TWM584476U - Transfer servo system - Google Patents

Abstract

A transfer data creation server of a transfer server system obtains character data generated based on an image and determines whether there is a first target string that meets the identification requirements of a banking institution, a When at least one of the second target string and a third target string that meets an amount format condition is determined, according to the first target string, the second target string, and the third The at least one of the target strings generates a predetermined transfer data and provides it to a user. When a transfer transaction execution server of the transfer server system receives a transfer request from the user and is related to the predetermined transfer information, it executes a transfer procedure according to the transfer request.

Description

Transfer server system

The present invention relates to a transfer server system, in particular to a transfer server system that generates scheduled transfer data based on character data.

In the modern society where smart phones have become quite common, users can transfer money through the Internet on their personal mobile phones without having to go to the location of the ATM. However, the existing mobile phone transfer methods still require manual input of account numbers and amounts, which is still too cumbersome for users who are not good at text input. Therefore, how to further reduce the threshold for transferring money using personal electronic devices such as mobile phones or computers, Has become the subject of this case.

Therefore, the object of the present invention is to provide a transfer server system which can improve the inconvenience of the prior art.

The new transfer server system is suitable for an electrical connection with a user. The transfer server system includes a transfer data creation server suitable for the electrical connection with the user, and a transfer transaction execution server suitable for the electrical connection with the user. The transfer data creation server obtains character data generated based on an image and contains multiple characters, and determines whether there is a character in the character data that meets the identification conditions of a banking institution and indicates a specific banking institution. At least one of a target string, a second target string that meets a financial account format condition, and a third target string that meets a monetary format condition and indicates a value. When the transfer data creation server determines that at least one of the first target string, the second target string, and the third target string exists in the character data, according to the first target string, At least one of the second target string and the third target string generates a predetermined transfer data, and provides the predetermined transfer data to the user. When the transfer transaction execution server receives a transfer request from the user and is related to the scheduled transfer information, it executes a transfer bank identification information, a transfer account number and a transfer amount included in the transfer request. Money transfer procedure.

In some implementation aspects of the new transfer server system, when the transfer data creation server determines that the first target string exists, the first target string is used as a reservation included in the predetermined transfer data. Transfer to bank identification information. When the transfer data creation server determines that the second target string exists, the second target string is used as a predetermined transfer account number included in the predetermined transfer data. When the transfer data creation server determines that the third target string exists, the third target string is used as a predetermined transfer amount included in the predetermined transfer data. The way for the transfer data creation server to provide the scheduled transfer data to the user is to import the scheduled transfer data to an online transfer user interface displayed by the user.

In some implementation aspects of the new transfer server system, in the case where the transfer data creation server determines that the first target string exists in the character data, the transfer data creation server provides the predetermined transfer data The way to the user end includes importing the predetermined transfer bank identification information into a transfer bank input field that can be edited in the online transfer user interface. In the case where the transfer data creation server determines that the second target string exists in the character data, the method for the transfer data creation server to provide the predetermined transfer data to the user includes transferring the reservation to an account. Enter a transfer account input field that can be edited in the online transfer user interface. In the case that the transfer data creation server determines that the third target string exists in the character data, the method for the transfer data creation server to provide the predetermined transfer data to the user includes remitting the predetermined transfer amount Go to a transfer amount input field that can be edited in the online transfer user interface.

In some implementations of the new transfer server system, the transfer data creation server stores a list of banking institutions, and the list of banking institutions includes multiple bank names and multiple one-to-one bank codes corresponding to the bank names , The character data contains multiple strings, and each string is composed of a plurality of consecutively arranged characters of the characters. For each string in the character data, if the character String is a plain text string, the banking institution identification condition includes that the plain text string matches one of the bank names among the bank names, and if the string is a pure Arabic numeral string, the banking institution is identified The condition includes that the string of pure Arabic numerals matches one of the bank codes.

In some implementation aspects of the new transfer server system, the way in which the transfer data creation server determines whether the first target string exists in the character data includes: the transfer data creation server determines whether the character data is in the character data There are one or more candidate bank code strings that meet a first candidate condition. For each string in the character data, the first candidate condition includes that the string is a pure Arabic numeric string, the string The length of the string is a specific length, and the value indicated by the string conforms to a predetermined value range; the transfer data creation server determines whether there are any of the (or) bank code strings that meet the first candidate condition candidate. One of them meets the identification requirements of the banking institution.

In some implementations of the new transfer server system, the manner in which the transfer data creation server determines whether the first target string exists in the character data further includes: when the transfer data creation server determines that it meets the first When the number of the (or other) candidate bank code strings of a candidate condition is multiple, it is determined whether one or more candidate bank code strings that also meet a second candidate condition exist in the candidate bank code strings. For each candidate bank code string, the second candidate condition includes: in the reference character data, one of the first N characters and / or the last N characters centered on the candidate bank code string is present. Or code key elements, N is an integer greater than or equal to 1; the transfer data creation server determines whether there are any of the (or) candidate bank code strings that meet the first candidate condition and the second candidate condition at the same time One meets the identification requirements of the banking institution.

In some implementations of the new transfer server system, the character data includes multiple strings, and each string is composed of a plurality of consecutively arranged characters of the characters. For the character For each string in the metadata, the financial account format condition includes that the string belongs to a pure Arabic numeral string, and that the string length of the pure Arabic numeral string conforms to a first predetermined string length range.

In some implementations of the new transfer server system, the character data includes multiple strings, and each string is composed of a plurality of consecutively arranged characters of the characters. For the character For each string in the metadata, the amount format condition includes that the string belongs to a pure Arabic numeral string, the string length of the pure Arabic numeral string conforms to a second predetermined string length range, and the pure Arabic numeral The first character in the string is not 0.

In some implementations of the new transfer server system, the character data includes multiple strings, and each string is composed of a plurality of consecutively arranged characters of the characters. The transfer data Before establishing the server to determine whether at least one of the first target string, the second target string, and the third target string exists in the character data, it also performs a pre-editing on the character data. A program, the pre-editing program includes: when it is determined that one or more symbol characters belonging to a symbol exist in the characters of the character data, an editing operation is performed on each symbol character, and the editing operation is to The symbol character is deleted or replaced by a space character.

