CN217982607U

CN217982607U - Two-coordinate radar semi-physical operation simulation training device

Info

Publication number: CN217982607U
Application number: CN202221035049.7U
Authority: CN
Inventors: 李广强; 程红斌; 贺照辉; 柳路芳; 郭永明; 张勇; 蔺祥楠; 胡沛
Original assignee: Air Force Early Warning Academy
Current assignee: Air Force Early Warning Academy
Priority date: 2022-04-30
Filing date: 2022-04-30
Publication date: 2022-12-06
Anticipated expiration: 2032-04-30

Abstract

The utility model discloses a two coordinate radar semi-physical operation simulation training equipment belongs to analog device technical field, including the transmission rack, transmission rack one side fixed mounting has the receipt and signal processing rack, receipt and signal processing rack one side fixed mounting have servo rack, servo rack one side fixed mounting has the main rack that shows, main rack one side fixed mounting that shows has the control rack, control rack one side fixed mounting has the vice rack that shows, vice rack one side fixed mounting that shows has the distribution rack. The utility model discloses in, through all setting up the cabinet body that will launch rack, receipt and signal processing rack, servo rack, main apparent rack, control rack, vice apparent rack and distribution rack into aluminum alloy panel and be provided with stainless steel honeycomb ventilating board and removal pulley, make things convenient for actual equipment and follow-up maintenance, can effectively solve the interference of rack electromagnetic shield, and solved the environmental sealing and good ventilation problem.

Description

Two-coordinate radar semi-physical operation simulation training device

Technical Field

The utility model belongs to the technical field of analog device, especially, relate to a two coordinate radar semi-physical operation simulation training equipment.

Background

The training simulation equipment is used for simulating various training devices and equipment manufactured by real equipment by using a similar principle or a computer technology, is convenient to operate and use, has low requirements on training and teaching site conditions, can be repeatedly used indoors or on a reduced site, can demonstrate the condition that real equipment is difficult to display, improves the training effect, can shorten the training time, is safer, saves the training expenditure, and reduces the wear of weaponry. Most of the existing radar simulation equipment simulates the radar function through software, the simulation of simulation training equipment such as a cabinet in a radar shelter is lacked, and a training scene consistent with actual installation cannot be provided, so that the simulation training effect is influenced. Therefore, the two-coordinate radar semi-physical operation simulation training device is provided, adopts a technical framework of 'semi-physical simulation + software simulation', mainly performs semi-physical simulation on related functions and operations of the radar cabinet and the terminal, and achieves full-function application operation training and assessment of equipment.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a: the two-coordinate radar semi-physical operation simulation training equipment aims to solve the problems that radar simulation equipment in the prior art lacks simulation of simulation training equipment of parts such as a cabinet in a radar shelter, and cannot provide a training scene consistent with actual installation, so that simulation training effects are affected.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a two coordinate radar semi-physical operation simulation training equipment, includes the transmission rack, transmission rack one side fixed mounting has the receipt with the signal processing rack, the receipt has servo rack with signal processing rack one side fixed mounting, servo rack one side fixed mounting has the main rack that shows, main rack one side fixed mounting that shows has the control rack, control rack one side fixed mounting has vice rack that shows, vice rack one side fixed mounting that shows has the distribution rack, all be provided with the PLC control panel in transmission rack and the servo rack, transmission rack, receipt and signal processing rack, servo rack, main rack that shows, control rack, vice rack that shows and the equal fixedly connected with in distribution rack bottom remove the wheel, transmission rack, receipt and signal processing rack, servo rack, main rack that shows, control rack, vice rack that shows and the equal fixed mounting in distribution rack back have stainless steel honeycomb formula ventilating board.

As a further description of the above technical solution:

the transmission device comprises a transmitting cabinet, a power module PLC control panel and a radio frequency cabinet, wherein the transmitting cabinet is internally and fixedly provided with the power cabinet, the power module is arranged in the power cabinet, the power module PLC control panel is electrically connected with the power cabinet, the radio frequency cabinet is fixedly arranged on one side of the power cabinet, a final-stage power amplifier assembly is arranged in the radio frequency cabinet, the output end of the final-stage power amplifier assembly is electrically connected with an excitation power amplifier assembly, and the final-stage power amplifier assembly and the excitation power amplifier assembly are both electrically connected with the PLC control panel.

