CN113593140B - Bank note distribution method, system and medium for financial self-service equipment - Google Patents
Bank note distribution method, system and medium for financial self-service equipment Download PDFInfo
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- G07F19/20—Automatic teller machines [ATMs]
- G07F19/204—Loading of a stored value token using an ATM
Abstract
The invention discloses a bank note distribution method, a bank note distribution system and a bank note distribution medium of financial self-service equipment, wherein the method comprises the following steps: acquiring a withdrawal amount and a first device remaining amount of the financial self-service device, and setting a demand processing mode based on the withdrawal amount and the first device remaining amount; determining a first cash storage box in the financial self-service equipment, acquiring the number of the first cash storage boxes of the first cash storage box, and setting a cash retention value configuration mode based on a demand processing mode, a cash box number threshold value and the number of the first cash storage boxes; acquiring a first cash box residual amount corresponding to a first cash storage box, and setting a cash retention value corresponding to the first cash storage box based on a cash retention value configuration mode, a cash retention base number matching table, a cash retention coefficient matching table and the first cash box residual amount; setting a money distribution scheme based on the correction value and the money remaining value; configuring a first banknote based on a banknote distribution scheme, performing banknote distribution detection on the first banknote based on the withdrawal amount, and outputting the first banknote; the invention can reduce the failure probability of money outlet and improve the user experience.
Description
Technical Field
The invention relates to the technical field of money distribution of financial self-service equipment, in particular to a method, a system and a medium for money distribution of financial self-service equipment.
Background
The existing money distribution method of the financial self-service equipment adopts algorithms such as minimum number, average empty money discharge, maximum number of money boxes and the like, the algorithm is high in limitation, once the money rejection rate of some money boxes is high, the final money discharge amount cannot meet the requirements of users, and in severe cases, money discharge failure can be caused, the user experience is reduced, and the maintenance difficulty of the financial self-service equipment is increased.
Disclosure of Invention
The invention mainly solves the problems that the existing bank note distribution method of the financial self-service equipment has large limitation, can cause bank note outlet failure in serious conditions, reduces the user experience and increases the maintenance difficulty of the financial self-service equipment.
In order to solve the technical problems, the invention adopts a technical scheme that: the bank note distribution method of the financial self-service equipment comprises the following steps:
initialization:
setting a banknote retention base number matching table and a banknote retention coefficient matching table;
obtaining a withdrawal amount and a first device remaining amount of financial self-service equipment, and setting a demand processing mode based on the withdrawal amount and the first device remaining amount;
setting a money box quantity threshold value and a money box balance threshold value, acquiring money box balances corresponding to a plurality of money storage boxes in the financial self-service equipment respectively, setting the money storage box of which the money box balance is greater than the money box balance threshold value as a first money storage box, acquiring the first money box quantity of the first money storage box, and setting a money retention value configuration mode based on the demand processing mode, the money box quantity threshold value and the first money box quantity;
setting a money distribution scheme:
acquiring a first money box residual amount corresponding to the first money storage box, and setting a money retention value corresponding to the first money storage box based on the money retention value configuration mode, the money retention base number matching table, the money retention coefficient matching table and the first money box residual amount;
setting a correction value, and setting a money distribution scheme based on the correction value and the money remaining value;
a banknote discharging step:
and configuring a first banknote based on the banknote distribution scheme, performing banknote distribution detection on the first banknote based on the withdrawal amount, and outputting the first banknote based on a banknote distribution detection result.
As an improvement, the step of setting a demand processing mode based on the withdrawal amount and the first device remainder amount further includes:
comparing the withdrawal amount with the remaining amount of the first equipment;
when the withdrawal amount is not larger than the remaining amount of the first device, setting the demand processing mode as a money taking mode;
and when the withdrawal amount is larger than the remaining amount of the first equipment, setting the demand processing mode as a non-cash-taking mode.
As an improved solution, the step of setting a remaining banknote value configuration mode based on the demand processing mode, the banknote cassette number threshold value, and the first banknote cassette number further includes:
when the demand processing mode is the money taking mode, comparing the number of the first money boxes with the money box number threshold;
if the number of the first money boxes is not smaller than the number threshold of the money boxes, setting the money remaining number configuration mode as a uniform configuration mode;
and if the number of the first cash boxes is smaller than the threshold value of the number of the cash boxes, setting the cash-remaining number configuration mode as a non-uniform configuration mode.
