WO2019019966A1

WO2019019966A1 - Data processing device, system and method

Info

Publication number: WO2019019966A1
Application number: PCT/CN2018/096630
Authority: WO
Inventors: 李钢; 仪洪彪; 李德逸; 曹孔强
Original assignee: 威海新北洋荣鑫科技股份有限公司; 山东新北洋信息技术股份有限公司
Priority date: 2017-07-26
Filing date: 2018-07-23
Publication date: 2019-01-31
Also published as: CN109308770A; CN109308770B

Abstract

A data processing device (11, 12), system and method. The device comprises: a data receiving module (113) being configured to receive a serial number file and service information (S10, S20); a data processing module (111) being configured to perform association processing on the serial number file and the service information to generate a serial number file name (S12, S22); a bandwidth allocation module (112) being configured to allocate a first bandwidth for a first data transmission channel and allocate a second bandwidth for a second data transmission channel; the data sending module (114) being configured to transmit the serial number file name to a management server (41) via the first data transmission channel at the first bandwidth, and transmit the serial number file name to the management server (41) via the second data transmission channel at the second bandwidth (S14), wherein the first bandwidth is used for transmitting the serial number file name in real time.

Description

Data processing device, system and method

The present application claims the priority of the Chinese Patent Application, filed on Jan. 26,,,,,,,,,,,,,,,,,,,,,,,

Technical field

The present disclosure relates to the field of computer application technology in a financial system, for example, to a data processing apparatus, system, and method.

Background technique

In order to monitor the circulation of banknotes, track counterfeit currency, and reduce disputes over deposits and withdrawals, in recent years, the central bank has required banks to record every cash transaction such as counter cash transactions, automatic teller machine (ATM) cash transactions, and banknote clearing. The banknote crown number information of the pen business is uploaded to the management server in time, and the management server saves the crown number file, and records the crown file name in the crown file list for subsequent business inquiry.

When the bank performs the cash business such as the ATM banknote dispensing business and the banknote circulation business, it must be able to query the crown number information of the banknotes involved in the business in real time in the list of the management server's crown file to monitor and monitor the business. Trace back. However, each crown file includes a number of dozens or even 1000 banknotes in a cash business, and the crown number of each banknote includes at least 10 characters and at least 10 characters. Therefore, the crown number The amount of file data is huge. Limited by the network bandwidth, if the crown file is transmitted in real time, the load on the bank network is greatly increased, resulting in network congestion, which not only reduces the efficiency of the bank, but also hinders the normal operation of the banking business when the situation is serious. If the font size file is not transmitted in real time, the file name of the crown file cannot be recorded in the list of the crown file of the management server in time, so that the crown file of the banknote of the business cannot be queried in the future, which hinders the subsequent business.

In view of the fact that the real-time transmission of the crown number information in the related art reduces the work efficiency of the financial institution, and does not affect the cash service business in real time, an effective solution has not been proposed.

Summary of the invention

The embodiments of the present disclosure provide a data processing apparatus, system, and method, which can solve the problem that the real-time transmission of the crown number information in the related art reduces the working efficiency of the financial institution, and does not affect the cash service to continue in real time.

In an embodiment, an embodiment of the present disclosure provides a data processing apparatus, including: a data receiving module, a data processing module, a bandwidth allocation module, and a data sending module;

The data receiving module is configured to receive a font size file and service information;

The data processing module is configured to perform association processing on the crown number file and the service information to generate a crown file name;

The bandwidth allocation module is configured to allocate a first bandwidth for the first data transmission channel and a second bandwidth for the second data transmission channel;

The data sending module is configured to transmit, by using the first bandwidth, the crown file name to the management server by using the first data transmission channel, and the second bandwidth is used to pass the second data transmission channel to the The management server transmits the crown number file; wherein the first bandwidth is used to transmit the crown file name in real time.

In an embodiment, an embodiment of the present disclosure provides a possible implementation manner, wherein: the bandwidth allocation module is set to one of the following:

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored cash traffic and bandwidth correspondence table and current cash traffic;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic and bandwidth correspondence table and current cash traffic;

Assigning the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume;

And assigning the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume.

In an embodiment, an embodiment of the present disclosure provides a possible implementation manner, where: the crown file includes: crown number information and auxiliary information;

The data processing module is set to:

Extracting auxiliary information in the crown file;

Combining the service information with the auxiliary information to generate a name string, and using the name string as the crown file name.

In an embodiment, an embodiment of the present disclosure provides a possible implementation manner, wherein the data processing module is further configured to: rename the crown font file by using the font size file name.

