KR100354887B1 - Vendingmachine for unmemed polling control fee menage system - Google Patents

Abstract

The station control unit 11, which communicates with the control computer 10 and is under computer control, holds a command table promised with the money processing unit, and stores a command code in a statement of a station control unit for controlling one or more currency processors, respectively. It includes a statement, one or more data carriers for storing data to be used for command execution, and a data length carrier for conveying data length information, and in response to a currency processor that transmits in response to a command to a station controller. One or more bitmap state recording characters for returning various states of the currency processor, command code recording characters for recording the command code corresponding to the response, data recording characters for storing the data required for the reply, and data length. Polling control request of vending machine including data length A processing unit.

Description

VENDINGMACHINE FOR UNMEMED POLLING CONTROL FEE MENAGE SYSTEM}

The present invention relates to a polling control tariff for an unmanned vending machine (service system).

In the conventional vending machine, the fee processing control adopts the interrupt control which is generally easy to control and high in control efficiency. Interrupt fee processing control detects and responds to interrupt signal from main controller when terminal money processors installed in vending machines such as bill acceptor, bill dispenser, coin acceptor, coin dispenser generate interrupt signal in response to service user's request The control unit to perform the control corresponding to the specific configuration of the currency processing terminals, which was not suitable as a charge processing device of various service systems.

Recently, the service function of the unmanned sales system (KIOSK) has been applied to the field of issuing unmanned certificate. As a notable example, the government or local governments are planning to invest in establishing an unmanned service system across civil service operations. As a result, perhaps in the near future, they will receive unattended administrative services from central or local governments in places where many people, such as banks, department stores and exhibition halls, are convenient to citizens. This service will be provided as a high-quality citizen service in the form of voice response service, video response service as well as certificate issuance by a system including multimedia devices such as touch screen, sound, graphics, and communication card as an electronic people's counter.

One device commonly included in such a comprehensive information terminal is a fee processing control device for storing service costs and returning change. As described above, since the fee processing devices are not compatible with various service devices, they are one of the factors that increase the manufacturing cost of the vending machine or the information terminals and make operation management difficult.

An object of the present invention is to provide a polling control fee processing apparatus that can be used universally for bill payment processing in a vending machine or various unmanned vending machines (service systems).

Specifically, the present invention provides a variety of main control devices by connecting terminal devices to the main control device via an RS232C communication cable, and the main control device sequentially transmits control commands to a plurality of terminal devices and performs a request for service requests. It is characterized in that the terminal devices can be controlled.

1 is a block diagram of the charge processing apparatus of the present invention;

<Description of Drawing Major Symbols>

10: control computer 11: station control unit 12: money processor

This invention is demonstrated in detail as follows.

The station control unit 11 which communicates with the control computer 10 and is controlled by the computer includes a bill acceptor 12a, a coin acceptor 12b, a bill dispenser 12c, a coin dispenser 12d, a bill reader 12e, and the like. Each of the one or more currency processors 12 is connected with a serial communication cable, and the station controller 11 inquires about the state of the money processor 12 to transmit a control command to the money processor, and the money processor 12 controls the command. In order to decode and perform the command and transmit the result to the station control unit 11, the station control unit 11 to decode the response to determine the state of the currency processor,

The station controller holds a command table promised with the currency processor,

A statement for recording the command code in a statement of a station controller for controlling one or more currency processors, one or more data bearing characters for storing data to be used for command execution, and a data length for transmitting data length information Character,

One or more bitmap state recording characters for returning various states of the currency processor to the response message of the currency processor in response to the command transmitted to the station control unit, command code recording characters for storing the command code corresponding to the response, and replying. Polling control fee processing apparatus of the vending machine, characterized in that it comprises a data recording character for recording the data required for the data length data character for recording the data length.

This invention is demonstrated in more detail as an Example.

Citing the ASCII serial communication control code included in the present invention polling control statement and response message is as follows.

