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    • 1. 发明授权
    • Apparatus for separating a light beam by using two flat plates with an
air gap therebetween and hybrid dichroic mirrors and a method therefor
    • 用于通过使用其间具有气隙的两个平板分离光束的装置和混合分色镜及其方法
    • US6072633A
    • 2000-06-06
    • US90244
    • 1998-06-04
    • Jung Ho ParkYoung Jun ParkYoung Mo HwangYong Hoon Kim
    • Jung Ho ParkYoung Jun ParkYoung Mo HwangYong Hoon Kim
    • G02F1/29G02B5/20G02B5/26G02B27/14G02F1/00B02B27/14
    • G02B27/145G02B27/1006G02B5/20G02B5/26
    • An apparatus for separating an incident light beam from a light source into three light beams having different colors by a mirror mechanism constructed in a particular way. The apparatus separates white-light into three colors of red, green, and blue and includes a first dichroic mirror, a wide band high-reflection mirror, a second dichroic mirror, and a material of air or gas. The first dichroic mirror allows only a light beam with a first wavelength to penetrate and reflects light beams with other wavelengths, from the incident light beam. The wide band high-reflection mirror reflects the light beam reflected from the first dichroic mirror within the material, and is positioned such that it is parallel to the first dichroic mirror and is spaced therefrom by a predetermined interval. The second dichroic mirror allows only a light beam with a second wavelength different from the first wavelength to penetrate in a direction that is parallel to the light beam with the first wavelength penetrated through the first dichroic mirror and reflects a light beam with a third wavelength different from the first and second wavelengths within the material. The wide band high-reflection mirror reflects the light beam which is reflected from the second dichroic mirror within material and then the reflected light beam with the third wavelength passes outside the material past the second dichroic mirror in a direction that is parallel to the light beam with the second wavelength penetrated through the second dichroic mirror. The material of air or gas is positioned between the first, second dichroic mirrors and the wide band high-reflection mirror, through which the incident light beam and the reflected light beams proceed.
    • 一种用于通过以特定方式构造的镜面机构将入射光束从光源分离成具有不同颜色的三个光束的装置。 该装置将白光分为红色,绿色和蓝色三种颜色,包括第一分色镜,宽带高反射镜,第二分色镜以及空气或气体的材料。 第一分色镜仅允许具有第一波长的光束从入射光束穿透并反射具有其它波长的光束。 宽带高反射镜反射从材料内的第一分色镜反射的光束,并且被定位成使其平行于第一分色镜并与之隔开预定的间隔。 第二分色镜仅允许具有不同于第一波长的第二波长的光束在与第一波长穿过第一分色镜的光束平行的方向上穿透,并且反射具有不同的第三波长的光束 从材料内的第一和第二波长。 宽带高反射镜反射在材料内从第二分色镜反射的光束,然后具有第三波长的反射光束在与光束平行的方向上通过材料通过第二分色镜 其中第二波长穿过第二分色镜。 空气或气体的材料位于第一,第二分色镜和宽带高反射镜之间,入射光束和反射光束通过该反射镜进入。
    • 2. 发明授权
    • Apparatus and a method for combining light beams by using two flat
plates with an air gap therebetween
    • 通过使用其间具有气隙的两个平板来组合光束的装置和方法
    • US6101037A
    • 2000-08-08
    • US90220
    • 1998-06-04
    • Young Jun ParkJung Ho ParkYoung Mo HwangYong Hoon Kim
    • Young Jun ParkJung Ho ParkYoung Mo HwangYong Hoon Kim
    • G02B27/10G02B27/14
    • G02B27/145
    • A light combining apparatus using two flat plates combines three separate light beams having blue, green and red wavelengths to a single combined light beam for a light source by an easier and simple small-sized device and makes the combined light beam smoothly enter the place for implementing the final information. The apparatus includes a reflection mirror for reflecting light beams with all of the wavelengths, at least one filter for transmitting only at least one light beam with a specific wavelength and reflecting light beams with the other wavelengths, and a medium located between the reflection mirror and the filter, through which the incident light beams and the reflected light beams pass, wherein the three light beams are combined into a single light beam within the medium which single light beam then exits the apparatus. A method of combining separate light beams having different wavelengths is also disclosed.
