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    • 1. 发明申请
    • Modular LNG process
    • 模块化液化天然气工艺
    • US20060112726A1
    • 2006-06-01
    • US11325933
    • 2006-01-05
    • Jeffrey SawchukRIchard JonesPatrick Ward
    • Jeffrey SawchukRIchard JonesPatrick Ward
    • F25J1/00F25J3/00
    • C10L3/10C10L3/102F01D15/005F01K23/064F01K23/10F02C6/10F02C6/18F05D2210/12F05D2220/72F05D2220/76F25J1/0022F25J1/0214F25J1/0269F25J1/027F25J1/0274F25J1/0283F25J1/0294F25J2205/60F25J2220/60F25J2220/64F25J2220/66F25J2220/68Y10S62/902Y10S62/911
    • Disclosed are methods for efficiently and economically designing, constructing, or operating a light hydrocarbon gas liquefaction process for the liquefaction of selected quantities of light hydrocarbon gas. The method includes a light hydrocarbon gas liquefaction launch train to liquefy an initial amount of light hydrocarbon gas and one or more optional subsequent modular expansion phases to said light hydrocarbon gas liquefaction train to liquefy additional selected quantities of light hydrocarbon gas up to a selected maximum quantity of light hydrocarbon gas for the process. The methods employ shared use facilities, such as light hydrocarbon feed gas pretreatment facilities, refrigerant compression facilities, cryogenic heat exchange facilities, access services, other liquefaction equipment, and liquefied product storage and shipping facilities. The use of such shared use facilities allows for subsequent expansion phases or modules to be constructed to increase overall plant capacity, which can reduce the capital costs and space needed relative to prior methods for the design, construction, or operation of a light hydrocarbon liquefaction process which call for construction of a complete liquefaction train and all of its associated components and related equipment.
    • 公开了用于有效和经济地设计,构造或操作用于液化选择量的轻烃气体的轻烃气体液化过程的方法。 该方法包括轻质烃气液化发射系统,以将初始量的轻质烃气体和一个或多个任选的随后的模块化膨胀阶段液化到所述轻质烃气体液化系统以液化另外选择量的轻质烃气体,直到所选择的最大量 的轻质烃气体。 方法采用轻烃原料气预处理设备,制冷剂压缩设备,低温换热设施,通道服务,其他液化设备,液化产品储存和运输设施等共同使用设施。 使用这种共享使用设施允许构建后续的扩展阶段或模块以增加总体设备容量,这可以降低相对于轻烃液化过程的设计,构建或操作的现有方法所需的资本成本和空间 这就要求建造一个完整的液化列车及其相关部件及相关设备。
    • 3. 发明授权
    • System and method for synchronizing medication configuration information among systems containing medication configuration information
    • 用于在含有药物配置信息的系统之间同步药物配置信息的系统和方法
    • US08660860B2
    • 2014-02-25
    • US12265470
    • 2008-11-05
    • Steven R. WehbaJeffrey E. RindaPatrick Ward
    • Steven R. WehbaJeffrey E. RindaPatrick Ward
    • G06Q50/00
    • G06Q10/00G06F19/00G06F19/326G06F19/3456G06Q50/22G06Q50/24G16H40/40G16H40/63
    • A method and system for synchronizing medication configuration information. A primary medication configuration computer is adapted to receive medication configuration content from a medication configuration content source. The primary medication configuration computer is also adapted to generate medication configuration change information and transmit the medication configuration change information to an ancillary medication configuration computer, adapted to receive the medication configuration change information from the primary medication configuration computer. The ancillary medication configuration computer is also adapted to filter the medication configuration change information by applying a filtering rule to generate filtered medication configuration change information. The ancillary medication configuration computer is further adapted to store the filtered medication configuration change information in a repository and transmit at least a portion of the filtered medication configuration change information to a management client computer. The ancillary medication configuration computer is also adapted to receive an implementation decision about the portion of the filtered medication configuration change information, accepting or rejecting the portion of the filtered medication configuration change information. The ancillary medication configuration computer is also adapted to transmitting the accepted filtered medication configuration change information to an ancillary system database for integrating the accepted filtered medication configuration change information into the ancillary system database.
