CN114360168B - Large-amount money withdrawing method for multiple money boxes in cash withdrawing device - Google Patents
Large-amount money withdrawing method for multiple money boxes in cash withdrawing device Download PDFInfo
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- CN114360168B CN114360168B CN202111680011.5A CN202111680011A CN114360168B CN 114360168 B CN114360168 B CN 114360168B CN 202111680011 A CN202111680011 A CN 202111680011A CN 114360168 B CN114360168 B CN 114360168B
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- 238000000034 method Methods 0.000 title claims abstract description 47
- 238000004364 calculation method Methods 0.000 claims description 32
- 238000011010 flushing procedure Methods 0.000 claims description 4
- 238000011084 recovery Methods 0.000 claims description 4
- 238000004064 recycling Methods 0.000 description 5
- 238000004080 punching Methods 0.000 description 3
- 238000012795 verification Methods 0.000 description 2
- 238000007599 discharging Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
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Abstract
The invention discloses a large-amount money withdrawing method for a plurality of money boxes in a cash withdrawing device, which utilizes the original bottom-preserving money to withdraw money by adding the bottom-preserving money which does not participate in the money distributing process into the money distributing and withdrawing step, thereby fully utilizing the money in each money box, effectively improving service feeling and reducing the workload of staff.
Description
Technical Field
The invention relates to a large-amount money withdrawing method for a plurality of money boxes in a cash withdrawing device.
Background
Currently, financial self-service product-accessors (e.g., UCRs) and financial teller machines-cashiers are widely used in the self-service field of banks and in counter cash management. Generally, a plurality of banknote boxes for storing banknotes are arranged in the machines, and when withdrawal is performed, the banknote digging number of each banknote box is calculated through a banknote distribution algorithm, so that the corresponding number of banknotes are dug out from each banknote box and put into the banknote outlet position of the machine. Finally, the bill outlet is opened, and the bill is taken away by the customer.
The situation becomes more complicated when the customer withdraws a large amount of money. This is because, in general, there is a limit to the maximum number of banknotes at one time at the banknote outlet of the machine. For example, the bill outlet can only deposit 100 bills, and the customer needs to take out 5 ten thousand bills, so that even if the machine provides 100 bills to the customer, 500 bills are needed to meet the customer's demands. When the large-amount money drawing demand appears, the money distribution algorithm must execute money distribution calculation for a plurality of times, taking the previous demand of 5 ten thousand yuan as an example, the money distribution algorithm firstly executes a calculation process of 5 ten thousand yuan of money distribution from all money boxes, but because the money outlet can only take out 100 money at one time, after the money distribution calculation is executed, the money outlet is required to distribute the money outlet quantity of the money boxes according to 100 money. Then, after the banknote dispensing is completed, the banknote dispensing algorithm re-executes banknote dispensing calculation for the rest 4 ten thousand yuan of money, and the circulation is performed until the customer takes out the required banknote.
Since the banknotes in the banknote box need to be verified when being excavated, namely, the banknotes which possibly exist in the banknote box and cannot be provided for customers for other reasons are prevented from being dispensed into the hands of the customers, and the banknotes which fail verification are directly sent to the banknote recycling box instead of being sent to the banknote outlet after being excavated. So to compensate for the number of banknotes that failed the verification to complete the banknote dispensing, the banknote cassettes are generally provided with partial deposit banknotes which are not involved in the banknote dispensing calculation.
However, in actual use, after the bank staff discovers that the empty banknote box is empty and alarms, when the banknote box is replenished with banknotes, the banknotes which can be completely discharged are not discharged in the banknote box, and although the banknotes are needed for bottom protection, the banknotes are actually replenished when the banknote box is not empty, so that the workload of the bank staff is greatly increased. Particularly, when a customer takes out a large amount of money, the money distribution operation is more complicated, the situation that the hollowing alarm appears when part of the money is not taken out in the money box is also improved, the workload of bank staff is increased flatly, and the customer can not successfully take out the required amount of money due to the hollowing alarm of the money box, so that the service quality feeling is reduced.