As a further description of the above technical solution:

the signal processing machine cabinet is internally and fixedly provided with a signal processing extension, the bottom of the signal processing extension is fixedly provided with a first receiver, the bottom of the first receiver is fixedly provided with a second receiver, and the bottom of the second receiver is fixedly provided with a radar side-looking simulation board.

As a further description of the above technical solution:

the servo cabinet is internally and fixedly provided with a servo control panel, and the servo control panel is electrically connected with the PLC control panel.

As a further description of the above technical solution:

the monitoring system comprises a main display cabinet, a monitoring cabinet and an auxiliary display cabinet, wherein a main display, a monitoring display and an auxiliary display are respectively and fixedly installed on one side of the main display cabinet, one side of the monitoring cabinet and one side of the auxiliary display cabinet, operation platforms are respectively and fixedly installed below the main display, the monitoring display and the auxiliary display, and a high-performance computer is installed on the fixed top of the bottom of each operation platform.

As a further description of the above technical solution:

the inside master switch that is provided with of distribution rack, master switch bottom fixed mounting has subsystem switch, subsystem switch bottom fixed mounting has the pilot lamp, pilot lamp bottom fixed mounting has voltmeter and voltage switching knob.

To sum up, owing to adopted above-mentioned technical scheme, the beneficial effects of the utility model are that:

1. the utility model discloses in, through setting up the transmission rack, receive and the signal processing rack, servo rack, the main rack that shows, the control rack, vice rack and the distribution rack that shows, the transmission rack of simulation radar, receive and the signal processing rack, servo rack, the main rack that shows, the control rack, vice overall dimension who shows rack and distribution rack, and a structure, the operation effect, simulation radar echo signal, the processing procedure, the control response, and through integrated control system, carry out system management, think and decide the setting, training and examination control, auxiliary function such as examination aassessment and storage and compound disk, the realization is to real dress radar signal level, main branch system rack 1: the simulation test equipment comprises a cabinet panel, keys, an indicator light and a test interface which are consistent with actual equipment, wherein the cabinet comprises a switching circuit, a control protection circuit, a driving circuit, an interface, an indication circuit, a radar test signal simulation board and the like, and provides vivid and perfect radar teaching, training, examining and comprehensive combat training simulation training equipment for radar soldiers.

2. The utility model discloses in, through with the cabinet body that sends the rack, receive and signal processing rack, servo rack, main rack, control rack, vice rack and the distribution rack that shows all set up to aluminum alloy panel and be provided with stainless steel honeycomb ventilating board and removal pulley, make things convenient for actual equipment and follow-up maintenance, can effectively solve the rack interference, satisfy electromagnetic shield, environmental sealing and good ventilation problem simultaneously.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

FIG. 2 is a schematic view of the front plan structure of the present invention;

fig. 3 is a schematic view of the rear view plane structure of the present invention.

Illustration of the drawings: 1. transmitting cabinet, 101, power supply cabinet, 102, radio frequency cabinet, 103, power supply module, 104, final-stage power amplifier assembly, 105, exciting power amplifier assembly, 2, receiving and signal processing cabinet, 201, signal processing extension, 202, first receiver, 203, second receiver, 204, radar side-view simulation board, 3, servo cabinet, 301, servo control board, 4, main display cabinet, 5, monitoring cabinet, 6, auxiliary display cabinet, 7, distribution cabinet, 701, main power switch, 702, subsystem switch, 703, indicator light, 704, voltmeter and voltage switching knob, 8, main display, 9, console, 10, high-performance computer, 11, monitoring display, 12, auxiliary display, 13, moving wheel, 14, stainless steel honeycomb ventilation board, 15, PLC control board.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by a person of ordinary skill in the art without creative efforts belong to the protection scope of the present invention.

