WO2016155159A1 - 一种基于微信id实现验证全条码的防伪方法 - Google Patents
一种基于微信id实现验证全条码的防伪方法 Download PDFInfo
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- WO2016155159A1 WO2016155159A1 PCT/CN2015/084875 CN2015084875W WO2016155159A1 WO 2016155159 A1 WO2016155159 A1 WO 2016155159A1 CN 2015084875 W CN2015084875 W CN 2015084875W WO 2016155159 A1 WO2016155159 A1 WO 2016155159A1
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- the present invention relates to the field of anti-counterfeiting technology, and in particular, to an anti-counterfeiting method for verifying a full barcode based on a WeChat ID.
- WeChat is a mobile chat software that Tencent launched in early 2011 to quickly send text and photos and support multi-person voice intercom. Users can quickly use micro-information to send voice, video, pictures and text through mobile phones, tablets, computer web pages, etc., support ios, Android, Saipan, S40 and other platform mobile phones, WeChat has zero tariff, cross-platform communication, display real-time input Features such as status are more flexible, smarter, and cost-saving than traditional SMS messaging. As of January 2015, WeChat users have 800 million.
- WeChat supports fast transmission of free voice messages, videos, pictures and texts across the network via cross-operating operators and cross-operating system platforms. At the same time, it can also use the information of shared streaming media content and location-based social plug-ins to “shake” and “ Service plug-ins such as “drift bottle”, “friend circle”, “public platform”, “voice notepad”.
- the two-dimensional code anti-counterfeiting method on the market has the following defects: the existing two-dimensional code anti-counterfeiting method, wherein the two-dimensional code printed on the commodity can be repeatedly inquired indefinitely, in order to prevent the counterfeiter from printing the same two on the counterfeit goods.
- Dimensional code the existing two-dimensional code labels are made of anti-counterfeiting inks, coated with special materials or crafts such as fragile paper, which makes the cost of anti-counterfeiting of QR codes climb, and the authenticity of the products will hinder the products in the market.
- the re-circulation of the above, and this technology not only increased the cost of anti-counterfeiting, but there is still the possibility of fraud. It can be seen that the anti-counterfeiting effect of the existing two-dimensional code anti-counterfeiting method needs to be improved.
- the object of the present invention is to provide an anti-counterfeiting method for verifying a full barcode based on WeChat ID with low cost and good anti-counterfeiting effect in order to overcome the defects of the prior art.
- An anti-counterfeiting method for verifying a full barcode based on WeChat ID comprising the following steps:
- Step 1 randomly generate a unique ID barcode, set it on the product, and store the information of the ID barcode in the anti-counterfeiting database of the verification server;
- Step 2 The mobile WeChat platform with the unique mobile WeChat ID scans the ID barcode on the product, and sends the ID barcode and the mobile WeChat ID to form an anti-counterfeiting verification request to the verification server;
- Step 3 The verification server compares the anti-counterfeiting verification request with the ID barcode in the anti-counterfeiting database, and returns the verification result to the mobile WeChat platform.
- the ID barcode includes a one-dimensional code, a two-dimensional code, or a three-dimensional code.
- the ID barcode is read, and the anti-counterfeiting database is searched according to the ID barcode to determine whether the following conditions exist:
- the ID barcode does not include the attachment information
- the verification server adds the mobile WeChat ID in the anti-counterfeiting verification request to the corresponding ID barcode in the anti-counterfeiting database, updates the anti-counterfeiting database as the attachment information, and returns the information of the successful verification to the mobile WeChat platform;
- the verification server reads the attachment information, compares the attachment information with the mobile WeChat ID in the anti-counterfeiting verification request, and sends the comparison result to the mobile WeChat platform;
- the verification server returns information that the verification failed to the mobile WeChat platform.
- the verification server reads the attachment information, determines whether the mobile WeChat ID included in the attachment information is the same as the mobile WeChat ID in the anti-counterfeiting verification request, and if so, returns the verification success information to the mobile WeChat platform, if not , then return the verification failure information to the mobile WeChat platform.
