WO2016169499A1 - 一种基于随机防伪标记的防伪***及其防伪方法 - Google Patents

一种基于随机防伪标记的防伪***及其防伪方法 Download PDF

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WO2016169499A1
WO2016169499A1 PCT/CN2016/079943 CN2016079943W WO2016169499A1 WO 2016169499 A1 WO2016169499 A1 WO 2016169499A1 CN 2016079943 W CN2016079943 W CN 2016079943W WO 2016169499 A1 WO2016169499 A1 WO 2016169499A1
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mark
random
counterfeiting
information
server
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PCT/CN2016/079943
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English (en)
French (fr)
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石立公
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石立公
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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06VIMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V20/00Scenes; Scene-specific elements
    • G06V20/80Recognising image objects characterised by unique random patterns
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06KGRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00Commerce
    • G06Q30/018Certifying business or products
    • G06Q30/0185Product, service or business identity fraud
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06VIMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V20/00Scenes; Scene-specific elements
    • G06V20/95Pattern authentication; Markers therefor; Forgery detection

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  • the invention relates to an anti-counterfeiting system, in particular to an anti-counterfeiting system based on random anti-counterfeiting marks and an anti-counterfeiting method thereof.
  • Anti-counterfeiting technologies such as character codes, one-dimensional codes, and two-dimensional codes that are widely used today can be forged.
  • the random anti-counterfeit mark refers to a random anti-counterfeit mark composed of randomly distributed ink dots.
  • the random anti-counterfeit mark does not damage the commodity and the article itself, can be manually recognized, and has low cost. With the support of computer network technology, the random anti-counterfeiting mark has Unforgeable.
  • the anti-counterfeiting system composed of the random anti-counterfeiting mark has the following technical defects, and the system may be attacked by a hacker, so that the random anti-counterfeiting mark stored on the server side is replaced with a picture of other random anti-counterfeit mark, or other information is modified; Or the enterprise that produces the commodity replaces the random anti-counterfeiting mark to which it belongs to evade the relevant responsibility, making the random anti-counterfeiting mark reproducible, so that the enterprise anti-counterfeiting system lacks sufficient credibility, which may harm the interests of the enterprise, and also May harm the rights of consumers.
  • the present invention provides an anti-counterfeiting system based on random anti-counterfeiting marks.
  • the random anti-counterfeiting mark supported by the system is unforgeable, non-repudiable, and has low anti-counterfeiting cost.
  • the present invention provides an anti-counterfeiting system based on a random anti-counterfeiting mark, comprising a server, a sampling device, an inspection device, and a communication system, wherein the sampling device and the verification device are both connected to a server through a communication system;
  • the sampling device includes an image collecting device for collecting image information of a random security mark and transmitting it to a server;
  • the verification device is an information terminal device, which is a computer fixed terminal device or a mobile terminal device, and is configured to receive information related to the random anti-counterfeit mark transmitted by the server, and display the information on the screen of the verification device;
  • the server is configured to cooperate with the sampling device and the verification device, and store the received random anti-counterfeiting mark related information and/or user related information and/or random anti-counterfeiting mark maintenance information and/or related information used by the random anti-counterfeiting mark, and check
  • the device provides random anti-counterfeiting tag related information and/or user related information and/or random anti-counterfeiting tag maintenance information and/or related information used by the random anti-counterfeiting tag.
  • the sampling device is an automatic sampling device, and the automatic sampling device comprises: an image collecting device, a networked terminal, and an automatic sampling auxiliary device; the image capturing device is configured to collect image information of a random security mark and collect the collected image information. Transmitting to the networked terminal; the networked terminal controls the operation of the automatic sampling auxiliary device and the image capturing device, and associates the image information of the random security mark with the unique identification code of the random security mark, together with other related information of the random security mark Or batch transfer to the server; the automatic sampling aid is used to cooperate with an automated production device to control the random security mark to stay in front of the image capture device one by one in order to collect an image of the random security mark.
  • the sampling device is a manual sampling device, the manual sampling device includes: an image acquisition device, a networked terminal; the image acquisition device is configured to collect image information of a random security mark, and transmit the collected image information to the networked terminal;
  • the networked terminal is manually or automatically executed, and the image information of the random security mark is associated with the unique identification code of the random security mark, and transmitted to the server in real time or in batch together with other related information of the random security mark.
  • the communication system is a secure communication system or a general communication system.
  • a management terminal which is an information terminal device, used for internal management of the enterprise or for operation management of the anti-counterfeiting system itself.
