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    • 6. 发明申请
    • Blow unit for a walk-in refrigerator
    • 用于步入式冰箱的吹风单元
    • US20060112720A1
    • 2006-06-01
    • US10998441
    • 2004-11-29
    • Brian Kim
    • Brian Kim
    • F25D17/04H05K7/20F25D17/06
    • F25D17/06F25D13/00F25D2317/0665F25D2317/0681
    • A cooling air guide unit for a walk-in refrigerator includes a mounting part comprising a first mounting surface and a second mounting surface and a cooling air blowing part. The first and second mounting surface of the mounting part are tilted with respect to each other by a predetermined angle, and the cooling air blowing part is installed on the second mounting surface of the mounting part. The mounting part further includes a bottom interface surface, a first side interface surface, and a second side interface surface. The first and second mounting surface are rectangular and meet each other along an edge. The bottom interface surface, the first side interface surface, and the second side interface surface of the mounting part connect the remaining three edges of the first and second mounting surface, forming a shape of wedge. The cooling air blowing unit includes a fan and a safety grid, preferably made of plastic.
    • 用于步入式冰箱的冷却空气引导单元包括:安装部,其包括第一安装面和第二安装面以及冷却风吹出部。 安装部的第一安装面和第二安装面相对于彼此倾斜预定角度,并且冷却风吹送部安装在安装部的第二安装面上。 安装部分还包括底部接口表面,第一侧面接口表面和第二侧面接口表面。 第一和第二安装表面是矩形的并且沿着边缘彼此相遇。 安装部分的底部界面,第一侧界面和第二侧面接合表面连接第一和第二安装表面的其余三个边缘,形成楔形。 冷却空气吹送单元包括风扇和安全栅格,优选由塑料制成。
    • 8. 发明授权
    • Optical systems for Z-axis alignment of fiber, lens and source arrays
    • 用于光纤,透镜和源阵列的Z轴对准的光学系统
    • US06510262B2
    • 2003-01-21
    • US09738919
    • 2000-12-15
    • Kendra GallupBrian Kim
    • Kendra GallupBrian Kim
    • G02B632
    • G02B6/425G02B6/32G02B6/4204G02B6/423G02B6/4292
    • An optical coupling system includes a unitary separation-setting member for establishing precise spatial relationships among a microlens array, an array of light sources, and an array of optical fibers. The separation-setting member includes an interior region with a shoulder against which the lens array is positioned. The shoulder is at a precisely controlled distance from a target plane along which the ends of the optical fibers are aligned. The target plane is defined by the front surface of the separation-setting member. Thus, the dimensions of the separation-setting member control the distance of the fiber ends from the microlenses. Moreover, a back surface of the separation-setting member is at a precisely controlled distance from the shoulder, so that when the back surface is rested against a substrate on which the light sources are mounted, the light sources are precisely positioned relative to the microlenses.
    • 光学耦合系统包括用于在微透镜阵列,光源阵列和光纤阵列之间建立精确空间关系的单一分离设置部件。 分离设置构件包括具有肩部的内部区域,透镜阵列与该肩部定位。 肩部处于与目标平面精确控制的距离,光纤端部沿着该平面对齐。 目标平面由分离设定构件的前表面限定。 因此,分离设置部件的尺寸控制光纤端部与微透镜的距离。 此外,分离设置构件的后表面距离肩部处于精确控制的距离,使得当背表面靠在其上安装有光源的基板上时,光源相对于微透镜精确定位 。