WO2017133705A1

WO2017133705A1 - Identity recognition system and recognition method thereof

Info

Publication number: WO2017133705A1
Application number: PCT/CN2017/072969
Authority: WO
Inventors: 戴见霖
Original assignee: 戴见霖; 安徽东方造集模块化建筑有限公司
Priority date: 2016-02-06
Filing date: 2017-02-06
Publication date: 2017-08-10
Also published as: CN107045684B; CN107045684A

Abstract

An identity recognition system, comprising an information management module and a recognition module, wherein the information management module is used for processing information into a group of information fragments, the information fragments each being unable to provide complete information; the recognition module extracts complete information from the information fragments for recognition. The identity recognition system further comprises an identity module for assigning a unique identity code to each user so that a third-party system provides services for the user according to the identity code.

Description

Identification system and its identification method

Technical field

The invention relates to an identification system and a recognition method thereof, in particular to an identification system and a recognition method thereof.

Background technique

Identifying identity by license is a way of identifying identity at present. If you use an ID card, driver's license or passport to identify you. When using an ID card to identify an identity, the ID card records the identity information of the holder, such as full name, gender, date of birth, address and ID number. This information is printed on the surface of the ID card, so it is easy to cause information leakage when using the certificate. Further, when the examiner compares whether the ID card and the ID card holder are the same person, the inspector can only rely on the photo recorded by the ID card. In today's mature technology of plastic packaging technology and plastic surgery technology, it is necessary for inspectors to have high experience. In addition, ID card identification, ID card and ID card holder must appear at the same time. That is to say, the identity card holder is on the scene, but does not carry the identity card, and the identity of the identity card holder cannot be identified. Once the identity card is lost, the identity of the identity card holder cannot be identified, thereby causing inconvenience to the identity card holder. It is worth mentioning that the ID card also has an expiration date. After the expiration date has passed, the certificate needs to be replaced. The reason is that the information recorded by the ID card is time-sensitive, but the information recorded by the ID card cannot be updated, so the information recorded by the ID card is updated by replacing the ID card. Most licenses have an expiration date, and there are situations where information needs to be updated. In other words, most licenses have expired. If the information recorded by the license can be updated, the timeliness of the information recorded by the license can be guaranteed.

The driver's license record holder's name, driver's license number, date of receipt and other information. On the one hand, the driver's license can be used to identify the identity of the holder, and on the other hand the driver's license is also used to prove that the holder has the ability to drive that type of vehicle. The diploma records the learner's learning experience. The information recorded by the skills certification reflects the capabilities of the holder. The information recorded on the credit card reflects the information status of the holder. Medical records can be used to record health status. Membership card Used to prove that the holder has certain qualifications. In addition, there are various discount cards and shopping cards, etc., which can be regarded as a certain qualification of the holder. It is worth mentioning that various licenses correspond at least to one application scenario. If the membership card of the mall can prove that the membership card holder has the membership of the mall, but the ID card holder's ID card can only identify the identity of the member card holder, and cannot identify the member card holder. Some have membership in the mall. However, in daily life, there are many such application scenarios to be faced. If each application scenario needs to produce a license, we need to carry a large number of licenses. Carrying a large number of licenses has caused inconvenience to people's lives. Further, people also need to pay extra management costs for a large number of licenses.

In addition, more and more merchants provide personalized products or services to users, and providing personalized products or services to users requires the use of personal data of the user. However, the user's personal data is somewhat unclear to the user himself, or the data is not the user's recent data, so that the merchant cannot provide personalized goods or services when providing the user with personalized goods or services. purpose.

Summary of the invention

It is an object of the present invention to provide an identification system that defragments information such that a single piece of information does not provide complete information.

It is another object of the present invention to provide an identification system that provides for processing information fragments into complete information.

Another object of the present invention is to provide an identity recognition system that provides security level identification, determines a corresponding security level based on the user providing different information, and feeds back corresponding information according to the security level in which it is located.

Another object of the present invention is to provide an identity recognition system that identifies corresponding information according to different application scenarios.

Another object of the present invention is to provide an identification system that performs information updates after each identification.

Another object of the present invention is to provide an identification system that provides a unique identity code for each user.

Another object of the present invention is to provide an identity recognition system, the identity recognition system A third-party system is provided to provide services for the corresponding user through the identity code.

It is another object of the present invention to provide an identification system that provides information that is disclosed in accordance with a query location.

Another object of the present invention is to provide an identification system that provides for setting a security code by which warning information and/or alarm information is triggered to notify the user that security is compromised.

It is another object of the present invention to provide an identification system that provides a dynamic combination of authentication information to reduce the risk of information being stolen.

Another object of the present invention is to provide an identification system that provides an application module that applies identification.

Another object of the present invention is to provide an identity recognition system, wherein the application module further provides a paperless file management module that provides a paperless file for application management.

Another object of the present invention is to provide an identity recognition system, wherein the application module further provides a payment module that provides identity identification for payment.

It is another object of the present invention to provide an identification system wherein the payment module provides for the use of the paperless file to manage payment content.

Another object of the present invention is to provide an identity recognition system, wherein the application module further provides a traffic control module, and the traffic control performs traffic control through the paperless file.

Another object of the present invention is to provide an identity recognition system, wherein the application module further provides a usage right management module, and the usage right management module manages the usage rights owned by the user through the paperless file.

Another object of the present invention is to provide an identity recognition system in which the usage rights management module performs ticket management through the paperless file.

Another object of the present invention is to provide an identification system in which the usage right management module performs room management through the paperless file.

Another object of the present invention is to provide an identity recognition system, wherein the application module further provides a delivery management module for using the paperless file for delivery management.

Another object of the present invention is to provide an identity recognition system, wherein the application module further provides a data management module for managing personal data.

In order to achieve the above object, the present invention provides an identity recognition system, including:

An information management module;

An identification module, the information management module communicatively connecting the identification module, wherein the information management module processes the information into a set of information fragments, each of the information fragments cannot provide complete information, and the identification module The complete information is extracted from the information fragments for identification.

The information management module further includes an information fragment generation module and an information storage module, the information fragment generation module communicatively connects to the information storage module, and the information fragment generation module fragments the information to generate the information. Fragment, the information fragment is stored in the information storage module.

