CN115130440B - Business data entry processing system suitable for equipment financing - Google Patents
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Abstract
The invention relates to the field of data processing, in particular to a business data entry processing system suitable for equipment financing, which comprises a receiving module, a data processing module and a data processing module, wherein the receiving module is used for receiving business data to be entered; the inspection module is matched with the corresponding first preset database according to the data identification, inspects the service data to be entered according to the corresponding first preset database, and forms first service data to be entered after inspection; the updating module updates the first preset database after the checking module checks the service data to be input; the entry module is used for entering the first to-be-entered service data and comprises a data entry selection unit and an entry unit, the data entry selection unit is used for selecting an entry value according to the first to-be-entered service data, and the entry unit is used for entering the first to-be-entered service data. The invention enables the input of the business data to be more accurate through checking and inputting, and improves the input efficiency of the business data.
Description
Technical Field
The invention relates to the field of data processing, in particular to a business data entry processing system suitable for equipment financing.
Background
The equipment financing provides a financing decision method for a consumer by acquiring equipment transaction information, and when the service data of the equipment financing is recorded, because the service data is more and more complex, and the manual recording mode is low in efficiency and accuracy, the improvement of the recording efficiency of the equipment financing service data and the accuracy of the service data is very important.
A method for entering service data of a bidding agent disclosed in document CN 113835533A includes: receiving a request for establishing a data entry task of the bidding agent service, wherein the request comprises data verification characteristics, and the data verification characteristics comprise a preset digit number of characters, a preset maximum value of the characters and a preset minimum value of the characters; generating a bidding agent business data entry form according to the data verification characteristics, wherein the bidding agent business data entry form comprises a plurality of digital input areas; responding to a cursor clicking operation of an input device on a digital input area of a bidding agent business data input form, and displaying a digital selection board, wherein the digital selection board is used for displaying a number button from 0 to 9, a decimal point button, a number deleting button, a cursor forward movement button and a cursor backward movement button; receiving a click instruction of the input equipment on the digital selection board; when the click instruction is directed to a digital button, inputting a digital character corresponding to the digital button into a digital input area; when the click command is directed to a decimal point button, entering a decimal point character into a digital input area; when the click instruction is directed to a digital deletion button, deleting a digital character in front of a cursor in a digital input area; when the click instruction is directed to a cursor forward movement button, moving a cursor in a digital input area forward by one bit; when the click instruction is directed to the button for moving the cursor backwards, moving the cursor in the digital input area backwards by one bit; counting the digit number of the characters which are already input in the digital input area; judging whether the digit of the character exceeds the digit of a preset character; if the digit number of the character which is already input in the digital input area exceeds the preset digit number of the character, marking the character which is already input in the digital input area as red; judging whether the maximum value of the characters which are already input in the digital input area is larger than the maximum value of a preset character or not; if the maximum value of the characters already input in the digital input area is larger than the preset maximum value of the characters, marking the characters already input in the digital input area as orange; judging whether the minimum value of the characters which are already input in the digital input area is smaller than the minimum value of the preset characters or not; and if the minimum value of the characters which are already input in the number input area is larger than the preset minimum value of the characters, marking the characters which are already input in the number input area as blue.
In the prior art, a digital input area is set for an entry worker to select and check the input characters, but the entry worker may make a selection error and not accurately analyze the service data when selecting according to the digital input area, which results in low efficiency of service data entry.
Disclosure of Invention
Therefore, the invention provides a business data entry processing system suitable for equipment financing, which can solve the problem of low business data entry efficiency.
In order to achieve the above object, the present invention provides a service data entry processing system suitable for equipment financing, which comprises:
the receiving module is used for receiving the business data to be input, and the business data to be input comprises a data identifier;
the checking module is connected with the receiving module and used for matching the corresponding first preset database according to the data identification, checking the service data to be input according to the corresponding first preset database and forming first service data to be input after checking;
the updating module is connected with the checking module and used for updating the first preset database after the checking module checks the service data to be input to form a second preset database;
the logging module is connected with the updating module and used for logging the first to-be-logged service data, the logging module comprises a data logging selection unit and a logging unit, the data logging selection unit is used for performing logging value selection according to the first to-be-logged service data, the logging unit is connected with the data logging selection unit, and the logging unit is used for logging the first to-be-logged service data.
