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    • 62. 发明申请
    • Method for separation of actinide elements
    • 分离锕系元素的方法
    • US20050205494A1
    • 2005-09-22
    • US11049651
    • 2005-02-04
    • Tatsuya SuzukiYasuhiko FujiiMasaki Ozawa
    • Tatsuya SuzukiYasuhiko FujiiMasaki Ozawa
    • G21C19/46B01D11/00B01D15/08B01D15/36B01J41/20C01G56/00C02F1/42G21F9/06
    • B01J41/20B01D15/363C01G56/002C01P2006/80
    • A method for separation of actinide elements comprising feeding a solution containing actinide elements such as americium, curium, californium and the like, into a resin column in which a weakly basic primary, secondary or tertiary anion exchange resin obtained by resinifying pyridine, imidazole or alkylamine has been packed, and then feeding an eluent of a mixed solution of nitric acid and alkyl alcohol such as methanol, ethanol, propanol and the like into the resin column to chromatographically separate the actinide elements from each other. This method makes it possible to efficiently separate the actinide elements from each other by a unit operation at ordinary temperature and ordinary pressure while avoiding oxidation operation, and hence makes it possible to avoid generation of secondary wastes and operations difficult in terms of engineering, such as precipitation.
    • 用于分离锕系元素的方法包括将含有锕系元素如ium,ium,ium等的溶液进料到树脂柱中,其中通过树脂化吡啶,咪唑或烷基胺获得的弱碱性一级,二级或三级阴离子交换树脂 已经包装,然后将硝酸和烷基醇如甲醇,乙醇,丙醇等的混合溶液的洗脱液进料到树脂柱中以将锕系元素彼此色谱分离。 该方法能够通过在常温常压下的单位操作来有效地分离锕系元素,同时避免氧化操作,从而可以避免二次废物的产生和工程难度的产生,例如 沉淀。
    • 66. 发明申请
    • Image forming apparatus and developing-agent amount detecting method, cartridge, and storage medium
    • 图像形成装置和显影剂量检测方法,盒式存储介质
    • US20050117922A1
    • 2005-06-02
    • US10995751
    • 2004-11-23
    • Tatsuya SuzukiNobuharu HoshiKanji Yokomori
    • Tatsuya SuzukiNobuharu HoshiKanji Yokomori
    • G03G21/00G03G15/00G03G15/08
    • G03G15/553G03G15/0856G03G15/0862G03G15/556G03G2215/0119
    • An image forming apparatus having a first operating mode and a second operating mode, where the second operating mode has an image forming velocity different from that in the first operating mode. The image forming apparatus includes a developing-agent containing portion, which contains a developing agent, an optical developing-agent amount detecting portion, which detects the amount of developing agent in the developing agent containing portion, a processing portion, which obtains the amount of developing agent based on data on the amount of developing agent detected by the developing-agent amount detecting portion, and a storing portion, which stores information for correcting data on the amount of developing agent detected by the developing-agent amount detecting portion in the second operating mode. The processing portion corrects the data on the amount of developing agent detected by the developing-agent amount detecting portion in the second operating mode based on the information stored in the storing portion, and obtains the amount of developing agent based on the corrected data.
    • 一种具有第一操作模式和第二操作模式的图像形成装置,其中第二操作模式具有与第一操作模式不同的图像形成速度。 图像形成装置包括含有显影剂的显影剂容纳部,检测显影剂容纳部中的显影剂的量的光学显影剂量检测部,获得显影剂含量的显影剂量的处理部 显影剂,其基于由显影剂量检测部检测到的显影剂的量的数据,以及存储部,其存储用于修正第二次显影剂量检测部检测到的显影剂量的数据的信息 操作模式。 处理部根据存储部存储的信息,对第二运行模式中的显影剂量检测部检测到的显影剂量的数据进行修正,根据修正后的数据求出显影剂量。
    • 69. 发明授权
    • Method and system for evaluating a defective ratio of products
    • 评估产品缺陷率的方法和系统
    • US06807453B1
    • 2004-10-19
    • US09408104
    • 1999-09-29
    • Tatsuya Suzuki
    • Tatsuya Suzuki
    • G06F1900
    • G06Q10/04G05B2219/32194G05B2219/32203Y02P90/22Y02P90/265
    • A defective ratio evaluation method includes the steps of classifying defective information describing a design structure of a product and manufacturing features which become product defective occurrence factors and making the defective information accessible; comparing design information of a product to be evaluated with the defective information and computing types of defective information and a number of defective information items included in the design information; computing, before beginning manufacture of the product to be evaluated and using the types of defective information and the number of defective information items thus computed, a degree of occurrence of an event in which the product to be evaluated becomes defective; and displaying the degree of defective occurrence thus computed.
    • 缺陷率评估方法包括对描述产品的设计结构的缺陷信息进行分类和成为产品缺陷发生因素的制造特征并使缺陷信息可访问的步骤; 将要评估的产品的设计信息与缺陷信息的计算类型和设计信息中包含的缺陷信息项的数量进行比较; 在开始制造要评估的产品和使用缺陷信息的类型和由此计算的缺陷信息项的数量之前,计算出要评估的产品变得有缺陷的事件的发生程度; 并显示如此计算的缺陷发生的程度。
    • 70. 发明授权
    • Method for washing wafer and apparatus used therefor
    • 洗涤晶片的方法及其使用的装置
    • US06582524B2
    • 2003-06-24
    • US09749236
    • 2000-12-27
    • Tatsuya Suzuki
    • Tatsuya Suzuki
    • C23G114
    • H01L21/02052B08B3/08C11D3/3947C11D7/06C11D11/0047Y10S134/902
    • A method including the consecutive steps of: dipping a wafer in a washing solution in a washing chamber; replacing the washing solution by a first chemical solution in the washing chamber receiving therein the wafer, the first chemical solution including at least one chemical; dipping the wafer in the first chemical solution after stopping the replacing; and replacing the first chemical solution by a second chemical solution including the at least one chemical and having a concentration lower than a concentration of said first chemical solution. The number of the particles remaining on the wafer is significantly reduced compared with a conventional method to improve the removing rate of the particles deposited onto the wafer.
    • 一种包括以下步骤的方法:将晶片浸入洗涤室中的洗涤溶液中; 在其中容纳晶片的洗涤室中用第一化学溶液代替洗涤溶液,所述第一化学溶液包括至少一种化学品; 停止更换后将晶片浸入第一种化学溶液中; 并且通过包含所述至少一种化学品的第二化学溶液代替所述第一化学溶液,并且其浓度低于所述第一化学溶液的浓度。 与提高沉积在晶片上的颗粒的去除速率的常规方法相比,残留在晶片上的颗粒数量明显减少。