In some implementation forms of the new transfer server system, in the pre-editing program, for each symbol character, when the symbol character is a specific symbol, and the previous character and the next character of the symbol character When the characters are all Arabic numerals, the transfer operation of the symbol character on the transfer data creation server is to delete the symbol character. When the symbol character is the specific symbol and the previous character of the symbol character And at least one of the next character is not an Arabic numeral, or when the symbol character belongs to a full-width symbol, the transfer operation performed by the transfer character creation server on the symbol character is to edit the symbol character Replace with the space character so that the character data is separated into multiple paragraphs by the (or other) space character. For each string in the character data, the financial account format condition includes that the string belongs to a pure Arabic numeric string, and that the string length of the pure Arabic numeric string conforms to a first predetermined string length range, The manner in which the transfer data creation server determines whether the second target string exists in the character data includes: the transfer data creation server determines whether there are one or more candidates in the character data that meet the conditions of the financial account format Account string; when the transfer data creation server determines that the number of candidate account strings that meet the financial account format conditions is a single one, the candidate account string is used as the second target string; when When the transfer data creation server determines that the number of candidate account strings that meet the financial account format conditions is multiple, it determines whether there is a target in the candidate account strings that meets the conditions of an account keyword Candidate account string. For each candidate account string, the account keyword condition includes the same, previous, or next one as the candidate account string. There is an account keyword exchange in this paragraph; when the transfer data creation server determines that the target candidate account string exists in the candidate account strings, the target candidate account string is used as the second target string.

In some implementations of the new transfer server system, when the transfer data creation server determines that the character data does not include the first target string, the second target string, and the third target string , The transfer data creation server performs a character replacement editing process on the character data, and the character replacement editing process includes replacing each character in the character data that belongs to a specific English letter with the specific English letter as A pair of specific Arabic numbers corresponding to specific English letters, and the transfer data creation server determines whether the first target string, the second target string, and the character data exist in the character data after the character replacement editing process. At least one of the third target string, and if the result of the judgment is yes, generated based on the at least one of the first target string, the second target string, and the third target string And provide the scheduled transfer information to the user.

The effect of the new model is that the transfer data creation server can determine whether there is a first target string indicating the specific bank institution in the character data generated based on the image, and a second target word that meets the conditions of the financial account format. String, and a third target string that meets the conditions of the amount format, and if it is determined that at least one of the first target string to the third target string exists, the transfer data creation server can Generate the scheduled transfer data and provide the scheduled transfer data to the user end. In this way, the user can effectively reduce the transfer-related information that the user needs to enter in person, and if the scheduled transfer data is completely correct, the user will be more It can complete the transfer with the user end without the need to enter the relevant transfer information in person. Therefore, the establishment of the transfer information server can indeed reduce the threshold for users to perform transfers with personal electronic devices such as mobile phones or computers, so it can indeed To achieve the purpose of new cost.

Before the new model is described in detail, it should be noted that in the following description, similar elements are represented by the same number. In addition, in the following description, the "electrical connection" generally refers to a wired electrical connection between a plurality of electronic devices / devices / components connected through a conductive material, and wireless signal transmission through wireless communication technology Radio connection. In addition, the "electrical connection" described below also refers to the "direct electrical connection" formed by direct connection between two electronic devices / devices / components, and between two electronic devices / devices / components through other electronic devices. / Device / component connected to form an "indirect electrical connection".

Referring to FIG. 1, a first embodiment of the new-type transfer server system 1 belongs to a banking institution, for example, and is applicable to a plurality of users 5 (only shown in FIG. 1) through a communication network (not shown). One of them) is electrically connected. In this embodiment, the communication network may be, for example, the Internet, and each user terminal 5 may be, for example, a smart phone, a tablet computer, a notebook computer, or a desktop computer. Limited. For ease of understanding, the following uses only the user terminal 5 shown in FIG. 1 for description, and in this embodiment, the user terminal 5 is, for example, a smart phone as an example. More specifically, before using the terminal 5 in cooperation with the transfer server system 1 of this embodiment, a specific application program issued by the banking institution is pre-installed. In addition, by running the specific application program, the user terminal 5 can display an online transfer user interface that can be operated by the user. More specifically, the online transfer user interface has a transfer bank input field, a transfer account input field, and a transfer amount input field, and the transfer bank input field and the transfer account input field Each of the digits and the transfer amount input field can be used for the user to input the transfer-related information such as the bank, account number, and amount used for the transfer by typing. Thereby, the user can perform online transfer using the user terminal 5 by operating the online transfer user interface.

The transfer server system 1 includes a transfer data creation server 11 and a transfer transaction execution server 12, and each of the transfer data creation server 11 and the transfer transaction execution server 12 is adapted to be electrically connected to the use terminal 5, In other words, the transfer data creation server 11 and the transfer transaction execution server 12 are electrically connected to each other through the use terminal 5 in this embodiment. However, in other embodiments, the transfer data creation server 11 and the transfer transaction execution server 12 can be further electrically connected to each other through an internal network of the banking institution, but not limited thereto. In addition, it is added that the transfer server system 1 and the user end 5 are included in a transfer operation system. More specifically, in the actual implementation aspect, the transfer operation system includes the present embodiment. The transfer server system 1, the use end 5, and other such use ends not shown in FIG. 1 are not limited thereto.

The transfer data creation server 11 includes a storage unit 111, a communication unit 112, and a processing unit 113 electrically connected to the storage unit 111 and the communication unit 112. In this embodiment, the storage unit 111 may be implemented as a hard disk combination, the communication unit 112 may be implemented as a network communication device conforming to the IEEE802.3 standard, and the processing unit 113 may be implemented, for example, by It is implemented as a control circuit main board and a central processing unit (CPU) disposed on the control circuit main board and electrically connected to the control circuit main board.

It is added that in this embodiment, the transfer data creation server 11 and the transfer transaction execution server 12 are each implemented as a single server, however, in other embodiments, the transfer data creation server At least one of the terminal 11 and the transfer transaction execution server 12 may also be implemented as multiple servers electrically connected to each other, specifically, the transfer data creation server 11 and the transfer transaction execution server 12 The specific implementation manner can be freely adjusted based on the requirements of cost and computing performance, and is not limited to this embodiment.

In this embodiment, the storage unit 111 stores a list of banking institutions D1 and an optical character recognition model D2 (English for Optical Character Recognition, referred to as OCR).

The list of banking institutions D1 includes a plurality of bank names and a plurality of one-to-one bank codes corresponding to the bank names. More specifically, in this embodiment, each bank name is composed of Yuan, and each bank code is composed of, for example, three Arabic numerals, but it is not limited to this.

The optical character recognition model D2 can be used for the processing unit 113 to perform an optical character recognition program on an image, and in the optical character recognition program, the processing unit 113 analyzes and recognizes characters of the image And make the processing unit 113 obtain the text format data corresponding to the text portion in the image. Since the optical character recognition technology belongs to the prior art and can be understood and applied by those having ordinary knowledge in the technical field, this patent specification will not repeat the relevant details about the optical character recognition technology.

