CN114943596A - Green financial business service management system - Google Patents
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Abstract
The invention discloses a green financial business service management system, which is used for a user to input personal information through a user unit, and automatically transmits the identity information to a front-end processing unit in advance after the user inputs the identity information by utilizing the user unit; the preposed processing unit is used for transmitting the identity information to the personal inertia analysis unit; then storing operation records and execution records corresponding to all users for each login in a basic database; the data calling unit calls the basic database for communication connection, so that all operation records in the basic database can be obtained; finally, the personal inertia unit is used for carrying out prepositive collection on the identity information by combining with the data calling unit to obtain all execution items and display items fused with additional items; the potential objects accessed by the user at this time can be analyzed, the experience of the user is improved, and the preposed quick access is realized; the invention is simple, effective and easy to use.
Description
Technical Field
The invention belongs to the field of financial services, and particularly relates to a green financial service management system.
Background
The patent with publication number CN113421165A discloses a method and a system for green financial product evaluation and management, which reconstructs a credit system for green financial product evaluation and management by using a block chain technology, simultaneously realizes risk prediction and real-time monitoring of green financial products by using a big data and artificial intelligence technology, and reconstructs the green financial product artificial management method with low efficiency, high cost and moral risk into a consensus management system which is participated by each interest-related party (corresponding to each structure node in the application) and automatically calls an artificial intelligence analysis result, thereby improving the management efficiency of green financial products, reducing the management cost and establishing a more reliable green financial product management mode and credit system.
The system provides a system for evaluating and managing green financial products, but when the user operates the system, the user cannot perform preprocessing when logging in to judge the target object of the user;
meanwhile, for the access of the target object, the catalog can not be displayed at the same time when logging in, thereby facilitating the quick access; based on this, a solution is provided.
Disclosure of Invention
The invention aims to provide a green financial business service management system.
The purpose of the invention can be realized by the following technical scheme:
a green financial business service management system comprises a user unit, a front-end processing unit, a personal inertia analysis unit, a data calling unit, a basic database, a processor and an approval data end;
the user unit is used for a user to input personal information, and the personal information comprises identity information and secret key information; the user unit is used for automatically transmitting the identity information to the pre-processing unit in advance after the user inputs the identity information;
the front-end processing unit is used for transmitting the identity information to the personal inertia analysis unit;
the basic database stores operation records and execution records corresponding to all users for each login, and the operation records comprise operation targets and operation time; the execution record comprises the current execution items which are not finished in the processing and the execution progress; the operation time refers to the starting time and the ending time of the corresponding operation targets processed by the user;
the data calling unit is in communication connection with the basic database and can acquire all operation records in the basic database; the personal inertia unit is used for carrying out preposed collection on the identity information by combining the data calling unit to obtain a display item with all execution items and additional items fused.
Furthermore, the operation targets refer to various green financial services which are requested to be processed when the user logs in;
the execution items are green financial services corresponding to specific operations, and the execution progress refers to current specific information corresponding to the execution items;
the end time refers to the time that the user has not entered access or viewed the handle again within the time T1 after handling the handle.
Further, the pre-collection comprises the following specific steps:
the method comprises the following steps: acquiring identity information of a user, and then automatically acquiring all operation records and execution records corresponding to the user in a basic database by means of a data calling unit;
step two: acquiring all operation records of the user, and acquiring operation targets and operation time in the operation records;
step three: acquiring the access times corresponding to the operation targets according to the starting time and the ending time in the operation time; meanwhile, acquiring the total operation duration according to the starting time and the ending time in the operation time, wherein the total operation duration is used for representing the total processing duration of the corresponding operation target; meanwhile, acquiring the time span when the last ending time is within the distance according to the operation time, and marking the time span as the distance duration;
step four: marking the operation targets as Bi, i-1.. n, then marking the total operation time of the corresponding operation targets as Pi, i-1.. n, and marking the access times as Fi, i-1.. n; marking the link length as Li, i is 1.. n; bi. Fi and Pi are in one-to-one correspondence;
step five: calculating the access value Zi of the operation target according to a formula, wherein the specific calculation formula is as follows:
Zi＝0.35*Pi+0.28*Fi+0.37*Li；
in the formula, 0.35, 0.28 and 0.37 are all weights preset by a user;
step six: according to the sequence of Zi from large to small, updating Zi according to the sequence of i values from large to small, synchronously updating Bi, and placing the updated Bi according to the sequence of i values 1-n, wherein Zi is from large to small;
step seven: acquiring all execution items and execution schedules in the execution records;
step eight: acquiring a numerical value of an execution event, and marking the numerical value as a wait number; comparing the execution number with an execution threshold value, and determining an additional item according to a comparison result;
step nine: and fusing all the execution items and the additional items to obtain the display item.