As an improved scheme, the step of setting the remaining banknote value corresponding to the first banknote storage box based on the remaining banknote value configuration mode, the remaining banknote base number matching table, the remaining banknote coefficient matching table, and the remaining banknote amount of the first banknote storage box further includes:
when the money retention value configuration mode is the uniform configuration mode, acquiring the money taking rate corresponding to the first money storage box, selecting a money retention base number matched with the money taking rate in the money retention base number matching table as a first base number, and setting the first base number as the money retention value;
and when the banknote remaining value configuration mode is the non-uniform configuration mode, acquiring the banknote reject rate corresponding to the first banknote storage box, selecting a banknote remaining coefficient matched with the banknote reject rate in the banknote remaining coefficient matching table as a first coefficient, calculating the product of the first coefficient and the remaining amount of the first banknote storage box to obtain a second base number, and setting the second base number as the banknote remaining value.
As an improvement, the step of setting the dispensing scheme based on the correction value and the remaining value further includes:
acquiring a second money box residual amount corresponding to the first money box, calculating a first difference value between the second money box residual amount and the money remaining value, and comparing whether the first difference value is larger than the correction value or not; if the sum of the money distribution parameters is greater than the preset value, the money distribution scheme is set as follows: and configuring a first banknote corresponding to the withdrawal amount by adopting a minimum sheet number banknote distribution algorithm in second banknotes corresponding to the first difference value.
As a refinement, the step of performing a dispensing detection on the first banknote based on the withdrawal amount, and outputting the first banknote based on a dispensing detection result further includes:
counting the banknote amount of the first banknote, and comparing whether the banknote amount is matched with the withdrawal amount; if the first bank note and the second bank note are matched, generating a bank note distribution detection result as successful bank note distribution, and outputting the first bank note; and if the third bank note and the fourth bank note are not matched, generating a bank note distribution detection result as that the bank note distribution part is successful, calculating a second difference value between the withdrawal amount and the bank note amount, and configuring a fourth bank note corresponding to the second difference value by adopting the minimum number bank note distribution algorithm in a third bank note corresponding to the bank note remaining value.
As an improved scheme, the method further comprises the following steps:
and when the demand processing mode is the non-cash-taking mode, sending a cash distribution signal corresponding to the amount of money to a background end of a mechanism where the financial self-service equipment is located.
The invention also provides a bank note distribution system of the financial self-service equipment, which comprises the following components:
the system comprises an initialization module, a mode configuration module, a scheme setting module and a cash dispensing module;
the initialization module is used for setting a banknote retention base number matching table and a banknote retention coefficient matching table;
the mode configuration module is used for acquiring a withdrawal amount and a first device remaining amount of the financial self-service device and setting a demand processing mode based on the withdrawal amount and the first device remaining amount; the mode configuration module is further used for setting a money box quantity threshold and a money box balance threshold, and acquiring money box balances corresponding to a plurality of money storage boxes in the financial self-service equipment respectively, and the mode configuration module sets the money storage box with the money box balance being greater than the money box balance threshold as a first money storage box; the mode configuration module acquires the first banknote box number of the first banknote storage box, and sets a banknote retention value configuration mode based on the demand processing mode, the banknote box number threshold and the first banknote box number;
the scheme setting module is used for acquiring a first money box residual amount corresponding to the first money storage box and setting a money retention value based on the money retention value configuration mode, the money retention base number matching table, the money retention coefficient matching table and the first money box residual amount; the scheme setting module is also used for setting a correction value and setting a money distribution scheme based on the correction value and the money remaining value;
the cash dispensing module is used for configuring first bills according to the cash dispensing scheme and performing cash dispensing detection on the first bills based on the withdrawal amount, and the cash dispensing module outputs the first bills based on a cash dispensing detection result.
The invention also provides a computer readable storage medium, wherein a computer program is stored on the computer readable storage medium, and when the computer program is executed by a processor, the steps of the bank note dispensing method of the financial self-service equipment are realized.
The invention has the beneficial effects that:
1. the bank note distribution method of the financial self-service equipment can realize that the reference number of the bank note boxes is set for each bank note box, so that each bank note box can discharge bank notes uniformly, even if bank note rejection occurs, a user can obtain bank notes with corresponding requirements, the probability of bank note discharge failure is reduced, the user experience is improved, and the maintenance frequency of the financial self-service equipment is reduced.