- the mobile WeChat platform After the verification server returns the information of successful verification to the mobile WeChat platform, the mobile WeChat platform returns a re-authentication request to the verification server, and the re-authentication request is composed of the ID barcode, the mobile WeChat ID and the termination code, and the verification server will after the ID barcode in the anti-counterfeit database.
- the attachment information is replaced with a termination code.
- the method also includes:
- the nth mobile WeChat platform merges the product ID barcode, the previous mobile WeChat ID, and the current mobile WeChat ID as an anti-counterfeiting verification request to the verification server, and the verification server moves according to the product ID barcode and the previous one.
- WeChat ID searches the anti-counterfeiting database. If the search is successful, it sends the verification success information to the nth mobile WeChat platform, and replaces the current mobile WeChat ID with the original mobile WeChat ID, adds it to the corresponding ID barcode, and updates it as attachment information.
- the anti-counterfeiting database if the search fails, sends a verification failure message to the nth mobile WeChat platform.
- the current mobile WeChat ID is added to the original mobile WeChat ID, and is used as the attachment information.
- the present invention has the following beneficial effects:
- the present invention verifies the barcode received by the anti-counterfeiting database of the server by simultaneously sending the WeChat ID of the mobile WeChat to the verification server when verifying the product barcode, and if the barcode is queried, the mobile WeChat ID will be synchronously received.
- the barcode is spliced together to update the barcode in the anti-pseudo database. Since each mobile WeChat ID code is globally unique, a product can be successfully verified by Mobile WeChat. If other mobile WeChat is used again, the anti-counterfeiting method has low cost and good anti-counterfeiting effect, and is safe and reliable.
- the anti-counterfeiting method of the present invention can be applied to a one-dimensional code, a two-dimensional code or a three-dimensional code, and has a wide application range.
- the present invention can be applied to multiple verifications by one user, and can also be applied to verification after multiple transactions.
- the invention does not need to use a special material or process such as anti-counterfeiting ink or fragile paper to make a two-dimensional code label, and the cost is low.
- Figure 1 is a schematic flow chart of the present invention.
- this embodiment provides an anti-counterfeiting method for verifying a full barcode based on a WeChat ID, including the following steps:
- Step 1 randomly generate a unique ID barcode (including one-dimensional code, two-dimensional code, three-dimensional code, etc.), set it on the product, and store the information of the ID barcode in the anti-counterfeiting database of the verification server, and the ID barcode can be used as The label is printed on the product.
- a unique ID barcode including one-dimensional code, two-dimensional code, three-dimensional code, etc.
- Step 2 The mobile WeChat platform with the unique mobile WeChat ID scans the ID barcode on the product, and sends the ID barcode and the mobile WeChat ID to form an anti-counterfeiting verification request to the verification server.
- Step 3 After the verification server receives the anti-counterfeiting verification request, the ID barcode is read, the anti-counterfeiting database is searched according to the ID barcode, and the corresponding information is fed back to the mobile WeChat platform according to the search result, specifically:
- the ID barcode included in the anti-counterfeiting verification request is found in the anti-counterfeiting database, and there is no "Mobile WeChat ID” attachment information after the barcode, the "Mobile WeChat ID” attachment information is added after the barcode, and then the anti-counterfeiting database is updated;
- the mobile WeChat of the anti-counterfeiting verification request returns the "verification successful" WeChat information, and simultaneously sends "+" to the mobile WeChat ID with a WeChat, indicating that the product is verified for the first time.
- the ID barcode included in the anti-counterfeiting verification request is found in the anti-counterfeiting database, and the mobile WeChat ID following the barcode plus sign is the same as the mobile WeChat ID in the anti-counterfeiting verification request, it indicates that the same mobile WeChat ID is verified multiple times, and then returns The WeChat message "verifies successfully” and sends "Mobile WeChat ID" to Mobile WeChat, indicating that the product is duplicate verification of the same user.