Symbol code function

SOH 0x01 Starting cover code character of data

Leading code character of STX 0x02 data block

End cover code character in ETX 0x03 data block

EOT 0x04 Transmission status end sign code character

ENQ 0x05 acknowledgment or information request code character

ACK 0x06 positive response code character

DC1 0x11 user-defined characters

DC2 0x12 user-defined characters

DC3 0x13 user-defined characters

DC4 0x14 user-defined characters

NAK 0x15 Negative Response Code Character

ETB 0X17 Landmark code character of transmission block

CAN0 0X18 Code character requesting to ignore transmission

In the present invention, additional code included in a polling control statement and a response is as follows.

Symbol Description

CMD command code character

Characters contained in the KND currency code

SA station address

Character of UA unit address

BCC Parity Character

SST1 Bitmap Status Carrier

SST2 Command Code Carrier

SST3 Bitmap Status Carrier

SST4 Bitmap Status Carrier

SST5 Bitmap State Carrier BDP Banknote Flag Flag Character KWA Banknote Recognizer Flag Character LGS Coin Selector Flag Character HOP Coin Dispenser Identifier HOP10 10won Coin Dupper Flag Character HOP50 50won Vol. Text HOP500 500 Won Coin Flag Flag Text

1. The present invention polling control statement and response statement will be described in detail by quoting a string scheme for each function item. However, description of general functions of communication code described in ASCII code is omitted.

2. The station controller sends the statement to the currency processor with polling control to control the currency processor.

2.0. The basic structure of the statement is as follows:

STX DC1 CMD 10 ₁ This10 ₀ place this foundation ETX BCC

Write (fix) 0x11 to the user-defined character DC1. Enter the command code in the command code character (CMD). Write the length of the data in the number of bytes (digit value) in the 2-byte 'length' area character. If there is no data, zero values 0x30 are written in two bytes. Fill in the data area with information to pass along with the command. In the parity character BCC, the bit value of the character string from the user-defined character DC1 to the data block end marker character ETX is calculated and written as an exclusive logical sum value. The parity check in the money processing device calculates the value of the same logical operation of the same character string and compares it with the value of the parity character (BCC). Codes described in the later-described statements and response statements are described as described above. In particular, the method of description or a new statement or response is described in a separate statement or response.

3. The money processor executes the command in response to the command transmitted as the polling control of the station controller, and then writes the result in the next response and transmits it to the station controller.

3.0. The basic composition of a currency processor response is shown below.

STX SA SST1 SST2 SST3 SST4 SST5 10 ₁ This10 ₀ place this foundation ETX BCC

In general, if a new optional statement (EOT + SA + UA + ENQ) is received while executing a previous command or working in response to a request from a service user, the bitmap state writer does not execute the command. After writing flag 1 to bit 0 of SST1, NAC and NAK are returned.

The response contains the station address (0x4F) assigned to the station casing (SA). The station address is a code for identifying a station when multiple stations share a currency processor. The parity value described above is written in the parity character BCC.

4. The command and response code for polling control included in the controller of the invention station control unit and the money processor are as follows.

4.a. Command and Response Code Table

Command answer CODE One Reset command Reset response 0x41 2 Lock command Lock response 0x42 3 Setting command Response 0x43 4 First Information Diary Order First read response 0x44 5 Second read information command Second information reading response 0x45 6 Settlement order Settlement response 0x46 7 Maximum input amount setting command Maximum input amount setting response 0x47 8 Reserve money order Reserve fund response 0x48 9 Reserve Addition Order Reserve money addition response 0x49 10 Reserve deduction order Reserve money reduction response 0x4A 11 Coin dispenser (hopper) test order Coin dispenser hopper payment response 0x4B 12 No Reserves Forecast Setting Order Forecast setting response 0x4C 13 Preferences command Preferences response 0x4D 14 Payment amount setting order Payment response 0x4E

4.b. Configure the polling response (0x40) as shown below.