Referring to FIG. 1 and FIG. 2 at the same time, the following describes in detail how the transfer data creation server 11 of this embodiment implements a transfer data creation method.

First, in step S1, the processing unit 113 of the transfer data creation server 11 receives an image from the user 5 via the communication unit 112. In this embodiment, the image may be, for example, a screenshot or a photo. In addition, the image may be generated, for example, by the user terminal 5 according to a user operation (such as taking a picture), or may be obtained by the user terminal 5 from a network or other electronic devices, but is not limited thereto. . Next, step S2 is performed.

In step S2, the processing unit 113 executes the optical character recognition procedure on the image by using the optical character recognition model D2 stored in the storage unit 111 to obtain character data including a plurality of characters. In order to facilitate subsequent description, this character data is used as an initial character data in this embodiment. In this embodiment, the characters of the initial character data are arranged in sequence, and each character belongs to a Chinese character, an English alphabet character, an Arabic numeral character, a symbol character, for example. And one of the blank characters. It is added that the Arabic numerals described in this embodiment are, for example, Arabic numerals that are specifically referred to as Halfwidth. However, in other embodiments, the Arabic numerals may also be, for example, It refers to half-width and full-width Arabic numeral characters, and is not limited to this embodiment.

In addition, it is specifically stated that the “character” described in this patent specification refers to the smallest unit of the initial character data. In addition, the initial character data includes multiple strings, and each string is composed of a plurality of consecutively arranged characters of the characters. In other words, in this patent specification, Any number of characters that are arranged one after the other in character data can be considered a "string". It is further explained that the aforementioned "continuous arrangement" is used in this patent specification to describe that M (M> 1) characters are connected to each other in the "order of arrangement", rather than to describe the M words Elements are adjacent to each other in relative positions. For example, suppose that the characters in the initial character data are arranged in rows from left to right every twenty characters, and the rows are arranged in order from top to bottom. The twentieth and twenty-first characters of the characters will be respectively located at the end of the first row and the head of the second row in the initial character data. Although the twentieth and twenty-first characters are not adjacent to each other in the relative position of the arrangement, based on the definition of "continuous arrangement" in this patent specification, the twentieth and twenty One character is arranged one after the other.

After the processing unit 113 obtains the initial character data, it proceeds to step S3.

In step S3, the processing unit 113 executes a pre-editing procedure on the initial character data, thereby converting the initial character data into a reference character data. With reference to FIG. 3, in this embodiment, the pre-editing program includes the following sub-steps.

First, in sub-step S31, the processing unit 113 determines whether one or more symbol characters belonging to the symbol exist in the characters of the initial character data. The symbol characters include half-diameter characters and double-diameter characters. More specifically, commas, colons, colons, semicolons, periods, brackets, question marks, exclamation marks, etc. Other types of symbols such as "-", "@", "#", "$", "&", "◎", and "※" belong to the aforementioned symbol characters, but are not limited thereto. If the processing unit 113 determines that there are no symbol characters in the initial character data, the pre-editing process ends. On the other hand, if the processing unit 113 determines that the (or other) symbol character exists in the initial character data, it proceeds to sub-step S32.

In a sub-step S32 subsequent to the sub-step S31, the processing unit 113 performs a pair of editing operations corresponding to the symbol characters on each symbol character. In this embodiment, the processing unit 113 performs a corresponding editing operation on the symbol character according to the symbol type of each symbol character or the character type of an adjacent character of the symbol character.

More specifically, in this embodiment, it is assumed that the number of (or) symbol characters is plural, and if the processing unit 113 determines that a first symbol character among the symbol characters is a half-shaped comma (Half-shaped comma is used as a specific symbol in this embodiment), and when the previous character and the next character of the first symbol character are both Arabic numerals, the processing unit 113 processes the first symbol character. The editing operation performed by the element is to delete the first symbol character. In other words, in the pre-editing program, the processing unit 113 deletes all the commas in the initial character data whose previous and next characters are Arabic numerals. For example, if a first example part in the text data is "39,420", the first example part after the editing operation will be converted into "39420".

However, if the processing unit 113 determines that the first symbol character is a semi-comma, but at least one of the previous character and the next character of the first symbol character is not an Arabic numeral, then the The editing operation performed by the processing unit 113 on the first symbol character is to replace the first symbol character with a space character. In this embodiment, the space character may be, for example, a full-size space. However, in other embodiments, the space character may be, for example, a half-size space, and is not limited to this embodiment.

In addition, if the processing unit 113 determines that a second symbol character among the symbol characters is a half-dash (English is dash, that is, "-"), the processing unit 113 assigns the second symbol character to the second symbol character. The editing operation is performed to delete the second symbol character. In other words, in the pre-editing program, the processing unit 113 deletes all the dashes in the initial character data. For example, if a second example part in the text data is "1234-5678-7890", the second example part after the editing operation will be converted into "123456787890".

In addition, if the processing unit 113 determines that a third symbol character among the symbol characters belongs to a full-width symbol (including a full-length comma, colon, colon, semicolon, period, bracket, question mark, etc.), The editing operation performed by the processing unit 113 on the third symbol character is to replace the third symbol character with the space character. In other words, in the pre-editing program, the processing unit 113 replaces all double-width symbols in the initial character data with the space character, so that the initial character data is replaced by the (or other) space character Separate into multiple paragraphs. For example, if a third example part of the text is "Thank you for depositing the deposit first, and then notify me when the remittance is complete, thank you very much", then the third example part after the editing operation will be converted For "Troublesome you to deposit first-Notify me after the remittance is completed _ Thank you very much" (the space characters in the third example part are replaced with an underscore to clearly indicate its position), among which, "Troublesome you to import first Deposit "," Notify me when the transfer is complete "and" Thank you very much "are separated into three paragraphs by two space characters.

After the processing unit 113 executes the pre-editing program to convert the initial character data into the reference character data, it proceeds to step S4.

In step S4, the processing unit 113 determines whether there is a first target string in the reference character data that meets the identification conditions of a banking institution and indicates a specific banking institution, and a second target that meets the conditions of a financial account format. A string, and at least one of a third target string that meets an amount format condition and indicates a value. If the determination result of the processing unit 113 is YES, then step S5 is performed. On the other hand, if the determination result of the processing unit 113 is NO, then step S7 is performed.