Further, when the inspection module inspects the service data to be entered, the inspection module comprises a calculation unit, a comparison unit and a judgment unit, the calculation unit calculates a key value M of the service data to be entered according to the first preset database, the first preset database comprises a plurality of key words, the service data to be entered are matched with the key words in the first preset database, the number of the matched key words is calculated to be the key value M, the comparison unit compares the key value M with the first preset key value, and the judgment unit judges the entry importance degree according to the comparison result.
Further, when the comparing unit compares the key value M with a first preset key value, the comparing unit is set with a first preset key value M0,
if M is larger than or equal to M0, the judging unit judges the input importance degree of the business data to be input as a first level;
if M is more than or equal to 0 and less than M0, the judging unit judges the input importance degree of the business data to be input as a second level;
wherein, the importance degree is more than two levels.
Further, after the judgment unit judges the importance degree of entry of the service data to be entered, the inspection module further comprises a sorting unit, the sorting unit is used for sorting according to the order of the importance degree of entry to form first service data to be entered, wherein the service data to be entered with the first order of entry importance degree is arranged before the service data to be entered with the second order of entry importance degree;
the entry module is used for entering according to the sequencing sequence of the first to-be-entered service data, entering the first to-be-entered service data with the first-level entry importance degree, and entering the first to-be-entered service data with the second-level entry importance degree.
Further, before the logging module logs the first to-be-logged service data, the data logging selection unit in the logging module selects a logging value ki according to the logging level of the first to-be-logged service data,
when the entry level of the first to-be-entered service data is one level, the data entry selection unit selects a first entry value k1 as an entry value;
when the entry level of the first business data to be entered is two levels, the data entry selection unit selects a second entry value k2 as an entry value;
wherein i is an integer, i =1,2, and k1 > k2.
Further, after the entry selection unit selects the entry value, the entry data amount Bj of the first business data to be entered of each level is calculated, the data amount Bj of the first business data to be entered of each level is calculated,
when the first entry value k1 is selected as an entry value, B1= B1 × (k 1/k1+ k 2);
when the second entry value k2 is selected as an entry value, B2= B2 × (k 2/k1+ k 2);
wherein j is an integer, j =1,2, and B1 > B2.
Further, after the logging data volume is calculated, the logging unit logs the first to-be-logged service data, the logging unit includes a first logging unit and a second logging unit, the first logging unit logs the first to-be-logged service data of the first level according to the logging data volume B1 according to the sequence of the first to-be-logged service data, and then logs the first to-be-logged service data of the second level according to the logging data volume B2.
Further, after the first logging unit logs the first to-be-logged service data of the first level and the second level, if the data amount Bj of the first to-be-logged service data of each level is greater than the logging data amount Bj, calculating a remaining data amount B1 ' of the first to-be-logged service data of the first level, and calculating a remaining data amount B2 ' of the first to-be-logged service data of the second level, wherein the second logging unit logs the first to-be-logged service data of each level of the remaining data amount B1 ';
where j is an integer, i =1,2, bj' = Bj-Bj.
Furthermore, before the business data to be input is input, when the receiving module receives the business data to be input, a check code corresponding to a first preset database is generated according to the data identification, the check code of the business data to be input is matched with the check code corresponding to the first preset database, and the matched first preset database is checked by the checking module.
Further, after the inspection module inspects the service data to be entered, the updating module updates the first preset database to form a second preset database, and the next inspection module inspects the service data to be entered according to the second preset database, wherein data which is not matched with the first preset database in the first service data to be entered is analyzed, word extraction is performed on the data which is not matched to obtain a first standby keyword, the repetition rate R of each word in the first standby keyword is calculated, the number E of each word in the first standby keyword is calculated, the total number F of the first standby keyword is calculated, R = E/F,
if R is larger than or equal to R0, adding the repeated standby key words into the first preset database to form a second preset database;
if R is less than R0, the repeated standby key words are not added to the first preset database;
wherein, R0 is a preset repetition rate.
Compared with the prior art, the method has the advantages that the receiving module is used for receiving the service data to be recorded, the service data to be recorded comprises the data identification, the checking module is used for checking the service data to be recorded according to the data identification to form first service data to be recorded after checking, the first preset database is matched according to the data identification to ensure that the first service data to be recorded is verified more accurately, the recording module is used for recording the first service data to be recorded, the data recording selection unit is used for performing recording value selection according to the first service data to be recorded, the recording unit is used for recording the first service data to be recorded, and when the data is recorded, the recording value selection is performed, so that the recorded data is more accurate, and the recording efficiency of the service data is improved.
