Amphibious assault vehicle high-voltage power panel component performance detection device

Abstract

The utility model relates to the technical field of chariot equipment detection, in particular to an amphibious assault vehicle high-voltage power panel component performance detection device which is connected with a comprehensive detector through a cable. The high-voltage power supply board component is provided with three laser power supply indicating lamps, three amplifier power supply indicating lamps, a counter board component socket, a low-voltage power supply board component socket and a high-voltage power supply board component socket; the device is provided with a DC26V power supply input end, a charging / triggering signal input end, a laser power supply input end and an adjusting HV voltage input end, and the DC26V power supply input end is provided with a DC26V working power supply by a comprehensive detector; the charging / triggering signal input end is connected with an analog charging / triggering control signal of the comprehensive detector, the laser power supply input end is connected with the HV charging voltage output end of the comprehensive detector, and the HV voltage adjusting input end is connected with a charging adjusting potentiometer of the comprehensive detector.

Description

Technical Field

[0001] The invention relates to the technical field of combat vehicle equipment detection, in particular to a performance detection device for high-voltage power supply board components of an amphibious assault vehicle. Background Art

[0002] The laser ranging system on amphibious equipment can measure the distance of enemy armored vehicles, fortifications and other valuable targets, provide accurate target distance data for the fire control system, facilitate the fire control computer to solve the shooting parameters, and drive the artillery to accurately aim and shoot. It is the core component of the "accurate shooting" of the series of amphibious equipment. The integrity rate of the laser ranging system directly affects the probability of the first hit of the vehicle-mounted artillery. Due to the influence of factors such as high temperature, high salt and high humidity climate conditions in coastal areas, aging of equipment components, improper maintenance and storage, and severe vibration of artillery shooting, there are many faults in the laser ranging system on amphibious equipment at present, which has a great impact on training and combat readiness. There is still a big gap between the current technical means and the precise guarantee needs of rapid detection and rapid maintenance, especially under field conditions, the gap between equipment maintenance needs and existing capabilities will be further widened. The detection and debugging equipment of the laser ranging system on amphibious equipment in the existing technology has a single function, only has the detection function of a certain component, and can only be used in the workshop, and cannot be implemented in the field. There is an urgent need for a comprehensive detection and debugging equipment for amphibious equipment vehicle-mounted laser ranging systems that integrates detection and debugging functions and can meet the needs of on-site detection and debugging under field conditions, improve the on-site maintenance capability of the vehicle-mounted laser ranging system, and effectively improve the reliability of the laser ranging system of amphibious equipment vehicles, so as to better play the firepower advantage of amphibious equipment vehicles. Summary of the invention

[0003] In order to solve the defects and problems existing in the detection of laser ranging systems in the prior art, a performance detection device for high-voltage power supply board components of an amphibious assault vehicle is provided.

[0004] The technical solution adopted by the present invention to solve the technical problem is as follows: a high-voltage power supply board component performance detection device for an amphibious assault vehicle is connected to a comprehensive detector through a cable; three laser power indicator lights and three amplifier power indicator lights are arranged on the high-voltage power supply board component; the three laser power indicator lights respectively display HV+, HV-, and GND signals; the three amplifier power indicator lights respectively display 9V, -9V, and 650V signals; a counter board component socket, a low-voltage power supply board component socket, and a high-voltage power supply board component socket are also arranged on the high-voltage power supply board component; a DC26V power input terminal, a charging / triggering signal input terminal, a laser power input terminal, and an adjusting HV voltage input terminal are arranged; the DC26V power input terminal is provided with a DC26V working power supply by the comprehensive detector; the charging / triggering signal input terminal is connected to an analog charging / triggering control signal of the comprehensive detector; the laser power input terminal is connected to an HV charging voltage output terminal of the comprehensive detector; and the adjusting HV voltage input terminal is connected to a charging adjusting potentiometer of the comprehensive detector.

[0005] The invention discloses a device for detecting the performance of components of a high-voltage power supply board of an amphibious assault vehicle, which can simulate the electrical interface of the high-voltage power supply board of an amphibious assault vehicle, and detect the performance of components of the high-voltage power supply board of the amphibious assault vehicle; the device is a comprehensive instrument integrating multi-component and multi-functional detection, repair and maintenance, and has complete interface functions, strong compatibility, and convenient operation and use. The device can be used in an indoor maintenance workshop or in a field vehicle, and can quickly detect product performance and determine the location of product failure, so as to detect, repair and maintain the use of the product. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] The following is a further description of a performance detection device for high-voltage power supply board components of an amphibious assault vehicle according to the present invention in conjunction with the accompanying drawings and specific implementation methods.

