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    • 1. 发明公开
    • METHOD AND SYSTEM FOR HYBRID PAYMENT CARD
    • VERFAHREN UND系统FÜRHYBRIDE ZAHLUNGSKARTE
    • EP3026619A1
    • 2016-06-01
    • EP15196495.4
    • 2015-11-26
    • MasterCard International Incorporated
    • ACOSTA, Marina
    • G06Q20/28G06Q20/34G06Q20/40
    • G06Q20/3572G06Q20/24G06Q20/28G06Q20/34G06Q20/3433G06Q20/382G06Q20/40G06Q20/405
    • A method for processing a payment transaction using a hybrid payment card includes: storing an account profile, the profile including data related to a hybrid payment card including a prepaid balance and a credit allowance; receiving a validation request, the request including a transaction amount; processing the received validation request, the processing including: generating a positive validation response and a validation transaction that indicates payment is made using the prepaid balance if the prepaid balance is greater than the transaction amount, generating a positive validation response and a validation transaction that indicates payment is made using the credit allowance if the prepaid balance is less than the transaction amount and if the credit allowance is greater than the transaction amount, and generating a negative validation response if the prepaid balance and credit allowance are less than the transaction amount; and transmitting the generated validation response.
    • 使用混合支付卡处理支付交易的方法包括:存储帐户简档,该简档包括与包括预付余额和信用余额的混合支付卡相关的数据; 接收验证请求,该请求包括交易金额; 处理所接收的确认请求,所述处理包括:如果所述预付余额大于所述交易金额,则生成正确的确认响应和指示使用所述预付余额进行支付的确认交易,生成正确的确认响应和指示 如果预付余额少于交易金额,信用额度大于交易金额,则按照信用额度进行支付,如果预付余额和信贷额度低于交易金额则产生负面确认响应; 并发送所生成的验证响应。
    • 4. 发明公开
    • Traitement des pièces de monnaie lors des paiements par l'emploi d'une carte
    • Behandlung vonMünzen在Zahlungen mittels einer Karte
    • EP1926043A1
    • 2008-05-28
    • EP06386038.1
    • 2006-11-27
    • Grigorios, KartasisBasiliki, Bakatsi
    • Grigorios, KartasisBasiliki, Bakatsi
    • G06Q20/00G07F7/02
    • G07F7/02G06Q20/3433
    • Un traitement continu, de pièces de monnaie, que avec la contribution d'un régulateur « lorsqu'il découlera un blocage, d'une fréquence rare », le consommateur, qui sera présent, toujours devant la caisse, contrôlera et décidera pour le déblocage, par le ou la caissier et continuera ses actions quotidiennes pour ses achats.
      Le résultat de ce traitement, parmi d'extensions nombreuses et importantes de son utilité, pour les citoyens d'un pays, il apportera encore : a) un profit pour les enfants, que UNICEF protège, avec le concours d'une nouvelle carte plastique, pendant les provisions des consommateurs: b) surtout aussi le gain d'un temps et pour tout les deux qui collaborent devant une caisse, grâce au «nouveau» traitement, de pièces de monnaie... «sans pièces de monnaie», via une coopération dialogique, amicale et confortable, parmi deux travailleurs qui sont :(le consommateur et le caissier), qui collaborent, presque journalier, l'un devant l'autre, chacun pour sa famille.
    • 算术元素确定可交换值。 使用另一算术元素作为前一元素来确定通过使用算法来处理硬币的每个消费者的适当帐户的位置中的非付费金额。 这些要素与消费者的购买操作有关,购买不适合消费或不正确注册的收银员取消的退货事件。 联合国儿童基金会卡是强制购买行为。 每个消费者的适当帐户在两个确定的限制之间。
    • 10. 发明授权
    • ELEKTRONISCHE BÖRSENKARTE UND VERFAHREN ZUM WIEDERAUFLADEN EINER ELEKTRONISCHEN BÖRSENKARTE
    • 电子钱包卡和方法进行充电的电子钱包卡
    • EP0823104B1
    • 1999-02-03
    • EP96912007.0
    • 1996-04-09
    • SIEMENS AKTIENGESELLSCHAFT
    • SCHRENK, Hartmut
    • G07F7/08G07F7/02
    • G07F7/0866G06Q20/3433G07F7/02
    • An electronic credit card is disclosed, as well as a process for reloading an electronic credit card having an integrated semiconductor circuit that consists of at least one address and control logic circuit and a non-volatile memory with at least one erasable part. The memory addresses of the area of the non-volatile memory in which the value units of the credit card are stored are subdivided into partial zones (stages 1 to 5) of different priorities (orders of priority 1, 8, 64, 512, 4096). Memory addresses may only be erased if all memory addresses of a partial zone having a determined priority are erased at the same time, and each partial zone may only be erased after a carry-over value is written in a previously unwritten memory address of the partial zone having the next higher order or priority. The invention is characterised in that release values stored in a release register of the credit card are associated with the value units of at least the memory addresses of the highest priority partial zone (stage 5). These release values represent a release or a locking state for the associated value stored in the memory addresses of at least the highest priority partial zone. The value stored in the credit card may only be increased after the state of a release value associated with a memory address is changed from a locking state to a release state.