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    • 1. 发明授权
    • Liquid-dispensing nozzle assembly
    • 液体分配喷嘴组件
    • US3993112A
    • 1976-11-23
    • US563876
    • 1975-03-31
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • B67D7/54B65B3/04
    • B67D7/54
    • An improved liquid-dispensing nozzle and more specifically, an improved vapor recovery means for a nozzle comprising a vapor collector (such as a flexible bellows) surrounding a portion of the discharge spout in spaced relation thereto, one end of which is sealed to the upper portion of the spout; and at the other end of the vapor collector, a compressible cellular plastic material such as foamed plastic associated therewith. When the discharge spout is inserted into, e.g., an automobile fillpipe, the compressible cellular plastic material forms a vapor seal with the upper end of the fillpipe whereby the vapors escaping from the fillpipe are directed into the interior chamber formed between the exterior of the discharge spout and the inside of the vapor collector thereby minimizing the escape of vapors to the atmosphere. The vapors are then removed from this chamber. The compressible cellular plastic material is made from an epoxy elastomer.
    • 一种改进的液体分配喷嘴,更具体地说,一种用于喷嘴的改进的蒸气回收装置,该喷嘴包括一个蒸气收集器(例如柔性波纹管),该蒸汽收集器围绕着与其间隔开的排出口的一部分,其一端被密封到上部 喷口的一部分; 并且在蒸气收集器的另一端处有可压缩的多孔塑料材料,例如与其相关联的泡沫塑料。 当排出口插入到例如汽车填充管中时,可压缩的多孔塑料材料与填充管的上端形成蒸汽密封,从而从填充管排出的蒸汽被引导到形成在排出口外部的内部室 喷嘴和蒸汽收集器的内部,从而最小化蒸气到大气的逸出。 然后将蒸气从该室中取出。 可压缩多孔塑料材料由环氧弹性体制成。
    • 2. 发明授权
    • Liquid-dispensing nozzle assembly
    • 液体分配喷嘴组件
    • US4003416A
    • 1977-01-18
    • US563879
    • 1975-03-31
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • B67D7/54B65B3/04
    • B67D7/54
    • An improved liquid-dispensing nozzle and more specifically, an improved vapor recovery means for a nozzle comprising a vapor collector (such as a flexible bellows) surrounding a portion of the discharge spout in spaced relation thereto, one end of which is sealed to the upper portion of the spout; and at the other end of the vapor collector, a compressible cellular plastic material such as foamed plastic associated therewith. When the discharge spout is inserted into, e.g., an automobile fillpipe, the compressible cellular plastic material forms a vapor seal with the upper end of the fillpipe whereby the vapors escaping from the fillpipe are directed into the interior chamber formed between the exterior of the discharge spout and the inside of the vapor collector thereby minimizing the escape of vapors to the atmosphere. The vapors are then removed from this chamber. The compressible cellular plastic material is made from a fluorine containing elastomer.
    • 一种改进的液体分配喷嘴,更具体地说,一种用于喷嘴的改进的蒸气回收装置,该喷嘴包括一个蒸汽收集器(例如柔性波纹管),该蒸汽收集器围绕与其间隔的关系的排出喷嘴的一部分,其一端被密封到上部 喷口的一部分; 并且在蒸气收集器的另一端处有可压缩的多孔塑料材料,例如与其相关联的泡沫塑料。 当排出口插入到例如汽车填充管中时,可压缩的多孔塑料材料与填充管的上端形成蒸汽密封,从而从填充管排出的蒸汽被引导到形成在排出口外部的内部室 喷嘴和蒸汽收集器的内部,从而最小化蒸气到大气的逸出。 然后将蒸气从该室中取出。 可压缩多孔塑料材料由含氟弹性体制成。
    • 3. 发明授权
    • Liquid-dispensing nozzle assembly
    • 液体分配喷嘴组件
    • US4004621A
    • 1977-01-25
    • US563906
    • 1975-03-31
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • B67D7/54B65B3/04
    • B67D7/54
    • An improved liquid-dispensing nozzle and more specifically, an improved vapor recovery means for a nozzle comprising a vapor collector (such as a flexible bellows) surrounding a portion of the discharge spout in spaced relation thereto, one end of which is sealed to the upper portion of the spout; and at the other end of the vapor collector, a compressible cellular plastic material such as foamed plastic associated therewith. When the discharge spout is inserted into, e.g., an automobile fillpipe, the compressible cellular plastic material forms a vapor seal with the upper end of the fillpipe whereby the vapors escaping from the fillpipe are directed into the interior chamber formed between the exterior of the discharge spout and the inside of the vapor collector thereby minimizing the escape of vapors to the atmosphere. The vapors are then removed from this chamber. The compressible cellular plastic material is made from a polyacrylate elastomer with at least about 50 weight percent of its polymerization units derived from an alkyl acrylate.
