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    • 91. 发明授权
    • Two-cycle engine
    • 双循环发动机
    • US06889636B2
    • 2005-05-10
    • US10653118
    • 2003-09-03
    • David S. W. Yang
    • David S. W. Yang
    • F01L1/18F01L1/38F01L7/02F01L7/12F01L9/04F01L3/06
    • F01L7/12F01L1/181F01L1/38F01L7/02F01L9/04F01L2101/00
    • A two-stroke cycle internal combustion engine (10) has a one-piece cylinder housing (14) which is vertically aligned with a crank housing (16) and a valve housing (12) mounted at a top section of the cylinder housing. The valve housing (12), cylinder housing (14), and crank housing (16) are generally formed in a substantially symmetrical manner about a vertical axis line (20). The valve housing (14) contains a valve control mechanism (54) which aids in the reversible vertical placement of a valve member (34) having an extended length value stem (38) and a valve head (36). A controlled air insertion mechanism (92) provides for high pressure air to be inserted into a combustion chamber (42) to thoroughly expel spent gases through exhaust port 46 and there is further provided a recess (102) for cooperation with a relief opening (104) to relieve gas pressures built up.
    • 二冲程循环内燃机(10)具有与曲柄壳体(16)垂直对准的一体式气缸壳体(14)和安装在气缸壳体的顶部部分的阀壳体(12)。 阀壳体(12),气缸壳体(14)和曲柄壳体(16)通常以垂直轴线(20)为基本对称的方式形成。 阀壳体(14)包含阀控制机构(54),该阀控制机构(54)有助于可延伸长度值阀杆(38)和阀头(36)的阀件(34)的可逆垂直放置。 受控空气插入机构(92)提供要插入到燃烧室(42)中的高压空气以通过排气口46彻底排出废气,并且还设置有用于与排气口(104)配合的凹部(102) ),以减轻建立的气体压力。
    • 92. 发明申请
    • Two-cycle engine
    • 双循环发动机
    • US20050045122A1
    • 2005-03-03
    • US10653118
    • 2003-09-03
    • David Yang
    • David Yang
    • F01L1/18F01L1/38F01L7/02F01L7/12F01L9/04
    • F01L7/12F01L1/181F01L1/38F01L7/02F01L9/04F01L2101/00
    • A two-stroke cycle internal combustion engine (10) has a one-piece cylinder housing (14) which is vertically aligned with a crank housing (16) and a valve housing (12) mounted at a top section of the cylinder housing. The valve housing (12), cylinder housing (14), and crank housing (16) are generally formed in a substantially symmetrical manner about a vertical axis line (20). The valve housing (14) contains a valve control mechanism (54) which aids in the reversible vertical displacement of a valve member (34) having an extended length valve stem (38) and a valve head (36). A controlled air insertion mechanism (92) provides for high pressure air to be inserted into a combustion chamber (42) to thoroughly expel spent gases through exhaust port 46 and there is further provided a recess (102) for cooperation with a relief opening (104) to relieve gas pressures built up.