The identification module further includes a processing module, an update module and a security level identification module, wherein the processing module communicatively connects the update module and the security level identification module, wherein the processing module receives the The information provided by the user, the processing module extracts corresponding fragment information from each piece of the information fragment of the information management module according to the information provided by the user, and processes the fragment information into a complete information, wherein the complete information Used to compare the information provided by the user to identify the identity of the user, wherein if the user's information is identified, the update module updates with the information provided by the user, wherein the security level identification module is The user provides information to set different security levels to feed back different information.

The identity identification system further includes an identity code module, the identity code module communicates with the information management module and the identification module, and the identity code module separately assigns a unique identity code to each user. The identification module acquires corresponding user information from the information management module according to the identity code for identification.

The identification system further includes an application module, the application module communicatively connects the information management module and the identification module, and the identification module and the information management module provide identity verification for the application module service.

The identity code module further includes an identity code generating module and an identity code. a registration module and an identity code conversion module, wherein the identity code generation module respectively generates a corresponding identity code for each user, wherein the identity code registration module communicatively connects to a third-party system, and the identity code registration module Obtaining the identity code of the user from the information management module, and registering with the identity code in the third-party system, wherein the identity code conversion module associates the identity code of the user with the account of the third-party system.

The application system further includes a paperless file management module, wherein the paperless file management module communicably connects the identification module, the identity code module, and the information management module, respectively, wherein the paperless file The management module provides a paperless file for recording the identity code.

The application system further includes a payment module, the payment module communicatively connects to the paperless file management module, the paperless payment module provides the paperless file for payment, and the payment module uses The payment is made on the paperless document that is paid.

The application system further includes a traffic management module, the traffic management module communicatively connects to the paperless file management module, and the paperless file management module provides the paperless file for accessing, the pass The management module manages the traffic according to the paperless file used for the pass.

The application system further includes a usage right management module, a delivery management module, and a data management module, wherein the paperless file management module communicably connects the usage right management module, the delivery component management module, and The data management module, wherein the paperless file management module provides the paperless file for use right management for the usage right management module to manage usage rights, wherein the paperless file management module provides for delivery The paperless file is managed by the delivery management module, wherein the paperless file management module provides the paperless file for data management for management by the data management module.

DRAWINGS

1 is a block diagram showing the structure of a preferred embodiment of a verification system in accordance with the present invention.

2 is an authentication flow diagram of a preferred embodiment of a verification system in accordance with the present invention.

detailed description

The following description is presented to disclose the invention to enable those skilled in the art to practice the invention. The preferred embodiments in the following description are by way of example only, and other obvious variations will occur to those skilled in the art. The basic principles of the invention as defined in the following description may be applied to other embodiments, modifications, improvements, equivalents, and other embodiments without departing from the spirit and scope of the invention.

1 is a block diagram showing the structure of a preferred embodiment of the identity recognition system of the present invention. The identification system of the present invention includes an information management module 10 and an identification module 20 operatively coupled to the identification module 20. The information management module 10 processes a complete message 1010 as a set of information fragments 1011. A single piece of information 1011 cannot provide a complete message. That is to say, the information recorded by a single piece of information does not work. The information management module 10 processes each piece of information 1011 to obtain the complete information 1010. It is worth mentioning that the information management module 10 can process the plurality of complete information 1010 into a plurality of information fragments 1011. The information management module 10 processes the plurality of pieces of information 1011 to obtain the complete information 1010. The identification module 20 performs a search on the information management module 10 according to the acquired identification information to determine whether the information management module 10 records information that is consistent with the identification information. If the information consistent with the identification information is found in the information recorded by the information management module 10, the identity of the identification information provider is identified based on the found information.

The information management module 10 further includes an information fragment generation module 11 and an information storage module 12. The information fragment generation module 11 communicatively connects the information storage module 12. The information fragment generation module 11 processes the user's personal information into a set of information fragments 1011. The generated information fragment 1011 is stored in the information storage module 12.

The user's personal information includes at least the name, place of residence, date of birth, marital status, family members, nationality, and the like. The user's personal information further includes at least one biometric. The biological features refer to the relationship between fingerprints, voiceprints, palm prints, finger veins, palm veins, finger phalanges, palm metacarpals, finger vessels and corresponding finger phalanges, palm blood vessels and corresponding metacarpals, faces, irises , pupil, pupil distance, blood flow, bone age and The degree of bone calcification, etc. The user's personal information further includes at least one experience information. The experience information includes work information, life information, education information, driving information, travel information, and medical information. The living information includes at least one of a social record, a social network circle, a circle of friends, and the like. The driving information includes one of driving condition, driving age, drunk driving record, and the like. The identification finger phalanx can be configured as a three-dimensional phalanx recognition. Face recognition can be set to a three-dimensional skull information or three-dimensional face information.

The identification module 20 communicatively connects the information storage module 10. The identification module 20 is configured to receive the information provided by the user, and then compare the information provided by the received user with the user information stored in the information storage module 10 to identify the identity of the user. It is worth mentioning that the identification module 20 feeds back information of different security levels according to different identification information provided by the user. That is, the identification module 20 provides security level identification, and feedbacks corresponding preset security level information according to the security level of the provided identification information. Specifically, if the user provides text identification information through the identification module 20, the identification module 20 feeds back corresponding information according to the security level corresponding to the text identification information. If the identification module 20 receives the graphic information provided by the user, such as a two-dimensional code, the identification module 20 feeds back corresponding information according to the security level corresponding to the graphic verification information provided by the user. If the identification module 20 receives the biometric information provided by the user, the identification module 20 feeds back the corresponding information according to the security level corresponding to the biometric information.

The identification module 20 further includes a processing module 22. The processing module is configured to receive information provided by the user and then process the information provided by the user. For example, the user provides fingerprint information. The processing module 22 searches for the matching fingerprint information in the information management module 10 according to the fingerprint information provided by the user. If the processing module 22 finds the matched fingerprint information in the information management module 10, the identity of the user is identified. The processing module 22 feeds back the identity information of the user. If the processing module 22 cannot find the matching fingerprint information in the information management module 10, the identity of the user cannot be identified. The processing module 22 feeds back unrecognized information.

When the processing module 22 searches the information management module 10, the information management module 10 acquires fragment information from each information fragment 1011, and processes the fragment information into complete fingerprint information. The processing module 22 is based on fingerprint information provided by the user. The complete fingerprint information extracted by the information management module 10 is allocated. If the processing module 22 finds matching complete fingerprint information, the processing module 22 feeds back the user's identity information. If the processing module 22 does not find a matching complete fingerprint information, the processing module 22 feeds back unrecognized information.