  • An anti-counterfeiting method based on random anti-counterfeiting marks including the following processing:
  • sampling of the random anti-counterfeiting mark is a sampling method of the random anti-counterfeiting mark, and includes the following processing:
  • the sampling method of the random anti-counterfeiting mark further includes at least one of the following processes:
  • a business or organization may have multiple operational accounts on the server side. Multiple operational accounts are associated with the accounts of the enterprise or organization. By operating the accounts, you can find the accounts of the corresponding enterprises or organizations, and through the accounts of enterprises or organizations. You can find all the operational accounts that the business or organization belongs to;
  • the management account has the right to modify the information uploaded by the company or organization;
  • the sender can modify the uploaded information
  • the server automatically records the relevant scenes, including the operator, the operation time, and the unique identification code of the operation related records;
  • the server automatically records the relevant scene, including the operator, the operation time, the unique identification code of the operation related record;
  • the server automatically records the relevant scene, including the operator, the operation time, and the unique identification code of the operation related record;
  • (o) related information of the random anti-counterfeiting mark may be marked as inactive when the sample is stored in the server, and then marked as an activated state;
  • the server automatically records all users' login, logout, and user management related operations for tracking
  • the process 2) the verification of the random security mark is a test method for the random security mark, and includes the following processing:
  • the server obtains a unique identification code: the server obtains a unique identification code corresponding to the random security feature to be checked;
  • the server transmits the random anti-counterfeiting mark corresponding to the unique identification code and related information to the testing device;
  • the verification device displays a picture of the random security mark and related information on the screen.
  • the method for verifying the random security mark further includes at least one of the following processes:
  • the verification device displays on the screen the communication mode used when transmitting and modifying the random anti-counterfeit mark information
  • the inspection device displays on the screen the operator who transmits and modifies the random anti-counterfeit mark information
  • the inspection device displays on the screen the company of the operator who transmits and modifies the random anti-counterfeit mark information each time;
  • the verification device displays on the screen the random anti-counterfeiting mark information before and after the operation of modifying the random anti-counterfeit mark information
  • the method of manual comparison of the processing (4) of the verification method of the random security mark includes at least one of the following processes:
  • the random security mark pattern has a base map to facilitate the comparison test of random security marks.
  • the information related to the random anti-counterfeiting mark includes: a product name, a model number, a manufacturer or an author, a place of production, a production time, a mark transmission/modification time, a mark transmission/modification person and a manufacturer, and a communication method used when marking transmission/modification , before and after the modification of the mark information, product photos and other information.
  • the server is operated by a third party other than the manufacturer who uses the mark and the user who purchased the product.
  • the anti-counterfeiting system proposed by the invention; under the support of the computer network, once the producer transmits the random anti-counterfeiting mark to the server, it cannot be denied; and the system tracks and records all operations of the random anti-counterfeiting mark, and each random anti-counterfeiting mark and used User/manufacturity association, all operation records of all random anti-counterfeiting marks and related information can be reviewed and consulted; when the server is run by a third party, a secure communication system is used, and the third party strictly abides by the rules, the anti-counterfeiting system makes the random anti-counterfeiting mark It has unforgeability, non-repudiation, and low cost of anti-counterfeiting.
  • FIG. 1 is a schematic view showing the structure of an embodiment of a random anti-counterfeiting mark-based anti-counterfeiting system of the present invention.
  • FIG. 2 is a schematic view showing the structure of a first embodiment of the sampling device of the present invention.
  • Figure 3 is a schematic view showing the structure of a second embodiment of the sampling device of the present invention.
  • FIG. 4 is a flow chart of an embodiment of an anti-counterfeiting method of a random anti-counterfeiting mark-based anti-counterfeiting system of the present invention.
  • Figure 5 is a flow diagram of one embodiment of a method of sampling a random security token of the present invention.
  • Figure 6 is a flow chart of one embodiment of a method of verifying a random security feature of the present invention.
  • FIG. 1 is a schematic structural diagram of an embodiment of a random anti-counterfeiting mark-based anti-counterfeiting system according to the present invention, comprising: a server, a sampling device, an inspection device, a management terminal, and a communication system;
  • the communication system is a secure communication system or a general communication system in the prior art, and it is preferable to use a secure communication system with high security.
  • the server adopts the existing technical equipment, which can be a single server, a server cluster, a cloud server or a distributed server system, preferably uses a server cluster, and the server cluster adopts a high security configuration.
  • the server cooperates with the sampling device and the verification device to work together, and stores the received random anti-counterfeiting mark related information and/or user related information and/or random anti-counterfeiting mark maintenance information and/or related information used by the random anti-counterfeiting mark,
  • the verification device provides random anti-counterfeiting mark related information and/or user related information and/or random anti-counterfeiting mark maintenance information and/or related information used by the random anti-counterfeiting mark.
  • FIG. 2 it is a schematic structural diagram of a first embodiment of the sampling device of the present invention, comprising: a networked terminal, an image acquisition device, and an automatic sampling assistance device;
  • the sampling device is an automatic sampling device, including: image acquisition The device, the networked terminal, and the automatic sampling auxiliary device;
  • the image collecting device is configured to collect image information of the random security mark, and transmit the collected image information to the networked terminal;
  • the networked terminal controls the automatic sampling auxiliary device and the image collecting device Running, and matching the image information of the random security mark with the unique identification code of the random security mark, and transmitting it to the server in real time or in batch together with other related information of the random security mark;
  • the automatic sampling auxiliary device is used for cooperation with automation
  • the production equipment controls the random anti-counterfeiting mark to stay in front of the image capturing device one by one to collect the image of the random security mark;
  • the automated production equipment includes: a material conveying device, an automated printing device, a packaging device,
  • the image acquisition device is a digital camera, a digital video camera, preferably a high-definition digital camera, such as an industrial digital camera model MV-VDF130SC/SM, whose main technical index is 30 frames/second, and the resolution is 1280*1024. Rate, the output mode is USB2.0;
  • the networked terminal may be an industrial control computer or a single-chip computer system, preferably using an industrial control computer;
  • the automatic sampling auxiliary device is an actuator and a sensor working with the networked terminal Such equipment is prior art.