In this embodiment, for each string in the reference character data, if the string is a plain text string (that is, each character of the string is a Chinese character or an English alphabet character Yuan), the identification condition of the banking institution represents that the plain text string matches one of the names of the banks. On the other hand, if the string is a pure Arabic numeral string (that is, each character of the string is an Arabic numeral character), the bank institution identification condition indicates that the pure Arabic numeral string matches the Wait for one of the bank codes. That is, in this embodiment, the first target string may be a specific bank name composed of a plurality of text characters, or a specific bank code composed of a plurality of Arabic numeral characters. But it is not limited to this.

And, for each string in the reference character data, the financial account format condition indicates that the string belongs to a pure Arabic numeral string, and the string length of the pure Arabic numeral string matches a first predetermined string Length range. More specifically, the first predetermined string length range is implemented as, for example, 12 to 14 codes in this embodiment, but is not limited thereto. On the other hand, the amount format condition indicates that the string belongs to a pure Arabic numeral string, the string length of the pure Arabic numeral string conforms to a second predetermined string length range, and the first A character is not 0. More specifically, the second predetermined string length range is implemented as, for example, 2 to 7 codes in this embodiment, but is not limited thereto.

It is added that, in this embodiment, the processing unit 113 determines, for example, whether the first target string exists in the reference character data, and then determines whether the second target string exists in the reference character data. Finally, it is determined whether the third target string exists in the reference character data. However, in other embodiments, the processing unit 113 may determine whether the first target string, the second target string, and the third target string exist in different orders, and the present embodiment is not based on this implementation. Examples are limited.

The following further describes in detail how the processing unit 113 of this embodiment determines whether the first target string, the second target string, and a third target string exist in the reference character data.

For the first target string, referring to FIG. 4 and in conjunction with FIG. 1, the manner in which the processing unit 113 determines whether the first target string exists in the reference character data is as follows.

First, in sub-step S41, the processing unit 113 determines whether there is a target plain text string in the strings of the reference character data that matches one of the bank names in the bank organization list D1. If the determination result of the processing unit 113 is yes, the processing unit 113 directly uses the target plain text string as the first target string, and determines that the first target string exists in the reference character data. On the other hand, if the determination result of the processing unit 113 is NO, it means that there is no specific bank name in the reference character data. At this time, the sub-step S42 is performed next.

In sub-step S42, when the processing unit 113 determines that the target character string does not exist in the reference character data (that is, does not exist any specific bank name), the processing unit 113 determines that the reference character data Whether there are one or more candidate bank code strings that meet a first candidate condition. In this embodiment, for each string in the reference character data, the first candidate condition represents that the string is a pure Arabic numeral string, the string length of the string is a specific length, and the The value indicated by the string conforms to a predetermined value range. More specifically, the specific length is implemented as, for example, 3 codes in this embodiment, and the predetermined value range is implemented as, for example, 1 to 901 in this embodiment, but is not limited thereto. If the determination result of the processing unit 113 is YES, then step S43 is performed. On the other hand, if the judgment result of the processing unit 113 is negative, it means that there is no specific bank name nor any specific bank code in the reference character data. In this case, the processing unit 113 determines The first target string does not exist in the reference character data.

In sub-step S43, when the processing unit 113 determines that the (or) candidate bank code string that meets the first candidate condition exists in the reference character data, the processing unit 113 determines the (or) candidate bank code Whether the number of strings is multiple. If the determination result of the processing unit 113 is YES, then step S44 is performed. On the other hand, if the result of the determination by the processing unit 113 is NO, then sub-step S45 is performed.

In a sub-step S44 following the sub-step S43, the processing unit 113 determines whether there are one or more candidate bank code strings in the candidate bank code strings that further meet a second candidate condition. If the determination result of the processing unit 113 is YES, then sub-step S46 is performed. On the other hand, if the result of the determination by the processing unit 113 is NO, then sub-step S45 is performed.

In this embodiment, for each candidate bank code string, the second candidate condition represents: in the reference character data, the first N characters and / or after the candidate bank code string as the center position There are one or more code keyword elements in the N characters, and N is 5, for example, in this embodiment. However, in other embodiments, N can be implemented as long as it is an integer greater than or equal to 1, and is not limited to this embodiment.

More specifically, in this embodiment, the second candidate condition represents that the candidate bank code string meets one of a first sub-condition and a second sub-condition.

The first sub-condition represents in this embodiment: in the reference character data, the code key element exists in the first 5 characters or the last 5 characters centered on the candidate bank code string. One of the first code keyword elements, and the first code keyword element is, for example, a "code" word in this embodiment, in other words, the first sub-condition of this embodiment represents the candidate bank code string There are "code" characters in the first 5 characters, but not limited to them. However, in other embodiments, the first code keyword element can also be replaced with a code keyword sink, and the code keyword sink may be, for example, a “code”, and is not limited to this embodiment.

The second sub-condition represents in this embodiment: in the reference character data, a second code among the code keyword elements exists in the first 5 characters centered on the candidate bank code string. A key element, and a third code key element among the code key elements exists in the last 5 characters centered on the candidate bank code string. In addition, the second code keyword element is, for example, a half-shaped left parenthesis in this embodiment, that is, "(", and the third code keyword element, for example, is a half-shaped right parenthesis, that is, ")". In other words, the second sub-condition in this embodiment indicates that the candidate bank code string is within a pair of half-brackets, but it is not limited thereto.

In the sub-step S45 following the sub-step S43 or the sub-step S44, when the processing unit 113 determines in the sub-step S43 that the number of candidate bank code strings meeting the first candidate condition is not multiple (that is, Only one), or if it is determined in sub-step S44 that none of all candidate bank codes that meet the first candidate condition still meet the second candidate condition, the processing unit 113 determines that the first candidate is met Whether one of the (and other) candidate bank code strings of the conditions matches one of the bank codes of the bank codes (that is, determines whether one of the candidate bank code strings that meets the first candidate condition matches The banking institution identification criteria). If the determination result of the processing unit 113 is yes, the processing unit 113 uses the candidate bank code string that meets the first candidate condition and the identification condition of the banking institution as the first target string, and determines the reference character The first target string exists in the data. On the other hand, if the determination result of the processing unit 113 is no, the processing unit 113 determines that the first target string does not exist in the reference character data.

In the sub-step S46 following the sub-step S44, when the processing unit 113 determines in the sub-step S44 that there are candidate banks in the candidate bank code string that meet both the first candidate condition and the second candidate condition In the case of a code string, the processing unit 113 determines whether there is one of the (or) candidate bank code strings that meets the first candidate condition and the second candidate condition and one of the bank codes. Match (that is, determine whether one of the candidate bank code strings that meet the first and second candidate conditions meets the identification conditions of the banking institution). If the determination result of the processing unit 113 is yes, the processing unit 113 uses the candidate bank code string that meets the first candidate condition, the second candidate condition, and the banking institution identification condition as the first target string, It is determined that the first target string exists in the reference character data. On the other hand, if the result of the determination by the processing unit 113 is no, then the aforementioned sub-step S45 is performed.