Disclosure of Invention
The invention provides a large-amount money withdrawing method for a plurality of money boxes in a cash withdrawing device capable of not only meeting the demands of customers and reducing the workload of bank staff, but also keeping the money boxes continuously provided with the bottom-keeping money.
In order to achieve the technical purpose, the technical scheme of the invention is that,
a method for large-scale withdrawal of a plurality of banknote cassettes in a cash withdrawal device, comprising the steps of:
step 1, initializing a value of N representing the current banknote outlet times to be 1, setting a value of a flag for identifying whether the banknote under protection participates in banknote distribution to be 0, and entering step 2;
the banknote with the bottom is used for spare banknote in each banknote box, the value range of the flag is 0 or 1, namely, the banknote with the bottom does not participate in banknote matching when the value of the flag is 0, and the banknote with the bottom participates in banknote matching when the value of the flag is 1;
step 2, banknote distribution calculation is carried out according to the value of the flag, and step 3 is carried out;
step 3, if the banknote distribution calculation is successful, entering step 4; if the banknote distribution calculation fails, the step 7 is carried out;
step 4, calculating the cash out number of each cash box according to the cash dispensing calculation result in step 3 and the maximum cash withdrawal number of the cash dispenser in a single withdrawal;
step 5, digging each banknote box according to the result of the step 4, if the banknote digging is successful, entering the step 6, otherwise, entering the step 8;
step 6, after the money is taken, calculating the left unremoved money after subtracting the money taken amount of the current time N from the total money taken amount, and if the unremoved money is 0, completing the whole money withdrawing process; if the non-taken amount is not 0, adding 1 to the value of N, and returning to the step 2;
step 7, if the value of the flag is 0, changing the value of the flag into 1, and returning to the step 2; if the value of the flag is 1, directly entering step 12;
step 8, if the failure cause is caused by the fact that a certain banknote box is hollowed out, entering step 9; otherwise, entering step 11;
step 9, according to the non-taken amount, the banknote is re-dispensed based on the condition that the banknote with the bottom is not involved in the banknote dispensing, if the banknote dispensing result is successfully obtained, the banknote is continuously dug from the banknote box until the maximum number of the single withdrawal of the cash dispenser is reached, and then the step 5 is carried out; if the banknote distribution result cannot be obtained, the step 10 is entered;
step 10, changing the value of flag into 1, and then carrying out banknote distribution again under the condition that the bottom banknote participates in banknote distribution; if the banknote matching is successful, continuing to dig banknotes from the banknote box until the maximum number of banknotes withdrawn by the cash dispenser once, and then entering the step 5; if the banknote dispensing fails, otherwise, the banknote which has been excavated from the banknote box is recovered to the banknote recovery box, and the step 12 is entered.
And 11, recycling the notes which have been excavated from the note box to the note recycling box, and returning to the step 2.
And step 12, the withdrawal is failed, and the whole withdrawal process is ended.
The method further comprises the step of carrying out deduction transaction with a bank host before executing the step 1; and if the step 2 fails in banknote dispensing, the positive flushing treatment is carried out and the banknote dispensing is finished.
In the method, in step 2, the banknote distribution calculation is performed according to the value of the flag, if the flag is 0, the banknote distribution calculation is performed under the condition that the bottom banknote does not participate in the banknote distribution calculation, and if the flag is 1, the banknote distribution calculation is performed under the condition that the bottom banknote participates in the banknote distribution calculation.
In the method, in step 6, the method further comprises the step of waiting for banknote taking, namely the banknote outlet waits for a preset time after banknote taking, if the banknotes in the banknote outlet are not taken out within the preset time, the banknotes which are not taken out are recovered, and the whole withdrawal process is finished.
In the method, in step 12, the method further includes a step of performing a positive flushing process according to the value of N, if N is 1, the positive flushing process is initiated, and if N is not 1, the withdrawal is failed, and the whole withdrawal process is ended.
The invention has the technical effects that the original banknote with the bottom not participating in the banknote matching process is added into the banknote matching and withdrawing step, so that the original banknote with the bottom is utilized for banknote discharging, the banknotes in each banknote box can be fully utilized, the service feeling is effectively improved, and the workload of staff is reduced.