4.b.0. The following states are assigned to the state descriptors SST1 to SST2 to fill in the work status and to grasp the work status in the currency processor and station control unit.

4.b.1. Bitmap of SST1

beat condition Contents 0 One reset One One Working 2 One Banknote Error 3 One 10coin dispenser error 4 One 50 nuclear power dispenser error 5 One 100kW dispenser error 6 One 500 Won Coin Dispenser Error 7 One Unused (fixed to '1')

4.b.2. SST2 Received Command Code Character

code Contents 0x40 Polling response 0x41 Reset (request response again) 0x42 Lock (No Response) Command 0x43 Set 0x44 First Information Acquisition 0x45 Second Information Acquisition 0x46 calculate 0x47 Maximum amount input 0x48 Reserve 0x49 Reserve money addition 0x4A Cost reduction 0x4B Coin dispenser test 0x4C Reserve No Forecast Setting 0x4D Preferences 0x4E Payment amount setting

4.b.3 SST3 character bitmap

Status list of change (including returning money) payment devices

beat condition Contents 0 One Banknote dispenser not installed (Paper / Sensor) One One Bad Bank Dress Box Full (Paper) 2 One Changed banknotes (including return or deceased) Payment completed (payment machine) 3 One Change Banknotes Machine Shutter Opened (Paper Machine) 4 One 10 won coin dispenser empty (sensor) 5 One 50 won coin dispenser empty (sensor) 6 One 100 won coin dispenser empty (sensor) 7 One 500 won coin dispenser empty (sensor)

4.b.4. Bitmap of SST4 Characters

beat Contents 0 1 = Tells the control unit that the bill dispenser is installed One Banknote identifier Classification / 1 = KWA-26, 0 = EBA-10 2 Coin Selector Classification / 1 = LG SELECTOR, '0' = SS SELECTOR 3 Return bills or coins / 1 = lock, 0 = open 4 1 = Return function is in operation 5 1 = user presses return switch 6 1 = the state that can receive money from the vending machine, 0 = the state that can not receive money 7 1 = Unacceptable Banknote, 0 = Unacceptable Banknote

4.b.5. Status list assigned to S0ST5 character bitmap

beat condition Contents 0 One Under 10 won coin no forecast One One 50 won No coin Forecast 2 One Under 100 won coin no forecast 3 One 500 won No coin Forecast 4 One Under 1,000 won bill 5 One Banknote Identification Can't Work 6 One Coin selector cannot be operated 7 One

4.0.1. Inserting the error code in the polling response looks like this:

STX SA SST1 SST2 SST3 SST4 SST5 Street "0" This "6" Prefecture (only) Ash (cloth) Gold (white) (Ten) E R ETX BCC

The currency processor stores the address (0x4F) assigned to the station address record character SA after the command is executed and the result of the command execution in the bitmap of the state record characters SST1, SST3, SST4, and SST5. If there is no function or processing of the currency processor corresponding to the individual bitmap, the flag of the bitmap is meaningless and is recorded as '0'. The polling response code 0x40 is stored in the command code recording character SST2, the present value digit value of 10 or more units is stored in the 4-byte data area ("current amount"), and the error code is stored in the remaining two bytes (ER). If there is no error, the zero character value (0x30) is stored in two bytes of error code characters.

This form of the response is that the money manager receives the command identified by the command code, decodes the command, receives the data (if there is data), executes the command, and stores the execution result and provides it to the station controller. It is for.

The station controller receives and decodes the response message, analyzes the performance result, and executes the next command if the actual result is satisfied, or sends a command to the money processor to correct the performance result.

4.1. Configure the reset (0x41) statement as follows:

4.1.0. Reset statement

STX DC1 CMD Street "0" This "0" ETX BCC

The reset command code (0x41) is stored in the statement (CMD).

