RU2425418C1 - Device for recording and processing information when checking missiles - Google Patents

Abstract

FIELD: information technology. ^ SUBSTANCE: device for recording and processing digital information when checking missiles has a housing, an input/output socket, a socket for an external recording device on the housing, as well as an input/output module, an initial data preparation module, a hardware timer module, an information display module, a text editor module, a file manager module, at least one channel having a channel data recording module, a channel data storage module, a primary channel data processing module and a secondary channel data processing module, all on the housing of the device. ^ EFFECT: design of a device which enables profound online monitoring of the progress and results of checking articles on test and control equipment, and online monitoring of the state of articles during recording. ^ 3 dwg

Description

The invention relates to information-measuring systems and is intended for operational control of the information interaction of a complex product, such as a rocket, with the equipment of test complexes, as well as with the equipment of carriers, ship, aircraft or ground.

A device is known from the prior art for testing a rocket at a technical position, comprising an input-output connector, an input-output module, a matching device, a data storage module, a primary data processing module, a hardware timer module (US Patent No. 5721680, MKI F42B 15/01 ) This device carries out operational control of the missile check and gives an opinion on the serviceability of the rocket as a whole, and in the event of a malfunction of the rocket as a whole, it allows you to find the faulty component of the rocket. The disadvantage of this device is the insufficient depth of control verification of the rocket and its components due to the lack of a secondary data processing module.

The objective of the proposed invention is the creation of a device that allows for deep operational control of the progress and results of product verification on the test equipment, as well as operational monitoring of the state of the product during the registration process.

The problem is solved due to the fact that the device for recording and processing digital information during rocket testing includes a housing, an input-output connector and a connector for an external recording device mounted on the housing, as well as an input-output module, a source data preparation module installed in the housing, a hardware timer module, an information display module, a text editor module, a file manager module, at least one channel comprising a channel data recording module, a channel data storage module, primary channel data processing module, channel secondary data processing module, wherein the first output of the input-output connector is connected to the input of the source data preparation module, the second output of the input-output connector is connected to the input of the input-output module, the output of the input-output module is connected to the first the input of the channel data registration module, the output of the hardware timer module is connected to the second input of the channel data registration module, the output of the channel data registration module is connected to the first input of the channel data storage module, the first output is the channel data storage module is connected to the input of the test editor module, the second output of the channel data storage module is connected to the first input of the channel primary data processing module, the third output of the channel data storage module is connected to the input of the file manager module, the second input of the channel data storage module is connected to the output of the module secondary processing of channel data, the output of the test editor module is connected to the input of the connector for an external recording device, the output of the file manager module is connected to the input of the display module Information is supplied, the output of the source data preparation module is connected to the second input of the primary data processing module, the first output of the channel primary data processing module is connected to the third input of the channel data storage module, the second output of the channel primary data processing module is connected to the input of the channel data secondary processing module.

The invention is illustrated by drawings, on which:

figure 1 is a structural diagram of a device;

figure 2 is a diagram of one of the options for connecting the device to the bus of information exchange in accordance with GOST 118977-79 when checking a rocket using test equipment at a technical position.

figure 3 - diagram of one of the options for connecting the device to the bus information exchange according to GOST 18977-79 when checking the rocket in the container on the ship.

In figure 1, 2, 3 are indicated:

1 - input-output connector;

2 - input-output module;

3 - source data preparation module;

4 - module for recording channel data;

5 - channel data storage module;

6 - module for primary processing of channel data;

7 - module secondary processing of channel data;

8 - test editor module;

9 - hardware timer module;

10 - file manager module;

11 - matching device;

12 - information display module;

13 - connector for an external recording device;

14 - rocket;

15 - test equipment;

16 - a rocket in a transport and launch container;

17 - ship automated control system.

The proposed device for recording and processing digital information when testing a rocket, the circuit of which is shown in Fig. 1, generally contains: an input-output connector 1, a connector for an external recording device 13, an input-output module 2, a source data preparation module 3, a module hardware timer 9, information display module 12, text editor module 8, file manager module 10, as well as at least one channel containing channel 4 data recording module, channel 5 data storage module, primary processing module channel 6 data, channel 7 secondary data processing module, wherein the first output of the input-output connector 1 is connected to the input of the source data preparation module 3, the second output of the input-output connector 1 is connected to the input of the input-output module 2, the output of the input-output module 2 is connected to the first input of channel 4 data recording module, the output of the hardware timer module 9 is connected to the second input of channel 4 data recording module, the output of channel 4 data recording module is connected to the first input of channel 5 data storage module, the first output of the storage module channel 5 data is connected to the input of the test editor module 8, the second output of channel 5 data storage module is connected to the first input of the channel 6 primary data processing module, the third output of channel 5 data storage module is connected to the input of the file manager 10 module, the second input of the channel data storage module 5 is connected to the output of the secondary data processing module of channel 7, the output of the test editor module 8 is connected to the input of the connector for an external recording device 13, the output of the file manager module is connected to the input of the display module Information 12, the output of the source data preparation module 3 is connected to the second input of the primary data processing module 6, the first output of the primary data processing module 6 is connected to the third input of the data storage module of channel 5, the second output of the primary data processing module of channel 6 is connected to the input of the secondary module channel 7 data processing.