- the mobile WeChat ID is different from the mobile WeChat ID in the anti-counterfeiting verification request, and the verification failure is returned to the mobile WeChat platform. "The news.”
- the WeChat information of "verification failure" is returned to the mobile WeChat ID that sends the anti-counterfeiting verification request.
- the mobile WeChat platform After the verification server returns the information of successful verification to the mobile WeChat platform, the mobile WeChat platform returns a re-authentication request to the verification server, and the re-authentication request is composed of an ID barcode, a mobile WeChat ID and a termination code, and is formed as “ID barcode+mobile WeChat ID+ AAAAAAAA", at the same time, the verification server replaces the attachment information after the ID barcode in the anti-counterfeit database with the termination code, that is, the update is "ID barcode + AAAAAAAA", after the server is updated synchronously, the product verification will be permanently invalidated in the future.
- the second mobile WeChat platform sends the verification request "ID barcode + mobile WeChat ID1 + mobile WeChat ID2" to the verification server for verification, and after the verification is completed, the anti-counterfeiting database is "ID barcode + mobile WeChat ID1" is changed to "ID barcode + mobile WeChat ID2" (this is a simple way to retain the last customer information, if you want to save the history, there must be a long list of records), the synchronization update is saved in In the anti-counterfeiting database, that is, only the WeChat ID2 is valid for the verification of the product in the future, the WeChat ID2 is returned to the WeChat ID2, and the "++ Mobile WeChat ID2" is returned, indicating that the product is a secondary transaction commodity.
- the nth mobile WeChat platform merges the product ID barcode, the previous mobile WeChat ID, and the current mobile WeChat ID as an anti-counterfeiting verification request to the verification server, and the verification server moves according to the product ID barcode and the previous one.
- WeChat ID searches the anti-counterfeiting database. If the search is successful, it sends the verification success information to the nth mobile WeChat platform, and replaces the current mobile WeChat ID with the original mobile WeChat ID, adds it to the corresponding ID barcode, and updates it as attachment information.
- the anti-counterfeiting database if the search fails, sends a verification failure message to the nth mobile WeChat platform.
- the history record can also be saved. After the current mobile WeChat ID is added to the original mobile WeChat ID, as the attachment information, the content is saved as "Barcode + Mobile WeChat ID1 + Mobile WeChat ID2" &+Mobile WeChat ID(n-1)+Mobile WeChat IDn”. If the product is a valuable or special item and needs to be tracked, there may be a public security or relevant state department to verify the data of the server to query the WeChat ID. Confirm the transactions of the WeChat ID consumers through the product. In the verification database, you can set a maximum number of transactions. When the number of transactions reaches this maximum, the corresponding product verification is permanently invalid.
- the invention sends the mobile WeChat ID to the verification server at the same time when verifying the product barcode, and in the anti-counterfeiting database of the verification server, the received barcode is queried, and if the barcode is queried, the ID code of the WeChat will be synchronously received, The WeChat ID code received synchronously is spliced together with the barcode to update the barcode in the anti-counterfeiting database. Since each WeChat ID number is globally unique, a product can have a micro-signal verification success. If other mobile micro-signals are used again, the anti-counterfeiting method has low cost and good anti-counterfeiting effect, and is safe and reliable.
- the method of the invention not only does not need to use special materials or processes such as anti-counterfeiting ink and fragile paper to make two-dimensional code labels, but also solves the limitation that the two-dimensional code must be widely used in one-dimensional code, two-dimensional code and three-dimensional.
- a unique code for a product such as a code that conforms to the international coding principle.
- a factory produces a bottle of red wine, from the production or sale of consumer-damaged or trading companies to sell a bottle of red wine, the production of red wine or trading companies ready to sell red wine; the computer randomly generates barcodes; the bar code is printed on the red wine packaging and the bar code The information is stored in the anti-counterfeiting database, and the wine is transported to the designated place for sale; when the consumer purchases the red wine, the bar code on the red wine is scanned; the WeChat returns to the consumer, and the consumer WeChat ID information is stored in the database.