Particularly, the computing unit in the inspection module is used for computing the key value of the service data to be entered, so that the comparison unit and the judgment unit can compare the key value of the service data to be entered and judge the entry importance degree of the service data to be entered according to the key value of the service data to be entered, the entered data is ordered and accurate, and the entry accuracy of the service data is improved.
Particularly, the comparison unit compares the key value with a first preset key value, so that the judgment unit judges the input importance degree of the business data to be input, and the important business data to be input is input first, thereby improving the efficiency of the business data.
Particularly, the sequencing unit in the inspection module sequences according to the input importance level to form first to-be-input business data, wherein the to-be-input business data with the input importance level of the first level are arranged before the to-be-input business data with the input importance level of the second level, the to-be-input business data are sequenced, so that the data are more orderly when being input, and the to-be-input data with the high importance level are input first, so that the input efficiency of the business data is improved.
In particular, the data entry selection unit in the entry module selects entry values according to the entry levels of the first to-be-entered service data, and the entry values of the first to-be-entered service data in different levels are different, so that the entry data in different levels are entered according to the corresponding entry values, and the entry efficiency is improved.
Particularly, the input data volume of the first to-be-input business data of each level is calculated according to different input values, so that the input data volumes of the first to-be-input business data with different importance degrees are different, the larger the input data volume with the higher importance degree is, the more important business data are input preferentially, and the input efficiency of the business data is improved.
Particularly, the first-stage first to-be-recorded business data is recorded according to the recording data volume B1 and then the second-stage first to-be-recorded business data is recorded according to the recording data volume B2 according to the sequence of the first to-be-recorded business data through the first recording unit, so that important business data are recorded preferentially in a large amount, and the recording efficiency of the business data is improved.
Particularly, when the data volume Bj of the first business data to be recorded of each level is greater than the recorded data volume Bj, the remaining data volume B1 'of the first business data to be recorded of the first level and the remaining data volume B2' of the first business data to be recorded of the second level are calculated, then the second recording unit records the remaining data volume of the first business data to be recorded of each level, and the first business data to be recorded is recorded twice, so that the business data is not jammed during recording, and the recording efficiency of the business data is improved.
Especially, when the receiving module receives the service data to be entered, the check code corresponding to the first preset database is generated according to the data identification, the check code of the service data to be entered is matched with the check code corresponding to the first preset database, the matched first preset database is checked by the checking module to check the service data to be entered, and the corresponding first preset database is matched to check the service data to be entered, so that the checking is more accurate, and the accuracy and the efficiency of the service data entry are improved.
Particularly, the updating module is used for analyzing data which are not matched with a first preset database in the first to-be-input business data, extracting words of the data which are not matched to obtain first spare keywords, calculating the repetition rate of each word in the first spare keywords, comparing the repetition rate with the preset repetition rate to judge whether the repeated spare keywords are added or not, updating the first preset database to form a second preset database, and updating the first preset database in time, so that data inspection is more accurate when the inspection is performed next time, and the input efficiency of the business data is improved.
Drawings
Fig. 1 is a schematic structural diagram of a business data entry processing system suitable for equipment financing according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a detection module in a service data entry processing system suitable for equipment financing according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of an entry module in the service data entry processing system suitable for equipment financing according to the embodiment of the present invention.
Detailed Description
In order that the objects and advantages of the invention will be more clearly understood, the invention is further described below with reference to examples; it should be understood that the specific embodiments described herein are merely illustrative of the invention and do not delimit the invention.
Preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are only for explaining the technical principle of the present invention, and do not limit the scope of the present invention.
It should be noted that in the description of the present invention, the terms of direction or positional relationship indicated by the terms "upper", "lower", "left", "right", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, which are only for convenience of description, and do not indicate or imply that the device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention.
Furthermore, it should be noted that, in the description of the present invention, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.
Referring to fig. 1 and fig. 3, a service data entry processing system suitable for device financing according to an embodiment of the present invention includes:
the receiving module 110 is configured to receive service data to be entered, where the service data to be entered includes a data identifier;
the checking module 120 is connected with the receiving module and is used for matching the corresponding first preset database according to the data identifier, checking the service data to be input according to the corresponding first preset database, and forming first service data to be input after checking;
the updating module 130 is connected to the checking module, and is configured to update the first preset database after the checking module checks the to-be-entered service data, so as to form a second preset database;
the entry module 140 is connected to the update module and configured to enter the first to-be-entered service data, where the entry module includes a data entry selection unit 141 and an entry unit, the data entry selection unit is configured to select an entry value according to the first to-be-entered service data, the entry unit is connected to the data entry selection unit, and the entry unit is configured to enter the first to-be-entered service data.
