Abstract
This paper describes the design of a system for the automatic, semiautomatic and manual control of the extraction, transport and quality of the coal in two sections of the Severo-Cheshsk brown coal basin using computers. The coal in these sections is transported along a joint transport main line which consists of three conveyor lines to two grinding works and from there to 3 thermoelectric power plants. Based on information about the coal quality in the mining sections of individual excavators, about their productivity and about the throughput of the conveyor lines, the computer determines in a quite short time the maximally possible throughput of the conveyor lines for ensuring the required coal quality. Programs are written in the ALGOL language. The information in the SM-3 computer from the excavators will be transmitted using a Tesla Radom wireless communications apparatus through a JPR-12 computer. A terminal will be mounted on each excavator which will report to the computer the number of ledges subject to mining, the type of coal in them, the distance of the excavator from the coal loading point and the size of required and actual productivity of the excavator.
Citation Formats
Prochazka, P, and Sladek, J.
Control of the extraction, transport and quality of coal in sections in actual time intervals.
Serbia and Montenegro: N. p.,
1981.
Web.
Prochazka, P, & Sladek, J.
Control of the extraction, transport and quality of coal in sections in actual time intervals.
Serbia and Montenegro.
Prochazka, P, and Sladek, J.
1981.
"Control of the extraction, transport and quality of coal in sections in actual time intervals."
Serbia and Montenegro.
@misc{etde_6548485,
title = {Control of the extraction, transport and quality of coal in sections in actual time intervals}
author = {Prochazka, P, and Sladek, J}
abstractNote = {This paper describes the design of a system for the automatic, semiautomatic and manual control of the extraction, transport and quality of the coal in two sections of the Severo-Cheshsk brown coal basin using computers. The coal in these sections is transported along a joint transport main line which consists of three conveyor lines to two grinding works and from there to 3 thermoelectric power plants. Based on information about the coal quality in the mining sections of individual excavators, about their productivity and about the throughput of the conveyor lines, the computer determines in a quite short time the maximally possible throughput of the conveyor lines for ensuring the required coal quality. Programs are written in the ALGOL language. The information in the SM-3 computer from the excavators will be transmitted using a Tesla Radom wireless communications apparatus through a JPR-12 computer. A terminal will be mounted on each excavator which will report to the computer the number of ledges subject to mining, the type of coal in them, the distance of the excavator from the coal loading point and the size of required and actual productivity of the excavator.}
journal = []
volume = {29:11}
journal type = {AC}
place = {Serbia and Montenegro}
year = {1981}
month = {Jan}
}
title = {Control of the extraction, transport and quality of coal in sections in actual time intervals}
author = {Prochazka, P, and Sladek, J}
abstractNote = {This paper describes the design of a system for the automatic, semiautomatic and manual control of the extraction, transport and quality of the coal in two sections of the Severo-Cheshsk brown coal basin using computers. The coal in these sections is transported along a joint transport main line which consists of three conveyor lines to two grinding works and from there to 3 thermoelectric power plants. Based on information about the coal quality in the mining sections of individual excavators, about their productivity and about the throughput of the conveyor lines, the computer determines in a quite short time the maximally possible throughput of the conveyor lines for ensuring the required coal quality. Programs are written in the ALGOL language. The information in the SM-3 computer from the excavators will be transmitted using a Tesla Radom wireless communications apparatus through a JPR-12 computer. A terminal will be mounted on each excavator which will report to the computer the number of ledges subject to mining, the type of coal in them, the distance of the excavator from the coal loading point and the size of required and actual productivity of the excavator.}
journal = []
volume = {29:11}
journal type = {AC}
place = {Serbia and Montenegro}
year = {1981}
month = {Jan}
}