[0007] Figure 1 It is a schematic diagram of the relationship framework between a high-voltage power supply board component performance detection device for an amphibious assault vehicle and a comprehensive detection instrument of the present invention;

[0008] Figure 2 The present invention is a schematic diagram of the connection structure between a performance detection device for a high-voltage power supply board component of an amphibious assault vehicle and a comprehensive detection instrument. DETAILED DESCRIPTION

[0009] like Figure 1 and Figure 2As shown, a high-voltage power supply board component performance detection device for an amphibious assault vehicle of the present invention is connected to a comprehensive detector through a cable, and three laser power indicator lights and three amplifier power indicator lights are provided on the high-voltage power supply board component. The three laser power indicator lights respectively display HV+, HV-, and GND signals, and the three amplifier power indicator lights respectively display 9V, -9V, and 650V signals. The high-voltage power supply board component is also provided with a counter board component socket, a low-voltage power supply board component socket, and a high-voltage power supply board component socket; a DC26V power input terminal, a charging / triggering signal input terminal, a laser power input terminal, and an adjusting HV voltage input terminal are provided, and the DC26V power input terminal is provided with a DC26V working power supply by the comprehensive detector; the charging / triggering signal input terminal is connected to the analog charging / triggering control signal of the comprehensive detector, the laser power input terminal is connected to the HV charging voltage output terminal of the comprehensive detector, and the adjusting HV voltage input terminal is connected to the charging adjustment potentiometer of the comprehensive detector.

[0010] like Figure 1 and Figure 2 As shown, the detection working principle of the device for detecting the performance of the high-voltage power supply board components of an amphibious assault vehicle of the present invention is as follows: the comprehensive detector provides a DC 26V working power supply, the comprehensive detector simulates the charging control signal of the high-voltage power supply board of the amphibious assault vehicle, controls the charging of the high-voltage power supply board of the amphibious assault vehicle, outputs the HV charging voltage, and the Kv meter of the comprehensive detector indicates the HV charging voltage value and the LC pulse network charging; the comprehensive detector simulates the trigger control signal of the high-voltage power supply board of the amphibious assault vehicle, controls the trigger circuit of the high-voltage power supply board of the amphibious assault vehicle to output the TRIG trigger signal, triggers the LC pulse network of the comprehensive detector, and discharges the xenon lamp; and the "amphibious assault vehicle charging adjustment" potentiometer on the panel of the comprehensive detector is adjusted to adjust the charging voltage of the high-voltage power supply board of the amphibious assault vehicle.

[0011] like Figure 1 and Figure 2 As shown, the performance detection device of the high-voltage power supply board component of an amphibious assault vehicle of the present invention performs the following detection work:

[0012] (1) Plug the high-voltage power supply board of the amphibious assault vehicle into the high-voltage power supply board socket of the amphibious assault vehicle component detection device.

[0013] (2) Set the “main power” switch to “on” to power on the high-voltage power supply circuit board of the amphibious assault vehicle. After powering on, the performance of the high-voltage power supply circuit board of the amphibious assault vehicle can be tested.

[0014] (3) Set the "Charge / Trigger" switch to "Charge", the high-voltage power supply board of the amphibious assault vehicle outputs the charging voltage HV, the integrated tester LC pulse network charges, and the "Charge Indicator" Kv meter indicates the charging voltage value. Adjust the "Charge Adjustment Potentiometer" on the panel of the integrated tester to adjust the charging voltage of the high-voltage power supply board of the amphibious assault vehicle.

[0015] (4) After the high-voltage power supply board of the amphibious assault vehicle is charged, the "charge / trigger" switch is set to "trigger", and the high-voltage power supply board of the amphibious assault vehicle outputs a trigger signal to trigger the LC pulse network of the comprehensive detector and the xenon lamp to discharge.

[0016] (5) After the test, turn the "main power" switch to "off" and other switches to the "initial setting" position.

[0017] In summary, compared with the prior art, the performance detection device of the high-voltage power supply board component of an amphibious assault vehicle of the present invention can simulate the electrical interface of the high-voltage power supply board of an amphibious assault vehicle, and detect the performance of the high-voltage power supply board components of the amphibious assault vehicle; it is a comprehensive instrument integrating multi-component and multi-functional detection, repair and maintenance, and its interface is fully functional, highly compatible, and easy to operate and use. It can be used in indoor maintenance workshops or field vehicles, and can quickly detect product performance and determine the location of product failures, so as to detect, repair and maintain product use.

[0018] The present invention has been described illustratively and not restrictively according to the embodiments of the present invention, but it should be understood that changes and / or modifications may be made by those skilled in the art without departing from the relevant protection scope defined by the claims.

Claims

1. A performance detection device for high-voltage power supply board components of an amphibious assault vehicle, characterized in that: It is connected to a comprehensive detector through a cable. The high-voltage power supply board component is provided with three laser power indicator lights and three amplifier power indicator lights. The three laser power indicator lights display HV+, HV-, and GND signals respectively. The three amplifier power indicator lights display 9V, -9V, and 650V signals respectively. The high-voltage power supply board component is also provided with a counter board component socket, a low-voltage power supply board component socket, and a high-voltage power supply board component socket; it is provided with a DC26V power input terminal, a charging / trigger signal input terminal, a laser power input terminal, and an adjustable HV voltage input terminal. The DC26V power input terminal is provided with a DC26V working power supply by the comprehensive detector; the charging / trigger signal input terminal is connected to the analog charging / trigger control signal of the comprehensive detector, the laser power input terminal is connected to the HV charging voltage output terminal of the comprehensive detector, and the adjustable HV voltage input terminal is connected to the charging adjustment potentiometer of the comprehensive detector.

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