The embodiment of the present disclosure further provides a data processing system, including: a management server, and a plurality of data processing subsystems;

Each of the data processing subsystems includes: a data processing device and at least one cash processing terminal;

a first data transmission channel and a second data transmission channel are disposed between the data processing device and the management server included in each of the data processing subsystems;

The at least one cash processing terminal is configured to process a cash service and generate a crown file and service information; and transmit the crown file and the service information to the data processing device;

The data processing apparatus is configured to receive the crown number file and the service information transmitted by the at least one cash processing terminal; perform association processing on the crown size file and the service information, to generate a crown file name; Allocating a first bandwidth for the first data transmission channel, a second bandwidth for the second data transmission channel, and transmitting the crown number to the management server by using the first data transmission channel by the first bandwidth Transmitting, by the second bandwidth, the crown number file to the management server by using the second data transmission channel; wherein the first bandwidth is used for real-time transmission of a crown file name;

The management server is configured to receive the crown file name through the first data transmission channel, and receive the crown file through the second data transmission channel.

In an embodiment, an embodiment of the present disclosure provides a possible implementation manner, wherein: the data processing device is set to one of the following:

Allocating the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and the correspondence relationship table and the current cash traffic volume;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and the correspondence relationship table and the current cash traffic volume;

In an embodiment, an embodiment of the present disclosure provides a possible implementation manner, wherein: the cash processing terminal comprises: at least one of an automatic teller machine, an over-the-counter terminal, and a banknote sorting machine;

When the cash processing terminal is an over-the-counter terminal, the counter transaction terminal is further connected with a bill discriminating device;

The banknote discriminating device is configured to transmit a crown number file of the banknote involved in the cash business to the counter transaction terminal;

The over-the-counter terminal is configured to receive the crown number file transmitted by the bill discriminating device, process a cash service and generate the service information, and transmit the crown number file and the service information to the data processing Device.

The data processing device is configured to:

Extracting auxiliary information in the crown file;

In an embodiment, an embodiment of the present disclosure provides a possible implementation manner, wherein: the data processing apparatus is further configured to:

The crown file is renamed using the crown file name.

In an embodiment, an embodiment of the present disclosure further provides a data processing method, including:

Receiving, by the data processing device, the crown number file and the service information transmitted by the at least one cash processing terminal;

Performing association processing on the crown file and the service information to generate a crown file name;

Allocating a first bandwidth for the first data transmission channel and a second bandwidth for the second data transmission channel;

Transmitting, by the first data transmission channel, the crown file name to the management server by using the first bandwidth, and transmitting the crown to the management server by using the second data transmission channel by using the second data transmission channel a font size file; wherein the first bandwidth is used to transmit the font size file name in real time.

In an embodiment, the first data transmission channel is allocated a first bandwidth, including one of the following:

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and current cash traffic volume;

The allocating a second bandwidth for the second data transmission channel includes one of the following:

And assigning the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume.

In an embodiment, the crown file includes: crown number information and auxiliary information;

Performing association processing on the crown file and the service information to generate a crown file name, including:

Extracting auxiliary information in the crown file;

In an embodiment, after the service information is combined with the auxiliary information to generate a name string, and the name string is used as the crown file name, the method further includes:

The crown file is renamed using the crown file name.

In an embodiment, the service information includes: including a service type and service data;

Determining the service data according to the service type; wherein the service type is a type of banknote business; the business data includes at least a total number of banknotes and a total amount of banknotes.

In an embodiment, an embodiment of the present disclosure further provides a computer readable storage medium having stored thereon a computer program, the program being implemented by a processor to implement the data processing method described above.

The data processing apparatus, system and method provided by the present disclosure associate the auxiliary information of the crown file with the service information, and transmit the file name of the crown file generated in association with the set first bandwidth in real time, thereby ensuring the crown file. The real-time transmission of the name and the record of the crown file in the server in time according to the name of the file name, so as to facilitate the subsequent inquiry of the banknote number information; transmit the crown file with the set second bandwidth, and according to the workload of the cash business Size, adjust the size of the first broadband or the second bandwidth, so as to ensure the rapid transmission of the crown file without affecting the efficiency of the financial institution.

DRAWINGS

FIG. 1 is a schematic diagram showing the composition of a data processing system according to an embodiment of the present disclosure;

2 is a schematic diagram of a data transmission channel provided by an embodiment of the present disclosure;

FIG. 3 is a schematic structural diagram of a data processing apparatus according to an embodiment of the present disclosure;

FIG. 4 is a flowchart of a data processing method according to an embodiment of the present disclosure;

FIG. 5 is a flow chart showing another data processing method provided by an embodiment of the present disclosure.

Detailed ways

The embodiments described in the present disclosure are only a part of the embodiments of the present disclosure, and not all of the embodiments. In an embodiment, when the bank performs the cash service such as the ATM and the banknote transfer service, in order to be able to query the crown number information of the banknote involved in the business in real time in the list of the crown file of the management server, the business execution end must The crown number information of the banknotes involved in the business is uploaded to the management server in real time to monitor and trace the business in real time. However, the amount of data in the crown file is huge. Limited by the network bandwidth, if the crown file is transmitted in real time, the load on the bank network is greatly increased, resulting in network congestion, which not only reduces the efficiency of the bank, but also hinders the normal operation of the banking business when the situation is serious. If the font size file is not transmitted in real time, the file name of the crown file cannot be recorded in the list of the crown file of the management server in time, so that the crown file of the banknote of the business cannot be queried in the future, which hinders the subsequent business. Based on this, the present disclosure provides a data processing apparatus, system, and method for real-time transmission of a crown file name and timely establishing a record of a crown file in a server according to a crown file name.

