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    • 12. 发明授权
    • Method for fabricating a moat around an active pixel area of a microelectronic image projection device
    • 用于在微电子图像投影装置的有源像素区域周围制造护城河的方法
    • US06914658B2
    • 2005-07-05
    • US10330931
    • 2002-12-26
    • Krishna SeshanChaoyang LiGeoffery L. BakkerLawrence Dass
    • Krishna SeshanChaoyang LiGeoffery L. BakkerLawrence Dass
    • G02F1/1339G02F1/1341
    • G02F1/1341G02F1/13394
    • A method for fabricating a microelectronic image projection device. One or more nitride dams are formed upon the substrate of the device surrounding the active pixel area. The nitride dams help to contain the liquid crystal and confine the epoxy sealant. In alternative embodiments one or more nitride pillars are formed on the substrate to support the cover glass and maintain the distance between the cover glass and the active pixel area of the substrate. The nitride dams and pillars may be formed on the substrate through an ion implantation method in which HDP nitride is implanted with, for example, silicon ions. The ion implantation causes those areas of the nitride that are implanted with ions to etch more slowly than those areas that are not implanted with ions. This etch rate differential allows formation of the nitride formations with a non-contact single mask etching process.
    • 一种微电子图像投影装置的制造方法。 一个或多个氮化物阻挡层形成在围绕有源像素区域的器件的衬底上。 氮化物坝有助于容纳液晶并限制环氧树脂密封剂。 在替代实施例中,一个或多个氮化物柱形成在衬底上以支撑盖玻璃并且保持盖玻璃和衬底的有源像素区域之间的距离。 可以通过离子注入方法在衬底上形成氮化物坝和柱,其中用例如硅离子注入HDP氮化物。 离子注入导致注入离子的氮化物的那些区域比没有注入离子的区域蚀刻得更慢。 该蚀刻速率差异允许用非接触单掩模蚀刻工艺形成氮化物结构。
    • 13. 发明授权
    • Gapless planetary transmission
    • 无差行星传动
    • US08840512B2
    • 2014-09-23
    • US13502185
    • 2009-10-16
    • Bingkui ChenWencui YiChaoyang Li
    • Bingkui ChenWencui YiChaoyang Li
    • F16H1/32F16H1/48F16H57/12
    • F16H1/32F16H1/2863
    • A backlash-free planetary transmission device includes an outer ring of an eccentric sleeve rotatably fitted with a dual outer gear. One outer gear of the dual outer gear is meshed with a fixed pin gear with small teeth number difference, and the other outer gear is meshed with a power output pin gear with small teeth number difference. Each of the fixed pin gear and power output pin gear includes a roller. Profiles of teeth of the outer gears are respectively enveloped by profiles of the fixed pin gear and power output pin gear meshed therewith. The outer gears and rollers are in rolling mesh, to avoid sliding friction between meshed gear teeth. The dual outer gear contacts with the fixed pin gear and power output pin gear, with zero transmission error and zero backlash. The transmission device has high accuracy, low noise, high transmission efficiency, and long service life.
    • 无间隙的行星传动装置包括可旋转地装配有双外齿轮的偏心套筒的外圈。 双外齿轮的一个外齿轮与齿数不同的固定销齿轮啮合,另一个外齿轮与齿数差小的动力输出销齿轮啮合。 固定销齿轮和动力输出销齿轮中的每一个包括辊。 外齿轮的轮廓分别由与其啮合的固定销齿轮和动力输出销齿轮的轮廓包围。 外齿轮和滚子是滚动网,以避免啮合齿轮齿之间的滑动摩擦。 双外齿轮与固定销齿轮和动力输出销齿轮接触,零传输误差和零齿隙。 传动装置精度高,噪音低,传动效率高,使用寿命长。
    • 14. 发明申请
    • GAPLESS PLANETARY TRANSMISSION
    • 无缝行星传输
    • US20120264563A1
    • 2012-10-18
    • US13502185
    • 2009-10-16
    • Bingkui ChenWencui YiChaoyang Li
    • Bingkui ChenWencui YiChaoyang Li
    • F16H55/16
    • F16H1/32F16H1/2863
    • The present invention provides a backlash-free planetary transmission device, comprising a housing (10), a power input shaft (1) and a power output shaft (8). An eccentric sleeve (2) is securely positioned on a circumference of the power input shaft (1). A fixed pin gear (5) is set on the housing (10) that is concentric with the power input shaft (1). A power output pin gear (7) is set on the power output shaft (8) in circumferential transmission fit and concentric with the power input shaft (1). An outer ring of the eccentric sleeve (2) rotatably fits with a dual outer gear (4). An outer gear (42) of the dual outer gear (4) is meshed with the fixed pin gear (5) with small teeth difference, and the other outer gear (41) is meshed with the power output pin gear (7) with small teeth difference. The pin teeth of both the fixed pin gear (5) and the power output pin gear (7) include a roller that can rotate around its own axis. The profiles of teeth of the two outer gears (41, 42) of the dual outer gear (4) are respectively enveloped by profiles of the fixed pin gear (5) and the power output pin gear (7) meshed therewith. The outer gears (41, 42) and roller are pure rolling mesh, to avoid sliding friction between meshed gear teeth. The dual outer gear (4) of the backlash-free planetary gear contacts with teeth of both the fixed pin gear (5) and the power output pin gear (7), having properties of zero transmission error and zero gear backlash. The transmission device has high accuracy, low noise, high transmission efficiency and long service life.
    • 本发明提供一种无间隙的行星传动装置,其包括壳体(10),动力输入轴(1)和动力输出轴(8)。 偏心套(2)牢固地定位在动力输入轴(1)的圆周上。 固定销齿轮(5)设置在与动力输入轴(1)同心的壳体(10)上。 动力输出轴齿轮(7)设置在动力输出轴(8)上,周向传动配合并与动力输入轴(1)同心。 偏心套(2)的外圈与双外齿轮(4)可旋转地配合。 双外齿轮(4)的外齿轮(42)与固定销齿轮(5)啮合,齿差小,另一外齿轮(41)与动力输出销齿轮(7)啮合较小 牙齿差异 固定销齿轮(5)和动力输出销齿轮(7)的销齿都包括能够围绕其自身轴线旋转的辊。 双外齿轮(4)的两个外齿轮(41,42)的齿轮廓分别由与其啮合的固定销齿轮(5)和动力输出销齿轮(7)的轮廓包围。 外齿轮(41,42)和滚子是纯滚动网,以避免啮合齿轮齿之间的滑动摩擦。 无齿隙行星齿轮的双外齿轮(4)与固定销齿轮(5)和动力输出销齿轮(7)的齿接触,具有零传动误差和零档齿隙的性质。 传动装置精度高,噪音低,传动效率高,使用寿命长。