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    • 1. 发明授权
    • Variable focus liquid lens
    • 可变焦点液体镜头
    • US08570659B2
    • 2013-10-29
    • US13456940
    • 2012-04-26
    • Seong Ho KongHak-Rin KimJune Kyoo LeeKyung-Woo Park
    • Seong Ho KongHak-Rin KimJune Kyoo LeeKyung-Woo Park
    • G02B1/06
    • H04N5/2254G02B3/14G03B3/10G03B2205/0069
    • A variable focus liquid lens includes: a lens barrel which is configured to include a first cavity to contain first and second liquids which are not mixed with each other in upper and lower portions of the first cavity, respectively; a fluid pressure driving unit which is configured to include a second cavity, a fluid pressure generating groove, and an actuator generating a fluid pressure on the second liquid so as to adjust the fluid pressure of the second liquid by using the actuator; a first transparent elastic membrane sealing an upper portion of the first cavity of the lens barrel; and a conductive transparent substrate sealing a lower portion of the second cavity of the fluid pressure driving unit. The focal length is adjusted by changing the curvatures of the surfaces of the first and second liquids and the curvature of the first transparent elastic membrane by a voltage.
    • 可变焦点液体透镜包括:镜筒,其被配置为包括第一腔,以分别容纳在第一腔的上部和下部彼此不混合的第一和第二液体; 流体压力驱动单元,其构造成包括第二腔,流体压力产生槽和在第二液体上产生流体压力的致动器,以通过使用致动器来调节第二液体的流体压力; 密封透镜镜筒的第一腔的上部的第一透明弹性膜; 以及密封流体压力驱动单元的第二腔的下​​部的导电透明衬底。 通过改变第一和第二液体的表面的曲率和第一透明弹性膜的曲率的电压来调节焦距。
    • 2. 发明授权
    • Liquid lens, and method for manufacturing same
    • 液体透镜及其制造方法
    • US08390934B2
    • 2013-03-05
    • US13262337
    • 2010-03-25
    • Seong Ho KongHak-Rin KimJune Kyoo Lee
    • Seong Ho KongHak-Rin KimJune Kyoo Lee
    • G02B1/06
    • G02B3/14G02B26/004
    • Provided is a liquid lens capable of adjusting a focus by using an electrical signal and/or a fluid pressure. The liquid lens includes a container which has a cavity of which the side cross section has a hemispherical shape and contains an insulating liquid droplet and a conductive liquid droplet which are not mixed in the cavity and have the same density, a lower substrate which is combined with a bottom surface of the container to seal a bottom surface of the cavity, and an upper substrate which is combined with a top surface of the container to seal a top surface of the cavity, wherein the container includes an outer wall where the cavity is formed, a first electrode which is formed on an inner side surface of the outer wall and of which the one end is connected to an external power supply, a first insulating film which is laminated a surface of the first electrode and is in contact with the conductive liquid droplet and the insulating liquid droplet, and a second electrode which is laminated on a portion of a surface of the first insulating film and of which the one end is in contact with the conductive liquid droplet and of which the other end is in contact with the external power supply. Accordingly, it is possible to more efficiently adjust a focus by using a small driving voltage by improving a structure of the cavity of the container.
