A new cyclone system for the vacuum cleaner to collect dusts has been studied experimentally and numerically to meet the constant suction power, hygienic exhaust and a reduction of maintenance cost. The cyclone system of the vacuum cleaner consists of twin cyclones for improving dust collection effi...
A new cyclone system for the vacuum cleaner to collect dusts has been studied experimentally and numerically to meet the constant suction power, hygienic exhaust and a reduction of maintenance cost. The cyclone system of the vacuum cleaner consists of twin cyclones for improving dust collection efficiency. The first. cyclone catches large dust particles and the second one having two separated flows to decrease pressure drop collects small dust particles. The optimal design factors such as dust collection efficiency, pressure drop, and cut-size are investigated from the experimental results by the Taguchi method. Cyclone cleaner systems designed in this study has a good Performance taking into account the dust collection efficiency of 93% and the cut-size of $1.6{\mu}m$ in mass median diameter at the flow rate of 1 CMM. The cyclone vacuum cleaner showed the potential to be an effective method to collect dusts generated in the household.
A new cyclone system for the vacuum cleaner to collect dusts has been studied experimentally and numerically to meet the constant suction power, hygienic exhaust and a reduction of maintenance cost. The cyclone system of the vacuum cleaner consists of twin cyclones for improving dust collection efficiency. The first. cyclone catches large dust particles and the second one having two separated flows to decrease pressure drop collects small dust particles. The optimal design factors such as dust collection efficiency, pressure drop, and cut-size are investigated from the experimental results by the Taguchi method. Cyclone cleaner systems designed in this study has a good Performance taking into account the dust collection efficiency of 93% and the cut-size of $1.6{\mu}m$ in mass median diameter at the flow rate of 1 CMM. The cyclone vacuum cleaner showed the potential to be an effective method to collect dusts generated in the household.
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제안 방법
(1) The cyclones designed through this research are uni-type, spiral-type, and twin-type models. Performance evaluation involves the dust removal efficiency, the pressure drop, the noise level, and the cut size diameter.
In this paper, the principle of cyclone is applied to meet the constant suction power, hygienic exhaust, and a reduction of maintenance cost. And the cyclone cleaner is developed to replace the conventional paper filters in vacuum cleaner.
The Spiral-type cyclone is an axial inlet type and this study performed experiment for the various spiral pitch (A) and distance (B) between spiral exit and air exit.
이론/모형
Performance evaluation involves the dust removal efficiency, the pressure drop, the noise level, and the cut size diameter. And optimal design parameters are determined by the use of Taguchi method.
성능/효과
(2) Cyclone cleaner systems designed in this study has a good performance taking into accoxint the dust collection efficiency of 93% and the cut-size of 1.6/如 in mass median diameter at the flow rate of 1 CMM.
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