Further, in the step eight, the execution number is compared with the execution threshold, and the specific manner of determining the additional item according to the comparison result is as follows:
if the execution number is lower than the execution threshold, dividing the execution number by 2 and rounding, and marking the value as an addition value; acquiring additional items according to the adding values, wherein the specific acquisition mode is as follows:
when the added value is larger than or equal to n, marking all the operation targets as additional items;
when the added value is smaller than n, automatically acquiring the added value, making i equal to the added value, acquiring all operation targets of the i value from 1 to the added value in the Bi, and marking the operation targets as additional items;
when the execution number exceeds the execution threshold, only three operation targets B1, B2 and B3 are acquired at the time and marked as additional items.
Furthermore, the approval data end comprises an identity database and a service database, the identity database stores standard identity information and standard key information of all approved access users, and the service database stores all data of all execution items and operation targets.
Further, the personal inertial unit is for transmitting the presentation item to the processor via the front-end processing unit;
the user unit is also used for transmitting the personal information to the processor through the front-end processing unit; the processor is used for carrying out data preposition calling on personal information by combining the approval data end, and the data preposition calling comprises the following specific steps:
s1: acquiring identity information and secret key information;
s2: comparing the identity information and the key information with standard identity information and standard key information in an identity database, and generating a passing signal when the identity information and the key information are consistent with each other;
s3: all data of the display items in the service database are automatically acquired, and each display item and all corresponding data thereof form quick access information;
s4: the quick access information is returned to the subscriber unit via the pre-processing unit.
Furthermore, the user unit is also used for transmitting the identity information to the processor only after the user enters the identity information and before the key information is not entered; the processor is used for carrying out data preposition calling on the identity information by combining the approved data end, and the specific steps of the data preposition calling are as follows:
SS 1: acquiring identity information;
SS 2: comparing the identity information with standard identity information in an identity database to obtain standard key information corresponding to the consistent standard identity information;
SS 3: then all the display items are obtained, recognition characters are extracted according to the corresponding display items, and the quick access names and the recognition characters are marked as quick access information;
SS 4: returning the quick access information to the user unit through the preprocessing unit, automatically displaying the quick access information by the user unit after receiving the quick access information, inputting key information corresponding to the identity information after displaying, and adding an identification character to the tail end of the key information according to the identification character of a user target object in the displayed quick access information to obtain a quick access identification code; the target object is quick access information which needs to be checked or accessed by the user during the login; when no target object exists, zero characters are input at the rearmost end of the key information to obtain a quick access identification code, and the zero characters are also preset by a manager and are different from all identification characters;
SS 5: the user unit transmits the quick access identification code to the processor through the front-end processing unit;
SS 6: the processor compares the character at the tail end of the quick access identification code with the standard key information corresponding to the identity information after removing the character, and generates a passing signal when the character is consistent with the standard key information, otherwise, the processor does not perform any processing;
SS 7: after the passing signal is generated, the character at the tail end of the quick access identification code is automatically acquired and marked as a temporary character, if the temporary character is a zero character, no processing is performed, and the service database of the approval data end is normally accessed, so that the operation of a user is facilitated;
if the temporary characters are corresponding identification characters, the corresponding display items are automatically acquired and marked as target display items, all data of the target display items are automatically acquired from the service database, and a user can conveniently and quickly access and operate the display items.
Further, the specific steps of extracting the recognition character in step SS3 are as follows:
acquiring all the display items, and automatically giving identification characters to the display items, wherein the identification characters of all the display items are different;
and acquiring the name of the display item, marking the name as a quick access name, and marking the quick access name and the identification character as quick access information.