    • 一种改进的液体分配喷嘴,更具体地说,一种用于喷嘴的改进的蒸气回收装置,该喷嘴包括一个蒸汽收集器(例如柔性波纹管),该蒸汽收集器围绕与其间隔的关系的排出喷嘴的一部分,其一端被密封到上部 喷口的一部分; 并且在蒸气收集器的另一端处有可压缩的多孔塑料材料,例如与其相关联的泡沫塑料。 当排出口插入到例如汽车填充管中时,可压缩的多孔塑料材料与填充管的上端形成蒸汽密封,从而从填充管排出的蒸汽被引导到形成在排出口外部的内部室 喷嘴和蒸汽收集器的内部,从而最小化蒸气到大气的逸出。 然后将蒸气从该室中取出。 可压缩多孔塑料材料由聚丙烯酸酯弹性体制成,其聚合单元的至少约50重量%衍生自丙烯酸烷基酯。
    • 4. 发明授权
    • Liquid-dispensing nozzle assembly
    • 液体分配喷嘴组件
    • US3995669A
    • 1976-12-07
    • US563880
    • 1975-03-31
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • B67D7/54B65B3/04
    • B67D7/54
    • An improved liquid-dispensing nozzle and more specifically, an improved vapor recovery means for a nozzle comprising a vapor collector (such as a flexible bellows) surrounding a portion of the discharge spout in spaced relation thereto, one end of which is sealed to the upper portion of the spout; and at the other end of the vapor collector, a compressible cellular plastic material such as foamed plastic associated therewith. When the discharge spout is inserted into, e.g., an automobile fillpipe, the compressible cellular plastic material forms a vapor seal with the upper end of the fillpipe whereby the vapors escaping from the fillpipe are directed into the interior chamber formed between the exterior of the discharge spout and the inside of the vapor collector thereby minimizing the escape of vapors to the atmosphere. The vapors are then removed from this chamber. The compressible cellular plastic material is made from an acrylonitrile elastomer.
    • 一种改进的液体分配喷嘴,更具体地说,一种用于喷嘴的改进的蒸气回收装置,该喷嘴包括一个蒸汽收集器(例如柔性波纹管),该蒸汽收集器围绕与其间隔的关系的排出喷嘴的一部分,其一端被密封到上部 喷口的一部分; 并且在蒸气收集器的另一端处有可压缩的多孔塑料材料,例如与其相关联的泡沫塑料。 当排出口插入到例如汽车填充管中时,可压缩的多孔塑料材料与填充管的上端形成蒸汽密封,从而从填充管排出的蒸汽被引导到形成在排出口外部的内部室 喷嘴和蒸汽收集器的内部,从而最小化蒸气到大气的逸出。 然后将蒸气从该室中取出。 可压缩多孔塑料材料由丙烯腈弹性体制成。
    • 5. 发明授权
    • Liquid-dispensing nozzle assembly
    • 液体分配喷嘴组件
    • US3995670A
    • 1976-12-07
    • US580118
    • 1975-05-22
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • Bernard E. WeidenaarFrederick L. VoelzJames J. SimnickPeter P. Moskovich, Jr.
