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    • 2. 发明申请
    • FAST INSTALLABLE AND DETACHABLE AUTOMOBILE SNOW COVER HAVING TWO PENDENT SELF-STRETCHED FLAPS
    • 快速安装和可拆卸的汽车雪橇包含两个自动弹性片
    • US20100200180A1
    • 2010-08-12
    • US12369153
    • 2009-02-11
    • Wen-Cheng LIEN
    • Wen-Cheng LIEN
    • B60J11/08
    • B60J11/08
    • The snow cover of the invention has a main shade with fastening elements located at the upper end to be anchored on the car roof and other fastening elements on a lower end to be anchored on the car hood. The snow cover includes two triangular pendent self-stretched flaps each fastens to a pendant to stretch the main shade smoothly to neatly cover the windshield. When car doors are opened, two pendent self-stretched flaps slide quickly inside the car doors due to pendant principle. After the card doors are closed, two pendent self-stretched flaps are clamped by the car doors and the car body and held inside the car body. To move the snow cover, open the car doors, unfasten fastening elements at the upper and lower ends of the main shade, then the snow cover can be removed and stowed.
    • 本发明的雪盖具有主遮挡件,其紧固元件位于上端,锚固在车顶上,其它固定元件位于下端,以锚定在汽车罩上。 雪盖包括两个三角形吊坠自拉伸襟翼,每个襟翼紧固到吊坠以顺畅地拉伸主遮光罩,以整齐地覆盖挡风玻璃。 当车门打开时,由于吊坠的原因,两个吊坠的自拉伸襟翼在车门内迅速滑动。 在卡门关闭后,两个悬挂的自拉伸襟翼被车门和车身夹紧并保持在车身内。 要移动积雪,打开车门,松开主灯罩上端和下端的固定元件,然后将雪盖取下并收起。
    • 3. 发明授权
    • Three dimension collapsible lampshade
    • 三维可折叠灯罩
    • US07497602B2
    • 2009-03-03
    • US11703685
    • 2007-02-08
    • Wen-Cheng Lien
    • Wen-Cheng Lien
    • F21V1/06
    • F21V17/007F21V1/06
    • A three dimension collapsible lampshade mainly includes a collapsible rib foldable on a cubical surface and a pliable fabric cover foldable on a plane. The pliable fabric cover has a flexible ring at a lower rim that may be fixed or folded in a desired shape. The collapsible rib and the pliable fabric cover are separable. By coupling the collapsible rib and the pliable fabric cover a cubical lampshade can be formed. The lampshade may also be folded in three dimensions. Compared with the conventional lampshades that are foldable only in two dimensions, the invention can save the cost of package material and transportation. The separable design also allows consumers to change and replace the pliable fabric cover as desired after purchase.
    • 三维可折叠灯罩主要包括可折叠在立方体表面上的可折叠肋,以及可在平面上折叠的柔韧织物罩。 柔韧织物罩在下边缘处具有柔性环,其可以固定或折叠成所需形状。 可折叠肋和柔韧的织物罩是可分离的。 通过联接可折叠肋和柔韧的织物罩,可以形成立方体的灯罩。 灯罩也可以三维折叠。 与仅在两个维度上可折叠的常规灯罩相比,本发明可以节省包装材料和运输的成本。 可分离的设计还允许消费者在购买后根据需要更换和更换柔韧的面料盖。
    • 4. 发明申请
    • Three dimension collapsible lampshade
    • 三维可折叠灯罩
    • US20080192486A1
    • 2008-08-14
    • US11703685
    • 2007-02-08
    • Wen-Cheng Lien
    • Wen-Cheng Lien
    • F21V1/06
    • F21V17/007F21V1/06
    • A three dimension collapsible lampshade mainly includes a collapsible rib foldable on a cubical surface and a pliable fabric cover foldable on a plane. The pliable fabric cover has a flexible ring at a lower rim that may be fixed or folded in a desired shape. The collapsible rib and the pliable fabric cover are separable. By coupling the collapsible rib and the pliable fabric cover a cubical lampshade can be formed. The lampshade may also be folded in three dimensions. Compared with the conventional lampshades that are foldable only in two dimensions, the invention can save the cost of package material and transportation. The separable design also allows consumers to change and replace the pliable fabric cover as desired after purchase.
