METHOD FOR OUTPUTTING AUDIO INFORMATION ABOUT THE TECHNOLOGICAL PROCESS OF ELECTRON-BEAM ACTION Russian patent published in 2020 - IPC G01H3/14 

Abstract RU 2727339 C1

FIELD: metrology.

SUBSTANCE: invention relates to metrology, in particular to methods of metrological assessment of processes occurring during thermal treatment of metals. Method of outputting audio information about a process involves attaching a flexible waveguide to the object to be processed, attaching an accelerometer on the waveguide and processing information using a computer. Accelerometer signal is recorded in form of time dependences of current values of signals in two frequency ranges from the beginning of exposure to the moment of amplitude drop of signals to the level of background noise. Envelopes of obtained relationships are selected, which are stretched in time by 50 or more times. As frequency ranges, in which time dependencies of current values of signals from the accelerometer are recorded, selecting those ranges in which, according to experimental data, the signal effective amplitude undergoes the greatest changes from pulse to pulse, new envelopes are used as modulating functions for corresponding selected carrier signals, modulated signals are differentiated amplified and separately supplied to a two-channel sound-reproducing device for action on the right and left ear of the operator accordingly.

EFFECT: shorter time and higher accuracy of setting operating modes of process equipment.

1 cl, 4 dwg

Similar patents RU2727339C1

Title Year Author Number
METHOD FOR OBTAINING ACOUSTIC INFORMATION FOR MONITORING THE TECHNOLOGICAL PROCESS OF SURFACE ALLOYING OF CERAMIC AND HARD-ALLOYED TOOLS 2020
  • Fedorov Sergej Voldemarovich
  • Kozochkin Mikhail Pavlovich
  • Maung Tkhein Khtu
RU2763863C1
METHOD FOR ACOUSTIC MONITORING OF ELECTRON-BEAM SURFACE ALLOYING IN VACUUM CHAMBERS 2019
  • Fedorov Sergej Voldemarovich
  • Kozochkin Mikhail Pavlovich
RU2727338C1
METHOD OF MONITORING ELECTRON-BEAM TECHNOLOGY OF SURFACE ALLOYING AND THERMAL TREATMENT IN VACUUM CHAMBERS 2018
  • Fedorov Sergej Voldemarovich
  • Kozochkin Mikhail Pavlovich
RU2698524C1
METHOD FOR RAPID ASSESSMENT OF RESULTS OF ELECTRON-BEAM THERMAL ACTION ON OBJECTS IN A VACUUM CHAMBER 2018
  • Fedorov Sergej Voldemarovich
  • Kozochkin Mikhail Pavlovich
RU2702537C1
METHOD OF GENERATING AND TRANSMITTING AUDIO SIGNAL AND DEVICE FOR REALISING SAID METHOD 2008
  • Jurovskij Viktor Petrovich
  • Melkomukov Leonid Leonidovich
RU2392669C1
DRIVING PARAMETRIC LOUDSPEAKERS 2011
  • Lehmb Uill'Jam Dzhon
  • Arts Ronaldus Marija
RU2569914C2
PROCESS OF CALIBRATION OF METER OF AMPLITUDE MODULATION FACTOR 2000
  • Shevelenko V.D.
  • Kutuzov V.I.
  • Shevelenko D.V.
  • Kvitek E.V.
RU2190231C2
DEVICE FOR RECEIPT OF ON-LINE DATA ON UNDERWATER SITUATION IN GLOBAL OCEAN 2012
RU2522168C2
DEVICE FOR RECEPTION OF SPEECH SIGNALS 1993
  • Saprykin Vjacheslav Alekseevich
  • Jakovlev Aleksej Ivanovich
  • Belenkov Valerij Nikolaevich
  • Alekseev Mikhail Vasil'Evich
RU2049426C1
METHOD FOR TRANSMITTING VOCAL SIGNALS 1993
  • Saprykin Vjacheslav Alekseevich
  • Jakovlev Aleksej Ivanovich
  • Belenkov Valerij Nikolaevich
  • Alekseev Mikhail Vasil'Evich
  • Korolev Valentin Ivanovich
  • Gorbunov Viktor Petrovich
RU2049456C1

RU 2 727 339 C1

Authors

Fedorov Sergej Voldemarovich

Kozochkin Mikhail Pavlovich

Dates

2020-07-21Published

2019-09-18Filed