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    • 31. 发明申请
    • VORRICHTUNG UND VERFAHREN ZUM ERFASSEN DES FÜLLSTANDES EINES BEHÄLTERS UND VORRICHTUNG ZUM BEFÜLLEN EINES BEHÄLTERS
    • 用于检测容器的填充水平的装置和方法以及用于填充集装箱的装置
    • WO2007065555A2
    • 2007-06-14
    • PCT/EP2006/011087
    • 2006-11-18
    • KRONES AGMEINZINGER, RupertZASCHEL, Jörg
    • MEINZINGER, RupertZASCHEL, Jörg
    • G01F23/24B67C3/2622B67C3/2631
    • Die Erfindung betrifft eine Vorrichtung zum Erfassen des Füllstandes eines Behälters, wie etwa einer Flasche, mit einer Messsonde, die in den Behälter eingebracht werden kann und die eine an zwei Stellen elektrisch kontaktierte Widerstandsstrecke umfasst, wobei die Widerstandsstrecke mit dem Füllgut des Behälters in verschiedenen Füllstandshöhen in Kontakt kommen kann, wobei die Messsonde eine elektrisch kontaktierte Bezugspotentialelektrode aufweist. Weiterhin betrifft die Erfindung eine Vorrichtung zum Befüllen von Behältern, wie etwa Flaschen, wobei eine obige Vorrichtung zum Erfassen des Füllstands vorgesehen ist. Auch betrifft die Erfindung ein Verfahren zum Erfassen des Füllstandes eines Behälters, wie etwa einer Flasche, mit einer Messsonde, die eine an zwei Stellen elektrisch kontaktierte Widerstandsstrecke umfasst, mit den Schritten: die Messsonde wird in den Behälter eingebracht und der Behälter wird zunehmend befüllt, sodass die Widerstandsstrecke mit dem Füllgut des Behälters in verschiedenen Füllstandshöhen in Kontakt kommt wobei ein elektrisches Bezugspotenzial durch eine in das Füllgut eingetauchte Bezugspotenzialelektrode gegeben wird, die an der Messsonde angeordnet ist.
    • 本发明涉及一种用于检测容器(例如瓶子)的高度的装置,该装置具有测量探针,该测量探针可插入到容器中并且电气地接触两个位置中的一个 电阻路径可以在不同磁化率水平下与容器的内容物接触,测量探针具有电接触的参考电位电极。 此外,本发明涉及一种用于装载诸如瓶子的容器的装置,其中提供了用于检测水果水平的上述装置。 此外,本发明涉及一种用于检测容器&AUML的F-导航用途llstandes;滤波器,例如瓶子,其具有测量探针,其包括在两个位置处的电阻路径电接触,包括以下步骤;滤波器引入所述测量探针是在容器&AUML 容器越来越多地被供应,使得阻力路径在各种条件下与容器的内容物接触,其中电参考电势由浸入在材料中的参考电势电极给出 测量探头被安排。
    • 32. 发明申请
    • METHOD AND FILLING ELEMENT FOR THE PRESSURE-FILLING OF CONTAINERS WITH A LIQUID FILLING MATERIAL
    • 用液体填充材料填充容器的方法和填充元件
    • US20130061980A1
    • 2013-03-14
    • US13697843
    • 2011-04-08
    • Ludwig Clusserath
    • Ludwig Clusserath
    • B65B31/00
    • B67C3/2622B65B3/04B65B3/26B67C2003/2685
    • A method for filling containers with a filling material under pressure using a filling system comprising a filling element, which has a liquid channel having a liquid valve in a filling element housing, wherein the liquid channel is connected to a liquid chamber of a filling material vessel, which is partially filled with filling material and under pre-stress or filling pressure, upstream of the liquid valve in the flow direction of the filling material and forms at least one discharge opening downstream of the liquid valve in the flow direction of the filling material, at which discharge opening the particular container is arranged with a container opening in a sealed position at least during the filling process, and wherein a probe is arranged in a return gas pipe.
