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    • 5. 发明申请
    • Gas Compressor With Drier and Radio Emission Controls
    • 带干燥机和无线电发射控制器的气体压缩机
    • US20070231160A1
    • 2007-10-04
    • US10530247
    • 2003-10-06
    • Anthony ChanRalph RackhamTome MojsovTracey DemalineFilip Antanassov
    • Anthony ChanRalph RackhamTome MojsovTracey DemalineFilip Antanassov
    • B01D53/26
    • F04B39/0027B01D53/261F02B43/00F04B39/066F04B39/16Y02T10/32
    • A gas compressor unit according to the invention includes a single gas desiccant bed and condenser (which is inactive during the compression stage) inserted into the gas flow path of the compression cycle. In the case of a multistage compressor, the single gas desiccant bed is inserted between preferably the first and second stages. Moisture absorbed into this bed is periodically removed by exposing the bed to a regeneration cycle. The regeneration cycle employed is based on the closed re-circulation of gas present in the compressor and the desiccant bed itself, as well as other gas present in the re-circulation loop when the unit suspends delivery of compressed gas. Moisture removed from the desiccant bed is condensed and preferably evaporated into the environment through a semipermeable membrane. The motor and motor controller are located with the compressor in a common casing to minimize electromagnetic emissions.
    • 根据本发明的气体压缩机单元包括插入到压缩循环的气体流动路径中的单个气体干燥剂床和冷凝器(在压缩阶段中是无效的)。 在多级压缩机的情况下,将单一气体干燥剂床插入在优选的第一和第二级之间。 通过将床暴露于再生循环来定期去除吸收到该床中的水分。 所采用的再生循环是基于压缩机和干燥剂床本身中存在的气体的封闭再循环,以及当单元暂停输送压缩气体时存在于再循环回路中的其它气体。 从干燥剂床中除去的水分被冷凝,优选通过半透膜蒸发到环境中。 马达和马达控制器的压缩机位于公共壳体中,以最小化电磁辐射。