CN113162898A - Tool and method for acquiring personnel information of mobile intelligent terminal in offline state - Google Patents
Tool and method for acquiring personnel information of mobile intelligent terminal in offline state Download PDFInfo
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- CN113162898A CN113162898A CN202110010178.4A CN202110010178A CN113162898A CN 113162898 A CN113162898 A CN 113162898A CN 202110010178 A CN202110010178 A CN 202110010178A CN 113162898 A CN113162898 A CN 113162898A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/04—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks
- H04L63/0428—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks wherein the data content is protected, e.g. by encrypting or encapsulating the payload
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
Abstract
The invention discloses a personnel information acquisition tool and a personnel information acquisition method in an off-line state of a mobile intelligent terminal, which relate to the technical field of data acquisition and are based on a registration module, a scanning identification module, an intelligent filling module, a data verification module, a data encryption module, a data cache module and an automatic uploading module, and the implementation is as follows: when the mobile intelligent terminal is networked, the registration information of the personnel is transmitted to the database through the registration module, the data encryption module and the automatic uploading module; when the mobile intelligent terminal is off-line, the scanning identification module scans personal identity documents, identifies character information, fills identification information into the template form through the intelligent filling module, the data verification module verifies the template form, after the verification is passed, the data encryption module encrypts the form and stores the form to the data cache module, and when the terminal is connected with the network again, the encrypted data of the data cache module is automatically and orderly uploaded to the database by the automatic uploading module. The invention can realize the non-contact information rapid acquisition of personnel in an off-line state.
Description
Technical Field
The invention relates to the technical field of data acquisition, in particular to a tool and a method for acquiring personnel information of a mobile intelligent terminal in an off-line state.
Background
Along with the development of science and technology, people can not move the intelligent terminal in the life more and more.
The mobile intelligent terminal is convenient to use, and the network cannot be left. The mobile intelligent terminal after networking permeates our clothes and eating houses directly.
However, in some places, such as an underground garage entrance and a scenic spot road entrance, the problem of poor network signals exists, which affects the speed of information acquisition, and sometimes even cannot successfully acquire personal information, thereby affecting the whole information acquisition process.
Disclosure of Invention
Aiming at the requirements and the defects of the prior art development, the invention provides a tool and a method for acquiring personnel information of a mobile intelligent terminal in an off-line state, so that the personnel information can be acquired by the mobile terminal in the off-line state, and the incomplete personnel information acquisition caused by the poor network signal can be avoided.
Firstly, the invention discloses a personnel information acquisition tool in an off-line state of a mobile intelligent terminal, and the technical scheme adopted for solving the technical problems is as follows:
the utility model provides a personnel information acquisition instrument under mobile intelligent terminal off-line state, it includes:
the registration module is used for personnel to register information and sending the registration information to the data encryption module in a networking state;
the scanning and identifying module is used for scanning and identifying the identity document of a person so as to read the character information of the identity document;
the intelligent filling module is used for filling the read text information into the template form according to a set rule;
the data checking module is used for checking the ID number in the template form according to the checking rule of the ID number;
the data encryption module is used for encrypting the registration information transmitted by the registration module, directly transmitting the encrypted data to the automatic uploading module and encrypting the information contained in the verified template form;
the data cache module is used for caching the encrypted data of the data encryption module in an offline state;
and the automatic uploading module is used for automatically and orderly uploading the encrypted data from the data encryption module or the cache data of the data cache module in a networking state.
Specifically, the identity card number has 18 bits, and consists of a 17-bit body code and a 1-bit check code, wherein the first 6 bits are address codes and represent administrative division codes of places when the user is registered, 7 to 14 bits are birth year, month and day, a YYYYMMDD format is adopted, 15 to 17 bits are sequence codes and represent sequence numbers which are compiled for people who are born in the same year, month and day in the area range identified by the same address code, odd numbers of the sequence codes are distributed to males, even numbers are distributed to females, namely, the 17 th odd numbers represent males, the even numbers represent females, the 18 th bits are check codes, and an ISO 7064:1983 and MOD 11-2 character checking system is adopted.
More specifically, the verification rule that the character value of the number at each position in the identification number should satisfy is as follows:
wherein i represents the position serial number of the number characters from right to left including the check code characters,
αithe character value of the number at the ith position is shown to be the 18 th check code of the ID number,
Wiand representing the weighting factor at the ith position, wherein the weighting factor is calculated by the formula: wi＝2i-1(mod ll)。
Preferably, the related data caching module adopts SQLite, and the automatic uploading module adopts a message queue.