2. The bank note distribution system of the financial self-service equipment can realize that the reference number is set for each bank note box through the mutual matching of the initialization module, the mode configuration module, the scheme setting module and the bank note discharging module, so that each bank note box can uniformly discharge bank notes, even if the bank note rejecting condition occurs, a user can obtain bank notes with corresponding requirements, the probability of bank note discharging failure is reduced, the user experience is improved, and the maintenance frequency of the financial self-service equipment is reduced.
3. The computer-readable storage medium can realize the cooperation of the guide initialization module, the mode configuration module, the scheme setting module and the cash dispensing module, further realize the setting of the reference number for each cash box, further enable each cash box to dispense cash uniformly, enable a user to obtain the cash required correspondingly even in the event of cash rejection, reduce the probability of cash dispensing failure, improve the user experience, reduce the maintenance frequency of the financial self-service equipment, and effectively improve the operability of the cash dispensing method of the financial self-service equipment.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
Fig. 1 is a flow chart of a bank note distribution method of financial self-service equipment according to embodiment 1 of the invention;
fig. 2 is an architecture diagram of a money distribution system of the financial self-service device according to embodiment 2 of the invention;
fig. 3 is an architecture diagram of a mode configuration module according to embodiment 2 of the present invention.
Detailed Description
The following detailed description of the preferred embodiments of the present invention, taken in conjunction with the accompanying drawings, will make the advantages and features of the invention easier to understand by those skilled in the art, and thus will clearly and clearly define the scope of the invention.
In the description of the present invention, it should be noted that the described embodiments of the present invention are a part of the embodiments of the present invention, and not all embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that the terms "first", "second", "third", and "fourth" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless otherwise specifically stated or limited, the terms "remaining banknote number matching table", "remaining banknote coefficient matching table", "remaining device amount", "withdrawal amount", "demand processing mode", "cassette balance threshold", "cassette balance", "cassette number threshold", "remaining banknote number configuration mode", "cassette remaining amount", "remaining banknote number value", "correction value", "dispensing scheme", "dispensing detection", "dispensing mode", "non-dispensing mode", "uniform configuration mode", "non-uniform configuration mode", "dispensing rate", "remaining banknote number", "reject rate", "remaining banknote coefficient", "minimum number dispensing algorithm", "dispensing success", "dispensing partial success", "initialization module", "pattern configuration module", "demand setting module" ", and" demand processing mode "," cassette remaining banknote number configuration mode "," minimum number dispensing algorithm "," dispensing success "," dispensing partial success "," initialization module "," pattern configuration module "", and the like, The "cash dispensing module", "withdrawal mode configuration module", "non-cash-dispensing mode configuration module", "uniform mode configuration module" and "non-uniform mode configuration module" should be understood in a broad sense. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
Example 1
The embodiment provides a banknote distribution method of financial self-service equipment, as shown in fig. 1, including the following steps:
s100, setting a banknote retention base number matching table and a banknote retention coefficient matching table;
step S100 specifically includes:
in this embodiment, the banknote leaving base number matching table is a mapping set table in which a plurality of banknote leaving base numbers preset by financial institution personnel according to experience are matched with a plurality of banknote taking rates; the banknote retention coefficient matching table is a mapping set table which is preset by financial institution personnel according to experience and matches a plurality of banknote retention coefficients with a plurality of banknote rejection rates; correspondingly, the money retention base number matching table and the money retention coefficient matching table are data bases for determining the money retention numerical value corresponding to each money storage box in the later period.
S200, obtaining a withdrawal amount and a first device remaining amount of the financial self-service device, and setting a demand processing mode based on the withdrawal amount and the first device remaining amount; setting a money box quantity threshold and a money box balance threshold, acquiring money box balances corresponding to a plurality of money storage boxes in the financial self-service equipment respectively, and setting the money storage box with the money box balance being greater than the money box balance threshold as a first money storage box; acquiring the first money box number of a first money storage box in the financial self-service equipment, and setting a money retention value configuration mode based on the demand processing mode, the money box number threshold and the first money box number;
step S200 specifically includes:
s210, comparing the withdrawal amount with the remaining amount of the first equipment; the residual amount of the first equipment is the sum of the balance of all banknotes in all banknote storage boxes in the financial self-service equipment; when the withdrawal amount is not larger than the remaining amount of the first equipment, indicating that sufficient bank notes exist in the financial self-service equipment to meet the requirement of a user; setting the demand processing mode as a money taking mode; when the withdrawal amount is larger than the remaining amount of the first equipment, indicating that sufficient bank notes do not exist in the financial self-service equipment to meet the user requirement, and setting the requirement processing mode to be a non-bank note taking mode; in this embodiment, the first banknote storage box is a banknote storage box containing banknotes; the threshold value of the balance of the cash box is 1, and if the balance of the cash box is more than 1, the first cash storage box containing cash is judged.
