩处于打开位置并且旋转杆在关闭方向上枢转,则弹簧装置将卡钩与第一最终止挡件保持在导向元件上的o 在闭合方向上转动钩子与旋转杆枢转,并且如果钩钩撞击关闭边缘并且旋转杆继续在关闭方向上枢转,则引导元件将在凸轮段内移动到 其中,所述旋转杆将所述枢转轴线沿所述闭合件的关闭方向上的所述卡钩移动,并且因此所述卡钩将所述闭合件拉动到所述关闭位置。
    • 10. 发明授权
    • Rebound locking mechanism
    • 回弹锁定机构
    • US08746024B2
    • 2014-06-10
    • US13507224
    • 2012-06-14
    • Aaron M. Baker
    • Aaron M. Baker
    • E05B47/00
    • E05C3/24E05B47/0012E05B2047/0086E05B2047/0093Y10T70/7051Y10T70/7107Y10T70/7113Y10T70/7124Y10T292/1052Y10T292/1054Y10T292/1056
    • A rebound locking mechanism (10) is taught that consists of a spring loaded shaft (28) having an activating flat (34) thereon, a spring loaded latch (78) interfacing with the shaft activating flat and a rebound plate (40) attached to the shaft. An inertia flywheel (56) having an offset protruding striker (58) is in alignment beneath said rebound plate, with an electric motor (60) rotating the flywheel. In operation when the motor rotates the flywheel in a counter clockwise direction, the striker hits a top surface of the rebound plate and bounces the flywheel clockwise until the striker hits beneath the rebound plate causing the shaft to rotate realigning the flat permitting the latch to rotate under spring urging and thereby repositioning the catch from a locked position into an unlocked position.
    • 一种反弹锁定机构(10)被教导为由弹簧加载的轴(28)组成,该弹簧加载的轴(28)上具有一个致动平面(34),弹簧加载的闩锁(78)与该起动平台接合,一个回弹板(40) 轴。 具有偏移突出撞击器(58)的惯性飞轮(56)在所述回弹板下方对准,电动马达(60)使飞轮旋转。 在马达以逆时针方向旋转飞轮的情况下,撞击器撞击回弹板的顶表面并顺时针地弹回飞轮,直到撞击器撞击回弹板下方,导致轴旋转重新对准平面,允许闩锁旋转 在弹簧推动下,从而将卡扣从锁定位置重新定位到解锁位置。