Preferably, the data encryption module involved is the cryptographic algorithm SM4, and the cryptographic algorithm SM4 is a block cipher algorithm, and the block length is 128 bits, and the key length is 128 bits.
Secondly, the invention discloses a personnel information acquisition method of a mobile intelligent terminal in an off-line state, which adopts the following technical scheme for solving the technical problems:
a personnel information acquisition method of a mobile intelligent terminal in an off-line state is based on the acquisition tool, and the implementation process of the acquisition method comprises the following steps:
under the networking state of the mobile intelligent terminal, personnel register personal information through a registration module, and the registered personal information is encrypted by a data encryption module and is transmitted to a database for storage by an automatic uploading module;
in an off-line state of the mobile intelligent terminal, a scanning identification module scans an identity document of a person, identifies text information of the identity document, fills the identified text information into a template form through an intelligent filling module, a data verification module verifies an identity card number contained in the template form according to a verification rule of the identity card number, encrypts data contained in the form by using a data encryption module after the verification is passed, and stores the encrypted data in a data cache module after the encryption is completed; when the mobile intelligent terminal is networked again, the encrypted data of the data cache module is automatically and orderly uploaded to the database by the automatic uploading module.
Specifically, the identity card number has 18 bits, and consists of a 17-bit body code and a 1-bit check code, wherein the first 6 bits are address codes and represent administrative division codes of places when the user is registered, 7 to 14 bits are birth year, month and day, a YYYYMMDD format is adopted, 15 to 17 bits are sequence codes and represent sequence numbers which are compiled for people who are born in the same year, month and day in the area range identified by the same address code, odd numbers of the sequence codes are distributed to males, even numbers are distributed to females, namely, the 17 th odd numbers represent males, the even numbers represent females, the 18 th bits are check codes, and an ISO 7064:1983 and MOD 11-2 character checking system is adopted.
More specifically, the verification rule that the character value of the number at each position in the identification number should satisfy is as follows:
wherein i represents the position serial number of the number characters from right to left including the check code characters,
αithe character value of the number at the ith position is shown to be the 18 th check code of the ID number,
Wiand representing the weighting factor at the ith position, wherein the weighting factor is calculated by the formula: wi＝2i-1(mod 11)。
Preferably, the related data caching module adopts SQLite, and the automatic uploading module adopts a message queue.
Preferably, the data encryption module involved is the cryptographic algorithm SM4, and the cryptographic algorithm SM4 is a block cipher algorithm, and the block length is 128 bits, and the key length is 128 bits.
Compared with the prior art, the tool and the method for acquiring the personnel information of the mobile intelligent terminal in the off-line state have the beneficial effects that:
(1) the invention can complete information acquisition in a direct registration mode in a networking state and complete information acquisition in a cache mode in an offline state, thereby solving the problem that people have missing information acquisition due to poor network signals;
(2) the invention can be widely applied to the places such as signal weak and signal poor region bayonets, large-scale events, large-scale activities, meetings and the like, and can be used for rapidly acquiring the information of people coming in and going out, particularly the places with poor signals, no WiFi and difficult arrangement of specific equipment.
Drawings
Fig. 1 is a connection block diagram of a first embodiment of the present invention.
The reference information in the drawings indicates:
1. a registration module, 2, a scanning identification module, 3, an intelligent filling module, 4, a data checking module,
5. the system comprises a data verification module 6, a data encryption module 7, a data cache module 8 and an automatic uploading module;
in the attached drawing, a hollow arrow represents data transmission of the mobile intelligent terminal in a networking state, and a solid arrow represents data transmission of the mobile intelligent terminal in an offline state.
Detailed Description
In order to make the technical solution, the technical problem solved and the technical effect of the present invention more clearly apparent, the following description of the technical solution of the present invention is made in conjunction with specific embodiments.
The first embodiment is as follows:
with reference to fig. 1, this embodiment provides a personnel information collecting tool in an offline state of a mobile intelligent terminal, which includes:
the registration module 1 is used for personnel to register information and sending the registration information to the data encryption module 6 in a networking state;
the scanning and identifying module 2 is used for scanning and identifying the identity document of a person so as to read the character information of the identity document;
the intelligent filling module 3 is used for filling the read text information into the template form according to the set rule;
the data checking module 4 is used for checking the ID number in the template form according to the checking rule of the ID number;
the data encryption module 6 adopts a cryptographic algorithm SM4, is used for encrypting the registration information transmitted by the registration module 1, directly transmits the encrypted data to the automatic uploading module 5, and is also used for encrypting the information contained in the verified template form;
the data caching module 7 adopts SQLite and is used for caching the encrypted data of the data encryption module 6 in an offline state;
and the automatic uploading module 5 adopts a message queue and is used for automatically and orderly uploading the encrypted data from the data encryption module 6 or the cache data of the data cache module 7 in a networking state.