The invention has the beneficial effects that:
the invention is used for the user to input the personal information through the user unit, and automatically transmits the identity information to the pre-processing unit in advance after the user inputs the identity information by utilizing the user unit; the front-end processing unit is used for transmitting the identity information to the personal inertia analysis unit; then storing operation records and execution records corresponding to all users for each login in a basic database; the data calling unit calls the basic database for communication connection, so that all operation records in the basic database can be obtained;
finally, the personal inertia unit is used for carrying out preposed collection on the identity information by combining with the data calling unit to obtain a display item with all the execution items and the additional items fused; the potential objects accessed by the user at this time can be analyzed, the experience of the user is improved, and the preposed quick access is realized; meanwhile, through the related application of a subsequent processor, a user can select a target when inputting key information, and accurate access on the basis of identity verification is realized; the invention is simple, effective and easy to use.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
As shown in fig. 1, a green financial transaction service management system,
the system comprises a user unit, a front-end processing unit, a personal inertia analysis unit, a data calling unit, a basic database, a processor and an approval data end;
the user unit is used for a user to input personal information, the personal information comprises identity information and key information, the identity information is a login name of a corresponding user, and the set login name can be a real name; the user unit is used for automatically transmitting the identity information to the pre-processing unit in advance after the user inputs the identity information;
the pre-processing unit is used for transmitting the identity information to the personal inertia analysis unit, and is used for pre-processing after the identity information is acquired;
the basic database stores operation records and execution records corresponding to all users for each login, the operation records comprise operation targets and operation time, the operation targets refer to various green financial services requested to be processed when the users log in, the execution records comprise execution items and execution progress which are not finished currently, the execution items are the green financial services corresponding to specific operations, and the execution progress refers to current specific information corresponding to the execution items; the operation time refers to the starting time and the ending time of the corresponding operation target processed by the user, and the ending time refers to the time T1 after the user processes the operation target and does not enter the access or view the operation target again;
the data calling unit is in communication connection with the basic database and can acquire all operation records in the basic database; the personal inertia unit is used for carrying out preposed collection on the identity information by combining the data calling unit, and the preposed collection comprises the following specific steps:
the method comprises the following steps: acquiring identity information of a user, and then automatically acquiring all operation records and execution records corresponding to the user in a basic database by means of a data calling unit;
step two: acquiring all operation records of the user, and acquiring operation targets and operation time in the operation records;
step three: acquiring access times corresponding to the operation targets according to the starting time and the ending time in the operation time, wherein the access times are the number of the starting time and the number of the corresponding access times; meanwhile, acquiring total operation time according to the starting time and the ending time in the operation time, wherein the total operation time is used for representing the total processing time of the corresponding operation targets; meanwhile, acquiring the time span when the last ending time is within the distance according to the operation time, and marking the time span as the distance duration;
step four: marking the operation targets as Bi, i-1.. n, then marking the total operation duration of the corresponding operation targets as Pi, i-1.. n, and marking the access times as Fi, i-1.. n; marking the link length as Li, i is 1.. n; bi. Fi and Pi are in one-to-one correspondence;
step five: calculating the access value Zi of the operation target according to a formula, wherein the specific calculation formula is as follows:
Zi＝0.35*Pi+0.28*Fi+0.37*Li；
in the formula, 0.35, 0.28 and 0.37 are all weights preset by a user, and are used for reflecting the influence of different factors;
step six: according to the sequence of Zi from large to small, updating Zi according to the sequence of i values from large to small, synchronously updating Bi, and placing the updated Bi according to the sequence of i values 1-n, wherein Zi is from large to small;
step seven: acquiring all execution items and execution schedules in the execution records;
step eight: acquiring a numerical value of an execution event, and marking the numerical value as a wait number; comparing the execution number with an execution threshold, wherein the execution threshold is a preset numerical value of a manager, so that the execution number is prevented from being too large;
if the execution number is lower than the execution threshold, dividing the execution number by 2 and rounding, and marking the value as an addition value; acquiring additional items according to the added values in a specific acquisition mode:
when the added value is larger than or equal to n, marking all the operation targets as additional items;
when the added value is smaller than n, automatically acquiring the added value, making i equal to the added value, acquiring all operation targets of the i value from 1 to the added value in the Bi, and marking the operation targets as additional items;
when the execution number exceeds the execution threshold, only three operation targets B1, B2 and B3 are obtained and marked as additional items;
step nine: fusing all execution items and additional items to obtain a display item;
the personal inertial unit is used for transmitting the display item to the processor through the front processing unit;
the user unit is also used for transmitting the personal information to the processor through the front-end processing unit; the processor is used for carrying out data preposition calling on personal information by combining with an approval data end, the approval data end comprises an identity database and a service database, the identity database stores standard identity information and standard key information of all approved access users, and the service database stores all data of all execution items and operation targets; the data pre-call comprises the following specific steps:
s1: acquiring identity information and secret key information;
s2: comparing the identity information and the key information with standard identity information and standard key information in an identity database, and generating a passing signal when the identity information and the key information are consistent with each other;
