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    • 2. 发明申请
    • METHOD OF CLEANING ELECTRONIC MATERIAL AND CLEANING SYSTEM
    • 清洁电子材料和清洁系统的方法
    • US20130068260A1
    • 2013-03-21
    • US13634567
    • 2011-03-02
    • Haruyoshi YamakawaHiroto Tokoshima
    • Haruyoshi YamakawaHiroto Tokoshima
    • B08B3/04
    • B08B3/04G03F7/423H01L21/31133H01L21/67051
    • An electronic material cleaning system includes a chemical cleaning means, a wet cleaning means and a single-wafer cleaning apparatus. The chemical cleaning means comprises a functional chemical storage tank and an electrolytic reaction apparatus connected to the functional chemical storage tank via a concentrated sulfuric acid electrolysis line. The functional chemical storage tank can supply a functional chemical to the single-wafer cleaning apparatus via a functional chemical supply line. The wet cleaning means comprises a pure water supply line, a nitrogen gas supply line connected to a nitrogen gas source and an internal mixing type two-fluid nozzle connected respectively to the pure water supply line and the nitrogen gas supply line. Droplets generated from a nitrogen gas and ultrapure water can be sprayed from the tip of the two-fluid nozzle.
    • 电子材料清洁系统包括化学清洁装置,湿式清洁装置和单晶片清洁装置。 化学清洗装置包括通过浓硫酸电解线连接到功能化学品储罐的功能化学品储存罐和电解反应装置。 功能化学品储罐可以通过功能性化学品供应管线向单晶片清洁装置提供功能化学品。 湿式清洗装置包括纯水供应管线,连接到氮气源的氮气供应管线和分别连接到纯水供应管线和氮气供应管线的内部混合型双流体喷嘴。 从氮气和超纯水产生的液滴可以从双流体喷嘴的尖端喷射。
    • 3. 发明申请
    • Process for Producing Gas-Containing Cleaning Water, Apparatus for Producing the Cleaning Water and Cleaning Apparatus
    • 用于生产含气体清洁水的方法,用于生产清洁水和清洁设备的设备
    • US20090165829A1
    • 2009-07-02
    • US12225038
    • 2007-03-12
    • Hiroshi MoritaHiroto Tokoshima
    • Hiroshi MoritaHiroto Tokoshima
    • B08B3/04B01F3/04B08B3/10B01D19/00C02F1/20B01D61/14
    • C02F1/70B01D19/0036B01F3/04269B01F2003/04404B01F2003/04914B08B3/12B08B9/0321C01B3/501C01B2203/0405C01B2203/0495C02F1/444C11D3/0052H01L21/67057
    • A process for producing a gas-containing cleaning water which contains a specific gas dissolved in water, which process comprises dissolving the specific gas into water under an increased pressure exceeding an atmospheric pressure to prepare a gas-containing water having a concentration of the gas exceeding solubility of the gas under an atmospheric pressure and, then, removing a portion of the dissolved gas by decreasing pressure on the gas-containing water; an apparatus for producing a gas-containing cleaning water which comprises an apparatus for dissolving a gas (14) in which a specific gas is dissolved into water under a pressure exceeding the atmospheric pressure and an apparatus for removing a portion of a dissolved gas (15) in which the pressure on the gas-containing water obtained from the apparatus for dissolving a gas is decreased to a pressure lower than the pressure under which the gas has been dissolved so that a portion of the dissolved gas is removed; and a cleaning apparatus using the gas-containing cleaning water. A gas-containing cleaning water having a desired concentration of the gas can be produced safely without using a mechanism for decreasing the pressure such as a vacuum pump. Water and the specific gas in the gas-containing cleaning water after being used can be reused. The process and the apparatuses can be advantageously applied to cleaning electronic members requiring a great degree of cleanliness.
    • 一种生产含有溶解在水中的特定气体的含气清洗水的方法,该方法包括在超过大气压的压力下将特定气体溶解在水中,以制备浓度超过气体的含气体水 气体在大气压下的溶解度,然后通过降低含气水的压力来除去一部分溶解的气体; 一种用于生产含气体清洗水的装置,包括一种在超过大气压力的压力下将特定气体溶解在水中的气体(14)的装置和用于除去溶解气体的一部分的装置(15 ),其中从用于溶解气体的装置获得的含气体水的压力降低到低于已经溶解气体的压力的压力,从而去除部分溶解气体; 以及使用含气体清洗水的清洗装置。 可以安全地制造具有期望浓度的气体的含气体清洁水,而不使用用于降低诸如真空泵的压力的机构。 使用后的含水清洗水中的水和比气体可以重复使用。 该方法和装置可以有利地应用于需要很高清洁度的清洁电子部件。
    • 5. 发明申请
    • DEVICE FOR SUPPLYING WATER CONTAINING DISSOLVED GAS AND PROCESS FOR PRODUCING WATER CONTAINING DISSOLVED GAS
    • 用于供应含水的气体的装置和用于生产含水的溶解气体的方法
    • US20120048383A1
    • 2012-03-01
    • US13138655
    • 2010-03-29
    • Hiroto TokoshimaKeita Seo
    • Hiroto TokoshimaKeita Seo
    • F15D1/00
    • B08B3/08B01F3/04269B01F15/0022B01F15/00344B01F2003/04404B01F2215/0096Y10T137/0318Y10T137/8158Y10T137/86083
    • A device for,supplying water containing dissolved gas and a process for producing water containing dissolved gas are provided. The device and the process are capable of stably supplying water containing dissolved gas having a low dissolved gas concentration, or low degree of saturation. Oxygen gas is supplied through a gas feeding pipe (31) to a gas phase chamber (13), and a vacuum pump (35) is operated to evacuate the gas phase chamber (13). Raw water is supplied through a raw water pipe (21) to a liquid phase chamber (12). Portion of the oxygen gas in the gas phase chamber (13) permeates a gas permeable film (11) and dissolves in the raw water in the liquid phase chamber (12), and thus water containing dissolved gas is produced. Remaining oxygen gas in the gas phase chamber (13) is sucked by the vacuum pump (35) together with condensed water and is discharged through a discharge pipe (33). Dissolved oxygen concentration of the water containing dissolved gas is measured by a dissolved gas concentration meter (23), and the degree of opening of a gas flow controlling valve (32) is adjusted so that the measured concentration matches a targeted value.