  • the sampling device is a manual sampling device, including: an image acquisition device and a networked terminal; and the image acquisition device is configured to collect random Anti-counterfeiting the image information of the mark and transmitting the collected image information to the networked terminal; the networked terminal is manually operated or automatically executed, and the image information of the random security mark and the unique identification code of the random security mark are associated with the random security
  • the other related information of the tag is transmitted to the server in real time or in batches, preferably manual operation; when the networked terminal is automatically executed, the corresponding unique identification code, working mode and the like are preset in advance.
  • the image acquisition device is a digital camera, a digital video camera, preferably a high-definition digital camera, such as an industrial digital camera model MV-VDF130SC/SM, whose main technical index is 30 frames/second, and the resolution is 1280*1024.
  • the output mode is USB2.0;
  • the networked terminal may be a fixed terminal such as an industrial control computer, a desktop computer, or a single chip system, or may be a mobile terminal such as a mobile phone, and preferably uses a mobile phone.
  • the first sampling device is used in the industrial pipeline, that is, the sampling device of the automated networked operation; in the stage of the production of the random security mark, the marking device is used to make the two-dimensional code corresponding to the unique identification code corresponding to the random security mark, The dimension code, the character code, and the unique identification code is transmitted to the sampling device.
  • the manual sampling device is used, and the character code corresponding to the unique identification code corresponding to the random security mark is created by using the printer.
  • the verification device is an information terminal device, which is a computer fixed terminal device or a mobile phone mobile terminal device, and is configured to receive information related to the random anti-counterfeiting mark transmitted by the server, and display the information on the screen of the verification device.
  • the verification device uses a mobile terminal device such as a mobile phone.
  • the management terminal is an information terminal device, which is used for internal management of the enterprise or for operation management of the anti-counterfeiting system itself; the internal management of the enterprise includes functions such as auditing, querying, modifying, and deleting information related to the random anti-counterfeiting mark of the enterprise, and enterprise user information.
  • Management, user authority management, user billing management; anti-counterfeiting system's own operation management includes user management and data management functions of anti-counterfeiting system.
  • FIG. 4 it is a flowchart of an embodiment of the anti-counterfeiting method based on the random anti-counterfeiting mark of the present invention, which includes the following processing steps:
  • FIG. 5 is a flowchart of an embodiment of a sampling method of a random anti-counterfeit mark according to the present invention, which describes the step 1) sampling of a random anti-counterfeiting mark, and includes the following processing steps:
  • the sampling method of the random anti-counterfeiting mark further includes at least one of the following processes:
  • a company or organization may have multiple operational accounts on the server side. Multiple operational accounts are associated with the accounts of enterprises or organizations. By operating the accounts, you can find the accounts of the corresponding enterprises or organizations. An account of a business or organization can find all operational accounts to which the business or organization belongs;
  • the management account has the right to modify the information uploaded by the company or organization;
  • the sender can modify the uploaded information
  • the server automatically records the relevant scenes, including the operator, the operation time, and the unique identification code of the operation related records;
  • the server automatically records the relevant scene, including the operator, the operation time, the unique identification code of the operation related record;
  • the server automatically records the relevant scene, including the operator, the operation time, and the unique identification code of the operation related record;
  • (o) related information of the random anti-counterfeiting mark may be marked as inactive when the sample is stored in the server, and then marked as an activated state;
  • the server automatically records all users' login, logout, and user management related operations for tracking
  • FIG. 6 is a flow chart showing an embodiment of a method for verifying a random security mark of the present invention, which describes the process 2) the verification of the random security mark, including the following processing steps:
  • the server obtains a unique identification code: the server obtains a unique identification code corresponding to the random security feature to be checked;
  • the manner in which the server obtains the unique identification code corresponding to the random anti-counterfeit mark to be inspected includes:
  • Method 1 The verification device transmits the unique identification code corresponding to the random anti-counterfeiting mark to the server;
  • the other verification device transmits the unique identification code corresponding to the random anti-counterfeit mark and the identification information of the verification device that displays the random anti-counterfeit mark information to the server;
  • the server takes the random anti-counterfeiting mark corresponding to the unique identification code And related information is transmitted to the inspection device;
  • the method for verifying the random security mark further includes at least one of the following processes:
  • the verification device displays on the screen the communication mode used when transmitting and modifying the random anti-counterfeit mark information
  • the inspection device displays on the screen the operator who transmits and modifies the random anti-counterfeit mark information
  • the inspection device displays on the screen the company of the operator who transmits and modifies the random anti-counterfeit mark information each time;
  • the verification device displays on the screen the random anti-counterfeiting mark information before and after the operation of modifying the random anti-counterfeit mark information
  • the method of manual comparison of the processing (4) of the verification method of the random security mark includes at least one of the following processes:
  • the random anti-counterfeiting mark pattern has a base map for facilitating the comparison check of the random anti-counterfeit mark;
  • the base map may be a grid pattern, a picture, a picture with a grid; a position, a size, and a size of each ink dot used to assist in determining the random security mark; Shape; easy for comparative analysis.