The processing module 22 further includes an information receiving module 221 for receiving information. For example, the information provided by the user. The processing module 22 further includes an information extraction module 222 that communicatively connects the information receiving module 221 and the information management module 10, respectively. The information extraction module 222 provides for extracting the complete information required from each of the pieces of information 1011 stored in the information management module 10. The information extraction module 22 acquires information provided by the user from the information receiving module 221 . The information extraction module 22 determines the type of information obtained from the information fragment 1011 based on the information provided by the user. If the user provides biometric information, the information type is a biometric. If the user provides a phone number, the information type is a phone number. The information extraction module 22 associates the related information fragments 1011 according to the determined information type. The information extraction module 222 extracts corresponding fragment information from the related information fragments 1011, respectively. The information extraction module 222 further organizes the corresponding fragmentation information to form a complete information. The type of the complete information conforms to the exact type of information. The processing module further includes a comparison module 223. The comparison module 223 is communicably connected to the information receiving module 221 and the information extraction module 222, respectively. The comparison module 223 compares the complete information extracted from the information extraction module 222 according to the information provided by the user acquired from the information receiving module 221. If the information provided by the user is consistent with the complete information, the comparison module 223 sends a continuation extraction information to the information extraction module 222. The information extraction module 222 extracts corresponding identity information from the information storage module 10 according to the complete information, and the identity of the user is identified. If the information provided by the user does not match the complete information, the comparison module 223 sends a re-extraction information to the information extraction module 22. The information extraction module 222 re-extracts another complete information according to the determined information type. The comparison module 223 re-compares the provided information of the user with another complete information. If none of the complete information matches the user-provided information, the information provided by the user cannot be identified.

The identification module 20 further includes an update module 23 that communicatively connects the processing module 22 and the information management module 10, respectively. After the processing module 22 finds information corresponding to the information provided by the user, the update module 23 saves the information provided by the user to the information management module 10. It is worth mentioning that the update module 23 saves the time when the information is saved together with the information provided by the user in the information management module 10. The information management module 10 forms an information update record 1012. The information update record 1012 can be used for identification. For example, the fingerprint information provided by the user is identified, and the update module 23 transmits the fingerprint information provided by the user to the information management module 10. The information management module 10 updates the fingerprint information provided by the user to the corresponding fingerprint information. At the same time, the update time is also recorded in the information update record 1012. Preferably, the most recently updated user information is preferentially used for identification.

The identification module 20 further includes a security level identification module 21 that is communicatively coupled to the processing module 22 and the information management module 10, respectively. After the processing module 22 receives the information provided by the user, the security level identification module 21 obtains the recognition result from the processing module 22. The security identifies a corresponding security level based on the recognition result, and then the security level identification module 21 transmits the identified security level to the information management module 10. The information management module 10 feeds back corresponding information according to the security level. For example, the user provides left hand index finger fingerprint information. The processing module 22 identifies fingerprint information of the left index finger of the user. The security level identification module 21 obtains fingerprint information of the left index finger provided by the user from the processing module 22. The security level identification module 21 identifies a security level corresponding to the left index finger fingerprint. If the security level corresponding to the left index finger fingerprint of the user is to provide identity information and educational information, the information management module 10 feeds back the identity information and the education information corresponding to the user. It is worth mentioning that the user can set a security information through the security level identification module 21. When the user provides the security information, the processing module 22 sends help information to a security unit, such as a security room and/or a police station. For example, the user sets the right index finger fingerprint as security information. If the user provides a right hand index finger fingerprint, the processing module 22 receives the fingerprint information. The processing module 22 further identifies the fingerprint information as fingerprint information of the right index finger of the user. The security level identification module 21 acquires the right index finger of the user The fingerprint information and the security level corresponding to the fingerprint information of the right index finger of the user are identified as the right index finger. After the security level identification module 10 identifies that the security level is the right index finger, the security level identification module 10 issues a security message to inform the user that the security is compromised. The user can set the security level of the user through the security level identification module 21.

It is worth mentioning that the security level identification module 21 further provides a dynamic verification method for identifying an identity. That is, the security level identification module 21 provides a security level for dynamic verification. When the dynamic verification is activated, the security level identification module 21 acquires the information of the user from the information management module 10 through the processing module 22. The processing module 22 generates a set of questions or instructions based on the information of the user. The user needs to answer the question or follow the instructions to confirm the identity of the user. For example, the favorite badminton player and please provide the right index finger fingerprint. It is worth mentioning that updated information and updated records will also be used for dynamic verification. That is, the information used for verification is dynamic.

The identification system of the present invention further includes at least one detection device 24. The detection device 24 is communicatively coupled to the processing module 22. The detecting means 24 acquires information provided by the user. For example, the user can provide text information, graphical information, and biometric information through the detection device 24. Further, the detection device 24 provides a three-dimensional scan. If the user provides biological information through the palm of the hand, the detecting device 24 performs a three-dimensional scan of the palm of the user. The user's palm information is obtained through three-dimensional scanning. The palm information includes fingerprint information of each finger, phalanx information of each finger, vein and artery information of each finger, relationship between vein and phalanx of each finger, vein and artery information of the palm, bone information of the palm, palm of the hand The positional relationship between the bones and veins, the blood flow information of the palms, and the blood flow information of each finger. The processing module 22 acquires three-dimensional scan data of the palm provided by the user through the detecting device 24. The processing module 22 processes the three-dimensional scan data of the palm of the user to further obtain bone age information and/or bone calcification information of the user. The identity of the user is more accurately identified by the identification of the user's bone age information and/or bone calcification information. That is to say, there is no way to clone the bone age and/or the degree of bone calcification, so even if the user is cloned, it is possible to identify whether the user is or is cloned by the degree of bone age and/or bone calcification. It is worth mentioning that the detecting device 40 can be disposed in a detecting center for detecting the entire person to obtain three-dimensional scan information of the entire person.

Further, the detecting device 24 can exchange information with the smart device. That is, the user can provide information through the smart device for identification. The smart device includes a smart phone, a computer, a tablet, a smart wearable device, a smart car, and a smart appliance. The smart wearable device includes a smart watch, a smart bracelet, a smart necklace, smart clothes, and a smart foot ring. The user can provide his or her personal information through a smart device. Specifically, the user enters information into the smart device, and the user then transmits information to the detecting device 24 through the smart device. The detection device 24 then decorates the information provided by the user to the processing module 22. The processing module 22 performs identification based on the information provided by the user. The detecting device 24 can exchange information with the smart device through a communication method such as NFC (Near Field Communication), Wi-Fi, Li-Fi, 3G, 4G, or 5G. The detection device 24 further acquires information of the implanted device. The implant device refers to implanting the device into a human body, such as an implanted chip.