The identity card number is 18 bits in total and consists of a 17-bit body code and a 1-bit check code, wherein the first 6 bits are address codes and represent administrative division codes of places when the user is registered, 7 to 14 bits are birth years, months and days, YYYYMMDD format is adopted, 15 to 17 bits are sequence codes and represent sequence numbers which are compiled for people who are born in the same year, month and day in the area range identified by the same address code, odd numbers of the sequence codes are distributed to males, even numbers are distributed to females, namely, odd numbers of the 17 th bits represent males, even numbers represent females, 18 th bits are check codes, and an ISO 7064:1983 and MOD 11-2 character checking system is adopted.
The verification rule that the character value of the number at each position in the ID number should meet is as follows:
wherein i represents the position serial number of the number characters from right to left including the check code characters,
αithe character value of the number at the ith position is shown to be the 18 th check code of the ID number,
Wiand representing the weighting factor at the ith position, wherein the weighting factor is calculated by the formula: wi＝2i -1(mod 11)。
Example two:
based on the staff information collection tool of the first embodiment, the present embodiment provides a staff information collection method of a mobile intelligent terminal in an offline state, and based on the collection tool, the implementation process of the collection method includes:
(1) under the networking state of the mobile intelligent terminal, personnel register personal information through the registration module 1, and the registered personal information is encrypted by the data encryption module 6 and is transmitted to the database for storage by the automatic uploading module 5.
(2) In an off-line state of the mobile intelligent terminal, the scanning identification module 2 scans the identity document of a person, identifies the text information of the identity document, fills the identified text information into the template form through the intelligent filling module 3, the data verification module 4 verifies the identity card number contained in the template form according to the verification rule of the identity card number, encrypts the data contained in the form by the data encryption module 6 after the verification is passed, and stores the encrypted data in the data cache module 7 after the encryption is finished; when the mobile intelligent terminal is networked again, the encrypted data of the data cache module 7 is automatically and orderly uploaded to the database by the automatic uploading module 5.
The identity card number is 18 bits in total and consists of a 17-bit body code and a 1-bit check code, wherein the first 6 bits are address codes and represent administrative division codes of places when the user is registered, 7 to 14 bits are birth years, months and days, YYYYMMDD format is adopted, 15 to 17 bits are sequence codes and represent sequence numbers which are compiled for people who are born in the same year, month and day in the area range identified by the same address code, odd numbers of the sequence codes are distributed to males, even numbers are distributed to females, namely, odd numbers of the 17 th bits represent males, even numbers represent females, 18 th bits are check codes, and an ISO 7064:1983 and MOD 11-2 character checking system is adopted.
The verification rule that the character value of the number at each position in the ID number should meet is as follows:
wherein i represents the position serial number of the number characters from right to left including the check code characters,
αithe character value of the number at the ith position is shown to be the 18 th check code of the ID number,
Wiand representing the weighting factor at the ith position, wherein the weighting factor is calculated by the formula: wi＝2i-1(mod 11)。
In summary, the tool and the method for acquiring the personnel information of the mobile intelligent terminal in the off-line state can be widely applied to places such as bayonets of weak signal areas and poor signal areas, large-scale events, large-scale activities, meetings and the like, and can be used for rapidly acquiring the personnel information in and out, particularly places with poor signals, no WiFi and difficulty in deploying specific equipment.
The principles and embodiments of the present invention have been described in detail using specific examples, which are provided only to aid in understanding the core technical content of the present invention. Based on the above embodiments of the present invention, those skilled in the art should make any improvements and modifications to the present invention without departing from the principle of the present invention, and therefore, the present invention should fall into the protection scope of the present invention.
Claims (10)
1. The utility model provides a personnel information acquisition instrument under mobile intelligent terminal off-line status which characterized in that, it includes:
the registration module is used for personnel to register information and sending the registration information to the data encryption module in a networking state;
the scanning and identifying module is used for scanning and identifying the identity document of a person so as to read the character information of the identity document;
the intelligent filling module is used for filling the read text information into the template form according to a set rule;
the data checking module is used for checking the ID number in the template form according to the checking rule of the ID number;
the data encryption module is used for encrypting the registration information transmitted by the registration module, directly transmitting the encrypted data to the automatic uploading module and encrypting the information contained in the verified template form;
the data cache module is used for caching the encrypted data of the data encryption module in an offline state;
and the automatic uploading module is used for automatically and orderly uploading the encrypted data from the data encryption module or the cache data of the data cache module in a networking state.