    • 提供了一种用于供应含有溶解气体的水的装置和一种用于生产含有溶解气体的水的方法。 该装置和方法能够稳定地供给含有溶解气体浓度低或饱和度低的溶解气体的水。 氧气通过供气管道(31)供给到气相室(13),真空泵(35)被操作以抽空气相室(13)。 原水通过原水管(21)供给到液相室(12)。 气相室(13)中的氧气的一部分渗透透气膜(11)并溶解在液相室(12)中的原水中,从而产生含有溶解气体的水。 气相室(13)中剩余的氧气与冷凝水一起由真空泵(35)吸入,并通过排出管(33)排出。 通过溶解气体浓度计(23)测量含有溶解气体的水的溶解氧浓度,调节气体流量调节阀(32)的开度,使得测定浓度与目标值相符。
    • 7. 发明申请
    • CLEANING WATER FOR ELECTRONIC MATERIAL, METHOD FOR CLEANING ELECTRONIC MATERIAL AND SYSTEM FOR SUPPLYING WATER CONTAINING DISSOLVED GAS
    • 清洗水用于电子材料,清洗电子材料的方法和系统用于供水的气体溶解
    • US20110030722A1
    • 2011-02-10
    • US12736487
    • 2009-03-25
    • Junichi IdaHiroto Tokoshima
    • Junichi IdaHiroto Tokoshima
    • C11D7/04G03F7/42B08B3/12B08B3/08
    • C11D7/02C11D3/02C11D11/0047H01L21/02052
    • Cleaning water for an electronic material which exhibits a remarkably improved cleaning effect in comparison with conventional waters containing dissolved gas is provided. The cleaning water for an electronic material comprises water containing dissolved gas containing oxygen and argon as dissolved gases, and has a concentration of dissolved oxygen being equal to or more than 8 mg/L, and a content of dissolved argon gas being equal to or more than 2 volume % of the total amount of dissolved oxygen gas and dissolved argon gas. A method for cleaning an electronic material with the cleaning water for an electronic material. The cleaning water for an electronic material of the present invention, which comprises water containing dissolved oxygen/argon gas, contains a smaller amount of dissolved gas, can obtain an improved cleaning effect even when a small amount of a chemical is used, and therefore, can be produced safely and easily at a low cost.
    • 提供了与含有溶解气体的常规水相比显示出显着改善的清洁效果的电子材料的清洁水。 的清洗水的用于电子材料包括含有包含氧和氩作为溶解的气体的气体溶解水,且具有的溶解氧是浓度等于或超过8毫克/升,并溶解氩气的等于或多个内容 超过溶解氧气和溶解氩气的总量的2体积%。 一种电子材料清洗用电子材料清洗方法。 清洁水用于本发明的的电子材料,其包含含有溶解氧/氩气的水,含有溶解气体的量较小,能够获得改进的清洁效果即使在使用一种化学品的量小,并且因此, 可以以低成本安全,容易地生产。
    • 10. 发明授权
    • Cleaning method
    • 清洗方法
    • US09129797B2
    • 2015-09-08
    • US13518583
    • 2010-12-21
    • Hiroto TokoshimaHiroshi Morita
    • Hiroto TokoshimaHiroshi Morita
    • H01L21/02H01L21/67
    • H01L21/0206H01L21/02052H01L21/67051
    • Disclosed is a low-cost and resource-saving cleaning method wherein high cleaning effects are obtained by high-pressure jet cleaning or two-fluid cleaning using a gas-dissolved water. In the high-pressure jet cleaning method or the two-fluid cleaning method, a cleaning liquid or a mixed fluid of the cleaning liquid and a gas is jetted from a cleaning fluid jetting nozzle toward a subject to be cleaned, and the subject is cleaned. The cleaning liquid introduced into the cleaning fluid jetting nozzle contains the dissolved gas in a quantity equal to or more than the saturation solubility at the liquid temperature of the cleaning liquid.
    • 公开了一种低成本且节省资源的清洗方法,其中通过高压喷射清洗或使用溶解气体的水进行双流体清洗获得高清洗效果。 在高压喷射清洗方法或双液清洗方法中,将清洗液和气体的清洗液或清洗液喷射到被清洗对象物上,从而清洗被检体 。 引入清洗流体喷射喷嘴的清洗液含有等于或大于在清洗液体的液体温度下的饱和溶解度的溶解气体。