- the information of the fake goods is automatically notified to the manufacturer;
- the system prompts the consumer to enter the return area.
- the merchant asks the consumer to scan the wine bar code again. After confirming, the product is returned to the database after the comparison meets the return conditions.
- the back-end database automatically records the bar code of the returned wine again. Return to the consumer return successfully.
- the system prompts the consumer to enter the transfer area, the merchant asks the consumer to scan the wine bar code again, and the transferee also scans the wine bar code at the same time. After confirming, the match is given after the transfer condition is met, and the background database automatically transfers the bar code of the red wine again. Enter into the database. Return to the successful transfer of the consumer.
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Abstract
一种基于微信ID实现验证全条码的防伪方法,包括以下步骤:步骤1,随机生成一个唯一的ID条码,设置在产品上,并将该ID条码的信息存储在验证服务器的防伪数据库中;步骤2,具有唯一移动微信ID的移动微信平台扫描产品上的ID条码,将该ID条码与移动微信ID组成防伪验证请求发送给验证服务器;步骤3,验证服务器将防伪验证请求与防伪数据库中的ID条码进行比对验证,并将验证结果返回给移动微信平台。该方法具有成本低且防伪效果好等优点。
Description
本发明涉及防伪技术领域,尤其是涉及一种基于微信ID实现验证全条码的防伪方法。
目前,有很多企业在自己的产品或产品包装盒上印制了条码,消费者购买产品后,可以利用移动终端扫描商品上的条码,再根据扫描的条码信息,通过手机互联网来验证所购产品的真伪。
目前移动终端越来越普及,并且移动终端随着移动支付的推广,其私密性越来越重要,所以基本上移动终端都属于私人物品。移动微信平台作为即使通讯工具,微信(WeChat)是腾讯公司(Tencent)于2011年初推出的一款可以快速发送文字和照片、支持多人语音对讲的手机聊天软件。用户可以通过手机、平板、电脑网页等快速利用微信息发送语音、视频、图片和文字,支持ios、Android、塞班,S40等多种平台手机,微信具有零资费、跨平台沟通、显示实时输入状态等功能,与传统的短信沟通方式相比,更灵活、智能,且节省资费。截至2015年1月截止,微信用户已有8亿。微信支持跨通信运营商、跨操作系统平台通过网络快速发送免费语音短信、视频、图片和文字,同时,也可以使用通过共享流媒体内容的资料和基于位置的社交插件“摇一摇”、“漂流瓶”、“朋友圈”、“公众平台”、“语音记事本”等服务插件。
