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    • 55. 发明申请
    • METHOD OF PREPARAING ENTERIC HARD CAPSULE AND ENTERIC HARD CAPSULE PREPARED THEREBY
    • 制备肠溶硬胶囊和肠内硬化胶囊的方法
    • US20130072579A1
    • 2013-03-21
    • US13634590
    • 2011-02-21
    • Jin Ryul SonHyon Ho BaekEun Hee ParkSung Wan LeeMin Gyu SongJa Hyun ChaJae Uk ChaWon Hwa Ko
    • Jin Ryul SonHyon Ho BaekEun Hee ParkSung Wan LeeMin Gyu SongJa Hyun ChaJae Uk ChaWon Hwa Ko
    • A61K47/38
    • A61K47/38A61J3/077A61K9/4816
    • A method of preparing enteric hard capsules, and an enteric hard capsule prepared by the method. The method may include: dissolving an enteric base material, a capsule forming aid, and a neutralizing agent in water at room temperature to prepare an aqueous composition; heating the aqueous composition to a first temperature that is higher than a gelation start temperature of the aqueous composition; cooling the heated aqueous composition to a second temperature that is lower than the gelation start temperature; immersing a mold pin heated to a third temperature that is higher than the gelation start temperature into the aqueous composition; removing the mold pin from the aqueous composition to obtain a film coated on the mold pin; maintaining the film on the mold pin at a fourth temperature that is higher than the gelation start temperature for a first time period to fix the film onto the mold pin; and drying the fixed film at a fifth temperature for a second time period to obtain a capsule shell.
    • 制备肠溶硬胶囊的方法和通过该方法制备的肠溶硬胶囊。 该方法可以包括:在室温下将肠溶基质材料,胶囊形成助剂和中和剂溶于水中以制备含水组合物; 将所述水性组合物加热到高于所述水性组合物的凝胶化开始温度的第一温度; 将加热的水性组合物冷却至低于凝胶化开始温度的第二温度; 将加热到高于凝胶化开始温度的第三温度的模具针浸入水性组合物中; 从水性组合物中取出模具销以获得涂在模具销上的薄膜; 在第一温度高于第一时间的凝胶化开始温度的第四温度下将薄膜保持在模具销上,以将薄膜固定在模具销上; 并在第五温度下将固定膜干燥第二时间以获得胶囊壳。
    • 58. 发明授权
    • Micro-shutter device and method of manufacturing the same
    • 微快门装置及其制造方法
    • US08149512B2
    • 2012-04-03
    • US12557118
    • 2009-09-10
    • Woon-bae KimKyu-dong JungSeung-wan Lee
    • Woon-bae KimKyu-dong JungSeung-wan Lee
    • G02B1/06G02B26/02G02F1/07
    • B29D11/0074G02B3/14G02B5/005G02B26/004
    • Micro-shutter device applicable to display devices including a flexible display device and method of manufacturing same are provided. Micro-shutter device includes membrane. Frame including receiving hole in its center portion is bonded to membrane. Transparent substrate is bonded to frame to encapsulate optical fluid received in receiving hole. Actuator varies refractive power produced by change in curvature of fluid lens formed in the center portion of the receiving hole due to bending of a periphery of the fluid lens. A reflector is disposed to correspond to the fluid lens and be spaced apart from the membrane, such that light intensity transferred to a user is adjusted depending on the refractive power produced by a change in curvature of the fluid lens. Therefore, the device has improved optical efficiency compared to using liquid crystal and a polarizing film, and can have a flexible structure for application to a flexible display device.
    • 提供了适用于包括柔性显示装置的显示装置及其制造方法的微快门装置。 微快门装置包括膜。 在其中心部分包​​括接收孔的框架粘合到膜上。 透明基板粘合到框架上以封装容纳在接收孔中的光学流体。 致动器改变由于流体透镜的周边弯曲而在接收孔的中心部分形成的流体透镜的曲率变化产生的屈光力。 反射器设置成对应于流体透镜并且与膜间隔开,使得根据由流体透镜的曲率变化产生的屈光力来调节传递给使用者的光强度。 因此,与使用液晶和偏振膜相比,该装置具有改善的光学效率,并且可以具有用于柔性显示装置的柔性结构。
    • 59. 发明授权
    • Apparatus for measuring in-phase and quadrature (IQ) imbalance
    • 用于测量同相和正交(IQ)不平衡的装置
    • US07995645B2
    • 2011-08-09
    • US12027762
    • 2008-02-07
    • Kyeongho LeeJoonbae ParkJeong Woo LeeSeung-Wook LeeEal Wan Lee
    • Kyeongho LeeJoonbae ParkJeong Woo LeeSeung-Wook LeeEal Wan Lee
    • H04B3/46
    • H03D7/166H03D3/009H04L25/061H04L27/364H04L27/3863H04L2027/0016
    • The present general inventive concept relates to apparatuses and/or methods for measuring an in-phase and quadrature (IQ) imbalance. In one embodiment, a signal generator can provide a first IQ signal of a DC component during a first period and the first IQ signal of a first angular frequency during a second period, an IQ up-conversion mixer can up-convert the first IQ signal by a second angular frequency during the first period and up-convert the first IQ signal by a third angular frequency during the second period to output a second IQ signal, an IQ down-conversion mixer can down-convert the second IQ signal by the third angular frequency to output a third IQ signal and an IQ imbalance detector can obtain a first IQ imbalance (e.g., Rx IQ imbalance) from the third IQ signal during the first period and a second IQ imbalance (e.g., Tx/Rx IQ imbalance) during the second period.
    • 本总体发明构思涉及用于测量同相和正交(IQ)不平衡的装置和/或方法。 在一个实施例中,信号发生器可以在第一周期期间提供DC分量的第一IQ信号,并且在第二周期期间提供第一角频率的第一IQ信号,IQ上变频混频器可以上变频第一IQ信号 在第一周期期间以第二角度频率进行第二角度频率,并且在第二周期期间将第一IQ信号上升转换第三角度频率以输出第二IQ信号,IQ降频转换混频器可以将第二IQ信号下变频第三IQ信号 输出第三IQ信号和IQ不平衡检测器的角频率可以在第一周期期间从第三IQ信号和第二IQ不平衡(例如,Tx / Rx IQ不平衡)获得第一IQ不平衡(例如,Rx IQ不平衡) 第二期。