To provide a fluid compression device capable of improving assembly property and productivity, reducing manufacturing cost and having a simple structure by constituting a piston itself to open and close a fluid inlet port, which dispenses with a separate suction valve device, and adopting a discharge valve device.
This fluid compression device is constituted in such a way that fluid is absorbed by opening the fluid inlet port selectively by a piston reciprocating linearly in a cylinder bore, fluid is discharged by opening a fluid discharge port while a valve plate floats in the fluid discharge port wholly by high fluid pressure in the cylinder bore, the fluid inlet port is arranged to position immediately before the bottom dead center being the maximum retreat position of the piston, fluid flows into speedily by vacuum in the cylinder bore while opening the fluid inlet port instantaneously when the piston reaches the bottom dead center, and a cylinder block has a circular appearance structure.
| WO/2020/009901 | ELECTROCHEMICAL HEAT TRANSFER SYSTEM |
| JPS5810174 | GAS COMPRESSING METHOD AND GAS COMPRESSOR |
LEE SUNG-TAE
JANG KYUNG-TAE
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