RU162224U1 - TERMINAL FOR TRANSMISSION AND STORAGE OF MONEY CALCULATION DATA FROM THE CONTROL-CASH MACHINE TO THE SERVER OF THE FISCAL DATA OPERATOR - Google Patents

Abstract

1. A terminal for transmitting and storing cash settlement data from a cash register to a fiscal data operator server, comprising a housing with a cellular module installed therein with a SIM card switch for communicating with a fiscal data operator server, as well as flash data storage memory, a real-time clock connected to a battery, characterized in that the terminal is equipped with a microcontroller installed in the housing, a voltage converter with a power connector, a connector designed for connecting to a cash register machine, which includes internal power supply, the SIM card switch has two SIM card holders, while the microcontroller is connected to a connector for connecting to a cash register machine, with a voltage converter, with a flash memory, with a real clock time, with a cellular communication module and with a SIM-card switch, the supply voltage converter is connected to the connector for connection with a cash register. 2. The terminal according to claim 1, characterized in that it is equipped with a sound emitter connected to the microcontroller. 3. The terminal according to claim 1 or 2, characterized in that the battery connected to the real-time clock is made of lithium. 4. The terminal according to claim 1 or 2, characterized in that the housing has a protruding platform for applying glue for attachment to a cash register machine. 5. The terminal according to claim 3, characterized in that the housing has a protruding platform for applying glue for attachment to a cash register machine.

Description

                                       IPC: H04W 4/00

                                             G07G 1/14

TERMINAL FOR TRANSMISSION AND STORAGE OF MONEY CALCULATION DATA FROM THE CONTROL-CASH MACHINE TO THE SERVER OF THE FISCAL DATA OPERATOR

The utility model relates to terminals for transmitting and storing data on cash settlements, including cash cash settlements and / or settlements using payment cards from a cash register machine to the server of the fiscal data operator, and is used in data processing systems for cash settlement and / or settlements using payment cards, including several electronic cash registers, interacting with the central device for processing information - the server of the fiscal data operator.

The well-known GPRS Geneko Spark terminal, comprising a housing, a microcontroller, a memory, a real-time clock with a battery, a power connector, a GPRS modem

 (http://www.geneko.ru/terminal_spark.htm "Geneko Spark is the main function of the GPRS terminal"; http://www.geneko.ru/terminal_spark_ups.htm "SparkUPS control and monitoring system"; http: // www. geneko.ru/terminal_spark_tech.htm "Spark GPRS Terminal - Technical Specifications"). The GPRS terminal provides wireless communication with remote servers of cash registers and is made in the form of a rather large case in which all the constituent elements are located. The GPRS terminal is connected to the cash register and transfers all cash transactions to the server.

A disadvantage of the known terminal is that it is not suitable for use in existing cash registers and does not provide reliable operation: it does not provide the operation of cash registers from an independent power supply or from an external power supply, depending on which power supply is available in availability in a given place; Only one SIM card is used in the terminal.

A known transmitting controller comprising a housing with a cellular communication module installed therein with a SIM card switch for communicating with a fiscal data operator server. In the second case, flash memory for data storage is installed, a real-time clock connected to the battery. The first case also has a keyboard, display, printer and power supply. A microprocessor and various types of memory are also installed in the second case (US Application No. 2010/0174915 A1, G06F 17/00, G 06F 12/14, 2010, Fig. 6, paragraphs [0259], [0260]).

A disadvantage of the known transmitting controller is that it is not autonomous from the cash register machine and can only transmit data using the microcontroller of the cash register machine, the real-time clock and the memory of the cash register machine and only store cash settlement data in the memory of the cash register cash machine. Also, the transmitting controller uses only one power source, which is not reliable enough. In addition, the transmitting controller uses only one SIM card, which is not reliable enough.

The utility model is based on the task of creating a terminal for transferring and storing data on cash payments from a cash register machine to a fiscal operator’s server, during which execution it is possible to place a terminal for transferring and storing data on cash payments from a cash register machine to an operator’s server fiscal data in one housing for installation in existing cash registers and higher reliability of the terminal.

The technical result, to which the claimed utility model is directed, is to provide the possibility of placing a terminal for transmitting and storing cash settlement data from a cash register machine to a fiscal data operator server in one housing for installation in existing cash register machines and to increase operational reliability the terminal due to the power supply of the terminal from two power sources and the possibility of communication between the terminal and the server of the fiscal data operator via a cellular module from two SIM cards.

To achieve the above technical result, a terminal for transmitting and storing data on cash payments from a cash register machine to a fiscal data operator server, comprising a housing with a cellular module installed therein with a SIM card switch for communicating with a fiscal data operator server, as well as a flash memory for storing data, a real-time clock connected to the battery, according to a utility model, the terminal is equipped with a microcontroller installed in the housing, a power supply converter with a power connector, a connector designed to connect to a cash register machine that includes internal power, and configured to automatically supply electrical power from both the power connector and through a connector designed to connect to a cash register machine that has internal power The SIM card switch has two SIM card holders with SIM cards installed, while the microcontroller is connected to the connector for connecting to a cash register machine, with with a supply voltage browser, with flash memory, with a real-time clock, with a cellular communication module and with a SIM card switch, the supply voltage converter is connected to a connector for connecting to a cash register machine.