  • the information related to the random anti-counterfeiting mark includes: a product name, a model number, a manufacturer or an author, a place of production, a production time, a mark transmission/modification time, a mark transmission/modification person and a manufacturer, and a communication method used when marking transmission/modification , before and after the modification of the mark information, product photos and other information; preferred include: the corresponding product name, model, manufacturer or author, origin, production time, mark transmission / modification time, the communication method used when the mark transmission / modification, modification Marking information and products before and after photo.
  • the server is operated by a third party other than the manufacturer who uses the mark and the user who purchased the product.
  • the server supports accounts of multiple enterprises, each enterprise account is associated with one or more management accounts, one or more operation accounts; the server has the function of charging according to accounts and charging management.
  • the random anti-counterfeiting mark adopted by the invention has unforgeability; under the support of the system, once the producer transmits the relevant information of the random anti-counterfeit mark to the server, it cannot be denied, thereby realizing the non-repudiation of the random anti-counterfeit mark;
  • the construction cost and operating cost of the anti-counterfeiting technology are relatively low.

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Abstract

一种基于随机防伪标记的防伪***及其防伪方法,所述防伪***包括:服务器、采样装置、检验装置;所述服务器、采样装置、检验装置通过通信***连接。所采用的防伪标记自身具有不可伪造性;在所述防伪方法的支持下,制作者一旦向服务器传输该防伪标记后,将无法否认;并且***对防伪标记的所有操作进行跟踪记录,每个防伪标记与使用的用户/厂家关联,所有防伪标记的所有操作记录及其相关信息都可以审核查阅;在服务器由第三方运行,并且第三方严格遵守规则时,该防伪***使防伪标记具有不可伪造性、不可抵赖性,且防伪成本低。

Description

一种基于随机防伪标记的防伪***及其防伪方法 技术领域
本发明涉及一种防伪***,尤其是一种基于随机防伪标记的防伪***及其防伪方法。
背景技术
现在广泛使用的字符码、一维码、二维码等防伪技术,可以被伪造。
随机防伪标记是指一种由随机分布的墨点构成的随机防伪标记,该随机防伪标记不损坏商品、物品自身,可以人工识别,成本低廉,在计算机网络技术的支持下,该随机防伪标记具有不可伪造性。但是,目前,由该随机防伪标记组成的防伪***存在以下技术缺陷,该***有可能被黑客攻击,使服务器端存储的随机防伪标记被替换成其他随机防伪标记的图片、或者其他信息被修改;或者由生产商品的企业将其所属的随机防伪标记进行替换以逃避相关责任,使得该随机防伪标记具有可抵赖性,从而使得企业的防伪***缺乏足够的公信力,既有可能危害企业的利益,也有可能危害消费者的权益。
发明内容
要解决的问题
针对现有技术存在的缺陷,本发明提出一种基于随机防伪标记的防伪***,该***的支持下的随机防伪标记不可伪造、不可抵赖,且防伪成本低。
技术方案
为实现上述目的,本发明提出一种基于随机防伪标记的防伪***,包括服务器、采样装置、检验装置、通信***,其特征在于:所述采样装置和检验装置均通过通信***与服务器连接;
