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    • 31. 发明授权
    • Automated pneumatic purger
    • 自动气动清洗机
    • US6119715A
    • 2000-09-19
    • US941767
    • 1997-09-30
    • Larry R. Russell
    • Larry R. Russell
    • H02B13/055B65D25/00F24F11/02
    • H02B13/055
    • An automatic control system for providing pneumatic purging protection for a sealed enclosure containing electrical equipment in accordance with the National Fire Protection Association standards. The system supplies a purge gas under a pre-ordained pressure to an enclosure residing in a hazardous location. The system monitors the gas pressure to maintain the pressure within desired limits. In the event that the integrity of the sealed enclosure is disrupted, the control system disables the electrical equipment and executes a rapid-response purge cycle to re-enable the electrical equipment as quickly as possible.
    • 一种自动控制系统,用于根据国家消防协会标准为包含电气设备的密封外壳提供气动吹扫保护。 系统以预定的压力将清洗气体提供给位于危险场所的外壳。 系统监测气体压力以将压力保持在所需的限度内。 在密封外壳的完整性中断的情况下,控制系统禁用电气设备并执行快速响应清除循环,以尽可能快地重新启用电气设备。
    • 32. 发明授权
    • Moisture absorption device for electrical apparatus containing
dielectric gas
    • 含有电介质气体的电气设备的吸湿装置
    • US5997616A
    • 1999-12-07
    • US102657
    • 1998-06-23
    • Roger LedruAntoine Tolossi
    • Roger LedruAntoine Tolossi
    • H01H33/53H01H33/56H02B13/055B01D53/04
    • H05K5/0213H01H33/562Y10S55/17
    • A molecular sieve moisture absorption device for electrical apparatus containing a dielectric gas includes a box in which the molecular sieve is placed. The box is closed by a plate provided with a valve through which the inside of the box is evacuated. The plate is held in place on a shoulder of the box by the action of pressure difference between the inside and the outside of the box after the inside of the box has been evacuated. A gasket is placed between the plate and the shoulder to ensure that the inside volume of the box is leakproof. The device can be stored independently of the apparatus. When the device is mounted on the apparatus, evacuating the case of the apparatus causes the plate to separate from the box, thereby putting the molecular sieve into contact with the inside volume to be treated of the case.
    • 包含电介质气体的电气设备的分子筛吸湿装置包括其中放置分子筛的盒子。 箱子被设置有阀的板封闭,通过该阀将箱体的内部抽空。 在盒子内部被抽真空之后,通过盒子的内部和外部之间的压力差的作用将板保持在箱的肩部上。 垫片被放置在板和肩部之间,以确保箱体的内部容积是防漏的。 该设备可以独立于设备进行存储。 当装置安装在装置上时,排出装置的壳体使得板与箱分离,从而使分子筛与待处理的箱体接触。
    • 37. 发明授权
    • Adherent coating for entrapping contamination particles in gas-insulated
electrical apparatus
    • 用于在气体绝缘电气设备中捕获污染颗粒的附着涂层
    • US4219366A
    • 1980-08-26
    • US928639
    • 1978-07-27
    • George D. Dixon
    • George D. Dixon
    • H02B13/055H01H33/64H02G5/06B08B7/00B08B9/00B08B15/00
    • H02G5/065
    • A tacky or sticky coating is provided on selected surface areas inside compressed gas-insulated systems to trap conducting and semiconducting particles which, if allowed to remain free, can promote breakdown between metallic parts or electrodes maintained at different potentials, or which may initiate tracking and flashover along insulating surfaces. The initially hard, dry coating is comprised of a binder component and an active component. The binder component is chemically inert to both the insulating gas within the apparatus and a solvent vapor, while the active component is capable of interacting with the solvent vapor to become tacky. The insulating coating, after exposure to the solvent vapor, becomes tacky on the surface to thereon entrap contamination particles, but the addition of the binder component prevents the coating from sagging but instead maintains its spatial position on the selected surface areas.
    • 在压缩气体绝缘系统内的选定表面区域上提供粘性或粘性涂层,以捕集导电和半导体颗粒,如果允许其保持自由,可以促进保持在不同电位的金属部件或电极之间的破坏,或者可以启动跟踪和 沿着绝缘表面闪络。 初始硬的干燥涂层由粘合剂组分和活性组分组成。 粘合剂组分对设备内的绝缘气体和溶剂蒸汽都是化学惰性的,而活性组分能够与溶剂蒸气相互作用以变粘。 在暴露于溶剂蒸气之后,绝缘涂层在表面上变得粘性,从而使污染颗粒被捕获,但是粘合剂组分的添加防止了涂层的下垂,而是保持其在所选择的表面区域上的空间位置。
    • 39. 发明授权
    • Adherent coating for captivating small particles in gas-insulated electrical equipment
    • 用于在气体绝缘电气设备中吸收小颗粒的附着涂层
    • US3856978A
    • 1974-12-24
    • US44458974
    • 1974-02-21
    • WESTINGHOUSE ELECTRIC CORP
    • SLETTEN ACOOKSON A
    • H02B13/055H01B9/06H01H33/57H02B13/035H02G5/06H01B9/04
    • H02B13/035H01B9/0672H02G5/065
    • This invention relates to compressed-gas-insulated systems. An adherent or sticky coating is provided on selected surface areas inside compressed-gas-insulated systems to trap, or to captivate conducting and non-conducting particles, which if allowed to remain free can promote breakdown metallic parts or electrodes maintained at different potentials, or tracking and flashover along insulating surfaces. Preferably, a coating is provided which is initially hard or solid with adequate mechanical strength so that the system components can be easily handled by workmen during manufacturing and assembly without difficulty, and not at this stage capture unwanted particles. At a later time, following assembly operations, thde surface layer of said coating is rendered adherent, or tacky to trap or to captivate conducting and non-conducting particles. During this stage mechanical means such as vibrations and/or gas flow and/or electric fields may be used to transport unwanted particles to the tacky or captivating areas. Following such captivation, the adherent, or sticky coating may be rendered hard again to trap the unwanted particles permanently. Alternatively, if desired, the coating may be rendered tacky, or captivating again during the life of the equipment to trap unwanted particles generated within or introduced into the system, thus performing a repair or reconditioning of the system. Another alternative is to maintain the coating sticky or tacky during the operating life of the electrical equipment and rendering the surface hard only during repair or maintenance operations when the system is opened and thus subject to handling and thereby large amounts of unwanted particles.
    • 本发明涉及压缩气体绝缘系统。 在压缩气体绝缘系统内的选定表面区域上设置粘附或粘性涂层以捕获或吸引导电和非导电颗粒,如果允许其保持游离,可以促进分解保持在不同电位的金属部件或电极,或 跟踪和沿着绝缘表面闪络。 优选地,提供最初具有足够机械强度的硬或固体的涂层,使得系统部件在制造和组装期间可以容易地由工人处理而没有困难,而不是在此阶段捕获不需要的颗粒。 稍后,在组装操作之后,使所述涂层的表面层粘附,或粘性以捕获或吸引导电和非导电颗粒。 在这个阶段,可以使用诸如振动和/或气体流动和/或电场的机械装置将不期望的颗粒运输到粘性或迷人区域。