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    • 1. 发明授权
    • Power flush tank with improved air inducer
    • 功率冲洗水箱具有改进的空气引导器
    • US6029288A
    • 2000-02-29
    • US149846
    • 1998-09-08
    • Ming GeDanny G. Orlowski, Jr.
    • Ming GeDanny G. Orlowski, Jr.
    • E03D1/30E03D3/04E03D3/10F16K15/16
    • E03D3/10E03D3/04Y10T137/7882
    • A pressure flushing system for use in a toilet tank includes a housing with a water inlet conduit, an air and water inlet assembly connected to the conduit and to the housing, and a water outlet for the housing. There is a flush valve within the housing for controlling flow of water from the inlet to the housing outlet. The air and water inlet assembly includes a chamber, with a water inlet connected to the chamber, and an outlet connected to the chamber. There is an air inlet accessible to air at atmospheric pressure and a passage between the air inlet and the chamber. A check valve is located in the passage, with the check valve opening in response to a venturi effect caused by water flow through the chamber to draw air into the chamber to mix with water flowing through the chamber and to the outlet. The check valve includes an elastomeric sleeve positioned within the passage and having normally closed flexible lips extending toward the chamber. The lips open to permit the passage of air into the chamber to mix with the water therein when there is a pressure in the chamber less than atmospheric.
    • 用于马桶水箱的压力冲洗系统包括具有进水管道的壳体,连接到管道和壳体的空气和水入口组件以及用于壳体的出水口。 在壳体内有一个冲洗阀,用于控制从入口到外壳出口的水流。 空气和水入口组件包括一个室,其中入口连接到室,以及连接到室的出口。 在大气压下有空气进入的空气入口和进气口与室之间的通道。 止回阀位于通道中,止回阀响应于通过腔室的水流引起的文丘里效应而打开,以将空气吸入腔室中,以与流过腔室和出口的水混合。 止回阀包括位于通道内的弹性体套筒,并且具有朝向腔室延伸的通常闭合的柔性唇缘。 当室内的压力小于大气压时,嘴唇开口以允许空气通入室中以与水混合。
    • 2. 发明授权
    • Power flush tank with volume reduction tube
    • 带减压管的功率冲洗槽
    • US6029287A
    • 2000-02-29
    • US149845
    • 1998-09-08
    • Ming GeErik J. ObergDanny G. Orlowski, Jr.
    • Ming GeErik J. ObergDanny G. Orlowski, Jr.
    • E03D3/10
    • E03D3/10
    • A pressure flushing system for use within a toilet tank includes a pressure tank which has a predetermined volume. There is a water outlet for the tank, a water inlet for the tank, and an air inlet for the tank. The air inlet is associated with the water inlet whereby water flowing into the tank draws air into the tank. A portion of the tank is thus occupied by water and a portion is occupied by air, with the air applying pressure to the water. There is a valve within the tank which controls the flow of water from the tank through the outlet. The volume of water within the tank which may flow through the outlet at any one operation of the valve is limited by a dam which is located within the tank and surrounds the outlet.
    • 用于马桶水箱内的压力冲洗系统包括具有预定体积的压力罐。 水箱有一个出水口,水箱的进水口和水箱的进气口。 空气入口与进水口相关联,水流入水箱将空气吸入水箱。 因此,罐的一部分被水占据,并且一部分被空气占据,空气向水施加压力。 罐内有一个阀门,用于控制水箱通过出口的水流。 在阀的任何一个操作下可能流过出口的罐内的水的量被位于罐内并围绕出口的大坝限制。
    • 3. 发明授权
    • Pressure flush tank for use in a toilet enclosure
    • 用于马桶外壳的冲洗槽
    • US5857224A
    • 1999-01-12
    • US949514
    • 1997-10-14
    • Erik J. ObergMing GeDanny G. Orlowski, Jr.
    • Erik J. ObergMing GeDanny G. Orlowski, Jr.
    • E03D3/10E03D3/04
    • E03D3/10
    • A pressure flush tank for toilets is formed and adapted to be located within a toilet enclosure and is preferably formed of a non-metallic material such as plastic. The pressure flush tank has an essentially rectangular vertical cross section and an essentially rectangular horizontal cross section, with the tank including an upper housing portion and a lower housing portion. There is a peripheral projection on the lower surface of the upper housing portion and a peripheral recess along a facing surface of the lower housing portion, with the projection being positioned within and ultrasonically welded to the recess. Each of the housing portions has side walls and end walls, with each housing portion having reinforcing interior walls extending between opposing side walls to provide strength and rigidity for the pressure flush tank.
    • 形成用于厕所的冲洗水槽并适于位于马桶外壳内,并且优选地由诸如塑料的非金属材料形成。 压力冲洗槽具有基本上矩形的垂直横截面和基本上矩形的水平横截面,其中罐包括上壳体部分和下壳体部分。 在上部壳体部分的下表面上具有周边突出部以及沿着下部壳体部分的相对表面的周边凹部,其中凸起定位在该凹部内并且超声波焊接到凹部。 每个壳体部分具有侧壁和端壁,每个壳体部分具有在相对侧壁之间延伸的加强内壁,以提供压力冲洗槽的强度和刚度。
    • 4. 发明申请
    • SYSTEM AND METHOD FOR VISUALIZING TREND DATA
    • 用于可视化趋势数据的系统和方法
    • US20110010662A1
    • 2011-01-13
    • US12738648
    • 2007-10-26
    • Danqing ZhangChenzhou YeMing GeGuan Tien Tan
    • Danqing ZhangChenzhou YeMing GeGuan Tien Tan
    • G06F3/048
    • G05B23/0232G05B2219/31473
    • One embodiment of the application provides a system for visualizing trend data of an industrial performance (e.g., utility consumption) of a power plant. The system includes a macro trend view generator, navigator, a pointer position calculator, and a micro trend view controller. The macro trend view generator is configured to generate a macro trend view of a sensed parameter in a display. The navigator is configured to navigate a pointer for locating an area in the macro trend view. The pointer position calculator is configured to calculate a position of the pointer in the macro trend view. The micro trend view controller is configured to generate a micro trend view associated with the located area in the display, as a function of the calculated position of the pointer in the macro trend view.
