CN103106458A - 单变量参数递变多元循环加密防伪信息存储商标 - Google Patents

单变量参数递变多元循环加密防伪信息存储商标 Download PDF

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CN103106458A
CN103106458A CN201310023369XA CN201310023369A CN103106458A CN 103106458 A CN103106458 A CN 103106458A CN 201310023369X A CN201310023369X A CN 201310023369XA CN 201310023369 A CN201310023369 A CN 201310023369A CN 103106458 A CN103106458 A CN 103106458A
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CN103106458B (zh
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郭庆云
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Beijing Institute of Graphic Communication
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Abstract

一种单变量参数递变多元循环加密防伪信息存储商标，该商标可将二进制防伪信息通过多元循环加密和信道编码生成二进制调制信号，并通过循环查表法调制方式将防伪信息以调幅网点导电性能的有序改变嵌入在整个商标页面中，可在商标识别时从任意一个碎片里识别防伪信息，可以用于各种防伪的商标中。

Description

单变量参数递变多元循环加密防伪信息存储商标
所属技术领域：
本发明涉及一种防伪商标，特别是一种单变量参数递变多元循环加密防伪信息存储商标，该商标可将二进制加密防伪信息保存在商标页面上实现商标的防伪，该商标可以用于各种商品的防伪中。
背景技术：
防伪商标，又称防伪标签、防伪标识、防伪标志、防伪标贴，是一种鉴别真伪、防止假冒的证明性标贴物，是商品流通过程中人们用于区别商品来源的真假、区分商品品质优劣的标志。商标防伪关系到商家、客户和市场安全，关系到保护商家及客户的利益。我国的商标进行了大胆地创新，采用了激光防伪、核微孔防伪、隐形图文防伪、磁性油墨防伪、缩微文字防伪、标记分布防伪、光雕防伪等，但防伪与造假的斗争是高科技的较量，再先进的防伪技术都有一定的时效性，所以，必须不断提升商标防伪技术，才能在防伪与造假中永远处于领先地位，这也是保护商家和客户的利益维系商品流通安全的根本保证。
发明内容:
为了提高商标防伪的可靠性和安全性，本发明针对现有商标防伪存在的不足对现有商标防伪技术进行了改进，提出了一种防伪信息存储商标，该商标通过对商标印制中调幅网点导电性能的改变，将加密防伪信息以二进制加密信号形式嵌入在整个商标页面上，可在商标识别时从任意一个碎片里识别加密防伪信息，因此具有很强隐蔽性和抗碎性。
本发明解决其技术问题所采用的技术方案是：
防伪信息存储商标，由商标页纸、印制在商标页纸上的调幅网点、印制在商标页纸上的行扫描线、印制在商标页纸上的列扫描线构成，商标页纸上的图像和文字由调幅网点构成，
根据存储的二进制加密防伪信息，商标页纸上的一部分调幅网点由导电油墨印制而成，商标页纸上的另一部分调幅网点由绝缘油墨印制而成，商标页纸上的行扫描线和列扫描线均由透明导电油墨印制而成，
印制在商标页纸上的行扫描线有N条，印制在商标页纸上的列扫描线有M条，印制在商标页纸上的调幅网点在商标纸面上被分为N行M列，调幅网点在商标页纸纸面上整齐呈矩阵排列，让i取1到N,让j取1到M, 商标页纸上的第j条列扫描线与商标页纸上的第j列的各个调幅网点的底表面电连接, 商标页纸上的第i条行扫描线与商标页纸上的第i行的各个调幅网点的上表面电连接,
当需要将商标页面存储的二进制信息读出时，将商标页纸上的第1条到第N条行扫描线依次置为高电平,
当商标页纸上的第1条行扫描线置为高电平时, 商标页纸上的第1行存储的二进制信息以0、1代码形式从第1条列扫描线到第M条列扫描线输出，商标页纸上的第1行由导电油墨印制而成的调幅网点输出二进制信息1，商标页纸上的第1行由绝缘油墨印制而成的调幅网点输出二进制信息0，对商标页纸上的其它行可重复上述读出过程，
为了实现商标防伪信息的加密存储，首先对图像防伪信息和文字防伪信息进行数字化处理，利用图像防伪信息和文字防伪信息生成8位一组的二进制防伪信息表，为防止加密过程中产生信息溢出，将二进制防伪信息表中的每一个8位一组二进制防伪信息扩展为32位一组二进制防伪信息，生成高24位全为0的32位一组二进制防伪信息表，将32位一组二进制防伪信息表中的第i组32位二进制防伪信息记作                                                
