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    • 1. 发明授权
    • Electrostatic dispensing apparatus and method
    • 静电分配装置及方法
    • US06368409B1
    • 2002-04-09
    • US09429821
    • 1999-10-29
    • James M. BorsukLaurence B. SaidmanJames W. Schmitkons
    • James M. BorsukLaurence B. SaidmanJames W. Schmitkons
    • B05B5025
    • B05C5/0254B05B5/088B05B5/10B05B5/14B05C5/0237B05C5/027B05C5/0279
    • An electrostatic dispensing system for dispensing flowable liquid material onto a moving substrate. The electrostatic dispensing system includes multiple liquid dispensers that are aligned along a common axis and supported in spaced, non-contacting relationship on one side of the moving substrate. Each of the liquid dispensers includes a valve to control the flow of fluid through the dispenser. An electrostatic field generator is supported in spaced, non-contacting relationship on the opposite side of the moving substrate to generate an electrostatic field through the moving substrate. The electrostatic field operates to attract flowable liquid material from dispensing outlets associated with the multiple liquid dispensers as a series of spaced, continuous streams or beads which intersect a surface of the moving substrate facing the liquid dispensers. The beads of flowable material are deposited on the surface of the moving substrate in a series of uniform, continuous beads which are formed generally parallel to a direction of travel of the moving substrate. Methods of electrostatically dispensing flowable material onto a moving substrate are also disclosed.
    • 一种用于将可流动的液体材料分配到移动的基底上的静电分配系统。 静电分配系统包括多个液体分配器,它们沿着共同的轴线排列并且在移动的基板的一侧以间隔的非接触的关系支撑。 每个液体分配器包括用于控制通过分配器的流体流动的阀。 静电场发生器在移动衬底的相对侧以间隔非接触的关系支撑,以通过移动衬底产生静电场。 静电场用于从与多个液体分配器相关联的分配出口吸引可流动液体材料,作为与移动基板的面向液体分配器的表面相交的一系列间隔开的连续流或珠。 可流动材料的珠粒以一系列均匀连续的珠粒沉积在移动的基底的表面上,该珠粒大致平行于移动的基底的行进方向形成。 还公开了将可流动材料静电分配到移动的衬底上的方法。
    • 2. 发明授权
    • Method and apparatus for controlling the gas content of dispensed hot
melt thermoplastic adhesive foam
    • 用于控制分配的热熔热塑性粘合剂泡沫体的气体含量的方法和装置
    • US4779762A
    • 1988-10-25
    • US885960
    • 1986-09-12
    • Richard G. KleinJames W. SchmitkonsLaurence B. Saidman
    • Richard G. KleinJames W. SchmitkonsLaurence B. Saidman
    • B05C5/00B05B7/26B05B7/32B05B12/08B05C11/10B29B7/72B29C44/60B29C65/42G05D11/13B67D5/08
    • G05D11/136B05B12/085B05B7/262B29B7/72B29C44/60Y10T137/0335Y10T137/2499
    • A method and apparatus for controlling the gas content of dispensed hot melt thermoplastic adhesive foam. Air or another relatively inert gas is mixed with molten thermoplastic adhesive, and the mixture is pressurized to form a gas and molten adhesive "solution". When the molten adhesive and gas "solution" is dispensed at atmospheric pressure, the gas is released from "solution" and becomes entrapped in the adhesive in order to form a homogeneous closed cellular adhesive foam. In order to control the gas content of the dispensed adhesive and gas "solution", in accordance with one preferred embodiment, the pressure drop across a restriction in the flow path of the solution is sensed, and a control circuit controls the addition of gas to the adhesive to maintain the sensed pressure drop at a desired level. Other sensing techniques can be used to measure a parameter of the dissolved gas/molten adhesive single phase liquid solution which is correlated to the dissolved gas content of the solution and substantially independent of the molten adhesive content thereof, such as measuring the transmittance of infrared radiation through the gas/adhesive single phase solution at a wavelength relatively heavily absorbed by the gas and unabsorbed by the adhesive.
    • 一种用于控制分配的热熔性热塑性粘合剂泡沫体的气体含量的方法和装置。 将空气或另一相对惰性的气体与熔融的热塑性粘合剂混合,并将混合物加压以形成气体和熔融粘合剂“溶液”。 当熔融粘合剂和气体“溶液”在大气压下分配时,气体从“溶液”中释放并被夹带在粘合剂中以便形成均匀的闭孔多孔粘合剂泡沫。 为了控制分配的粘合剂和气体“溶液”的气体含量,根据一个优选实施例,感测溶液流动路径中的限制的压降,并且控制电路控制将气体添加到 粘合剂以将感测到的压降保持在期望的水平。 其他检测技术可用于测量溶解气体/熔融粘合剂单相液体溶液的参数,其与溶液的溶解气体含量相关,并且基本上与其熔融粘合剂含量无关,例如测量红外辐射的透射率 通过气体/粘合剂单相溶液以较高的吸收气体的波长并被粘合剂吸收。