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公开(公告)号：US20090277193A1
公开(公告)日：2009-11-12
申请号：US12457840
申请日：2009-06-23
CPC分类号： F24F3/153 , F24F11/30 , F24F11/77 , F24F2110/10 , F25B40/02 , F25B2600/0252
摘要： A dynamic system controls indoor relative humidity and temperature to achieve specified conditions by applying multiple stages of dehumidification. In addition to a stage that increases dehumidification by reducing the speed of the indoor blower, the system uses a reheat coil and multiple valves that allow the reheat coil to function as either a subcooling coil or a partial condenser. Thus the system can maintain specified indoor temperature and humidity conditions even at times when no heating or cooling is needed. The system may have an outdoor condensing unit including a compressor and a condenser operably connected via refrigerant lines to an indoor unit to form a “split system” refrigerant loop.
摘要翻译： 动态系统通过应用多级除湿来控制室内相对湿度和温度达到规定的条件。 除了通过降低室内鼓风机的速度来增加除湿的阶段之外，系统还使用再热线圈和允许再热线圈用作过冷线圈或部分冷凝器的多个阀。 因此，即使在不需要加热或冷却的情况下，系统也可以保持指定的室内温度和湿度条件。 该系统可以具有室外冷凝单元，其包括压缩机和通过制冷剂管线可操作地连接到室内单元以形成“分流系统”制冷剂回路的冷凝器。
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公开(公告)号：US08397522B2
公开(公告)日：2013-03-19
申请号：US12457840
申请日：2009-06-23
CPC分类号： F24F3/153 , F24F11/30 , F24F11/77 , F24F2110/10 , F25B40/02 , F25B2600/0252
摘要： A dynamic system controls indoor relative humidity and temperature to achieve specified conditions by applying multiple stages of dehumidification. In addition to a stage that increases dehumidification by reducing the speed of the indoor blower, the system uses a reheat coil and multiple valves that allow the reheat coil to function as either a subcooling coil or a partial condenser. Thus the system can maintain specified indoor temperature and humidity conditions even at times when no heating or cooling is needed. The system may have an outdoor condensing unit including a compressor and a condenser operably connected via refrigerant lines to an indoor unit to form a “split system” refrigerant loop.
摘要翻译： 动态系统通过应用多级除湿来控制室内相对湿度和温度达到规定的条件。 除了通过降低室内鼓风机的速度来增加除湿的阶段之外，系统还使用再热线圈和允许再热线圈用作过冷线圈或部分冷凝器的多个阀。 因此，即使在不需要加热或冷却的情况下，系统也可以保持指定的室内温度和湿度条件。 该系统可以具有室外冷凝单元，其包括压缩机和通过制冷剂管线可操作地连接到室内单元以形成分流系统制冷剂回路的冷凝器。
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3.发明授权Apparatus for coordinating clock distribution in a fully redundant computer system 失效用于在完全冗余的计算机系统中协调时钟分配的装置
公开(公告)号：US5745742A
公开(公告)日：1998-04-28
申请号：US574804
申请日：1995-12-19
CPC分类号： G06F1/12
摘要： A redundant computer system including two systems capable of independent operation. The two systems correspondingly employ two independent clock generation and distribution (CGD) units which each issue clock and clock definer signals. When the two systems are split, each system is controlled by the clock and definer signals generated by its own CGD unit. When the two systems are merged, one CGD unit is designated as master, and its clock and definer signals drives both sides of the redundant system. Special logic included in each CGD unit ensures that the change from master to slave (or slave to master) operation is performed without error. This special logic includes circuitry which places a temporary hold at a predetermined logic level on the local clock and definer signals, which are in use when the switch is made, when the local clock and definer signals are both at the predetermined logic level. The hold continues until the clock and definer signals which are to "take over" are also at the predetermined logic level.
摘要翻译： 包括能够独立运行的两个系统的冗余计算机系统。 两个系统相应地采用两个独立的时钟产生和分配（CGD）单元，每个单元发出时钟和时钟定义信号。 当两个系统分离时，每个系统由其自己的CGD单元产生的时钟和定义信号控制。 当两个系统合并时，一个CGD单元被指定为主机，其时钟和定义信号驱动冗余系统的两侧。 每个CGD单元中包含的特殊逻辑可确保从主机到从机（或从机）到主机的运行无变化。 该特殊逻辑包括当本地时钟和定义信号均处于预定逻辑电平时，在本地时钟和定义信号上暂时保持暂时保持，这些信号在开关被使用时正在使用。 保持继续，直到要“接管”的时钟和定义信号也处于预定的逻辑电平。
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4.发明授权Apparatus for coordinating clock oscillators in a fully redundant computer system 失效用于在全冗余计算机系统中协调时钟振荡器的装置
公开(公告)号：US5812822A
公开(公告)日：1998-09-22
申请号：US574821
申请日：1995-12-19
CPC分类号： G06F11/1679 , G06F1/12
摘要： A redundant computer system including two systems capable of independent operation. The two systems correspondingly employ two independent clock generation and distribution (CGD) units which each issue clock and clock definer signals. When the two systems are split, each system is controlled by the oscillator signal generated by its own CGD unit. When the two systems are merged, one oscillator is designated as master, and its output is employed to derive the clock and definer signals on both sides of the redundant system. Special logic included in each CGD unit ensures that the change from master to slave (or slave to master) operation is performed without error. This special logic includes circuitry which places a temporary hold at a predetermined logic level on the local oscillator signal, which is in use when the switch is made, when the local clock and definer signals are both at the predetermined logic level. The hold continues until the oscillator which is to "take over" is also at the predetermined logic level.
摘要翻译： 包括能够独立运行的两个系统的冗余计算机系统。 两个系统相应地采用两个独立的时钟产生和分配（CGD）单元，每个单元发出时钟和时钟定义信号。 当两个系统分离时，每个系统由其自己的CGD单元产生的振荡器信号控制。 当两个系统合并时，一个振荡器被指定为主机，并且其输出用于在冗余系统的两侧导出时钟和定义信号。 每个CGD单元中包含的特殊逻辑可确保从主机到从机（或从机）到主机的运行无变化。 该特殊逻辑包括当本地时钟和定义信号都处于预定的逻辑电平时，将本地振荡器信号暂时保持在预定逻辑电平上的电路，该本地振荡器信号在开关被使用时使用。 保持持续，直到“接管”的振荡器也处于预定的逻辑电平。
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