所述采样装置包括图像采集装置,用于采集随机防伪标记的图像信息,并传输到服务器;
所述检验装置是信息终端装置,是计算机固定终端设备或移动终端设备,用于接收服务器传输的与随机防伪标记相关的信息,并显示在检验装置的屏幕上;
所述服务器用于与采样装置、检验装置配合工作,存储接收到的随机防伪标记相关信息和/或用户相关信息和/或随机防伪标记维护信息和/或随机防伪标记使用的相关信息,向检验装置提供随机防伪标记相关信息和/或用户相关信息和/或随机防伪标记维护信息和/或随机防伪标记使用的相关信息。
所述采样装置是自动采样装置,所述自动采样装置包括:图像采集装置、联网终端,自动采样辅助装置;所述图像采集装置用于采集随机防伪标记的图像信息,并把采集到的图像信息传输给联网终端;所述联网终端控制自动采样辅助装置、图像采集装置的运行,并把随机防伪标记的图像信息和随机防伪标记的唯一识别码对应起来,连同随机防伪标记的其他相关信息一起实时或批量地传输到服务器;所述自动采样辅助装置用于配合自动化的生产设备,控制随机防伪标记逐一在图像采集装置前停留,以便采集随机防伪标记的图像。
所述采样装置是手动采样装置,所述手动采样装置包括:图像采集装置、联网终端;所述图像采集装置用于采集随机防伪标记的图像信息,并把采集到的图像信息传输给联网终端;所述联网终端由人工操作或自动执行,把随机防伪标记的图像信息和随机防伪标记的唯一识别码对应起来,连同随机防伪标记的其他相关信息一起实时或批量地传输到服务器。
所述通信***是安全通信***或普通通信***。
还包括管理终端,所述管理终端是信息终端设备,用于企业内部管理或用于该防伪***自身的运行管理。
一种基于随机防伪标记的防伪方法,包括如下处理:
1)随机防伪标记的采样,用于把随机防伪标记的相关信息采集并传输到服务器;
2)随机防伪标记的检验,通过获得服务器存储的随机防伪标记的相关信息,检验随机防伪标记的真伪。
所述处理1)随机防伪标记的采样,是随机防伪标记的采样方法,包括如下处理:
(a)采样:采样装置采集随机防伪标记的图像信息;
(b)传输:采样装置向服务器传输采集到的随机防伪标记的相关信息;
(c)记录:服务器记录接收到的随机防伪标记的相关信息。
所述随机防伪标记的采样方法还至少包括如下处理之一:
(d)采样装置登录服务器;
(e)采样装置或管理装置向服务器传输、修改或删除随机防伪标记及其相关信息时,都要处于登录状态;
(f)一个企业或组织,在服务器端可以有多个操作账户,多个操作账户都与企业或组织的账户关联,通过操作账户可以找到对应的企业或组织的账户,通过企业或组织的账户可以找到企业或组织所属的所有操作账户;
(g)服务器记录每个随机防伪标记的信息时,相应记录传输该信息的操作账户的唯一识别码;
(h)同一个企业或组织所属的多个操作账户里边,设置一个或多个管理账户;
(i)管理账户有权修改企业或组织上传的信息;
(j)传输者可以修改上传的信息;
(k)所有记录的增加操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(l)所有记录的删除操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(m)所有记录的修改操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(n)所有记录的查询操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(o)所述随机防伪标记的相关信息在采样存储到服务器时,可以标记为不激活状态,后续再标记为激活状态;
(p)服务器自动记录所有用户的登录、退出登录、用户管理相关的操作,以便追踪;
(q)服务器自动记录所有用户每次登录时,使用的通信方式。
所述处理2)随机防伪标记的检验,是随机防伪标记的检验方法,包括如下处理:
(1)服务器获得唯一识别码:服务器获得待检验的随机防伪标记对应的唯一识别码;
(2)传输随机防伪标记信息:服务器把该唯一识别码对应的随机防伪标记及其相关信息传输到检验装置;
(3)显示随机防伪标记信息:检验装置在屏幕上显示随机防伪标记的图片及其相关信息。
所述随机防伪标记的检验方法还至少包括如下处理之一:
(4)人工对比、做出判断;
(5)检验装置在屏幕上显示每次传输、修改随机防伪标记信息时使用的通信方式;
(6)检验装置在屏幕上显示每次传输、修改随机防伪标记信息的操作人员;
(7)检验装置在屏幕上显示每次传输、修改随机防伪标记信息的操作人员的所属企业;
(8)检验装置在屏幕上显示每次修改随机防伪标记信息操作前后的随机防伪标记信息;
(9)使用放大镜区分物品上的随机防伪标记的墨点是自然滴落形成的,或是印刷形成的。
所述随机防伪标记的检验方法的处理(4)的人工对比的方法至少包括如下处理之一:
ⅰ)检验装置的屏幕上显示的随机防伪标记的相关信息与物品是否一致;
ⅱ)检验装置的屏幕上显示的随机防伪标记图片与物品上的随机防伪标记是否一致;
ⅲ)在检验装置上察看随机防伪标记的相关信息的修改痕迹是否与该随机防伪标记、该物品符合;
ⅳ)随机防伪标记图案具有底图,便于随机防伪标记的对比检验。
所述随机防伪标记相关的信息包括:标记对应的商品名称、型号、厂家或作者、产地、生产时间、标记传输/修改时间、标记传输/修改人员及厂家、标记传输/修改时使用的通信方式、修改前后的标记信息、产品照片等信息。
所述服务器,由使用标记的厂家、购买产品的用户之外的第三方运行。
有益效果
本发明提出的防伪***;在计算机网络的支持下,制作者一旦向服务器传输该随机防伪标记,将无法否认;并且***对随机防伪标记的所有操作进行跟踪记录,每个随机防伪标记与使用的用户/厂家关联,所有随机防伪标记的所有操作记录及其相关信息都可以审核查阅;在服务器由第三方运行,使用安全的通信***,并且第三方严格遵守规则时,该防伪***使随机防伪标记具有不可伪造性、不可抵赖性,且防伪成本低。
