Patent RU-2271034-C1 (RU)
Title: Onboard autonomous system for continuous analysis and registration of information
Inventor: PILIPENKO TAISIJA DANILOVNA
IPC: G05D19/02
Filed: 2004-06-03
Granted: 2006-02-27
Abstract: FIELD: radio engineering, possible use for mechanical industry, aircraft industry, rocket and space industries for controlling and generating information during measurements of dynamic processes. 
     SUBSTANCE: onboard autonomous system for performing continuous analysis and registration of information contains devices for gathering and processing information, transmitter, receiver, decoder, block for generating decisions, additionally has sets of indicators, power source transformer, analog-digital converter, input data block, controlling block, notebook, timer, memorizing device, first, second and third set-points generators of level, block for analyzing threshold-level information, first, second and third operative memorizing devices, block for selecting maximal amplitudes, block for selecting extreme points, counter of cycles, block for generating a limit-level command, output data block, registration device, transmitter, communication channel and receiver with decoder, while outputs from indicators are connected serially through transformers, filters, amplifiers with analog-digital converter, by its output connected to input device, by first output and input connected to controlling block, and by second input and output - to threshold level analysis block, by second input through timer connected to second output of controlling block, by third outputs connected to first, second and third level set-point generators, outputs of which are connected to third, fourth and fifth inputs of threshold-level information analysis block, outputs of which are connected to memorizing device and first, second and third operative random-access devices, while by its second input first operative random-access device through command generation block is connected to first output of third operative random-access device, second output of which and output of first operative random-access device are connected to inputs of memorizing device, and output of second operative random-access memorizing device through the block for selecting extreme points and the block for determining maximal amplitudes is connected to memorizing device, and by second output second operative random-access memorizing device through counter of cycles is connected to block for determining maximal amplitudes, by fourth output controlling block is connected to memorizing device, output of which and fifth output of controlling block are connected to inputs of output data block, connected by its output to notebook, output of which through transmitter and communication channel is connected to receiver, while system power source through transformer is connected to system blocks, enabled for operation with notebook by controlling space pilot. 
     EFFECT: improved reliability, precision and speed of operation of system for receiving and transmitting information, by transforming signals to a form comfortable for analysis, substantial compression and transmission of the results, and also possible taking of a decision by a space pilot in case if emergency situation occurs. 
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