The identification system of the present invention further includes an identity code module 30 that assigns each user a unique identity code 311. The identity code module 30 is communicatively coupled to the information management module 10 and the identification module 20. The identity code module 30 can assign a unique identity code 311 to each user according to a preset rule. The identity code module 30 can also obtain information corresponding to the user from the information management module 10, and then generate a unique identity code 311 according to the information corresponding to the user. The user's identity code 311 is stored in the information of the corresponding user of the information management module 10. Preferably, the identity code 311 of the user is set to a public state. Other users can query the information of the user through the identity code 311 corresponding to the user. It is worth mentioning that other users need to obtain the authorization of the user by querying the identity code 311 of the user.

The identity code module 30 further includes an identity code generating module 31 and an identity code registration module 32. The identity code generating module 31 communicatively connects the identity code registration module 32. The identity code generating module 31 assigns each user a unique identity code 311 according to a preset rule. The identity code 311 refers to a code that is unique to distinguish the user from other users. The identity code 311 can be processed as text. The identity code 311 can be processed as a graphic, such as a two-dimensional code. The identity code 311 can be processed as a stereo code. The identity code 311 can be stored in a smart device. The identification code 31 can also be stored in an implant device that is implanted in a human body. Preferably, said The implant device is an implanted chip. That is, the detecting device 24 can acquire information from a chip implanted in a human body. Preferably, after the user submits corresponding user information to the information storage module 10, the identity code generating module 31 generates an identity code 311 corresponding to the user. It is worth mentioning that the detection means 24 can be assigned a corresponding identity code 311 in order to identify each of the detection means 24.

Further, the identity code registration module 32 is communicatively coupled to the third party system. The identity code registration module 32 registers the account with the identity code 311 corresponding to the user in the third-party system according to the identity code 311 corresponding to the user. Specifically, the identity code registration module 32 is communicatively coupled to the third party system. The identity code registration module 32 obtains information required for registration from the third party system. The identity code registration module 32 obtains information required to be registered from the information storage module 31. The identity code registration module 32 issues a registration identity code instruction 321 to register with the third party system an account number corresponding to the identity code 311 corresponding to the user. The identity code registration module 32 further provides the third party system with the information that the user needs to provide. After receiving the information that the user needs to provide, the third-party system establishes an account with the identity code 311 corresponding to the user as an account according to the registration identity code instruction 321 . Further, the identity code registration module 32 registers the account with the identity code 311 corresponding to the user in other third-party systems.

The identity code module 30 further includes an identity code conversion module 33. The identity code conversion module 33 manages the account of the user in each third party system. Specifically, if the user already has an account in the third party system. That is, the third party system provides services for the user according to the account of the user in the third party system. The identity code conversion module 22 searches the information management module 10 for the account number of each third-party system provided by the user. The identity code conversion module 22 establishes a corresponding relationship with each third-party system account. When the user uses the identity code 311 corresponding to the user in the third-party system, if the third-party system has an account with the identity code 311 corresponding to the user as an account, the third-party system corresponds to the user. The account of the identity code 311 is operated. If the third party system does not have the identity code 311 corresponding to the user as an account, the third party system sends the identity code 311 of the user to the identity code conversion module 33. The identity code conversion module 33 converts the user's identity code 311 to the user in the third party system. The corresponding account. The identity code conversion module 33 transmits the account number corresponding to the third party to the third party system. The third-party system provides services for the user according to the account corresponding to the user.

The identification system of the present invention further includes an application module 40. The application module 40 communicatively connects the information management module 10, the identification module 20, and the identity code module 30, respectively. The application module 40 manages applications related to identification. The application module 40 applies the identity identification via a paperless file 4111. It is worth mentioning that the paperless file 4111 cannot be read by anyone. That is, one cannot obtain information from the paperless file 4111 by reading the paperless file 4111, thereby avoiding leakage of information. The application module 40 further includes a paperless file management module 41. The paperless file management module 41 communicatively connects the information management module 10, the identification module 20, and the identity code management module 30, respectively. The paperless document management module 41 manages the paperless file 4111. Specifically, the paperless document management module 41 is for editing, generating, analyzing, and executing the paperless document 4111. The content of the paperless file 4111 includes an authorization target, an authorizer, authorized content, an authorization term, and the like.

The paperless document management module 41 further includes a paperless document generating module 411 for generating a paperless document 4111. The user edits and generates the paperless file 4111 by the paperless document generating module 411. It is worth mentioning that the paperless file generating module 411 can automatically generate the paperless file 4111 according to requirements. Preferably, the authorizer and the authorization target input an identity code 311 corresponding to the authorizer and an identity code 311 corresponding to the authorization target. The paperless document generating module 411 communicatively connects the information management module 10, the identification module 20, and the identity code module 30. The paperless file generating module 411 can acquire information corresponding to the user from the information management module 10. The identification system of the present invention further includes a paperless document analysis module 412 and a paperless document execution module 413 for analyzing the paperless document 4111 to obtain the paperless document 4111 content. The paperless file execution module 413 communicatively connects the paperless document analysis module 412. The paperless file execution module 413 executes the paperless file 4111 according to the content of the paperless file 4111. The identification system of the present invention further includes a paperless file storage module 414. The paperless file storage module 414 communicably connects the paperless document generating module 411. The paperless file 4111 is born After being completed, it is stored in the paperless file storage module 411. The paperless file 4111 can also be sent to the smart terminal used by the user or the smart terminal used by the authorizer. Specifically, the paperless file 4111 records the identification code 311 of the authorization target. According to the identity code 311 of the authorization target, the paperless file generating module 411 sends the paperless file 4111 to the identity code 311 of the authorization target. After the identity code conversion module 33 receives the identity code 311 that sends the paperless file 4111 to the authorization target, the identity code conversion module 33 is configured according to the identity code 311 of the authorization target. The information management module 10 searches for a corresponding communication number such that the paperless file 4111 is transmitted to the smart terminal of the authorized target. For example, a phone number, an email address, and/or an instant messaging software number. That is to say, after the identity code 311 of the authorization target is converted into a corresponding phone number, or an email address, or an instant communication software number, the paperless file 4111 is sent to the smart terminal corresponding to the authorizer.

