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    • 3. 发明申请
    • High-Pressure Gas Compressor And Method Of Operating A High-Pressure Gas Compressor
    • 高压气体压缩机及操作高压气体压缩机的方法
    • US20080213115A1
    • 2008-09-04
    • US12024965
    • 2008-02-01
    • Ulrich HilgerBernd BartunekMartin Blank
    • Ulrich HilgerBernd BartunekMartin Blank
    • F04B9/04F04B53/10
    • F04B25/00F04B9/042
    • A high-pressure gas compressor comprises a single-acting cam driven piston with a pressure compensation chamber disposed between the piston and the cam. A roller tappet assembly transmits reciprocating motion from the cam to the piston. A pressurized gas directed to the pressure compensation chamber offsets forces acting on the piston from the compression chamber gas pressure, thereby reducing Hertzian pressure between the tappet roller and the cam. Overall efficiency and durability can be improved by reducing friction between compressor components, for example by employing thin film coatings to reduce friction, pressurized oil lubrication systems and higher cylinder bore diameter to piston stroke ratios. The service life of gas seals and compression efficiency can be improved by thermal management strategies, including liquid-cooled compressor cylinder liners and intercoolers between compression stages. Employing a poppet-style intake valve and reducing parasitic volume in the compression chamber can improve compressor volumetric efficiency.
    • 高压气体压缩机包括单作用凸轮驱动活塞,其中压力补偿室设置在活塞和凸轮之间。 滚子挺杆组件将往复运动从凸轮传递到活塞。 指向压力补偿室的加压气体抵消作用在活塞上的压力室气体压力,从而减小挺杆辊和凸轮之间的赫兹压力。 通过减少压缩机部件之间的摩擦可以提高整体的效率和耐久性,例如通过使用薄膜涂层来减少摩擦,加压油润滑系统和更高的气缸内径至活塞冲程比。 气体密封的使用寿命和压缩效率可以通过热管理策略来提高,包括压缩级之间的液冷式压缩机气缸套和中间冷却器。 采用提升式进气阀并减小压缩室中的寄生体积可以提高压缩机体积效率。
    • 5. 发明授权
    • High-pressure gas compressor and method of operating a high-pressure gas compressor
    • 高压气体压缩机及操作高压气体压缩机的方法
    • US08172557B2
    • 2012-05-08
    • US12024965
    • 2008-02-01
    • Ulrich HilgerBernd BartunekMartin Blank
    • Ulrich HilgerBernd BartunekMartin Blank
    • F04B39/10F04B53/10
    • F04B25/00F04B9/042
    • A high-pressure gas compressor comprises a single-acting cam driven piston with a pressure compensation chamber disposed between the piston and the cam. A roller tappet assembly transmits reciprocating motion from the cam to the piston. A pressurized gas directed to the pressure compensation chamber offsets forces acting on the piston from the compression chamber gas pressure, thereby reducing Hertzian pressure between the tappet roller and the cam. Overall efficiency and durability can be improved by reducing friction between compressor components, for example by employing thin film coatings to reduce friction, pressurized oil lubrication systems and higher cylinder bore diameter to piston stroke ratios. The service life of gas seals and compression efficiency can be improved by thermal management strategies, including liquid-cooled compressor cylinder liners and intercoolers between compression stages. Employing a poppet-style intake valve and reducing parasitic volume in the compression chamber can improve compressor volumetric efficiency.
    • 高压气体压缩机包括单作用凸轮驱动活塞,其中压力补偿室设置在活塞和凸轮之间。 滚子挺杆组件将往复运动从凸轮传递到活塞。 指向压力补偿室的加压气体抵消作用在活塞上的压力室气体压力,从而减小挺杆辊和凸轮之间的赫兹压力。 通过减少压缩机部件之间的摩擦可以提高整体的效率和耐久性,例如通过使用薄膜涂层来减少摩擦,加压油润滑系统和更高的气缸内径至活塞冲程比。 气体密封的使用寿命和压缩效率可以通过热管理策略来提高,包括压缩级之间的液冷式压缩机气缸套和中间冷却器。 采用提升式进气阀并减小压缩室中的寄生体积可以提高压缩机体积效率。