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，将32位一组二进制加密防伪信息表中的第i组32位二进制加密防伪信息记作Hi，i为大于0的正整数，二进制加密参数分别记作
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、
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、
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、
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和
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，加密参数、
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、、、、
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为0到256的二进制正整数，二进制加密变量记作q、j、d、e、f、g、h和r，加密变量q、j、d、e、f、g、h和r为0到256的二进制正整数，二进制算符控制变量记作k，二进制算符控制变量k为0≦k≦7的二进制正整数，算符 
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采用+ 、－、×、四种算符，二进制算符控制变量k=0时
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分别定义为－、+ 、×、+ 、×、－、×、+，二进制算符控制变量k=1时
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分别定义为+ 、×、+、+ 、－、×、+ 、×，二进制算符控制变量k=2时
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分别定义为－、×、+、+ 、×、－、+ 、－，二进制算符控制变量k=3时
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分别定义为－、×、+、－、×、－、+ 、×，二进制算符控制变量k=4时
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分别定义为+ 、×、－、×、+、－、+ 、×，二进制算符控制变量k=5时
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分别定义为×、+ 、×、－、+ 、+、－、×，二进制算符控制变量k=6时
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分别定义为×、+ 、+、－、×、+、+ 、×，二进制算符控制变量k=7时
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分别定义为+ 、×、×、－、+、－、－、×，二进制算符控制变量k=0时多元循环加密运算定义为Hi=
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, 二进制算符控制变量k=1时多元循环加密运算定义为Hi=
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的初值，设定加密变量q、j、d、e、f、g、h和r的初值，设定二进制算符控制变量k的初值为k=0，设定32位一组二进制防伪信息表中32位二进制防伪信息
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的位置控制变量i=1，设定32位一组二进制加密防伪信息表中32位二进制加密防伪信息Hi的位置控制变量i=1，对
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多元循环加密运算的同时进行i+1、q+1、j+1、d+1、e+1、f+1、g+1、h+1、r+1和k+1运算，使下一个多元循环加密运算指向H2=
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（其中k=1），生成32位一组的二进制加密防伪信息表中的第二个二进制加密防伪信息H2，对
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进行H2=
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多元循环加密运算的同时进行i+1、q+1、j+1、d+1、e+1、f+1、g+1、h+1、r+1和k+1运算，使下一个多元循环加密运算指向H3=
