Thin offset drawer slide with progression roller
    1.
    发明授权
    Thin offset drawer slide with progression roller 失效
    薄胶印纸盒与进纸辊一起滑动

    公开(公告)号:US5344228A

    公开(公告)日:1994-09-06

    申请号:US895264

    申请日:1992-06-08

    IPC分类号: A47B88/04 A47B88/10 A47B88/00

    摘要: A thin profile drawer slide apparatus for slidably supporting a heavy drawer in furniture, comprising symmetrical, identical channel members for slidably attaching the apparatus to a drawer and an article of furniture, a plurality of bearings slidably retained in the channel members by bearing retainers, and by an intermediate slide member. The intermediate slide member comprises the unitarily formed combination of a generally vertical central wall, a first bearing raceway joined to an end of the central wall, and a second bearing raceway joined to an arcuate wall extending angularly outwardly from the first bearing raceway, whereby the first and second bearing raceways are vertically and angularly separated. The ball bearings are arranged in four linear, slightly offset sets. Use of a single intermediate slide member with raceways for four separate sets of bearings provides a thin, strong drawer slide for carrying heavy loads. In an alternate embodiment, the central wall of the intermediate slide member comprises a generally rectangular window with a progression roller mounted therein on a vertical axis of rotation. The roller exerts friction on the inner faces of the channel members by compression against the inner faces when the roller is moved. Edges of window act as a detent on the roller and also urge the slide closed when the slide is brought to rest with the roller against one of the edges. The windows relieve compression of the roller when the slide is fully closed.

    摘要翻译: 一种薄型抽屉滑动装置,用于可滑动地支撑家具中的重型抽屉,包括对称的相同的通道构件,用于将设备可滑动地附接到抽屉和家具制品,多个轴承通过承载保持器可滑动地保持在通道构件中;以及 通过中间滑动构件。 中间滑动构件包括大致垂直的中心壁,连接到中心壁的端部的第一轴承滚道和连接到从第一轴承滚道成角度地向外延伸的弧形壁的第二轴承滚道的整体形成的组合,由此, 第一和第二轴承滚道垂直和角度分离。 球轴承布置成四个线性,稍微偏移的组合。 使用具有滚道的单个中间滑动构件用于四组单独的轴承提供了用于承载重载荷的薄而强的抽屉滑块。 在替代实施例中,中间滑动构件的中心壁包括大致矩形的窗口,其中在垂直旋转轴线上安装有进行辊。 当辊移动时,辊通过压靠内表面而在通道构件的内表面上产生摩擦。 窗口的边缘作为滚子上的定位器,并且当滑动件与滚子抵靠在其中一个边缘上时,推动滑块关闭。 当滑块完全关闭时,窗户可以减轻滚筒的压缩。