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    • 91. 发明授权
    • Antenna and electronic device using same
    • 天线和电子设备使用相同
    • US09466874B2
    • 2016-10-11
    • US14269296
    • 2014-05-05
    • Chao WangYongli Chen
    • Chao WangYongli Chen
    • H01Q1/24H01Q9/04H01Q5/371
    • H01Q1/243H01Q5/371H01Q9/0421
    • The present disclosure provides an antenna and an electronic device using same. The antenna includes an antenna radiating element for radiating signals, a capacitive feed plate separated from and substantially parallel to the antenna radiating element for carrying out capacitive feed on the antenna radiating element, and a FPC antenna electrically connecting with the capacitive feed plate for feeding for the capacitive feed plate. The FPC antenna includes a plate-shaped main body, a feeding end, a ground end, an extending portion for being electrically connected with the capacitive feed plate, and a feeding strip extending vertically from the extending portion for improving the low-frequency performance of the antenna.
    • 本公开提供了一种使用其的天线和电子设备。 天线包括用于辐射信号的天线辐射元件,与天线辐射元件分离并基本上平行于天线辐射元件进行电容馈电的电容馈电板,以及与电容馈电板电连接的FPC天线,用于馈送 电容馈电板。 FPC天线包括板状主体,​​馈电端,接地端,用于与电容馈电板电连接的延伸部分,以及从延伸部分垂直延伸的馈送条,用于改善低频性能 天线。
    • 92. 发明申请
    • Panel-form loudspeaker
    • 面板式扬声器
    • US20130294632A1
    • 2013-11-07
    • US13751507
    • 2013-01-28
    • Chao WangBin Xu
    • Chao WangBin Xu
    • H04R1/28
    • H04R1/2811H04R7/04H04R7/045H04R7/10H04R2440/05
    • Disclosed is a panel-form loudspeaker. The panel-form loudspeaker includes a resonant mode sound radiating panel, a case with a vibrating plate attached on the sound radiating panel, and a number of transducers separated from each other for forming a vibration and connected with the vibrating plate for transferring the vibration to the vibrating plate to cause the sound radiating panel to resonate and radiate an acoustic output. The vibrating plate has a number of vibrating portions mounting on the sound radiating panel and spaced from each other for fixing the transducers and a number of bending portions extending from the vibrating portions away from the sound radiating panel.
    • 公开了一种面板式扬声器。 面板式扬声器包括谐振模式声辐射面板,安装在声辐射面板上的振动板的壳体和多个彼此分离的换能器,用于形成振动并与振动板连接以将振动传递到 振动板使声辐射面板共振并辐射声输出。 所述振动板具有安装在所述声辐射面板上的多个振动部,并且彼此隔开以固定所述换能器,以及从所述振动部分延伸远离所述声辐射面板的多个弯曲部。
    • 93. 发明授权
    • Marketing investment optimizer with dynamic hierarchies
    • 具有动态层次结构的营销投资优化器
    • US08401944B2
    • 2013-03-19
    • US12749756
    • 2010-03-30
    • Andris UmblijsJanmesh Dev SrivastavaRahul MahajanPrarthna Agarwal GoelVarun RastogiChao Wang
    • Andris UmblijsJanmesh Dev SrivastavaRahul MahajanPrarthna Agarwal GoelVarun RastogiChao Wang
    • G06Q40/00
    • G06Q30/02G06Q10/063G06Q40/00
    • A hierarchal view preserving relationships between data is generated by storing information related to sales and investment. The information includes dimensions and each of the dimensions includes a level and each of the levels is described by variables. Relationships between the variables are also stored. A request for a hierarchy is received. The requested hierarchy includes a set of dimensions from the stored dimensions, a level for each dimension in the set, and a sequence of the dimensions or levels in the hierarchy. A computer system calculates values for the variables in the levels for the requested hierarchy using the stored relationships that are applicable to the variables in the levels. A view of the hierarchy is generated and includes the calculated values. The view also includes the dimensions or levels of the requested hierarchy in the sequence specified for the requested hierarchy.
    • 通过存储与销售和投资相关的信息来生成保持数据之间的关系的层次视图。 信息包括维度,每个维度包括一个级别,每个级别都由变量描述。 变量之间的关系也被存储。 接收到对层次结构的请求。 所请求的层次结构包括来自存储维度的维度集合,集合中每个维度的级别以及层次结构中维度或级别的顺序。 计算机系统使用适用于级别中的变量的存储关系来计算所请求层级的级别中的变量的值。 生成层次结构的视图,并包含计算值。 该视图还包括为所请求的层次结构指定的序列中请求的层次结构的维度或级别。
    • 95. 发明申请
    • PROJECTOR
    • 投影机
    • US20120075597A1
    • 2012-03-29
    • US13242304
    • 2011-09-23
    • Yusuke YamamotoToshihiro SaruwatariChao Wang
    • Yusuke YamamotoToshihiro SaruwatariChao Wang
    • G03B21/14
    • G03B21/132G03B21/145
    • A projector to which a ceiling suspension attachment is fixed. The projector accommodates an internal device. The projector is provided with an outer case including a bottom wall that defines an outer bottom surface and an inner bottom surface of the outer case. Insert nuts are arranged on the bottom wall. Each insert nut includes a threaded hole to which a first coupling screw is fastened and a second coupling screw can be fastened. The first coupling screw couples the attachment to the outer bottom surface of the bottom wall, and the second coupling screw is fastened to the threaded hole from a side opposite to the first coupling screw. The second coupling screw is fastened at least one of the insert nuts to couple the inner device to the inner bottom surface of the bottom wall.