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（其中k=2），生成32位一组的二进制加密防伪信息表中的第三个二进制加密防伪信息H3，这个多元循环加密运算一直进行下去直到二进制防伪信息表中的最后一个32位二进制防伪信息，通过对32位一组二进制防伪信息表中的每一个32位二进制防伪信息
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进行多元循环加密运算，生成与32位一组二进制防伪信息表对应的32位一组二进制加密防伪信息表，对商标印刷中调幅网点进行数字化处理，将调幅网点设置为两种，其中由绝缘油墨印制而成的调幅网点定义为数字0、由导电油墨印制而成的调幅网点定义为数字1，在商标印刷过程中利用生成的32位一组的二进制加密防伪信息通过循环查表法调制商标页面上的调幅网点的印制过程，通过选择绝缘油墨和导电油墨印制调幅网点使商标页面上的调幅网点有规律的按照上述两种调幅网点的导电性能进行变化，调制后商标页面上相邻32个调幅网点构成一组32位二进制信息，使得商标页面上通过调幅网点导电性能的变化携带防伪信息，并使该防伪信息嵌入在整个商标页面网点中，实现商标防伪，通过在商标页面中非显见地嵌入可提取的防伪信息，能够为真商标提供有效证明，同时具有较强的抗伪造能力。
为解决上述的技术问题，首先对图像防伪信息和文字防伪信息进行数字化处理，生成8位一组的二进制防伪信息表，将二进制防伪信息表中的每一个8位一组二进制防伪信息扩展为32位一组二进制防伪信息，生成高24位全为0的32位一组二进制防伪信息表，对32位一组二进制防伪信息表中的每一个32位二进制防伪信息进行多元循环加密运算，生成32位一组的二进制加密防伪信息表，利用二进制加密防伪信息表中的32位二进制加密防伪信息经过信道编码，生成具有检错和纠错功能的32位一组的二进制调制信号，信道编码可以采用循环编码、卷积编码或Turbo编码多种形式，将商标页面原始连续调图像信号经过栅格化处理（RIP）和混合加网输出半色调混合加网图像信号，其中包括调幅网点和调频网点图像信号，利用生成的32位一组二进制调制信号采用循环查表法调制方式调制混合加网图像信号中调幅网点的导电性能，使调幅网点的导电性能按照绝缘油墨调幅网点和导电油墨调幅网点有规律的发生改变，使混合加网图像信号中相邻32个调幅网点通过导电性能的改变携带32位二进制防伪信息，从而生成在整个商标页面网点中嵌入防伪信息的混合加网图像信号，实现商标的防伪。
在提取防伪信息时，首先采集商标页面网点导电性能信号，经过对调幅网点的导电性能的识别，分辨调幅网点的导电性，提取调幅网点的导电性能信息，解调商标页面调幅网点的导电性能信息，输出32位一组的二进制调制信号，对解调输出的32位一组的二进制调制信号进行信道解码, 信道解码后生成二进制解密防伪信息表，将二进制解密防伪信息表中的第i组32位二进制信息记作Mi。
将二进制解密防伪信息表中32位二进制信息Mi的位置控制变量i的初值设定为i=1，设定加密参数
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和的初值为加密时的初值，设定加密变量q、j、d、e、f、g、h和r的初值为加密时的初值，二进制算符控制变量k的初值设定为k=0,通过多元循环加密过程可知，二进制算符控制变量k=0时解密运算为Mi=
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,从二进制解密防伪信息表中第一位M1开始，对二进制解密防伪信息表中的每一个32位二进制信息Mi进行相应的解密运算，解出二进制防伪信息
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，生成高24位全为0的32位一组二进制防伪信息表，去掉高24位，恢复生成8位一组的二进制防伪信息表，恢复防伪信号并输出防伪信息。
附图说明
下面结合附图对本发明进一步说明。
图1 是本发明的整体结构图。
图2 是本发明的A—A剖视图。
图3 加载防伪信息流程图。
图4 提取防伪信息流程图。
具体实施方式
如图1和图2中，加密防伪信息存储商标，由商标页纸7-1、印制在商标页纸7-1上的调幅网点6-1到6-150、印制在商标页纸7-1上的行扫描线1-1到1-15、印制在商标页纸7-1上的列扫描线2-1到2-10构成，商标页纸7-1上的图像和文字由调幅网点6-1到6-150构成，
根据存储二进制加密防伪信息，商标页纸7-1上的一部分调幅网点由导电油墨印制而成，商标页纸7-1上的另一部分调幅网点由绝缘油墨印制而成，商标页纸7-1上的行扫描线1-1到1-15和列扫描线2-1到2-10由透明导电油墨印制而成，
图1中，商标页纸7-1上的深色调幅网点由导电油墨印制而成，商标页纸7-1上的浅色调幅网点由绝缘油墨印制而成，
