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    • 5. 发明授权
    • Electronic device with fixing members
    • 带固定件的电子设备
    • US08218319B2
    • 2012-07-10
    • US12828297
    • 2010-07-01
    • Bao-Kun Wu
    • Bao-Kun Wu
    • H05K7/20F04D29/64F16B19/00F01D25/28
    • H05K7/20172H01L23/4093H01L23/467H01L2924/0002Y10T24/42Y10T403/335Y10T403/75H01L2924/00
    • An electronic device includes a fan including a frame, an enclosure, and many fixing members engaged with the enclosure to fix the fan in the enclosure. The frame includes many mounting holes positioned in corners of the frame, respectively. The enclosure includes many sidewalls and many fixing members corresponding to the mounting holes. Each fixing member includes a base, a fixing portion extending from a top surface of the base, an angle shaped clasping portion extending from a sidewall of the base. Each base includes a locating block received in a corresponding locating member, and at least one fixing arms abuts against the corresponding locating member. Each fixing portion extends through the locating member and is received in a corresponding mounting hole. Each clasping portion extends through the corresponding locating member and clasps an inner wall of the corresponding mounting hole.
    • 电子设备包括风扇,其包括框架,外壳以及与外壳接合的多个固定构件,以将风扇固定在外壳中。 该框架分别包括位于框架拐角处的多个安装孔。 外壳包括许多侧壁和对应于安装孔的许多固定构件。 每个固定构件包括基座,从基座的顶表面延伸的固定部分,从底座的侧壁延伸的角形夹紧部分。 每个基座包括容纳在对应的定位构件中的定位块,并且至少一个固定臂抵靠相应的定位构件。 每个固定部分延伸穿过定位构件并被容纳在相应的安装孔中。 每个夹紧部分延伸穿过相应的定位构件并扣住相应安装孔的内壁。
    • 6. 发明授权
    • Method for measuring web site performance
    • 衡量网站性能的方法
    • US08090679B2
    • 2012-01-03
    • US12165600
    • 2008-06-30
    • Yue ZhugeKun Wu
    • Yue ZhugeKun Wu
    • G06F17/30
    • G06F11/3495G06F11/3419G06F2201/875
    • An approach for systematically and objectively assessing the health of a web site, or other complex system, using two layers of information. A scoring method is used to provide an objective qualitative judgment, together with detailed areas of analysis if desired. A set of metrics is identified, and a health score for each metric is calculated based upon assessment parameters or angles, based upon the actual data and upon the expectations. The overall health score of the system is then calculated as a composite metric based upon the individual metric health scores. A total score, together with a visual representation of the individual metric scores, is presented to the end user. The two layers of information utilized in the general framework include the domain (which determines the set of metrics and assessment parameters, e.g., web site analysis) and the model (or processing desired, e.g., a scoring model or alert model).
    • 一种使用两层信息系统和客观地评估网站或其他复杂系统的健康状况的方法。 使用评分方法提供客观的定性判断,以及如果需要的详细的分析领域。 确定一组度量,并且基于评估参数或角度,基于实际数据和预期来计算每个度量的健康得分。 然后,系统的整体健康得分将根据个体度量健康评分计算为综合指标。 总分数以及个体度量分数的视觉表示被呈现给最终用户。 在一般框架中使用的两层信息包括域(其确定度量和评估参数的集合,例如网站分析)和模型(或期望的处理,例如评分模型或警报模型)。
    • 7. 发明申请
    • Method for Controlling Heterogeneous iNIC Devices and Device Using the Same
    • 用于控制异构iNIC设备的方法和使用它的设备
    • US20100169508A1
    • 2010-07-01
    • US12478768
    • 2009-06-05
    • Shih-Ching JungHsi-Kun Wu
    • Shih-Ching JungHsi-Kun Wu
    • G06F15/16
    • H04L69/22H04L69/08H04L69/32
    • A device for controlling heterogeneous iNIC (intelligent Network Interface Card) devices is disclosed. The device includes a physical network interface and a virtual device generation unit. The physical network interface connects with a plurality of iNIC devices via a packet switch. The virtual device generation unit is utilized for forming a plurality of virtual devices, which are individually corresponding to the plurality of iNIC devices, to act as agents for the plurality of iNIC devices to communicate with the device. Moreover, the plurality of virtual devices converts an upper layer control command into a predefined packet format and transmits the converted packets to the plurality of iNIC devices, and on the other hand, filters out packets transmitted by the plurality of iNIC devices from data received by the physical network interface according to the predefined packet format.
