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    • 33. 发明授权
    • High pressure reciprocator components
    • 高压往复机组件
    • US4809646A
    • 1989-03-07
    • US27400
    • 1987-03-18
    • Marius A. PaulAna Paul
    • Marius A. PaulAna Paul
    • F02B37/00F01B7/14F02B25/08F02B29/02F02B75/06F02B75/28F02B75/32F02F5/00F16J1/14F16J9/16
    • F02B75/32F01B7/14F02B75/065F16J1/14F16J9/16F02B2053/005F02B75/28
    • High Pressure reciprocator components for reciprocating machines particularly internal combustion engines, the components include a multiple ring, single groove, piston seal having stacked ring elements with top contraction rings to block cylinder pressure from entry behind the rings and bottom expansion rings to contact the cylinder and seal with constant force throughout the piston cycle; a wristpin bearing assembly for tandem, toggle motion connecting rods connecting a single piston with dual, counter rotating crankshafts, the bearing assembly having a bearing seat for positioning juxtaposed wristpins in mutual, limited rolling contact to cancel side components of piston thrust force and frictions; and, a cross channel pressure converter interconnecting an exhaust conduit with a compressed air conduit with a channel having a free floating piston therein to equalize exhaust and intake pressures in a reciprocator to boost intake pressures or purging and charging the cylinder.
    • 用于往复运动机械,特别是内燃机的高压往复机组件,该组件包括具有顶部收缩环的堆叠环形元件的多个环,单个槽,活塞密封件,以阻止来自环后进入的气缸压力和底部膨胀环以接触气缸和 在整个活塞周期内均匀地密封; 用于串联的肘节运动连接杆,将单个活塞与双反向旋转曲轴连接的肘节运动连杆,所述轴承组件具有用于在相互限定的滚动接触中定位并置的手腕以抵消活塞推力和摩擦的侧部分的轴承座; 以及交叉通道压力转换器,其将排气管道与压缩空气管道相互连接,其中具有自由浮动活塞的通道,以平衡往复运动器中的排气和进气压力,以增加进气压力或对气缸进行吹扫和充气。
    • 36. 发明授权
    • High pressure compressor with internal, cooled compression
    • 高压压缩机内部冷却压缩
    • US5769610A
    • 1998-06-23
    • US379147
    • 1995-01-27
    • Marius A. PaulAna Paul
    • Marius A. PaulAna Paul
    • F02B63/06F02B75/06F04B25/02F04B39/06
    • F02B63/06F02B75/065F04B25/02F04B39/062F04B2205/11
    • A high pressure gas compressor in one embodiment having an internal two staged compression with a compression chamber formed in part by a positive displacement, stepped piston and cylinder configuration, providing a first stage compression by an enlarged diameter segment of the piston and a second stage compression provided by a smaller diameter segment of the piston, and in another embodiment having an internal, single stage compression with a high compression ratio. Temperature is maintained within design limits by the admission to the compression chamber of an expanded gas from a high pressure storage, which on adiabatic expansion of the admission gas reduces the temperature of the mixed charge for final compression at a resultant temperature that is within the design limits of the compressor unit in one embodiment; by the initial expansion of a residual gas mixed with a compression charge initially, followed by an injection of liquified gas during compression to achieve substantially isothermal compression with the finally compressed gas having an ambient temperature in another embodiment, and by scavenging of high pressure compressed residual gas by high pressure cool gas before expansion (FIG. 14) in other embodiments.
    • 在一个实施例中的高压气体压缩机具有内部两级压缩,其中压缩室部分地由正排量,阶梯式活塞和气缸构造形成,通过活塞的扩大直径段提供第一级压缩和第二级压缩 由活塞的较小直径段提供,并且在另一实施例中具有具有高压缩比的内部单级压缩。 通过从高压储存器进入膨胀气体的压缩室,温度保持在设计限度内,在绝热膨胀的入口气体中,在设计内的合成温度下降低用于最终压缩的混合料的温度 一个实施例中的压缩机单元的限制; 通过初始膨胀与初始压缩电荷混合的残余气体,随后在压缩期间注入液化气体,以实现在另一个实施方案中具有环境温度的最终压缩气体的基本等温压缩,并且通过清除高压压缩残留物 在其它实施例中,在膨胀之前通过高压冷却气体(图14)。