Supply the terminal with a microcontroller installed in the housing, a voltage converter with a power connector, a connector designed to connect to a cash register machine that includes internal power, and configured to automatically supply electrical power both from the power connector and through a connector designed for connection with a cash register with internal power supply, the SIM card switch has two SIM card holders with SIM cards installed, while the microcontroller is connected to a connector for connecting to a cash register machine, with a voltage converter, with a flash memory, with a real-time clock, with a cellular communication module and with a SIM card switch with SIM cards installed, the voltage converter is connected with a connector for connecting to a cash register machine ensures the operation of the terminal when placing its individual nodes in one housing so that it can be installed in existing cash register machines, and also provides a higher the reliability of the terminal’s operation by providing power both from an external voltage source by the power voltage converter through the power connector and from the internal power supply of the cash register machine through the connector for connecting to the cash register machine with at least one of two power sources and also due to providing cellular communications from two telecom operators when using two SIM card holders with installed SIM cards.

A terminal for transmitting and storing cash settlement data from a cash register to a server of a fiscal data operator may contain a sound emitter that emits sound signals at the beginning and at the end of operations.

A terminal for transmitting and storing cash settlement data from a cash register machine to a fiscal data operator server may contain a lithium battery connected to a real-time clock, which provides backup power to the circuit for generating time and date values from the built-in lithium battery with a service life of at least 5 years .

A terminal for transmitting and storing cash settlement data from a cash register to a fiscal data operator server may include a housing on which there is a protruding platform for applying glue for attachment to a cash register, which ensures reliable installation of a terminal for transmission and storage data on cash payments from the cash register to the server of the fiscal data operator in the cash register.

In FIG. 1 shows a block diagram of a terminal for transmitting and storing cash settlement data from a cash register to a server of a fiscal data operator; in FIG. 2 is a top view of the terminal housing for transmitting and storing data on cash payments from a cash register to a server of a fiscal data operator; in FIG. 3 is a side view of the terminal building for transmitting and storing data on cash payments from a cash register to a server of a fiscal data operator;

The terminal for transmitting and storing cash settlement data from a cash register machine to the fiscal operator’s server contains a housing 1 with a microcontroller 2 installed in it (ATXmega256A3BU-MH module), a supply voltage converter 3 (ST1S10PUR module), and a power supply connector 4 (module UW-2MR) and configured to automatically supply electrical power both from the power connector and through the connector, designed to connect to a cash register machine with internal power supply, flash memory 5 data exchange (module M25P128-VME6) which is a non-volatile memory, for 6 hours of real time (ATXmega256A3BU-MH module) with lithium battery 7 (CR1220 / CR1225 module), cellular communication module 8 (Cinterion BGS2 module) with 9 SIM cards switch (module 115H-BA00), which has two SIM card holders 12 and 13 and in which two SIM cards of various telecom operators are installed, designed to communicate with the fiscal data operator server (not shown in the drawings), and connector 11 (UW-6MR module ) for connection with a cash register machine (not shown in the drawings), including an internal electric tracking. In this case, the first input of the microcontroller 2 is connected to the connector 11 for connection with a cash register machine, and the second input is connected to the output of the converter 3 of the supply voltage. The first output of the microcontroller 2 is connected to a flash memory 5 for storing data, the second output is connected with a real-time clock 6, the third output is connected to a cellular communication module 8, and the fourth output is connected to a 9 SIM-card switch. The first input of the converter 3 of the supply voltage is connected to the connector 11 for connection with a cash register. The microcontroller 2 is configured to execute ECLZ commands (protected electronic control tapes).

A terminal for transmitting and storing cash settlement data on a cash register machine to a fiscal data operator server may include an audio emitter 10 (HPS12F module) connected to the fifth output of microcontroller 2.

The battery of real-time clocks can be made not only lithium, but also of a different type.

On the housing 1 can be made protruding platform 15, intended for applying glue for attachment to a cash register machine.

The power supply of the terminal for transmitting and storing data on cash payments from the cash register to the server of the fiscal data operator is carried out from an external DC voltage source with the following parameters:

a) when connecting a DC voltage source to the power connector 4:

 - rated input voltage of 12 volts;

- allowable change in input voltage from 4.7 volts to 15 volts;

b) when connecting a DC voltage source to connector 11 for connection with a cash register machine with internal power supply:

- rated input voltage of 5 volts;

- permissible changes in the input voltage: minus 10%, plus 10% of the rated voltage.

