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    • 1. 发明授权
    • Control of breakdown voltage for microelectronic packaging
    • 控制微电子封装的击穿电压
    • US07324317B2
    • 2008-01-29
    • US10932152
    • 2004-08-31
    • Michael J. HillWeimin Shi
    • Michael J. HillWeimin Shi
    • H02H3/22
    • H01L23/62H01L2224/16H01L2924/01079H01L2924/10253H01L2924/15311H05K1/026H05K1/111H05K3/3452H05K2201/0989H05K2201/10734H01L2924/00
    • Reduce breakdown voltage and control breakdown path for electrostatic discharge to terminals of microelectronic packages, such as no-connect Land Grid Array (LGA) pads. In one embodiment, solder resist openings with a small separation distance are used to provide an air breakdown path between a no-connect LGA pad and the surrounding metal and to reduce the breakdown voltage. In one implementation, the no-connect pad has a non-round shape with a protruding portion on the dielectric layer. The air surrounding a solder resist opening over the tip of the protruding portion of the no-connect pad and a nearby solder resist opening over the surrounding metal provides a shortest air breakdown path and the lowest breakdown voltage. Alternatively, sharp features (e.g., metal traces) with a minimum separation distance can be arranged pointing at each other under the solder resist layer, or other dielectric layer inside the package, to provide a non-exposed breakdown path.
    • 降低击穿电压并控制静电放电到微电子封装端子的击穿路径,如无连接焊盘阵列(LGA)焊盘。 在一个实施例中,使用具有小间隔距离的阻焊剂开口,以在非连接LGA焊盘和周围金属之间提供空气击穿路径并降低击穿电压。 在一种实施方式中,无连接焊盘具有在电介质层上具有突出部分的非圆形形状。 围绕在无连接焊盘的突出部分的尖端上的阻焊剂开口的空气和周围金属上的附近的阻焊剂开口提供了最短的击穿路径和最低的击穿电压。 或者,可以布置具有最小间隔距离的尖锐特征(例如,金属迹线),其指向彼此下方的阻焊层或封装内的其它介电层,以提供非暴露的击穿路径。
    • 9. 发明申请
    • EXTENDING LEGACY DATABASE ENGINES WITH OBJECT-BASED FUNCTIONALITY
    • 扩展具有基于对象功能的LEGACY数据库引擎
    • US20120143912A1
    • 2012-06-07
    • US12960512
    • 2010-12-05
    • John C. HortonMichael J. Hill
    • John C. HortonMichael J. Hill
    • G06F17/30
    • G06F16/24564
    • Legacy database engines may be extended through the use of callback extension handlers on the client. For example, regular expression matching and arbitrary user-functions may be implemented in a legacy database engine without replacing the engine. A pattern string may be provided to the legacy database engine by a client with a pattern matching prefix. When the legacy database engine encounters the prefix, the database engine executes a callback to the client with a value from the database for pattern matching. The client performs the pattern matching through, for example, regular expressions, and returns a match status to the database engine. The process may be repeated for several rows of a table in the database and a dataset compiled by the database engine and returned to the client.
    • 可以通过在客户机上使用回调扩展处理程序来扩展传统数据库引擎。 例如,正则表达式匹配和任意用户函数可以在遗留数据库引擎中实现,而不需要替换引擎。 可以由具有模式匹配前缀的客户端向遗留数据库引擎提供模式字符串。 当旧数据库引擎遇到前缀时,数据库引擎将使用数据库中的值对客户机执行回调,以进行模式匹配。 客户端通过例如正则表达式执行模式匹配,并向数据库引擎返回匹配状态。 数据库中的表的几行可能会重复该过程,也可能会由数据库引擎编译并返回给客户端。
    • 10. 发明申请
    • SCRIPTED DYNAMIC DOCUMENT GENERATION
    • 描述动态文件生成
    • US20120131439A1
    • 2012-05-24
    • US12951238
    • 2010-11-22
    • Michael J. HillJohn C. Horton
    • Michael J. HillJohn C. Horton
    • G06F17/00
    • G06F9/45512G06F17/211G06F17/2247
    • A dynamic document template having static data, dynamic data, and/or procedural statements may be called by an application on a server. The dynamic document template is separate from the application program and is processed to form an interim script, which is then executed by a host computer system. The script generates document records in HTML or XML format that are output to a document. The data and procedural statements in the dynamic document template may be distinguished through interpreting mark-up language surrounding the data and procedural statements. The dynamic document templates execute in a separate namespace from the application and preserve the state of data in the application. A given application may call more than one dynamic document template to generate different portions of the output document. Additionally, the dynamic document templates may be replaced with new templates without affecting the application.
    • 具有静态数据,动态数据和/或过程语句的动态文档模板可以由服务器上的应用程序调用。 动态文档模板与应用程序分开,并被处理以形成临时脚本,然后由主机系统执行。 脚本将以HTML或XML格式生成输出到文档的文档记录。 可以通过解释围绕数据和程序语句的标记语言来区分动态文档模板中的数据和程序语句。 动态文档模板在应用程序的单独命名空间中执行,并保留应用程序中的数据状态。 给定的应用程序可以调用多个动态文档模板来生成输出文档的不同部分。 此外,动态文档模板可以替换为新的模板,而不影响应用程序。