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Measurement of Exhaust Emissions from a Two-Wheeler – an Experimental Validation of the Remote-Sensing Method

100%

Rymaniak Ł. , Mąka M. , Szymlet N. , Kamińska M. , Kęska A.

tom Vol. 24, nr 12

60--71

The paper presents the problem of testing vehicles, which are some of the main sources of air pollution. The authors suggested the remote-sensing method as a tool for the measurement of the vehicle exhaust emissions and an on-going control thereof. This is an economical solution that allows measuring a large number of vehicles in a short time. The presented work aims at an experimental validation of the measurement method of exhaust emissions on the example of a two-wheeler. To that end, two parallel laboratory tests were carried out: measurement of the exhaust emissions obtained directly from the tailpipe using the PEMS (Portable Emission Measurement System) equipment and from the exhaust cloud, utilizing a module emission gate. A significant mutual correlation of the results confirms the efficiency of the method. The highest value of the coefficient of determination was obtained for the CO2, PM and NO analyzers. Different orders of values were primarily caused by the dissipation of the exhaust gas and the influence of the ambient conditions on the measurement process. Further works are therefore necessary to allow an assessment of the actual measurement uncertainty of the equipment irrespective ofthe fueling system and type of vehicles.

Robotic transport complex of automotive vehicles for handling of rock mass at the process of open cast mining

59%

Kolga A. , Rakhmangulov A. , Osintsev N. , Sładkowski A. , Stolpovskikh I.

tom T. 10, z. 2

109--116

The article is concerned with the applicability of the robotic transportation complex of automotive barrows for haulage transportation along various transport routes of mining enterprises. The simultaneous application of robotic transport and telemetry links makes the door-to-door transportation possible, i.e. direct transportation from the starting to the final point avoiding intermediate storage and a considerable part of auxiliary equipment.

В статье рассмотрена возможность применения роботизированного транспортного комплекса (РТК) самоходных машин для перемещения грузов на различных маршрутах горных предприятий. Совместное использование роботизированного транспорта и телеметрических связей позволяет осуществлять бесперегрузочную транспортировку от начального до конечного пунктов, исключая промежуточные складирования и значительную часть дополнительного оборудования.