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    • 21. 发明公开
    • Compression method for managing the storing of persistent data from a non volatile memory to a backup buffer
    • 用于管理非易失性存储器的持久性数据的存储在备份缓冲器压缩方法
    • EP1873641A1
    • 2008-01-02
    • EP06013461.6
    • 2006-06-29
    • Incard SA
    • Sepe, PaoloDi Cosmo, Luca
    • G06F11/14G06F1/30
    • G06F11/1433
    • Compression method for a Backup Data buffer (2), comprising a plurality of Backup entries (2a, 2b, 2c, 2d) for storing persistent data (data-R1, data-R2, data-R3, data-R4) of a non volatile memory (1) device during at least one update operation (op1, op2), an address of the persistent data (data-R1, data-R2, data-R3, data-R4) in the non volatile memory (1) device being stored in a driver buffer (drv) comprising a plurality of address pages (pag1, pagm), each including a plurality of address entries (A1, An), the compression method comprising the functions for: marking as erasable an address entry (A1), included in a first address page (pag1) of the driver buffer (drv), when the at least one update operation (op1, op2) on the persistent data (data-R1, data-R2, data-R3, data-R4) is completed; copying, from the first address page (pag1) to a second address page (pag2) of the driver buffer (drv) a plurality of address entries (A2) not marked as erasable or not-erasable, the second address page (pag2) containing only address entries not marked as erasable; erasing the first address page (pag1), rendering it ready to be written; writing the content of the second address page into the first and release the second address page for future writings.
    • 用于备份数据缓冲器压缩方法(2),其包括备份条目(2A,2B,2C,2D)的多个用于存储持久数据的非易失的(数据R1,数据-R2,数据R3,数据-R4) 易失性存储器(1)装置的至少一个更新操作期间(OP1,OP2),以在非易失性存储器设备(1)持久性数据(数据R1,数据-R2,数据R3,数据-R4)的地址 被存储在包括地址页(PAG1,pagm)的多个A驱动器缓冲器(DRV)各自包括地址表项(A1,An)的,压缩方法包括功能的多元性:(标记为擦除,以解决条目A1 ),包括在驱动器缓冲器(DRV)当所述至少一个更新操作(OP1,OP2)上的持久数据(数据R1,数据-R2,数据-R3,数据的第一地址页(PAG1) R4)完成; 复制,从第一地址页(PAG1)到驱动缓冲器(DRV)地址表项的多个(A2)没有标记为可擦除或不擦除,第二地址页(PAG2)的第二地址页(PAG2)含 没有标记为可擦写只有地址条目; 擦除第一页地址(PAG1),使其准备好写的; 写第二页地址的内容到第一和释放第二地址页为未来的著作。
    • 22. 发明公开
    • Module for an IC card
    • Model einer IC-Karte
    • EP1804201A1
    • 2007-07-04
    • EP05028725.9
    • 2005-12-30
    • Incard SA
    • Frallicciardi, PaoloVisconti, Edoardo
    • G06K19/077B42D15/10
    • G06K19/07743G06K19/07728G06K19/07747H01L2224/48091H01L2224/48228H01L2924/00014
    • Plated module (20) for IC card including a printed circuit (2) comprising a plurality of conductive areas (a 1 ,..,a n ), delimited by a network of insulating channels (ch 1 ,..,ch k ), for covering an integrated circuit chip (3) intended to be hosted in a recess (6) of a plastic support (1) of the IC card, at least some of the conductive areas (a 1 ,..,a n ) being connected to a corresponding contact points (c 1 ,..,c j ) of the integrated circuit chip (3). At least some of said conductive areas (a 1 ,..,a n ) are linked to corresponding external areas (ea 1 ,..,ea m ) by one or more bridges (br 1 ,.., br l ). The conductive areas (a 1 ,..,a n ) are separated from said external areas (ea 1 ,..,ea m ) by an insulating channel (b 1 , b 2 ) crossed by the bridges (br 1 ,.., br l ). The insulating channels (ch 1 ,..,ch k ) surround the conductive areas (a 1 ,..,a n ) as a protection frame for the contact points (c 1 ,..,c k ). At least a major side of at least one of the conductive areas (a 1 , a n ) is curved. A couple of advanced extended areas (ea 1 ,ea m ) form a rounded border of the plated module (20).
