METHOD OF ESTIMATING TECHNICAL CONDITION OF EQUIPMENT Russian patent published in 2017 - IPC G01M15/14 

Abstract RU 2616329 C1

FIELD: measurement equipment.

SUBSTANCE: in the process of entrance control equipment before the operation is carried out by measuring the output parameters of the equipment with the fixation of their values, taking into account the spread parameter values within the zone of permissible values of the output parameters of the manufacturer, then carry out technical monitoring of the technical condition of the equipment, which is carried out continuously by measuring the current output values equipment parameters during operation, further diagnose the equipment carried out by comparing the current output values of the parameters of the equipment during operation with the values of the output parameters of the equipment when the input control if the current output values in the process of equipment operation parameters are not equal to the values of the output parameters of the equipment with an input control, then define the pattern of degradation processes equipment computes the value of the rate of approximation of operating output parameter to the permissible limit of the output parameter values of the factory area, development of expert judgment condition of the equipment is carried out in the course of operation of the equipment computing facilities with immediate display of the remaining time resource operation of this equipment on the equipment status reporting devices, after the establishment of an expert opinion on the residual time resources of the equipment determined by the coming failure of the equipment during its operation and on the basis of residual temporary equipment life make the decision to replace the equipment in almost-collapsed state.

EFFECT: evaluation of the technical condition of the equipment currently in operation and the calculation of the remaining time resource exploitation equipment to make a decision about the timely replacement of equipment in the almost-collapsed state.

4 dwg

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RU 2 616 329 C1

Authors

Majlov Nazar Nazarovich

Saitkulov Vladimir Gelmanovich

Dates

2017-04-14Published

2016-03-09Filed