    • 公开了一种用于控制异构iNIC(智能网络接口卡)设备的设备。 该设备包括物理网络接口和虚拟设备生成单元。 物理网络接口通过分组交换机与多个iNIC设备连接。 虚拟设备生成单元用于形成与多个iNIC设备单独对应的多个虚拟设备,以充当多个iNIC设备与设备进行通信的代理。 此外,多个虚拟设备将上层控制命令转换为预定的分组格式,并将转换的分组发送到多个iNIC设备,另一方面,从由多个iNIC设备接收的数据中滤除由多个iNIC设备发送的数据, 物理网络接口根据预定义的数据包格式。
    • 9. 发明授权
    • Video noise reduction method using adaptive spatial and motion-compensation temporal filters
    • 使用自适应空间和运动补偿时间滤波器的视频降噪方法
    • US07729555B2
    • 2010-06-01
    • US11623098
    • 2007-01-15
    • Chao-Ho ChenMing-Kun Wu
    • Chao-Ho ChenMing-Kun Wu
    • G06K9/40G06K9/38H04N5/217H04N5/00
    • H04N5/144H04N5/21
    • A method includes calculating a mean of a plurality of pixels of a motion window, calculating a pixel amount of pixels similar to a center pixel, calculating a variance of the pixels, determining whether a difference between the center pixel and the mean is greater than a first predetermined value, determining whether the pixel amount similar to the center pixel is greater than a second predetermined value if the difference between the center pixel and the mean is not greater than the first predetermined value, determining whether the variance is smaller than a threshold value if the pixel amount similar to the center pixel is not greater than the second predetermined value, and filtering the center pixel according to a result of determining whether the variance is smaller than the threshold value. Finally, temporal weighted mean filters involving motion estimation are used for motion compensation in images after spatial filtering.
    • 一种方法包括计算运动窗口的多个像素的平均值,计算与中心像素相似的像素的像素数量,计算像素的方差,确定中心像素和平均值之间的差是否大于 第一预定值,如果中心像素和平均值之间的差不大于第一预定值,则确定与中心像素相似的像素量是否大于第二预定值,确定方差是否小于阈值 如果与中心像素相似的像素量不大于第二预定值,并且根据确定方差是否小于阈值的结果对中心像素进行滤波。 最后,涉及运动估计的时间加权平均滤波器用于空间滤波后的图像中的运动补偿。
    • 10. 发明授权
    • Nylon gripper elements of zippers and threaded rods for shaping the nylon gripper elements
    • 拉链的尼龙夹爪元件和用于成形尼龙夹持元件的螺纹杆
    • US07168938B2
    • 2007-01-30
    • US10634675
    • 2003-08-06
    • Hsin-Kun Wu
    • Hsin-Kun Wu
    • B29C53/64
    • A44B19/12Y10S425/007Y10S425/814Y10T24/2527
    • A nylon zipper has two fastener structures. Each fastener structure has a plurality of nylon gripper elements. Each nylon gripper element has at least one side including a concave portion. A seaming wire for seaming the zipper to a cross strip is embedded in the concave portion. Thereby when pulling a pull head, the seaming wire will not rubber the cross strip. Moreover, a threaded rod device of a nylon zipper comprises two parallel threaded rods. Each threaded rod has threads. One of the threaded rod has a plurality of tips arranged in recesses between each two threads for forming concave portions and convex portions on nylon gripper elements of the fastener structures of the nylon zipper at the same time.
    • 尼龙拉链有两个紧固件结构。 每个紧固件结构具有多个尼龙夹持元件。 每个尼龙夹持元件具有包括凹部的至少一个侧面。 用于将拉链接合到横条的缝合线嵌入在凹部中。 因此,当拉动拉头时,接缝线将不会橡胶交叉条。 此外,尼龙拉链的螺纹杆装置包括两个平行的螺纹杆。 每个螺纹杆都有螺纹。 螺杆中的一个具有布置在每个两个螺纹之间的凹部中的多个尖端,用于同时在尼龙拉链的紧固件结构的尼龙夹持件上形成凹部和凸部。