    • 用于IC卡的电镀模块(20)包括印刷电路(2),该印刷电路包括由绝缘通道网络(ch 1,...,ch k)界定的多个导电区域(a 1,...,a),用于 覆盖旨在托置在IC卡的塑料支撑件(1)的凹部(6)中的集成电路芯片(3),至少一些导电区域(a 1,...,a)连接到 集成电路芯片(3)的对应接触点(c 1,...,cj)。 至少一些所述导电区域(a 1,...,a n)通过一个或多个桥接器(br 1,...,br 1)连接到对应的外部区域(ea 1,...,ea m)。 导电区域(a 1,...,a)通过由桥(br 1,...,a)交叉的绝缘通道(b 1,b 2)与所述外部区域(ea 1,...,ea m) br l)。 绝缘通道(ch 1,...,ch k)围绕作为接触点(c 1,...,c k)的保护框架的导电区域(a 1,...,a n)。 至少一个导电区域(a 1,a n)的主要侧面是弯曲的。 几个先进的扩展区域(ea 1,ea m)形成镀覆模块(20)的圆形边框。
    • 27. 发明公开
    • Method for modifying an instruction sequence that is memorized in a read only memory (ROM) of a smart card and a corresponding smart card
    • 一种用于改变存储在一个智能卡的一个只读存储器(ROM)的指令序列的方法被存储,并且相应的智能卡
    • EP2275935A2
    • 2011-01-19
    • EP10167925.6
    • 2010-06-30
    • Incard SA
    • Di Sirio, GiovanniFontana, Giovanni
    • G06F11/36
    • G06F11/3644G06F8/66
    • Method for modifying an instruction sequence (S), each instruction (i) being associated with an address (j) and stored in a read only memory (ROM) of a smart card (1), the smart card (1) further comprising a microprocessor (2) and at least one further non-volatile memory (6); the method comprises:
      - a mapping step which provides identifying the addresses (j) associated with the instructions (i) to be modified included in said instruction sequence (S) and storing such identified addresses (bp_1,...,bp_n) in a breakpoint unit (10);
      - an upgrading step for storing groups of alternative instructions (g_1,...,g_n) in the non-volatile memory (6) and for associating with each group of instructions (g_k with k=1,...,n) one of said identified addresses (bp_1, ...,bp_n);
      - an updating step for comparing a current address (j) of a current instruction (i) of said instruction sequence (S) with said identified addresses (bp_1,...,bp_n) and, in the event that said current address (j) corresponds to one of said identified addresses (bp_1,...,bp_n), to enable an update by executing the group of alternative instructions (g_1,...,g_n) associated with said corresponding identified address (bp_1,...,bp_n); on the contrary, to execute said current instruction (i).
    • 对指令序列(S),每个指令(I)的改性方法被用在地址(j)相关联并存储在智能卡(1),智能卡(1),还包括一个只读存储器(ROM) 微处理器(2)和至少一个另外的非易失性存储器(6); 该方法包括: - 映射步骤,其提供识别与所述指令(i)关联的地址(j)的修改包括在所述指令序列(S)和存储寻求在一个鉴定地址(bp_1,...,bp_n) 断点单元(10); - 有关升级步骤,用于存储在非易失性存储器(6)替代指令(G_1,...,G_N)基团和用于与每个组的指令相关联(其中k = 1,...,N g_k)一个 所述识别出的地址(bp_1,...,bp_n); - 关于更新,用于比较所述指令序列(S)与所述识别的地址(bp_1,...,bp_n),并且在所述事件的电流指令(I)的当前地址(j)的步骤:所述当前地址(j )对应于所述识别的地址中的一个(bp_1,...),通过执​​行该组的替代指示启用bp_n的更新与所述对应的识别地址(bp_1相关联(G_1,...,G_N)... ,bp_n); 与此相反,以执行所述电流指令(i)中。
    • 28. 发明公开
    • Method to defrag a memory of an IC Card
    • Verfahren zum Defragmentieren eines Speichers einer IC-Karte
    • EP2275915A1
    • 2011-01-19
    • EP10167895.1
    • 2010-06-30
    • Incard SA
    • Donatiello, Saverio
    • G06F3/06G06F12/02
    • G06F3/0643G06F3/0608G06F3/0679G06F12/023G06F2212/177
    • Method to defrag a memory (M) for an IC Card comprising a plurality of files (1, 2, 3) stored in memory portions (P1, P2, P3) of the memory (M), each file (1, 2, 3) including respective links (L1, L2, L3) to one or more other files (1, 2, 3). The method comprises the steps of: -detecting a start address (fl) of a first free memory portion (M1) of the memory (M); -detecting an address (ai) of a memory portion (P1) following the start address (fl) and storing one file to be moved (1); -detecting files (2) including links (L2) to the address (ai) of the file to be moved (1); - moving the file to be moved (1) at the start address (fl) of the first free memory portion (M1); -updating the links to point at the start address (fl); wherein the above steps are repeated until at least two free memory portions (M1, M2) following the moved files (1) are separated by one or more of files (1, 2, 3).
