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    • 7. 发明授权
    • Coal combustor and slag exhausting device therein
    • 煤燃烧器和排渣装置
    • US5331906A
    • 1994-07-26
    • US54301
    • 1993-04-30
    • Keisuke SonodaYoshinori KobayashiFumiya NakashimaKimishiro Tokuda
    • Keisuke SonodaYoshinori KobayashiFumiya NakashimaKimishiro Tokuda
    • C10J3/46C10J3/48C10J3/52F23J1/00F23D1/02
    • C10J3/487C10J3/526
    • In order to stably maintain a combustion capability in a combustion furnace for coal gassification, it is necessary to exhaust molten slag produced within the furnace without the slag stagnating. The present invention provides, in a combustion furnace for coal gassification, a slag exhausting device which is configured in such a manner that the cooling of molten slag being exhausted from the furnace is minimized to prevent the slag from solidifying and causing other slag to stagnate. The slag exhausting device is disposed at the center of a bottom wall of the combustor, and has a lower cylindrical portion and an upper bank opening upwardly and flared at an angle of 300.degree.-45.degree.. The height H from the bottom wall to the top of the upper bank, a height L and an inner diameter ds of the cylindrical lower portion and a diameter D of the combustor are set to satisfy the relations of ds/D=0.2-0.4, L/ds=0.2-0.6 and H/D=0.05-0.15.
    • 为了稳定地保持用于煤气化的燃烧炉中的燃烧能力,需要排出炉内产生的熔渣而不会使炉渣停滞。 本发明在用于煤气化的燃烧炉中提供一种排渣装置,该炉渣排出装置被构造成使得从炉排出的熔渣的冷却最小化,以防止炉渣固化并导致其它炉渣停滞。 炉渣排出装置设置在燃烧器的底壁的中心,具有下圆筒部和上堤开口向上并以300°-45°的角度张开。 从顶壁到顶部的高度H,圆柱形下部的高度L和内径ds以及燃烧器的直径D设定为满足ds / D = 0.2-0.4的关系, L / ds = 0.2-0.6,H / D = 0.05-0.15。
    • 9. 发明授权
    • Calcium sulfide oxidation method
    • 硫化钙氧化法
    • US06245314B1
    • 2001-06-12
    • US09140657
    • 1998-08-26
    • Yoshihiko TsuchiyamaYuichi FujiokaToshihiko SetoguchiKatsuhiko ShinodaKenji TagashiraShigeyasu IshigamiYoshinori Kobayashi
    • Yoshihiko TsuchiyamaYuichi FujiokaToshihiko SetoguchiKatsuhiko ShinodaKenji TagashiraShigeyasu IshigamiYoshinori Kobayashi
    • C01F1146
    • B01J8/1809B01D53/73B01J8/1836B01J8/34B01J8/386B01J2208/00008B01J2208/0084C01F11/46Y10S423/16
    • CaS oxidation has CaS particles oxidized into CaSO4 completely as far as to the interior of the particle. The interior of an oxidation apparatus 1 is partially partitioned by a partition 22 to thereby form a first fluidized bed 20 on the inner side, a second fluidized bed 21 on the outer side and a space portion 23 thereabove. A heat exchanger 27 having a baffle plate is disposed on the inner side of the partition 22 and an in-bed heat exchanger 33 is disposed on the outer side of same. A desulfurizing product-containing fine powder 204 and coarse powder 205 and a mixture gas 206 of nitrogen, oxygen and steam are supplied into the second fluidized bed 21. Also, coal 200 and coal char 201 are supplied into the first fluidized bed 20 from below. Of the particles 304 oxidized in the second fluidized bed 21 and supplied into the first fluidized bed 20 from below with the flow of a mixture gas 208, the fine powder entrains into the space portion 23 as entrained particles 300 and a major part thereof falls down into the second fluidized bed 21 as particles 207. The completely oxidized particles are discharged as discharged ash 303 and entrained ash 302.
    • CaS氧化将CaS颗粒完全氧化成CaSO 4直至颗粒内部。 氧化装置1的内部被隔板22部分地隔开,从而在内侧形成第一流化床20,在外侧形成第二流化床21,在其上形成空间部23。 具有挡板的热交换器27设置在隔板22的内侧,并且在其外侧设置有床内热交换器33。 将含脱硫产物的细粉末204和粗粉末205以及氮气,氧气和蒸汽的混合气体206供给到第二流化床21中。另外,将煤200和煤炭201从下方供给到第一流化床20 。 在第二流化床21中被氧化并从下方供入混合气体208的第一流化床20的颗粒304中,细粉末作为夹带颗粒300进入空间部分23,并且其主要部分下降 作为颗粒207进入第二流化床21.完全氧化的颗粒作为排出的灰分303和夹带的灰分302排出。
    • 10. 发明申请
    • CREDIT CARD INFORMATION PROCESSING SYSTEM, CREDIT CARD INFORMATION PROCESSING METHOD, ORDER INFORMATION RECEIVING DEVICE, CREDIT CARD TRANSACTION DEVICE, PROGRAM, AND INFORMATION RECORDING MEDIUM
    • 信用卡信息处理系统,信用卡信息处理方法,订单信息接收设备,信用卡交易设备,程序和信息记录介质
    • US20140129360A1
    • 2014-05-08
    • US14129284
    • 2012-05-29
    • Yoshinori Kobayashi
    • Yoshinori Kobayashi
    • G06Q20/34G06Q20/24
    • G06Q20/34G06Q20/02G06Q20/12G06Q20/202G06Q20/24G06Q20/385
    • A seller's workload of managing credit card information can be reduced without changing convenience for an orderer and the seller in a transaction using a credit card. A virtual mall server (3) and a credit card server (5) share conversion information for obtaining, from actual data of the credit card, corresponding dummy data of the credit card. The virtual mall server (3) obtains, based on the conversion information, the corresponding dummy data from the actual data of the credit card to be used for a settlement of the order information, and sends the obtained dummy data to a shop terminal as data of the credit card to be used for the settlement of the order information. Upon receiving, from the shop terminal, a predetermined card processing request based on the dummy data, the credit card server (5) obtains, based on the conversion information, the corresponding actual data from the dummy data of the credit card, and performs the predetermined card processing based on the obtained actual data of the credit card.
    • 可以减少卖方管理信用卡信息的工作量,而不会在使用信用卡的交易中更改订单人和卖方的便利性。 虚拟购物中心服务器(3)和信用卡服务器(5)共享用于从信用卡的实际数据获得信用卡的相应虚拟数据的转换信息。 虚拟购物中心服务器(3)基于转换信息,从用于结算订单信息的信用卡的实际数据中获得相应的虚拟数据,并将所获得的虚拟数据作为数据发送到商店终端 的信用卡用于结算订单信息。 从商店终端接收到基于伪数据的预定的卡处理请求时,信用卡服务器(5)根据转换信息从信用卡的伪数据中获得相应的实际数据,并执行 基于获得的信用卡的实际数据进行预定的卡处理。