The application module 40 further includes a payment module 44 that manages the paperless payment file 4111 for payment. The payment module 44 communicatively connects the paperless document management module 41, the identification module 20, and the information management module 10, respectively. Preferably, the payment module 44 cooperates with the detection device 24. At the time of payment, the user submits the user information via the detection device 24. The payment module 44 manages information for payment. This user information can be used to identify the identity of the user. After receiving the user information, the payment module 44 sends the user information and information for payment to the paperless file generating module 411. The paperless document generating module 411 generates the paperless payment file 4111 for payment based on the information submitted by the user and the information for payment. Preferably, the paperless file 4111 for payment is fed back to the user. The paperless file 4111, such as for payment, is fed back to the smartphone held by the user who views the paperless file 4111 for payment via the smartphone held by the user. The user can confirm execution of the paperless file 4111 for execution by the smart terminal held by the user. After the user confirms execution of the paperless document 4111 for payment, the paperless document 4111 for payment is sent to the paperless document analysis module 412 to acquire the paperless document 4111 for payment. Content. The content of the paperless file 4111 used by the paperless document analysis module 412 for payment is sent to the paperless file execution module 413. The paperless document execution module 413 is based on the paperless for payment The content of the file 4111 performs payment.

It is worth mentioning that the user can preset the paperless file 4111 for payment through the payment module 44. The payment content includes items such as a payment destination, a payer, a payment amount, a payment date, and/or a payment place. The paperless document generating module 411 generates the paperless file 4111 for payment based on the preset payment content acquired from the payment module 44. Preferably, the paperless payment file 4111 for payment is stored in the paperless file storage module 414. When the user makes a payment, the user can provide the user with information for identifying the identity, preferably the biometric of the user, via the detection device 24. The information provided by the user is provided to the processing module 22 by the detection device 24. The processing module 22 identifies the identity of the user based on the information provided by the user. The paperless file storage module 414 acquires the paperless payment file 4111 corresponding to the user according to the identity of the user. The payment module 34 further provides information about the payment, such as the place of payment, the time of payment, and/or the payment item, and the like. The paperless payment analysis module 212 further matches the user's paperless file 4111 for payment with information regarding the payment. If the content of the paperless file 4111 for payment by the user matches the information about the payment, the paperless file 4111 for payment is sent to the paperless file execution module 413 for payment. If the content of the paperless file 4111 for payment by the user does not match the information about the payment, the paperless file 4111 for payment cannot be used for payment.

The application module 40 further includes a traffic management module 42 for managing traffic conditions, such as for managing from one space to another, or for managing another portion of the space from a portion of one space. The traffic management module 42 can set a forbidden state or a pass state. The traffic management module 42 further includes a traffic control module 421 and at least one lock device 422. The pass control module 421 communicatively connects the lock device 422. The traffic control module 421 controls the traffic state through the lock device 422. The lock device 422 can be disposed on an isolation device. When the lock device 422 is set to the disabled state, the lock device 422 prohibits the isolation device from moving to prohibit the passage. When the lock device 422 is placed in a traffic state, the lock device allows the isolation device to move to allow passage. Preferably, the traffic control module 421 controls traffic through the paperless file 4111 for traffic. Preferably, The lock device 422 is assigned a corresponding identity code 311. Preferably, the lock device 422 cooperates with the detection device 24.

Specifically, the pass control module 421 presets the paperless file 4111 for controlling the pass. When the user needs to pass, the user provides information, preferably biometric information of the user, through the detection device 24. The detection device 24 sends the information provided by the user to the processing module 22. The processing module 22 identifies the user identity by the information provided by the user. The processing module 22 sends the identified identity of the user to the traffic control module 421. The pass control module 421 compares the preset paperless file 4111 for passing through the wordless file management module 41 to determine whether the user is allowed to pass. If the user is allowed to pass, the pass control module 421 sets the corresponding lock device 422 to the pass state. If the user is prohibited from passing, the traffic control module 421 sets the corresponding lock device 422 to a disabled state.

It is worth mentioning that the traffic management module 42 further provides a solution for applying for temporary traffic. When the user provides the user information through the detecting device 24, the detecting device 24 provides the identity code 311 corresponding to the detecting device 24 and the user information to the paperless file generating module 411. The paperless file generating module 411 generates the paperless file 4111 that is temporarily passed according to the identity code 311 corresponding to the detecting device 24 and the information provided by the user. The paperless document analysis module 412 analyzes the preset paperless file 4111 for passing to obtain the user with authority. The paperless document generating module 411 transmits the temporarily paperless paperless file 4111 to a user having authority. The user determines whether the user is allowed to pass according to the paperless file 4111 that is temporarily used. If the user with authority allows the user to pass, the user with authority authorizes the paperless file 4111 that is temporarily available. The user having the authority transmits the authorization information of the paperless file 4111 that is temporarily passed and the paperless file 4111 that is temporarily passed to the paperless file execution module 413. The paperless file execution module 413 executes the paperless file 4111 that is temporarily passed according to the authorization information. The paperless file execution module 413 executes the paperless file 4111 that is temporarily passed, and transmits the authorized traffic information to the traffic control module 4211. The pass control module 4211 sets the lock device 422 to a pass state to allow the user to pass. It is worth mentioning that the pass control module 421 can control the plurality of lock devices 422 by setting the paperless file 4111.

The traffic management module 42 further provides a pre-authorization pass plan. Through the pre-authorization scheme, the authorized user sets the paperless file 4111 for pre-authorization. The paperless file 411 pre-authorized to pass records the target of the preset authorization, the transit time, the corresponding lock device and the like. After the identity confirmation of the pre-authorized target, the paperless file 4111 pre-authorized is executed to set the corresponding lock device to the pass state, thereby enabling the authorization target to pass.

The application module 40 further includes a usage right management module 43. The usage right management manages the usage rights owned by the user. If the user purchases the train ticket, it indicates that the user has the right to use the seat marked on the train ticket at the time and the number of times the train ticket is recorded. The user can use the corresponding seat as long as the user is verified by the usage right management module 43 that the corresponding seat of the seat has the right to use. The user does not need to verify the identity of the user to others. For example, if the user rents a room at the hotel, it means that the user has the right to use the room during the rental time. As long as the user is verified by the usage rights management module 43 that the room has usage rights during that time, the user can use the room during that time. The user does not need to verify the identity of the user to others.