    • 对存储在存储器(M)的存储器部分(P1,P2,P3)中的多个文件(1,2,3)存储的IC卡进行碎片整理的方法,每个文件(1,2,3) )包括到一个或多个其他文件(1,2,3)的各个链接(L1,L2,L3)。 该方法包括以下步骤: - 检测存储器(M)的第一空闲存储器部分(M1)的起始地址(f1); - 检测在起始地址(fl)之后的存储器部分(P1)的地址(ai)并存储一个待移动的文件(1); - 将包含链接(L2)的文件(2)检测到要移动的文件的地址(ai)(1); - 移动要移动的文件(1)在第一空闲存储器部分(M1)的起始地址(fl); 更新链接以指向起始地址(fl); 其中重复上述步骤,直到移动的文件(1)之后的至少两个空闲存储器部分(M1,M2)被文件(1,2,3)中的一个或多个分离。
    • 29. 发明公开
    • Method for producing at least a portion of a data visualization layout on a display of a device provided with at least a Smart Card, method for codifying a plurality of HTML instructions and corresponding system
    • 一种用于在装置的具有至少一个芯片卡,过程编纂多个HTML指令及相应的系统的显示布局制备数据可视化的至少一个部分的过程
    • EP2256645A1
    • 2010-12-01
    • EP10164076.1
    • 2010-05-27
    • Incard SA
    • Varone, FrancescoVeneroso, Amedeo
    • G06F17/30
    • G06F17/30896
    • A method for generating at least one portion of a data display layout on a display of a device equipped with at least one smart card, the method comprising the steps of:
      - generating a code sequence (50, 51, 52 etc.) suitable to define at least one portion of the data display layout and to store the code sequence (50, 51, 52 etc.) in said at least one smart card, each code of said code sequence (50, 51, 52 etc.) having a first portion (50a, 51a, 52a, etc.) comprising a first numerical code (01, 02, 03 etc.), and a second portion (50b, 51b, 52b etc.) comprising a second numerical code;

      the first numerical code (01, 02, 03 etc.) corresponding to a coded primitive action suitable to produce at least one part of the display layout; and
      the second numerical code corresponding to a coded item of data correlated with a respective primitive action (Title, Put File, Set, etc.);
      processing the code sequence (50, 51, 52 etc.) to generate on the device display at least one part of the display layout with said items of data in predefined positions of the layout.
    • 一种用于装备有至少一个智能卡的设备的显示器上产生一个数据显示布局中的至少一个部分的方法,该方法包括以下步骤: - 适合于产生代码序列(50,51,52等) 定义数据的显示布局中的至少一个部分和以存储在所述的代码序列(50,51,52等)的至少一个智能卡,所述代码序列(50,51,52,等等)的每个码具有 第一部分(50A,51A,52A等),其包括第一数字代码(01,02,03等),以及包括第二数字代码的第二部分(50B,51B,52B等); 第一数值码(01,02,03等)对应于适合于产生所述显示布局中的至少一个部分的编码原始动作; 和第二数字代码对应于与原始respectivement动作(标题,将文件,设置等)相关的数据的编码项; 处理的代码序列(50,51,52等),以产生在显示装置上与布局的预定位置的数据的上述各项的显示布局中的至少一个部分。