    • 一种用于使药物配置信息同步的方法和系统。 主要药物配置计算机适于从药物配置内容源接收药物配置内容。 主要药物配置计算机还适于产生药物配置改变信息,并将药物配置改变信息传送到辅助药物配置计算机,适用于从初级药物配置计算机接收药物配置改变信息。 辅助药物配置计算机还适于通过应用过滤规则来过滤药物配置改变信息以产生过滤的药物配置改变信息。 辅助药物配置计算机还适于将过滤的药物配置改变信息存储在储存库中,并且将过滤的药物配置改变信息的至少一部分发送到管理客户端计算机。 辅助药物配置计算机还适于接收关于过滤的药物配置改变信息的部分的实施决定,接受或拒绝过滤的药物配置改变信息的部分。 辅助药物配置计算机还适于将所接受的过滤药物配置改变信息传送到辅助系统数据库,用于将接受的过滤药物配置改变信息整合到辅助系统数据库中。
    • 4. 发明授权
    • Residual current device
    • 剩余电流装置
    • US08174805B2
    • 2012-05-08
    • US12450308
    • 2008-03-03
    • Patrick Ward
    • Patrick Ward
    • H02H3/00
    • H01H83/226H01H71/082
    • A residual current device for an AC electricity supply comprises a housing (10) and a first load conductor (L) inside the housing connected in series between the supply and a load and including a set of contacts (18) by which an electrical connection between the supply and the load may be made or broken. A current transformer is disposed inside the housing and has a toroidal core (TI) the first load conductor passing through the core and forming one primary winding of the current transformer. At least one further load conductor (N) outside the housing passes through the core (T) via an opening (32) in the housing and forms a further primary winding of the current transformer. A secondary winding (W) on the core produces an output in response to a residual current, and a circuit (RCC) inside the housing is responsive to the output on the secondary winding to open the contacts if the residual current is above a predetermined level.
    • 用于AC电力供应的剩余电流装置包括壳体(10)和壳体内的第一负载导体(L),其串联连接在电源和负载之间,并且包括一组触点(18),通过该组触点 供应和负载可能被制造或破损。 电流互感器设置在壳体内部,并且具有环形芯(TI),第一负载导体穿过芯并形成电流互感器的一个初级绕组。 壳体外部的至少一个另外的负载导体(N)经由外壳中的开口(32)穿过芯(T),并形成电流互感器的另一个初级绕组。 芯上的次级绕组(W)响应于剩余电流产生输出,并且如果剩余电流高于预定水平,壳体内部的电路(RCC)响应于次级绕组上的输出以打开触点 。
    • 5. 发明申请
    • RESIDUAL CURRENT DEVICE
    • 剩余电流装置
    • US20100046127A1
    • 2010-02-25
    • US12312508
    • 2008-01-11
    • Patrick Ward
    • Patrick Ward
    • H02H3/00
    • H02H3/33H01H47/043H02H1/06
    • A residual current device comprises a circuit (CT, 10, 12) for detecting a current imbalance in an AC supply to a load indicative of a residual current and providing a corresponding output. A relay RLA has contacts SW1 in the AC supply to the load. The relay contacts SW1 automatically close when a closing current is passed through the relay and is thereafter maintained closed so long as a holding current, less than the closing current, passes through the relay. A capacitor C1 is connected to the AC supply in parallel with the relay RLA such that, upon application of power from the AC supply, current flows to the charge storage device. An electronic switch SCR2 in series with the relay is turned on when the voltage on the capacitor exceeds the breakover voltage of a Zener diode ZD2 to allow discharge of the capacitor through the relay to provide a current exceeding the closing current, the AC supply thereafter providing a holding current for the relay at least when the supply is at a certain minimum voltage. An output from the current imbalance detecting circuit opens contacts SW3 in series with the relay to interrupt the current flow through the relay.