When this command is delivered, the money processor receiving the command: a) resets the board of the money processor; b) if the money processor is a bill dispenser, installs a bill dispenser; and c) clears the error condition.

4.1.1. Response to Reset Command (0x41)

STX SA SST1 SST2 SST3 SST4 SST5 Street "0" This "0" ETX BCC

The currency processor writes the address 0x4F assigned to the station address carrier character (SA) after executing the command. The command code 0x41 is written in the command code containing character SST2. The result of the instruction execution is stored in the bitmap state recording character. Send this response the next time you poll.

4.2. Construct the lock (0x42) statement as follows:

4.2.0. Statement

STX DC1 CMD Street "0" This "1" data ETX BCC

The lock command code (0x42) is stored in the statement (CMD). The data character contains '0' for unlock request and '1' for request. The data length is stored in 1 byte.

4.2.1. Response

STX SA SST1 SST2 SST3 SST4 SST5 Street "0" This "2" data data ETX BCC

The currency processor stores the address value (0x4F) of the allocation device in the station address record character (SA) after the command is executed. The lock response code (0x42) is stored in the command code recording character SST2. The result of the instruction execution is stored in the bitmap state recording character.

A) This response shall be returned at the time of polling. B) Check the bit 3 lock flag of the character map SST4. C) The error code is stored in the data character. If there is no error, zero character 0x30 is stored.

4.3. Configure the Set (0x43) statement as follows:

4.3.0. Statement

STX DC1 CMD Street "0" This "1" data ETX BCC

Write the code (0x43) assigned to the statement (CMD).

(A) Clear available, unavailable, change returns and sales flags.

B) The digits are stored in the data according to the following distinction.

'0' = not available, '1' = available, '2' = change of return, '3' = sales clear, '4' = return of bills (returns of bills in bill identifier)

4.3.1. Response

STX SA SST1 SST2 SST3 SST4 SST5 Street "0" This "2" data data ETX BCC

The money processor stores the setting command code (0x43) delivered to the command code recording character (SST2) after the command is executed. The result of the instruction execution is stored in the bitmap state recording character. Contains the station address (0x4f) assigned to the station address descriptor (SA).

A) This response is sent during the next poll. B) Check the corresponding bit flag of the bitmap status recording character (SST4). C) The error code is stored in the data. If there is no error, zero character value (0x30) is stored.

4.4. First Information Acquisition Order (0x44)

4.4.0. Statement

STX DC1 CMD Street "0" This "0" ETX BCC

The code value 0x44 assigned to the statement (CMD) is included to request information corresponding to b and c of the response.

4.4.1. answer

(a)

STX SA SST1 SST2 SST3 SST4 SST5 Way "4" This "2"

(b)

Total sales amount (8) Total sales (4) Purchase of 10,000 Won (4) Purchase of 5,000 won ticket (4) Purchase of 1,000 won ticket (4)

(c)

Purchase of 500 Won (4) Purchase of 100 Won (4) Purchase of 50 Won (4) Purchase of 10 Won Dong (4) ETX BCC

The a, b, and c in this response are the statements that are still connected. The characters in parentheses in b and c are the number of bytes.

The currency processor stores the station address value (0x4F) assigned to the station address register character (SA) after the command is executed. The command code 0x44 is stored in the command code recording character SST2. The result of the instruction execution is stored in the bitmap state recording character.

A) This response is sent during the next poll. B) The data will return the total sales amount, total sales, purchases of 10,000 won, 5,000 won, 1,000 won, 500 won, 100 won, 50 won, and 10 won, respectively, and an error code. If there is no error, 0x30 is returned.

4.5. Second Information Acquisition Order (0x45)

4.5.0. Statement

STX DC1 CMD Street "0" This "0" ETX BCC

0x45 is included in the statement (CMS) to request information corresponding to b and c in the response.

