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    • 3. 发明公开
    • High-speed liquid dispensing modules
    • 高速液体分配模块
    • EP2230024A3
    • 2010-10-20
    • EP10167530.4
    • 2002-10-29
    • NORDSON CORPORATION
    • Saidman, Laurence B.Seedorf, Hans Joachim
    • B05C11/10B05C5/02
    • B05C5/0237B05B15/65B05C5/001B05C5/0258B05C11/1042Y10T137/7036Y10T436/2575
    • Liquid dispensing module and methods for dispensing a heated liquid onto a substrate. The dispensing module (10) includes a dispenser body (12) receiving liquid from a heated liquid distribution manifold (16) and an actuator (14) having a housing (70) with an air piston (74) movable in an air cavity (78) and a solenoid valve for pressurizing the air cavity. Movement of the air piston controls a flow-regulating mechanism for selectively dispensing liquid from the dispenser body. A thermally insulating shield (100) may be provided for reducing heat transfer from the manifold and/or dispenser body to the actuator so that the solenoid valve can be mounted directly to the housing and the effective volume of the air cavity can be reduced. The cycle time of the liquid dispensing module may be specified by selecting an initial volume of the air cavity and an effective valve flow coefficient for the actuator that characterizes the air flow to the air cavity.
    • 液体分配模块和用于将加热液体分配到基底上的方法。 分配模块10包括接收来自加热的液体分配歧管16的液体的分配器本体12和具有壳体70的致动器14,该壳体70具有可在空气腔78中移动的空气活塞74。 )和用于加压气腔的电磁阀。 空气活塞的运动控制用于选择性地从分配器本体分配液体的流量调节机构。 可以设置隔热罩(100)以减少从歧管和/或分配器本体到致动器的热传递,使得电磁阀可以直接安装到壳体,并且可以减小气腔的有效体积。 液体分配模块的循环时间可以通过选择气腔的初始体积和致动器的有效阀流量系数来指定,其表征流向气腔的气流。
    • 4. 发明公开
    • High-speed liquid dispensing modules
    • Schnell arbeitenderFlüssigkeitsverteiler
    • EP1308217A2
    • 2003-05-07
    • EP02024452.1
    • 2002-10-29
    • NORDSON CORPORATION
    • Saidman, Laurence B.Seedorf, Hans Joachim
    • B05C11/10B05C5/02
    • B05C5/0237B05B15/65B05C5/001B05C5/0258B05C11/1042Y10T137/7036Y10T436/2575
    • Liquid dispensing module (10) and methods for dispensing a heated liquid onto a substrate. The dispensing module includes a dispenser body (12) receiving liquid from a heated liquid distribution manifold (16) and an actuator (14) having a housing with an air piston (74) movable in an air cavity (78) and a solenoid valve (71) for pressurizing the air cavity (78). Movement of the air piston (74) controls a flow-regulating mechanism for selectively dispensing liquid from the dispenser body (12). A thermally insulating shield (100) may be provided for reducing heat transfer from the manifold (16) and/or dispenser body (12) to the actuator (14) so that the solenoid valve (71) can be mounted directly to the housing and the effective volume of the air cavity (78) can be reduced. The cycle time of the liquid dispensing module may be specified by selecting an initial volume of the air cavity (78) and an effective valve flow coefficient for the actuator that characterizes the air flow to the air cavity (78).
    • 液体分配模块(10)以及将加热液体分配到基底上的方法。 分配模块包括从加热的液体分配歧管(16)接收液体的分配器主体(12)和具有壳体的致动器(14),所述壳体具有可在空气腔(78)和电磁阀(78)中移动的空气活塞(74) 71),用于对空气腔(78)加压。 空气活塞(74)的移动控制用于选择性地从分配器主体(12)分配液体的流量调节机构。 可以提供隔热屏蔽(100),用于减少从歧管(16)和/或分配器主体(12)到致动器(14)的热传递,使得电磁阀(71)可以直接安装到壳体 可以减小空气腔(78)的有效容积。 液体分配模块的循环时间可以通过选择空气腔(78)的初始体积和表征到空气腔(78)的气流的致动器的有效阀流量系数来指定。
    • 5. 发明公开
    • High-speed liquid dispensing modules
    • Schnell arbeitenderFlüssigkeitsverteiler
    • EP2230024A2
    • 2010-09-22
    • EP10167530.4
    • 2002-10-29
    • NORDSON CORPORATION
    • Saidman, Laurence B.Seedorf, Hans Joachim
    • B05C11/10B05C5/02
    • B05C5/0237B05B15/65B05C5/001B05C5/0258B05C11/1042Y10T137/7036Y10T436/2575
    • Liquid dispensing module and methods for dispensing a heated liquid onto a substrate. The dispensing module (10) includes a dispenser body (12) receiving liquid from a heated liquid distribution manifold (16) and an actuator (14) having a housing (70) with an air piston (74) movable in an air cavity (78) and a solenoid valve for pressurizing the air cavity. Movement of the air piston controls a flow-regulating mechanism for selectively dispensing liquid from the dispenser body. A thermally insulating shield (100) may be provided for reducing heat transfer from the manifold and/or dispenser body to the actuator so that the solenoid valve can be mounted directly to the housing and the effective volume of the air cavity can be reduced. The cycle time of the liquid dispensing module may be specified by selecting an initial volume of the air cavity and an effective valve flow coefficient for the actuator that characterizes the air flow to the air cavity.
    • 液体分配模块和用于将加热液体分配到基底上的方法。 分配模块(10)包括从加热的液体分配歧管(16)接收液体的分配器主体(12)和具有壳体(70)的致动器(14),所述壳体具有可在空气腔(78)中移动的空气活塞(74) )和用于对空气腔加压的电磁阀。 空气活塞的移动控制用于选择性地从分配器主体分配液体的流量调节机构。 可以提供隔热屏蔽(100),用于减少从歧管和/或分配器主体到致动器的热传递,使得电磁阀可以直接安装到壳体,并且可以减小空气腔的有效容积。 液体分配模块的循环时间可以通过选择空气腔的初始体积和用于表征到空气腔的气流的致动器的有效阀流量系数来指定。