s3: all data of the display items in the service database are automatically acquired at the moment, and each display item and all corresponding data thereof form quick access information;
s4: the quick access information is returned to the user unit through the front processing unit, so that the user can call the quick access information conveniently, and the purpose of quickly acquiring data which may be required by the user is achieved;
as another embodiment of the present invention, on the basis of the first embodiment; the user unit is also used for transmitting the identity information to the processor only before the key information is not input after the user inputs the identity information; the processor is used for carrying out data preposition calling on the identity information by combining the approved data end, and the specific steps of the data preposition calling can also be as follows:
SS 1: acquiring identity information;
SS 2: comparing the identity information with standard identity information in an identity database to obtain standard key information corresponding to the consistent standard identity information;
SS 3: then all the display items are acquired, and the recognition characters are extracted according to the corresponding display items, which specifically comprises the following steps:
acquiring all the display items, and automatically giving identification characters to the display items, wherein the identification characters of all the display items are different;
acquiring the name of a display item, marking the name as a quick access name, and marking the quick access name and an identification character as quick access information;
SS 4: returning the quick access information to the user unit through the preprocessing unit, automatically displaying the quick access information by the user unit after receiving the quick access information, inputting key information corresponding to the identity information after displaying, and adding an identification character to the tail end of the key information according to the identification character of a user target object in the displayed quick access information to obtain a quick access identification code; the target object is quick access information which needs to be checked or accessed by the user during the login; when no target object exists, zero characters are input at the rearmost end of the key information to obtain a quick access identification code, and the zero characters are also preset by a manager and are different from all identification characters;
SS 5: the user unit transmits the quick access identification code to the processor through the front-end processing unit;
SS 6: the processor compares the character at the tail end of the quick access identification code with the standard key information corresponding to the identity information after removing the character, and generates a passing signal when the character is consistent with the standard key information, otherwise, the processor does not perform any processing;
SS 7: after the passing signal is generated, the character at the tail end of the quick access identification code is automatically acquired and marked as a temporary character, if the temporary character is a zero character, no processing is performed, and the service database of the approval data end is normally accessed, so that the operation of a user is facilitated;
if the temporary characters are corresponding identification characters, the corresponding display items are automatically acquired and marked as target display items, all data of the target display items are automatically acquired from the service database, and therefore a user can conveniently and quickly access the display items.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (9)
1. A green financial services management system, comprising:
a pre-processing unit: it transmits the identity information to a personal inertial analysis unit;
a basic database: the operation record and the execution record corresponding to each login of all users are stored in the mobile terminal, and the operation record comprises an operation target and operation time; the execution record comprises the current execution items and execution progress which are not finished in the processing; the operation time refers to the starting time and the ending time of the corresponding operation target processed by the user;
a data calling unit: the system is in communication connection with a basic database and can acquire all operation records in the basic database;
personal inertial unit: the method is combined with a data calling unit to carry out prepositive collection on the identity information to obtain a display item fused with all execution items and additional items.
2. The green financial service management system according to claim 1, wherein the operation targets refer to various types of green financial services requested to be processed by the user during login;
the execution items are green financial services corresponding to specific operations, and the execution progress refers to current specific information corresponding to the execution items;
the end time refers to the time that the user has not entered access or viewed the handle again within the time T1 after handling the handle.
3. The green financial transaction service management system according to claim 1, wherein the pre-gathering step comprises:
the method comprises the following steps: acquiring identity information of a user, and then automatically acquiring all operation records and execution records corresponding to the user in a basic database by means of a data calling unit;
step two: acquiring all operation records of the user, and acquiring operation targets and operation time in the operation records;
step three: acquiring the access times corresponding to the operation targets according to the starting time and the ending time in the operation time; meanwhile, acquiring the total operation duration according to the starting time and the ending time in the operation time, wherein the total operation duration is used for representing the total processing duration of the corresponding operation target; meanwhile, acquiring the time span when the last ending time is within the distance according to the operation time, and marking the time span as the distance duration;
step four: marking the operation targets as Bi, i-1.. n, then marking the total operation time of the corresponding operation targets as Pi, i-1.. n, and marking the access times as Fi, i-1.. n; marking the link length as Li, i is 1.. n; bi. Fi and Pi are in one-to-one correspondence;
step five: calculating the access value Zi of the operation target according to a formula, wherein the specific calculation formula is as follows:
Zi＝0.35*Pi+0.28*Fi+0.37*Li；
in the formula, 0.35, 0.28 and 0.37 are all weights preset by a user;
step six: according to the sequence of Zi from large to small, updating Zi according to the sequence of i value from large to small, synchronously updating Bi, and placing the updated Bi according to the sequence of i value 1-n from large to small;
step seven: acquiring all execution items and execution schedules in the execution records;
step eight: acquiring a numerical value of an execution event, and marking the numerical value as a wait number; comparing the execution number with an execution threshold value, and determining an additional item according to a comparison result;
step nine: and fusing all the execution items and the additional items to obtain the display item.
