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    • 1. 发明申请
    • FREQUENCY GUARD BAND VALIDATION OF PROCESSORS
    • 加工商的频率防护带验证
    • US20120330616A1
    • 2012-12-27
    • US13170150
    • 2011-06-27
    • Robert W. BerryDiyanesh B. ChinnakkondaPrasanna JayaramanTony E. Sawan
    • Robert W. BerryDiyanesh B. ChinnakkondaPrasanna JayaramanTony E. Sawan
    • G06F11/30
    • G01R31/2879G06F11/24
    • A frequency guard band validation unit can determine whether at least one of a plurality of previously validated processors was validated on a first system having a substantially similar configuration as a second system in which an unvalidated processor is being tested. If at least one of the plurality of previously validated processors was validated on the first system, a validation start frequency associated with the unvalidated processor can be computed based, at least in part, on system parametric data associated with a subset of the plurality of previously validated processors that were validated on the first system. Otherwise, the validation start frequency associated with the unvalidated processor is computed based, at least in part, on tester parametric data associated with the unvalidated processor. Validation of the guard band frequency for the unvalidated processor is initiated at the validation start frequency. This can reduce the overall validation cycle time.
    • 频率保护频带验证单元可以确定在具有基本相似配置的第一系统上验证多个先前验证的处理器中的至少一个是否是正在测试未验证的处理器的第二系统。 如果多个先前验证的处理器中的至少一个在第一系统上被验证,则可以至少部分地基于与先前多个先前验证的处理器的子集相关联的系统参数数据来计算与未验证的处理器相关联的验证开始频率 在第一个系统上验证的经过验证的处理器。 否则,至少部分地基于与未经验证的处理器相关联的测试仪参数数据来计算与未验证的处理器相关联的验证开始频率。 无效处理器的保护频带频率的验证在验证开始频率处启动。 这可以减少总体验证周期时间。
    • 5. 发明授权
    • Grooving and cut-off tool
    • 开槽和切割工具
    • US4227838A
    • 1980-10-14
    • US1683
    • 1979-01-08
    • Robert W. Berry
    • Robert W. Berry
    • B23B29/04B26D1/12
    • B23B29/043Y10T407/2222Y10T407/227Y10T407/2282Y10T407/25
    • The invention relates to a cutting tool especially useful for cut-off, threading and grooving operations. The tool includes a massive block-like body with serrations along one or both sides. An adjustable plate with interengaging complemental serrations is mounted on the side of the body and retained by bolts which transfix the plate and anchor in the body. The plate has a top recess to receive short cutting elements backed up by a similarly shaped rod. A broached out-of-round hole is cut into the body parallel to the serrated wall to receive at one end a threaded anchor nut and at the other end a shank of a clamp bar.
    • 本发明涉及一种特别适用于切割,穿线和切槽操作的切削工具。 该工具包括沿着一侧或两侧锯齿状的块状块体。 具有相互接合的互补锯齿的可调节板安装在主体的侧面上,并通过将板和锚固定在体内的螺栓保持。 该板具有顶部凹槽以接收由类似形状的杆支撑的短切割元件。 平行于锯齿状的壁面切割出一个非圆形的孔,在一端接纳一个螺纹锚定螺母,另一端接收一个夹紧杆的柄。
    • 8. 发明授权
    • Flash ROM programming
    • 闪存ROM编程
    • US08347022B2
    • 2013-01-01
    • US12339018
    • 2008-12-18
    • Robert W. BerryMichael CriscoloMichael T. Saunders
    • Robert W. BerryMichael CriscoloMichael T. Saunders
    • G06F12/00
    • G11C16/102G06F8/66
    • A method comprises providing a golden ROM unit comprising known good ROM code. The golden ROM is coupled to a ROM socket of a target system. The target system is booted, wherein booting comprises providing power to the target system and independently providing power to the ROM socket. The known good ROM code is loaded from the golden ROM to a system memory of the target system. Power is removed from the ROM socket and the golden ROM is decoupled from the ROM socket. A first subject ROM is coupled to the ROM socket. Power is provided to the ROM socket and the first subject ROM is programmed with the known good ROM code.
    • 一种方法包括提供包括已知的良好ROM码的金色ROM单元。 金色ROM耦合到目标系统的ROM插槽。 引导目标系统,其中引导包括向目标系统提供电力并且独立地向ROM插槽供电。 已知的良好ROM代码从金色ROM加载到目标系统的系统内存。 电源从ROM插槽中取出,金色ROM从ROM插槽中脱离。 第一主题ROM耦合到ROM插槽。 电源提供给ROM插槽,第一个对象ROM用已知的良好的ROM代码进行编程。