    • 该应用的一个实施例提供了用于可视化发电厂的工业性能(例如,公用设施消耗)的趋势数据的系统。 该系统包括宏趋势视图生成器,导航器,指针位置计算器和微趋势视图控制器。 宏趋势视图发生器被配置为在显示器中生成感测参数的宏趋势视图。 导航器被配置为导航指针以定位宏趋势视图中的区域。 指针位置计算器被配置为在宏趋势视图中计算指针的位置。 微趋势视图控制器被配置为根据宏观趋势视图中指针的计算位置生成与显示器中的定位区域相关联的微趋势视图。
    • 5. 发明授权
    • Retention element for electrical connector
    • 电连接器保持元件
    • US06386918B1
    • 2002-05-14
    • US09760359
    • 2001-01-12
    • Qi Sheng ZhengHong Bin ZhouMing Ge
    • Qi Sheng ZhengHong Bin ZhouMing Ge
    • H01R13648
    • H01R12/7023H01R13/6582
    • An electrical connector (2) includes an insulative housing (20), a number of electrical terminals (21), a conductive shield (23) and a retention element (22). The insulative housing includes a base portion (24) defining a receiving cavity (200) and an island portion (25) extending through the receiving cavity to substantially divide the receiving cavity into a first portion (201) and a second portion (202). The retention element includes a retention portion (223) retained by the insulative housing, a transition portion (222) extending forwardly from the retention portion and a curved portion (221) extending upwardly and rearwardly from the transition portion to project into the second portion of the receiving cavity.
    • 电连接器(2)包括绝缘壳体(20),多个电端子(21),导电屏蔽(23)和保持元件(22)。 绝缘壳体包括限定接收腔(200)的基部(24)和延伸穿过接收腔的岛部(25),以将接收腔基本上分成第一部分(201)和第二部分(202)。 保持元件包括由绝缘壳体保持的保持部分(223),从保持部分向前延伸的过渡部分(222)和从过渡部分向上和向后延伸以突出到第二部分 接收腔。
    • 6. 发明申请
    • SMART DATA ACCESS LAYER FOR SUPERVISORY INFORMATION SYSTEM
    • 智能数据访问层用于监控信息系统
    • US20100318343A1
    • 2010-12-16
    • US12738913
    • 2007-10-31
    • Jiang WeiChen Zhou YeChuanzheng CaiHui SunMing Ge
    • Jiang WeiChen Zhou YeChuanzheng CaiHui SunMing Ge
    • G06F17/50
    • G06Q10/06
    • One embodiment of the application provides a method and system for selecting a template characterizing a power plant from a template base, the template base including a plurality of templates and creating a power plant model of the power plant using the first template, the power plant model including a plurality of modules arranged in a hierarchical tree array having at least one tree branch, wherein each of the plurality of modules includes a plurality of attributes of the power plant that are arranged to be accessed by a data access layer using a tag name which includes names of ancestor modules in the tree branch. Additionally, the method and system also provides for mapping the plurality of attributes to specific applications of the power plant using the data access layer and configuring the power plant with the plurality of attributes using the data access layer.
    • 应用的一个实施例提供了一种用于从模板库中选择表征发电厂的模板的方法和系统,模板基底包括多个模板,并且使用第一模板创建发电厂的发电厂模型,发电厂模型 包括布置在具有至少一个树枝的分层树阵列中的多个模块,其中所述多个模块中的每一个包括所述发电厂的多个属性,所述多个属性被布置成由数据访问层访问,所述标签名称 包括树枝中祖先模块的名称。 此外,该方法和系统还提供使用数据访问层将多个属性映射到发电厂的特定应用,并且使用数据访问层配置具有多个属性的发电厂。
    • 7. 发明授权
    • Pressure flushing device discharge extension
    • 压力冲洗装置放电延长
    • US5802628A
    • 1998-09-08
    • US877105
    • 1997-06-17
    • Carl SpoethJoseph M. BosmanDan OrlowskiMing Ge
    • Carl SpoethJoseph M. BosmanDan OrlowskiMing Ge
    • E03D3/10
    • E03D3/10
    • A pressure flush system for use within a toilet tank includes a pressure flush tank which has an air inlet and a water inlet. Water is maintained with the pressure flush tank under air pressure. There is a water discharge for said tank to direct water to a toilet bowl. The tank contains a flushing valve system, which, when operated, will direct water under air pressure through said water discharge opening. The water discharge includes a housing which is attached to the bottom of the pressure flush tank and there is a one way check valve in the water discharge housing and located outside of the pressure flush tank. The one way check valve prevents water passing therethrough when the pressure flush tank is discharged and it permits the draining of water outside of the pressure flush tank and within the toilet tank through the water discharge opening.
    • 用于马桶水箱内的压力冲洗系统包括具有空气入口和进水口的冲压水箱。 在空气压力下用冲洗水保持水。 所述罐有一个排水口将水引导到马桶上。 油箱包含一个冲洗阀系统,当操作时,将通过所述排水口在空气压力下引导水。 排水装置包括附接在冲洗水槽底部的壳体,在排水室内设有单向止回阀,位于压力冲洗槽外部。 单向止回阀防止冲洗水排出时,水通过,并允许水从冲洗水池外排出,并通过排水口将水排入马桶水箱内。