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    • 81. 发明申请
    • PARTICLE BURNING IN AN EXHAUST SYSTEM
    • 颗粒在一个排气系统中燃烧
    • US20100186407A1
    • 2010-07-29
    • US12753630
    • 2010-04-02
    • Lincoln Evans-Beauchamp
    • Lincoln Evans-Beauchamp
    • F02B37/20F01N3/00B01D53/92
    • F01N3/027F01N1/02F01N3/028F01N3/0892F01N3/2013F01N3/26F01N3/28F01N3/30F01N3/36F01N13/14F01N2240/02F01N2240/12F01N2240/16Y02T10/26
    • An exhaust system includes a combustion chamber and a radiation source configured to heat particles in an exhaust stream as the stream passes through the chamber. Once the particles are brought to an ignition temperature and begin to burn, the reaction within the chamber can become self-sustaining. The radiation source can comprise a resistive heating element, an infrared emitter, or a microwave emitter. The radiation source may radiate into the chamber through a radiation transparent window. The chamber may have a cross-section perpendicular to a longitudinal axis that is parabolic or partially parabolic. The exhaust system can also comprise a heat exchanger to pre-heat the exhaust before entering the chamber. Embodiments of the system can be configured to additionally perform as a catalytic converter and/or a muffler. A fuel such as urea or ammonia may be used in the heat exchanger for converting oxides of nitrogen. The exhaust system may be disposed between an engine and a turbocharger.
    • 排气系统包括燃烧室和辐射源,所述燃烧室和辐射源构造成当流经过室时加热排气流中的颗粒。 一旦颗粒达到点火温度并开始燃烧,室内的反应就会变得自我维持。 辐射源可以包括电阻加热元件,红外发射器或微波发射器。 辐射源可以通过辐射透明窗口辐射到室中。 腔室可以具有垂直于抛物线或部分抛物线的纵向轴线的横截面。 排气系统还可以包括热交换器以在进入室之前预热排气。 该系统的实施例可被配置为另外作为催化转化器和/或消声器执行。 在热交换器中可以使用诸如尿素或氨的燃料来转化氮的氧化物。 排气系统可以设置在发动机和涡轮增压器之间。
    • 82. 发明申请
    • EXHAUST GAS PURIFYING CATAYST
    • 排气净化电池
    • US20100150792A1
    • 2010-06-17
    • US11997430
    • 2006-07-24
    • Ichiro KitamuraKenichi TakiAkimasa Hirai
    • Ichiro KitamuraKenichi TakiAkimasa Hirai
    • B01D53/86B01J15/00F01N3/24
    • B01D53/945B01D2255/102B01D2255/407B01J23/63B01J35/0006B01J37/0244F01N3/28F01N2510/065Y02T10/22
    • An exhaust gas purifying catalyst having a good ignition performance is provided. The exhaust gas purifying catalyst 1 includes a catalyst substrate 3 and a catalyst coating layer 5 which contains a noble metal and a refractory inorganic oxide and is formed on the catalyst substrate. The exhaust gas purifying catalyst is characterized in that the catalyst coating layer 5 includes an upstream portion 11 located upstream and a downstream portion 13 located downstream in a flow direction of an exhaust gas. The upstream portion 11 has a layered structure including an upstream portion inside layer 17 and an upstream portion outside layer 15. The upstream portion inside layer contains a cerium-zirconium composite oxide in which a relative proportion of CeO2 is 50 to 95 wt %, as the refractory inorganic oxide, and the upstream portion outside layer 15 and the downstream portion 13 contain a cerium-zirconium composite oxide in which a relative proportion of ZrO2 is 50 to 95 wt %, as the refractory inorganic oxide.
