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    • 61. 发明申请
    • ADAPTIVE CONFIGURATION OF REFERENCE FRAME BUFFER BASED ON CAMERA AND BACKGROUND MOTION
    • 基于相机和背景运动的参考框架缓冲器的自适应配置
    • WO2013006455A1
    • 2013-01-10
    • PCT/US2012/044994
    • 2012-06-29
    • APPLE INC.ZHOU, XiaosongWU, Hsi-jungLIN, Yao-chung
    • ZHOU, XiaosongWU, Hsi-jungLIN, Yao-chung
    • H04N7/26H04N7/36H04N7/50
    • H04N19/58H04N19/105H04N19/109H04N19/139H04N19/172H04N19/197H04N19/46H04N19/61
    • In a video coding/decoding system, reference picture caches in a video coder and decoder may be partitioned dynamically based on camera and background motion can lead to improved coding efficiency and coding quality. When a camera is fixed and therefore exhibits low motion, a system may allocate larger portions of the reference picture cache to storage of long term reference frames. In this case, foreground elements of an image (for example, a person) may move in front of a relatively fixed background. Increasing the number of long term reference frames can increase the chances that, no matter where the foreground elements are within a frame currently being coded, the reference picture cache will contain at least one frame that provides an adequate prediction match to background elements within the new frame. Thus the background elements uncovered in the current frame can be coded at high quality with a low number of bits. When a camera exhibits high motion, the system may allocate larger portions of the reference picture cache to storage of short term reference frames.
    • 在视频编码/解码系统中,视频编码器和解码器中的参考图像高速缓存可以基于相机进行动态分割,并且背景运动可以提高编码效率和编码质量。 当照相机固定并因此表现出低运动时,系统可以将较大部分的参考图像高速缓存分配给长期参考帧的存储。 在这种情况下,图像的前景元素(例如,人)可以在相对固定的背景之前移动。 增加长期参考帧的数量可以增加机会,无论前景元素在当前正被编码的帧内的何处,参考图像高速缓存将包含至少一个帧,其提供与新的背景元素内的足够的预测匹配 帧。 因此,当前帧中未覆盖的背景元素可以以低位数的高质量被编码。 当相机呈现高运动时,系统可以将较大部分的参考图像高速缓存分配给短期参考帧的存储。
    • 63. 发明申请
    • LIQUID-LIQUID INTERFACIAL NANOPARTICLE ASSEMBLIES
    • 液体液体纳米材料组件
    • WO2004063705A2
    • 2004-07-29
    • PCT/US2004/000291
    • 2004-01-08
    • UNIVERSITY OF MASSACHUSETTSEMRICK, ToddRUSSEL, TomDINSMORE, AnthonySKAFF, HabibLIN, YaoBÖKER, Alexander
    • EMRICK, ToddRUSSEL, TomDINSMORE, AnthonySKAFF, HabibLIN, YaoBÖKER, Alexander
    • G01N
    • A61K9/5089A61K9/501B01J13/14Y10S977/787
    • Self-assembly of nanoparticles at the interface between two fluids, and methods to control such self-assembly process, e.g., the surface density of particles assembling at the interface; to utilize the assembled nanoparticles and their ligands in fabrication of capsules, where the elastic properties of the capsules can be varied from soft to tough; to develop capsules with well defined porosities for ultimate use as delivery systems; and to develop chemistries whereby multiple ligands or ligands with multiple functionalities can be attached to the nanoparticles to promote the interfacial segregation and assembly of the nanoparticles. Certain embodiments use cadmium selenide (CdSe) nanoparticles, since the photoluminescence of the particles provides a convenient means by which the spatial location and organization of the particles can be probed. However, the systems and methodologies presented here are general and can, with suitable modification of the chemistries, be adapted to any type of nanoparticle.
