CN102970140B - Electronic authentication system for enterprise or personal authorization information - Google Patents

Abstract

The invention discloses an electronic authentication system for enterprise or personal authorization information, which consists of a server and a client; the server side comprises a data storage unit, an authentication information unit and a data processing unit; the client comprises a user authorization unit, a data uploading unit, a data downloading unit and an inquiry authentication unit, wherein a user scans and uploads a certificate to a server, the system generates an authentication file containing authorization information, authentication information and the like according to authorization information input by use, the user downloads and prints the certificate into a paper, a worker logs in the inquiry authentication unit and verifies the authenticity of a printed part of the authentication file by checking a watermark pattern, scanning a two-dimensional code, a bar code, a system online inquiry authentication function and the like, the system can be used at any time and any place, and green, convenient and reliable electronic authentication service is provided for the user, so that the user can enjoy the improvement of daily life and work brought by the Internet, and the relationship between the user and enterprises in various industries is more harmonious and close.

Description

Enterprise or personal authorization information electronic certification system

technical field

The invention relates to an information encryption anti-counterfeiting authentication system, which belongs to the technical field of Internet communication.

Background technique

Regardless of individuals or enterprises, in daily life or work, copies of some certification documents are often used, such as copies of personal ID cards, copies of graduation certificates, copies of business licenses of enterprises, and copies of organization code certificates. , quality certification certificate copy, etc., the practice in the prior art is that the original holder copies the original of the certificate, and then gives the copy to the clerk, and the clerk handles the business with the copy. The disadvantage of this method is that it cannot Ensure that the purpose of the copy is the same as that delivered by the original holder. Even if the purpose is marked on the copy of the certificate when the copy is delivered, the marking method is generally limited to manual writing, and writing traces are easy After being processed by using PS technology, etc., and then printing out the copy with traces removed, this kind of processed copy of the certificate is enough to make it look like a real one, and is often used by others for other purposes, giving the original holder or others a sense of authenticity. To great loss, it is clear that the current practice has serious deficiencies in terms of security and convenience in proving the use of photocopies of documents.

Contents of the invention

In order to overcome the deficiencies of the prior art, the present invention provides a green, convenient and reliable electronic authentication system for enterprise or personal authorization information.

The technical solution adopted by the present invention to solve its technical problems is:

An electronic certification system for enterprise or personal authorization information, which is composed of a server and a client connected to a communication network;

The server side includes:

Data storage unit: used to store certificate files, authentication files, authorization information and various data;

Authentication information unit: used to generate authentication information;

Data processing unit: used to read the credential file from the data storage unit, and load authentication information, authorization information, etc. into the credential file to form an authentication file, and then send it to the data storage unit for storage;

The clients include:

User authorization unit: used to input authorization information;

Data uploading unit: used to upload the electronic document documents obtained by scanning or other methods to the data storage unit;

Data download unit: used to download authentication files from the data storage unit;

Query authentication unit: used to verify the authenticity of the printed copy of the authentication document.

As a further improvement of the present invention, the server end is a Web server of BS architecture; the client is a browser client, Android client or iOS client of BS architecture.

The server end includes an authentication notification unit.

The authentication information includes one or more of two-dimensional codes, three-dimensional codes, barcodes, character strings, watermarks or patterns.

The beneficial effects of the present invention are: the user can upload the certificate file to the server after scanning through the system of the present invention, and the system regenerates the authentication file containing authorization information, authentication information, etc. according to the authorization information input by the user, and the user downloads and prints the certificate. Into a paper copy, the office staff takes the paper copy to the predetermined institution to handle business, the staff logs in to the query authentication unit, and verifies the authenticity of the printed copy of the authentication document by checking the watermark pattern, scanning the QR code, barcode, and the system's online query authentication function, etc. The security of certificate use is improved.