In order to facilitate the understanding of the present embodiment, a data processing apparatus disclosed in the embodiment of the present disclosure is first described in detail, and the data processing apparatus is disposed at a branch of a bank.

In the description of the present disclosure, the orientations or positions of the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inside", "outside", etc. are indicated. The relationship is based on the orientation or positional relationship shown in the drawings, and is merely for the convenience of the description of the disclosure and the simplification of the description, and does not indicate or imply that the device or component referred to has a specific orientation, is constructed and operated in a specific orientation, and thus It is not to be understood as limiting the disclosure. Moreover, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In addition, in the description of the present disclosure, the terms "installation", "connected", and "connected" are to be understood broadly, and may be, for example, a fixed connection or a detachable connection, or Connected integrally; can be mechanical or electrical; can be directly connected or indirectly connected through an intermediate medium, which can be the internal communication between the two components. The specific meanings of the above terms in the present disclosure can be understood in the specific circumstances by those skilled in the art.

1 is a schematic diagram of a composition of a data processing system according to an embodiment of the present disclosure. As shown in FIG. 1, the data processing system includes a management server 41 and a plurality of data processing subsystems. In an embodiment, the management server 41 is disposed at a bank's head office, and the plurality of data processing subsystems may be a plurality of branch data processing subsystems respectively disposed at different branches of the bank. The plurality of data processing subsystems includes a first data processing subsystem 10 and a second data processing subsystem 20. For example, the plurality of branch data processing subsystems include a first branch data processing subsystem disposed in the first branch and a second branch data processing subsystem disposed in the second branch.

Each data processing subsystem includes: a data processing device and at least one cash processing terminal. A first data transmission channel and a second data transmission channel are disposed between the data processing device and the management server included in each of the data processing subsystems. At least one cash processing terminal configured to process cash transactions and generate a crown file and business information; and transmit the crown file and business information to the data processing device. The data processing apparatus transmits the information related to the crown number to the management server 41 through the first data transmission channel and the second data transmission channel.

In an embodiment, the data processing apparatus is configured to receive the crown file and the service information transmitted by the at least one cash processing terminal; associate the crown file with the service information to generate a crown file name; and be the first data transmission channel. Allocating a first bandwidth, assigning a second bandwidth to the second data transmission channel; transmitting a crown file name to the management server 41 through the first data transmission channel in the first bandwidth, and transmitting the second bandwidth to the management server 41 through the second data transmission channel Send a crown file. The first bandwidth is used to transmit the font file name to the management server 41 in real time.

The management server is configured to receive the font file name through the first data transmission channel and receive the font file through the second data transmission channel.

In this embodiment, the data processing device may be a bank data processing device, the data processing subsystem may be a branch data processing subsystem, and the cash processing terminal may be disposed at a branch of a bank.

The crown file includes banknote crown number information and auxiliary information, wherein the banknote crown number information includes a crown number of each banknote of a cash business, a banknote denomination of each banknote, and a crown number picture of each banknote. Auxiliary information includes currency identification, business date and time, organization number, implement type, and implement number. Optionally, the format of the crown file is FSN format. Business information includes business type and business data. The business type is the type of cash business, such as counter deposit business, counter withdrawal business, and ATM money distribution business. For example, the service type can be represented by the phonetic abbreviation of the Chinese name of the cash service. For example, the business type of the counter deposit business is CK, the service type of the counter withdrawal service is QK, and the service type of the ATM money distribution service is ATM; The total number of sheets and the total amount of banknotes may be determined according to the type of business. For example, the business data of the deposit business or the withdrawal business includes the account number, the document number, the serial number, the total number of banknotes, the total amount of the banknotes, the transaction amount, and The operator's number, etc., the business data of the ATM banknote dispensing business includes the ATM number, the banknote number, the operator, the first crown number, the total number of banknotes, and the total amount of banknotes.

The crown file name is the data generated after the crown file and the business information are processed. When the data processing device associates the font size file with the service information, generally, the service information and the auxiliary information are combined to generate a name string, and the name string is used as the crown file name. In order to establish a connection between the font size file and the crown file name, the data processing device may also rename the crown file using the font file name. In this way, when the crown number of the banknote involved in a certain crown file is inquired, the name of the crown file is known, and the query can be performed from the list of crown files saved by the management server.

In this embodiment, the data processing device can be a bank data processing device.

At least one cash processing terminal is coupled to the data processing device via a local area network. In one embodiment, at least one cash processing terminal is coupled to the bank data processing device of the branch in which it is located via a local area network. The cash processing terminal may be an automatic teller machine, an over-the-counter terminal or a banknote sorting machine. When the cash processing terminal is an over-the-counter terminal, the counter transaction terminal is further connected to the banknote discriminating device, and the banknote discriminating device is arranged to transmit the crown number file of the banknote involved in the cash business to the counter transaction terminal.