    • 一种用于在压力下用填充材料填充容器的方法,所述填充系统包括填充元件,所述填充元件具有在填充元件壳体中具有液体阀的液体通道,其中所述液体通道连接到填充材料容器的液体室 ,其在填充材料的流动方向上部分地填充有填充材料并在预应力或填充压力下在液体阀的上游,并且在填充材料的流动方向上形成液体阀的下游的至少一个排出开口 其特征在于,所述特定容器的排出口至少在填充过程中将所述容器开口处于密封位置,并且其中探针设置在回气管中。
    • 33. 发明授权
    • Valve unit for filling machines
    • 灌装机用阀门单元
    • US07958917B2
    • 2011-06-14
    • US11749327
    • 2007-05-16
    • Lucio Conforti
    • Lucio Conforti
    • B65B1/30
    • B67C3/281B67C3/10B67C3/2622
    • The present invention relates to a valve unit for container filling machines, particularly for glass bottle fillers.More particularly, the present invention relates to a valve unit (1), particularly for container filling machines (8), comprising a hollow body (2) in which there is slidably housed a plug (3), wherein said plug (3) is hollow and comprises an outer duct (23) and an inner duct (24) coaxial to said outer duct (23), a probe (28) having a smaller diameter than the opening of said inner duct (24) being coaxially housed within said inner duct (24), characterized in that said inner duct (24) is made of electrically isolating material.
    • 本发明涉及用于容器灌装机的阀组件,特别是玻璃瓶填料。 更具体地说,本发明涉及一种特别用于容器灌装机(8)的阀门单元(1),包括中空体(2),其中可滑动地容纳有塞子(3),其中所述塞子(3)是 中空的,包括与所述外部管道(23)同轴的外部管道(23)和内部管道(24),具有比所述内部管道(24)的开口小的直径的探针(28)同轴地容纳在所述内部管道 管道(24),其特征在于,所述内部管道(24)由电绝缘材料制成。
    • 35. 发明授权
    • Filling machine filling element having no filling tube
    • 无填充管的灌装机灌装元件
    • US4757847A
    • 1988-07-19
    • US14623
    • 1987-02-13
    • Norbert JorssAlfred Rentel
    • Norbert JorssAlfred Rentel
    • B67C3/26B67C3/28B65B31/00
    • B67C3/284B67C3/26B67C3/2622B67C2003/2685
    • A filling element for filling machines, with the filling element having no filling tube and serving for filling bottles, cans, or similar containers with carbonated or non-carbonated liquids. The filling element includes a signal emitter for detecting the designated filling height in a container that is pressed onto the filling element and is to be filled. The signal emitter cooperates with a vertical bore that is disposed in the filling element coaxial to a container seal thereof, and is protected from the entry of liquid from the liquid guidance conduit of the filling element. The signal emitter is part of a measuring device which, when the designated filling height is detected, transmits a signal that triggers closing of the liquid flow valve of the filling element. The measuring device, in order to detect the designated filling height in a non-contact manner, is embodied to operate with pulses that are directed onto the surface of liquid in a pressed-on container, and are reflected from this liquid surface. The vertical bore has an end facing a pressed-on container, with the signal emitter being disposed above this end, i.e. on that side thereof remote from the container. The vertical bore serves not only for use by the signal emitter to react to the designated filling height, but also for use for the supply of gas to, and the withdrawal of gas from, a pressed-on container.
    • 用于灌装机的填充元件,填充元件没有填充管,用于填充具有碳酸或非碳酸液体的瓶,罐或类似容器。 填充元件包括用于检测在被填充到填充元件上并被填充的容器中的指定填充高度的信号发射器。 信号发射器与垂直孔配合,垂直孔设置在与其容器密封件同轴的填充元件中,并且防止液体从填充元件的液体引导导管进入。 信号发射器是测量装置的一部分,当检测到指定的填充高度时,发送触发填充元件的液体流量阀关闭的信号。 为了以非接触的方式检测指定的填充高度,测量装置被实施为与被压入容器中的液体的表面上的脉冲一起工作,并从该液体表面反射。 垂直孔具有面向压制容器的端部,信号发射器设置在该端部上方,即远离容器的那侧。 垂直孔不仅用于信号发射器对指定的填充高度的反应,而且用于向压制容器供应气体和从气体中取出气体。
    • 36. 发明授权
    • Filling element for single-chamber and multi-chamber counterpressure
filling machines
    • 单室和多室反压灌装机的灌装元件
    • US4509565A
    • 1985-04-09
    • US434257
    • 1982-10-14
    • Egon Ahlers
    • Egon Ahlers
    • B67C3/26B67C3/28B67C3/06
    • B67C3/28B67C3/2622B67C2003/2685
    • A filling element for single-chamber and multi-chamber counterpressure filling machines. The filling element includes a controlled pressurized gas valve arrangement, a liquid flow valve which is closed by an actuating device, an electrical switching member comprising a rod-shaped probe formed over its entire length of electrically conducting material for generating a closure-control signal for the actuating device of the liquid flow valve, and a filling element body, which is made of electrically insulating material from that end of the liquid guidance conduit closest to the container or bottle as far as to at least beyond an electrical connection for the switching member, and which is provided with the holder or mounting for the switching member, which can be fixed therein and can make contact engagement with the electrical connection.