For power supply purposes, a terminal was simultaneously connected for transferring and storing data on cash payments from a cash register machine to a fiscal data operator server to two DC voltage sources connected to power supply connector 4 and connector 11 for connection to a cash register machine, including an internal voltage.

Using a modern element base and its compact placement in the form of a four-layer printed circuit board in a portable case allows you to make a terminal with small dimensions and low weight.

A terminal for transmitting and storing cash settlement data from a cash register machine to a fiscal operator’s server is installed inside a cash register machine instead of EKLZ end-to-end with the electronic unit of a cash register machine.

A terminal for transmitting and storing data on cash payments from a cash register to a server of a fiscal data operator operates as follows.

The principle of operation of the terminal for transmitting and storing data on cash payments from a cash register to the server of the fiscal data operator is that the microcontroller 2, operating under software control, performs the algorithmic tasks of the nodes in which it is involved, organizes the interaction of these nodes and It implements the functions of assigning a terminal for transmitting and storing data on cash payments from a cash register to the server of the fiscal data operator.

Power is supplied to the converter 3 of the supply voltage through the power connector 4 and through the connector 11 for connection with a cash register. Depending on the operating conditions of the terminal, for transferring and storing cash settlement data from a cash register machine to a fiscal data operator server, the supply voltage converter 3 operates either from a power supply connector 4 or through a connector 11 for connection to a cash register machine. In the event of a power failure or undervoltage, the power supply converter 3 will continuously switch to another power source.

When performing operations on a cash register machine through connector 11 for connecting to a cash register machine, data on money settlements by ECLZ commands are transmitted to the terminal.

The terminal for transmitting and storing cash settlement data from the cash register machine to the fiscal operator’s server starts to establish a connection with the fiscal data operator’s server and ensures that the check transaction data is sent directly to the fiscal data operator’s server directly through the cellular communication module 8. After that, it receives, within the time of a cash transaction, a unique code for each check from the fiscal operator’s server and transfers it to the cash register machine to print this unique check code on the cash receipt, and also ensures that the cash register machine is temporarily disconnected from the operator fiscal data.

The cellular communication module 8 is included in the operation using the switchboard 9 SIM-cards with two holders 12 and 13 SIM-cards and transmits data on cash payments through any of the working SIM-cards. In the absence or unsatisfactory quality of communication on one of the SIM cards, they automatically switch to work on the second SIM card.

If there is a temporary lack of communication with the server of the fiscal data operator, the data on cash settlements are stored in the flash memory 5 of the data storage and the number of each cash receipt is formed, followed by the restoration of the connection of the data on cash settlements and the number of each cash receipt to the server of the fiscal data operator. Flash memory 5 data storage allows multiple rewriting of data (at least 10,000 times) and an unlimited number of reads. Provides access to flash memory 5 data storage on any of the ports.

Real-time clock 6 forms and stores the values of time and date counts with a time count of 0.0001 seconds. It provides backup power to the circuit for generating time and date values from the built-in lithium battery with a service life of at least 5 years or from another battery.

The terminal for transferring and storing cash settlement data from a cash register to a fiscal operator’s server functions as part of a cash register fully automatically and does not require a cashier operator to participate, except for a failure when the operator checks the fiscal data identifier of the cash register machine (possible with unstable communication) and the requirement from the server of the fiscal operator to close the current shift.

The sound emitter 10 gives sound signals about the beginning and end of operations conducted by the terminal for transmitting and storing data on cash payments from the cash register to the server of the fiscal data operator.

The terminal for transmitting and storing cash settlement data from the cash register machine to the fiscal data operator server may have a housing 1 on which a protruding platform 15 is provided for applying glue for attachment to the cash register machine, which ensures reliable installation of the terminal for transmission and storing data on cash payments from the cash register machine to the server of the fiscal data operator in the cash register machine.

Claims (5)

1. A terminal for transmitting and storing cash settlement data from a cash register to a fiscal data operator server, comprising a housing with a cellular module installed therein with a SIM card switch for communicating with a fiscal data operator server, as well as flash data storage memory, a real-time clock connected to a battery, characterized in that the terminal is equipped with a microcontroller installed in the housing, a voltage converter with a power connector, a connector, designed m for connecting to a cash register machine, including internal power supply, the SIM card switch has two SIM card holders, while the microcontroller is connected to a connector for connecting to a cash register machine, with a voltage converter, with flash memory, with a clock in real time, with a cellular communication module and with a SIM-card switch, the supply voltage converter is connected to a connector for connection to a cash register machine. 2. The terminal according to claim 1, characterized in that it is equipped with a sound emitter connected to the microcontroller. 3. The terminal according to claim 1 or 2, characterized in that the battery connected to the real-time clock is made of lithium. 4. The terminal according to claim 1 or 2, characterized in that the housing has a protruding platform for applying glue for attachment to a cash register machine. 5. The terminal according to claim 3, characterized in that the casing has a protruding platform for applying glue for attachment to a cash register machine.

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