The paperless document generation center 411 generates the paperless document 411 after the user purchases the ticket. The content recorded by the paperless document 411 includes information such as the type of the ticket, the user and the seat position. The type of ticket refers to an airline ticket, a train ticket, a movie ticket, a concert ticket, and the like. The user refers to the user who purchased the ticket. Preferably, the user records an identity code corresponding to the user. The seat position refers to the seat identification such that the seat distinguishes the other seats. Preferably, the seat is provided with the detection device 24. The user can provide the user information via the detection device 24 disposed at the seat. The user can also provide information to the detection device 24 via the smart terminal. Preferably, the user provides his biometric information. The detecting means 24 transmits the information provided by the user to the processing module 22 for identification. The detecting device 24 acquires the information of the seat, and then the acquired seat information is sent to the paperless document analyzing module 412. The paperless document analysis module 412 acquires the corresponding paperless file 4111 according to the seat information. The paperless document analysis module 412 analyzes the corresponding paperless file 4111 to obtain an analysis result. The paperless document analysis module 412 sends the analysis result to the paperless file execution module 413. The processing module 22 sends the identified identity information of the user to the paperless File execution module 413. The paperless file execution module 413 verifies whether the identity information of the user matches the analysis result. If the identity information of the user matches the analysis result, the user has the right to use the seat. If the identity information of the user does not match the analysis result, the user does not have the right to use the seat. Preferably, the detecting device 24 further includes a display device 241 to indicate whether the user has the right to use the seat. Preferably, the display device 241 only displays whether the user has the right to use the seat, and does not display the specific information of the user to avoid information leakage. The user can also provide information to the detection device 24 via the smart device, preferably providing biometric information for the user.

The usage rights management module 43 works in conjunction with the traffic management module 42. For example, buy a train ticket. After the user purchases the train ticket, the paperless document generating module 411 generates the paperless document 4111 based on the information of the user, the number of purchased cars and the seat, and the date corresponding to the number of trips. The paperless file 4111 can be stored in the paperless file storage module 414. The paperless file 411 can also be sent to the smart terminal storage owned by the user. It is worth mentioning that the paperless document generation center 411 acquires information of each user who purchased the train from the usage right management center 43. When the ticket of the train is stopped for sale, the paperless document generation center 411 stops acquiring the information of each user who purchased the train from the usage right management module 43. After the ticket gate of the train is determined, the paperless document generation center 411 generates the paperless document 4111 for ticket checking. Preferably, the paperless document 411 for checking is stored in the paperless file storage module 414. At least one of the lock devices 422 is disposed at a ticket gate of the train station. The pass control module 421 controls each of the lock devices 422. The detection device 24 is arranged in cooperation with the lock device 422. That is, a lock device 422 is provided correspondingly to the detection device 24. When the ticket is inspected, the user provides the corresponding information of the user through the matching detecting device 24. If the paperless file 4111 recording the user ticket purchase information is stored in the smart terminal held by the user, the user can transmit the paperless file 4111 recording the user ticket purchase information to the detecting device through the smart terminal. twenty four. The detecting device 24 transmits the paperless document 4111 recording the user ticket purchasing information and the information of the detecting device 24 to the paperless document analyzing module 412. The paperless document analysis module 412 analyzes the paperless document 4111 recording the user ticket purchase information to obtain the trip information and the user's information. The paperless document analysis module 412 further analyzes the none for ticket checking based on the acquired trip information and the user's information. Paper file 4111. The paperless document analysis module 412 selects the corresponding paperless file 4111 for ticket checking according to the vehicle number information. The paperless document analysis module 412 further determines whether the information for the user is included in the corresponding paperless file 4111 for ticket checking. If the user's information is included in the corresponding paperless file 4111 for ticket checking, the paperless file analysis module 412 sends a pass message to the paperless file execution module 413. The paperless file execution module 413 executes the energy information, and sends the traffic information and the corresponding lock device information to the traffic control module 421. The pass control module 421 sets the corresponding lock device 422 to the pass state according to the received energy information and the corresponding lock device information. The user is able to pass the ticket gate. After the user passes the ticket gate, the traffic control module 421 sets the corresponding lock device 422 to a no-pass state.

If the user provides his/her biometric information, such as a fingerprint, through the associated detection device 24, the associated detection device 24 transmits the biometric information of the user to the processing module 22. The processing module 22 identifies the identity information of the user based on the biometric information of the user. The processing module 22 transmits the identified identity information of the user to the paperless file analysis module 412. The paperless document analysis module 412 acquires the paperless file 4111 recording the user ticket purchase information in the paperless file storage module 414 according to the identity information of the user. The paperless document analysis module 412 acquires corresponding trip information from the paperless file 4111 that records the user purchase ticket information according to the identity information of the user. The paperless document analysis module 412 acquires the paperless file 4111 for ticket checking from the paperless file storage module according to the acquired corresponding trip information. The paperless document analysis module 412 further analyzes the paperless file 4111 for ticket checking according to the corresponding trip information and the identity information of the user to determine whether the user is allowed to pass. If the identity information of the user is included in the paperless file 4111 for ticket checking, the paperless file analysis module 412 sends the traffic information to the paperless file execution module 413. The paperless file execution module executes the traffic information, and sends the traffic information and the corresponding lock device 422 information to the traffic control module 421. The pass control module 421 sets the corresponding lock device 422 to be in a working state so that the user passes the ticket gate. After the user passes the ticket gate, the traffic control module 421 sets the lock device 422 to a no-pass state.

Each seat of the train of the train is provided with a corresponding detecting device 24. The user pass The detection device 24 submits information to determine if the user has a corresponding seat.

Another preferred embodiment in which the usage rights management module 43 works in conjunction with the traffic management module 42. After the user subscribes to the room of the hotel, the paperless document generation center 111 generates the paperless file 4111 for registration based on the reserved hotel room information of the user. The contents recorded by the paperless document 4111 for registration include information such as hotel information, room information, room user, and housing time. Preferably, the room user records an identity code 4111 corresponding to the room user. The paperless file 4111 for registration is stored in the paperless file storage module 414.