    • 剩余电流装置包括用于检测对指示剩余电流的负载的AC电源中的电流不平衡并提供相应输出的电路(CT,10,12)。 继电器RLA在负载的AC电源中具有触点SW1。 当闭合电流通过继电器时,继电器触点SW1自动关闭,并且之后保持关闭,只要小于闭合电流的保持电流通过继电器即可。 电容器C1与继电器RLA并联连接到AC电源,使得当从AC电源施加电力时,电流流向电荷存储装置。 与继电器串联的电子开关SCR2当电容器上的电压超过齐纳二极管ZD2的跳变电压时导通,以允许电容器通过继电器放电以提供超过关闭电流的电流,此后的AC电源提供 至少当电源处于一定的最小电压时,继电器的保持电流。 来自电流不平衡检测电路的输出使与继电器串联的触点SW3断开通过继电器的电流。
    • 7. 发明授权
    • Resettable switching device
    • 可复位开关器件
    • US06975191B2
    • 2005-12-13
    • US10508351
    • 2003-01-27
    • Patrick Ward
    • Patrick Ward
    • H01F7/122H01F7/16H01H50/32H01H51/01H01H71/32
    • H01H51/01H01F7/122H01F7/1615H01H50/326H01H71/322
    • A resettable switching device, e.g. a relay, comprises a fixed contact (18) and a movable contact (28). A solenoid (12) is fixed relative to the fixed contact and a ferromagnetic plunger (20) carries the movable contact. A spring (24) biases the plunger away from the fixed contact so the device is normally open. When the device is set a further ferromagnetic element, e.g. a plunger (22), holds the first plunger (20) in a closed-contact position by magnetic attraction against the action of the spring (24). When a predetermined current condition exists in the solenoid the magnetic attraction between the element and plunger is reduced below the level necessary to hold the plunger so that the movable contact disengages the fixed contact.
    • 可复位的开关装置,例如 继电器,包括固定触点(18)和可动触点(28)。 螺线管(12)相对于固定触头固定,铁磁柱塞(20)承载可动触点。 弹簧(24)将柱塞偏离固定触点,因此该装置是常开的。 当设备设置另外的铁磁元件时,例如, 柱塞(22)通过抵抗弹簧(24)的作用的磁吸引力将第一柱塞(20)保持在闭合接触位置。 当螺线管中存在预定的电流条件时,元件和柱塞之间的磁吸引力减小到保持柱塞所需的水平以使可动触头脱离固定触点。
    • 9. 发明授权
    • Germicidal lamp with end of life arc quenching device
    • 灭菌灯具寿命终止电弧淬火装置
    • US06812639B2
    • 2004-11-02
    • US10243299
    • 2002-09-13
    • Patrick WardWilliam Sax
    • Patrick WardWilliam Sax
    • H01K150
    • H01K1/00C02F1/325C02F2201/326H01J1/52
    • An end of life quenching device for a vapor lamp preventing damage to the lamp and socket structure. Mica is attached to a lead wire of a filament. As an emission material on the filament is consumed and the vapor lamp reaches the end of its life, the resulting increase in voltage causes an arc. The arc may extend down the lead wire. The hydrated OH group in the mica releases hydrogen, which extinguishes the arc within the vapor lamp. Damage is thereby prevented. The mica withstands the high pressing temperatures required in the manufacture of vapor lamps with quartz envelopes and used to generate ultraviolet radiation in germicidal applications.
    • 一种用于蒸汽灯的寿命终止装置,可以防止灯泡和插座结构的损坏。 云母附着在细丝的引线上。 由于灯丝上的发射材料被消耗,并且蒸气灯达到其寿命的终点,所导致的电压增加会产生电弧。 电弧可以沿引线延伸。 云母中的水合OH基释放氢气,其消除了蒸汽灯内的电弧。 从而防止损坏。 云母可承受制造具有石英信封的蒸汽灯所需的高压温度,并用于在杀菌应用中产生紫外线辐射。