    • 提供一种能够通过使用电信号和/或流体压力来调节焦点的液体透镜。 液体透镜包括容器,该容器的侧剖面具有半球形并且包含绝缘液滴和未混合在空腔中并且具有相同密度的导电液滴,组合的下基板 具有容器的底表面以密封空腔的底表面,以及上基板,其与容器的顶表面组合以密封空腔的顶表面,其中容器包括外壁,其中空腔为 形成有形成在所述外壁的内侧面并且其一端与外部电源连接的第一电极,所述第一绝缘膜层叠在所述第一电极的表面上并且与所述外部电源接触的第一绝缘膜 导电液滴和绝缘液滴;以及第二电极,其层压在第一绝缘膜的表面的一部分上并且其一端与其接触的部分 导电液滴,另一端与外部电源接触。 因此,通过改善容器的空腔的结构,可以通过使用小的驱动电压来更有效地调节焦点。
    • 3. 发明授权
    • Fluid Pressure Liquid Lens
    • 流体压力液体透镜
    • US08587874B2
    • 2013-11-19
    • US13456825
    • 2012-04-26
    • Seong Ho KongHak-Rin KimJune Kyoo LeeKyung-Woo Park
    • Seong Ho KongHak-Rin KimJune Kyoo LeeKyung-Woo Park
    • G02B1/06
    • G02B3/14
    • A fluid pressure liquid lens includes: a fluid pressure driving portion which is configured to include a first cavity, a fluid pressure generating groove, and an actuator generating a fluid pressure on liquid so as to adjust the fluid pressure by using the actuator; a first transparent elastic membrane which is disposed on an upper surface of the fluid pressure driving portion to seal an upper portion of the first cavity of the fluid pressure driving portion and of which the curvature is changed according to the fluid pressure of the liquid; and a transparent substrate which is disposed on a lower surface of the fluid pressure driving portion to seal a lower portion of the first cavity of the fluid pressure driving portion and which is made of transparent material passing through incident light, wherein a focal length is adjusted by using the fluid pressure generated by the actuator.
    • 液压液体透镜包括:流体压力驱动部,其构造成包括第一腔,流体压力产生槽和在液体上产生流体压力的致动器,以通过使用致动器来调节流体压力; 第一透明弹性膜,其设置在流体压力驱动部的上表面上,以密封流体压力驱动部的第一腔的上部,并且其曲率根据液体的流体压力而变化; 以及透明基板,其设置在所述流体压力驱动部的下表面上,以密封所述流体压力驱动部的所述第一腔的下部,并且通过穿过入射光的透明材料制成,其中调整焦距 通过使用由致动器产生的流体压力。
    • 4. 发明申请
    • LIQUID LENS, AND METHOD FOR MANUFACTURING SAME
    • 液体镜片及其制造方法
    • US20120113525A1
    • 2012-05-10
    • US13262337
    • 2010-03-25
    • Seong Ho KongHak-Rin KimJune Kyoo Lee
    • Seong Ho KongHak-Rin KimJune Kyoo Lee
    • G02B3/14
    • G02B3/14G02B26/004
    • Provided is a liquid lens capable of adjusting a focus by using an electrical signal and/or a fluid pressure. The liquid lens includes a container which has a cavity of which the side cross section has a hemispherical shape and contains an insulating liquid droplet and a conductive liquid droplet which are not mixed in the cavity and have the same density, a lower substrate which is combined with a bottom surface of the container to seal a bottom surface of the cavity, and an upper substrate which is combined with a top surface of the container to seal a top surface of the cavity, wherein the container includes an outer wall where the cavity is formed, a first electrode which is formed on an inner side surface of the outer wall and of which the one end is connected to an external power supply, a first insulating film which is laminated a surface of the first electrode and is in contact with the conductive liquid droplet and the insulating liquid droplet, and a second electrode which is laminated on a portion of a surface of the first insulating film and of which the one end is in contact with the conductive liquid droplet and of which the other end is in contact with the external power supply. Accordingly, it is possible to more efficiently adjust a focus by using a small driving voltage by improving a structure of the cavity of the container.
    • 提供一种能够通过使用电信号和/或流体压力来调节焦点的液体透镜。 液体透镜包括容器,该容器的侧剖面具有半球形并且包含绝缘液滴和未混合在空腔中并且具有相同密度的导电液滴,组合的下基板 具有容器的底表面以密封空腔的底表面,以及上基板,其与容器的顶表面组合以密封空腔的顶表面,其中容器包括外壁,其中空腔为 形成有形成在所述外壁的内侧面并且其一端与外部电源连接的第一电极,所述第一绝缘膜层叠在所述第一电极的表面上并且与所述外部电源接触的第一绝缘膜 导电液滴和绝缘液滴;以及第二电极,其层压在第一绝缘膜的表面的一部分上并且其一端与其接触的部分 导电液滴,另一端与外部电源接触。 因此,通过改善容器的空腔的结构,可以通过使用小的驱动电压来更有效地调节焦点。