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    • 23. 发明授权
    • Coin slide with interchangeable cores
    • 硬币滑块与可互换的核心
    • US4350240A
    • 1982-09-21
    • US152684
    • 1980-05-23
    • Harvey S. GitlinJohn J. Duffy
    • Harvey S. GitlinJohn J. Duffy
    • G07F5/06G07F5/08
    • G07F5/06
    • The coin slide includes a fixed body with an integral flange and an integral handle and slide plate which is reciprocal on the body and through the flange. The handle is provided with a plurality of elongated openings within which are fitted interchangeable functional or nonfunctional cores. The functional cores are sized to receive coins of predetermined denomination and can be made to accommodate any size coin, even foreign coins. An interchangeable bridge includes downwardly exposed ramps or cams to accept or check coins of predetermined denomination. The interchangeable cores and interchangeable bridge are utilized to quickly and easily adjust to any desired price which can be computed when using from one to five coins.
    • 硬币滑块包括具有整体凸缘的固定体和整体式手柄和滑板,其在主体上并通过凸缘相互往复。 手柄设置有多个细长的开口,其中装有可互换的功能或非功能芯。 功能核心的尺寸适于接收预定面额的硬币,并且可以制成以容纳任何尺寸的硬币,甚至外币。 可互换的桥梁包括向下暴露的坡道或凸轮以接受或检查预定面额的硬币。 可互换的核心和可互换的桥梁用于快速和容易地调整到使用一到五个硬币时可以计算的任何期望的价格。
    • 24. 发明授权
    • Marshaling results of nested tasks
    • 封堵任务的结果
    • US08392922B2
    • 2013-03-05
    • US12719700
    • 2010-03-08
    • Stephen H. ToubJoseph E. HoagJohn J. DuffyDanny S. Shih
    • Stephen H. ToubJoseph E. HoagJohn J. DuffyDanny S. Shih
    • G06F9/46
    • G06F9/46
    • The present invention extends to methods, systems, and computer program products for marshaling results of nested tasks. Unwrap methods are used to reduce the level of task nesting and insure that appropriate results are marshaled between tasks. A proxy task is used to represent the aggregate asynchronous operation of a wrapping task and a wrapped task. The proxy task has a completion state that is at least indicative of the completion state of the aggregate asynchronous operation. The completion state of the aggregate asynchronous operation is determined and set from one or more of the completion state of the wrapping task and the wrapped task. The completion state of the proxy task can be conveyed to calling logic to indicate the completion state of the aggregate asynchronous operation to the calling logic.
    • 本发明扩展到用于封送嵌套任务结果的方法,系统和计算机程序产品。 Unwrap方法用于降低任务嵌套的级别,并确保在任务之间封送适当的结果。 代理任务用于表示包装任务和包装任务的聚合异步操作。 代理任务具有至少指示聚合异步操作的完成状态的完成状态。 聚合异步操作的完成状态由包装任务的完成状态和包装任务的一个或多个确定和设置。 代理任务的完成状态可以传达到调用逻辑,以指示对调用逻辑的聚合异步操作的完成状态。
    • 25. 发明授权
    • Parallel nested transactions in transactional memory
    • 事务内存中的并行嵌套事务
    • US08271465B2
    • 2012-09-18
    • US13027938
    • 2011-02-15
    • Michael M. MagruderDavid DetlefsJohn J. DuffyGoetz GraefeVinod K. Grover
    • Michael M. MagruderDavid DetlefsJohn J. DuffyGoetz GraefeVinod K. Grover
    • G06F17/30
    • G06F9/467G06F17/30356G06F17/30359G06F17/30362
    • Various technologies and techniques are disclosed for supporting parallel nested transactions in a transactional memory system. Multiple closed nested transactions are created for a single parent transaction, and the closed nested transactions are executed concurrently as parallel nested transactions. Various techniques are used to ensure effects of the parallel nested transactions are hidden from other transactions outside the parent transaction until the parent transaction commits. For example, versioned write locks are used with parallel nested transactions. When a transactional memory word changes from a write lock to a versioned write lock, an entry is made in a global versioned write lock map to store a pointer to a write log entry that the versioned write lock replaced. When the versioned write lock is encountered during transaction processing, the global versioned write lock map is consulted to translate the versioned write lock to the pointer to the write log entry.