Referring to fig. 1-3, the present invention provides a technical solution: a two-coordinate radar semi-physical operation simulation training device comprises a transmitting cabinet 1, a power supply cabinet 101 is fixedly arranged in the transmitting cabinet 1, a power supply module 103 is arranged in the power supply cabinet 101, a PLC (programmable logic controller) control panel 15 of the power supply module 103 is electrically connected, a radio frequency cabinet 102 is fixedly arranged on one side of the power supply cabinet 101, a final-stage power amplifier assembly 104 is arranged in the radio frequency cabinet 102, an output end of the final-stage power amplifier assembly 104 is electrically connected with an excitation power amplifier assembly 105, the final-stage power amplifier assembly 104 and the excitation power amplifier assembly 105 are electrically connected with the PLC control panel 15, the transmitting cabinet 1 is composed of a transmitter radio frequency cabinet 102 and a transmitter power supply cabinet 101, the transmitter radio frequency cabinet 102 comprises a cabinet, the final-stage power amplifier assembly 104, the excitation power amplifier assembly 105 and the PLC control panel 15, a fault indicator 703, a radio frequency output indicator 703, a +40V voltage test port, a +30V voltage test port, a +5V voltage test port, a grounding test port, an output detection test port and an input detection test port, the indicator 703 and a simulation test port are simulated on the power supply panel, the transmitting cabinet and the power supply module and the transmitting cabinet can simulate a radar control panel, the radar function display module and the transmitting module, the transmitting cabinet can simulate a radar control panel, the power supply module and display panel, wherein the power supply module can simulate a radar test port, the power supply module and the power supply module, the transmitting cabinet can simulate a radar test panel, the teaching device can simulate a series of a radar test panel, the transmitting cabinet and the teaching device.

A receiving and signal processing cabinet 2 is fixedly arranged on one side of a transmitting cabinet 1, a signal processing branch 201 is fixedly arranged in the signal processing cabinet, a first receiver 202 is fixedly arranged at the bottom of the signal processing branch 201, a second receiver 203 is fixedly arranged at the bottom of the first receiver 202, a radar side-view simulation board 204 is fixedly arranged at the bottom of the second receiver 203, the receiving and signal processing cabinet 2 is composed of the signal processing branch 201 and a receiving branch through the arrangement of the receiving and signal processing cabinet 2, the signal processing branch 201 mainly comprises a cabinet, 14 plug-ins and a PLC (programmable logic controller) control board 15, working state indicator lamps 703 on the panels of the plug-ins are simulated through the PLC control board 15, and a trigger test port and an output test port on the panel of the controller are subjected to analog output through the radar test signal simulation board, the receiver 1 case panel is composed of 4 analog simulation sub-panels, which respectively simulate the detection signal output of 1 main path receiving component plug-in, 1 shadow path receiving component plug-in, 1 phase cancellation receiving component plug-in and 1 receiving component (backup) plug-in of the receiver 1, the PLC control panel 15 simulates the working state indicator light 703 on each plug-in panel, the radar test signal simulation board simulates the output of a clock and an intermediate frequency echo signal, and the receiver 2 case panel is composed of 4 analog simulation sub-panels, which respectively simulate the detection signal output of 1 excitation component plug-in, 1 frequency synthesis two component plug-in, 1 frequency synthesis one component plug-in and 1 network card component plug-in of the receiver 1. And simulating the output of a clock and an intermediate frequency echo signal by a radar test signal simulation board.

Receiving and 2 one side fixed mounting of signal processing rack have servo rack 3, servo rack 3 inside has set firmly servo control panel 301,

servo control panel

301 and 15 electric connection of PLC control panel, through setting up servo rack 3, have 1 quick-witted case, 4 plug-ins and PLC control panel 15 to constitute on the 3 quick-witted cases of servo rack, simulate through operating condition pilot lamp 703 and the switch of PLC control panel 15 on to each plug-in components panel.

A main display cabinet 4 is fixedly installed on one side of the servo cabinet 3, a monitoring cabinet 5 is fixedly installed on one side of the main display cabinet 4, an auxiliary display cabinet 6 is fixedly installed on one side of the monitoring cabinet 5, a main display 8 is respectively fixedly installed on one side of the monitoring cabinet 5 and one side of the auxiliary display cabinet 6, an operation table 9 is fixedly installed below the main display 8, the monitoring display 11 and the auxiliary display 12, a high-performance computer 10 is installed on the bottom of the operation table 9, the main display cabinet 4 is composed of a display, a keyboard and an interrogator panel through the main display cabinet 4 and the auxiliary display cabinet 6, the interrogator panel is consistent with the actual installation, the key response of the interrogator panel is consistent with the actual installation, the communication with a target and an environment simulation software data processing module is realized through a PLC control panel 15, the interrogator and the target feedback control of a secondary radar are simulated, the display cabinet 6 is provided with a display and a work station, a control console is provided, and a device such as a keyboard, a mouse and a reset button is provided on the table top of the control console. The recording keyboard adopts a standard 101 small keyboard and a PS/2 interface, the mouse adopts a photoelectric PS/2 mouse, and the recording keyboard is provided with a USB adapter. The design of the monitoring cabinet 5 is consistent with that of the secondary display cabinet 6.