4.5.1. Response

(a)

STX SA SST1 SST2 SST3 SST4 SST5 Way "4" This "2"

(b)

Thousands of won tickets (4) Reserve 500 won (4) Purchase Order100KRW (4) Reserved purchase50 won (4) Purchase Order10KRW (4)

(c)

Thousand Won Payment (4) Purchase amount500KRW (4) Purchase amount100KRW (4) 50 purchase (4) 10 purchase (4) ETX BCC

The a, b, and c in this response are the statements that are still connected. The characters in parentheses in b and c represent the number of bytes.

The money processor stores the address value (0x4F) of the device assigned to the station address sign character (SA) after the command is executed. The command code 0x45 is stored in the command code recording character SST2. The result of the instruction execution is stored in the bitmap state recording character.

This response shall be returned at the next polling. B) The data will return the total sales amount, total sales, purchases of 10,000 won, 5,000 won, 1,000 won, 500 won, 100 won, 50 won, and 10 won, respectively, and an error code. If there is no error, zero value 0x30 is stored.

4.6. Settlement order

4.6.0. Settlement Statement

STX DC1 CMD Street "0" This "4" d tablets (only) a mountain (cloth) t gold (white) a sum (ten) ETX BCC

The command code 0x46 is included in the statement (CMD) to indicate the settlement request.

Contains 1).

4.6.1. Settlement Response

STX SA SST1 SST2 SST3 SST4 Street "0" This "6" (Only) Mountain (cloth) Gold (white) (Ten) E R ETX BCC

The currency processor contains the address value 0x4F assigned to the station address register character (SA) after executing the command. The settlement code 0x46 is stored in the instruction code recording character SST2. The result of the instruction execution is stored in the bitmap state recording character. The settlement amount of 10 digits or more is stored in the 4-byte data character. This response is returned at the next poll. The error code is stored in the 2-byte character ER following the settlement amount, and zero characters if there is no error.

4.7. Maximum Input Amount Restriction Order

4.7.0 Limiting Maximum Input Amount Statement

STX DC1 CMD Street "0" This "8" (Only) Large Gold (white) (Ten) Gold (only) Ground (cloth) Gold (white) (Ten) ETX BCC

This statement limits the maximum input amount. The code 0x47 assigned to the statement (CMD) is included to indicate that the maximum input amount is restricted.

The maximum amount of 10 units or more is included in the 4-character maximum amount text, and the maximum amount of 10 units or more is included in the 4-character prohibited amount character.

4.7.1. Maximum input limit response

STX SA SST1 SST2 SST3 SST4 Street "0" This "2" E R ETX BCC

The currency processor stores the address value 0x4f in the station main character (SA) after executing the command and the corresponding code 0x47 in the command code recording character SST2. The result of the instruction execution is stored in the bitmap state recording character.

This response is sent at the next poll. When an error occurs, the error code is stored in the two-byte error character (ER). If there is no error, zero value is stored.

4.8. Reserve money setting (0x48) operation

4.8.0. Reserve statement

STX DC1 CMD Street "0" This "5" KND Snow Tablet (white) Every ten Number of days ETX BCC

The code 0x48 is included in the statement (CMD). Enter the winding code in the winding identifier (KND). Volume code 0 is 10 won, 1 is 50 won, 2 is 100 won, 3 is 500 won and 4 is 1000 won. Enter the 4-byte number of sets (number of sets 0000-9999) as the digit value.

4.8.1. Reserve Setting Response

STX SA SST1 SST2 SST3 SST4 Street "0" This "2" E R ETX BCC

The currency processor stores the address value 0x4F in the station main character (SA) after executing the command.

Write the code 0x48 in the statement (CMD). The result of the instruction execution is stored in the bitmap state recording character.

This response shall be returned at the next polling. B) Write the error code in the 2-byte ER character. Enter zero value when there is no error.

