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    • 5. 发明授权
    • Bottle cork extractor
    • 瓶塞提花机
    • US4446980A
    • 1984-05-08
    • US378943
    • 1982-05-17
    • Robert OliverRichard Branscombe
    • Robert OliverRichard Branscombe
    • B65D39/16B65D41/04
    • B65D39/16
    • A bottle closure for a beverage bottle is disclosed. A threaded bottle neck receives a hollow extractor having threads complementary to those of the bottle neck. The extractor is engaged with the bottle neck. The extractor has a crown portion including an aperture that is coaxial with a bottle opening; it also has an annular protuberance that is coaxial with the bottle opening. A bottle cork may be inserted through the extractor and into the bottle neck to seal the bottle. An upper portion of the cork is grasped by the annular protuberance such that the extractor grips the cork more firmly then the bottle does. Disengaging the extractor from the bottle neck withdraws the cork from within the bottle; engaging the extractor with the bottle neck advances the cork into the bottle to thereby seal it.
    • 公开了一种用于饮料瓶的瓶盖。 螺纹瓶颈接收具有与瓶颈相当的螺纹的中空提取器。 提取器与瓶颈接合。 提取器具有冠部,其包括与瓶口同轴的孔; 它还具有与瓶口同轴的环形突起。 瓶塞可以通过提取器插入瓶颈以密封瓶子。 软木的上部由环形突起抓住,使得提取器更牢固地握住软木塞,而瓶子则是这样。 从瓶颈脱落提取器从瓶中取出软木塞; 将提取器与瓶颈接合将软木塞进入瓶中从而将其密封。
    • 7. 发明申请
    • Portion-level in-memory module authentication
    • 部分级内存模块认证
    • US20060026569A1
    • 2006-02-02
    • US10902244
    • 2004-07-29
    • Timothy OertingPhilip LafornaraRobert OliverScott BrenderMichael Marr
    • Timothy OertingPhilip LafornaraRobert OliverScott BrenderMichael Marr
    • G06F9/44
    • G06F21/51
    • Dynamic run-time verification of a module which is loaded in memory (in whole or in part) for execution is enabled by using pre-computed portion-level verification data for portions of the module smaller than the whole (e.g. at the page-level). A portion of the module as loaded into memory for execution can be verified. Pre-computed portion-level verification data is retrieved from storage and used to verify the loaded portions of the executable. Verification data may be, for example, a digitally signed hash of the portion. Where the operating system loader has modified the portion for execution, the modifications are reversed, removing any changes performed by the operating system. If the portion has not been tampered, this will return the portion to its original pre-loaded state. This version is then used to determine validity using the pre-computed portion-level verification. Additionally, during execution of the module, new portions/pages of the module which are loaded can be verified to ensure that they have not been changed, and a list of hot pages of the module can be made, including pages to be continually reverified, in order to ensure that no malicious changes have been made in the module.
    • 通过对小于整个模块的部分(例如在页面级别)使用预先计算的部分级验证数据来启用加载在存储器(整体或部分)中用于执行的模块的动态运行时验证 )。 可以验证加载到存储器中用于执行的模块的一部分。 从存储器检索预先计算的部分级验证数据,并用于验证可执行文件的加载部分。 验证数据可以是例如该部分的经数字签名的散​​列。 在操作系统加载程序修改了执行部分的情况下,修改将相反,从而删除操作系统执行的任何更改。 如果该部分没有被篡改,这将使该部分恢复到原来的预加载状态。 然后使用该版本使用预先计算的部分级验证来确定有效性。 此外,在执行模块期间,可以验证装载的模块的新部分/页面,以确保它们未被更改,并且可以制作模块的热页面列表,包括要不断重新验证的页面, 以确保模块中不会发生恶意更改。
    • 9. 发明授权
    • Vehicle HVAC evaporator temperature probe assembly method
    • 车用HVAC蒸发器温度探头组装方法
    • US06560977B1
    • 2003-05-13
    • US10037640
    • 2001-11-09
    • Eric J. HupfelRobert Oliver
    • Eric J. HupfelRobert Oliver
    • G01D2100
    • G01K1/14Y10T29/53113
    • An HVAC evaporator core temperature probe apparatus and assembly method in which the temperature probe has a seal member mounted intermediate opposed ends. First and second apertures are formed in the HVAC housing, one adjacent the mounted position of the probe sensing end and the other end spaced from the access aperture and receiving the seal member to dispose the electrical connector on the other end of the probe conductor exteriorly of the housing. The temperature probe is inserted in the evaporator prior to mounting the evaporator core in the HVAC housing. The seal member is snap mounted in the first aperture in the housing to dispose the electrical connector exteriorly of the housing. After separation of the probe sensing end from the evaporator core and separation of the seal member from the first aperture, an existing temperature probe is removable through the second aperture in the housing.
    • 一种HVAC蒸发器芯温度探针装置和组装方法,其中温度探针具有安装在中间相对端的密封构件。 第一和第二孔形成在HVAC壳体中,一个邻近探针感测端的安装位置,另一端与进入孔隔开并接收密封构件,以将电连接器设置在探针导体的另一端的外部 住房。 在将蒸发器核心安装在HVAC外壳之前,将温度探头插入蒸发器。 密封构件卡扣安装在壳体中的第一孔中以将电连接器布置在壳体的外部。 在将探针感测端从蒸发器芯分离并将密封构件与第一孔分开之后,现有的温度探针可通过壳体中的第二孔移除。