4. The green financial service management system of claim 3, wherein in step eight, the execution count is compared with the execution threshold, and the specific manner of determining the additional item according to the comparison result is as follows:
if the execution number is lower than the execution threshold value, dividing the execution number by 2, rounding, and marking the value as an added value; acquiring additional items according to the adding values, wherein the specific acquisition mode is as follows:
when the added value is larger than or equal to n, marking all the operation targets as additional items;
when the added value is smaller than n, automatically acquiring the added value, making i equal to the added value, acquiring all operation targets of the i value from 1 to the added value in the Bi, and marking the operation targets as additional items;
when the execution number exceeds the execution threshold, only three operation targets B1, B2 and B3 are acquired at the time and marked as additional items.
5. The green financial service management system of claim 1, further comprising a user unit for a user to enter personal information, the personal information including identity information and key information; and the user unit is used for automatically transmitting the identity information to the pre-processing unit in advance after the user inputs the identity information.
6. The green financial transaction service management system of claim 1, further comprising an approval data terminal, wherein the approval data terminal comprises an identity database and a transaction database, the identity database stores standard identity information and standard key information of all authorized access users, and the transaction database stores all data of all execution items and operation targets.
7. A green financial services management system according to claim 6, wherein said personal inertial unit is adapted to transmit the presentation item to the processor via the pre-processing unit;
the user unit is also used for transmitting the personal information to the processor through the front-end processing unit; the processor is used for carrying out data preposition calling on personal information by combining the approval data end, and the data preposition calling comprises the following specific steps:
s1: acquiring identity information and secret key information;
s2: comparing the identity information and the key information with standard identity information and standard key information in an identity database, and generating a passing signal when the identity information and the key information are consistent with each other;
s3: all data of the display items in the service database are automatically acquired, and each display item and all corresponding data thereof form quick access information;
s4: the quick access information is returned to the subscriber unit via the pre-processing unit.
8. The green financial services management system of claim 6, wherein the subscriber unit is further configured to transmit the identity information to the processor only after the user has entered the identity information and before the user has not entered the key information; the processor is used for carrying out data preposition calling on the identity information by combining the approved data end, and the specific steps of the data preposition calling are as follows:
SS 1: acquiring identity information;
SS 2: comparing the identity information with standard identity information in an identity database to obtain standard key information corresponding to the consistent standard identity information;
SS 3: then all the display items are obtained, identification characters are extracted according to the corresponding display items, and the quick access names and the identification characters are marked as quick access information;
SS 4: the quick access information is returned to the user unit through the front processing unit, the user unit automatically displays the quick access information after receiving the quick access information, key information corresponding to identity information is input after the quick access information is displayed, and according to the identification characters of the user target object in the displayed quick access information, the identification characters are added at the tail end of the key information to obtain a quick access identification code; the target object is quick access information which needs to be checked or accessed by the user during the login; when no target object exists, zero characters are input at the tail end of the key information to obtain a quick access identification code, and the zero characters are preset by a manager and are different from all identification characters;
SS 5: the user unit transmits the quick access identification code to the processor through the front-end processing unit;
SS 6: the processor compares the character at the tail end of the quick access identification code with the standard key information corresponding to the identity information after removing the character, and generates a passing signal when the character is consistent with the standard key information, otherwise, the processor does not perform any processing;
SS 7: after the passing signal is generated, the character at the tail end of the quick access identification code is automatically acquired and marked as a temporary character, if the temporary character is a zero character, no processing is performed, and the service database of the approval data end is normally accessed, so that the operation of a user is facilitated;
if the temporary characters are corresponding identification characters, the corresponding display items are automatically acquired and marked as target display items, all data of the target display items are automatically acquired from the service database, and therefore a user can conveniently and quickly access the display items.
9. The green financial service management system as claimed in claim 8, wherein the specific steps of identifying character extraction in step SS3 are:
acquiring all the display items, and automatically giving identification characters to the display items, wherein the identification characters of all the display items are different;
and acquiring the name of the display item, marking the name as a quick access name, and marking the quick access name and the identification character as quick access information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210588530.7A CN114943596A (en) | 2022-05-26 | 2022-05-26 | Green financial business service management system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210588530.7A CN114943596A (en) | 2022-05-26 | 2022-05-26 | Green financial business service management system |
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| Publication Number | Publication Date |
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| CN114943596A true CN114943596A (en) | 2022-08-26 |
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| CN202210588530.7A Withdrawn CN114943596A (en) | 2022-05-26 | 2022-05-26 | Green financial business service management system |
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- 2022-05-26 CN CN202210588530.7A patent/CN114943596A/en not_active Withdrawn
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Application publication date: 20220826 |