4.9. Reserve amount added (0x49)

4.9.0. Reserve statement

STX DC1 CMD Street "0" This "5" KND Ga (cloth) Mountain (white) Every ten Number of days ETX BCC

Write the corresponding code 0x49 in the statement CMD. Enter the volume identification code in the KND identification character KND. Volume code 0 is divided into 10 won, 1 for 50, 2 for 100, 3 for 500 and 4 for 1000. Write the addition number value into the four-byte data character.

4.9.1. Reserve statement

STX SA SST1 SST2 SST3 SST4 Street "0" This "2" E R ETX BCC

The currency processor writes the address value 0x4F in the station capital letter SA after executing the command. Write the reserve money addition code 0x49 in the command code recorded character SST2. The result of the instruction execution is stored in the bitmap state recording character.

This response shall be returned at the next polling. B) Write the error code in the error code character ER. Enter zero if there is no error.

4.10. Reserve reduction (0x4A)

4.10.0. Reserve Deduction Statement

STX DC1 CMD Street "0" This "5" KND Persimmon (cloth) Mountain (white) Every ten Number of days ETX BCC

The currency processor writes the code 0x4A in the statement CMD after executing the command. Enter the band code in the band identifier KND. Volume code 0 is divided into 10 won, 1 for 50, 2 for 100, 3 for 500 and 4 for 1000. Write the subtraction value in the 4-byte subtraction character.

4.10.1. Reserve Reduction Response

STX SA SST1 SST2 SST3 SST4 Street "0" This "2" E R ETX BCC

The currency processor writes the station address value 0x4F in the station capital letter SA after executing the command. Write the reserve money calculation code 0x4A in the command code recorded character SST2. The result of the instruction execution is stored in the bitmap state recording character.

A) This response is sent during the next poll. B) Write the error code in the error code character ER. Enter zero if there is no error.

4.11. Coin dispenser (hopper) test (0x4B)

4.11.0. Coin Dispenser Test Statement

STX DC1 CMD Street "0" This "1" HOP ETX BCC

Enter the coin dispenser test command code 0x4B in the statement CMD. Write the identification code on the coin dispenser identifier HOP to test multiple coin dispensers. Coin dispenser identification code 0 is 10 won, 1 is 50 won, 2 is 100 won and 3 is 500 won.

4.11.1. Coin Dispenser Test Response

STX SA SST1 SST2 SST3 SST4 Street "0" This "7" HOP Ground (cloth) Fire (white) (Ten) Number of days E R ETX BCC

The currency processor writes the address value 0x4F in the station capital letter SA after executing the command. Write the corresponding code 0x4B to the command code recorded character SST2. The result of the instruction execution is stored in the bitmap state recording character.

A) This response is sent during the next poll. Enter the actual number of payments in the data area and the error code in the error text area. Enter zero if there is no error.

4.12. Reserve No Forecast Forecast (0x4C)

4.12.0. Reserve No Forecast Statement

STX DC1 CMD Street "0" This "5" KND Yes (thousands) Bo (back) Every ten Number of days ETX BCC

Write the corresponding code 0x4C in the statement CMD.

Write the winding code in the writing code KND.

Volume code 0 is divided into 10 won, 1 for 50, 2 for 100, 3 for 500 and 4 for 1000.

4.12.1. No Reserves Forecast Response

STX SA SST1 SST2 SST3 SST4 Street "0" This "2" E R ETX BCC

The currency processor writes the address value 0x4F in the station address bearer SA after executing the command. Write the code value 0x4C to the command code recorded character SST2. The result of the instruction execution is stored in the bitmap state recording character.

A) This response is sent at the next poll. B) The error code is stored in the error code recording character ER as data. C) Enter zero character 0x30 when there is no error.