The composition of the data processing subsystem is described below by taking the first data processing subsystem 10 and the second data processing subsystem 20 as an example. The first data processing subsystem 10 includes a data processing device 11, a cash processing terminal 12, and a cash processing terminal 13, wherein the cash processing terminal 12 and the cash processing terminal 13 are connected to the data processing device 11 via a local area network; the second data processing subsystem 20 The data processing device 21, the cash processing terminal 22, and the cash processing terminal 23 are included, wherein the cash processing terminal 22 and the cash processing terminal 23 are connected to the data processing device 21 via a local area network.

In this embodiment, the first data processing subsystem 10 may be a first branch data processing subsystem, the second data processing subsystem 10 may be a second branch data processing subsystem, and the data processing device 11 may be a bank data processing device. The data processing device 21 can be a bank data processing device.

The management server 41 is configured to receive the crown file and the crown file name sent by each data processing device, such as the crown file and the crown file name sent by the receiving data processing device 11, and the received data processing device 21 Title file and crown file name. The management server 41 is also arranged to record the crown file name in the list of crown files.

In this embodiment, the data processing device 11 may be a first data processing device, i.e., a bank data processing device disposed in the first branch. The data processing device 21 can be a second data processing device, i.e., a bank data processing device disposed in the second branch.

2 is a schematic diagram of a data transmission channel provided by an embodiment of the present disclosure. As shown, two data transmission channels are included between the data processing device 11 and the management server 41, which are respectively a first data transmission channel 51 and The second data transmission channel 52 is configured to transmit a crown file name, and the second data transmission channel 52 is configured to transmit a font file. FIG. 3 is a schematic diagram of a composition of a data processing apparatus according to an embodiment of the present disclosure. As shown, the data processing apparatus 11 includes a data processing module 111, a bandwidth allocation module 112, a data receiving module 113, and a data sending module 114. The data receiving module 113 is configured to receive the font size file and the service information; the data processing module 111 performs association processing on the received crown font file and the received service information to generate a crown file name; the bandwidth allocation module 112 is configured to each The data transmission channel allocates a bandwidth, wherein the bandwidth allocation module 112 allocates a first bandwidth for the first data transmission channel 51 and a second bandwidth for the second output transmission channel 52. The principle of the bandwidth allocation is that the first data transmission channel 51 can guarantee the crown. The real-time transmission of the font size file name, such as the transmission of the font size file name, is delayed by no more than 1 second. The data sending module 114 is configured to transmit the crown file name to the management server through the first data transmission channel 51 in the first bandwidth, and transmit the font file to the management server through the second data transmission channel 52 in the second bandwidth.

In an embodiment, the bandwidth allocation module 112 is set to one of the following when allocating bandwidth for the first data transmission channel and the second data transmission channel:

And assigning a second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time.

And assigning a first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time.

And assigning a second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time.

And assigning a first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time.

The second data transmission channel is allocated a second bandwidth according to the pre-stored cash traffic volume and correspondence table and the current cash traffic volume.

The first data transmission channel is allocated a first bandwidth according to the pre-stored cash traffic volume and correspondence table and the current cash traffic volume.

FIG. 4 is a flowchart of a data processing method according to an embodiment of the present disclosure. Referring to FIG. 1 to FIG. 3, a specific processing flow of the method is illustrated.

S10. Receive a crown file and service information transmitted by the cash processing terminal.

The data receiving module 113 of the data processing device 11 receives the crown file and the service information sent by the cash processing terminal connected thereto, for example, the data receiving module 113 of the data processing device 11 receives the crown file and the service information sent by the cash processing terminal 12, Alternatively, the data receiving module 113 of the data processing device 11 receives the crown number file and the service information transmitted by the cash processing terminal 13.

In this embodiment, data processing device 11 may be a bank data processing device.

S12: Associate the crown file and the service information to generate a crown file name.

The data processing module 111 of the data processing device 11 processes each received font size file to extract auxiliary information in the font size file, and the auxiliary information includes a currency identifier, a date and time, an organization number, an implement type, and an implement number; Information includes business type and business data. The auxiliary information and the business information are associated to generate a crown file name.

The method for the association processing of the service information and the auxiliary information of the crown file by the data processing module 111 includes: combining the service information with the auxiliary information of the crown file to generate a name string, and using the name string as the file name of the crown file name . For example, the service type of the service information is TT, the service data TD of the service information, and the auxiliary information of the crown file is KI, and the crown file name is the string KI-TT-TD, where KI includes the currency identifier, date and time. For example, the organization number, the machine type, and the machine number. For example, if the business type is ATM, the TT is ATM, the TD is the ATM number, the cash box number, the operator, the first crown number, the total number of banknotes, and the banknotes. Total amount, crown file name: currency identification - agreement version number - date time - organization number - equipment type - implement number - ATM-ATM number - cash box number - operator - first crown size - total number of sheets -total amount.

In an embodiment, the crown file is renamed by the file name of the crown, for example, the file name is KI-TT-TD, and the file name of the file is XXXX.FSN, and XXX is replaced by KI-TT-TD. The file name of the renamed font file is named KI-TT-TD.FSN.