附图说明
图1是本发明的基于随机防伪标记的防伪***的一种实施例的结构原理示意图。
图2是本发明的采样装置的一种实施例1的结构原理示意图。
图3是本发明的采样装置的一种实施例2的结构原理示意图。
图4是本发明的基于随机防伪标记的防伪***的防伪方法的一种实施例的流程图。
图5是本发明的随机防伪标记的采样方法的一种实施例的流程图。
图6是本发明的随机防伪标记的检验方法的一种实施例的流程图。
具体实施方式
为了使本发明的目的、技术方案及优点更加清楚明白,以下结合附图及实施例,对本发明进行进一步的详细说明。应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。
如图1所示,是本发明的基于随机防伪标记的防伪***的一种实施例的结构原理示意图,包括:服务器、采样装置、检验装置、管理终端、通信***;
通信***是现有技术中的安全通信***或普通通信***,优选的使用具有高安全性的安全通信***。服务器采用现有的技术设备,其可以是单台服务器、服务器集群、云服务器或者是分布式的服务器***,优选的使用服务器集群,且服务器集群采用高安全性配置。
所述服务器与采样装置、检验装置配合连接、配合工作,存储接收到的随机防伪标记相关信息和/或用户相关信息和/或随机防伪标记维护信息和/或随机防伪标记使用的相关信息,向检验装置提供随机防伪标记相关信息和/或用户相关信息和/或随机防伪标记维护信息和/或随机防伪标记使用的相关信息。
如图2所示,是本发明的采样装置的一种实施例1的结构原理示意图,包括:联网终端、图像采集装置、自动采样辅助装置;所述采样装置是自动采样装置,包括:图像采集装置、联网终端、自动采样辅助装置;所述图像采集装置用于采集随机防伪标记的图像信息,并把采集到的图像信息传输给联网终端;所述联网终端控制自动采样辅助装置、图像采集装置的运行,并把随机防伪标记的图像信息和随机防伪标记的唯一识别码对应起来,连同随机防伪标记的其他相关信息一起实时或批量地传输到服务器;所述自动采样辅助装置用于配合自动化的生产设备,控制随机防伪标记逐一在图像采集装置前停留,以便采集随机防伪标记的图像;所述自动化的生产设备包括:物料传输装置、自动化的印刷装置、包装装置,优选是使用物料传输装置。所述图像采集装置是数码相机、数码摄像机,优选的使用高清晰度的数码相机,如型号为MV-VDF130SC/SM的工业数字相机,其主要技术指标为30帧/秒,1280*1024的分辨率,输出方式为USB2.0;所述联网终端,可以是工业控制计算机、也可以是单片机***,优选的使用工业控制计算机;所述自动采样辅助装置,是配合联网终端工作的执行器、传感器等设备,为现有技术。
如图3所示,是本发明的采样装置的一种实施例2的结构原理示意图,所述采样装置是手动采样装置,包括:图像采集装置、联网终端;所述图像采集装置用于采集随机防伪标记的图像信息,并把采集到的图像信息传输给联网终端;所述联网终端由人工操作或自动执行,把随机防伪标记的图像信息和随机防伪标记的唯一识别码对应起来,连同随机防伪标记的其他相关信息一起实时或批量地传输到服务器,优选的人工操作;所述联网终端自动执行时,预先设置好对应的唯一识别码、工作方式等信息。所述图像采集装置是数码相机、数码摄像机,优选的使用高清晰度的数码相机,如型号为MV-VDF130SC/SM的工业数字相机,其主要技术指标为30帧/秒,1280*1024的分辨率,输出方式为USB2.0;所述联网终端,可以是工业控制计算机、台式计算机、单片机***等固定终端,也可以是手机等移动终端,优选的使用手机。
优选的,在工业流水线上使用第一种采样装置,即自动化的联网运行的采样装置;在随机防伪标记制作阶段,使用打标机制作随机防伪标记对应的唯一识别码对应的二维码、一维码、字符码,并将该唯一识别码传输给采样装置。优选的,在小批量应用中,使用手动采样装置,使用印码机制作随机防伪标记对应的唯一识别码对应的字符码。
所述检验装置是信息终端装置,是计算机固定终端设备或手机移动终端设备,用于接收服务器传输的与随机防伪标记相关的信息,并显示在检验装置的屏幕上。优选的,检验装置使用手机等移动终端设备。
所述管理终端是信息终端设备,用于企业内部管理或用于该防伪***自身的运行管理;企业内部管理包括企业随机防伪标记相关信息的审核、查询、修改、删除等功能,以及企业用户信息的管理、用户权限的管理、用户计费的管理;防伪***自身的运行管理包括防伪***的用户管理、数据管理等功能。
如图4所示,是本发明的基于随机防伪标记的防伪方法的一种实施例的流程图,包括如下处理步骤:
1)随机防伪标记的采样,用于把随机防伪标记的相关信息采集并传输到服务器;
2)随机防伪标记的检验,通过获得服务器存储的随机防伪标记的相关信息,检验随机防伪标记的真伪。
如图5所示是本发明的随机防伪标记的采样方法的一种实施例的流程图,其描述的是所述步骤1)随机防伪标记的采样,包括如下处理步骤:
(a)采样:采样装置采集随机防伪标记的图像信息;
(b)传输:采样装置向服务器传输采集到的随机防伪标记的相关信息;
(c)记录:服务器记录接收到的随机防伪标记的相关信息。
所述随机防伪标记的采样方法还至少包括如下处理之一:
(d)采样装置登录服务器;
(e)采样装置或管理装置向服务器传输、修改或删除随机防伪标记及其相关信息时,都要处于登录状态;
(f)一个企业或组织,在服务器端可以有多个操作账户,多个操作账户都与企业或组织的账户关联,通过操作账户可以找到对应的企业或组织的账户,通 过企业或组织的账户可以找到企业或组织所属的所有操作账户;