For the second target string, referring to FIG. 5 and referring to FIG. 1, the manner in which the processing unit 113 determines whether the second target string exists in the reference character data is as follows.

First, in sub-step S51, the processing unit 113 determines whether there are one or more candidate account character strings that meet the format conditions of the financial account number in the reference character data. If the determination result of the processing unit 113 is YES, then step S52 is performed. On the other hand, if the determination result of the processing unit 113 is NO, it means that there is no financial account account number in the reference character data. In this case, the processing unit 113 determines that the reference character data does not exist. The second target string.

In sub-step S52, when the processing unit 113 determines that the (or) candidate account string that meets the financial account format condition exists in the character data, the processing unit 113 determines the number of the (or) candidate account string Whether it is multiple. If the determination result of the processing unit 113 is YES, then step S53 is performed. On the other hand, if the determination result of the processing unit 113 is no, that is, when it is determined that the number of the (such) candidate account string is a single one, the processing unit 113 uses the candidate account string as the second target word. String, and it is determined that the second target string exists in the reference character data.

In sub-step S53, when the processing unit 113 determines that the number of the (or other) candidate account strings is multiple, the processing unit 113 determines whether one of the candidate account strings meets an account keyword condition The target candidate account string for. In this embodiment, for each candidate account string, the account keyword condition represents that there is an account keyword sink in the same, previous, or next paragraph where the candidate account string is located, and the account keyword sink is in this In the embodiment, it is "account number", but it is not limited to this. If the determination result of the processing unit 113 is YES, the processing unit 113 uses the target candidate account string that matches the target candidate string as the second target string, and determines that the second target string exists in the reference character data. On the other hand, if the determination result of the processing unit 113 is no, the processing unit 113 selects one of the candidate account strings as the second target string, and determines that the reference character data exists in the reference character data. The second target string. It is added that the manner in which the processing unit 113 selects the second target string from the candidate account strings may be, for example, arranged in the reference character data according to the order in which the candidate account strings are identified. The order is randomly selected, but it is not limited to this.

For the third target string, referring to FIG. 6 and in conjunction with FIG. 1, the manner in which the processing unit 113 determines whether the third target string exists in the reference character data is as follows.

First, in sub-step S61, the processing unit 113 determines whether there are one or more candidates in the reference character data that meet the condition of the amount format and are not the first target string or the second target string. Amount string. If the determination result of the processing unit 113 is YES, then sub-step S62 is performed. On the other hand, if the result determined by the processing unit 113 is no, it means that there is no predetermined transfer amount in the reference character data. In this case, the processing unit 113 determines that the reference character data does not exist in the reference character data. Third target string.

In sub-step S62, when the processing unit 113 determines that the (or) candidate amount strings that meet the condition of the amount format exist in the character data, the processing unit 113 determines whether the number of (or) candidate amount strings is For multiple. If the determination result of the processing unit 113 is YES, then step S63 is performed. On the other hand, if the determination result of the processing unit 113 is no, that is, when it is determined that the number of the (or other) candidate amount strings is a single one, the processing unit 113 uses the candidate amount string as the third target word. String, and it is determined that the third target string exists in the reference character data.

In sub-step S63, when the processing unit 113 determines that the number of the (or other) candidate amount strings is plural, the processing unit 113 determines whether one of the candidate amount strings meets an amount keyword condition String of target candidate amounts. In this embodiment, for each candidate amount string, the amount keyword condition represents: in the reference character data, the first K characters and / or the last K characters centered on the candidate amount string. There is one of a plurality of amount keyword elements in the character. More specifically, K is, for example, 2 in this embodiment. However, in other embodiments, K can be implemented as long as it is an integer greater than or equal to 1, and is not limited to this embodiment. More specifically, in this embodiment, a first amount keyword of the amount keyword elements may be, for example, "yuan", and a second amount keyword of the amount keyword elements is It may be, for example, a half-shaped currency symbol character, and is implemented as, for example, "$", but is not limited thereto. In other words, the amount keyword condition in this embodiment represents that there is a "yuan" character or a "$" symbol in the two characters before and after the candidate amount string, but it is not limited thereto.

If the determination result of the processing unit 113 in sub-step S63 is yes, the processing unit 113 uses the target candidate amount string as the third target string, and determines that the third target exists in the reference character data String. On the other hand, if the determination result of the processing unit 113 is no, the processing unit 113 selects one of the candidate amount strings as the third target string, and determines that the reference character data contains the Third target string. It is added that the manner in which the processing unit 113 selects the third target string from the candidate amount strings may be, for example, arranged in the reference character data according to the order in which the candidate amount strings are identified. The order is randomly selected, but it is not limited to this.

Referring to FIG. 1 and FIG. 2 at the same time, in step S5 subsequent to step S4, when the processing unit 113 determines that the reference character data includes the first target string, the second target string, and the third When there is at least one of the target strings, the processing unit 113 generates a predetermined transfer data according to the at least one of the first target string, the second target string, and the third target string, and, in In this embodiment, the scheduled transfer data includes at least one of a scheduled transfer bank identification information, a scheduled transfer account number, and a scheduled transfer amount. More specifically, if the first target string exists in the reference character data, the processing unit 113 uses the first target string as the scheduled transfer bank included in the scheduled transfer data. Identification information, that is, the predetermined transfer bank identification information may be, for example, a specific bank name or a specific bank code. On the other hand, if the second target string exists in the reference character data, the processing unit 113 uses the second target string as a predetermined transfer amount included in the predetermined transfer data. In another aspect, when the third target string exists in the reference character data, the processing unit 113 uses the third target string as the predetermined transfer amount included in the predetermined transfer data. Therefore, for example, if the processing unit 113 determines in step S4 that all of the first target string to the third target string exist, the scheduled transfer data will include the scheduled transfer bank identification Information, the scheduled transfer account number and the scheduled transfer amount. For another example, if the processing unit 113 determines in step S4 that only the second target string and the third target string exist, the scheduled transfer data will only include the scheduled transfer account number and The scheduled transfer amount does not include the scheduled transfer bank identification information. It is added that, in this embodiment, if the processing unit 113 generates the predetermined transfer data when the third target string does not exist, the processing unit 113 directly uses a predetermined value as the predetermined transfer amount. In addition, the predetermined value is, for example, 0 in this embodiment, that is, the predetermined transfer amount is preset to 0 yuan, but is not limited thereto.