When the user performs check-in, the user provides the user's information through the detection device 24 for identifying the identity of the user. The detection device 24 sends the user's information to the processing module 22, which identifies the user identity. The paperless document analysis module 412 analyzes the room user of the paperless document 4111 for registration to match the user. If there is a match, the paperless file execution module 413 executes the paperless file 4111 for registration to register the user. It is worth mentioning that during the registration process, the hotel staff can only know that the user has the right to use the room during that time period. When the user performs registration, the paperless document generating module 411 generates the paperless document 4111 for passage based on the information recorded by the paperless document 4111 for registration, the room and the information of the hotel. Preferably, the paperless document 4111 for passing is stored in the paperless document storage center 414. In the booked room, the user provides information to verify the identity of the user, and if the user identity matches the user identity recorded by the paperless file 4111 for the pass, the user is allowed to enter the room.

The application module 40 further includes a delivery management module 45. The delivery management module 45 is configured to manage the delivery. The delivery management module 45 communicatively connects the information management module 10, the identification module 20, the identity code module 30, and the paperless file management module 41. Specifically, the delivery management module 45 includes at least one delivery management center 451 and a delivery module 452. The delivery management center 451 communicatively connects the delivery module 452. The user can set the status of the delivery member through the delivery management center 451. The delivery member can be set to a delivery state or a registered state. The delivery state means that the delivery device is in the delivery process. The registered state means that the delivery member is registered in the delivery management center 451. The user places the delivery piece on the delivery piece The management center 451 provides sender information, recipient information, and delivery information. Preferably, the delivery management center 451 is provided with the detection device 24. It is worth mentioning that if the user does not provide the recipient information, the delivery device is set to the registration state, and the paperless document generation center generates a message according to the received sender information and the delivery information. The paperless payment file 4111 for registration. Preferably, the sender information is an identity code corresponding to the sender. If the user provides recipient information, the delivery device is set to a delivery status, and the paperless document generation center is based on the received sender information, the recipient information, and the delivery information. The paperless file 4111 for posting is generated. The paperless document generation center transmits the paperless document 411 for delivery to the recipient according to the identity code 411 of the recipient. The recipient views the content of the paperless file 411 for posting through the paperless document analysis module 412. If the recipient receives the delivery, ownership of the delivery is transferred to the recipient. The sender no longer has the right to operate the delivery. The recipient has the right to operate the delivery. For example, the delivery piece is forwarded. The recipient needs to forward the information of the delivery. The paperless document generation center 411 generates another paperless document 411 for posting based on the delivery information. The delivery member delivers according to another paperless document 411 for delivery. It is worth mentioning that if the recipient of the other paperless document 4111 for posting rejects the delivery, the delivery is set to the registered state. If the recipient rejects the delivery, the delivery is set to a registered state. The sender resets the recipient information, and the paperless document generation center 4111 generates another paperless file 4111 for posting based on the new recipient information. After the new recipient confirms receipt of the delivery by another paperless document 4111 for delivery, the ownership of the delivery is transferred to the new recipient. The new recipient can operate on the delivery, such as determining the status of the delivery, or forwarding. It is worth mentioning that the delivery management center 451 presets the delivery time of the delivery. That is to say, the delivery of the delivery is performed at the delivery time. If at the time interval between the two delivery times, the delivery is not delivered even if the ownership of the delivery is transferred. In this way, frequent changes to the delivery route are avoided, saving time and money.

The application module further includes a data management module 46 for managing personal data of the user. If the merchant needs to provide personality for the user The goods or services need to get the data of the user. The merchant provides the need to obtain the user data through the data management module 46. The paperless document generating module 411 generates a paperless file 4111 for acquiring data according to the merchant's request to obtain the user data. The paperless file 4111 for acquiring data is sent to the user. The user views the content of the paperless file 4111 for acquiring data through the paperless file analysis module 412. If the user allows the merchant to acquire data of the user, the user authorizes the paperless file execution module 413 to execute the paperless file 4111 for acquiring data. The information storage module 10 transmits the data of the user required by the merchant to the merchant according to the content of the paperless file 4111 for acquiring data. The merchant provides personalized products or services to the user based on the user data.

It is worth mentioning that the paperless file 4111 can be used for identification. Specifically, after the user provides the user information through the detecting device 24, the paperless file generating module 411 acquires the user information, and generates a paperless file 4111 for identification. The paperless file 4111 for identification is sent to the processing module 22. The processing module 22 acquires the content of the paperless file 4111 for identification by the paperless file analysis module 412. The processing module 22 extracts information from the information management module 10 to compare the content of the paperless file 4111 for identification. If the processing module 22 cannot find matching information in the information management module 10, the identity of the user cannot be identified. If the processing module 22 finds matching information, the identity of the user is identified. It is worth mentioning that the security level identification module 21 determines the security level and the feedback information corresponding to the security level according to the content of the paperless file 4111 for identification. The processing module 22 sends the user identity and corresponding feedback information to the paperless file generating module 411. The paperless document generating module 411 generates the paperless document 4111 for feedback. The paperless document 4111 for feedback is fed back to the user. Through the processing of the paperless document analysis module 412 and the paperless execution module 413, the user obtains the content of the paperless file 4111 for feedback.

It is worth mentioning that if the identity code module 30 is communicatively connected to the third party system, the identification module 20 assists the identity code module 30 in setting the authentication mode. Preferably, the identification module 20 assists the identity code module 30 in setting a password. Specifically, the security level identification Module 21 assists the identity code registration module 32 in setting the authentication mode. Preferably, the security level identification module 21 assists the identity code registration module 32 in setting a password. After the identity code registration module 32 communicatively connects to the third party system, the security level identification module 21 identifies the type of the third party system. Then, the security level identification module 21 sets the security level of the third party system according to the type of the third party system. The identity code registration module 32 sets a password based on the security level of the third party system. Third-party systems can be divided into systems for entertainment, work, and finance. The security level identification module 21 sets a security level for the third party system. For example, the financial system has a higher level of security than the working system. The working system has a higher level of security than the entertainment system. Correspondingly, the password complexity of the financial system is higher than the password complexity of the working system. The password of the working system is more complicated than the password of the entertainment system. The security level of the third party system is sent by the security level identification module 21 to the identity code registration module 32. The identity code registration module 32 receives the security level transmitted by the security level identification module 21. The identity registration module 32 obtains the information fragment 1011 through the processing module 22 based on the security level of the third party system. The identity registration module 32 generates a password information based on the acquired information fragment 1011. The identity registration module 32 registers using the password information.

