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    • 5. 发明申请
    • Credit account management
    • 信用账户管理
    • US20070294164A1
    • 2007-12-20
    • US11805615
    • 2007-05-24
    • James WilhelmStacy LeedsElaine PlakorusDaniel ZimmermanKay KaffenbergerJorge Pazmino Silvera
    • James WilhelmStacy LeedsElaine PlakorusDaniel ZimmermanKay KaffenbergerJorge Pazmino Silvera
    • G06K5/00G06Q40/00
    • G06Q40/02G06Q40/025
    • Temporarily increasing a credit limit of the credit account to accommodate a purchase by a buyer for goods and/or services from a merchant. An account management module can receive a request to increase the credit limit via an interface. The request can include information regarding the purchase and information regarding the credit limit increase, including an amount by which to increase the credit limit. The request also can include rules for decreasing the credit limit at the end of the credit limit increase term. The account management module can process the credit limit increase and decrease, in accordance with the request. The account management module also can transmit an email to the merchant with credit account information needed to process the purchase. For example, the email can include a link to a web site at which the merchant can obtain the credit account information upon successful completion of an authentication procedure.
    • 暂时增加信用账户的信用额度,以适应买方对商家的货物和/或服务的购买。 帐户管理模块可以接收通过界面增加信用额度的请求。 该请求可以包括关于购买的信息和关于信用额度增加的信息,包括增加信用额度的金额。 该请求还可以包括在信用额度增加期结束时减少信用额度的规则。 账户管理模块可以根据请求处理信用额度增减。 帐户管理模块还可以向商家发送具有处理购买所需的信用账户信息的电子邮件。 例如,电子邮件可以包括到网站的链接,在成功完成认证过程之后,商家可以在该站点获得信用账户信息。
    • 6. 发明申请
    • PROCESS FOR REMOVING SO3/H2SO4 FROM FLUE GASES
    • 从气体气体中去除SO3 / H2SO4的方法
    • US20070231230A1
    • 2007-10-04
    • US11278466
    • 2006-04-03
    • Frank MeseroleRobert MoserJames Wilhelm
    • Frank MeseroleRobert MoserJames Wilhelm
    • B01D53/40
    • B01D53/505
    • A process of using solutions containing thiosulfate and/or chloride salt reagents to remove SO3 and H2SO4 acid gases from a flue gas. The solution is injected into a moving volume of flue gas to achieve a droplet size that enables the solution to dry on contact with the flue gas, generating dried particles of the reagent that react with the SO3 and H2SO4 acid gases yielding a salt precipitate. SO2 present in the flue gas may also be absorbed with the solution, with a subsequent reaction yielding bisulfite species that, upon drying of the droplet, react with the SO3 and H2SO4 acid gases to form salts that are removed from the gas. The removal of these acid gases from a flue gas reduce corrosion of equipment used in coal or oil fired power plants downstream of the injection cite.
    • 使用含有硫代硫酸盐和/或氯化物盐试剂的溶液从烟道气中除去SO 3和H 2 SO 4酸性气体的方法。 将溶液注入到移动体积的烟道气中以获得液滴尺寸,使得溶液能够在与烟道气接触时干燥,产生与SO 3和H 2反应的试剂的干燥颗粒 产生盐沉淀物的酸性气体。 存在于烟道气中的SO 2还可以与溶液一起吸收,随后的反应产生亚硫酸氢盐物质,其在液滴干燥时与SO 3 3和 H 2 SO 4酸气体以形成从气体中除去的盐。 从烟道气中去除这些酸性气体可以减少注入煤层下游煤炭或燃油电厂的设备腐蚀。