RU148938U1 - SOFTWARE AND TECHNICAL COMPLEX FOR PAYMENT OF GOODS AND SERVICES - Google Patents

Abstract

A software and hardware complex for paying for goods and services, including hardware and software, with the hardware consisting of a system unit containing a processor module, ROM for programs and data, input-output tools including a keyboard, barcode scanner, 2D- codes, contactless card reader and touch-screen display, telecommunications facilities including a cellular modem and satellite navigation receiver, a control unit including a control controller, fiscal memory, electronic secure A control tape, a removable control tape and a printer, as well as a power supply unit containing a network adapter, a battery, and the software part consists of an operating system, libraries of functions for working with fiscal memory and input-output and telecommunication facilities, characterized in that the hardware part contains a lighting unit, including lighting LEDs and UV LEDs.

Description

This utility model relates to mobile software and hardware for paying for goods and services during field service, in retail trade, in the work of courier services, as well as in transport when issuing tickets with registration of information about cash transactions.

Known software and hardware complex for the payment of goods and services (WO 2013/021233, A1, publ. 02/14/2013 on 26 pages, CL G07G 1/00), including hardware and software, while the hardware consists of a system unit, containing a processor module, ROM for programs and data, input / output means including a keyboard, a barcode scanner, 2D codes, a contactless card reader and a touch screen display, telecommunications facilities including a cellular modem and satellite navigation receiver, a control unit, including controller control, fiscal memory, electronic secure control tape, removable control tape and printer, as well as a power supply unit containing a network adapter, a battery, and the software part consists of an operating system, libraries of functions for working with fiscal memory and input-output and telecommunications .

According to the greatest number of similar features, this technical solution is selected as a prototype of the claimed utility model.

The objective of this utility model is to create a new software and hardware complex for paying for goods and services with the achievement of the following technical result, namely: expanding functional capabilities while improving the security of cash transactions.

The problem is solved due to the fact that in the well-known software and hardware complex for the payment of goods and services, including hardware and software parts, the hardware part consists of a system unit containing a processor module, ROM for programs and data, input / output means, including a keyboard, a barcode scanner, 20 codes, a contactless card reader and a touch-screen display, telecommunications facilities including a cellular modem and satellite navigation receiver, a control unit including a controller control, fiscal memory, electronic secure control tape, removable control tape and printer, as well as a power supply unit containing a network adapter, a battery, and the software part consists of an operating system, libraries of functions for working with fiscal memory and input-output and telecommunications , according to the present utility model, the hardware comprises a lighting unit including lighting LEDs and UV LEDs.

Thus, the claimed technical result is achieved, namely, the functionality of the claimed device is expanded while increasing the security of cash transactions, due to the presence of a lighting unit, including lighting LEDs and UV LEDs, and thereby allowing cash transactions in a poorly lit room and , at the same time, to control the authenticity of banknotes and forms in the process of their receipt to perform cash transactions. So, for example, with the help of lighting LEDs sufficient illumination of banknotes and forms is ensured in conditions of poor visibility, this allows you to pre-evaluate the authenticity of banknotes, and with the help of UV-LEDs to ensure a high-quality verification of their authenticity. The ability to verify banknotes and carry out cash transactions in conditions of poor visibility increases the security of operations and significantly expands the functionality of the claimed device.

The essence of the utility model is illustrated by the figures, where in FIG. 1 presents a block diagram of the claimed software and hardware complex, in FIG. 2 - general view of the claimed software and hardware complex.

Mobile multipurpose software and hardware complex for the payment of goods and services includes hardware and software. The hardware of the complex consists of a system unit containing a processor module 1, ROM 2 for programs and data, input-output means including a keyboard 3, a scanner 4 of barcodes, 2D codes, a reader of proximity cards 5 and a display 6 with a touch screen, telecommunication facilities, including a cellular modem 7 and a satellite navigation receiver 8, a lighting unit including lighting LEDs 9 and UV LEDs 10, a control unit including a control controller 11, fiscal memory 12, an electronic secure control tape 13, a removable control tape 14 and a printer 15, as well as a power supply unit containing a power adapter 16, a battery 17 and a power converter 18. The software part of the complex consists of an operating system, libraries of functions for working with fiscal memory and input-output and telecommunication facilities, as well as user applications.