4.13. Preferences (0x4D)

4.13.0. Preferences statement

STX DC1 CMD Street "0" This "5" BDP KWA LGS Sleep minutes Gold (0.1 minutes) HOP10 HOP50 HOP100 HOP500 ETX BCC

Write the configuration code 0x4D to the command containing character CMD. Enter the value 0 if the bill payment machine does not use the value 1 when the bill payment machine uses the BDP. Enter the value 0 when the bill acceptor is used for the bill acceptor KWA. Enter a value of 0 if not used in the coin selector LGS. The opening time to release the lock on the first byte of the lock character is written in minutes, and the second byte is written in tenths of minutes. Enter a value of 0 if no value 1 is used for the HOP-10 character set. Enter the value 0 if you do not use the value 1 if you are using the HOP-50. Enter the value 0 if you do not use the value 1 if you are using the HOP-100. Enter the value 0 if you do not use the value 1 if you are using the HOP-500. After executing this command, reset command must be executed.

4.13.1. Preferences response

STX SA SST1 SST2 SST3 SST4 Street "0" This "2" E R ETX BCC

The currency processor writes the assigned address 0x4F in the station address bearer SA after executing the command. Write the corresponding code 0x4D to the command code recorded character SST2. The result of the instruction execution is written in the bitmap status recorded character.

This response is sent at the next poll. Write the error code in the error code character ER. If there is no error, enter zero value 0x30.

4.14. Set payment amount (0x4E)

4.14.0. Payment amount setting order

STX DC1 CMD Street "0" This "4" but) Fire (cloth) Gold (white) (Ten) ETX BCC

Enter the payment amount setting code 0x4E in the command-recording character CMD. Write at least 10 digits of the payment amount in the 4-byte data string.

4.14.1. Payment Setting Response

STX SA SST1 SST2 SST3 SST4 Street "0" This "6" but) Exodus Gold (white) (Ten) E R ETX BCC

The currency processor writes the address value 0x4F assigned to the station address bearer SA after executing the command. Write the payment amount setting code 0x4E in the command-embedded character CMD. The result of the instruction execution is stored in the bitmap state recording character.

This response is sent at the next poll. Enter a payment amount of 10 units or more in the 4-byte payment amount recording area. Write the error code in the 2-byte error storage area. When there is no error, enter the space character 0x30.

As such, the present invention provides a polling control fee processing device that can be used universally for billing processing in a vending machine or various unmanned service systems, and the terminal devices are connected to the main control device with an RS232C communication cable, It is to provide a polling control fee processing device of a vending machine that allows the main control device to control various terminal devices by sequentially transmitting control commands to the terminal devices and inquiring a service request.

Claims (2)