After the processing unit 113 generates the predetermined transfer data, it proceeds to step S6.

In step S6, the processing unit 113 provides the predetermined transfer data to the user terminal 5 via the communication unit 112 in a manner of importing to the online transfer user interface. Specifically, for example, assuming that the scheduled transfer data includes the scheduled transfer bank identification information, the scheduled transfer account number, and the scheduled transfer amount, the processing unit 113 provides the scheduled transfer data to the user terminal 5 The method will include importing the predetermined transfer bank identification information into the transfer bank input field of the online transfer user interface, and importing the scheduled transfer account number into the transfer account input field of the online transfer user interface. And a transfer amount input field for importing the predetermined transfer amount into the online transfer user interface. For another example, assuming that the scheduled transfer information includes only the scheduled transfer account number and the scheduled transfer amount and does not include the scheduled transfer bank identification information, the processing unit 113 provides the scheduled transfer information to the user terminal 5 The method will only include importing the predetermined transfer account number and the predetermined transfer amount into the transfer account input field and the transfer amount input field, respectively, without importing any content into the transfer bank input field Bit.

In step S7 subsequent to step S4, when the processing unit 113 determines that the reference character data does not exist in any of the first target string, the second target string, and the third target string On behalf of the processing unit 113, it is determined that there is no specific bank name, specific bank code, financial account account number, and scheduled transfer amount in the reference character data. In this case, the processing unit 113 performs the reference character data One character replacement editor. In this embodiment, the character replacement editing program includes replacing each character in the character data that belongs to a specific English letter (here, a first specific English letter) with the first specific English letter with a A specific Arabic number corresponding to the first specific English letter (here a first specific Arabic number), and each of the character data belonging to another specific English letter (here a second specific English letter) The character is replaced by the second specific English alphabet with another specific Arabic numeral corresponding to the second specific English alphabet (herein, it is a second specific Arabic numeral).

In more detail, the first specific English alphabet is "S" in this embodiment, and the first specific Arabic numeral is, for example, "5". On the other hand, the second specific English alphabet is in this embodiment Is "O", and the second specific Arabic numeral is, for example, "0". In other words, the processing unit 113 replaces all the English letters "S" in the reference character data with the Arabic numeral "5" in the character replacement editing program, and all the English characters in the reference character data The letter "O" is replaced by the Arabic numeral "0", but it is not limited to this. In particular, because the English letter "S" and the Arabic numeral "5" have a certain degree of similarity in appearance, and the English letter "O" and the Arabic numeral "0" are also the same, so In the optical character recognition program of step S2, the processing unit 113 may misidentify the Arabic numeral "5" existing in the image as the English letter "S", or it may recognize the Arabic numeral "0" "Is misidentified as the English letter" O ", so if there is an Arabic numeral combination" 500 "in the image, the processing unit 113 may misidentify the" 500 "in the image as" SOO " "," S00 "," 5OO ", etc., causing the initial character data and the reference character data to have incorrectly identified characters. Moreover, the foregoing misidentification may cause the processing unit 113 to fail to correctly identify the first target string to the third target string from the reference text data. Therefore, it is worth noting that if the processing unit 113 has a recognition error in the optical character recognition program, according to the aforementioned example, by performing the character replacement editing program on the reference character data, The processing unit 113 can convert the "SOO", "S00", and "5OO" generated by misidentification into the correct pure Arabic numeral string "500".

It is added that, in other embodiments, the character replacement editing program may further include replacing the lowercase English letter "s" with the Arabic numeral "5" and replacing the lowercase English letter "o" with the Arabic numeral " 0 ", or replace the lowercase English letter" l "with the Arabic numeral" 1 ", etc., but not limited to this.

After the processing unit 113 performs the character replacement editing procedure on the reference character data, step S8 is then performed.

In step S8, the processing unit 113 determines whether at least one of the first target string, the second target string, and the third target string exists in the reference character data of the character replacement editing program. By. The processing unit 113 determines whether the first target string to the third target string exist in this step in the same manner as the aforementioned sub-steps S41 to S46 (shown in FIG. 4), and sub-steps S51 to S53. (Shown in FIG. 5) and sub-step S61 to sub-step S63 (shown in FIG. 6), so it will not be repeated here. And if the result of the determination by the processing unit 113 is YES, then step S9 is performed. On the other hand, if the determination result of the processing unit 113 is NO, then step S10 is performed.

In step S9 subsequent to step S8, when the processing unit 113 determines that at least one of the first target string to the third target string exists in the reference character data of the character replacement editing program. In this case, the predetermined transfer data is generated according to the at least one of the first target string to the third target string, and the predetermined transfer data is provided to the user terminal 5 through the communication unit 112. The manner in which the processing unit 113 provides the predetermined transfer data to the user terminal 5 is the same as the aforementioned step S6, and therefore will not be repeated here.

In step S10 subsequent to step S8, when the processing unit 113 determines that the reference character data after the character replacement editing program does not exist any of the first target string to the third target string. In one case, the processing unit 113 generates an identification failure notification, and provides the identification failure notification to the user terminal 5 via the communication unit 112 for the user terminal 5 to output.

The above is the method for establishing the transfer data implemented by the transfer data establishment server 11 of this embodiment. It is added that, in this embodiment, the processing unit 113 of the transfer data creation server 11 implements the transfer data creation method by loading and executing a specific algorithm included in a computer program product, and In this embodiment, the optical character recognition model D2 stored in the storage unit 111 is also included in the computer program product, but is not limited thereto. Specifically, the computer program product may be, for example, an optical disc or a portable disk storing the optical character recognition model D2 and the specific algorithm, or the computer program product may also be stored in a network space and available for use. Download and install a set of program software, but not limited to this.