目前市场上的二维码防伪方法具有以下缺陷:现有二维码防伪方法,其中可以无限次的反复查询商品上印制的二维码,为了避免造假者在假冒商品上印制相同的二维码,现有的二维码标签都是采用防伪油墨,加盖涂层、易碎纸等特殊材料或工艺制作,这使得二维码防伪的成本攀升,验证真伪后会妨碍产品在市场上的再次流通,而且这种技术不仅加大了防造假成本,而且依然存在着造假的可能。由此可见,现有的二维码防伪方法的防伪效果还有待提高。
还有一些防伪方法通过在服务器上进行做验证次数的加1等方法进行防止产品的造假,这种方法虽然存在简单及节约成本,但是其存在对于同一个消费
者验证次数的限制,无法多次验证其有效性,同时还存在如果该产品为贵重物品,可能存在很多次的转手及出售,而无法进行多次的验证的缺陷。
发明内容
本发明的目的就是为了克服上述现有技术存在的缺陷而提供一种成本低且防伪效果好的基于微信ID实现验证全条码的防伪方法。
本发明的目的可以通过以下技术方案来实现:
一种基于微信ID实现验证全条码的防伪方法,包括以下步骤:
步骤1,随机生成一个唯一的ID条码,设置在产品上,并将该ID条码的信息存储在验证服务器的防伪数据库中;
步骤2,具有唯一移动微信ID的移动微信平台扫描产品上的ID条码,将该ID条码与移动微信ID组成防伪验证请求发送给验证服务器;
步骤3,验证服务器将防伪验证请求与防伪数据库中的ID条码进行比对验证,并将验证结果返回给移动微信平台。
所述ID条码包括一维码、二维码或三维码。
所述步骤3中,验证服务器接收防伪验证请求后,读取其中的ID条码,根据该ID条码搜索防伪数据库,判断是否存在以下情况:
a)搜索到防伪验证请求中包含的ID条码,该ID条码后不包含附件信息;
b)搜索到防伪验证请求中包含的ID条码,该ID条码后包含附件信息;
c)未搜索到防伪验证请求中包含的ID条码;
若存在情况a),则验证服务器将防伪验证请求中的移动微信ID添加至防伪数据库中对应的ID条码后,作为附件信息,更新防伪数据库,并向移动微信平台返回验证成功的信息;
若存在情况b),则验证服务器读取所述附件信息,并将该附件信息与防伪验证请求中的移动微信ID进行比对,将比对结果发送给移动微信平台;
若存在情况c),则验证服务器向移动微信平台返回验证失败的信息。
存在情况b)时,验证服务器读取附件信息,判断该附件信息中包含的移动微信ID与防伪验证请求中的移动微信ID是否相同,若是,则向移动微信平台返回验证成功的信息,若否,则向移动微信平台返回验证失败的信息。
验证服务器向移动微信平台返回验证成功的信息后,移动微信平台向验证服务器返回再次验证请求,该再次验证请求由ID条码、移动微信ID和终止码组成,同时验证服务器将防伪数据库中ID条码后的附件信息替换为终止码。
该方法还包括:
进行第n次交易后,第n个移动微信平台将产品的ID条码、上一移动微信ID和当前移动微信ID合并作为防伪验证请求发送给验证服务器,验证服务器根据产品的ID条码和上一移动微信ID搜索防伪数据库,若搜索成功,则向第n个移动微信平台发送验证成功的信息,并将当前移动微信ID替换原有移动微信ID,添加至对应的ID条码后,作为附件信息,更新防伪数据库,若搜索失败,则向第n个移动微信平台发送验证失败的信息。
更新防伪数据库时,将当前移动微信ID添加在原有移动微信ID后,共同作为附件信息。
与现有技术相比,本发明具有的有益效果为:
(1)本发明通过在验证产品条码时同时向验证服务器发送移动微信的微信ID,验证服务器的防伪数据库中将受到的条码进行查询,如果查询到该条码,则将同步收到的移动微信ID和该条码拼接在一起,更新防伪数据库中的条码。由于每个移动微信的ID码都是全球唯一的,所以一件产品能有移动微信验证成功。如果再次使用其他的移动微信就会失效,该防伪方法成本低且防伪效果好,安全可靠。
(2)本发明的防伪方法可适用于一维码、二维码或三维码,适用范围广。
(3)本发明可适用于一个用户的多次验证,也可适用于多次交易后的验证。
(4)本发明不需要采用防伪油墨、易碎纸等特殊材料或工艺制作二维码标签,成本低。
图1为本发明的流程示意图。
下面结合附图和具体实施例对本发明进行详细说明。本实施例以本发明技
