首页> 外国专利> The method of transferring digital currency encryption keys based on the procedure for issuing, authenticating and disabling the physical carrier with multifactor authorization and the physical carrier of encryption keys for the digital currency for carrying out this method

The method of transferring digital currency encryption keys based on the procedure for issuing, authenticating and disabling the physical carrier with multifactor authorization and the physical carrier of encryption keys for the digital currency for carrying out this method

机译：基于发布，认证和禁用具有多因素授权的物理载体的过程以及用于执行该方法的数字货币的加密密钥的物理载体的转移数字货币加密密钥的方法

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摘要

ufeffzpu016fsob transmission key digital currency on the basis of the process of verification and the degradation of physical media vu00edcefaktorovou authentications is that distributed in an empty condition, market carrier, which belongs to the second authentication factor (5a) safely stored in the manufacturer or integrated into the substrate in the form of a field in tamper - evident schemeit is vu00fdstavcem using sw applications for exposure to medium read and on the basis of the vu00fdstavcem vygenerovanu00e9ho first autorizau010dnu00edho factor (2a), an identifier medium and other data is derived, and communicated to the vu00fdstavci address for sending the balance of digital currency corresponding to sh odnu00e9 with a nominal value of mediaand through the online service for issuing digital signature (3a) upon request, with all the required elements, in particular the authenticity of a piece of substrate and the amount of currency to the balance corresponding to the face value of digital media, a digi environmental signature (3a) which sw applications for display substrate combines with the first with authorization factor (2a) and these data are vu00fdstavcem added.in particular, potisknutu00edm, describing or polepenu00edm, which carrier is placed in an active state and can be transmitted to another holder, even repeatedly, the beneficiary shall check and verify the visual carrier using the sw application for verification of carriers, in particular the amount of zu016fstatk in digital currencythen the sw applications verified the loading of the first autorizau010dnu00edho factor (2a) and (3a) of the authenticity of the digital signature digital signature (3a), perform the validation first autorizau010dnu00edho factor (2a) and the recipient shall compare the digitally signed data with the data visible in a mediumi duly issued from this new physical media in active condition by using the software application for steering devices digital currency loaded all at medium available authentication factors (2a and / or 5a) and possibly by other beneficiaries known car rizau010dnu00ed factors and established and authorized electronic transactions in a network of digital currency for steering devices in electronic afterthe time to a private address of the recipient, and the result is the transfer of cryptographic keys, digital currency on the basis of the process of verification and the degradation of physical media vu00edcefaktorovou authentications and therefore implementation of digital currency payment system between vu00fdst avcem and final beneficiary and part of the result is the carrier in the visible znehodnocenu00e9m condition.the physical carrier of cryptographic keys for digital currency for the implementation of the mode of transmission of cryptographic keys, digital currency on the basis of the process of verification and degrade the physical medium is composed of a base fluid in the form of a flat element of the object libov wide open shape, in particular geometric pattern created from the compact material, in particular plastic, paper and metals and their alloyswhile one of the major flat surfaces is identified by a unique alphanumeric identifier (1), whereby the physical carrier according to the specific implementation provided with protective elements against counterfeiting applications and on one or both major plane surfaces j they further field (2) for mounting the first autorizau010dnu00edho factor (2a) and the field (3) for adding a digital signature (3a).

机译：根据验证过程和物理介质v认证的降级过程，传输密钥数字货币是在空的情况下分布的，市场载体，属于安全存储在第二个认证因子（5a）中制造商或以篡改场的形式集成到基板中-明显的方案是v u00fdstavcem，使用sw应用程序暴露于介质读取，并且基于vgenerovan u00e9ho的第一个autoriza u010dn u00edho因子（在图2a）中，导出标识符介质和其他数据，并传递到v u00fdstavci地址，以通过发行数字签名的在线服务发送与标称值为media的shodn u00e9对应的数字货币余额（3a）根据要求，具有所有必需的要素，尤其是一块基材的真实性以及对应于数字媒体的面值，用于显示基板的数字环境签名（3a）与具有授权因子的第一个数字签名（2a）相结合，并且已添加这些数据。特别是，potisknut u00edm，描述或polepen u00edm ，该载体处于活动状态，并且可以重复传输给另一个持有人，受益人应使用sw应用程序对载体进行验证并检查视觉载体，尤其是数字货币z u016fstatk的金额，然后sw应用程序验证了数字签名数字签名（3a）的真实性的第一个autoriza u010dn u00edho因子（2a）和（3a）的加载，执行验证第一个autoriza u010dn u00edho因子（2a）和接收者应将数字签名数据与在活动状态下从该新物理介质适当发布的可见数据进行比较，方法是使用转向设备数字电流控制软件应用程序币值以中等可用的身份验证因子（2a和/或5a）以及可能由其他受益人已知的汽车riza u010dn u00d因子加载，并在数字货币网络中建立并授权了电子交易，以便在转向电子设备后转向收件人的私有地址，其结果是在验证过程和物理介质v u00edcefaktorovou身份验证的过程基础上转移了密钥，数字货币，从而实现了vvc与最终受益人，部分结果是处于可见znehodnocen u00e9m条件下的载体。数字货币的加密密钥的物理载体，用于实现加密密钥的传输方式，数字货币基于验证过程和降解物理介质是由基础流体组成，其形式为t的平面元素他的目标是宽阔的开放形状，特别是由致密材料（特别是塑料，纸张和金属及其合金）制成的几何图案，而主要的平坦表面之一则由唯一的字母数字标识符（1）标识，从而根据带有防伪应用程序的保护元件的特定实施方式，并且在一个或两个主平面上，它们还具有用于安装第一个autoriza u010dn u00edho因子（2a）的字段（2）和用于添加数字签名的字段（3）（ 3a）。

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公开/公告号CZ20150562A3

专利类型
公开/公告日2017-04-26

原文格式PDF
申请/专利权人 PETR SOBOTKA;
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申请/专利号CZ20150000562
发明设计人 PETR SOBOTKA;
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申请日2015-08-20
分类号G06Q20/40;G06Q20/28;G07F7/08;G06Q20/00;G06Q30/00;
国家 CZ
入库时间 2022-08-21 13:39:36

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