| Summary: | 碩士 === 國立彰化師範大學 === 電機工程學系 === 99 === The manifold valve is an important component utilized to control the
gas supply of the pneumatic tools. However, due to some control elements
such as piston and spring, most of manifold valve loss the gas pressure
supplied by pressure source. Also, in order to improve the airtight, part of
components are excessive intense, which results in abnormal operation and
influences gas output.
In this study, a novel manifold valve is proposed to controls the gas
outputting to pneumatic tools, based on the principle of magnetic force. It
steadily supply gas to the tool and reduce the gas pressure lossed in the
process. The two type of
magetic manifold valve are developed in the study,
which are perpendicular magnetic manifold valve and oblique magnetic
manifold valve. Though these two manifold valve have complex mechanical
structure, heavy weight and large volume, they invariably output pressure
and flow and avoid the excessive intense caused by strong spring. Therefore,
not only the gas supply efficiency and processing speed is enhanced but also
energy loss is reduced.
|
|---|