Specifically, the service data to be entered is service data financed by equipment, and the service data to be entered is a text data entry form.
Specifically, the embodiment of the invention receives the service data to be entered through the receiving module, the service data to be entered includes a data identifier, the service data to be entered is checked through the checking module according to the data identifier, a first service data to be entered is formed after the checking, the first preset database is matched according to the data identifier, the first service data to be entered is verified more accurately, the first service data to be entered is entered through the entering module, the data entry selection unit is used for selecting an entry value according to the first service data to be entered, the entry unit is used for entering the first service data to be entered, and when the entry is performed, the entry data is more accurate through the selection of the entry value, so that the entry efficiency of the service data is improved.
Specifically, when the receiving module receives the service data to be input, a check code corresponding to a first preset database is generated according to the data identification, the check code of the service data to be input is matched with the check code corresponding to the first preset database, and the checking module checks the matched first preset database for the service data to be input.
Specifically, the data identifier is a device type identifier related to the device financing service data, such as medical, architectural, agricultural and the like types, and each type identifier corresponds to a first preset database.
Specifically, in the embodiment of the present invention, when the receiving module receives the service data to be entered, the check code corresponding to the first preset database is generated according to the data identifier, the check code of the service data to be entered is matched with the check code corresponding to the first preset database, the checking module checks the service data to be entered in the matched first preset database, and the corresponding first preset database is matched to check the service data to be entered, so that the checking is more accurate, and the accuracy and efficiency of the entry of the service data are further improved.
Referring to fig. 2, when the inspection module inspects the service data to be entered, the inspection module includes a calculating unit 121, a comparing unit 122 and a determining unit 123, the calculating unit calculates a key value M of the service data to be entered according to the first preset database, the first preset database includes a plurality of keywords, the service data to be entered is matched with the keywords in the first preset database, the number of the matched keywords is calculated as the key value M, the comparing unit compares the key value M with the first preset key value, and the determining unit determines the importance degree of entry according to the comparison result.
Specifically, in the embodiment of the present invention, the computing unit in the inspection module calculates the key value of the service data to be entered, so that the comparing unit and the determining unit can compare the key value of the service data to be entered and determine the entry importance degree of the service data to be entered, thereby making the entered data more orderly and more accurate, and improving the entry accuracy of the service data.
In particular, when the comparing unit compares the key value M with a first preset key value, the comparing unit is provided with a first preset key value M0,
if M is more than or equal to M0, the judging unit judges the input importance degree of the business data to be input as a first level;
if M is more than or equal to 0 and less than M0, the judging unit judges the input importance degree of the business data to be input as a second level;
wherein, the importance degree is more than two levels.
Specifically, in the embodiment of the present invention, the comparison unit compares the key value with a first preset key value, so that the judgment unit judges the importance degree of the entry of the to-be-entered service data, and further, the important to-be-entered service data is entered first, thereby improving the efficiency of the service data.
Specifically, after the inspection module inspects the service data to be entered, the updating module updates a first preset database to form a second preset database, and the next inspection module inspects the service data to be entered according to the second preset database, wherein data which are not matched with the first preset database in the first service data to be entered are analyzed, words of the unmatched data are extracted to obtain first spare key words, the repetition rate R of each word in the first spare key words is calculated, the number E of each word in the first spare key words is calculated, the total number F of the first spare key words is calculated, R = E/F,
if R is larger than or equal to R0, adding the repeated standby key words into the first preset database to form a second preset database;
if R is less than R0, the repeated standby key words are not added to the first preset database;
wherein, R0 is a preset repetition rate.
Specifically, in the embodiment of the present invention, the update module analyzes data that is not matched with the first preset database in the first to-be-entered service data, performs word extraction on the data that is not matched with the first preset database to obtain a first spare keyword, calculates a repetition rate of each word in the first spare keyword, compares the repetition rate with a preset repetition rate to determine whether to add a repeated spare keyword, and implements updating of the first preset database to form a second preset database.
Specifically, after the judgment unit judges the importance degree of entry of the service data to be entered, the inspection module further includes a sorting unit 124, where the sorting unit is configured to sort according to the order of the importance degree of entry to form first service data to be entered, and the service data to be entered with the first order of importance degree is sorted before the service data to be entered with the second order of importance degree;
the entry module is used for entering according to the sequencing sequence of the first to-be-entered service data, entering the first to-be-entered service data with the first order of importance degree, and entering the first to-be-entered service data with the second order of importance degree.
