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    • 31. 发明授权
    • Cold end glassware coating apparatus
    • 冷端玻璃器皿涂装设备
    • US5454873A
    • 1995-10-03
    • US246671
    • 1994-05-20
    • Addison B. ScholesJoseph LamirandDuane Saltsgaver
    • Addison B. ScholesJoseph LamirandDuane Saltsgaver
    • B05B15/04C03C17/00C23C16/448C23C26/00B05B1/24
    • C03C17/005B05B15/0443C23C16/4486
    • An apparatus for forming a coating on glassware articles comprises a source of pressurized air and source of liquid coating material. The source of liquid coating material includes a reservoir and a vapor-forming chamber. An adjustable gas pressure regulator provides a regulated gas pressure in the reservoir and a regulated flow of liquid coating material out of the reservoir. A plurality of vapor-forming atomizers are positioned and configured to atomize the liquid coating material and direct the coating material vapor into the vapor chamber. The apparatus further includes a vapor booth and a conveyor operable to convey glassware articles to the vapor booth to be coated. A plurality of fans provide circulating flows of coating material vapor within the booth and along the conveyer portion.
    • 用于在玻璃器皿制品上形成涂层的装置包括加压空气源和液体涂覆材料源。 液体涂料的来源包括储存器和蒸气形成室。 可调节的气体压力调节器在储存器中提供调节的气体压力,并且将液体涂覆材料的调节流动流出储存器。 多个蒸气形成雾化器被定位和配置成雾化液体涂料并将涂料蒸气引导到蒸气室中。 该装置还包括蒸气室和可操作以将玻璃器皿物品输送到待涂覆的蒸气室的输送器。 多个风扇在展位内沿着输送机部分提供涂料蒸气的循环流动。
    • 33. 发明授权
    • Surface treatment of glass containers
    • 玻璃容器的表面处理
    • US4615916A
    • 1986-10-07
    • US624558
    • 1984-06-25
    • Henry N. Henderson
    • Henry N. Henderson
    • C03C17/00C23C16/40C23C16/00
    • C03C17/005C23C16/40
    • A method for treating hot glass containers that are moved through a treatment zone. The treatment zone is a system which utilizes heated compressed air aspirators rather than electric motor driven blowers to cause a treatment vapor laden air contained in chambers to be propelled across the width of the ware conveyor from both sides at adjacent, horizontally spaced, points in the conveyor length. The resultant streams of heated air and vapor laden air will impinge on the containers carried on the conveyor and are of a size to cover the container height to about the shoulder. The vapor and air that passes the containers from one direction is captured and fed to the chamber for feeding in the other direction. Thus the vapor laden air is recirculated from side to side with additional concentrated treatment vapors introduced to maintain a certain level of tin or titanium in the vapors so as to produce the metal oxide coating on the containers. In addition, streams of air propelled by heated compressed air aspirators rather than motor driven blowers sweep across the finish portion of the container immediately above the vapor laden streams to effectively keep the metal oxide coating from forming on the threads or finish of the container.
    • 一种处理移动通过处理区的热玻璃容器的方法。 处理区是利用加热的压缩空气抽吸器而不是电动机驱动的鼓风机的系统,其使包含在腔室中的蒸汽的处理蒸气跨越器皿输送器的宽度从相邻的水平间隔的两侧的两侧推进 输送机长度。 所得到的加热的空气和蒸气的空气流将撞击在输送机上携带的容器上,并且具有将容器高度覆盖到肩部的尺寸。 从一个方向通过容器的蒸汽和空气被捕获并进料到室中以沿另一个方向进料。 因此,载气的空气从一侧向另一侧再循环,另外使用引入的浓缩处理蒸汽以在蒸气中保持一定水平的锡或钛,从而在容器上产生金属氧化物涂层。 此外,由加热的压缩空气抽吸器而不是马达驱动的鼓风机推动的空气流在紧邻含蒸气的物流的正上方扫过容器的最终部分,以有效地保持金属氧化物涂层在容器的螺纹或表面上形成。