    • 纳米颗粒在两种流体之间的界面处的自组装,以及控制这种自组装过程的方法,例如在界面处组装的颗粒的表面密度; 在胶囊的制造中利用组装的纳米颗粒及其配体,其中胶囊的弹性性质可以从柔软变为韧性; 开发具有明确定义的孔隙度的胶囊,以最终用作输送系统; 并且开发化学物质,由此具有多个官能团的多个配体或配体可以连接到纳米颗粒以促进纳米颗粒的界面分离和组装。 某些实施方案使用硒化镉(CdSe)纳米颗粒,因为颗粒的光致发光提供了可以探测颗粒的空间位置和组织的便利手段。 然而,这里呈现的系统和方法是通用的,并且可以通过适当的化学修饰来适应任何类型的纳米颗粒。
    • 66. 发明申请
    • LIQUID-LIQUID INTERFACIAL NANOPARTICLE ASSEMBLIES
    • 液体液体纳米材料组件
    • WO2004063705A3
    • 2005-02-17
    • PCT/US2004000291
    • 2004-01-08
    • UNIV MASSACHUSETTSEMRICK TODDRUSSEL TOMDINSMORE ANTHONYSKAFF HABIBLIN YAOBOEKER ALEXANDER
    • EMRICK TODDRUSSEL TOMDINSMORE ANTHONYSKAFF HABIBLIN YAOBOEKER ALEXANDER
    • A61K9/50A61K9/51B01J13/14A61K9/14
    • A61K9/5089A61K9/501B01J13/14Y10S977/787
    • Self-assembly of nanoparticles at the interface between two fluids, and methods to control such self-assembly process, e.g., the surface density of particles assembling at the interface; to utilize the assembled nanoparticles and their ligands in fabrication of capsules, where the elastic properties of the capsules can be varied from soft to tough; to develop capsules with well defined porosities for ultimate use as delivery systems; and to develop chemistries whereby multiple ligands or ligands with multiple functionalities can be attached to the nanoparticles to promote the interfacial segregation and assembly of the nanoparticles. Certain embodiments use cadmium selenide (CdSe) nanoparticles, since the photoluminescence of the particles provides a convenient means by which the spatial location and organization of the particles can be probed. However, the systems and methodologies presented here are general and can, with suitable modification of the chemistries, be adapted to any type of nanoparticle.
    • 纳米颗粒在两种流体之间的界面处的自组装,以及控制这种自组装过程的方法,例如在界面处组装的颗粒的表面密度; 在胶囊的制造中利用组装的纳米颗粒及其配体,其中胶囊的弹性性质可以从柔软变为韧性; 开发具有明确定义的孔隙度的胶囊,以最终用作输送系统; 并且开发化学物质,由此具有多个官能团的多个配体或配体可以连接到纳米颗粒以促进纳米颗粒的界面分离和组装。 某些实施方案使用硒化镉(CdSe)纳米颗粒,因为颗粒的光致发光提供了可以探测颗粒的空间位置和组织的便利手段。 然而,这里呈现的系统和方法是通用的,并且可以通过适当的化学修饰来适应任何类型的纳米颗粒。
    • 67. 发明专利
    • 動力傳輸系統
    • 动力传输系统
    • TW201918426A
    • 2019-05-16
    • TW106139070
    • 2017-11-10
    • 林瑤章LIN, YAO-CHANG
    • 林瑤章LIN, YAO-CHANG
    • B64D35/04B64C27/12
    • 一種動力傳輸系統,包括動力源、第一動力傳輸分配裝置、第一負載以及第二負載。動力源輸出的動力傳輸至第一動力傳輸分配裝置,經由第一動力傳輸分配裝置分成第一傳輸動力以及第二傳輸動力,並分別傳輸至第一負載與第二負載,動力輸入第一動力輸入端的傳輸方向是垂直於第一傳輸動力以及第二傳輸動力的傳輸方向,且第一傳輸動力的傳輸方向與第二傳輸動力的傳輸方向是相反的。
    • 一种动力传输系统,包括动力源、第一动力传输分配设备、第一负载以及第二负载。动力源输出的动力传输至第一动力传输分配设备,经由第一动力传输分配设备分成第一传输动力以及第二传输动力,并分别传输至第一负载与第二负载,动力输入第一动力输入端的传输方向是垂直于第一传输动力以及第二传输动力的传输方向,且第一传输动力的传输方向与第二传输动力的传输方向是相反的。