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    • 11. 发明授权
    • Preload biased structure of linear rail
    • 线性导轨的预压偏置结构
    • US08197140B2
    • 2012-06-12
    • US12382583
    • 2009-03-19
    • Chin-Hsiang Wang
    • Chin-Hsiang Wang
    • F16C29/06F16C29/04
    • F16C29/0657
    • A preload biased structure of a linear rail includes a rail and a sliding block disposed on the rail. The sliding block includes a sliding base, a supporting element, two connecting pieces and two locking pieces. The sliding element is provided with a connecting space. The front and rear end of the sliding base each is provided with abutting pieces. The abutting piece extends to form a biased block toward the connecting space. The biased block extends to form a biased slope. In assembling, the biased slope guides the supporting element to be inserted in the connecting space. The biased block provides a preloading force, whereby the supporting element can be fixed in the sliding base in advance. The locking pieces lock the two connecting pieces on both ends of the sliding base, so that the supporting element and the two connecting pieces can be assembled on the sliding base.
    • 直线导轨的预加载偏置结构包括轨道和设置在轨道上的滑块。 滑动块包括滑动基座,支撑元件,两个连接件和两个锁定件。 滑动元件设置有连接空间。 滑动基座的前端和后端各设有邻接件。 邻接件延伸以形成朝向连接空间的偏置块。 偏置块延伸以形成偏置斜率。 在组装时,偏压斜面引导待插入连接空间的支撑元件。 偏置块提供预加载力,由此可以预先将支撑元件固定在滑动基座中。 锁定件将两个连接件锁定在滑动底座的两端,使得支撑元件和两个连接件可以组装在滑动底座上。
    • 12. 发明申请
    • Preload biased structure of linear rail
    • 线性导轨的预压偏置结构
    • US20100142866A1
    • 2010-06-10
    • US12382583
    • 2009-03-19
    • Chin-Hsiang Wang
    • Chin-Hsiang Wang
    • F16C29/06
    • F16C29/0657
    • A preload biased structure of a linear rail includes a rail and a sliding block disposed on the rail. The sliding block includes a sliding base, a supporting element, two connecting pieces and two locking pieces. The sliding element is provided with a connecting space. The front and rear end of the sliding base each is provided with abutting pieces. The abutting piece extends to form a biased block toward the connecting space. The biased block extends to form a biased slope. In assembling, the biased slope guides the supporting element to be inserted in the connecting space. The biased block provides a preloading force, whereby the supporting element can be fixed in the sliding base in advance. The locking pieces lock the two connecting pieces on both ends of the sliding base, so that the supporting element and the two connecting pieces can be assembled on the sliding base.
    • 直线导轨的预加载偏置结构包括轨道和设置在轨道上的滑块。 滑动块包括滑动基座,支撑元件,两个连接件和两个锁定件。 滑动元件设置有连接空间。 滑动基座的前端和后端各设有邻接件。 邻接件延伸以形成朝向连接空间的偏置块。 偏置块延伸以形成偏置斜率。 在组装时,偏压斜面引导待插入连接空间的支撑元件。 偏置块提供预加载力,由此可以预先将支撑元件固定在滑动基座中。 锁定件将两个连接件锁定在滑动底座的两端,使得支撑元件和两个连接件可以组装在滑动底座上。
    • 14. 发明授权
    • Reliable optical add/drop device
    • 可靠的光学分插装置
    • US06797941B2
    • 2004-09-28
    • US10244510
    • 2002-09-17
    • Chin-Hsiang WangChih-Hsiang LinTsung-Yueh Tsai
    • Chin-Hsiang WangChih-Hsiang LinTsung-Yueh Tsai
    • H01J502
    • G02B6/29383G02B6/2937G02B6/32
    • A highly reliable optical add/drop device is described. The optical add/drop device has an external tube and a ring, wherein the external tube and the ring are made of metallic material. A WDM filter is fixed in the ring. The ring is inserted in the external tube at the middle portion and fixed therein by soft solder technique. A single fiber collimator and a dual fiber collimator are respectively coupled with the opposite surfaces of the filter, and aligned in the external tube. Additionally, the single and dual fiber collimators are also fixed therein by soft solder technique, as two metal tubes respectively hold the single and dual fiber collimators. In the invention, the WDM filter is rigidly fixed to avoid tilting during temperature variation. Moreover, the invention provides an optical add/drop device with low insertion loss and reflection loss.
    • 描述了一种高度可靠的光分插装置。 光学分插装置具有外管和环,其中外管和环由金属材料制成。 WDM滤波器固定在环中。 环在中间部分插入外管,并通过软焊技术固定在其中。 单纤维准直器和双光纤准直器分别与过滤器的相对表面耦合,并在外管中对准。 此外,单和双光纤准直器也通过软焊技术固定在其中,因为两个金属管分别保持单和双光纤准直器。 在本发明中,WDM过滤器是刚性固定的,以避免温度变化时的倾斜。 此外,本发明提供了具有低插入损耗和反射损耗的光学分插装置。