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Abstract: The cushion chamber system’s energy of high-speed cylinder
is theoretically analysised, “two hypothesis of linear relationship” and
cushioning principle with self-adaptation capacity based on “two
hypothesis” is presented. The energy for high-speed cylinder is
emulation and experimental studied when base speed of piston is 3 m/s
and varies 10%. The result shows that the “two hypothesis of linear
relationship” and the cushioning principle with self-adaptation capacity
are accurate. The necessary theoretical base of cushioning for
high-speed cylinder is established when working condition varies.
Key words: High-speed cylinder System energy Cushion principle
Pressure feedback
CLC No: TP271
Received 20040920, received in revised form 20041223
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