    • 三维可折叠灯罩主要包括可折叠在立方体表面上的可折叠肋,以及可在平面上折叠的柔韧织物罩。 柔韧织物罩在下边缘处具有柔性环,其可以固定或折叠成所需形状。 可折叠肋和柔韧的织物罩是可分离的。 通过联接可折叠肋和柔韧的织物罩,可以形成立方体的灯罩。 灯罩也可以三维折叠。 与仅在两个维度上可折叠的常规灯罩相比,本发明可以节省包装材料和运输的成本。 可分离的设计还允许消费者在购买后根据需要更换和更换柔韧的面料盖。
    • 5. 发明授权
    • Rapid thermal annealing process
    • 快速热退火工艺
    • US07026171B2
    • 2006-04-11
    • US10604246
    • 2003-07-04
    • Y. Y. ChangShih-Liang ChouL. H. LeeTsung-De LinKou-Yow TsengWen-Cheng Lien
    • Y. Y. ChangShih-Liang ChouL. H. LeeTsung-De LinKou-Yow TsengWen-Cheng Lien
    • H01L21/00H01L21/66
    • H01L21/324H01L21/76801H01L22/20
    • A rapid thermal annealing (“RTA”) process providing for an RTA equipment is disclosed. The RTA equipment has a pyrometer providing for measuring an operation parameter, e.g., a temperature of the RTA process. The RTA process comprises steps of proceeding a first RTA step to a wafer in the RTA equipment, then comparing a measured value of the operation parameter with a reference range of value of the operation parameter, thereafter proceeding a second RTA step to the wafer in the RTA equipment when the measured value of the operation parameter is in between the reference range of value of the operation parameter. When the measured value of the operation parameter is out of the reference range of value of the operation parameter, the RTA equipment is turned off, and the wafer is unloaded from the RTA equipment and loaded into another RTA equipment to complete the RTA process.
    • 公开了提供RTA设备的快速热退火(“RTA”)工艺。 RTA设备具有高温计,用于测量操作参数,例如RTA工艺的温度。 RTA方法包括以下步骤:在RTA设备中的晶片上进行第一RTA步骤,然后将操作参数的测量值与操作参数值的参考范围进行比较,然后在第二RTA步骤中进行第二RTA步骤 RTA设备当操作参数的测量值在操作参数值的参考范围之间时。 当操作参数的测量值超出操作参数值的参考范围时,RTA设备被关闭,晶片从RTA设备卸载并加载到另一个RTA设备中以完成RTA过程。
    • 6. 发明授权
    • Method of fabricating shallow trench isolation structure
    • 制造浅沟槽隔离结构的方法
    • US06828208B2
    • 2004-12-07
    • US10248538
    • 2003-01-28
    • Tsung-De LinHsiao-Kang WangTian-Jue HongShih-Liang ChouWen-Cheng Lien
    • Tsung-De LinHsiao-Kang WangTian-Jue HongShih-Liang ChouWen-Cheng Lien
    • H01L2176
    • H01L21/76229
    • A method of fabricating a shallow trench isolation (STI) structure. A substrate is provided and then a pad oxide layer, a mask layer and a first trench are sequentially formed on the substrate. An insulation layer is formed inside the first trench and over the substrate. The insulation layer has a second trench in a location above the first trench. Thereafter, a conformal cap layer is formed over the insulation layer. The cap layer has a third trench in a location above the second trench. A reverse mask is formed over the cap layer covering the third trench. The cap layer and the insulation layer outside the reverse mask are removed to expose the upper surface of the mask layer. The reverse mask is removed and then the residual insulation layer outside the remaining cap layer and the trench are moved to expose the upper surface of the mask layer. Finally, the mask layer and the pad oxide layer are removed.
    • 一种制造浅沟槽隔离(STI)结构的方法。 提供衬底,然后在衬底上依次形成衬垫氧化物层,掩模层和第一沟槽。 在第一沟槽内部和衬底上形成绝缘层。 绝缘层在第一沟槽上方的位置具有第二沟槽。 此后,在绝缘层上形成保形盖层。 盖层在第二沟槽上方的位置具有第三沟槽。 在覆盖第三沟槽的覆盖层上形成反向掩模。 去除覆盖层和反掩模外部的绝缘层以暴露掩模层的上表面。 去除反面掩模,然后移动剩余盖层和沟槽外部的残留绝缘层以暴露掩模层的上表面。 最后,去除掩模层和焊盘氧化物层。