It is further explained that after the processing unit 113 of the transfer data creation server 11 provides the scheduled transfer data to the user 5, when the user 5 receives the scheduled transfer data, it displays the scheduled transfer data In the transfer user interface. Thereby, the user can check whether the contents in the input bank input field, the input account input field, and the transfer amount input field are correct. It is worth noting that even if the transfer data creation server 11 did not transfer all three of the scheduled transfer bank identification information, the scheduled transfer account number and the scheduled transfer amount into the transfer user interface, or did Incorrect scheduled transfer bank identification information, scheduled transfer account number or scheduled transfer amount to the transfer user interface, the user can still manually manually enter the transfer bank input field, the transfer account input field, and the transfer The amount input field is edited. In addition, when the user terminal 5 receives a confirmation transfer instruction generated according to the user's operation, it generates a message according to the contents of the transfer bank input field, the transfer account input field, and the transfer amount input field. The transfer request is transmitted to the transfer transaction execution server 12 via the communication network. The transfer request includes a transfer transaction information, and the transfer transaction information includes a transfer bank identification information, a transfer account number and a transfer amount. In particular, the transfer bank identification information, the transfer account number and the transfer The amount may, for example, be completely consistent with the predetermined transfer bank identification information, the predetermined transfer account number and the predetermined transfer amount generated by the transfer data creation server 11 in the foregoing step S5 or step S9, respectively, or the transfer At least one of the identification information of the incoming bank, the transfer account number and the transfer amount may be edited by the user, and the identification information of the predetermined transfer bank, the predetermined transfer account number and the predetermined transfer amount may be among them. At least one counterpart is different from each other.

Finally, when the transfer transaction execution server 12 receives the transfer request from the user terminal 5, the transfer transaction execution server 12 according to the transfer bank identification information, the transfer account number, and the transfer request included in the transfer request. The transfer amount executes a transfer procedure, which includes transferring a payment that matches the transfer amount from an transfer account to a bank account opened by a banking institution indicated by the transfer bank identification information and corresponding to the transfer account number Collection financial account. Since other details of the transfer transaction execution server 12 executing the transfer procedure are not the focus of this patent specification, they will not be described in detail here.

The above is the description of the first embodiment of the new transfer server system 1.

The following describes differences between a second embodiment and the first embodiment of the new-type transfer server system 1. In the second embodiment, the optical character recognition model D2 is stored in the use terminal 5 instead of the transfer data creation server 11 as in the first embodiment. Moreover, in the second embodiment, before the transfer data creation server 11 implements the transfer data creation method, the user end 5 performs the optical character recognition procedure on the image in advance to generate the initial character data. Therefore, in the method for establishing transfer data in the second embodiment, the transfer data creation server 11 does not receive the image from the user 5 but directly receives the image from the user 5 by the user 5 The initial character data is generated, and then the pre-editing process is performed on the initial character data (ie, step S3 in FIG. 2). In addition, in the second embodiment, the transfer data creation server 11 also implements the transfer data creation method by, for example, loading and executing the specific algorithm included in the computer program product. However, it is the same as the first embodiment The difference is that the computer program product in the second embodiment does not include the optical character recognition model D2.

Moreover, in the above-mentioned first and second embodiments, the transfer data creation server end 11 and the use end 5 both perform the optical character recognition procedure on the entire image. However, in other embodiments, the transfer data creation server 11 or the user 5 may, for example, execute the optical character recognition program only for one or more target portions of the image to generate the initial Character data. The target part is defined by the user terminal 5 according to a user operation, for example. More specifically, the user end 5 can, for example, be used by a user to manually select one or more ranges in a circled manner on the image, so that the ranges are defined as the (or other) targets by the user end 5 respectively. Partly, in this way, the user can select the part of the image that contains the correct transfer-related information by himself, which will help improve the accuracy of the predetermined transfer-in bank identification data generated by the transfer data creation server 11 and then In addition, the operation of selecting a range by circle selection in this image is more intuitive and convenient than typing input. Therefore, even if the user is not familiar with typing, the selection operation will not bring too much Operational burden.

In summary, by implementing the transfer data creation method, the transfer data creation server 11 can determine whether there is a first target string indicating compliance with a specific banking institution in the character data generated according to the image. A second target string of the financial account format condition and a third target string that meets the amount format condition, and when it is determined that at least one of the first target string to the third target string exists The transfer data creation server 11 can generate the scheduled transfer data and provide the scheduled transfer data to the user terminal 5. In this way, the user can effectively reduce the transfer-related data that the user needs to enter in person, and, If the scheduled transfer information is completely correct, the user can complete the transfer with the user terminal 5 without having to input the transfer-related information in person. Therefore, the server 11 for establishing the transfer information can indeed reduce the user's mobile phone or computer. Operation threshold for waiting for personal electronic device to transfer money. In addition, it is worth mentioning that by implementing the method for establishing the transfer data, the image recognized by the transfer data creation server 11 does not have any format restrictions, that is, whether the image is a communication A screenshot of the software chat window, a screenshot of a newsletter or email, or a photo of a paper document can be used as the object for the transfer data creation server 11 to identify. Therefore, the method for creating the transfer data is not only convenient to use, It has quite excellent application flexibility, so it can indeed achieve the purpose of new cost.

However, the above are only examples of the new model. When the scope of implementation of the new model cannot be limited by this, any simple equivalent changes and modifications made in accordance with the scope of the patent application of the new model and the content of the patent specification are still Within the scope of this new patent.

1‧‧‧ transfer server system
11‧‧‧ transfer server creation server
111‧‧‧Storage unit
112‧‧‧Communication Unit
113‧‧‧processing unit
12‧‧‧ transfer transaction execution server
5‧‧‧ end of use
D1‧‧‧List of Banking Institutions
D2‧‧‧ Optical Character Recognition Model
S1 ~ S10‧‧‧step
S31 ~ S32‧‧‧‧Sub-step
S41 ~ S46‧‧‧‧Sub-step
S51 ~ S53‧‧‧‧Sub-step
S61 ~ S63‧‧‧‧Sub-step

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, among which:
FIG. 1 is a schematic block diagram of a first embodiment of the new-type transfer server system matched with a user end;
FIG. 2 is a flowchart exemplarily illustrating how a transfer data creation server in the first embodiment implements a transfer data creation method;
FIG. 3 is another flowchart exemplarily illustrating how the transfer data creation server implements a pre-editing procedure in the transfer data creation method;
FIG. 4 is still another flowchart illustrating, by way of example, how the transfer data creation server determines whether a reference character data exists in a reference character data;
FIG. 5 is another flowchart illustrating, by way of example, how the transfer data creation server determines whether a second target character exists in the reference character data; and FIG. 6 is another flowchart illustrating, by way of example, the transfer How the data creation server determines whether a third target character exists in the reference character data.