    • 固定吊顶附件的投影机。 投影机可容纳内部设备。 投影仪设置有外壳,该外壳包括限定外壳的外底表面和内底表面的底壁。 插入螺母布置在底壁上。 每个插入螺母包括螺纹孔,第一联接螺钉被紧固到该螺纹孔,并且可以固定第二联接螺钉。 第一联接螺钉将附件连接到底壁的外底表面,并且第二联接螺钉从与第一联接螺钉相对的一侧紧固到螺纹孔。 第二联接螺钉紧固至少一个插入螺母,以将内部装置联接到底壁的内底表面。
    • 96. 发明申请
    • Vehicle Headlight Cleaning Apparatus
    • 车辆头灯清洁装置
    • US20110277263A1
    • 2011-11-17
    • US13056471
    • 2010-04-06
    • Tianzhong GuoChao WangMinghau Zhu
    • Tianzhong GuoChao WangMinghau Zhu
    • B60S1/56
    • B05B1/3006B05B1/20B05B1/304B05B1/3436B60S1/528
    • The invention relates to a vehicle headlight cleaning apparatus. A main body of the cleaning apparatus is of a cylindrical structure and internally provided with a compression spring and a movable seal valve which is matched with the inner wall of a casing of the cleaning apparatus. Both ends of the spring are respectively fixed on the end part of the cleaning apparatus and a spring fixing seat of the movable seal valve. When cleaning solution flows in the cleaning apparatus through a cleaning solution inlet on a base, the pressure of the cleaning solution overcomes the spring force of the compression spring and drives a transmission guide rod, the movable seal valve and a nozzle to move together, and the transmission guide rod stops when moving to a limit position. The pressure of the cleaning solution increases continuously, then the movable seal valve is opened under the pressure of the cleaning solution, the cleaning solution sprays out through the transmission guide rod and the nozzle, and a complete cleaning circuit is formed. When cleaning is finished, the pressure of the cleaning solution disappears, the movable seal valve is closed under the function of the compression spring, the transmission guide rod retracts into the casing till to an initial position, and the whole cleaning is finished. The invention has small and exquisite appearance, light weight, reliable work and high cleaning efficient.
    • 本发明涉及一种车头灯清洁装置。 清洁装置的主体是圆筒形结构,内部设置有与清洁装置的壳体的内壁相匹配的压缩弹簧和可动密封阀。 弹簧的两端分别固定在清洁装置的端部和可动密封阀的弹簧固定座上。 当清洗液通过基座上的清洗液入口清洗溶液时,清洗液的压力克服了压缩弹簧的弹簧力,驱动传动导杆,可动密封阀和喷嘴一起移动, 传动导杆在移动到极限位置时停止。 清洗液的压力不断增加,可动密封阀在清洗液压力下打开,清洗液通过传动导杆和喷嘴喷出,形成完整的清洗回路。 清洁结束后,清洗液的压力消失,可动密封阀在压缩弹簧的作用下封闭,传动导杆缩回至壳体直至初始位置,整个清洗完成。 本发明外观小巧,重量轻,工作可靠,清洗效率高。
    • 100. 发明申请
    • SYSTEM AND METHOD FOR MODEL CHECKING BY INTERLEAVING STATELESS AND STATE-BASED METHODS
    • 通过交互无状态和基于状态的方法进行模型检查的系统和方法
    • US20100305919A1
    • 2010-12-02
    • US12753239
    • 2010-04-02
    • MALAY K. GANAIChao WangWeihong Li
    • MALAY K. GANAIChao WangWeihong Li
    • G06F17/10
    • G06F11/3608
    • A method for symbolic model checking for sequential systems using a combination of state-based and state-less approaches. A state-based method is used to compute frontier states by building transition relations on-the-fly using control flow information of the system, and performing successive image computations until a memory bound is reached, and efficiently storing only the new frontier states as disjunctive partitions of Boolean and Arithmetic expressions. A stateless method is used to check reachability of given goal states from a heuristically chosen set of frontier states until depth/time bound is reached. These two methods are alternated until one of the following occurs: all frontier states are explored, all goal states are reached, all computing resources are exhausted. Even though we do not store the entire reachable state set, we guarantee a complete coverage for terminating programs without the need to compute a fixed-point.
    • 使用基于状态和无状态方法的组合的顺序系统的符号模型检查的方法。 基于状态的方法用于通过使用系统的控制流信息在运行中构建过渡关系来计算边界状态,并且执行连续的图像计算,直到达到记忆界限,并且仅有效地将新的边界状态存储为分离 分布布尔和算术表达式。 使用无状态方法来检查来自启发式选择的边界状态集合的给定目标状态的可达性,直到达到深度/时间界限。 这两种方法是交替的,直到发生以下情况之一:探索所有前沿状态,达到所有目标状态,所有计算资源都已用尽。 即使我们不存储整个可达到的状态集,我们保证对终止程序的完整覆盖,而不需要计算定点。