(g)服务器记录每个随机防伪标记的信息时,相应记录传输该信息的操作账户的唯一识别码;
(h)同一个企业或组织所属的多个操作账户里边,设置1个或多个管理账户;
(i)管理账户有权修改企业或组织上传的信息;
(j)传输者可以修改上传的信息;
(k)所有记录的增加操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(l)所有记录的删除操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(m)所有记录的修改操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(n)所有记录的查询操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
(o)所述随机防伪标记的相关信息在采样存储到服务器时,可以标记为不激活状态,后续再标记为激活状态;
(p)服务器自动记录所有用户的登录、退出登录、用户管理相关的操作,以便追踪;
(q)服务器自动记录所有用户每次登录时,使用的通信方式。
如图6所示是本发明的随机防伪标记的检验方法的一种实施例的流程图,其描述的是所述处理2)随机防伪标记的检验,包括如下处理步骤:
(1)服务器获得唯一识别码:服务器获得待检验的随机防伪标记对应的唯一识别码;
服务器获得待检验的随机防伪标记对应的唯一识别码的方式包括:
方式一、检验装置把随机防伪标记对应的唯一识别码传输到服务器;
方式二、其他检验装置把随机防伪标记对应的唯一识别码、及显示随机防伪标记信息的检验装置的识别信息传输到服务器;
优选的,使用方式一;
(2)传输随机防伪标记信息:服务器把该唯一识别码对应的随机防伪标记 及其相关信息传输到检验装置;
(3)显示随机防伪标记信息:检验装置接收到随机防伪标记及其相关信息后,在屏幕上显示随机防伪标记的图片及其相关信息。
所述随机防伪标记的检验方法还至少包括如下处理之一:
(4)人工对比、做出判断;人工对比检验装置屏幕上显示的随机防伪标记的图片与实物上的防伪标记的异同,做出判断;
(5)检验装置在屏幕上显示每次传输、修改随机防伪标记信息时使用的通信方式;
(6)检验装置在屏幕上显示每次传输、修改随机防伪标记信息的操作人员;
(7)检验装置在屏幕上显示每次传输、修改随机防伪标记信息的操作人员的所属企业;
(8)检验装置在屏幕上显示每次修改随机防伪标记信息操作前后的随机防伪标记信息;
(9)使用放大镜区分物品上的随机防伪标记的墨点是自然滴落形成的,或是印刷形成的。
所述随机防伪标记的检验方法的处理(4)的人工对比的方法至少包括如下处理之一:
ⅰ)检验装置的屏幕上显示的随机防伪标记的相关信息与物品是否一致;
ⅱ)检验装置的屏幕上显示的随机防伪标记图片与物品上的随机防伪标记是否一致;
ⅲ)在检验装置上察看随机防伪标记的相关信息的修改痕迹是否与该随机防伪标记、该物品符合;
ⅳ)随机防伪标记图案具有底图,便于随机防伪标记的对比检验;底图可以是网格图案、图片、带网格的图片;用于辅助确定随机防伪标记的各个墨点的位置、大小、形状;便于进行对比分析。
所述随机防伪标记相关的信息包括:标记对应的商品名称、型号、厂家或作者、产地、生产时间、标记传输/修改时间、标记传输/修改人员及厂家、标记传输/修改时使用的通信方式、修改前后的标记信息、产品照片等信息;优选的包括:标记对应的商品名称、型号、厂家或作者、产地、生产时间、标记传输/修改时间、标记传输/修改时使用的通信方式、修改前后的标记信息、产品 照片。
所述服务器,由使用标记的厂家、购买产品的用户之外的第三方运行。服务器支持多个企业的账户,每个企业账户关联一个或多个管理账户、一个或多个操作账户;服务器具有按照账户计费、收费管理的功能。
需要说明的是,在附图的流程图示出的可以在诸如一组可执行计算机指令的计算机***中执行,并且,虽然在流程图中示出了处理的逻辑顺序,但是在某些情况下,可以以不同于此处的处理顺序执行所示出或描述的。
本发明采用的随机防伪标记自身具有不可伪造性;在***的支持下,制作者一旦向服务器传输该随机防伪标记的相关信息,将无法否认,从而实现该随机防伪标记的不可抵赖性;同时,该防伪技术的建设成本、运行成本都比较低。
以上所述仅为本发明的较佳实施例而已,并不用以限制本发明,凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等,均应包含在本发明的保护范围之内。

Claims (15)

  1. 采样装置,其特征在于:包括图像采集装置,用于采集防伪标记的图像信息,并传输到服务器。
  2. 根据权利要求1所述的采样装置,其特征在于:所述采样装置是自动采样装置,所述自动采样装置包括:图像采集装置、联网终端,自动采样辅助装置;所述图像采集装置用于采集防伪标记的图像信息,并把采集到的图像信息传输给联网终端;所述联网终端控制自动采样辅助装置、图像采集装置的运行,并把防伪标记的图像信息和防伪标记的唯一识别码对应起来,连同防伪标记的其他相关信息一起实时或批量地传输到服务器;所述自动采样辅助装置用于配合自动化的生产设备,控制防伪标记逐一在图像采集装置前停留,以便采集防伪标记的图像。
  3. 根据权利要求1所述的采样装置,其特征在于:所述采样装置是手动采样装置,所述手动采样装置包括:图像采集装置、联网终端;所述图像采集装置用于采集防伪标记的图像信息,并把采集到的图像信息传输给联网终端;所述联网终端由人工操作或自动执行,把防伪标记的图像信息和防伪标记的唯一识别码对应起来,连同防伪标记的其他相关信息一起实时或批量地传输到服务器。