Claims (11)

A transfer server system suitable for electrically connecting a user end, the transfer server system includes:
A transfer data creation server, which is suitable for electrically connecting the user; and a transfer transaction execution server, which is suitable for electrically connecting the user;
Wherein, the transfer data creation server obtains character data generated from an image and contains multiple characters, and determines whether there exists a character bank data that meets the identification conditions of a banking institution and indicates a specific banking institution. At least one of a first target string that meets a financial account format condition, and a third target string that meets a monetary format condition and indicates a value;
When the transfer data creation server determines that at least one of the first target string, the second target string, and the third target string exists in the character data, according to the first target string, The at least one of the second target string and the third target string generates a predetermined transfer information, and provides the predetermined transfer information to the user;
When the transfer transaction execution server receives a transfer request from the user and is related to the scheduled transfer information, it executes a transfer bank identification information, a transfer account number and a transfer amount included in the transfer request. Money transfer procedure. The transfer server system of claim 1, wherein:
When the transfer data creation server determines that the first target string exists, the first target string is used as a predetermined transfer bank identification data included in the predetermined transfer data;
When the transfer data creation server determines that the second target string exists, the second target string is used as a predetermined transfer account included in the predetermined transfer data;
When the transfer data creation server determines that the third target string exists, the third target string is used as a predetermined transfer amount included in the predetermined transfer data;
The way for the transfer data creation server to provide the scheduled transfer data to the user is to import the scheduled transfer data to an online transfer user interface displayed by the user. The transfer server system according to claim 2, wherein:
In the case where the transfer data creation server determines that the first target string exists in the character data, the method for the transfer data creation server to provide the predetermined transfer data to the user includes transferring the reservation to a bank identification Data import into a bank input field that can be edited in the online transfer user interface;
In the case where the transfer data creation server determines that the second target string exists in the character data, the method for the transfer data creation server to provide the predetermined transfer data to the user includes transferring the reservation to an account. Into a transfer account input field that can be edited in the online transfer user interface; and when the transfer data creation server determines that the third target string exists in the character data, the transfer data The method for establishing the server to provide the predetermined transfer data to the user includes importing the predetermined transfer amount into a transfer amount input field that can be edited in the online transfer user interface. The transfer server system according to claim 1, wherein the transfer data creation server stores a bank institution list, and the bank institution list includes a plurality of bank names and a plurality of one-to-one bank codes corresponding to the bank names , The character data contains multiple strings, and each string is composed of a plurality of consecutively arranged characters of the characters. For each string in the character data, if the character String is a plain text string, the banking institution identification condition includes that the plain text string matches one of the bank names among the bank names, and if the string is a pure Arabic numeral string, the banking institution is identified The condition includes that the string of pure Arabic numerals matches one of the bank codes. The transfer server system according to claim 4, wherein the manner in which the transfer data creation server determines whether the first target string exists in the character data includes:
The transfer data creation server determines whether one or more candidate bank code strings that meet a first candidate condition exist in the character data. For each character string in the character data, the first candidate condition includes the The string is a pure Arabic numeral string, the string length of the string is a specific length, and the value indicated by the string conforms to a predetermined value range; and the transfer data creation server determines that it meets the first candidate Whether one of the (and other) bank code strings of the condition candidate meets the identification conditions of the banking institution. The transfer server system according to claim 5, wherein the method for determining whether the first target string exists in the character data by the transfer data creation server further includes:
When the transfer data creation server determines that the number of the (or) candidate bank code strings that meet the first candidate condition is multiple, it is determined whether one or more of the candidate bank code strings also meet one The candidate bank code string of the second candidate condition. For each candidate bank code string, the second candidate condition includes: the first N characters centered on the candidate bank code string in the reference character data. There are one or more code keywords in N and / or the last N characters, N is an integer greater than or equal to 1; and the transfer data establishment server determines that the first and second candidate conditions are met at the same time. Whether one of the (and other) candidate bank code strings meets the identification conditions of the banking institution. The transfer server system according to claim 1, wherein the character data includes a plurality of strings, and each string is composed of a plurality of consecutively arranged characters of the characters. For each string in the metadata, the financial account format condition includes that the string belongs to a pure Arabic numeral string, and that the string length of the pure Arabic numeral string conforms to a first predetermined string length range. The transfer server system according to claim 1, wherein the character data includes a plurality of strings, and each string is composed of a plurality of consecutively arranged characters of the characters. For each string in the metadata, the amount format condition includes that the string belongs to a pure Arabic numeral string, the string length of the pure Arabic numeral string conforms to a second predetermined string length range, and the pure Arabic numeral The first character in the string is not 0. The transfer server system according to claim 1, wherein the character data includes a plurality of strings, and each string is composed of a plurality of consecutively arranged characters of the characters, the transfer data Before establishing the server to determine whether at least one of the first target string, the second target string, and the third target string exists in the character data, it also performs a pre-editing on the character data. A program, the pre-editing program includes: when it is determined that one or more symbol characters belonging to a symbol exist in the characters of the character data, an editing operation is performed on each symbol character, and the editing operation is to The symbol character is deleted or replaced by a space character. The transfer server system according to claim 9, wherein:
In the pre-editing procedure, for each symbol character, when the symbol character is a specific symbol, and the previous character and the next character of the symbol character are Arabic numerals, the transfer data creation server The editing operation performed on the symbol character is to delete the symbol character. When the symbol character is the specific symbol, and at least one of the previous character and the next character of the symbol character is not Arabic numerals, or when the symbol character belongs to a double-width symbol, the transfer operation performed on the transfer data creation server by the symbol character is to replace the symbol character with the space character so that the character data Separated into paragraphs by the space character;
For each string in the character data, the financial account format condition includes that the string belongs to a pure Arabic numeric string, and that the string length of the pure Arabic numeric string meets a first predetermined string length range, The manner in which the transfer data creation server determines whether the second target string exists in the character data includes:
The transfer data creation server determines whether there is one or more candidate account string in the character data that meets the conditions of the financial account format;
When the transfer data creation server determines that the number of the candidate account string (s) meeting the financial account format condition is a single number, the candidate account string is used as the second target string;
When the transfer data creation server determines that the number of candidate account strings that meet the financial account format conditions is multiple, it is determined whether one of the candidate account strings meets an account keyword condition. Target candidate account string. For each candidate account string, the account keyword condition includes the existence of an account keyword sink in the same, previous, or next paragraph where the candidate account string is located; and when the transfer information is established on the server When the terminal determines that the candidate account string exists in the candidate account strings, the target candidate account string is used as the second target string. The transfer server system according to claim 1, wherein when the transfer data creation server determines that the character data does not include the first target string, the second target string, and the third target string , The transfer data creation server performs a character replacement editing process on the character data, and the character replacement editing process includes replacing each character in the character data that belongs to a specific English letter with the specific English letter as A pair of specific Arabic numbers corresponding to specific English letters, and the transfer data creation server determines whether the first target string, the second target string, and the character data exist in the character data after the character replacement editing process. At least one of the third target string, and if the result of the judgment is yes, generated based on the at least one of the first target string, the second target string, and the third target string And provide the scheduled transfer information to the user.