The electronic authentication system of the present invention utilizes the rapidly developing Internet and uses a mature and stable BS (Browser-Server) system architecture. Users can use the system at any time and any place only through the client browser, making full use of the Internet. At the same time, it provides users with green, convenient and reliable electronic certification services, so that users can better enjoy the improvement of daily life and work life brought by the Internet, and also make the relationship between users and enterprises in various industries more harmonious and close.

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Fig. 1 is a schematic diagram of the system structure of the present invention;

Fig. 2 is the flow chart of embodiment user upload certificate;

Fig. 3 is a flow chart of adding authorization and authentication information by a user in an embodiment.

Detailed ways

Referring to Figure 1, an electronic authentication system for enterprise or individual authorization information, its core is a software system based on Internet computer technology, which is mainly composed of a server and a client connected to the communication network. Currently, the communication network mainly includes The Internet and the mobile communication network are two major blocks. The server end is a BS-based web server, and the client includes a BS-based browser client, an Android client, or an iOS (handheld device operating system developed by Apple Inc.) client.

The server side includes:

Data storage unit: used to store credential files, authentication files, authorization information and various data. The credential files and authentication files uploaded by users are stored in the data storage unit in the form of pictures.

Authentication information unit: used to generate authentication information, which includes one or more of two-dimensional codes, three-dimensional codes, barcodes, character strings, watermarks or patterns, and is automatically generated by the authentication information system.

Data processing unit: used to read the credential file from the data storage unit, and load the authentication information and authorization information into the credential file to form the credential file, and then send it to the data storage unit for storage. The data processing unit here is actually a personal computer. The processing process of the software is to retrieve the certificate file from the data processing unit, that is, the electronic image file of the certificate, and then convert the watermark, pattern, three-dimensional code, two-dimensional code, bar code and other authentication information into One or several types are loaded into the picture of the certificate in the form of overlay, and an authentication file containing authentication information and authorization information is generated, that is, a new image containing authentication information and authorization information is generated, and the electronic document of the authentication file is stored in the data storage unit.

Clients include:

User authorization unit: used to input authorization information, which includes the purpose of certificates, valid time, etc. Users can use mobile phone text messages or log in to the authentication system to perform authorization operations.

Data uploading unit: used to upload the scanned electronic file of the certificate, photos and other electronic file certificate file data to the data storage unit.

Data downloading unit: used for downloading authentication files from the data storage unit.

Query authentication unit: used to verify the authenticity of the printed copy of the authentication document. This unit is mainly for the current browsing interface. Users can also operate in the system, send the electronic file of the authentication file to the designated client system, or send the authentication file Send the electronic file to the designated mailbox, etc., so that you can save the trouble of printing it into paper.

The server end includes an authentication notification unit, and when the staff verifies the authenticity of the printed copy of the authentication document, the relevant information is sent to a designated mobile phone in the form of a short message or sent to a designated e-mail box in the form of an email.

The system of the present invention handles the flow process of user's upload certificate as shown in Figure 2, and its steps are as follows:

Step 10: The user scans the required certificate into an electronic certificate file by scanning or other means;

Step 20: The user uploads the credential file to the data storage unit for storage;

Step 30: If the user wants to add authentication information immediately, execute step 40, otherwise end the process and only store the uploaded original certificate file;

Step 40: If the user wishes to input the authorization information immediately, execute step 50; otherwise, end the process and only store the uploaded original certificate file;

Step 50: the system loads the authentication information and authorization information into the certificate file, and generates an authentication file containing authorization information, authentication information, etc.;

Step 60: the system stores the generated authentication file in the data storage unit;

Step 70: The system stores the original file uploaded by the user.

