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    • 1. 发明授权
    • Container strengthening system
    • 集装箱加固系统
    • US06889725B2
    • 2005-05-10
    • US10849712
    • 2004-05-19
    • Robert H. SchultzChristopher S. DerksElizabeth J. Sandidge
    • Robert H. SchultzChristopher S. DerksElizabeth J. Sandidge
    • B67C3/22B65B31/00
    • B67C3/222
    • A system for strengthening containers in a high-speed filling operation is disclosed. The system includes a solenoid-driven injector apparatus positioned at an angle to the containers being filled. The injector apparatus includes a chamber connected via an intake line to a supply tank. A solenoid is adapted to open an injector valve, allowing liquefied gas within a chamber to forcibly flow through an outflow line into the container. The solenoid is also adapted to close the injector valve, thereby blocking the liquefied gas within the chamber from entering the outflow line. The injector apparatus also includes a heater positioned adjacent to the outflow line and an adjustment device for the injector valve.
    • 公开了一种用于在高速灌装操作中加强容器的系统。 该系统包括与被填充的容器成角度设置的电磁驱动的注射器装置。 注射器装置包括通过进气管线连接到供应罐的腔室。 螺线管适于打开喷射器阀,允许室内的液化气体强制地流过流出管线进入容器。 螺线管还适于关闭喷射器阀,从而阻挡腔室内的液化气体进入流出管线。 喷射器装置还包括邻近流出管定位的加热器和用于喷射器阀的调节装置。
    • 2. 发明授权
    • Container strengthening system
    • 集装箱加固系统
    • US06378571B1
    • 2002-04-30
    • US09812640
    • 2001-03-20
    • Robert H. SchultzChristopher S. DerksElizabeth J. McTeer
    • Robert H. SchultzChristopher S. DerksElizabeth J. McTeer
    • B65B3100
    • B67C3/222
    • A system for strengthening containers in a high-speed filling operation is disclosed. The system includes a supply tank having an intake line connected to a source of liquefied gas. A solenoid-driven injector apparatus positioned at an angle to the containers is connected via another intake line to the supply tank. A back pressure regulator controls the pressure within the supply tank and the injector apparatus. A liquid level control valve within the supply tank prevents liquefied gas from entering the back pressure regulator. Upon sensing the presence of a container, a sensor actuates a solenoid which opens an injector valve, allowing liquefied gas within a chamber to forcibly flow through an outflow line into the container. The solenoid is then deactivated, closing the injector valve and blocking the liquefied gas within the chamber from entering the outflow line. The injector apparatus also includes a heater positioned adjacent to the outflow line and an adjustment device for the injector valve.
    • 公开了一种用于在高速灌装操作中加强容器的系统。 该系统包括具有连接到液化气源的进气管线的供应罐。 与容器成角度设置的电磁驱动喷射器装置通过另一进气管线连接到供应罐。 背压调节器控制供应罐和注射器装置内的压力。 供应罐内的液位控制阀防止液化气进入背压调节器。 在感测到容器的存在时,传感器致动螺线管,其打开喷射器阀,允许室内的液化气体强制地流过流出管线进入容器。 然后电磁阀被停用,关闭喷射阀并阻塞腔室内的液化气体进入流出管线。 喷射器装置还包括邻近流出管定位的加热器和用于喷射器阀的调节装置。
    • 8. 发明授权
    • Article transferring conveying system
    • 物品输送系统
    • US4874079A
    • 1989-10-17
    • US153311
    • 1988-02-08
    • Robert L. FrenkelChristopher S. DerksDonald L. Armstrong
    • Robert L. FrenkelChristopher S. DerksDonald L. Armstrong
    • B65G47/71
    • B65G47/71B65G47/715
    • Apparatus for separating a continuous stream of filled beverage bottles moving in a single row in one linear direction into a plurality of spaced apart rows of filled beverage bottles moving in a direction substantially perpendicular to such one linear direction using at least first, second and third continuously moving conveyors moving in spaced apart parallel linear directions and a continuously moving collection conveyor moving in a linear direction substantially perpendicular thereto wherein the middle filled beverage bottle of three successive filled beverage bottles is moved at spaced apart intervals over the second or third continuously moving conveyors and onto the continuously moving collection conveyor to form spaced streams of filled beverage bottles thereon and wherein the filled beverage bottles remaining on the third continuously moving conveyor are transferred to the continuously moving collection conveyor to form another stream of filled beverage bottles thereon.
    • 用于将在一个线性方向上以单列移动的连续饮料瓶的分离成多个间隔开的一排填充饮料瓶的装置,所述多个填充饮料瓶沿基本上垂直于该一个线性方向的方向使用至少第一,第二和第三连续 移动的输送机沿间隔开的平行线性方向移动,以及连续移动的收集输送机,其在基本上垂直于其的直线方向上移动,其中三个连续填充的饮料瓶的中间填充饮料瓶在间隔开的间隔上移动到第二或第三连续移动的输送机上, 到连续移动的收集输送机上以在其上形成间隔开的填充饮料瓶,并且其中保留在第三连续移动的输送机上的填充的饮料瓶被转移到连续移动的收集输送机上以在其上形成另一个填充饮料瓶的流。