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EXHAUST SYSTEM THAT HAS APPLIED BY THE PRESSURE WAVE OF EXHAUST AND BRNOULLI'S THEOREM

机译:排气压力波和伯努利定理应用的排气系统

摘要

The present invention relates to an automotive engine using the exhaust system exhaust, combustion and simultaneously facilitate the filling efficiency occurring as the item to improve the engine that are currently using the fossil fuel sikimeuroseo discharging exhaust gas effectively to maximize the performance of the engine and to facilitate the discharge of the exhaust gas simply without a separate complicated device configuration There. Given the configuration of the flange when the exhaust manifold flange and pipe connections 1, in the case of turbine turbo vehicle speed Bernoulli for applications in body fluid outlet flange and the pipe 1 is connected with that of the naturally aspirated vehicle are connected prevent a collision of the exhaust gas, it prevents the reverse flow of the exhaust gas can be expected to maximize the effect to improve the combustion efficiency improvements and filling. If the effect obtained due to the application of this method is in particular a diesel turbo engine can be applied without distinction to all of the fuel to improve the response delay and soot generated during acceleration and effectively ignited including an increase in the engine rotational speed fast to shorten the delays institutions exert an excellent effect on fuel consumption drastically improved and engine noise, diesel exhaust noise reduction minimizes the occurrence of rust.
机译:技术领域本发明涉及一种使用排气系统排气,燃烧并同时促进填充效率的汽车发动机,该发动机是目前正在使用化石燃料sikimeuroseo有效地排放排气以最大程度地提高发动机性能的改进发动机的项目。无需单独的复杂设备结构,便可以轻松地排出废气。在排气歧管法兰和管道连接1的情况下,给定法兰的配置,在涡轮增压车辆速度为伯努利的情况下,用于体液出口法兰,并且管道1与自然吸气车辆的法兰连接时,防止碰撞的废气,它防止了废气的逆流,可以预期得到最大化的效果,以改善燃烧效率并提高填充性能。如果由于该方法的应用而获得的效果特别是可以应用柴油涡轮发动机,而无需区分所有燃料,以改善响应延迟和加速过程中产生并有效点燃的烟尘,包括快速提高发动机转速为缩短延误时间,该机构对大幅降低燃油消耗和发动机噪音发挥了出色的作用,降低柴油机排气噪音可最大程度地减少生锈的发生。

著录项

  • 公开/公告号KR20060072858A

    专利类型

  • 公开/公告日2006-06-28

    原文格式PDF

  • 申请/专利权人 KIM GANG HWI;

    申请/专利号KR20040111615

  • 发明设计人 KIM GANG HWI;

    申请日2004-12-24

  • 分类号F01N1/08;

  • 国家 KR

  • 入库时间 2022-08-21 21:25:25

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