S220, comparing the number of the first money boxes with the number threshold of the money boxes when the demand processing mode is the money taking mode; in this embodiment, the number of the first banknote boxes is the number of the first banknote storage boxes containing banknotes; the number threshold of the money boxes is generally the average value of all the money storage boxes; if the number of the first money boxes is not smaller than the number threshold of the money boxes, setting the money remaining number configuration mode as a uniform configuration mode; if the number of the first banknote boxes is smaller than the threshold value of the number of the banknote boxes, setting the banknote remaining number configuration mode as a non-uniform configuration mode; in the step, the cash-out success rate of the whole equipment and the operation efficiency of the equipment are considered, when the number of first cash storage boxes is small, a non-uniform configuration mode can be carried out, unified management is not needed, all the cash storage boxes set the cash-retaining numerical value according to the cash reject rate and the existing residual cash, the cash-out efficiency is high, and the cash-out success rate is high; when the number of the first money storage boxes is large, uniform configuration modes can be carried out, unified management is carried out, all the money storage boxes are uniformly matched according to the money taking rate, and the money retaining base number is kept, so that the utilization rate of the money storage boxes is maximized.
S230, when the demand processing mode is the non-cash-taking mode, sending a cash distribution signal corresponding to the amount of money to a background end of a mechanism where the financial self-service equipment is located; correspondingly, in this embodiment, financial self-service equipment keeps the networking state, does in the demand processing mode during the non-mode of drawing money, explains that current financial self-service equipment can't satisfy user's the demand of withdrawing money, send through the network to the backend of stating financial self-service equipment place mechanism this moment with the money distribution signal that the amount of withdrawing money corresponds, and then contact the staff of backend and help the user, further promote user's experience and feel, avoided financial self-service equipment in case can't satisfy the user and withdraw money the phenomenon that the demand does not have the back-up strategy and leads to user experience very poor.
S300, acquiring a first money box residual amount corresponding to the first money storage box, and setting a money retention value corresponding to the first money storage box based on the money retention value configuration mode, the money retention base number matching table, the money retention coefficient matching table and the first money box residual amount; setting a correction value, and setting a money distribution scheme based on the correction value and the money remaining value;
step S300 specifically includes:
s310, when the money retention value configuration mode is the uniform configuration mode, acquiring the money taking rate corresponding to the first money storage box, selecting a money retention base number matched with the money taking rate from the money retention base number matching table as a first base number, and setting the first base number as the money retention value; correspondingly, the higher the money taking rate in the money-remaining base number matching table is, the larger the first base number is, and the purpose of the mechanism can balance the money amount in each first money storage box in the financial self-service terminal equipment, so that the problem of uneven utilization rate of the first money storage boxes is solved, the utilization rate of the first money storage boxes is maximized, and certain cost is saved; when the banknote remaining value configuration mode is the non-uniform configuration mode, acquiring the banknote reject rate corresponding to the first banknote storage box, selecting a banknote remaining coefficient matched with the banknote reject rate in the banknote remaining coefficient matching table as a first coefficient, calculating the product of the first coefficient and the remaining amount of the first banknote storage box to obtain a second base number, and setting the second base number as the banknote remaining value; in this embodiment, the remaining amount of the first banknote box is the current amount in the first banknote storage box; the higher the paper money rejection rate in the paper money retention coefficient matching table is, the smaller the first coefficient is, because the first coefficient needs to be multiplied by the remaining amount of the first paper money box, the smaller the first coefficient is, and the smaller the obtained second base number is, the more paper money can be taken by the first paper money box, so that the problem that the paper money output amount of the first paper money box with the high paper money rejection rate is low is solved, and the configuration is balanced.
