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    • 3. 发明申请
    • SIMULATION METHOD FOR REALIZING LARGE BATCHES AND DIFFERENT KINDS OF BASEBOARD MANAGEMENT CONTROLLERS USING A SINGLE SERVER
    • 使用单个服务器实现大批量和不同种类的基板管理控制器的模拟方法
    • US20100205600A1
    • 2010-08-12
    • US12366834
    • 2009-02-06
    • Guo-Hong TUJin-Cheng LIUTom CHEN
    • Guo-Hong TUJin-Cheng LIUTom CHEN
    • G06F9/455
    • G06F9/455
    • A simulation method for realizing large batches and different kinds of baseboard management controllers using a single server includes providing a virtual baseboard management controller by a target terminal according to different customized virtual baseboard management controller resources correspondingly. The simulation method includes initializing large batches and different kinds of virtual baseboard controller programs according to a customizable virtual baseboard controller resource. If a client requests to access one baseboard controller or multiple baseboard controllers, which virtual baseboard controller will provide a service is determined according to the information of the accessing request of the client. Then an output result is generated according to the behaviors defined in the customized resource. Finally, the output result is transferred to the client. Therein, the client may connect to the target terminal through Internet or a bus.
    • 使用单个服务器实现大批量和不同种类的基板管理控制器的模拟方法包括根据不同的定制虚拟基板管理控制器资源,由目标终端提供虚拟基板管理控制器。 模拟方法包括根据可定制的虚拟基板控制器资源初始化大批量和不同种类的虚拟基板控制器程序。 如果客户端请求访问一个基板控制器或多个基板控制器,则根据客户端的访问请求的信息确定哪个虚拟基板控制器将提供服务。 然后根据定制资源中定义的行为生成输出结果。 最后,输出结果传输给客户端。 其中,客户端可以通过互联网或总线连接到目标终端。
    • 6. 发明申请
    • Golf ball pocket
    • 高尔夫球袋
    • US20060060626A1
    • 2006-03-23
    • US11042747
    • 2005-01-24
    • Guo-Hong Chang
    • Guo-Hong Chang
    • A45F5/00A45F3/00
    • A63B57/203A63B47/001A63B57/0032
    • The present invention provides a golf ball pocket comprised of a tongue cover, a housing body and a lacing belt, wherein said housing body includes front and back surfaces and both sides surrounding a hollow cave; said tongue cover hides a magnetic-wafer approaching the free end, coordinating to it, a match magnetic fastening is located on the front surface of the housing body; on the bottom open of the housing body at least one elastic arm is extended out along the edge, said elastic arm is formed in a curved strap or a tilted strip, said elastic arm stretches out of the housing body and keeps a gap to the bottom rim of the housing body; said novel golf ball pocket having simple structure and easy carrying over features takes the advantage of the bottom elastic open formed by elastic arms to getting the rapidly pick-off ball goal.
    • 本发明提供一种高尔夫球袋,其包括舌盖,壳体和鞋带,其中所述壳体包括前表面和后表面以及围绕中空洞的两侧; 所述舌盖隐藏接近自由端的磁晶片,与其协调,匹配磁性紧固件位于壳体主体的前表面上; 在壳体的底部开口处,沿着边缘延伸出至少一个弹性臂,所述弹性臂形成为弯曲的带或倾斜的带,所述弹性臂从壳体主体伸出并保持与底部的间隙 外壳边缘; 所述新颖的高尔夫球袋具有结构简单,易于携带的功能,具有由弹性臂形成的底部弹性开口以获得快速传球的目的。
    • 8. 发明授权
    • Shift registers
    • 移位寄存器
    • US06867619B2
    • 2005-03-15
    • US10453523
    • 2003-06-04
    • Rui-Guo HongChih-Chung ChienYen-Hua ChenShin-Tai Lo
    • Rui-Guo HongChih-Chung ChienYen-Hua ChenShin-Tai Lo
    • G11C19/18G11C19/36H03K19/096
    • G11C19/184
    • A shift register includes at least one stage circuit that has at least three voltage control switches, a storage element, and a first clock signal, a second clock signal and a third clock signal to control various switches. Input signals are stored in the capacitor and sequentially transferred to the next stage. During transferring to the next stage, pixel switches of one row on the panel display are activated to receive information delivered from the data end for displaying on the pixels. The clock signals have the characteristics that the first clock signal, second clock signal and third clock signal are not at the same certain potential concurrently to prevent the switches of each stage (the second and third switches) from forming a DC path and burning out.
    • 移位寄存器包括至少一个级电路,其具有至少三个电压控制开关,存储元件和第一时钟信号,第二时钟信号和第三时钟信号以控制各种开关。 输入信号存储在电容器中,并依次传送到下一级。 在转移到下一阶段期间,面板显示器上的一行的像素开关被激活以接收从数据端发送的信息,以在像素上显示。 时钟信号具有第一时钟信号,第二时钟信号和第三时钟信号同时不处于相同的特性,以防止每个级(第二和第三开关)的开关形成DC路径并烧毁。