RU152894U1 - SOFTWARE AND HARDWARE SIMULATOR OF R-168-5UN-2 RADIO STATION - Google Patents

Abstract

The hardware-software simulator of the radio station R-168-5UN-2, consisting of the body of a real radio station R-168-5UN-2 and a power source, characterized in that the case of a real radio station R-168-5UN-2 with connectors and a control panel is entered a single-board computer with a built-in Wi-Fi module, the interface module of the R-168-5UN-2 control panel with a single-board computer, a voltage converter, the output of the voltage converter is connected to the input of the interface module, and the input of the voltage converter and single-board computer with external connectors for connecting eniya power station and connect the battery; the output of the interface module is connected to the control panel R-168-5UN.

Description

The hardware and software simulator of the radio station R-168-5UN-2 is designed to teach the principles of working with the radio station R-168-5UN-2 and to ensure collaboration with a set of educational and training tools in terms of voice exchange.

A useful model is known Tank simulator patent No. 41137 dated 07/13/2004, containing the instructor’s workstation electrically connected to the driver’s workplaces, the shooter and the commander, the power supply system and the simulator software and hardware complex, characterized in that all the simulator’s components are integrated into a single an externally protected mobile structure housed in a standard container equipped with energy supply and life support systems, and the instructor's workplace is made in the form of an autonomous module, including It consists of a frame, power unit, monitors, printer, audio speakers, keyboard, emergency stop button for the simulator, and electrically connected on one side with a driving module, structurally made in the form of a cab mounted on a dynamic platform, inside of which standard motion controls are installed, control instruments, monitoring and alarm devices, and on the other hand, with a firing module, which includes the position of the operator-gunner and the position of the commander with standard instrumentation, in addition, elements about rammno appliance distributed between the above modules of the simulator.

A utility model is known Patent No. 44176, a complex tactical and fire training simulator for tank units, application No. 2004134738 dated November 30, 2004, containing an instructor’s workstation electrically connected to three commander’s and gunner’s operator’s workstations, a hardware-software complex and an energy supply system, characterized the fact that the simulator introduced three jobs of the driver, each of which is structurally made in the form of a cab installed on a dynamic platform, inside of which simulators are installed full-time movement control organs, monitoring and alarm control devices, moreover, the hardware-software complex that provides the work of three tank crews at the same time is based on modern personal electronic computers located in each workplace and realizing the tasks of coordinating the actions of three crews during tactical and fire training.

Closest to the claimed utility model by technical nature is the KTTTM Signal Training Trainer of the R-149BMR type (http://sinvent.ru/), the simulator is designed to train crews (junior specialists and communications officials) of command post vehicles (KShM) 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. Training programs on military communications and automation equipment (MTC and A) have been developed for completing the classes of initial training of communications specialists in communication units (parts), MRUTs, communication higher education institutions: P-327-3 compaction equipment; sealing equipment P-330-6; radio relay station R-419; space communications station R-438; radio relay station R-151-M2-HF; radio relay station R-151-M2; radio relay station R-415V; radio stations R-161-A2M. The training software for radio stations included in the complex of authorized means of adaptive radio communications R-168 ("Aqueduct") has been developed.

The simulator does not work with wired and wireless digital networks. The simulator uses software and hardware simulators of radio stations of the R-173 type, which provide training on working with obsolete radio stations.

The hardware-software simulator of the radio station R-168-5UN-2 provides:

- external and functional compliance of the radio station R-168-5UN-2;

- 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 and wireless digital networks;

- the ability to work from a 220 V network and from a battery of a real radio station R-168-5UN-2.

The technical result achieved by the utility model is to reduce the time required to repair the hardware-software simulator, and the ability to work with wired and wireless digital networks.

The technical result is achieved by the fact that a single-board computer, a pairing module of the R-168-5UN-2 control panel and a single-board computer, a Wi-Fi module, a voltage converter and a source are introduced into the housing of a real R-168-5UN-2 radio station with connectors and a control panel power supply, the output of the voltage converter is connected to the input of the interface module, and the input of the voltage converter and single-board computer with external connectors for connecting the power of the radio station and connecting the battery; the output of the interface module is connected to the R-168-5UN control panel, the Wi-Fi module is built into a single-board computer.

The claimed utility model consists of a small number of functional, if necessary rapidly changing, modules.

The figure 1 shows the structural diagram of the Software and hardware simulator of the radio station R-168-5UN-2, consisting of a single-board computer, a module for interfacing the control panel R-168-5UN and a single-board computer, a power source and the case of a real radio station R-168-5UN-2 with connectors and remote control.

On a single-board computer running Windows 7, the R-168-5UN radio station simulator software and software designed to coordinate the R-168-5UN control unit interface module with the R-168-5UN radio station simulator software are installed. The interface module is connected to a single-board computer via USB. The software of the R-168-5UN radio station simulator provides the operation algorithm of a real radio station, communication with a set of training tools or other hardware-software simulators over wired and wireless digital networks.

The control panel provides input / output of information to the user in full external compliance with the software and hardware simulator of a real radio station R-168-5UN.

The interface module is connected to the cable control panel used in a real R-168-5UN radio station.

The interface module for the R-168-5UN control panel and a single-board computer is implemented on a microcontroller programmed with the developed firmware, a UART to USB conversion chip, and peripherals for connecting the chips. The microcontroller interrogates the keypad of the control panel of the R-168-5UN radio station and, when the button is pressed, sends a special package via the UART to USB conversion chip to a personal computer, software designed to coordinate the interface module of the R-168-5UN control panel. Also, the microcontroller, when receiving information from the software intended for matching the interface module of the R-168-5UN control panel, to display on the control panel of the R-168-5UN radio station, converts it and transfers it to the control panel of the R-168-5UN radio station.

The ability to work on wireless digital networks provides the use of a Wi-Fi module in the product, which is built into a single-board computer. The antenna of the Wi-Fi module is displayed on the outer surface of the product’s case.

The R-168-5UN control panel is connected to the input / output ports of the interface module. The input of the voltage converter and single-board computer is connected to external connectors for connecting the power of the radio station and connecting the battery, and the output of the voltage converter with the interface module.

The ability to work from a 220 V 50 Hz power supply provides the use of an external power source (220 V to 12 V converter).

A single-board computer provides for the exchange of information, including voice, through the built-in network card or Wi-Fi module, depending on the task at hand on wired or wireless digital networks with similar or other devices. A single-board computer controls the indication of the R-168-5UN control panel through the interface unit, which in turn transmits information about the pressed buttons of the R-168-5UN control panel to the single-board computer.

The utility model is created from the body parts of a real radio station R-168-5UN-2, a single-board computer, a power source and a pairing module, using known means from materials usually used to make radio stations.

Claims (1)

The hardware-software simulator of the radio station R-168-5UN-2, consisting of the body of a real radio station R-168-5UN-2 and a power source, characterized in that the case of a real radio station R-168-5UN-2 with connectors and a control panel is entered a single-board computer with a built-in Wi-Fi module, the interface module of the R-168-5UN-2 control panel with a single-board computer, a voltage converter, the output of the voltage converter is connected to the input of the interface module, and the input of the voltage converter and single-board computer with external connectors for connecting eniya power station and connect the battery; the output of the interface module is connected to the control panel R-168-5UN.

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