S320, obtaining a second money box residual amount corresponding to the first money box, calculating a first difference value between the second money box residual amount and the money remaining value, and comparing whether the first difference value is larger than the correction value or not; if the sum of the money distribution parameters is greater than the preset value, the money distribution scheme is set as follows: in the second bank notes corresponding to the first difference, configuring first bank notes corresponding to the withdrawal amount by adopting a minimum sheet number bank note distribution algorithm; in this embodiment, the purpose of this step is to perform proofreading and correction again, because the amount of banknotes in the first banknote storage box may change during the above process, and correspondingly, the remaining amount of the second banknote storage box is the existing amount in the first banknote storage box in the current step; through the checking, some first bank note storage boxes which do not meet the bottom preserving state are further screened, so that second bank notes corresponding to the obtained first difference values are bank notes in the first bank note storage boxes which meet the bottom preserving state, and at the moment, the first bank notes corresponding to the withdrawal amount are configured by adopting a minimum number bank note distribution algorithm; the cash dispensing success rate is further guaranteed, and the user experience is improved.
S400, configuring first bank notes based on the bank note distribution scheme, carrying out bank note distribution detection on the first bank notes based on the withdrawal amount, and outputting the first bank notes based on a bank note distribution detection result;
step S400 specifically includes:
s410, counting the banknote amount of the first banknote, and comparing whether the banknote amount is matched with the withdrawal amount;
s420, if the first bank note and the second bank note are matched, generating a bank note distribution detection result that the bank note distribution is successful, namely the first bank note meets the requirement of a user, and outputting the first bank note;
s430, if the first bank note and the second bank note are not matched, generating a bank note distribution detection result that the bank note distribution part is successful, namely, the first bank note has a bank note rejection phenomenon and needs to be distributed again for bank note discharging; calculating a second difference value between the withdrawal amount and the banknote amount, wherein the second difference value is the lacking banknote amount; in the third bank notes corresponding to the bank note remaining value, adopting the minimum sheet number bank note distribution algorithm to configure fourth bank notes corresponding to the second difference value; in general, the amount of the fourth bank note is small, and the bank note can be discharged again; if the fourth bank note is large in amount, the fourth bank note is required to be compared with the second difference value again, if the fourth bank note is matched with the second difference value, the bank note can be discharged, and if the fourth bank note is not matched with the second difference value, the fourth bank note is required to be dispensed again and the user is prompted to wait.
The bank note distribution method of the financial self-service equipment has extremely high bank note output success rate and has corresponding backup measures to solve the problem of user requirements; the user experience is greatly improved, and the maintenance times of the financial self-service equipment are reduced.
Example 2
The present embodiment provides a money dispensing system of a financial self-service device, as shown in fig. 2 and 3, including: the system comprises an initialization module, a mode configuration module, a scheme setting module and a cash dispensing module;
in the money distribution system of the financial self-service equipment, an initialization module is used for setting a money retention base number matching table and a money retention coefficient matching table;
in the money distribution system of the financial self-service equipment, a mode configuration module is used for acquiring a withdrawal amount and a first equipment remaining amount of the financial self-service equipment and setting a demand processing mode based on the withdrawal amount and the first equipment remaining amount; the mode configuration module is further used for setting a money box quantity threshold and a money box balance threshold, and acquiring money box balances corresponding to a plurality of money storage boxes in the financial self-service equipment respectively, and the mode configuration module sets the money storage box with the money box balance being greater than the money box balance threshold as a first money storage box; the mode configuration module acquires the first banknote box number of the first banknote storage box, and sets a banknote retention value configuration mode based on the demand processing mode, the banknote box number threshold and the first banknote box number;
specifically, the mode configuration module includes: the cash dispenser comprises a first comparison module, a withdrawal mode configuration module, a non-cash-taking mode configuration module, a second comparison module, a uniform mode configuration module and a non-uniform mode configuration module; the first comparison module is used for comparing the withdrawal amount with the first equipment remaining amount; if the withdrawal amount is not larger than the remaining money amount of the first device, the first comparison module sends a first signal to the withdrawal mode configuration module; if the withdrawal amount is larger than the remaining amount of the first equipment, the first comparison module sends a second signal to the non-cash-taking mode configuration module; the withdrawal mode configuration module is used for setting the demand processing mode as a money taking mode according to the first signal; the non-banknote-taking mode configuration module is used for setting the demand processing mode to be a non-banknote-taking mode according to the second signal; the second comparison module is used for comparing the first cash box quantity with the cash box quantity threshold when the demand processing mode is the cash taking mode; if the number of the first cash boxes is not smaller than the threshold value of the number of the cash boxes, the second comparison module sends a third signal to the uniform mode configuration module; if the number of the first banknote boxes is smaller than the banknote box number threshold, the second comparison module sends a fourth signal to the non-uniform mode configuration module; the uniform mode configuration module is used for setting the money retention value configuration mode to be a uniform configuration mode according to the third signal; the non-uniform mode configuration module is used for setting the money retention value configuration mode to be a non-uniform configuration mode according to the fourth signal.