The data processing module 111 of the data processing device 11 associates the received crown number file with the service information corresponding thereto, and generates a crown file name of the crown number file. Compared with the data volume of the font size file, the data size of the crown file name is about one thousandth of the font size file.

S14. Transmit the font file name through the first data transmission channel with the first bandwidth, and transmit the font file through the second data transmission channel with the second bandwidth.

The data transmitting module 114 of the data processing device 11 transmits the crown file name to the management server 41 through the first bandwidth through the first data transmission channel 51, and transmits the crown file to the management server 41 through the second data transmission channel 52 with the second bandwidth.

The method for transmitting a crown number data provided by the present disclosure, the data processing apparatus processes the auxiliary information and the service information of the crown number file to generate a crown file name, and transmits the crown file name in the first bandwidth, and transmits the crown number in the second bandwidth. The file, the crown file name and the crown file are transmitted in their respective transmission channels, ensuring the real-time transmission of the file name of the crown, so that it can be recorded in the list of the file number of the management server in time to meet the timely query of the crown number information.

FIG. 5 is a flowchart of another data processing method according to an embodiment of the present disclosure. Referring to FIG. 1 to FIG. 3, a specific processing flow of the method is illustrated.

S20. Receive a crown file and service information transmitted by the cash processing terminal.

S22: Associate the crown file and the service information to generate a crown file name.

S24. Acquire a first bandwidth or a second bandwidth according to a time period or a current cash traffic, transmit a crown file name in a first bandwidth, and transmit a crown file in a second bandwidth.

In an embodiment, the method for acquiring the first bandwidth or the second bandwidth includes:

1. Adjusting the second bandwidth according to the time period, the principle of adjustment is that the second bandwidth in the time period is inversely proportional to the empirical value of the cash traffic volume in the time period, that is, the greater the empirical value of the cash traffic volume in the time period, The smaller the second bandwidth, the smaller the empirical value of the cash traffic in the time period, the larger the second bandwidth.

The bandwidth allocation module 112 of the data processing device 11 can acquire the second bandwidth by any of the following methods.

The first method: according to the current time, from the preset time period and the bandwidth correspondence table lookup table.

The bandwidth allocation module 112 of the data processing device 11 obtains, according to the time period, the bandwidth corresponding to the time period in the time period and the bandwidth correspondence table shown in Table 1, the bandwidth is the second bandwidth. If the time is 10:30, it belongs to the time period (10-11). As shown in the third column of Table 1, the bandwidth corresponding to the time period (10-11) is (1.0M) (unit: bit/second). , corresponding to time 10:30, the second bandwidth is 1.0M.

Table 1 time period and bandwidth correspondence table

时间段period	9-109-10	10-1110-11	11-1211-12	12-1312-13	12-1412-14	14-1514-15	15-1615-16	16-1716-17
带宽bandwidth	1.1M1.1M	1.0M1.0M	1.1M1.1M	1.3M1.3M	1.1M1.1M	1.0M1.0M	1.1M1.1M	1.2M1.2M

The second method is: calculating, according to the current time, the adjustment ratio obtained from the preset time period and the bandwidth adjustment ratio table.

As shown in Table 2, in the row of the time period, the time period is divided into three levels, namely the busy time period: 8-12 (ie 8:00 to 12:00) and 13-17 (ie, 13:00 to 17:00). Compare idle time periods: 6-8 (ie 6 to 8), 12-13 (ie 12 to 13) and 17-19 (ie 17 to 19), and idle time 0-6 (ie 0 to 6) and 19-24 (19 to 24), corresponding to different time periods, the bandwidth adjustment ratio is: the bandwidth adjustment ratio of the busy time period is 0%, that is, the bandwidth is constant; The bandwidth adjustment ratio of the time period is +20%, that is, the bandwidth is increased by 20%; the bandwidth adjustment ratio of the idle time period is +50%, that is, the bandwidth is increased by 50%.

The bandwidth allocation module 112 of the data processing device 11 obtains the bandwidth adjustment ratio corresponding to the time period according to the time period, in hours, in the time period shown in Table 2 and the bandwidth correspondence table, according to the bandwidth adjustment ratio. Calculate the adjusted bandwidth, that is, the second bandwidth. If the time is 5:30, it belongs to the time period (6-8). As shown in the third column of Table 2, the bandwidth adjustment ratio corresponding to the time period (6-8) If it is +20%, it corresponds to 5:30, and the adjustment ratio of the second bandwidth is +20%, that is, the second bandwidth is increased by 20% based on the preset bandwidth. In this embodiment, data processing device 11 may be a bank data processing device.

Table 2 time period and bandwidth adjustment ratio correspondence table

时间段period	0-60-6	6-86-8	8-128-12	12-1312-13	13-1713-17	17-1917-19	19-2419-24
带宽调整比Bandwidth adjustment ratio	+50％+50%	+20％+20%	0％0%	+20％+20%	0％0%	+20％+20%	+50％+50%

2. Adjusting the first bandwidth according to the time period, the principle of adjustment is that the first bandwidth in the time period is proportional to the empirical value of the cash traffic volume in the time period, that is, the greater the empirical value of the cash traffic volume in the time period, Then, the larger the first bandwidth is, the smaller the empirical value of the cash traffic in the time period is, the smaller the first bandwidth is.