Consider the operation of the device on the example of the operation of the device circuit shown in figure 1.

To test the rocket on the test equipment assemble the circuit in accordance with figure 2. The signals from the information exchange bus in accordance with GOST 18977-79 are fed through a matching device 11 to the input-output connector 1, from the input-output connector 1, the signals are sent to the input-output module 2 and to the input data preparation module 3, signals from the input-output module 2 enter the channel 4 data recording module. Also, signals from the hardware timer module 9, which synchronizes the operation of the I / O module 2 due to the formation of a hardware interrupt with a given frequency of hardware interrupt, are received at the input of the data recording module, in the processing procedure of which roiskhodit survey input-output device 2 and recording of digital information.

In the data recording module of channel 4, information is recorded using a recording program. Channel 4 data recording module consists of three parts: inertial system data recording module, homing head data recording module, and radio altimeter data recording module. The signals from the channel 4 data recording module enter the channel 5 data storage module, from the channel 5 data storage module enter the channel 6 primary data processing module, in which the received data is converted into physical quantities, as well as into binary, octal and hexadecimal codes. The obtained data also goes to the data storage module of channel 5 and to the secondary data processing module of channel 7, in which the received data from physical quantities are converted into values convenient for subsequent analysis.

The results are also sent to the channel 5 data storage module. The processing results are text files that are recorded next to the source file. Data from the channel 5 data storage module is transferred to a text editor module 8, which generates information for displaying the registered data obtained after processing, and then to the information display module 10, and / or to the file manager module 10, which transfers information from the storage module channel 5 data to external data drives through the connector for an external recording device 13 (recording to disk or flash memory), and further transfer to specialists to determine the cause of the malfunction.

As an I / O module, a PC429-3-44 (88) board can be used according to GOST 18977-79 from Elkus.

As a hardware timer module, the ISP DAS DIO-64 board can be used.

Also, the device may include a mobile computer such as "Fieldworks" or "Kontron" in the climatic version. The proposed device can operate in the temperature range from 0 to plus 35 ° C.

The device is used to test the rocket at the test station or at a technical position, connecting it using a matching device 11 to the data exchange bus according to GOST 18977-79, which carries out information exchange between the rocket and the control and test equipment or the rocket and the carrier equipment (maritime, aviation or land).

The operation of the device does not affect the process of exchanging information during product verification. The device is universal in use with various types of media and test equipment, while the product being tested can be both in the transport-launch container and without it. Using the device allows you to evaluate the quality of the product’s functioning as a whole and analyze the implementation of the information exchange protocol for compliance with the communication protocol with the carrier and the internal protocols of information interaction of the product subsystems, as well as identify a defective rocket unit. The device allows you to simultaneously control the verification of several missiles.

The presented diagram and description of the device allow, using the existing element base, to manufacture the device in an industrial way, which characterizes the invention as industrially applicable.

Claims (1)

A device for recording and processing digital information when testing a rocket, comprising a housing, an input-output connector and a connector for an external recording device installed on the housing, as well as an input-output module, a source data preparation module, a hardware timer module, an information display module installed in the housing , a text editor module, a file manager module, at least one channel containing a channel data recording module, a channel data storage module, a channel data primary processing module, m a secondary channel data processing module, wherein the first output of the input-output connector is connected to the input of the source data preparation module, the second output of the input-output connector is connected to the input of the input-output module, the output of the input-output module is connected to the first input of the channel data registration module, the output of the hardware timer module is connected to the second input of the channel data registration module, the output of the channel data registration module is connected to the first input of the channel data storage module, the first output of the channel data storage module is connected to the input ohm of the text editor module, the second output of the channel data storage module is connected to the first input of the channel primary data processing module, the third output of the channel data storage module is connected to the input of the file manager module, the second input of the channel data storage module is connected to the output of the channel data processing module, output the text editor module is connected to the input of the connector for an external recording device, the output of the file manager module is connected to the input of the information display module, the output of the preparation module and the source data is connected to the second input of the primary data processing module, the first output of the primary data processing module of the channel is connected to the third input of the channel data storage module, the second output of the channel primary data processing module is connected to the input of the secondary data processing module.

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