Specifically, the mode configuration module further comprises a backup module, and when the demand processing mode is the non-money-drawing mode, the backup module sends a money distribution signal corresponding to the money drawing amount to a background end of a mechanism where the financial self-service equipment is located.
In the money distribution system of the financial self-service equipment, a scheme setting module is used for acquiring the remaining amount of a first money box corresponding to the first money storage box, and setting a money retention value based on the money retention value configuration mode, the money retention base number matching table, the money retention coefficient matching table and the remaining amount of the first money box; the scheme setting module is also used for setting a correction value and setting a money distribution scheme based on the correction value and the money remaining value;
specifically, when the money retention value configuration mode is the uniform configuration mode, the scheme setting module obtains the money taking rate corresponding to the first money storage box, selects a money retention base number matched with the money taking rate in the money retention base number matching table as a first base number, and sets the first base number as the money retention value; when the money retention value configuration mode is the non-uniform configuration mode, the scheme setting module obtains the money rejection rate corresponding to the first money storage box, selects a money retention coefficient matched with the money rejection rate in the money retention coefficient matching table as a first coefficient, calculates the product of the first coefficient and the remaining amount of the first money storage box to obtain a second base number, and sets the second base number as the money retention value.
In the money distribution system of the financial self-service equipment, a money outlet module is used for configuring first money according to the money distribution scheme, carrying out money distribution detection on the first money based on the withdrawal amount, and outputting the first money based on a money distribution detection result;
specifically, the cash-out module acquires a second cash box residual amount corresponding to the first cash storage box, calculates a first difference value between the second cash box residual amount and the cash-remaining value, and compares whether the first difference value is larger than the correction value or not; if the sum of the money distribution schemes is larger than the preset value, the money dispensing module sets the money distribution scheme as follows: in the second bank notes corresponding to the first difference, configuring first bank notes corresponding to the withdrawal amount by adopting a minimum sheet number bank note distribution algorithm; the cash dispensing module counts the amount of the first cash and compares whether the amount of the first cash is matched with the withdrawal amount; if the first bank note and the second bank note are matched, the bank note discharging module generates a bank note distribution detection result that the bank note distribution is successful, and outputs the first bank note; and if the third bank note and the fourth bank note are not matched, the bank note dispensing module generates a bank note dispensing detection result that the bank note dispensing part is successful, a second difference value between the withdrawal amount and the bank note amount is calculated, and the bank note dispensing module adopts the minimum number bank note dispensing algorithm to configure the fourth bank note corresponding to the second difference value in the third bank note corresponding to the bank note remaining value.
Through the money distribution system of the financial self-service equipment described in the embodiment, the extremely high money output success rate can be achieved through the mutual matching of the modules, and the problem of the requirement of a user is solved through corresponding backup measures; the user experience is greatly improved, and the maintenance times of the financial self-service equipment are reduced.
Example 3
The present embodiments provide a computer-readable storage medium comprising:
the storage medium is used for storing computer software instructions for realizing the bank note distribution method of the financial self-service equipment in the embodiment 1, and comprises a program for executing the bank note distribution method of the financial self-service equipment; specifically, the executable program may be embedded in the banknote distribution system of the financial self-service device described in embodiment 2, so that the banknote distribution system of the financial self-service device may implement the banknote distribution method of the financial self-service device described in embodiment 1 by executing the embedded executable program.
Furthermore, the computer-readable storage medium of the present embodiments may take any combination of one or more readable storage media, where a readable storage medium includes an electronic, optical, electromagnetic, infrared, or semiconductor system, apparatus, or device, or any combination thereof.
Different from the prior art, the banknote distribution method, the banknote distribution system and the medium of the financial self-service equipment can set the reference number for each banknote box through the method, so that each banknote box can output banknotes uniformly, and a user can obtain banknotes with corresponding requirements even when the banknote rejection occurs, so that the probability of banknote output failure is reduced, effective technical support is provided for the method through the system, the user experience is finally improved, and the maintenance frequency of the financial self-service equipment is reduced.