The processing module 22 extracts the required fragmentation information from the information fragment 1011 stored by the information management module 10. The processing module 22 further organizes the extracted fragmentation information to form a complete message. Specifically, the information extraction module 222 extracts fragmentation information from the information fragments 1011 stored by the information storage module 12. The information extraction module 222 then organizes the extracted fragmentation information to form a complete message. Such as complete fingerprint information, complete academic information, and so on. The identity registration module 32 sends the security level to the information extraction module 222. The information extraction module 222 acquires corresponding fragment information from each of the plurality of information fragments 1011. The information extraction module 222 then combines the corresponding fragmentation information according to the security level to form at least one complete information that meets the security level. The complete information is sent by the information extraction module 222 to the identity registration module 32. The identity registration module 32 sets a password that conforms to the security level based on the complete information.

2 is a flow chart of an authentication process in accordance with a preferred embodiment of the present invention.

Step 1001: Collect user information.

The user provides the information of the user to the information management module 10. Information management The module 10 can obtain information of the user through the traffic management module 42, the payment module 44, the delivery management module 45, and the data management module 46. The information management module 10 can also obtain information of the user from a third-party system. After collecting the information of the user, the information management module 10 generates a set of information fragments 1011 from the information of the user. The identification module 20 identifies at least one complete information of the user from at least two of the information fragments 1011 for identifying the identity of the user.

Step 1002: Receive verification information. The identification module 20 receives the verification information. For example, the identification module 20 can receive verification information provided by the user through a smart device. The identification module 20 is communicatively coupled to the detection device 24 to receive verification information transmitted by the detection device 24. For example, the biometric of the user is acquired by the detection device 24. The biometric of the user is transmitted to the identification module 20 as the pass verification information. The identification module 20 receives the verification information. Specifically, the processing module 22 of the identification module 20 receives the verification information.

Step 1003: Identify the security level. After the processing module 22 identifies the verification information, the identified verification information is sent to the security level identification module 21. The security level identification module 21 determines the security level based on the verified verification information. If the verified verification information is the preset security information, step 1006 is performed. If the verified verification information is not the preset security information, step 1004 is performed.

Step 1004: Generate a verification source according to the security level. The processing module 22 obtains the security level from the security level identification module 21. The processing module 22 acquires a verification source from the information management module 10 according to the security level. Specifically, if the security level requires verification of biometrics. The processing module 22 then extracts one of the user's biometrics from the set of information fragments 1011 of the information management module 10. One of the user's biometrics is used as a verification source. If the security level requires verification of biometric and educational information, the biometric and the educational information are used as verification sources. That is, the processing module 22 selects all or part of the information of the user from the information management module 10 as a verification source.

Step 1005: Perform verification according to the verification source to determine the identity of the user. The processing module 22 compares the verification information with the verification information to determine the identity of the user. After the verification source is determined, the user provides information based on the verification source. The processing module 20 receives the information provided by the user according to the verification source. The information provided by the user based on the verification source is used by the processing module 20 to compare against the verification source to determine the identity of the user.

Step 1006: Generate a warning message.

The security level identification module 21 sends the preset security information to the processing module 22. The processing module 22 generates a warning message according to the preset security information. This warning message is sent to a security system to inform you of a hazard.

Those skilled in the art should understand that the embodiments of the present invention described in the above description and the accompanying drawings are only by way of illustration and not limitation. The object of the invention has been achieved completely and efficiently. The present invention has been shown and described with respect to the embodiments of the present invention, and the embodiments of the present invention may be modified or modified without departing from the principles.

Claims

An identity recognition system, comprising:

An information management module;

An identification module, the information management module communicatively connecting the identification module, wherein the information management module processes the information into a set of information fragments, each of the information fragments cannot provide complete information, and the identification module The complete information is extracted from the information fragments for identification.
The identity recognition system according to claim 1, wherein said information management module further comprises an information fragment generation module and an information storage module, said information fragment generation module communicatively connecting said information storage module, said information fragment generation module The information is fragmented to generate the information fragments, the information fragments being stored in the information storage module.
The identity recognition system according to claim 2, wherein said identification module further comprises a processing module, an update module and a security level identification module, said processing module communicably connecting said update module and said security level, respectively An identification module, wherein the processing module receives information provided by the user, and the processing module extracts corresponding fragment information from each information fragment of the information management module according to the information provided by the user, and processes the fragment information Forming a complete message, wherein the complete information is used for comparison of information provided by the user to identify the identity of the user, wherein if the user's information is identified, the update module updates with the information provided by the user The security level identification module sets different security levels according to the user-provided information to feed back different information.
The identity recognition system according to claim 1 or 3, further comprising an identity code module, said identity code module communicating said information management module and said identification module, said identity code module being separately assigned to each user The unique identification code, the identification module acquires corresponding user information from the information management module according to the identity code for identification.
The identity recognition system according to claim 1 or 4, further comprising an application module, the application module communicatively connecting the information management module and the identification module, wherein the identification module and the information management module are The application module provides an authentication service.
The identity recognition system of claim 4, wherein the identity code module further comprises an identity code generation module, an identity code registration module, and an identity code conversion module, wherein the identity code generation module is separate for each user Generating a corresponding identity code, wherein the identity The code registration module communicatively connects to the third-party system, and the identity code registration module acquires the identity code of the user from the information management module, and the third-party system uses the identity code to register, wherein the identity code conversion module uses the user The identity code is associated with the account of the third party system.
The identity recognition system according to claim 6, wherein said application system further comprises a paperless file management module, said paperless file management module communicably connecting said identification module, said identity code module and said The information management module, wherein the paperless file management module provides a paperless file, and the paperless file is available for recording the identity code.
The identity recognition system of claim 7 wherein said application system further comprises a payment module, said payment module communicatively coupled to said paperless document management module, said paperless payment module providing a means for payment A paperless document is described, the payment module making a payment according to the paperless document for payment.
The identity recognition system according to claim 8, wherein said application system further comprises a traffic management module, said traffic management module communicatively connecting said paperless file management module, said paperless file management module being provided for The paperless document that passes, the traffic management module manages the traffic according to the paperless file used for the pass.
The identity recognition system according to claim 9, wherein said application system further comprises a usage right management module, a delivery management module and a data management module, said paperless file management module communicably connecting said use a rights management module, the delivery management module, and the data management module, wherein the paperless file management module provides the paperless file for use right management for the usage right management module to manage usage rights, wherein The paperless file management module provides the paperless file for delivery for management by the delivery management module, wherein the paperless file management module provides the paperless file for data management for supply The data management module is managed.