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    • 71. 发明申请
    • HEATABLE HIGH-PRESSURE CLEANING DEVICE
    • 高压高压清洗装置
    • US20130333771A1
    • 2013-12-19
    • US13968802
    • 2013-08-16
    • Alfred Karcher GmbH & Co. KG
    • Stefan KelleRalph Seitter
    • A47L11/28
    • A47L11/28B08B3/026B67D7/04G05D9/00G05D9/02Y10T137/6416
    • A heatable high-pressure cleaning device (10) is provided with a fuel-operated heat exchanger (19) and a fuel tank (34) which has a tank upper section (38) with a closable filling opening (34) and a tank lower section (36) forming the base (48) of the fuel tank (34). In order to develop the heatable high-pressure cleaning device (10) further in such a manner that it can be produced more inexpensively and have a longer service life, the tank upper section (38) can be connected to the tank lower section (36) in a materially joined manner via a join area (60) and the fuel tank (34) can be fillable with liquid fuel only up to beneath the join area (60) in a horizontal position of use of the high-pressure cleaning device (10).
    • 一种可加热的高压清洁装置(10)设置有燃料操作的热交换器(19)和燃料箱(34),该燃料箱具有罐上部(38),其具有可关闭的填充开口(34) 形成燃料箱(34)的基部(48)的部分(36)。 为了进一步开发可加热的高压清洁装置(10),使得可以更廉价地制造并且具有更长的使用寿命,罐上部(38)可以连接到罐下部(36) )通过连接区域(60)和燃料箱(34)以物理方式连接的方式可以在使用高压清洁装置的水平位置中仅用液体燃料填充到连接区域(60)的下方 10)。
    • 72. 发明授权
    • Fluid pump and fuel dispenser
    • 流体泵和燃油分配器
    • US08512011B2
    • 2013-08-20
    • US11960299
    • 2007-12-19
    • Bengt I. LarssonMarie Hakansson
    • Bengt I. LarssonMarie Hakansson
    • F04B35/04F04B17/04
    • B67D7/64B67D7/04B67D7/048F04B17/044F04B35/045
    • A fluid pump for a fuel dispensing unit comprises a pump housing with a first chamber and a second chamber, each chamber having a fluid inlet valve and a fluid outlet valve, respectively. The chambers are separated by a movable piston arranged to repeatedly decrease and increase the volumes of the chambers. The piston comprises a magnetic device, and an electromagnetic control configured to move the piston by altering a magnetic field, for repeatedly decreasing and increasing the volume of the chambers. A controllable fluid flow passage connected to first chamber and to the second chamber that allows fluid to pass from the first chamber to the second chamber without passing through the any of the fluid inlet valves or the fluid outlet valves so that when there is a flow of fuel from the first chamber to the second chamber via the fluid flow passage and when the piston moves towards the first side the first outlet valve and the second inlet valve remain closed during operation.
    • 用于燃料分配单元的流体泵包括具有第一室和第二室的泵壳体,每个室分别具有流体入口阀和流体出口阀。 这些室被可移动的活塞分开,可移动的活塞被布置成反复地减小和增加室的体积。 活塞包括磁性装置和电磁控制器,其被配置为通过改变磁场来移动活塞,以重复地减小和增加腔室的体积。 连接到第一室和第二室的可控流体流动通道,其允许流体从第一室传递到第二室,而不通过任何流体入口阀或流体出口阀,使得当流动 燃料经由流体流动通道从第一室到第二室,并且当活塞朝向第一侧移动时,第一出口阀和第二入口阀在操作期间保持关闭。
    • 76. 发明授权
    • Trigger release mechanism for fluid metering device
    • 液体计量装置的触发释放机构
    • US08215522B2
    • 2012-07-10
    • US12214698
    • 2008-06-20
    • David L. BreeserMark L. BauckJohn C. Holman
    • David L. BreeserMark L. BauckJohn C. Holman
    • B67D7/30
    • B67D7/426B67D7/04B67D7/08B67D7/145B67D7/30B67D7/303B67D7/425
    • A hand-held flow metering device for dispensing a pressurized fluid comprises a valve, a flow meter, a trigger lever, a trigger release mechanism and meter electronics. The valve is connected to the pressurized fluid to regulate flow of the pressurized fluid through the device. The flow meter is disposed within the flow of pressurized fluid to measure volumetric flow of the pressurized fluid. The trigger lever is configured to be manually displaced to mechanically open the valve. The trigger release mechanism is connected to the trigger lever and is selectively actuated to mechanically prevent the trigger lever from opening the valve when the trigger lever is displaced. The meter electronics is connected to the flow meter and the trigger release mechanism to actuate the trigger release mechanism based on output of the flow meter.