The numbers of the embodiments disclosed in the embodiments of the present invention are merely for description, and do not represent the merits of the embodiments.
It will be understood by those skilled in the art that all or part of the steps of implementing the above embodiments may be implemented by hardware, and a program that can be implemented by the hardware and can be instructed by the program to be executed by the relevant hardware may be stored in a computer readable storage medium, where the storage medium may be a read-only memory, a magnetic or optical disk, and the like.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (7)
1. A bank note distribution method of financial self-service equipment is characterized by comprising the following steps:
initialization:
setting a banknote retention base number matching table and a banknote retention coefficient matching table;
obtaining a withdrawal amount and a first device remaining amount of financial self-service equipment, and setting a demand processing mode based on the withdrawal amount and the first device remaining amount;
setting a money box quantity threshold value and a money box balance threshold value, acquiring money box balances corresponding to a plurality of money storage boxes in the financial self-service equipment respectively, setting the money storage box of which the money box balance is greater than the money box balance threshold value as a first money storage box, acquiring the first money box quantity of the first money storage box, and setting a money retention value configuration mode based on the demand processing mode, the money box quantity threshold value and the first money box quantity;
setting a money distribution scheme:
acquiring a first money box residual amount corresponding to the first money storage box, and setting a money retention value corresponding to the first money storage box based on the money retention value configuration mode, the money retention base number matching table, the money retention coefficient matching table and the first money box residual amount;
setting a correction value, and setting a money distribution scheme based on the correction value and the money remaining value;
a banknote discharging step:
configuring a first banknote based on the banknote distribution scheme, performing banknote distribution detection on the first banknote based on the withdrawal amount, and outputting the first banknote based on a banknote distribution detection result;
the setting of the demand processing mode based on the withdrawal amount and the first device remainder amount further includes: comparing the withdrawal amount with the remaining amount of the first equipment; when the withdrawal amount is not larger than the remaining amount of the first equipment, setting the demand processing mode as a money taking mode; when the withdrawal amount is larger than the remaining amount of the first equipment, setting the demand processing mode as a non-cash-taking mode;
the step of setting a remaining banknote value configuration mode based on the demand processing mode, the banknote cassette number threshold, and the first banknote cassette number further includes: when the demand processing mode is the money taking mode, comparing the number of the first money boxes with the money box number threshold; if the number of the first money boxes is not smaller than the number threshold of the money boxes, setting the money remaining number configuration mode as a uniform configuration mode; if the number of the first banknote boxes is smaller than the threshold value of the number of the banknote boxes, setting the banknote remaining number configuration mode as a non-uniform configuration mode;
the step of setting a remaining money number corresponding to the first money storage box based on the remaining money number configuration mode, the remaining money base number matching table, the remaining money coefficient matching table, and the remaining money amount of the first money storage box further includes: when the money retention value configuration mode is the uniform configuration mode, acquiring the money taking rate corresponding to the first money storage box, selecting a money retention base number matched with the money taking rate in the money retention base number matching table as a first base number, and setting the first base number as the money retention value; when the banknote remaining value configuration mode is the non-uniform configuration mode, acquiring the banknote reject rate corresponding to the first banknote storage box, selecting a banknote remaining coefficient matched with the banknote reject rate in the banknote remaining coefficient matching table as a first coefficient, calculating the product of the first coefficient and the remaining amount of the first banknote storage box to obtain a second base number, and setting the second base number as the banknote remaining value;
the banknote remaining base number matching table is a mapping set table with a plurality of banknote remaining base numbers matched with a plurality of banknote taking rates;
the banknote retention coefficient matching table is a mapping set table with a plurality of banknote retention coefficients matched with a plurality of banknote rejection rates.
2. The method of dispensing banknotes from a financial self-service device of claim 1, wherein the step of setting a dispensing scheme based on the correction value and the withhold value further comprises:
acquiring a second money box residual amount corresponding to the first money box, calculating a first difference value between the second money box residual amount and the money remaining value, and comparing whether the first difference value is larger than the correction value or not; if the sum of the money distribution parameters is greater than the preset value, the money distribution scheme is set as follows: and configuring a first banknote corresponding to the withdrawal amount by adopting a minimum sheet number banknote distribution algorithm in second banknotes corresponding to the first difference value.