Specifically, in the embodiment of the present invention, the first to-be-entered service data is formed by sorting the sorting unit in the inspection module according to the entry importance level, wherein the to-be-entered service data with the first entry importance level is arranged before the to-be-entered service data with the second entry importance level, and the to-be-entered service data is sorted, so that the data is more ordered when being entered, and the data with the high importance level is first entered, thereby improving the entry efficiency of the service data.
Specifically, before the entry module enters the first to-be-entered service data, the data entry selection unit in the entry module selects an entry value ki according to the entry level of the first to-be-entered service data,
when the entry level of the first to-be-entered service data is one level, the data entry selection unit selects a first entry value k1 as an entry value;
when the entry level of the first business data to be entered is two levels, the data entry selection unit selects a second entry value k2 as an entry value;
wherein i is an integer, i =1,2, and k1 > k2.
Specifically, in the embodiment of the present invention, the data entry selection unit in the entry module selects the entry value according to the entry level of the first to-be-entered service data, and the entry values of the first to-be-entered service data in different levels are different, so that the entry data in different levels are entered according to the corresponding entry value, thereby improving the entry efficiency.
Specifically, after the entry selection unit selects the entry value, the entry data amount Bj of the first to-be-entered service data of each level is calculated, the data amount Bj of the first to-be-entered service data of each level is calculated,
when the first entry value k1 is selected as an entry value, B1= B1 × (k 1/k1+ k 2);
when a second entry value k2 is selected as an entry value, B2= B2 × (k 2/k1+ k 2);
wherein j is an integer, j =1,2, and B1 > B2.
Specifically, the embodiment of the invention calculates the logging data volume of the first to-be-logged service data of each level according to different logging values, so that the logging data volumes of the first to-be-logged service data with different importance degrees are different, and the greater the logging data volume with the higher importance degree is, the more important service data are logged preferentially, and the logging efficiency of the service data is improved.
Specifically, after the data volume to be entered is calculated, the entry unit enters the first service data to be entered, the entry unit includes a first entry unit 142 and a second entry unit 143, the first entry unit will first enter the first service data to be entered of the first level according to the sequence of the first service data to be entered according to the data volume to be entered B1, and then enter the first service data to be entered of the second level according to the data volume to be entered B2.
Specifically, in the embodiment of the present invention, the first entry unit is used to first enter the first-stage first to-be-entered service data according to the entry data volume B1 according to the sequence of the first to-be-entered service data, and then enter the second-stage first to-be-entered service data according to the entry data volume B2, so that important service data is entered preferentially and in a large amount, and the entry efficiency of the service data is improved.
Specifically, after the first entry unit enters the first-level and second-level first to-be-entered service data, if the data volume Bj of the first to-be-entered service data of each level is greater than the entry data volume Bj, the remaining data volume B1 ' of the first-level first to-be-entered service data is calculated, the remaining data volume B2 ' of the second-level first to-be-entered service data is calculated, and the second entry unit enters the first to-be-entered service data of each level of the remaining data volume B1 ';
where j is an integer, i =1,2, bj' = Bj-Bj.
Specifically, in the embodiment of the present invention, when the data amount Bj of the first to-be-recorded service data of each level is greater than the recorded data amount Bj, the remaining data amount B1 'of the first to-be-recorded service data of the first level and the remaining data amount B2' of the first to-be-recorded service data of the second level are calculated, and then the second recording unit records the remaining data amount of the first to-be-recorded service data of each level, so that the first to-be-recorded service data is recorded twice, so that congestion does not occur during the recording of the service data, and the recording efficiency of the service data is improved.