Drawings
FIG. 1 is a schematic flow chart of the present invention.
Detailed Description
Referring to fig. 1, the method for large-amount withdrawal of a plurality of banknote boxes in a cash withdrawal device provided in this embodiment includes the following steps:
step 1, initializing a value of N representing the current banknote outlet number of banknote outlet to be 1, setting a value of a flag for identifying whether the banknote under protection participates in banknote distribution to be 0, and entering step 2.
The banknote with the bottom is used for spare banknote in each banknote box, the value range of the flag is 0 or 1, namely, the banknote with the bottom does not participate in banknote distribution when the value of the flag is 0, and the banknote with the bottom participates in banknote distribution when the value of the flag is 1.
And 2, performing banknote distribution calculation according to the value of the flag, and entering step 3. The banknote distribution calculation is performed according to the value of the flag, namely when the flag is 0, the banknote distribution calculation is performed under the condition that the underlying banknote does not participate in the banknote distribution calculation, and when the flag is 1, the banknote distribution calculation is performed under the condition that the underlying banknote participates in the banknote distribution calculation.
And step 3, if the banknote distribution calculation is successful, entering step 4. If the banknote distribution calculation fails, the step 7 is entered.
And step 4, calculating the cash out number of each cash box according to the cash dispensing calculation result in the step 3 and the maximum cash withdrawal number of the cash dispenser in a single withdrawal.
And 5, digging banknote for each banknote box according to the result of the step 4, if banknote digging is successful, entering the step 6, otherwise, entering the step 8.
And 6, after the banknote taking is completed, calculating the remaining non-taken amount of the total banknote taking amount after subtracting the banknote taking amount of the current time N, and if the non-taken amount is 0, completing the whole banknote withdrawing process. If the unremoved amount is not 0, the value of N is added with 1, and the step 2 is returned. Meanwhile, the method also comprises the step of waiting for banknote taking, namely the banknote outlet waits for preset time after banknote taking, and if the banknotes in the banknote outlet are not taken out within the preset time, the banknotes which are not taken out are recovered, and the whole banknote taking process is finished. Since it is not possible to wait permanently for the customer to take the banknote, it is possible that the customer has encountered some special situation when the banknote is not taken for a predetermined time, at which point the machine will prompt the customer to contact the customer service for processing and notify the bank staff to take the process.
And 7, changing the value of the flag into 1 if the value of the flag is 0, and returning to the step 2. If the value of flag is 1, step 12 is entered directly.
Step 8, if the failure is caused by hollowing out a certain banknote box, the step 9 is entered. Otherwise, step 11 is entered.
And 9, according to the non-taken amount, carrying out banknote dispensing again based on the condition that the banknote with the bottom is not involved in banknote dispensing, if the banknote dispensing result is successfully obtained, continuing to scoop banknotes from the banknote box until the maximum number of banknotes withdrawn by the cash dispenser in a single time, and then entering the step 5. If the banknote dispensing result cannot be obtained, the process proceeds to step 10.
And 10, changing the value of the flag into 1, and carrying out banknote distribution again under the condition that the bottom banknotes participate in banknote distribution. If the banknote matching is successful, the banknote is continuously dug from the banknote box until the maximum number of banknotes is withdrawn by the cash dispenser once, and then the step 5 is carried out. If the banknote dispensing fails, otherwise, the banknote which has been excavated from the banknote box is recovered to the banknote recovery box, and the step 12 is entered.
And 11, recycling the notes which have been excavated from the note box to the note recycling box, and returning to the step 2.
And step 12, the withdrawal is failed, and the whole withdrawal process is ended. And the method also comprises the step of carrying out the punching process according to the value of N, and if N is 1, the customer is not taking any banknote at the moment, and the punching process is initiated. If N is not 1, the withdrawal is failed, and because the customer should have taken part of the banknotes, the process of punching positive cannot be directly performed, and the whole withdrawal process can only be ended. At this time, the machine prompts the customer to contact the customer service for processing and notifies the bank staff to pick up the processing.