3. The method of dispensing a banknote for a financial self-service device according to claim 2, wherein the step of detecting the dispensing of the first banknote based on the withdrawal amount, and the step of outputting the first banknote based on the result of the detection of the dispensing further comprises:
counting the banknote amount of the first banknote, and comparing whether the banknote amount is matched with the withdrawal amount; if the first bank note and the second bank note are matched, generating a bank note distribution detection result as successful bank note distribution, and outputting the first bank note; and if the sum of the money distribution detection results is not matched with the sum of the money distribution detection results, generating a money distribution detection result as the success of a money distribution part, calculating a second difference value between the withdrawal amount and the banknote amount, and configuring a fourth banknote corresponding to the second difference value in a third banknote corresponding to the remaining banknote value by adopting the minimum number of banknotes distribution algorithm.
4. The bank note distribution method of the financial self-service equipment according to any one of claims 1-3, further comprising:
and when the demand processing mode is the non-cash-taking mode, sending a cash distribution signal corresponding to the amount of money to a background end of a mechanism where the financial self-service equipment is located.
5. The money distribution system of the financial self-service equipment based on the money distribution method of the financial self-service equipment as claimed in claim 4, comprising: the system comprises an initialization module, a mode configuration module, a scheme setting module and a cash dispensing module;
the initialization module is used for setting a banknote retention base number matching table and a banknote retention coefficient matching table;
the mode configuration module is used for acquiring a withdrawal amount and a first device remaining amount of the financial self-service device and setting a demand processing mode based on the withdrawal amount and the first device remaining amount; the mode configuration module is further used for setting a money box quantity threshold and a money box balance threshold, and acquiring money box balances corresponding to a plurality of money storage boxes in the financial self-service equipment respectively, and the mode configuration module sets the money storage box with the money box balance being greater than the money box balance threshold as a first money storage box; the mode configuration module acquires the first banknote box number of the first banknote storage box, and sets a banknote retention value configuration mode based on the demand processing mode, the banknote box number threshold and the first banknote box number;
the scheme setting module is used for acquiring a first money box residual amount corresponding to the first money storage box and setting a money retention value based on the money retention value configuration mode, the money retention base number matching table, the money retention coefficient matching table and the first money box residual amount; the scheme setting module is also used for setting a correction value and setting a money distribution scheme based on the correction value and the money remaining value;
the cash dispensing module is used for configuring first bills according to the cash dispensing scheme and performing cash dispensing detection on the first bills based on the withdrawal amount, and the cash dispensing module outputs the first bills based on a cash dispensing detection result.
6. The money distribution system of financial self-service equipment of claim 5, wherein the mode configuration module comprises: the cash dispenser comprises a first comparison module, a withdrawal mode configuration module, a non-cash-taking mode configuration module, a second comparison module, a uniform mode configuration module and a non-uniform mode configuration module;
the first comparison module is used for comparing the withdrawal amount with the first equipment remaining amount; if the withdrawal amount is not larger than the remaining money amount of the first device, the first comparison module sends a first signal to the withdrawal mode configuration module; if the withdrawal amount is larger than the remaining amount of the first equipment, the first comparison module sends a second signal to the non-cash-taking mode configuration module;
the withdrawal mode configuration module is used for setting the demand processing mode as a money taking mode according to the first signal;
the non-banknote-taking mode configuration module is used for setting the demand processing mode to be a non-banknote-taking mode according to the second signal;
the second comparison module is used for comparing the number of the first cash boxes with the threshold value of the number of the cash boxes when the demand processing mode is the cash taking mode; if the number of the first cash boxes is not smaller than the threshold value of the number of the cash boxes, the second comparison module sends a third signal to the uniform mode configuration module; if the number of the first banknote boxes is smaller than the banknote box number threshold, the second comparison module sends a fourth signal to the non-uniform mode configuration module;
the uniform mode configuration module is used for setting the money retention value configuration mode to be a uniform configuration mode according to the third signal;
the non-uniform mode configuration module is used for setting the money retention value configuration mode to be a non-uniform configuration mode according to the fourth signal.
7. A computer-readable storage medium, wherein a computer program is stored on the computer-readable storage medium, and when the computer program is executed by a processor, the steps of the bank note dispensing method of the financial self-service equipment are realized according to any one of claims 1-4.
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