印制在商标页纸7-1上的调幅网点在商标纸面上被分为15行10列，调幅网点6-1到6-150在商标页纸7-1上整齐呈矩阵排列，让i取1到15,让j取1到10, 商标页纸7-1上的第j条列扫描线与商标页纸7-1上的第j列的各个调幅网点的底表面电连接, 商标页纸7-1上的第i条行扫描线与商标页纸7-1上的第i行的各个调幅网点的上表面电连接,
当需要将商标页面存储的二进制加密防伪信息读出时，将商标页纸7-1上的第1条行扫描线到第15条行扫描线依次置为高电平,
当商标页纸7-1上的第1条行扫描线1-1置为高电平时, 商标页纸7-1上的第1行存储的二进制加密防伪信息以0、1代码形式从第1条列扫描线到第10条列扫描线输出，商标页纸7-1上的第1行由导电油墨印制而成调幅网点输出二进制信息1，商标页纸7-1上的第1行由绝缘油墨印制而成调幅网点输出二进制信息0，因此第1行读出的二进制加密防伪信息1100001000，对商标页纸7-1上的其它行可重复上述读出过程。
在加载防伪信息流程图3中，原始防伪信息（图像、文字）经数字化处理，生成8位一组的二进制防伪信息表，将二进制防伪信息表中的8位一组二进制信息扩展为32位一组二进制信息，生成高24位全为0的32位一组二进制防伪信息表，32位一组二进制防伪信息表中的第i组32位二进制信息记作，i为大于0的正整数，从32位一组二进制防伪信息表中的第一个32位二进制加密防伪信息
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开始，对32位一组二进制防伪信息表中的每一个32位二进制防伪信息
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进行多元循环加密运算，生成与32位一组二进制防伪信息表对应的32位一组二进制加密防伪信息表，对商标印刷中调幅网点进行数字化处理，将调幅网点设置为两种，其中由绝缘油墨印制而成的调幅网点定义为数字0、由导电油墨印制而成的调幅网点定义为数字1，在商标印刷过程中利用生成的32位一组的二进制加密防伪信息通过循环查表法调制商标页面上的调幅网点的印制过程，通过选择绝缘油墨和导电油墨印制调幅网点使商标页面上的调幅网点有规律的按照上述两种调幅网点的导电性能进行变化，调制后商标页面上相邻32个调幅网点构成一组32位二进制信息，使得商标页面上通过调幅网点导电性能的变化携带防伪信息，并使该防伪信息嵌入在整个商标页面网点中，实现商标防伪印刷，通过在商标页面中非显见地嵌入可提取的防伪信息，实现商标防伪。
在提取防伪信息流程图4中，在提取防伪信息时，首先采集商标页面网点图像的导电性能信号，经过对调幅网点的导电性能识别，分辨调幅网点的导电性能，提取调幅网点的导电性能信息，解调商标页面调幅网点的导电性能信息，输出32位一组的二进制调制信号，对解调输出的32位一组的二进制调制信号进行信道解码, 信道解码后生成二进制解密防伪信息表。
将解码后生成的二进制解密防伪信息表中32位二进制信息Mi的位置控制变量i的初值设定为i=1，设定加密参数的初值为加密时的初值，设定加密变量的初值为加密时的初值，二进制算符控制变量k的初值设定为k=0,从生成的二进制解密防伪信息表中第一位M1开始，对二进制解密防伪信息表中的每一个32位二进制信息Mi进行解密运算，解出二进制防伪信息，生成高24位全为0的32位一组二进制防伪信息表，去掉高24位，恢复生成8位一组的二进制防伪信息表，恢复防伪信号并输出防伪信息。

Claims (1)

1.一种将防伪信息通过加密运算和信道编码生成二进制调制信号，并通过循环查表调制方式将防伪信息嵌入在整个页面中的单变量参数递变多元循环加密防伪信息存储商标，其特征是：防伪信息存储商标，由商标页纸、印制在商标页纸上的调幅网点、印制在商标页纸上的行扫描线、印制在商标页纸上的列扫描线构成，根据存储的二进制加密防伪信息，商标页纸上的一部分调幅网点由导电油墨印制而成，商标页纸上的另一部分调幅网点由绝缘油墨印制而成，商标页纸上的行扫描线和列扫描线均由透明导电油墨印制而成，
为了实现商标防伪信息的加密存储，首先对图像防伪信息和文字防伪信息进行数字化处理，利用图像防伪信息和文字防伪信息生成8位一组的二进制防伪信息表，为防止加密过程中产生信息溢出，将二进制防伪信息表中的每一个8位一组二进制防伪信息扩展为32位一组二进制防伪信息，生成高24位全为0的32位一组二进制防伪信息表，将32位一组二进制防伪信息表中的第i组32位二进制防伪信息记作                                                
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, 二进制算符控制变量k=2时多元循环加密运算定义为Hi=
Figure 874615DEST_PATH_IMAGE023
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,二进制算符控制变量k=3时多元循环加密运算定义为Hi=