    • 用于分配加压流体的手持流量计量装置包括阀,流量计,触发器杆,触发器释放机构和计量表电子装置。 阀连接到加压流体以调节加压流体通过该装置的流动。 流量计设置在加压流体流中以测量加压流体的体积流量。 触发杆被配置为手动移位以机械地打开阀。 触发器释放机构连接到触发杆,并且当触发杆移位时,其被选择性地致动以机械地防止触发杆打开阀。 仪表电子设备连接到流量计和触发释放机构,以根据流量计的输出启动触发释放机构。
    • 77. 发明授权
    • Method of filling a fuel tank
    • 填充燃油箱的方法
    • US08201596B2
    • 2012-06-19
    • US12564066
    • 2009-09-22
    • Sam R. Reddy
    • Sam R. Reddy
    • B65B1/04
    • B67D7/04B60K15/04
    • A method of initially filling a new and previously unused fuel tank with a fuel including Volatile Organic Compounds includes providing a dispensing unit with an elongated flexible dispensing tube, inserting the dispensing tube through a fuel inlet of the fuel tank until the dispensing tube is disposed adjacent a bottom surface of the fuel tank, and introducing the fuel onto the bottom surface of the fuel tank in a smooth flow without spraying the fuel. Introduction of the fuel onto the bottom surface of the fuel tank in a smooth flow disposes any fuel vapors formed therein adjacent the bottom surface of the fuel tank to limit displacement of the fuel vapor into the atmosphere outside the fuel tank as the air in the fuel tank is exhausted in response to filling the fuel tank.
    • 首先用包括挥发性有机化合物的燃料填充新的和之前未使用的燃料箱的方法包括向分配单元提供细长的柔性分配管,将分配管插入燃料箱的燃料入口直到分配管相邻设置 燃料箱的底面,并且在没有喷射燃料的情况下以平稳的流量将燃料引入燃料箱的底面。 将燃料以平稳的流动引入燃料箱的底部表面上,使得邻近燃料箱的底表面形成的任何燃料蒸气将燃料蒸汽排放到燃料箱外部的大气中,因为燃料中的空气 响应于填充燃料箱,罐被耗尽。
    • 78. 发明授权
    • Device for discharging liquid from a tank and method for emptying the residue from a line section
    • 用于从罐中排出液体的装置和用于从管线部分排出残留物的方法
    • US08196904B2
    • 2012-06-12
    • US12585450
    • 2009-09-15
    • Alfred Boehm
    • Alfred Boehm
    • B01F3/04
    • B67D7/06B67D7/04Y10T137/3127
    • The invention relates to a device for discharging liquid from a tank, having a line section which is formed on a tank-side end region for a fluid connection with the tank and which line section comprises a discharge opening on a discharge-side end region lying opposite the tank-side end region, a feed unit for gas which is provided on the line section and via which gas can be introduced into the line section, a line shut-off valve for shutting off the line section and which is provided on the line section between the tank-side end region and the discharge-side end region, and a residue removal line which branches off at a branch-off from the line section and runs at a run-in back into the line section, whereby the branch-off is arranged between the tank-side end region and the line shut-off valve on the line section, and whereby the run-in is arranged between the line shut-off valve and the discharge-side end region. It is provided according to the invention that the feed unit for gas is designed to feed pressure gas into the line section. The invention further relates to a method for emptying the residue of a line section which can be carried out with the device according to the invention.
    • 本发明涉及一种用于从罐排出液体的装置,具有形成在罐侧端部区域上用于与罐流体连接的管线部分,该管段部分包括位于排放侧端部区域的排放口 在罐侧端部区域相对的一个气体供给单元,其设置在线路部分上,并且气体可以通过该供给单元引入到线路部分中;线路截止阀,用于切断线路部分并设置在线路部分上 在罐侧端部区域和排出侧端部区域之间的线路部分,以及从线路部分分支离开并在行进路线中运行的残渣去除线,由此分支 在管路部分之间的罐侧端部区域和线路截止阀之间设置有漏电流,从而在线路截止阀和排出侧端部区域之间配置有漏电流。 根据本发明提供的是,用于气体的进料单元被设计成将压力气体供给到管线部分中。 本发明还涉及一种用于排空可利用根据本发明的装置进行的管线部分残留物的方法。
    • 80. 发明授权
    • Pumping system with manifold vent
    • 抽气系统带歧管通风口
    • US08113238B2
    • 2012-02-14
    • US12097451
    • 2006-12-14
    • Trevor John Poulter
    • Trevor John Poulter
    • B01D19/00
    • B67D7/04B67D7/763Y10T137/86292Y10T137/86324Y10T137/8634
    • A liquid delivery system includes at least one liquid storage tank; a manifold; an integral manifold vent system communicating directly with the manifold and including a manifold vent valve and a manifold vent pipe; a first liquid sensor; and a delivery outlet flow restrictor. The manifold is provided with an inlet and an outlet, the inlet of the manifold being connected to the at least one liquid storage tank; the delivery outlet flow restrictor is located downstream from the manifold; the first sensor is adapted to detect the formation of an air pocket in the manifold; and the integral manifold vent system includes at least one section having an internal diameter small enough to ensure smooth filling of the manifold with the liquid being dispensed when the manifold vent valve is opened to release trapped gas.
    • 液体输送系统包括至少一个液体储存罐; 一个歧管 与歧管直接连通并且包括歧管排气阀和歧管通风管的整体歧管排气系统; 第一液体传感器; 和输出出口流量限制器。 歧管设置有入口和出口,歧管的入口连接到至少一个液体储存罐; 输出出口限流器位于歧管的下游; 第一传感器适于检测歧管中的气穴的形成; 并且整体歧管排气系统包括至少一个部分,其具有足够小的内径,以便当打开歧管排气阀以释放被截留的气体时,确保在分配液体时能顺利地填充歧管。