    • 公开了用于支持事务存储器系统中的并行嵌套事务的各种技术和技术。 为单个父事务创建多个封闭的嵌套事务,并且封闭的嵌套事务将作为并行嵌套事务并发执行。 使用各种技术来确保并行嵌套事务对父事务之外的其他事务的影响,直到父事务提交为止。 例如,版本化的写锁与并行嵌套事务一起使用。 当事务性内存单词从写入锁定更改为版本化写入锁定时,将在全局版本化写入锁定映射中创建一个条目,以存储指向版本化写入锁定替换的写入日志条目的指针。 当在事务处理期间遇到版本化的写锁时,请参考全局版本的写入锁定映射,以将版本化的写锁定转换为写入日志条目的指针。
    • 27. 发明授权
    • Electrolyzer pressure equalization system
    • 电解压力均衡系统
    • US07097748B2
    • 2006-08-29
    • US10421668
    • 2003-04-23
    • John J. DuffyDaniel Shapiro
    • John J. DuffyDaniel Shapiro
    • C25B9/20H01M8/06H01M8/18C25B1/08
    • C25B1/12C25B15/00H01M8/04104H01M8/04201H01M16/003H01M2008/1095Y02E60/366Y02E70/10Y02E70/20Y02P20/133
    • An energy storage system has a first pressurized tank for carrying water and hydrogen gas and a second pressurized tank for carrying water and oxygen gas. A first output line connects to the pressurized tank for carrying hydrogen gas from the tank. A second output line connects to the second pressurized tank for carrying oxygen gas from the second tank. The energy storage system has a differential-pressure relief valve connected to the output lines to maintain the gases within a defined pressure differential. A water line connects to both pressurized tanks for maintaining relative water levels in the tanks. An electrolyzer is maintained under pressure and receives water from at least one of the pressurized tanks and creates hydrogen gas and oxygen gas for storage in the pressurized tanks. An accumulator connects to the output lines and having a movable diaphragm that separates the gases and moves to adjust volume to equalize pressure. A regeneration system having the energy storage system and a fuel cell for generating electrical energy is connected to the output lines. A catalyst hood overlies the electrolyzer. In a preferred embodiment of the regeneration system, both the electrolyzer and the fuel cell have a proton exchange membrane. A solar array is connected to the electrolyzer in the regeneration system.
    • 能量存储系统具有用于承载水和氢气的第一加压罐和用于承载水和氧气的第二加压罐。 第一输出线连接到加压罐,用于从罐运载氢气。 第二输出线连接到第二加压罐,用于承载来自第二罐的氧气。 能量存储系统具有连接到输出管线的差压泄压阀,以将气体保持在限定的压差范围内。 水管线连接到两个加压罐,以维持罐中的相对水位。 电解槽保持在压力下并从至少一个加压罐接收水,并产生用于储存在加压罐中的氢气和氧气。 蓄能器连接到输出线并且具有可移动的隔膜,其分离气体并移动以调节体积以均衡压力。 具有能量存储系统和用于产生电能的燃料电池的再生系统连接到输出线。 催化剂罩覆盖电解槽。 在再生系统的优选实施例中,电解槽和燃料电池均具有质子交换膜。 太阳能电池阵列连接到再生系统中的电解槽。
    • 28. 发明授权
    • Coin slide with coin drop delay means
    • 硬币丢失延迟手段
    • US4499983A
    • 1985-02-19
    • US513368
    • 1983-07-13
    • Harvey S. GitlinJohn J. Duffy
    • Harvey S. GitlinJohn J. Duffy
    • G07F5/06G07F5/08
    • G07F5/06
    • The coin slide includes a fixed body with an integral flange and an integral handle and slide plate which is reciprocal on the body and through the flange. The handle is provided with a plurality of elongated openings within which are fitted interchangeable functional or nonfunctional cores. The functional cores are sized to receive coins of predetermined denomination and can be made to accommodate any size coin, even foreign coins. An interchangeable bridge includes downwardly exposed ramps or cams to accept or check coins of predetermined denomination. The interchangeable cores and interchangeable bridge are utilized to quickly and easily adjust to any desired price which can be computed when using from one to five coins. The body terminates rearwardly in a notched trailing edge whereby coins in alignment with the notches will drop first, and the drop of coins that are not aligned with the notches will be delayed.
    • 硬币滑块包括具有整体凸缘的固定体和整体式手柄和滑板,其在主体上并通过凸缘相互往复。 手柄设置有多个细长的开口,其中装有可互换的功能或非功能芯。 功能核心的尺寸适于接收预定面额的硬币,并且可以制成以容纳任何尺寸的硬币,甚至外币。 可互换的桥梁包括向下暴露的坡道或凸轮以接受或检查预定面额的硬币。 可互换的核心和可互换的桥梁用于快速和容易地调整到使用一到五个硬币时可以计算的任何期望的价格。 身体在凹口的后缘向后终止,因此与凹口对齐的硬币将首先下降,并且与凹口对准的硬币的下降将被延迟。