    • 二冲程循环内燃机(10)具有与曲柄壳体(16)垂直对准的一体式气缸壳体(14)和安装在气缸壳体的顶部部分的阀壳体(12)。 阀壳体(12),气缸壳体(14)和曲柄壳体(16)通常以垂直轴线(20)为基本对称的方式形成。 阀壳体(14)包含阀控制机构(54),其有助于具有延长长度的阀杆(38)和阀头(36)的阀构件(34)的可逆垂直位移。 受控空气插入机构(92)提供要插入到燃烧室(42)中的高压空气以通过排气口46彻底排出废气,并且还设置有用于与排气口(104)配合的凹部(102) ),以减轻建立的气体压力。
    • 94. 发明授权
    • Internal combustion engine with slot-type gas distribution
    • 内燃机采用槽式气体分配
    • US6119640A
    • 2000-09-19
    • US234207
    • 1999-01-20
    • Evgeny Nikolaevich ZakharovGenya Tyo
    • Evgeny Nikolaevich ZakharovGenya Tyo
    • F01L7/06F01L7/12F02B25/14F02B25/24F02B29/06F02B33/04F02B33/30F02B43/00F02B75/02
    • F02B33/30F01L7/06F01L7/12F02B25/14F02B25/24F02B33/04F02B43/00F02B2075/025Y02T10/32
    • The present invention pertains to the field of engine construction and relates to internal combustion engines with scavenging and more precisely to two-stroke engines. At the beginning of the exhaust stroke, the exhaust gases are expelled from the engine cylinder through inlet and outlet ports, inlet and outlet passages and slide valves into an exhaust pipe. Scavenging ports are then uncovered by an upper edge of the piston and used to feed a fresh charge into the cylinder from the crank chamber while the cylinder cavity is scavenged. After expelling the exhaust gases from the cylinder cavity, the slide valves rotate to interrupt the communication between the cylinder cavity and exhaust manifold. Upon further rotation of the slide valves, the cylinder cavity is connected with the inlet pipe through the same gas-distribution organs used for the exhaust gas outlet, i.e. the inlet and outlet ports, the inlet and outlet passages and the slide valves. A fresh charge can thus be fed into the cylinder through all the ports it comprises, whereby the cylinder of a two-strike engine may be charged without any losses in the charges and with the appropriate preliminary compression ratio.
    • 本发明涉及发动机结构领域,涉及具有清扫性,更准确地涉及二冲程发动机的内燃机。 在排气行程开始时,废气通过入口和出口,入口和出口通道和滑阀从发动机气缸排出到排气管中。 清扫口然后被活塞的上边缘覆盖,并且用于在气缸腔被清除的同时从曲柄室向气缸供给新的电荷。 在从气缸腔排出废气之后,滑阀旋转以中断气缸腔和排气歧管之间的连通。 在滑动阀进一步旋转时,气缸腔通过与废气出口相同的气体分配器,即入口和出口,入口和出口通道以及滑阀与入口管连接。 因此,可以通过其包括的所有端口将新鲜的电荷进料到汽缸中,由此双冲程发动机的气缸可以在充电中没有任何损失并且具有适当的预压缩比来充电。
    • 98. 发明授权
    • Opposed piston engine having fuel inlet through rod controlled piston
port
    • 具有通过杆控制的活塞端口的燃料入口的相对的活塞发动机
    • US5029559A
    • 1991-07-09
    • US536291
    • 1990-06-11
    • Edmund P. Lively, Sr.
    • Edmund P. Lively, Sr.
    • F01B7/14F01L7/12F01L11/04F02B75/02F02B75/28
    • F01B7/14F01L11/04F01L7/12F02B2075/025F02B75/28
    • An opposed piston two cycle internal combustion engine. The movement of the opposed pistons is transmitted to two cranks, the two cranks are interlocked together by gears. The gears maintain synchronized movement of the cranks and further act as an air pump to force air intothe intake manifold 20. A fuel charge is admitted into the intake tube 19 and is controlled by the rotary valve 17 for admission into a pre-compression crankcase 3. The rotary valve allows for further communication between the precompression crankcase 3 and injection crankcase 2 via passage 22. Air is introduced into the combustion space 10 via inlet ports 14. A fuel/air mixture is further controllably introduced via a fuel injection port 13 in the injection piston 4. The exhaust ports 15 are opened prior the timing of the intake ports 14 and close prior the closing of the intake ports 14 for superior scavenging.
    • 相反的活塞两循环内燃机。 相对的活塞的运动被传递到两个曲柄,两个曲柄通过齿轮联锁在一起。 齿轮保持曲柄的同步移动,并进一步充当空气泵,以迫使空气进入进气歧管20.燃料装料进入进气管19并由旋转阀17控制,以进入预压曲轴箱3 旋转阀允许经由通道22在预压缩曲轴箱3和喷射曲轴箱2之间进一步连通。空气通过进口端口14被引入燃烧空间10.燃料/空气混合物通过燃料喷射口13进一步可控地引入 排气口15在进气口14的正时被打开,并且在关闭进气口14之前关闭以进行良好的清除。