The device operates as follows (using an example of the claimed device as a cash register machine in transport).

Before the start of the working day, the battery 17 is fully charged. For this, the network adapter 16 is connected to a 220 V AC network, the power converter 18 converts 220 V AC to 7.4 V DC and charges the battery 17 until the voltage thereon will reach the set value. Also, before the start of the working day, the operator uploads up-to-date information on fares and valid travel documents to the databases.

In case of downloading data via a wired USB interface:

- processor module 1 is connected to a personal computer via USB using a cable;

- a personal computer through a local area network (if necessary with access to the Internet) receives database updates from the server of the operating organization (hereinafter referred to as the server) and transfers them to processor module 1;

- processor module 1 updates the databases stored in ROM 2.

In case of downloading data via a wired Ethernet interface:

- processor module 1 is connected to a local area network (if necessary, with access to the Internet) via an Ethernet interface using a cable;

- the processor module 1 through the local area network (if necessary with access to the Internet) receives database updates from the server of the operating organization (hereinafter referred to as the server) and updates the databases stored in ROM 2.

In the case of downloading data via a wireless interface, the update procedure can be initiated by the operator manually or automatically according to the schedule specified in the software part of the device. In the first case, the operator selects the corresponding menu item using the touch screen display 6 or the built-in keyboard 3. The processor module 1 instructs the cellular modem 7 to communicate with the server of the operating organization, receives data via wireless communication, and then updates the databases stored in the ROM 2. Automatic initialization of databases is different in that it does not require operator intervention. The processor module 1 initiates communication with the server at a predetermined time, or cyclically with a predetermined frequency, or when loading the complex and opening the shift.

Before starting work, the operator must open the shift. Only in this mode is it possible to issue checks and tickets. Opening a shift is possible only after closing the previous shift or after fiscalization, if this shift is the first. To open a shift, the operator of the complex:

- gives a command to open a shift;

- the processor module 1 transmits this command to the control controller 11;

- the controller 11 controls checks that the previous shift was closed, if this is not so, then sends the processor module 1 the requirement to close the previous shift;

- if the processor module 1 receives a request from the controller 11 to close the previous shift, a message about this is displayed on display 6 and the shift is not opened;

- in the removable control tape 14 and the electronic secure control tape 13 is written the date and time of opening the shift.

During the working day, the complex periodically performs automatic updating (updating) of its database of travel documents, in the manner described above. To avoid a mismatch between the server and the complex databases, at the time the complex accesses the database stored in ROM 2, the corresponding database update frequency is selected.

The operator sells tickets using the declared software and hardware complex directly in transport. Having approached the passenger, the operator asks about the passenger having a ticket or contactless contact card. If there are any, appropriate actions are taken to control them.

If a passenger has a ticket purchased at the station or earlier from the operator, the operator checks its validity:

- gives a command to read a barcode or a 2D code;

- the processor module 1 initiates the reading of the barcode, 2D code by the scanner 4;

- the operator directs the beam of the scanner 4 on the ticket;

- the scanner 4 reads the barcode, 2D code from the ticket and transmits it to the processor module 1;

- the processor module 1 decrypts the barcode and checks it against the database;

- the processor module 1 displays a message about the validity or invalidity of the ticket on display 6;

- if the ticket is invalid, the operator offers the passenger to buy a ticket.

If a passenger has a travel document based on a contactless card, the operator checks its validity:

- gives a command to read information from a contactless card;

- the processor module 1 gives the reader 5 proximity cards a command to read;

- the operator brings the complex reading area to the contactless card of the passenger;

- the contactless card reader 5 transfers the read data to the processor module 1;

- the processor module 1, based on the data of the contactless card and the data in the database, makes a decision on the validity of this contactless card;

- the processor module 1 displays on the display 6 a message about the validity or invalidity of the travel document on this contactless card;

- if the card is invalid, the operator offers the passenger to buy a ticket;

- in case of validity of the card and the existing restriction of its travel resource (the number of trips, cash on the card), the processor module 1 reduces the resource counter on the card (using a contactless card reader 5) and / or updates the data in the database;

- then the processor module 1 instructs the cellular modem 7 to transmit the database update to the server.