    • 使用两个平板的光合并装置将具有蓝色,绿色和红色波长的三个单独的光束通过更简单和简单的小尺寸装置组合成用于光源的单个组合光束,并使组合的光束平稳地进入 实施最终信息。 该装置包括用于反射具有所有波长的光束的反射镜,至少一个用于仅传输至少一个具有特定波长的光束并且反射具有其它波长的光束的滤光器,以及位于反射镜和 入射光束和反射光束通过的滤光器,其中三个光束组合成介质内的单个光束,单个光束然后离开设备。 还公开了组合具有不同波长的分离光束的方法。
    • 3. 发明授权
    • Apparatus and a method for combining light using one flat plate and a
method for manufacturing the apparatus
    • 用于使用一个平板组合光的装置和方法以及用于制造该装置的方法
    • US6005718A
    • 1999-12-21
    • US75842
    • 1998-05-12
    • Jung Ho ParkYoung Jun ParkYoung Mo Hwang
    • Jung Ho ParkYoung Jun ParkYoung Mo Hwang
    • G02B5/20G02B27/10G02B27/14
    • G02B5/208
    • A light combining apparatus using a flat plate operating to combine at least two incident light beams entering the flat plate at a first angle with respect to the vertical direction on an incidence plane with wavelengths different from each other. The apparatus comprises a first anti-reflection coating film for allowing only a light beam with a first wavelength to penetrate into the flat plate without reflection, a first wide band high-reflection mirror for reflecting the light beam with the first wavelength which penetrates through the first anti-reflection coating film at a second angle which is different from the first angle, a first dichroic mirror for generating a first combined light beam by allowing only a light beam with a second wavelength different from the first wavelength and reflecting the light beams with other wavelengths and by reflecting the reflected light beam with the first wavelength at the second angle, and for combining the light beam with the second wavelength and the reflected light beam with the first wavelength, a second wide band anti-reflection coating film for allowing the combined light beam to penetrate without reflection; and a material within the flat plate through which the light beam penetrated through the first anti-reflection coating film and the first dichroic mirror and the light beam reflected from the first wide band high-reflection coating film and the first dichroic mirror pass.
    • 一种使用平板的光组合装置,其操作以在波长彼此不同的入射平面上以相对于垂直方向成第一角度的方式组合进入平板的至少两个入射光束。 该装置包括用于仅使具有第一波长的光束不反射地穿透到平板中的第一防反射涂膜,用于反射穿过第一波长的第一波长的光束的第一宽带高反射镜 第一防反射涂膜,其不同于第一角度的第二角度;第一分色镜,用于通过仅允许具有不同于第一波长的第二波长的光束并且用 并且通过以第二角度反射具有第一波长的反射光束,并且为了将光束与第二波长和具有第一波长的反射光束组合,使用第二宽带抗反射涂膜, 组合光束穿透而不反射; 以及平板内的材料,光束穿过第一防反射涂膜和第一分色镜以及从第一宽带高反射涂膜和第一分色镜反射的光束通过该材料。
    • 4. 发明授权
    • Apparatus and a method for separating a light beam using a hybrid
dichroic mirror and a method for manufacturing the apparatus
    • 使用混合分色镜分离光束的装置和方法及其制造方法
    • US6147806A
    • 2000-11-14
    • US90241
    • 1998-06-04
    • Jung Ho ParkYoung Jun ParkYoung Mo Hwang
    • Jung Ho ParkYoung Jun ParkYoung Mo Hwang
    • G02B5/00G02B27/14G02B5/12G02F1/03
    • G02B27/1073G02B27/1006G02B27/145
    • A light separation apparatus using a flat plate including a wide band anti-reflection coating film, first and second dichroic mirrors, a wide band high-reflection coating film, an anti-reflection coating film, and a material forming the flat plate. The wide band anti-reflection coating film allows an incident light beam generated by a light source to penetrate into the material at a first angle without reflection. The first dichroic mirror allows only a light beam with a first wavelength to penetrate at the first angle and reflects light beams with other wavelengths at the second angle. The high-reflection coating film reflects at a second angle the light beam reflected by the first dichroic mirror. The second dichroic mirror allows only a light beam with a second wavelength to penetrate outside the material at the first angle so that it is parallel to the light beam with the first wavelength penetrated through the first dichroic mirror. The second dichroic mirror also reflects the light beam with a third wavelength at a second angle. The high-reflection coating film reflects the light beam reflected from the second dichroic mirror at the second angle. The anti-reflection coating film allows the light beam with the third wavelength to penetrate outside the material at the first angle without reflection so that it is parallel to the light beam with the second wavelength penetrated through the second dichroic mirror. The light beam penetrated through the wide band anti-reflection coating film and the light beams reflected from the first dichroic mirror, the second dichroic mirror, and the wide band high-reflection coating film pass through the material.
