Multichannel Acoustic Control of Pneumatic Impact Machine Movement in Soil and Measurement Information Processing Algorithm
V. N. OPARIN, E. V. DENISOVA, A. P. KHMELININ, YA. Z. BADMAEVA, N. S. POLOTNYANKO
Chinakal Institute of Mining, Siberian Branch, Russian Academy of Sciences, Krasnyi pr. 54, Novosibirsk, 630091 Russia
Keywords: acoustic method, spatial coordinates, control system, acceleration indicator, acoustic signal propagation velocity, soil, pneumatic impact machine
Abstract
The acoustic data measurement system and processing algorithm are developed to position a pneumatic impact machine in soil. The method is based on recording lag time of entry of acoustic signal generated on interaction between the pneumatic impact machine and soil in the receiver of multichannel measurement system relative to reference signal of the machine. The measurement system and the algorithm have been trialed in full-scale conditions.
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