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    • 41. 发明申请
    • SCREEN SCRAPING INTERFACE
    • 屏幕切割界面
    • US20100082773A1
    • 2010-04-01
    • US12632097
    • 2009-12-07
    • Youzhong LiuTao PanKaushhik PILLALAMARRIKhaldoun SabaghFariborz Ebrahimi
    • Youzhong LiuTao PanKaushhik PILLALAMARRIKhaldoun SabaghFariborz Ebrahimi
    • G06F15/16
    • H04L67/08H04L67/02H04L67/14H04L67/142H04L69/22
    • An interface can serve as a client-mainframe interface, enabling clients to develop applications without a need to understand mainframe processes and screen flows. Extended Tool Command Language (Tcl) can define services that can include a series of interactions with a mainframe system and service definitions can be added or updated on the interface during operation of the interface without disrupting processing. The service definitions can enable the interface to receive XML requests from a client, parse the XML requests, execute the service scripts to interact with the mainframe systems, generate the result in a XML format and send the XML file back to the client. Fundamental Mainframe Interactions (FMI) commands can interact with the mainframe systems and enable the specification of the XML structure of the request and response. The interface can provide efficient connection pooling management and connection life cycle control to improve the performance of the mainframe system interactions.
    • 接口可以作为客户机 - 主机接口,使客户端能够开发应用程序,而无需了解主机进程和屏幕流程。 扩展工具命令语言(Tcl)可以定义可以包括与主机系统的一系列交互的服务,并且可以在接口操作期间在接口上添加或更新服务定义,而不会中断处理。 服务定义可以使接口能够从客户端接收XML请求,解析XML请求,执行服务脚本与大型机系统进行交互,以XML格式生成结果并将XML文件发送回客户端。 基本的主机交互(FMI)命令可以与大型机系统进行交互,并且能够指定请求和响应的XML结构。 该接口可以提供高效的连接池管理和连接生命周期控制,以提高大型机系统交互的性能。
    • 44. 发明申请
    • MULTI-CHANNEL MICROARRAY APPARATUS AND METHODS
    • 多通道微型计算机和方法
    • US20090088338A1
    • 2009-04-02
    • US12325913
    • 2008-12-01
    • Xuanbin LiuZhen Hong SunWendy WangTao Pan
    • Xuanbin LiuZhen Hong SunWendy WangTao Pan
    • C40B30/04C40B60/12
    • G01N21/6452G01N21/648
    • A multi-channel microarray reader has a light source carried by a first supporting stage, a second supporting stage having a plurality of reaction assembly receiving positions, each position to receive a reaction assembly, wherein each reaction assembly includes a reaction chamber and an optical substrate to support a microarray chip, and wherein the reaction chamber and the optical substrate encapsulate a buffer solution. The reader also includes an imaging sensor positioned to detect fluorescence emitted from a single microarray chip and a motion control module to position at least one of the first and second supporting stages to cause a selected microarray chip to receive energy emitted from the light source and to position the imaging sensor to receive fluorescence from that microarray chip.
    • 多通道微阵列读取器具有由第一支撑台承载的光源,具有多个反应组件接收位置的第二支撑台,每个位置接收反应组件,其中每个反应组件包括反应室和光学基板 以支持微阵列芯片,并且其中所述反应室和所述光学基板封装缓冲溶液。 读取器还包括成像传感器,其定位成检测从单个微阵列芯片发射的荧光和运动控制模块以定位第一和第二支持级中的至少一个,以使选定的微阵列芯片接收从光源发射的能量, 将成像传感器定位成从该微阵列芯片接收荧光。