The bandwidth allocation module 112 of the data processing device 11 can obtain the first bandwidth by using any of the following methods.

The bandwidth allocation module 112 of the data processing device 11 obtains the bandwidth corresponding to the time period in the time zone and the bandwidth correspondence table according to the time period in the time zone shown in Table 3. The bandwidth is the second bandwidth. If the time is 10:30, it belongs to the time period (10-11). As shown in the third column of Table 3, the bandwidth corresponding to the time period (10-11) is 250k (unit: bit/second), corresponding to At 10:30, the first bandwidth is 250k. In this embodiment, data processing device 11 may be a bank data processing device.

Table 3 time period and bandwidth correspondence table

时间段period	9-109-10	10-1110-11	11-1211-12	12-1312-13	12-1412-14	14-1514-15	15-1615-16	16-1716-17
带宽调整比Bandwidth adjustment ratio	220k220k	250k250k	220k220k	190k190k	220k220k	250k250k	220k220k	200k200k

As shown in Table 4, in the row of the time period, the time period is divided into three levels, namely the busy time period: 8-12 (ie 8:00 to 12:00) and 13-17 (ie, 13:00 to 17:00). Compare idle time periods: 6-8 (ie 6 to 8), 12-13 (ie 12 to 13) and 17-19 (ie 17 to 19), and idle time 0-6 (ie 0 to 6) and 19-24 (19 to 24), corresponding to different time periods, the bandwidth adjustment ratio is: the bandwidth adjustment ratio of the busy time period is 0%, that is, the bandwidth is constant; The bandwidth adjustment ratio of the time period is -20%, that is, the bandwidth is reduced by 20%; the bandwidth adjustment ratio of the idle time period is -50%, that is, the bandwidth is reduced by 50%.

The bandwidth allocation module 112 of the data processing device 11 obtains the bandwidth adjustment ratio corresponding to the time period according to the time period, in hours, in the time period shown in Table 4 and the bandwidth correspondence table, according to the bandwidth adjustment ratio. Calculate the adjusted bandwidth, that is, the first bandwidth, such as time 5:30, belonging to the time period (6-8). As shown in the third column of Table 4, the bandwidth adjustment ratio corresponding to the time period (6-8) If it is -20%, it corresponds to 5:30, and the adjustment ratio of the first bandwidth is -20%, that is, the first bandwidth is reduced by 20% based on the preset bandwidth. In this embodiment, data processing device 11 may be a bank data processing device.

Table 4 time period and bandwidth adjustment ratio correspondence table

时间段period	0-60-6	6-86-8	8-128-12	12-1312-13	13-1713-17	17-1917-19	19-2419-24
带宽调整比Bandwidth adjustment ratio	-50％-50%	-20％-20%	0％0%	-20％-20%	0％0%	-20％-20%	-50％-50%

3. Adjust the second bandwidth according to the current cash traffic. The principle of adjustment is that the cash traffic is inversely proportional to the second bandwidth. That is, the larger the current cash traffic, the smaller the second bandwidth, and the smaller the current cash traffic, the larger the second bandwidth, where the current traffic is Refers to the number of cash transactions handled by all cash processing terminals at the current time.

The first method: according to the current cash traffic, from the preset cash traffic and bandwidth correspondence table.

The bandwidth allocation module 112 of the data processing device 11 looks up the bandwidth corresponding to the current cash traffic amount in the cash traffic amount and bandwidth correspondence table indicated in Table 5 according to the current cash traffic volume; the bandwidth is the second bandwidth. If the current cash business volume is 4, it belongs to the cash business volume (0-5), as shown in the first column of Table 5; the cash traffic volume (0-5) corresponds to the bandwidth (3.5M) (unit: bit/second) ), corresponding to the current cash flow of 4, the second bandwidth is 3.5M. In this embodiment, data processing device 11 may be a bank data processing device.

Table 5 Cash Business Volume and Bandwidth Correspondence Table

现金业务量Cash flow	0-50-5	5-105-10	10-1510-15
带宽bandwidth	3.5M3.5M	3.0M3.0M	2.5M2.5M

The second method calculates the adjustment ratio from the preset cash transaction amount and the bandwidth adjustment ratio correspondence table according to the current cash traffic volume.

As shown in Table 6, in the row of cash traffic, the cash traffic amount range is divided into three levels, corresponding to different levels of cash traffic, and the bandwidth allocation module 112 of the bank data processing device 11 is based on the current cash traffic volume. In the cash transaction amount and bandwidth correspondence table shown in Table 6, the table looks for the bandwidth adjustment ratio corresponding to the cash traffic volume, and calculates the adjusted bandwidth according to the bandwidth adjustment ratio, that is, the second bandwidth, such as the current cash traffic volume is 8 At the time of the cash business volume (5-10), the corresponding bandwidth adjustment ratio is -10%. That is, the second bandwidth is reduced by 10% based on the preset bandwidth.