If a passenger does not have a ticket purchased at the station or earlier from the operator, the latter performs the steps to issue a ticket:

- learns from the passenger the starting and ending points of his trip;

- using the graphical interface and through the display 6 with a touch screen and keyboard 3, the operator enters into the complex data on the start and end point of the trip;

- processor module 1 receives tariff data from databases stored in ROM 2, and displays the ticket price;

- the operator accepts payment from the passenger and, if necessary, verifies the authenticity of banknotes through a special window in the complex using the UV-LED 10, after which he gives a command to issue a ticket;

- the processor module 1 gives a command to the controller 11 controls for clearance sales;

- the control controller 11 records sales data in the fiscal memory 12, an electronic secure control tape 13 and a removable control tape 14;

- the control controller 11 instructs the printer 15 to print the ticket;

- processor module 1 enters the data of the sold ticket into the database and instructs the cellular modem 7 to send the database update to the server;

- the operator gives the passenger a printed ticket.

At the end of a work shift, the operator must close the shift:

- the operator gives a command to close the shift;

- the processor module 1 transmits this command to the control controller 11;

- the controller 11 controls verifies the total data for the shift from the fiscal memory 12 with the calculated results in an electronic secure control tape 13;

- in case of data mismatch, the complex goes into an erroneous state (random memory error or unauthorized modification), which is eliminated in a certified technical service center;

- if the data coincides, the control controller 11 from the combined data of the fiscal memory 12 and the electronic secure control tape 13 generates a Z-report (monthly report) and sends the printer 15 a command to print it;

- the controller 11 controls records the closing time of the shift in the fiscal memory 12, an electronic secure control tape 13 and a removable control tape 14.

In case of poor lighting of the room (passenger compartment) or at night, use LED 9.

The power unit of the complex allows it to work autonomously for a long time (during the working day). The dimensions of the device, its weight and the shape given to it allow the user to constantly carry it on himself. The user application is executed by the processor module 1 using the operating system. The user application, depending on the task to be solved, can be intended for the sale of goods and services, for courier services, etc. The user application uses the graphical interface displayed on display 6. The user of the claimed complex (postman, cashier, cashier, etc.) uses a user application, while the following functions are available to it:

- work with a graphical interface using a stylus and touch screen;

- data input from the keyboard 3;

- listing of checks and tickets on the thermal printer;

- uncorrectable registration of data on sales made, which is a prerequisite for cash registers;

- reading barcodes, 2D codes using a scanner of 4 barcodes, 2D codes;

- Verification of the authenticity of banknotes and letterhead in ultraviolet light through the use of UV LED 10.

The user application allows you to use the following functions:

- data exchange with remote information systems via a cellular modem 7, including using the “Alarm” function: when a certain combination of keys is pressed on the keyboard 3, an alarm is transmitted, upon receipt of which an appropriate set of measures is initiated, regulated by the operating organization;

- determination of the location of the complex using satellite navigation receiver 8 (only during a stay outdoors).

Thus, with the help of the claimed device, its user is able to carry out operations on the sale of goods and services with banknote authenticity control, field postal service at the client’s place of residence, while using the complex as a cash register, that is, issue checks, tickets with information on cash transactions performed in accordance with the requirements of the law. The claimed complex can act as part of a geographically distributed information system, for example, information about prices, orders, service routes can be obtained by the complex and, conversely, information about the sales made by the complex is transferred to the central information system of the operating organization. The navigation functions of the complex allow the user to find the necessary points on the ground, and the operating organization - to control the movement of the complex and its user.

The claimed technical solution can be implemented using well-known, manufactured by the industry electronic components and well-known software.

Claims (1)

A software and hardware complex for paying for goods and services, including hardware and software, with the hardware consisting of a system unit containing a processor module, ROM for programs and data, input-output tools including a keyboard, barcode scanner, 2D- codes, contactless card reader and touch-screen display, telecommunications facilities including a cellular modem and satellite navigation receiver, a control unit including a control controller, fiscal memory, electronic secure A control tape, a removable control tape and a printer, as well as a power supply unit containing a network adapter, a battery, and the software part consists of an operating system, libraries of functions for working with fiscal memory and input-output and telecommunication facilities, characterized in that the hardware part contains a lighting unit, including lighting LEDs and UV LEDs.

Images