    • B67D7/54B65B3/04
    • B67D7/54
    • An improved liquid-dispensing nozzle and more specifically, an improved vapor recovery means for a nozzle comprising a vapor collector (such as a flexible bellows) surrounding a portion of the discharge spout in spaced relation thereto, one end of which is sealed to the upper portion of the nozzle spout and/or housing; and at the other end of the vapor collector, a compressible cellular plastic material such as foamed plastic associated therewith. When the discharge spout is inserted into, e.g., an automobile fillpipe, the compressible cellular plastic material forms a vapor seal with the upper end of the fillpipe whereby the vapors escaping from the fillpipe are directed into the interior chamber formed between the exterior of the discharge spout and the inside of the vapor collector thereby minimizing the escape of vapors to the atmosphere. The vapors are then removed from this chamber.
    • 一种改进的液体分配喷嘴,更具体地说,一种用于喷嘴的改进的蒸气回收装置,该喷嘴包括一个蒸汽收集器(例如柔性波纹管),该蒸汽收集器围绕与其间隔的关系的排出喷嘴的一部分,其一端被密封到上部 喷嘴喷口和/或壳体的一部分; 并且在蒸气收集器的另一端处有可压缩的多孔塑料材料,例如与其相关联的泡沫塑料。 当排出口插入到例如汽车填充管中时,可压缩的多孔塑料材料与填充管的上端形成蒸汽密封,从而从填充管排出的蒸汽被引导到形成在排出口外部的内部室 喷嘴和蒸汽收集器的内部,从而最小化蒸气到大气的逸出。 然后将蒸气从该室中取出。
    • 9. 发明授权
    • Nozzle sealing device and assembly
    • 喷嘴密封装置和组装
    • US3989072A
    • 1976-11-02
    • US563881
    • 1975-03-31
    • Frederick L. VoelzPeter P. MoskovichJohn N. Novick
    • Frederick L. VoelzPeter P. MoskovichJohn N. Novick
    • B67D7/54B65B3/18
    • B67D7/54
    • A sealing device for use with a liquid dispensing nozzle assembly having a nozzle housing with an elongated discharge spout, a flexible vapor collector surrounding the spout with one free end and the other end attached to the nozzle housing or in proximity thereto, and provided with a means to recover vapor during delivery of liquid from the spout to a liquid receiver inlet which includes a mounting means affixed to the free end of the vapor collector, a flexible member with an interior chamber affixed to the mounting means so that it will contact the receiver inlet when the spout is inserted in the receiver inlet, and a fluid material substantially filling the interior chamber of the flexible member and which will allow the flexible member to conform to a geometry of the receiver inlet. Moreover, an improved liquid dispensing nozzle assembly includes a liquid-dispensing nozzle means, a flexible vapor collector means forming a chamber around the upper portion of the nozzle spout, a face means which includes the sealing device located adjacent to one end of the vapor collector for forming a seal with the outer surface of the liquid receiver inlet, and at least two spring members each of which act to extend the flexible vapor collector means, each of these spring members having one end attached to a different point of the face means so that the face means has substantially free rotational movement transverse to the axis of the nozzle spout.
    • 一种与液体分配喷嘴组件一起使用的密封装置,其具有带有细长排出口的喷嘴壳体,围绕喷嘴的柔性蒸气收集器,其具有一个自由端,另一端连接到喷嘴壳体或其附近,并且设置有 用于在将液体从喷口输送到液体接收器入口时回收蒸汽的装置,其包括固定到蒸气收集器的自由端的安装装置,具有固定到安装装置的内部室的柔性构件,使得其将接触接收器 当喷口插入接收器入口时的入口,以及基本上填充柔性构件的内部腔室并且允许柔性构件符合接收器入口的几何形状的流体材料。 此外,改进的液体分配喷嘴组件包括液体分配喷嘴装置,形成围绕喷嘴喷嘴上部的腔室的柔性蒸气收集器装置,面部装置,其包括位于邻近蒸气收集器的一端的密封装置 用于与液体接收器入口的外表面形成密封,以及至少两个弹簧构件,每个弹簧构件用于延伸柔性蒸汽收集器装置,这些弹簧构件中的每一个具有附接到面装置的不同点的一端 面部装置具有横向于喷嘴喷口的轴线的基本上自由的旋转运动。