Table 6 Cash Business Volume and Bandwidth Correspondence Table

现金业务量Cash flow	0-50-5	5-105-10	15-2015-20
带宽调整比Bandwidth adjustment ratio	0％0%	-10％-10%	-20％-20%

4. Adjust the first bandwidth according to the current cash traffic. The principle of adjustment is that the cash traffic is proportional to the first bandwidth, that is, the larger the current cash traffic, the larger the first bandwidth, and the smaller the current cash traffic, the smaller the first bandwidth, where the current traffic is Refers to the amount of cash transactions handled by all cash processing terminals of the bank at the current time.

The first method: based on the current cash traffic, from the preset cash traffic and bandwidth correspondence table.

The bandwidth allocation module 112 of the data processing device 11 looks up the bandwidth corresponding to the current cash traffic amount in the cash traffic amount and bandwidth correspondence table indicated in Table 7 according to the current cash traffic volume; the bandwidth is the first bandwidth. If the current cash business volume is 8, it belongs to the cash business volume (5-10), as shown in the second column of Table 7; the cash traffic volume (5-10) corresponds to the bandwidth of 100k (unit: bit/second), then Corresponding to the current cash flow of 8 pens, the first bandwidth is 100k. In this embodiment, data processing device 11 may be a bank data processing device.

Table 7 Cash Flow and Bandwidth Correspondence Table

现金业务量Cash flow	0-50-5	5-105-10	10-1510-15
带宽bandwidth	50k50k	100k100k	150k150k

As shown in Table 8, in the row of cash traffic, the cash traffic amount range is divided into three levels, corresponding to different levels of cash traffic, and the bandwidth allocation module 112 of the data processing device 11 is based on the current cash traffic volume. In the cash transaction amount and bandwidth correspondence table shown in FIG. 8, the table looks for the bandwidth adjustment ratio corresponding to the cash traffic amount, and calculates the adjusted bandwidth according to the bandwidth adjustment ratio, that is, the first bandwidth, for example, when the current cash traffic volume is 12 strokes. For cash business volume (10-15), the corresponding bandwidth adjustment ratio is +30%. That is, the first bandwidth is increased by 30% based on the preset bandwidth. In this embodiment, data processing device 11 may be a bank data processing device.

Table 8 Correspondence table between cash flow and bandwidth adjustment ratio

Cash business volume 0-55-1010-15

Bandwidth adjustment ratio +10%+20%+30%

The bandwidth allocation module 112 of the data processing device 11 allocates the first bandwidth to the first data transmission channel 51 according to the data amount of the crown file name and the requirement of the transmission delay, so that it can meet the transmission delay requirement of the file name of the font size, such as Not more than 1 second. The data transmitting module 114 of the data processing device 11 transmits the crown file name to the management server 41 through the first data transmission channel 51 at the first bandwidth. Further, the file name of the crown is sent to the management server 41 and recorded in the list of the file number.

The data transmitting module 114 of the data processing device 11 transmits the crown file to the management server 41 through the second data transmission channel 52 with the acquired second bandwidth.

The data processing method, device and system provided by the present disclosure associate the auxiliary information of the crown file with the service information, and transmit the file name of the crown file generated in association with the set first bandwidth in real time, thereby ensuring the crown file. The real-time transmission of the name and the record of the crown file in the server in time according to the file name of the crown file, so as to facilitate the subsequent inquiry of the crown number information of the banknote; the transmission of the crown file with the set second bandwidth, and according to the workload of the cash business Size, adjust the size of the first broadband or the second bandwidth, so as to ensure the rapid transmission of the crown file without affecting the efficiency of the financial institution.

A computer program product of a data processing apparatus, system and method provided by an embodiment of the present disclosure, comprising a computer readable storage medium storing program code, the program code comprising instructions for executing the method described in the foregoing method embodiment For specific implementation, refer to the method embodiment, and details are not described herein again.

A person skilled in the art can clearly understand that for the convenience and brevity of the description, the specific working process of the system and the device described above can refer to the corresponding process in the foregoing method embodiments, and details are not described herein again.

The functions may be stored in a computer readable storage medium if implemented in the form of a software functional unit and sold or used as a standalone product. Based on such understanding, a portion of the technical solution of the present disclosure that contributes to the related art or a portion of the technical solution may be embodied in the form of a software product stored in a storage medium, including a plurality of instructions for A computer device (which may be a personal computer, server, or network device, etc.) is caused to perform all or part of the steps of the method described in each embodiment of the present disclosure. The foregoing storage medium includes: a Universal Serial Bus Flash Disk (U disk), a mobile hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a disk. Or a variety of media such as optical discs that can store program code.