2. The tool for collecting personal information of a mobile intelligent terminal under an offline state as claimed in claim 1, wherein the identification number has 18 bits, and is composed of a 17-bit body code and a 1-bit check code, wherein the first 6 bits are address codes representing administrative division codes of locations where the user is registered, the 7 to 14 bits are birth year, month and day, and a YYYYMMDD format is adopted, the 15 to 17 bits are sequence codes representing sequence numbers compiled for people who are born in the same year, month and day within an area identified by the same address code, odd numbers of the sequence codes are allocated to males, even numbers are allocated to females, that is, the 17 th odd numbers represent males, even numbers represent females, the 18 th bits are check codes, and a character system is checked by ISO 7064:1983 and MOD 11-2.
3. The tool for acquiring the personnel information of the mobile intelligent terminal in the off-line state as claimed in claim 2, wherein the verification rule that the character value of the number at each position in the identification number meets is as follows:
wherein i represents the position serial number of the number characters from right to left including the check code characters,
αithe character value of the number at the ith position is shown to be the 18 th check code of the ID number,
Wiand representing the weighting factor at the ith position, wherein the weighting factor is calculated by the formula: wi＝2i-1(mod 11)。
4. The tool for collecting the information of the personnel at the offline state of the mobile intelligent terminal as recited in claim 1, wherein said data caching module employs SQLite, and said automatic uploading module employs a message queue.
5. The tool for collecting personal information of a mobile intelligent terminal in an offline state as claimed in claim 1, wherein said data encryption module is a cryptographic algorithm SM4, and the cryptographic algorithm SM4 is a block cipher algorithm, and the block length is 128 bits and the key length is 128 bits.
6. A personnel information collection method of a mobile intelligent terminal in an off-line state is characterized in that based on the collection tool of claim 1, the realization process of the collection method comprises the following steps:
under the networking state of the mobile intelligent terminal, personnel register personal information through a registration module, and the registered personal information is encrypted by a data encryption module and is transmitted to a database for storage by an automatic uploading module;
in an off-line state of the mobile intelligent terminal, a scanning identification module scans an identity document of a person, identifies text information of the identity document, fills the identified text information into a template form through an intelligent filling module, a data verification module verifies an identity card number contained in the template form according to a verification rule of the identity card number, encrypts data contained in the form by using a data encryption module after the verification is passed, and stores the encrypted data in a data cache module after the encryption is completed; when the mobile intelligent terminal is networked again, the encrypted data of the data cache module is automatically and orderly uploaded to the database by the automatic uploading module.
7. The personnel information collection method of claim 6, wherein the identification number is 18 bits in total, and is composed of a 17-bit body code and a 1-bit check code, wherein the first 6 bits are address codes and represent administrative division codes of locations when registering a family, the 7 to 14 bits are birth year, month and day, YYYYMMDD format is adopted, the 15 to 17 bits are sequence codes and represent sequence numbers compiled for people who are born in the same year, month and day within the area identified by the same address code, odd numbers of the sequence codes are distributed to males, even numbers are distributed to females, namely, the 17 th odd numbers represent males, the even numbers represent females, the 18 th bits are check codes, and the character system is verified by ISO 7064:1983 and MOD 11-2.
8. The method for acquiring the personnel information of the mobile intelligent terminal in the off-line state according to the claim 7, wherein the verification rule that the character value of the number at each position in the identification number meets is as follows:
wherein i represents the position serial number of the number characters from right to left including the check code characters,
αithe character value of the number at the ith position is shown to be the 18 th check code of the ID number,
Wiand representing the weighting factor at the ith position, wherein the weighting factor is calculated by the formula: wi＝2i-1(mod 11)。
9. The method for collecting the information of the personnel at the offline state of the mobile intelligent terminal as recited in claim 6, wherein the data caching module employs SQLite, and the automatic uploading module employs a message queue.
10. The method as claimed in claim 6, wherein the data encryption module is a cryptographic algorithm SM4, the cryptographic algorithm SM4 is a block cipher algorithm, the block length is 128 bits, and the key length is 128 bits.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114598469A (en) * | 2022-03-16 | 2022-06-07 | 辽宁达因信息服务有限公司 | Personal information encryption transmission and storage method for public security industry |
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| WO2018225291A1 (en) * | 2017-06-09 | 2018-12-13 | 株式会社日立製作所 | Computer system, secret information verification method, and computer |
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