    • 单室和多室反压灌装机的灌装元件。 填充元件包括受控的加压气体阀装置,由致动装置关闭的液体流动阀,电切换构件,其包括在其整个导电材料的整个长度上形成的棒状探针,用于产生闭合控制信号, 液体流量阀的致动装置和填充元件主体,其由距离容器或瓶最近的液体引导导管的端部的电绝缘材料制成,至少至少超过用于开关构件的电连接 并且其设置有用于切换构件的保持器或安装件,其可以固定在其中并且可以与电连接件接触接合。
    • 37. 发明授权
    • Filling element for counterpressure filling machines
    • 反压灌装机灌装元件
    • US4369820A
    • 1983-01-25
    • US240262
    • 1981-03-04
    • Egon AhlersAlfred Rentel
    • Egon AhlersAlfred Rentel
    • B67C3/08B67C3/12B67C3/26B67C3/28B67D1/00B65B31/00B65B3/26
    • B67C3/26B67C3/12B67C3/2622B67C2003/2685
    • A filling element, for single- and multi-chamber counterpressure-filling machines, with a filling tube held in a filling element body for introducing liquid into a container pressed into engagement against a container sealing region on the lower part of the filling element body; the filling tube extends through the container sealing region and is surrounded by an annular gap-like hollow chamber. A pressurized gas system is provided and has a pressurized gas valve arrangement controlled by devices installed on the filling machine, and conduits opening into the annular gap-like hollow chamber for introduction and discharge of pressurized gas. Also provided is a liquid flow valve, controlled at least for closing, and a control element arranged on the filling tube and responding at a predetermined filling height or level of the liquid in the container for terminating the inflow of liquid thereto. The hollow chamber surrounding the filling tube is embodied as an annular pressurized gas chamber with a cross section which is substantially enlarged toward the interior thereof compared with the annular gap-like outlet arranged in the region of the container sealing region. This annular pressurized gas chamber is delimited laterally by essentially cylindrical surfaces, and at least one pressurized gas outlet conduit opens into the lower end region of the pressurized gas chamber. At least one pressurized gas inlet conduit, located in the same plane or in a plane thereabove, opens essentially tangentially of the cylindrical delimiting surfaces into the pressurized gas chamber.
    • 一种用于单室和多室反压灌装机的填充元件,其中填充管保持在填充元件本体中,用于将液体引入压缩成与填充元件主体下部的容器密封区域接合; 填充管延伸穿过容器密封区域并且被环形空隙状中空室包围。 提供加压气体系统,并且具有由安装在灌装机上的装置控制的加压气体阀装置,以及通向环形空隙状中空室的导管,用于引入和排出加压气体。 还提供了至少控制至关闭的液体流量阀以及布置在填充管上的控制元件,并且响应于容器内的液体的预定填充高度或水平,以终止液体的流入。 围绕填充管的中空室被实施为具有横截面的环形加压气室,与设置在容器密封区域的区域中的环形间隙状出口相比,其大致朝向其内部扩大。 该环形加压气室由基本上圆柱形的表面横向限定,并且至少一个加压气体出口导管通向加压气体室的下端区域。 至少一个加压气体入口导管位于相同的平面内或在其上方的平面内,基本上与圆柱形限定表面相切地切入加压气体室。