  4. 检验装置,其特征在于:所述检验装置是信息终端装置,是计算机固定终端设备或移动终端设备,用于接收服务器传输的与防伪标记相关的信息,并显示在检验装置的屏幕上。
  5. 服务器,其特征在于:所述服务器用于与采样装置、检验装置配合工作,存储接收到的防伪标记相关信息和/或用户相关信息和/或防伪标记维护信息和/或防伪标记使用的相关信息;所述采样装置是权利要求1或2或3所述的采样装置;所述检验装置是权利要求4所述的检验装置。
  6. 根据权利要求5所述的服务器,其特征在于:向检验装置提供随机防伪标记相关信息和/或用户相关信息和/或随机防伪标记维护信息和/或随机防伪标记使用的相关信息。
  7. 一种基于随机防伪标记的防伪***,包括服务器、采样装置、检验装置、通信***,其特征在于:
    所述采样装置和检验装置均通过通信***与服务器连接;
    所述采样装置是权利要求1或2或3所述的采样装置;
    所述检验装置是权利要求4所述的检验装置;
    所述服务器是权利要求5或6所述的服务器。
  8. 根据权利要求7所述的防伪***,其特征在于:所述通信***是安全通信***或普通通信***。
  9. 根据权利要求7或8所述的防伪***,其特征在于:还包括管理终端,所述管理终端是信息终端设备,用于企业内部管理或用于该防伪***自身的运行管理。
  10. 随机防伪标记的采样方法,其特征在于:包括如下处理:
    (a)采样:采样装置采集随机防伪标记的图像信息;
    (b)传输:采样装置向服务器传输采集到的随机防伪标记的相关信息;
    (c)记录:服务器记录接收到的随机防伪标记的相关信息;
  11. 根据权利要求10所述的随机防伪标记的采样方法,其特征在于:还至少包括如下处理之一:
    (d)采样装置登录服务器;
    (e)采样装置或管理装置向服务器传输、修改或删除随机防伪标记及其相关信息时,都要处于登录状态;
    (f)一个企业或组织,在服务器端可以有多个操作账户,多个操作账户都与企业或组织的账户关联,通过操作账户可以找到对应的企业或组织的账户,通过企业或组织的账户可以找到企业或组织所属的所有操作账户;
    (g)服务器记录每个随机防伪标记的信息时,相应记录传输该信息的操作账户的唯一识别码;
    (h)同一个企业或组织所属的多个操作账户里边,设置一个或多个管理账户;
    (i)管理账户有权修改企业或组织上传的信息;
    (j)传输者可以修改上传的信息;
    (k)所有记录的增加操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
    (l)所有记录的删除操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
    (m)所有记录的修改操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
    (n)所有记录的查询操作,服务器自动记录相关场景,包括操作人员、操作时间、操作相关记录的唯一识别码;
    (o)所述随机防伪标记的相关信息在采样存储到服务器时,可以标记为不激活状态,后续再标记为激活状态;
    (p)服务器自动记录所有用户的登录、退出登录、用户管理相关的操作,以便追踪;
    (q)服务器自动记录所有用户每次登录时,使用的通信方式。
  12. 随机防伪标记的检验方法,其特征在于:
    包括如下处理:
    (1)服务器获得唯一识别码:服务器获得待检验的随机防伪标记对应的唯一识别码;
    (2)传输随机防伪标记信息:服务器把该唯一识别码对应的随机防伪标记及其相关信息传输到检验装置;
    (3)显示随机防伪标记信息:检验装置在屏幕上显示随机防伪标记的图片及其相关信息。
  13. 根据权利要求12所述的随机防伪标记的检验方法,其特征在于:
    还至少包括如下处理之一:
    (4)人工对比、做出判断;
    (5)检验装置在屏幕上显示每次传输、修改随机防伪标记信息时使用的通信方式;
    (6)检验装置在屏幕上显示每次传输、修改随机防伪标记信息的操作人员;
    (7)检验装置在屏幕上显示每次传输、修改随机防伪标记信息的操作人员的所属企业;
    (8)检验装置在屏幕上显示每次修改随机防伪标记信息操作前后的随机防伪标记信息;
    (9)使用放大镜区分物品上的随机防伪标记的墨点是自然滴落形成的,或是印刷形成的。
  14. 根据权利要求13所述的随机防伪标记的检验方法,其特征在于:
    处理(4)的人工对比的方法至少包括如下处理之一:
    ⅰ)检验装置的屏幕上显示的随机防伪标记的相关信息与物品是否一致;
    ⅱ)检验装置的屏幕上显示的随机防伪标记图片与物品上的随机防伪标记是否一致;
    ⅲ)在检验装置上察看随机防伪标记的相关信息的修改痕迹是否与该随机防伪标记、该物品符合;
    ⅳ)随机防伪标记图案具有底图,便于随机防伪标记的对比检验。
  15. 基于随机防伪标记的防伪方法,其特征在于:包括如下处理:
    1)随机防伪标记的采样:用于把随机防伪标记的相关信息采集并传输到服务器;所述随机防伪标记的采样方法,是权利要求10或11所述的随机防伪标记的采样方法;
    2)随机防伪标记的检验:通过获得服务器存储的随机防伪标记的相关信息,检验随机防伪标记的真伪;所述随机防伪标记的检验方法,是权利要求12或13或14所述的随机防伪标记的检验方法。
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