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    • 1. 发明申请
    • Graphical user interface and approach therefor
    • 图形用户界面及其方法
    • US20050197798A1
    • 2005-09-08
    • US10794991
    • 2004-03-05
    • Daniel AveryMichael SmithJoel BaileyJerry Schumacher
    • Daniel AveryMichael SmithJoel BaileyJerry Schumacher
    • G06F7/38
    • G06F3/0481
    • A circuit testing and control approach involves configurable switch control for automatically detecting and routing test signals along a plurality of test circuit paths. According to an example embodiment of the present invention, graphical user interface (GUI) (240) includes stored computer-executable code that, when executed, causes a micro-computer circuit to send configuration signals to a microcontroller (220). A configurable circuit (215) coupled to the microcontroller is then configured by the microcontroller, in response to the configuration signals, for routing test signals using controllable switches. In one implementation, the configurable circuit includes circuits on inter-connectable circuit boards (210, 250, 260), with sense nodes for detecting the presence of an inter-connectable circuit board coupled to another. In response to the detected presence (or lack thereof), the controllable switches control the routing of the test signals between the inter-connectable circuit boards. The configuration signals are used for one or more of actively controlling the microcontroller, programming the microcontroller (e.g., storing program code therein) or requesting data from the microcontroller. With these approaches, automatic switching of test signal paths, on an individual circuit and in connection with other circuits, is achieved without necessarily physically accessing the configurable circuit.
    • 电路测试和控制方法涉及可配置的开关控制,用于沿多个测试电路路径自动检测和路由测试信号。 根据本发明的示例实施例,图形用户界面(GUI)(240)包括存储的计算机可执行代码,其在被执行时使微计算机电路向微控制器(220)发送配置信号。 然后,耦合到微控制器的可配置电路(215)由微控制器响应于配置信号被配置用于使用可控开关路由测试信号。 在一个实现中,可配置电路包括可互连电路板(210,250,260)上的电路,其中感测节点用于检测耦合到另一电路板的可连接电路板的存在。 响应于检测到的存在(或不存在),可控开关控制可连接的电路板之间的测试信号的路由。 配置信号用于主动控制微控制器,编程微控制器(例如,其中存储程序代码)或从微控制器请求数据的一个或多个。 利用这些方法,实现了测试信号路径在各个电路上以及与其它电路的连接的自动切换,而不必物理地访问可配置电路。
    • 2. 发明授权
    • Graphical user interface and approach therefor
    • 图形用户界面及其方法
    • US07117274B2
    • 2006-10-03
    • US10794991
    • 2004-03-05
    • Daniel Lee AveryMichael J. SmithJoel Patrick BaileyJerry Schumacher
    • Daniel Lee AveryMichael J. SmithJoel Patrick BaileyJerry Schumacher
    • G01R31/28
    • G06F3/0481
    • A circuit testing and control approach involves configurable switch control for automatically detecting and routing test signals along a plurality of test circuit paths. According to an example embodiment of the present invention, graphical user interface (GUI) (240) includes stored computer-executable code that, when executed, causes a micro-computer circuit to send configuration signals to a microcontroller (220). A configurable circuit (215) coupled to the microcontroller is then configured by the microcontroller, in response to the configuration signals, for routing test signals using controllable switches. In one implementation, the configurable circuit includes circuits on inter-connectable circuit boards (210, 250, 260), with sense nodes for detecting the presence of an inter-connectable circuit board coupled to another. In response to the detected presence (or lack thereof), the controllable switches control the routing of the test signals between the inter-connectable circuit boards. The configuration signals are used for one or more of actively controlling the microcontroller, programming the microcontroller (e.g., storing program code therein) or requesting data from the microcontroller. With these approaches, automatic switching of test signal paths, on an individual circuit and in connection with other circuits, is achieved without necessarily physically accessing the configurable circuit.
    • 电路测试和控制方法涉及可配置的开关控制,用于沿多个测试电路路径自动检测和路由测试信号。 根据本发明的示例实施例,图形用户界面(GUI)(240)包括存储的计算机可执行代码,其在被执行时使微计算机电路向微控制器(220)发送配置信号。 然后,耦合到微控制器的可配置电路(215)由微控制器响应于配置信号被配置用于使用可控开关路由测试信号。 在一个实现中,可配置电路包括可互连电路板(210,250,260)上的电路,其中感测节点用于检测耦合到另一电路板的可连接电路板的存在。 响应于检测到的存在(或不存在),可控开关控制可连接的电路板之间的测试信号的路由。 配置信号用于主动控制微控制器,编程微控制器(例如,其中存储程序代码)或从微控制器请求数据的一个或多个。 利用这些方法,实现了测试信号路径在各个电路上以及与其它电路的连接的自动切换,而不必物理地访问可配置电路。