    • 使用包括宽带防反射涂膜,第一和第二分色镜,宽带高反射涂膜,抗反射涂膜和形成平板的材料的平板的光分离装置。 宽带防反射涂膜允许由光源产生的入射光束以第一角度无反射地渗透到材料中。 第一分色镜仅允许具有第一波长的光束以第一角度穿透,并以其它波长反射具有第二角度的光束。 高反射涂膜以第二角度反射由第一分色镜反射的光束。 第二分色镜仅允许具有第二波长的光束以第一角度穿透材料外部,使得其平行于具有穿过第一分色镜的第一波长的光束。 第二分色镜还以第二角度反射具有第三波长的光束。 高反射涂膜以第二角度反射从第二分色镜反射的光束。 抗反射涂膜允许具有第三波长的光束以第一角度穿透材料外部而不反射,使得其平行于具有穿过第二分色镜的第二波长的光束。 光束穿过宽带防反射涂膜,从第一分色镜,第二分色镜和宽带高反射涂膜反射的光束穿过材料。
    • 5. 发明授权
    • Hollow actuator-driven droplet dispensing apparatus
    • 中空致动器驱动液滴分配装置
    • US08678299B2
    • 2014-03-25
    • US12606335
    • 2009-10-27
    • Young Bog HamJung Ho ParkSo Nam YunSang Gyu Choi
    • Young Bog HamJung Ho ParkSo Nam YunSang Gyu Choi
    • B05B1/08B05B3/04B41J2/14B41J2/04
    • B05B1/086
    • A hollow actuator-driven droplet dispensing apparatus may include an elastic tube having an elastic body, defining a storage space therein, and extending a predetermined length, and a hollow actuator fitted around the elastic tube so as to generate a force and a displacement in the longitudinal direction when an electric field is applied. The hollow actuator is expanded or contracted in the longitudinal direction of the elastic tube when the external voltage is applied, thereby reducing or enlarging the volume of an inner space of the elastic tube. The droplet dispensing apparatus can press the elastic tube to expand or contract the volume of the inner space of the tube using the hollow actuator capable of quickly generating a displacement in response to an application voltage so that a fixed amount of content can be discharged out and taken into the tube.
    • 中空致动器驱动的液滴分配装置可以包括弹性管,该弹性管具有限定其中的存储空间并延伸预定长度的弹性体,以及安装在弹性管周围的中空致动器,以便在弹性管中产生力和位移 施加电场时的纵向。 当施加外部电压时,中空致动器在弹性管的纵向方向上膨胀或收缩,从而减小或扩大弹性管的内部空间的体积。 液滴分配装置可以使用能够响应于施加电压快速产生位移的中空致动器来按压弹性管来膨胀或收缩管的内部空间的体积,使得固定量的内容物可以排出, 被带入管中。
    • 9. 发明授权
    • Case for carrying and mounting an image system in a car
    • 在汽车中携带和安装图像系统的情况
    • US07301757B2
    • 2007-11-27
    • US10988513
    • 2004-11-16
    • Jung Hoon LeeJung Ho ParkHyun Ki Cho
    • Jung Hoon LeeJung Ho ParkHyun Ki Cho
    • H05K7/00
    • B60K35/00A45C11/38A45C13/02A45C13/30B60K37/06B60K2350/1024B60K2350/1028B60R11/0211B60R11/0235B60R11/0252B60R2011/0012B60R2011/0015B60R2011/0017
    • A case for carrying and mounting an image system is capable of accommodating an image reproducing device and a display device and is able to be secured to a seat of a car, to thereby allow a passenger to watch the display device while controlling the image reproducing device. The case includes a front case for housing the display device, a rear case for housing the image reproducing device, a connecting portion formed around one edge portions of the front and the rear cases to allow anyone of the front and the rear cases to be opened with respect to the other one by being rotated about the connecting portion, a take-out member for taking out the image reproducing device mounted inside the rear case to expose a manipulation panel of the image reproducing device; and a mounting strap for securing the front case and the rear case around the seat of the car.
    • 用于承载和安装图像系统的壳体能够容纳图像再现装置和显示装置,并且能够被固定到汽车的座椅,从而允许乘客在控制图像再现装置的同时观看显示装置 。 壳体包括用于容纳显示装置的前壳体,用于容纳图像再现装置的后壳体,形成在前壳体和后壳体的一个边缘部分周围的连接部分,以允许前壳体和后壳体中的任何一个打开 相对于另一个通过围绕连接部分旋转的取出构件,用于取出安装在后壳体内部的图像再现装置的外出构件,以暴露图像再现装置的操作面板; 以及用于将前壳体和后壳体固定在汽车座椅周围的安装带。