术方案为前提进行实施,给出了详细的实施方式和具体的操作过程,但本发明的保护范围不限于下述的实施例。
如图1所示,本实施例提供一种基于微信ID实现验证全条码的防伪方法,包括以下步骤:
步骤1,随机生成一个唯一的ID条码(含一维码、二维码、三维码等),设置在产品上,并将该ID条码的信息存储在验证服务器的防伪数据库中,ID条码可作为标签印刷在产品上。
步骤2,具有唯一移动微信ID的移动微信平台扫描产品上的ID条码,将该ID条码与移动微信ID组成防伪验证请求发送给验证服务器。
步骤3,验证服务器接收防伪验证请求后,读取其中的ID条码,根据该ID条码搜索防伪数据库,根据搜索结果向移动微信平台反馈相应信息,具体为:
如果防伪数据库中找到防伪验证请求中包含的ID条码,且该条码后面没有“移动微信ID”附件信息,则先在该条码后面添加“移动微信ID”附件信息,然后更新防伪数据库;再向发送防伪验证请求的移动微信返回“验证成功”微信信息,同时发送“+”给移动微信ID一条微信,表明该产品是第一次被验证。
如果防伪数据库中找到防伪验证请求中包含的ID条码,且该条码加号后面的移动微信ID与防伪验证请求中的移动微信ID相同,说明是同一个移动微信ID进行多次的验证,则返回微信信息“验证成功”,并发送“移动微信ID”给移动微信,表示该产品为同一用户的重复验证。
如果防伪数据库中找到防伪验证请求中包含的ID条码,且该条码后面存在“微信ID”附件信息,该移动微信ID与防伪验证请求中的移动微信ID不同,则给移动微信平台返回“验证失败”的消息。
如果防伪数据库中未找到防伪验证请求中包含的ID条码,则向发送防伪验证请求的移动微信ID返回“验证失败”的微信信息。
验证服务器向移动微信平台返回验证成功的信息后,移动微信平台向验证服务器返回再次验证请求,该再次验证请求由ID条码、移动微信ID和终止码组成,形成为“ID条码+移动微信ID+AAAAAAAA”,同时验证服务器将防伪数据库中ID条码后的附件信息替换为终止码,即更新为“ID条码+
AAAAAAAA”,同步更新服务器后,以后该产品验证永久失效。
如果进行产品二次交易时,在交易双方同意的情况下,第二个移动微信平台发送验证请求“ID条码+移动微信ID1+移动微信ID2”至验证服务器进行验证,验证完成后,将防伪数据库中“ID条码+移动微信ID1”改为“ID条码+移动微信ID2”(这个是保留最后一个客户信息的简单方法,若要保存历史记录,就要有一长串的记录了),同步更新保存在防伪数据库中,即以后只有微信ID2对该产品的验证有效,则给移动微信ID2返回“验证成功”的微信,并返回“++移动微信ID2”,表明该产品是二次交易商品。
进行第n次交易后,第n个移动微信平台将产品的ID条码、上一移动微信ID和当前移动微信ID合并作为防伪验证请求发送给验证服务器,验证服务器根据产品的ID条码和上一移动微信ID搜索防伪数据库,若搜索成功,则向第n个移动微信平台发送验证成功的信息,并将当前移动微信ID替换原有移动微信ID,添加至对应的ID条码后,作为附件信息,更新防伪数据库,若搜索失败,则向第n个移动微信平台发送验证失败的信息。
更新防伪数据库时,也可保存历史记录,即将当前移动微信ID添加在原有移动微信ID后,共同作为附件信息,则保存内容为“条码+移动微信ID1+移动微信ID2……+移动微信ID(n-1)+移动微信IDn”。如果该产品为贵重或者特殊物品,需要进行跟踪的时候,可以有公安或者国家相关部门进行验证服务器的数据调取查询微信ID,确认该商品经哪些微信ID消费者的交易。在验证数据库可以设置一个交易次数最大值,当交易次数达到这一最大值时,对应的产品验证永久无效。
本发明通过在验证产品条码时同时向验证服务器发送移动微信ID,在验证服务器的防伪数据库中,将收到的条码进行查询,如果查询到条码,则将同步收到微信的ID码,则将同步收到的微信ID码和该条码拼接在一起,更新防伪数据库中的条码。由于每个微信ID号都是全球唯一的,所以一件产品能有微信号验证成功。如果再次使用其他的移动微信号就会失效,该防伪方法成本低且防伪效果好,安全可靠。