The station control unit 11 that communicates with the control computer 10 and is controlled by the computer has a serial communication cable with one or more currency processors 12, such as a bill acceptor, a coin acceptor, a bill dispenser, a coin dispenser, a bill reader, and a coin counter. The station controller 11 inquires the state of the money processor 12 and transmits a control command to the money processor, and the money processor 12 decodes the control command and performs the command and then outputs the result of the station controller. (11), the station control unit 11 to decode the response to determine the state of the currency processor, The station control unit holds a command table promised with the money processing unit, a statement for recording a command code in a statement of a station control unit for controlling one or more currency processors, and one or more data for storing data to be used for command execution. One or more bitmap status recording characters for returning various states of the currency processor to a response message of a currency processor including a record character and a data length record character for conveying data length information, and transmitting in response to a command to a station controller; Polling fee processing of a vending machine including a command code recording character for recording a command code corresponding to the response, a data recording character for storing data necessary for a reply, and a data length recording character for storing a data length Device. 2. The response code according to claim 1, wherein the currency code code character (KND), station address character (SA), unit address character (UA), received command code character (SS0T2), and bitmap status bearer (SST1, SST3, SST4, SST5) as needed, The reset statement, the first information acquisition command, the second information acquisition command, and the reserve fund setting statement are respectively "STX (data block head cover code character) + DC1 (user defined character) + CMD (command code recording character) + length recording character + ETX (data block end cover code character) + BCC (parity record character) " The lock statement, the setting statement, the settlement statement, the maximum input amount statement, the reserve payment addition statement, the reserve payment reduction statement, and the payment amount setting statement are respectively "STX (data block head cover code letter) + DC1 (custom character) + CMD (command code). Recorded text) + length recorded text + data recorded text + ETX (data block end cover code text) + BCC (parity recorded text), Coin dispenser (Hopper) test command is "STX (data block leading cover code character) + DC1 (custom character) + CMD (command code record character) + length record character + HOP (day start cover code character) + ETX ( Data block end cover code character) + BCC (parity record character) " Reserved no forecast setting command is "STX (data block leading cover code character) + DC1 (custom character) + CMD (command code record character) + length record character + KND (currency code record character) + data record character + ETX (data block end cover code character) + BCC (parity record character) " The configuration command is "STX (data block head cover code character) + DC1 (user defined character) + CMD (command code record character) + length record character + BDP (bank note flag character) + KWA (bank note flag character) + LGS (coin selector flag character) + data recording character + HOP10 (10-won coin coin flag character) + HOP50 (50-won coin coin flag character) + HOP100 (100-won coin coin flag character) + HOP500 (500-won coin Coin flag character) + ETX (data block end cover code character) + BCC (parity bearer) ", The reset response is "STX (Data Block Leading Code Character) + AS (Station Address Recording Character) + SST1 (Bitmap Status Character) + SST2 (Command Code Character) + SST3 (Bitmap Status Character) + SST4 (Bitmap status record character) + SST5 (bitmap state record character) + length record character + ETX (data block end cover code character) + BCC (parity record character) " Lock Response, Set Response, Settlement Response, Maximum Input Amount Response, Reserve Setting Response, Reserve Addition Response, Reserve Decrease Response, Reserve No Prediction Response, Configuration Response, Payment Amount Response "STX (Data Block Leading Code Character) + AS (Station Address Recording Character) + SST1 (Bitmap Status Character) + SST2 (Command Code Character) + SST3 (Bitmap Status Character) + SST4 (Bit) Map status record character) + SST5 (bitmap state record character) + length record character + data record character + error record character + ETX (data block end cover code character) + BCC (parity record character) " The first information response is "STX (Data Block Leading Code Character) + AS (Station Address Recording Character) + SST1 (Bitmap Status Character) + SST2 (Command Code Character) + SST3 (Bitmap Status Character) + SST4 (bitmap status recording character) + SST5 (bitmap status recording character) + length recording character + total sales amount recording character + total sales number recording character + 10,000 won ticket purchase text character + 5,000 won ticket purchase number character + thousand won ticket purchase number Text + 500 won ticket purchase text + 100 won ticket purchase text + 50 won ticket purchase text + 10 won ticket purchase text + data record character + ETX (data block end cover code character) + BCC (parity record character) " Configured as The second information response is "STX (Data Block Leading Code Character) + AS (Station Address Recording Character) + SST1 (Bitmap Status Character) + SST2 (Command Code Character) + SST3 (Bitmap Status Character) + SST4 (bitmap status recording character) + SST5 (bitmap status recording character) + length recording character + thousand won ticket ready purchase record character + 500 won ticket ready purchase record character + hundred won ticket ready purchase record + character Book preparation number + Character purchase amount + Thousand ticket payment character + Character purchase amount + 100 won payment character + Five-won payment character + Ten-won payment character + Character data + ETX (Data block end cover code Character) + BCC (parity coded letter) " Coin Dispenser test response is "STX (data block head cover code character) + AS (station address record character) + SST1 (bitmap status bearer) + SST2 (command code bearer) + SST3 (bitmap state bearer) + SST4 (bitmap status recorder) + SST5 (bitmap state recorder) + length recorder + HOP (cell power supply identifier) + data recorder + error recorder + ETX (data block end cover code character) + BCC (Parity bearer) "