The flow process of the system processing user authorization authentication information of the present invention is as shown in Figure 3, and its steps are as follows:

Step 110: the user selects the original certificate file to which authorization information needs to be added;

Step 120: If the user wishes to add authentication information immediately, then execute step 130, otherwise the program returns and reselects the credential file;

Step 130: If the user wishes to input authorization information immediately, then execute step 140, otherwise the program returns and reselects the original certificate file;

Step 140: the system loads authorization information, authentication information, etc. into the certificate file, and generates an authentication file containing authorization information and authentication information;

Step 150: the system stores the generated authentication file;

Step 160: the system sends the authentication file to the predetermined client according to the user's instruction;

Step 170: The enterprise or institution verifies the authenticity of the printed copy of the certification document, and the verification methods include:

(1) Check the watermark, pattern, etc. of the printed copy of the certification document with human eyes, and compare it with the electronic file to verify its authenticity;

(2) Scan the QR code, 3D code or bar code of the printed copy of the authentication document with a mobile client, a scanning gun, etc., and verify the authenticity according to the information fed back by the system;

(3) Online query authentication function, input the authentication code string of the file on the interface of the query authentication unit, and verify the authenticity according to the feedback information.

If the result of verifying the document is untrue or wrong, the business or institution can refuse to use the document and return it to the user.

Step 180: If the result of verifying the document is true and correct, the enterprise or institution can use the paper certification document for business transactions, and can also download or print the electronic file of the certification document for archiving.

The system structure and specific work flow of the present invention have been described above. The content of the embodiments cannot limit the scope of protection of the present invention. As long as any equivalent modifications and changes are made within the scope of protection of the claims of the present invention, they still belong to this invention. within the scope of inventions and creations.

Claims (5)

1. An electronic certification system for enterprise or individual authorization information, characterized in that it consists of a server and a client connected to a communication network; The server side includes: Data storage unit: used to store certificate files, authentication files, authorization information and other data; Authentication information unit: used to generate authentication information; Data processing unit: used to read the certificate file from the data storage unit, and load the authentication information and authorization information into the certificate file to form an authentication file, and then send it to the data storage unit for storage; The clients include: User authorization unit: used to input authorization information; Data upload unit: used to upload the credential file to the data storage unit; Data download unit: used to download authentication files from the data storage unit; Query authentication unit: used to verify the authenticity of the printed copy of the authentication document; The steps of this system to process user uploaded certificates are as follows: Step 10: The user scans the required certificate into an electronic certificate file by scanning; Step 20: The user uploads the credential file to the data storage unit for storage; Step 30: If the user wants to add authentication information immediately, execute step 40; otherwise, end the process and only store the uploaded certificate file; Step 40: If the user wishes to input the authorization information immediately, execute step 50; otherwise, end the process and only store the uploaded certificate file; Step 50: the system loads the authentication information and authorization information into the certificate file, and generates an authentication file containing authorization information and authentication information; Step 60: the system stores the generated authentication file in the data storage unit; Step 70: the system stores the credential file uploaded by the user; The steps of this system to process user authorization and authentication information are as follows: Step 110: the user selects the credential file to which authorization information needs to be added; Step 120: If the user wishes to add authentication information immediately, then execute step 130, otherwise the program returns and reselects the credential file; Step 130: If the user wishes to input authorization information immediately, then execute step 140, otherwise the program returns and reselects the credential file; Step 140: the system loads the authorization information and authentication information into the certificate file, and generates an authentication file containing the authorization information and authentication information; Step 150: the system stores the generated authentication file; Step 160: the system sends the authentication file to the predetermined client according to the user's instruction; Step 170: The enterprise or institution verifies the authenticity of the printed copy of the certification document. 2. The electronic authentication system according to claim 1, characterized in that the server end is a Web server with BS architecture. 3. The electronic authentication system according to claim 1, characterized in that the client is a browser client, Android client or iOS client of BS architecture. 4. The electronic authentication system according to claim 1 or 2, characterized in that the server end includes an authentication notification unit. 5. The electronic authentication system according to claim 1, wherein the authentication information includes one or more of two-dimensional codes, three-dimensional codes, barcodes, character strings, watermarks or patterns.