Dynamic simulation test device and method for ultra-wideband radio fuze

[0041] Example 1:

[0042] like Figure 4As shown, the ultra-wideband radio is a dynamic simulation test device, including test control module, motor rail module, controller, angular reflector, laser ranging module, infrared communication module, calculation analysis module, security module, isolation Filter module, the trust test turret, the display module, the test control module is unidirectionally connected to the cartridge module by the isolation filter module, and the test control module is connected to the computational analysis module, and the calculation analysis module is one-way connected to the calculation analysis module. The motor rail module and its controller are fixedly coupled to the angular reflector by a mechanical structure, the angle reflector reflects the echo signal when the exciting electromagnetic wave is irradiated, and the laser ranging module uses a real-time measuring angle reflector. Motion distance, the infrared communication module is coupled to the laser ranging module through the data line, the infrared communication module, and the test control module two-way communication, the infrared communication module being unidirectionally connected to an analog target drive module, the calculation The analysis module is unidirectionally connected to the display module; the motor rail module can drive the angle-reflector linear movement at a speed of not less than 5 m / s, and the laser ranging module can be updated at 100 Hz. The rate output accuracy is better than 0.02 m ranging data that can transmit data and instructions in data and instructions at a communication rate of not less than 10 kbps.

[0043] The test control module composition figure 2 As shown, including a trusted device, an echo signal acquisition circuit, a reciprocating start signal acquisition circuit, a test turntable control circuit, a data upload circuit, an infrared communication circuit, a power control circuit, the arbitrary device, and an echo signal acquisition. The circuit and the near-fried start signal acquisition circuit, the power supply control circuit is connected to the tested filling module by the isolation filter module, the test turning control circuit, by the isolation filter module and the fill test turret, the data upload circuit and the calculation analysis module connection, The infrared communication circuit is connected to the infrared communication module.

[0044] The motor rail module composition image 3 As shown, including a table, a motion rail, a drive motor, a transmission mechanism, an analog target fixing bracket, and the working station is placed on the ground, the motion rail being mounted on the workbench, the drive motor, one end of the moving guide rail, The drive mechanism is connected to the drive motor, the analog target fixing bracket and the drive mechanism.

[0045] like figure 1 , 4 The device shown in the ultra-wideband radio is a method of simulation test, including the following steps:

[0046] S1, will be tested to be attached to the test turret, placing the motor slide module and its controller and the angular reflector in the subject;

[0047] S2, through the cable connection is tested and test control modules, connecting the turntable and test control modules through the cable connection;

[0048] S3, the test control module sends a turntable angle instruction by the cable, set the turntable test angle;

[0049] S4, the test control module automatically tests the quenched trust;

[0050] S4-1, the test control module is to be measured, and the transfers are judged according to the working current and return instructions by the cable.

[0051] S4-2, the test control module sends an analog target motion command, transfained to the motor slide module and its controller via the infrared communication module;

[0052] S4-3, motor rail modules and their controllers drive angular reflectors by motor and transmission of the corner reflector to generate a target echo;

[0053] S4-4, the laser ranging module measures the motion distance of the simulated target, and transmits the distance information to the test control module by the infrared communication module;

[0054] S4-5, the test control module monitors the retrieval start signal that is detected by the quicked output, and the actual frying of the quilt is obtained according to the time of the near-fried start signal time and the distance information;

[0055] S4-6, the test control module collects the detected detection signal in real time, and sends the same as current data, blow high data, etc. to the calculation analysis module;

[0056] S5, the calculation analysis module is measured according to the test data analysis, and the test results are output by display module;

[0057] S6, remove the test cable, complete the test.

[0058] Example 2:

[0059] like Figure 5 As shown, the ultra-wideband radio is a dynamic simulation test device, including test control module, motor rail module, controller, metal plate, resistive displacement sensor, wireless communication module, calculation analysis module, security module, isolation filtering The module, the cartridge test turntable, the display module, the test control module is unidirectionally coupled to the trusted test switch by the isolation filter module, and the test control module is connected to the calculation analysis module, the test control module is unidirectionally connected to the calculation analysis module. The motor slide module and its controller are fixedly coupled to the metal plate by mechanical structure, and the metal plate is reflected when the modified electromagnetic wave is irradiated, and the resistive displacement sensor is mounted to the rail, real-time measurement. The movement distance of the metal plate, the wireless communication module is coupled to the resistive displacement sensor, the wireless communication module and the test control module two-way communication, the wireless communication module and the motor rail module and its controller One-way connection, the calculation analysis module is unidirectionally connected to the display module. The motor rail module can drive the metal plate in linear movement at a speed of no less than 5 m / s and a stroke of not less than 2m, the resistive displacement sensor module, can be more than 0.02m with an update rate of 100 Hz. Attach data, the wireless communication module operates in addition to the communication rate of not less than 10 kbps, performs transmission of data and instructions at a communication rate of not less than 10 kbps.

[0060] The test control module composition figure 2 As shown, including a flexion-oriented circuit, an echo signal acquisition circuit, a reciprocating start signal acquisition circuit, a test turntable control circuit, a data upload circuit, a wireless communication circuit, a power control circuit, and a communication circuit, an echo signal acquisition The circuit and the near-fried start signal acquisition circuit, the power supply control circuit is connected to the tested filling module by the isolation filter module, the test turning control circuit, by the isolation filter module and the fill test turret, the data upload circuit and the calculation analysis module connection, The wireless communication circuit is connected to the wireless communication module.

[0061] The motor rail module composition image 3 As shown, including a table, a motion rail, a drive motor, a transmission mechanism, an analog target fixing bracket, and the working station is placed on the ground, the motion rail being mounted on the workbench, the drive motor, one end of the moving guide rail, The drive mechanism is connected to the drive motor, the analog target fixing bracket and the drive mechanism.

[0062] like figure 1 , 5 The device shown in the ultra-wideband radio is a method of simulation test, including the following steps:

[0063] S1, will be tested to be attached to the test turret, placing the motor slide module and its controller and metal plates in the measured intrusion detection section;

[0064] S2, through the cable connection is tested and test control modules, connecting the turntable and test control modules through the cable connection;

[0065] S3, the test control module sends a turntable angle instruction by the cable, set the turntable test angle;

[0066] S4, the test control module automatically tests the quenched trust:

[0067] S4-1, the test control module is to be measured, and the transfers are judged according to the working current and return instructions by the cable.

[0068] S4-2, the test control module sends analog target motion command, transferred to the motor rail module and its controller via the wireless communication module;

[0069] S4-3, motor rail modules and their controllers drive metal plates by motor and transmission of metal plates to be measured relative to trusted motion, generating target echoes;

[0070] S4-4, the resistive displacement sensor measures the motion distance of the metal plate, and transmits the distance information to the test control module by wireless communication module;

[0071] S4-5, the test control module monitors the retrieval start signal that is detected by the quicked output, and the actual frying of the quilt is obtained according to the time of the near-fried start signal time and the distance information;

[0072] S4-6, the test control module collects the detected detection signal in real time, and sends the same as current data, blow high data, etc. to the calculation analysis module;

[0073] S5, the calculation analysis module is measured according to the test data analysis, and the test results are output by display module;

[0074] S6, remove the test cable, complete the test.