In this embodiment, before executing step 1, the method actually further includes a step of performing a deduction transaction with the bank host, that is, performing a deduction process of the customer account to the bank host. If the banknote dispensing process fails at the beginning, the customer does not take any banknote, and the banknote dispensing process can be directly carried out and the banknote dispensing process is finished.
Claims (5)
1. A method for large-scale withdrawal of a plurality of banknote cassettes in a cash withdrawal device, comprising the steps of:
step 1, initializing a value of N representing the current banknote outlet times to be 1, setting a value of a flag for identifying whether the banknote under protection participates in banknote distribution to be 0, and entering step 2;
the banknote with the bottom is used for spare banknote in each banknote box, the value range of the flag is 0 or 1, namely, the banknote with the bottom does not participate in banknote matching when the value of the flag is 0, and the banknote with the bottom participates in banknote matching when the value of the flag is 1;
step 2, banknote distribution calculation is carried out according to the value of the flag, and step 3 is carried out;
step 3, if the banknote distribution calculation is successful, entering step 4; if the banknote distribution calculation fails, the step 7 is carried out;
step 4, calculating the cash out number of each cash box according to the cash dispensing calculation result in step 3 and the maximum cash withdrawal number of the cash dispenser in a single withdrawal;
step 5, digging each banknote box according to the result of the step 4, if the banknote digging is successful, entering the step 6, otherwise, entering the step 8;
step 6, after the money is taken, calculating the left unremoved money after subtracting the money taken amount of the current time N from the total money taken amount, and if the unremoved money is 0, completing the whole money withdrawing process; if the non-taken amount is not 0, adding 1 to the value of N, and returning to the step 2;
step 7, if the value of the flag is 0, changing the value of the flag into 1, and returning to the step 2; if the value of the flag is 1, directly entering step 12;
step 8, if the failure cause is caused by the fact that a certain banknote box is hollowed out, entering step 9; otherwise, entering step 11;
step 9, according to the non-taken amount, the banknote is re-dispensed based on the condition that the banknote with the bottom is not involved in the banknote dispensing, if the banknote dispensing result is successfully obtained, the banknote is continuously dug from the banknote box until the maximum number of the single withdrawal of the cash dispenser is reached, and then the step 5 is carried out; if the banknote distribution result cannot be obtained, the step 10 is entered;
step 10, changing the value of flag into 1, and then carrying out banknote distribution again under the condition that the bottom banknote participates in banknote distribution; if the banknote matching is successful, continuing to dig banknotes from the banknote box until the maximum number of banknotes withdrawn by the cash dispenser once, and then entering the step 5; if the banknote distribution fails, otherwise, recovering the banknote which is excavated from the banknote box to a banknote recovery box, and entering a step 12;
step 11, recovering the banknote which has been excavated from the banknote box to a banknote recovery box, and returning to the step 2;
and step 12, the withdrawal is failed, and the whole withdrawal process is ended.
2. The method of claim 1, further comprising the step of conducting a deduction transaction with a bank host prior to performing step 1; and if the step 2 fails in banknote dispensing, the positive flushing treatment is carried out and the banknote dispensing is finished.
3. The method according to claim 1, wherein in step 2, the banknote dispensing calculation is performed according to the value of flag, when flag is 0, the banknote dispensing calculation is performed without participation in the banknote dispensing calculation of the under-protection banknote, and when flag is 1, the banknote dispensing calculation is performed with participation in the banknote dispensing calculation of the under-protection banknote.
4. The method of claim 1, further comprising the step of waiting for the withdrawal of the banknote, wherein the banknote outlet waits for a predetermined time after the withdrawal of the banknote, and if the banknote in the banknote outlet is not withdrawn within the predetermined time, the banknote not withdrawn is recovered, and the whole withdrawal process is ended.
5. The method of claim 2, further comprising the step of performing a positive punch according to the value of N, wherein if N is 1, the positive punch is initiated, and if N is not 1, the withdrawal is failed, and the entire withdrawal process is ended in step 12.
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