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    • 2. 发明授权
    • Controllable comfort shell for vehicle seat
    • 汽车座椅可控舒适外壳
    • US09096147B2
    • 2015-08-04
    • US13612683
    • 2012-09-12
    • Amit KulkarniDavid GoligorskyTimothy R. ProulxYang Cao
    • Amit KulkarniDavid GoligorskyTimothy R. ProulxYang Cao
    • B60N2/02B60N2/66
    • B60N2/667B60N2/028B60N2/66B60N2/68Y10T29/49826
    • A vehicle seat includes a seat back having a support frame coupled to a seat foundation. The seat back also further includes a deformable seat shell adapted to assume various shapes between initial position and final positions in response to variable rearward loads applied by a seated passenger. The seat shell is coupled to the support frame by a compliant shell-motion controller via upper and lower motion-control links. The motion-control links allow pivotal motion, and at least one of the links includes a spheroidal joint. A link foundation extends between and interconnects the upper and lower motion-control links and is coupled to the support frame so that the link foundation does not move during seat shell deformation. The shell-motion controller may be pre-assembled as part of a backrest or the motion-control links may be formed after the link foundation is attached to the support frame.
    • 车辆座椅包括具有联接到座椅基座的支撑框架的座椅靠背。 座椅靠背还包括可变形座椅壳体,其适于在初始位置和最终位置之间呈现各种形状,以响应由乘坐人员施加的可变向后负载。 座椅外壳通过上下运动控制链路的顺应性壳运动控制器耦合到支撑框架。 运动控制链路允许枢转运动,并且至少一个链接包括球形接头。 连杆基座在上部和下部运动控制链节之间延伸并互连,并且联接到支撑框架,使得在座椅壳体变形期间,连杆基座不移动。 壳体运动控制器可以作为靠背的一部分预先组装,或者可以在连接基座附接到支撑框架之后形成运动控制连杆。
    • 4. 发明授权
    • Transformational context-aware data source management
    • 转型上下文感知数据源管理
    • US08863082B2
    • 2014-10-14
    • US13226679
    • 2011-09-07
    • Anson An-Chun TsaoYang CaoPusheng Zhang
    • Anson An-Chun TsaoYang CaoPusheng Zhang
    • G06F9/44G06F9/445
    • G06F8/71G06F8/447G06F9/44505
    • Porting between local, cluster, and cloud execution is aided by using the same source code for multiple data sources. A data source identifier recited in source code maps to data sources at different execution targets. Executable codes tailored to successive targets are produced using a resolution API without changing the developer's source code. An editable data source mapping is per-project, maintained in a file or project property, and placed in a distributable software package with executable code. Burdens on developers to determine execution targets in their source code and explicitly handle different execution locations in the source code are reduced. Source code can be freed of absolute path data source identifiers or code for detecting execution location. Source-to-source translation injects calls to create a folder, file, or cloud container. Data source resolution can be based on a relative path rooted at the data source identifier.
    • 通过为多个数据源使用相同的源代码来帮助本地,群集和云执行之间的移植。 源代码中记载的数据源标识符映射到不同执行目标的数据源。 适用于连续目标的执行代码使用解决方案API生成,而无需更改开发人员的源代码。 可编辑的数据源映射是每项目,维护在文件或项目属性中,并放置在具有可执行代码的可分发软件包中。 负责开发人员确定其源代码中的执行目标,并明确处理源代码中的不同执行位置。 源代码可以免除绝对路径数据源标识符或代码来检测执行位置。 源代码转换注入呼叫以创建文件夹,文件或云容器。 数据源分辨率可以基于以数据源标识符为根的相对路径。
    • 5. 发明授权
    • Method and apparatus for transmitting multiple services
    • 用于传输多个服务的方法和装置
    • US08824498B2
    • 2014-09-02
    • US13468807
    • 2012-05-10
    • Zhiyun ChenXing HuMin YanJianlin ZhouYang CaoKun Li
    • Zhiyun ChenXing HuMin YanJianlin ZhouYang CaoKun Li
    • H04L12/43H04Q11/00
    • H04J3/1617H04J3/1694H04J2203/0067H04Q11/0067H04Q2011/0064H04Q2011/0092
    • A method and an apparatus for transmitting multiple services are provided, and which belong to the field of optical transmission technologies. The method includes: receiving bandwidth information of TCONTs of all nodes; dividing a payload area of a GTH frame into a preset number n of arrays, where each array includes a specified number of timeslots and the interval between any two neighboring timeslots in each array is n and n is a natural number; calculating, according to the bandwidth information of the TCONTs of all the nodes, timeslot positions of arrays occupied by the TCONTs of each node in the payload area; interleaving, according to the timeslot positions of the arrays occupied by the TCONTs of a local node in the payload area, the TCONTs of the local node into corresponding timeslots starting from a specified frame, obtaining a GTH frame, and transmitting the GTH frame.
    • 提供了一种用于发送多个业务的方法和装置,属于光传输技术领域。 该方法包括:接收所有节点TCONT的带宽信息; 将GTH帧的有效负载区域划分为预定数量n的阵列,其中每个阵列包括指定数量的时隙,并且每个阵列中任何两个相邻时隙之间的间隔为n,n为自然数; 根据所有节点的TCONT的带宽信息,计算有效负载区域中每个节点的TCONT所占据的阵列的时隙位置; 根据有效载荷区域中的本地节点的TCONT占据的阵列的时隙位置,将本地节点的TCONT切换到从指定帧开始的相应时隙,获得GTH帧并发送GTH帧。