So far, the technical solutions of the present invention have been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of the present invention is obviously not limited to these specific embodiments. Equivalent changes or substitutions of related technical features can be made by those skilled in the art without departing from the principle of the invention, and the technical scheme after the changes or substitutions can fall into the protection scope of the invention.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention; various modifications and alterations to this invention will become apparent to those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (5)
1. A business data entry processing system adapted for equipment financing, comprising:
the receiving module is used for receiving the business data to be input, and the business data to be input comprises a data identifier;
the checking module is connected with the receiving module and used for matching the corresponding first preset database according to the data identification, checking the service data to be input according to the corresponding first preset database and forming first service data to be input after checking;
the updating module is connected with the checking module and used for updating the first preset database after the checking module checks the service data to be input to form a second preset database;
the entry module is connected with the update module and used for entering the first to-be-entered service data, the entry module comprises a data entry selection unit and an entry unit, the data entry selection unit is used for selecting an entry value according to the first to-be-entered service data, the entry unit is connected with the data entry selection unit, and the entry unit is used for entering the first to-be-entered service data;
when the inspection module inspects the service data to be input, the inspection module comprises a calculating unit, a comparing unit and a judging unit, the calculating unit calculates a key value M of the service data to be input according to the first preset database, the first preset database comprises a plurality of key words, the service data to be input is matched with the key words in the first preset database, the number of the matched key words is calculated to be the key value M, the comparing unit compares the key value M with the first preset key value, and the judging unit judges the input importance degree according to the comparison result;
when the comparing unit compares the key value M with a first preset key value, the comparing unit is provided with a first preset key value M0,
if M is larger than or equal to M0, the judging unit judges the input importance degree of the business data to be input as a first level;
if M is more than or equal to 0 and less than M0, the judging unit judges the input importance degree of the business data to be input as a second level;
wherein, the primary importance degree is more than the secondary importance degree;
after the judgment unit judges the importance degree of the input of the service data to be input, the inspection module further comprises a sequencing unit, wherein the sequencing unit is used for sequencing according to the importance degree level of the input to form first service data to be input, and the service data to be input with the input importance degree of the first level is arranged before the service data to be input with the input importance degree of the second level;
the entry module is used for entering according to the sequencing sequence of the first business data to be entered, first business data to be entered with the first-level entry importance degree is entered first, and second business data to be entered with the second-level entry importance degree is entered later;
before the business data to be entered are entered, when the receiving module receives the business data to be entered, a check code corresponding to a first preset database is generated according to a data identifier, the check code of the business data to be entered is matched with the check code corresponding to the first preset database, and the matched first preset database is checked by the checking module;
after the inspection module inspects the service data to be entered, the updating module updates the first preset database to form a second preset database, and inspects the service data to be entered according to the second preset database when the inspection module inspects next time, wherein data which are not matched with the first preset database in the first service data to be entered are analyzed, word extraction is carried out on the data which are not matched to obtain a first spare keyword, the repetition rate R of each word in the first spare keyword is calculated, the number E of each word in the first spare keyword is calculated, the total number F, R = E/F of the first spare keyword is calculated,
if R is larger than or equal to R0, adding the repeated standby keywords to the first preset database to form a second preset database;
if R is less than R0, not adding the repeated standby key words into the first preset database;
wherein, R0 is a preset repetition rate.
2. The business data entry processing system for equipment financing as claimed in claim 1, characterized in that before the entry module enters the first business data to be entered, the data entry selection unit in the entry module selects an entry value ki according to the entry level of the first business data to be entered,
when the entry level of the first to-be-entered service data is one level, the data entry selection unit selects a first entry value k1 as an entry value;
when the entry level of the first business data to be entered is two levels, the data entry selection unit selects a second entry value k2 as an entry value;
wherein i is an integer, i =1,2, and k1 > k2.
3. The business data entry processing system suitable for equipment financing according to claim 2, characterized in that after the entry selection unit selects the entry value, the entry data amount Bj of the first business data to be entered of each level is calculated, the data amount Bj of the first business data to be entered of each level is calculated,
when the first entry value k1 is selected as an entry value, B1= B1 × (k 1/k1+ k 2);
when the second entry value k2 is selected as an entry value, B2= B2 × (k 2/k1+ k 2);
wherein j is an integer, j =1,2, and B1 > B2.
4. The business data entry processing system suitable for equipment financing as claimed in claim 3, characterized in that after the entry data volume is calculated, the entry unit enters the first business data to be entered, the entry unit includes a first entry unit and a second entry unit, the first entry unit will first enter the first business data to be entered of the first level according to the entry data volume B1 according to the order of the first business data to be entered, and then enter the first business data to be entered of the second level according to the entry data volume B2.
5. The business data entry processing system for equipment financing according to claim 4, characterized in that after the first entry unit enters the first to-be-entered business data of the first level and the second level, if the data volume Bj of the first to-be-entered business data of each level is greater than the entered data volume Bj, the remaining data volume B1 ' of the first to-be-entered business data of the first level is calculated, and the remaining data volume B2 ' of the first to-be-entered business data of the second level is calculated, and the second entry unit enters the first to-be-entered business data of each level of the remaining data volume B1 ';
where j is an integer, j =1,2, bj' = Bj-Bj.
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