Claims

A data processing device includes: a data receiving module, a data processing module, a bandwidth allocation module, and a data sending module;

The data receiving module is configured to receive a font size file and service information;

The data processing module is configured to perform association processing on the crown number file and the service information to generate a crown file name;

The bandwidth allocation module is configured to allocate a first bandwidth for the first data transmission channel and a second bandwidth for the second data transmission channel;

The data sending module is configured to transmit, by using the first bandwidth, the crown file name to the management server by using the first data transmission channel, and the second bandwidth is used to pass the second data transmission channel to the The management server transmits the crown number file; wherein the first bandwidth is used to transmit the crown file name in real time.
The apparatus of claim 1, wherein the bandwidth allocation module is set to one of the following:

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored cash traffic and bandwidth correspondence table and current cash traffic;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic and bandwidth correspondence table and current cash traffic;

Assigning the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume;

And assigning the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume.
The apparatus according to claim 1 or 2, wherein the crown number file comprises: crown number information and auxiliary information;

The data processing module is configured to: extract auxiliary information in the crown file; combine the service information with the auxiliary information, generate a name string, and use the name string as the crown Font size file name.
The apparatus of claim 3, wherein the data processing module is further configured to rename the crown number file using the crown number file name.
A data processing system includes: a management server, and a plurality of data processing subsystems;

Each of the data processing subsystems includes: a data processing device and at least one cash processing terminal;

a first data transmission channel and a second data transmission channel are disposed between the data processing device and the management server included in each of the data processing subsystems;

The at least one cash processing terminal is configured to process a cash service and generate a crown file and service information; and transmit the crown file and the service information to the data processing device;

The data processing apparatus is configured to receive the crown number file and the service information transmitted by the at least one cash processing terminal; perform association processing on the crown size file and the service information, to generate a crown file name; Allocating a first bandwidth for the first data transmission channel, a second bandwidth for the second data transmission channel, and transmitting the crown number to the management server by using the first data transmission channel by the first bandwidth Transmitting, by the second bandwidth, the crown number file to the management server by using the second data transmission channel; wherein the first bandwidth is used to transmit the crown file name in real time;

The management server is configured to receive the crown file name through the first data transmission channel, and receive the crown file through the second data transmission channel.
The system according to claim 5, wherein said data processing means is set to one of the following:

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and the correspondence relationship table and the current cash traffic volume;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and the correspondence relationship table and the current cash traffic volume;

Assigning the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume;

And assigning the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume.
The system according to claim 5 or 6, wherein the cash processing terminal comprises: at least one of an automatic teller machine, an over-the-counter terminal, and a banknote sorting machine;

When the cash processing terminal is an over-the-counter terminal, the counter transaction terminal is further connected with a bill discriminating device;

The banknote discriminating device is configured to transmit a crown number file of the banknote involved in the cash business to the counter transaction terminal;

The over-the-counter terminal is configured to receive the crown number file transmitted by the bill discriminating device, process a cash service and generate the service information, and transmit the crown number file and the service information to the data processing Device.
The system according to claim 5 or 6, wherein the crown number file comprises: crown number information and auxiliary information;

The data processing device is configured to:

Extracting auxiliary information in the crown file;

Combining the service information with the auxiliary information to generate a name string, and using the name string as the crown file name.
The system of claim 8 wherein said data processing means is further configured to:

The crown file is renamed using the crown file name.
A data processing method includes: the data processing apparatus receiving the crown number file and the service information transmitted by the at least one cash processing terminal;

Performing association processing on the crown file and the service information to generate a crown file name;

Allocating a first bandwidth for the first data transmission channel and a second bandwidth for the second data transmission channel;

Transmitting, by the first data transmission channel, the crown file name to the management server by using the first bandwidth, and transmitting the crown to the management server by using the second data transmission channel by using the second data transmission channel a font size file; wherein the first bandwidth is used to transmit the font size file name in real time.
The method of claim 10 wherein said assigning said first data transmission channel a first bandwidth comprises one of:

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic and bandwidth correspondence table and current cash traffic;

Allocating the first bandwidth to the first data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and current cash traffic volume;

The allocating a second bandwidth for the second data transmission channel includes one of the following:

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored time period and the bandwidth adjustment ratio correspondence table and the current time;

Allocating the second bandwidth to the second data transmission channel according to the pre-stored cash traffic and bandwidth correspondence table and current cash traffic;

And assigning the second bandwidth to the second data transmission channel according to the pre-stored cash traffic volume and bandwidth adjustment ratio correspondence table and the current cash traffic volume.
The method according to claim 10 or 11, wherein the crown number file comprises: crown number information and auxiliary information;

Performing association processing on the crown file and the service information to generate a crown file name, including:

Extracting auxiliary information in the crown file;

Combining the service information with the auxiliary information to generate a name string, and using the name string as the crown file name.
The method of claim 12, after combining the service information with the auxiliary information, generating a name string, and using the name string as the file name of the crown number, further comprising:

The crown file is renamed using the crown file name.
The method according to any one of claims 10 to 13, wherein the service information comprises: a service type and service data;

Determining the service data according to the service type; wherein the service type is a type of banknote business; the business data includes at least a total number of banknotes and a total amount of banknotes.
A computer readable storage medium having stored thereon a computer program, the program being executed by a processor to implement the data processing method according to any one of claims 10 to 14.