Figure 151073DEST_PATH_IMAGE024
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, 二进制算符控制变量k=4时多元循环加密运算定义为Hi=
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,二进制算符控制变量k=5时多元循环加密运算定义为Hi=
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,二进制算符控制变量k=6时多元循环加密运算定义为Hi=
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,二进制算符控制变量k=7时多元循环加密运算定义为Hi=
Figure 805815DEST_PATH_IMAGE032
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,设定加密参数
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、
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、、
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、
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、
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、
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和
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的初值，设定加密变量q、j、d、e、f、g、h和r的初值，设定二进制算符控制变量k的初值为k=0，设定32位一组二进制防伪信息表中32位二进制防伪信息
Figure 705679DEST_PATH_IMAGE001
的位置控制变量i=1，设定32位一组二进制加密防伪信息表中32位二进制加密防伪信息Hi的位置控制变量i=1，对
Figure 114008DEST_PATH_IMAGE034
进行H1=
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多元循环加密运算（其中k=0），生成32位一组的二进制加密防伪信息表中的第一个二进制加密防伪信息H1，对
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进行H1=
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多元循环加密运算的同时进行i+1、q+1、j+1、d+1、e+1、f+1、g+1、h+1、r+1和k+1运算，使下一个多元循环加密运算指向H2=
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（其中k=1），生成32位一组的二进制加密防伪信息表中的第二个二进制加密防伪信息H2，对
Figure 262703DEST_PATH_IMAGE037
进行H2=
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多元循环加密运算的同时进行i+1、q+1、j+1、d+1、e+1、f+1、g+1、h+1、r+1和k+1运算，使下一个多元循环加密运算指向H3=
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（其中k=2），生成32位一组的二进制加密防伪信息表中的第三个二进制加密防伪信息H3，这个多元循环加密运算一直进行下去直到二进制防伪信息表中的最后一个32位二进制防伪信息，通过对32位一组二进制防伪信息表中的每一个32位二进制防伪信息
Figure 342502DEST_PATH_IMAGE001
进行多元循环加密运算，生成与32位一组二进制防伪信息表对应的32位一组二进制加密防伪信息表，对商标印刷中调幅网点进行数字化处理，将调幅网点设置为两种，其中由绝缘油墨印制而成的调幅网点定义为数字0、由导电油墨印制而成的调幅网点定义为数字1，在商标印刷过程中利用生成的32位一组的二进制加密防伪信息通过循环查表法调制商标页面上的调幅网点的印制过程，通过选择绝缘油墨和导电油墨印制调幅网点使商标页面上的调幅网点有规律的按照上述两种调幅网点的导电性能进行变化，调制后商标页面上相邻32个调幅网点构成一组32位二进制信息，使得商标页面上通过调幅网点导电性能的变化携带防伪信息，并使该防伪信息嵌入在整个商标页面网点中，实现商标防伪。
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