RU161176U1 - SOFTWARE AND HARDWARE SIMULATOR OF R-168T-100KA RADIO STATION - Google Patents

Abstract

The hardware and software simulator of the radio station R-168T-100KA, containing the housing of a real radio station R-168T-100KA with a single-board personal computer and an external power source, characterized in that the PAT is modular and the control panel R-168T-100KA connected to input / output ports of the interface module, consisting of a microcontroller, a UART to UBS conversion chip, and peripherals for connecting these chips, and software that reproduces the radio operation algorithm is installed on a single-board personal computer Dancing P-168T-100 kA, and built-in network card.

Description

The hardware-software simulator (PAT) of the R-168T-100KA radio station is designed to teach the principles of working with the R-168-100KA radio station and can be used to organize the educational process in the ground forces of the Ministry of Defense of the Russian Federation and the internal troops of the Ministry of Internal Affairs of the Russian Federation. PAT radio station R-168T-100KA provides collaboration with a set of educational tools (KUTS) in terms of speech exchange.

Known training simulator for KSHM communications men of type R-149BMR (http://sinvent.ru/), the simulator is designed to train crews (junior specialists and communications officials) of command post vehicles (KShM) of type R-149BMR. The simulator consists of two full-scale mock-ups (simulators) of the KShM with five workplaces of trainees in each, a workplace of the head of classes, a psychophysiological control system.

A utility model is known Software and hardware simulator of the radio station R-168-25U-2, patent RU No. 152896, application No. 2014134272 of 08.21.2014 consisting of a housing of a real radio station R-168-25U-2 with a fan block (BV-25), connectors , the necessary indicators and controls additionally introduced a power source consisting of an external voltage converter, voltage converter, display board and wired switch, the output of the voltage converter is connected to the input of the display board and the input of the R-168-5UN (T) hardware-software simulator, Exit is connected to the input of the indicating board galetnogo switch input is connected to the control board display to display.

Closest to the claimed utility model in technical essence is the software and hardware simulator of the radio station R-168-5UN-2 patent RU No. 152894, application No. 2014134274 of 08.21.2014, consisting of a personal computer mini PC, the interface module of the control panel R-168- 5UN with a personal computer and a power source, characterized in that a single-board computer with a built-in Wi-Fi module, an interface module of the R-168-5UN-2 control panel are inserted into the body of a real R-168-5UN-2 radio station with connectors and a control panel single board computer convert Tel voltage, an inverter output is connected to the input interface module and the converter input voltage and a single-board computer with external connections for the power station and the battery connection; the output of the interface module is connected to the control panel R-168-5UN.

The claimed utility model provides:

- external and functional compliance of the radio station R-168T-100KA;

- removal of restrictions on the placement of a hardware-software simulator relative to a real radio station;

- cheap and quick repair;

- the ability to work with wired digital networks;

- the ability to work from 220 V.

The technical result achieved by the utility model consists in more accurate external and functional correspondence of the R-168T-100KA radio station, in reducing the time required to repair the hardware-software simulator.

The technical result is achieved by the fact that the software and hardware simulator of the R-168T-100KA radio station containing the housing of a real R-168-100KA radio station with a single-board personal computer (PC) and an external power source has software that reproduces the operation algorithm of a real R-168-100KA radio station , and built-in network card. The PAT is made modular, and the P-168-100KA control panel is added to it, connected via a pairing module to a single-board computer. The interface module consists of a microcontroller, a UART to UBS conversion chip, and peripherals for connecting these chips.

The figure 1 presents the structural diagram of the Software and hardware simulator of the radio station R-168T-100KA. Its composition:

- single board personal computer (mini PC);

- the module for interfacing the R-168T-100KA control panel with a mini PC (MS);

- source of power;

- the case of a real radio station R-168-100KA with connectors and a control panel (PC).

The figure 2 shows the algorithm of the software-hardware simulator of the radio station R-168T-100KA.

On the PC, running the Windows 7 operating system (OS), the R-168-100KA radio station simulator software and software (software) are installed to coordinate the R-168-100KA control panel interface module with the R- radio station simulator software 168-100KA. The interface module is connected to a single-board personal computer via USB. The software of the simulator of the radio station R-168-100KA provides the operation algorithm of a real radio station, communication with a set of educational tools or other software and hardware simulators over wired digital networks.

The control panel provides input / output of information to the user, used for external correspondence of the hardware-software simulator of a real radio station R-168-100KA. The interface module is connected to the cable control panel.

The interface module for the R-168-100KA control panel with a single-board personal computer is implemented on a microcontroller programmed with firmware, a UART to USB conversion chip, and peripherals for connecting these chips. The microcontroller interrogates the keypad of the P-168-100KA control panel and, when the button is pressed, sends a command via the UART to USB conversion chip to a single-board personal computer using software designed to coordinate the interface module of the P-168-100KA control panel. Also, the microcontroller, when receiving information from the software for displaying on the displays of the PC R-168-100KA control panel, converts it and transfers it to the display of the P-168-100KA control panel.

The product is powered from a 220 V network through a 12 V DC source.

The P-168-100KA control panel is connected to the input / output ports of the cable interface module.

A single-board personal computer provides the exchange of information, including voice, through an integrated network card. A single-board personal computer controls the indication of the P-168-100KA control panel through the interface module, which in turn transmits information on the pressed buttons of the P-168-100KA control panel to the single-board personal computer. Using the presented design allows for quick modular repairs.

The utility model is created from the body parts of a real R-168-100KA radio station, a single-board personal computer, a power source and a pairing module and software implemented by the algorithm of Figure 2.

Claims (1)

The hardware and software simulator of the radio station R-168T-100KA, containing the housing of a real radio station R-168T-100KA with a single-board personal computer and an external power source, characterized in that the PAT is modular and the control panel R-168T-100KA connected to input / output ports of the interface module, consisting of a microcontroller, a UART to UBS conversion chip, and peripherals for connecting these chips, and software that reproduces the radio operation algorithm is installed on a single-board personal computer Dancing P-168T-100 kA, and built-in network card.

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