6 one side fixed mounting of vice apparent rack has distribution cabinet 7, distribution cabinet 7 is inside to be provided with total switch 701, total switch 701 bottom fixed mounting has subsystem switch 702, subsystem switch 702 bottom fixed mounting has pilot lamp 703, pilot lamp 703 bottom fixed mounting has voltmeter and voltage switching knob 704, through setting up distribution cabinet 7, distribution cabinet 7 total switch 701, subsystem switch 702, looks pilot lamp 703, voltmeter and voltage switching knob, subsystem switch 702 is: the transmitter, the T/R module switch, the antenna base car switch, the receiving and display control cabinet switch, the indicator light 703, the voltmeter and the voltage switching knob are all subjected to analog control by the distribution box PLC control panel 15.

All be provided with PLC control panel 15 in emission rack 1 and the servo rack 3, emission rack 1, receive and signal processing rack 2, servo rack 3, main rack 4 that shows, control rack 5, vice rack 6 that shows and the equal fixedly connected with in distribution rack 7 bottom removes wheel 13, emission rack 1, receive and signal processing rack 2, servo rack 3, main rack 4 that shows, control rack 5, vice rack 6 that shows and the equal fixed mounting in distribution rack 7 back has stainless steel honeycomb ventilating board 14.

The above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered within the protection scope of the present invention.

Claims

1. The utility model provides a two coordinate radar semi-physical object operation simulation training equipment, includes transmission rack (1), its characterized in that: transmitting rack (1) one side fixed mounting has receipt and signal processing rack (2), receipt and signal processing rack (2) one side fixed mounting has servo rack (3), servo rack (3) one side fixed mounting has main apparent rack (4), main apparent rack (4) one side fixed mounting has control rack (5), control rack (5) one side fixed mounting has vice apparent rack (6), vice apparent rack (6) one side fixed mounting has distribution cabinet (7), all be provided with PLC control panel (15) in transmitting rack (1) and servo rack (3), transmitting rack (1), receipt and signal processing rack (2), servo rack (3), main apparent rack (4), control rack (5), vice apparent rack (6) and distribution rack (7) bottom equal fixedly connected with remove wheel (13), transmitting rack (1), receipt and signal processing rack (2), servo rack (3), main apparent rack (4), control rack (5), vice apparent rack (6) and distribution rack (7) back equal fixed mounting have stainless steel honeycomb panel (14).

2. The two-coordinate radar semi-physical operation simulation training device of claim 1, wherein: the transmission rack (1) inside has set firmly power rack (101), be provided with power module (103) in power rack (101), power module (103) PLC control panel (15) electric connection, power rack (101) one side fixed mounting has radio frequency rack (102), be provided with final power amplifier subassembly (104) in radio frequency rack (102), final power amplifier subassembly (104) output electric connection has excitation power amplifier subassembly (105), final power amplifier subassembly (104) and excitation power amplifier subassembly (105) all with PLC control panel (15) electric connection.

3. The two-coordinate radar semi-physical operation simulation training device of claim 1, wherein: the utility model discloses a signal processing machine cabinet, including signal processing rack, signal processing rack internal stability is equipped with signal processing extension (201), signal processing extension (201) bottom fixed mounting has first receiver (202), first receiver (202) bottom fixed mounting has second receiver (203), second receiver (203) bottom fixed mounting has the radar to look sideways at emulation board (204).

4. The two-coordinate radar semi-physical operation simulation training device of claim 1, wherein: the servo cabinet (3) is internally and fixedly provided with a servo control panel (301), and the servo control panel (301) is electrically connected with the PLC control panel (15).

5. The two-coordinate radar semi-physical operation simulation training device of claim 1, wherein: main show rack (4), control rack (5) and vice rack (6) one side respectively fixed mounting have main display ware (8), monitor display ware (11) and vice display ware (12), main display ware (8), monitor display ware (11) and vice display ware (12) below equal fixed mounting have operation panel (9), operation panel (9) bottom fixed top installs high performance computer (10).

6. The two-coordinate radar semi-physical operation simulation training device of claim 1, wherein: the power distribution cabinet (7) is internally provided with a main power switch (701), the bottom of the main power switch (701) is fixedly provided with a subsystem switch (702), the bottom of the subsystem switch (702) is fixedly provided with an indicator light (703), and the bottom of the indicator light (703) is fixedly provided with a voltmeter and a voltage switching knob (704).