本发明方法不仅不需要采用防伪油墨、易碎纸等特殊材料或工艺制作二维码标签,而且同时解决了必须是二维码的限制,广泛在一维码、二维码、三维
码等各种符合国际编码原则的商品唯一编码就可。
某厂生产了一瓶红酒,从生产或销售消费者受损伤的或贸易公司要销售一瓶红酒,生产红酒或贸易公司准备销售红酒;计算机随机生成条码;将条码印刷在红酒外包装上同时条码信息存入防伪数据库,红酒运至指定地点销售;消费者购买红酒时,扫描红酒上的条码;微信返回消费者,同时消费者微信ID信息存入数据库。
■真品消费者购买;
■假货。出现假货的信息自动通知厂商;
■消费者退货。系统提示消费者进入退货区,商家要求消费者再次扫描红酒条码,按确认后,比对符合退货条件后给予退货,后台数据库自动将此品退货红酒的条码再次录入到数据库中。返回消费者退货成功。
消费者转让。系统提示消费者进入转让区,商家要求消费者再次扫描红酒条码,受让方也同时扫描红酒条码,按确认后,比对符合转让条件后给予转让,后台数据库自动将此品转让红酒的条码再次录入到数据库中。返回消费者转让成功。
Claims (7)
- 一种基于微信ID实现验证全条码的防伪方法,其特征在于,包括以下步骤:步骤1,随机生成一个唯一的ID条码,设置在产品上,并将该ID条码的信息存储在验证服务器的防伪数据库中;步骤2,具有唯一移动微信ID的移动微信平台扫描产品上的ID条码,将该ID条码与移动微信ID组成防伪验证请求发送给验证服务器;步骤3,验证服务器将防伪验证请求与防伪数据库中的ID条码进行比对验证,并将验证结果返回给移动微信平台。
- 根据权利要求1所述的基于微信ID实现验证全条码的防伪方法,其特征在于,所述ID条码包括一维码、二维码或三维码。
- 根据权利要求1所述的基于微信ID实现验证全条码的防伪方法,其特征在于,所述步骤3中,验证服务器接收防伪验证请求后,读取其中的ID条码,根据该ID条码搜索防伪数据库,判断是否存在以下情况:a)搜索到防伪验证请求中包含的ID条码,该ID条码后不包含附件信息;b)搜索到防伪验证请求中包含的ID条码,该ID条码后包含附件信息;c)未搜索到防伪验证请求中包含的ID条码;若存在情况a),则验证服务器将防伪验证请求中的移动微信ID添加至防伪数据库中对应的ID条码后,作为附件信息,更新防伪数据库,并向移动微信平台返回验证成功的信息;若存在情况b),则验证服务器读取所述附件信息,并将该附件信息与防伪验证请求中的移动微信ID进行比对,将比对结果发送给移动微信平台;若存在情况c),则验证服务器向移动微信平台返回验证失败的信息。
- 根据权利要求3所述的基于微信ID实现验证全条码的防伪方法,其特征在于,存在情况b)时,验证服务器读取附件信息,判断该附件信息中包含的移动微信ID与防伪验证请求中的移动微信ID是否相同,若是,则向移动微信平台返回验证成功的信息,若否,则向移动微信平台返回验证失败的信息。
- 根据权利要求3所述的基于微信ID实现验证全条码的防伪方法,其特 征在于,验证服务器向移动微信平台返回验证成功的信息后,移动微信平台向验证服务器返回再次验证请求,该再次验证请求由ID条码、移动微信ID和终止码组成,同时验证服务器将防伪数据库中ID条码后的附件信息替换为终止码。
- 根据权利要求1所述的基于微信ID实现验证全条码的防伪方法,其特征在于,还包括:进行第n次交易后,第n个移动微信平台将产品的ID条码、上一移动微信ID和当前移动微信ID合并作为防伪验证请求发送给验证服务器,验证服务器根据产品的ID条码和上一移动微信ID搜索防伪数据库,若搜索成功,则向第n个移动微信平台发送验证成功的信息,并将当前移动微信ID替换原有移动微信ID,添加至对应的ID条码后,作为附件信息,更新防伪数据库,若搜索失败,则向第n个移动微信平台发送验证失败的信息。
- 根据权利要求6所述的基于微信ID实现验证全条码的防伪方法,其特征在于,更新防伪数据库时,将当前移动微信ID添加在原有移动微信ID后,共同作为附件信息。
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