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    • 2. 发明申请
    • CONVERTIBLE VISOR/CAP WITH A PLURALITY OF CROWN SUPPORTS
    • 可变的视觉/ CAP与多个支持的支持
    • WO0239838A9
    • 2003-02-13
    • PCT/US0143112
    • 2001-11-16
    • JOHNSON JAMES E
    • JOHNSON JAMES E
    • A42B1/20A42B1/22A42B1/00
    • A42B1/201A42B1/22
    • The present invention relates to a convertible visor/cap (1), which can be converted from a cap to a visor, and vice verse, having a fixed frontal crown portion and a folding crown membrane supported by a plurality of hinged support members (17, 19). The visor/cap preferably has a forwardly extending bill (3), from which the frontal crown portion extends upward, and a head band portion extending rearwardly therefrom. Two hinges are preferably provided on the side of the head band portion adjacent the frontal crown portion for pivotally supporting the support members. The hinges allow the support members to be pivoted between a first extended position, in which the membrane covers the head (i.e. form a cap), and a second folded position, in which the membrane is folded up behind the frontal crown portion and substantially hidden from view (i.e. form a visor).
    • 本发明涉及一种可转换的遮阳板/盖(1),其可从帽转换为遮阳板,反之亦然,具有固定的前冠部和由多个铰接的支撑构件(17)支撑的折叠冠膜 ,19)。 遮阳板/帽优选具有向前延伸的纸币(3),前冠部从该前端向上延伸,以及从其向后延伸的头带部分。 优选地,在靠近前冠部的头带部分的侧面上设置两个铰链,用于枢转地支撑支撑构件。 铰链允许支撑构件在第一延伸位置(其中膜覆盖头部(即,形成盖子))和第二折叠位置之间枢转,其中膜折叠在正面冠部后面并且基本上隐藏 从视野(即形成遮阳板)。
    • 4. 发明申请
    • TRANSACTION PROCESSING IN TRANSACTIONAL MEMORY
    • 交易记录中的交易处理
    • WO2010082983A3
    • 2010-09-10
    • PCT/US2009066889
    • 2009-12-04
    • MICROSOFT CORP
    • DADIOMOV ALEXANDERGROFF DANALEVANONI YOSSEFFJOHNSON JAMES E
    • G06F13/42G06F13/14G06F13/38
    • G06F9/466
    • A transactional memory processing system provides for the integration of transactional memory concepts at the compiler-level into a higher-level traditional transaction processing system. Atomic blocks at the compiler-level can be specified as atomic block transactions and include the features of atomicity and isolation. Actions within this atomic block transaction include the enlistment of resource managers from a repository. The repository can now include a pre-programmed memory resource manager to manage the transactional memory. As in traditional transactions, a commit protocol can be used to determine if the actions are valid and can be exposed outside of the transaction. Unlike traditional transactions, however, the transaction is not necessarily doomed if all of the actions are not validated. Rather, memory conflicts can cause a rollback and re-execution of the atomic block transaction, which can be repeated as long as necessary, until the memory resource manager votes to commit.
    • 事务性存储器处理系统提供将编译器级的事务存储器概念集成到更高级别的传统事务处理系统中。 编译器级别的原子块可以指定为原子块事务,并包含原子性和隔离特征。 这个原子块事务中的操作包括资源管理器从资源库的招募。 存储库现在可以包括预编程的存储器资源管理器来管理事务存储器。 与传统的交易一样,提交协议可用于确定操作是否有效,并且可以在事务之外暴露出来。 然而,与传统交易不同,如果所有操作都未被验证,则交易不一定注定。 相反,内存冲突可能导致原子块事务的回滚和重新执行,这可以在必要时重复,直到内存资源管理器投票提交。