    • 提供具有良好点火性能的废气净化催化剂。 废气净化催化剂1包括催化剂基板3和含有贵金属和耐火无机氧化物并形成在催化剂基板上的催化剂涂层5。 废气净化催化剂的特征在于,催化剂涂层5包括位于上游的上游部分11和位于排气流动方向下游的下游部分13。 上游部分11具有包括上游部分内层17和上游部分外侧层15的层状结构。上游部分内层含有CeO 2的相对比例为50〜95重量%的铈锆复合氧化物,如 耐火无机氧化物,上游侧外层15和下游部13含有ZrO 2的相对比例为50〜95重量%的铈 - 锆复合氧化物作为耐火无机氧化物。
    • 85. 发明授权
    • Control apparatus and control method for internal combustion engine provided with secondary air supply
    • 配有二次空气供给的内燃机的控制装置和控制方法
    • US07637097B2
    • 2009-12-29
    • US10578923
    • 2005-08-15
    • Tomokazu MuraguchiAkito Onishi
    • Tomokazu MuraguchiAkito Onishi
    • F01N3/00
    • F01N3/22F01N3/28F01N3/30F01N3/32F01N11/00F01N13/011F01N13/107F01N2550/14F02D9/02Y02T10/47
    • An ECU executes a program including a step (S102) of limiting the maximum opening amount of a throttle valve to TH (1) when failure has occurred in a pressure sensor (“YES” in step S100); a step (S202) of limiting the maximum opening amount to TH (2) when open failure has occurred in at least one of two vacuum pressure ASVs provided for banks of a V-type engine, and an electromagnetic ASV (“YES” in step S200); a step (S302) of limiting the maximum opening amount to TH (3) when open failure has occurred in both of the vacuum pressure ASVs (“YES” in step S300); a step (S402) of limiting the maximum opening amount to TH (4) when open failure has occurred in one of the vacuum pressure ASVs (“YES” in step S400); and a step (S502) of reducing the throttle valve opening amount TH to the limited maximum opening amount.
    • ECU执行包括在压力传感器中发生故障时将节流阀的最大开度限制为TH(1)的步骤(S102)的程序(步骤S100中的“是”); 在为V型发动机的组提供的两个真空压力ASV中的至少一个和电磁ASV(在步骤中为“是”)中发生了开启故障时将最大开启量限制为TH(2)的步骤(S202) S200); 在真空压力ASV中发生开放故障时将最大开启量限制为TH(3)的步骤(S302)(步骤S300中的“是”); 在真空压力ASV中的一个中发生开路故障时将最大开启量限制为TH(4)的步骤(S402)(步骤S400中的“是”); 以及将节气门开度TH降低到限制最大开度的步骤(S502)。
    • 88. 发明授权
    • Exhaust cooling system of an amphibious vehicle
    • 两栖车辆的排气冷却系统
    • US07581582B2
    • 2009-09-01
    • US11288763
    • 2005-11-28
    • Simon James LongdillHans WeekersStephen John Briggs
    • Simon James LongdillHans WeekersStephen John Briggs
    • B60H1/00
    • F01N3/046B60F3/0053F01N3/28F01N3/2882F01N13/009F01P3/18F01P9/04F01P2050/06F01P2060/16Y02A50/2322Y02T10/20
    • An exhaust cooling system of an amphibious vehicle operable in land and marine modes comprises an exhaust system to be cooled, at least one air-liquid heat exchanger, at least one liquid-liquid heat exchanger, and coolant liquid in thermal communication with the exhaust system to be cooled, the air-liquid heat exchanger(s) and/or the liquid-liquid heat exchanger(s) and heated by the exhaust system. When the amphibious vehicle is operated in land mode, the coolant liquid is cooled by the air-liquid heat exchanger(s). When the vehicle is operated in marine mode, the coolant liquid is cooled by the liquid-liquid heat exchanger(s). The air-liquid heat exchanger(s) may also be used on water. The vehicle may plane, and have retractable road wheels. The air-liquid heat exchanger(s) may be mounted at the front or rear of the vehicle, or elsewhere.
    • 在陆地和海洋模式下可操作的水陆两用车辆的排气冷却系统包括待冷却的排气系统,至少一个空气 - 液体热交换器,至少一个液体 - 液体热交换器和与排气系统热连通的冷却剂液体 被冷却的空气 - 液体热交换器和/或液体 - 液体热交换器并被排气系统加热。 当水陆两用车辆以陆地模式操作时,冷却剂液体被空气 - 液体热交换器冷却。 当车辆以船舶模式操作时,冷却剂液体被液 - 液热交换器冷却。 空气 - 液体热交换器也可以在水上使用。 车辆可以平行,并且具有可伸缩的车轮。 空气 - 液体热交换器可以安装在车辆的前部或后部,或其他地方。
    • 89. 发明授权
    • Exhaust control device for water jet propulsion boat
    • 喷水推进船排气控制装置
    • US07536855B2
    • 2009-05-26
    • US11140879
    • 2005-05-31
    • Koju Tsukahara
    • Koju Tsukahara
    • F01N7/00
    • F01N3/28F01N13/004F01N2590/022
    • A watercraft has an exhaust conduit that includes an exhaust gas passage and a cooling water passage. The exhaust gas passage and the cooling water passage are configured to mix together an exhaust gas flow and a cooling water flow at a junction. The mixture is ultimately discharged from the watercraft. The watercraft has an exhaust valve drive system that has a drive motor and a controller. The exhaust valve drive system operates an exhaust control valve to control the flow of exhaust gases through the exhaust conduit. The exhaust control valve includes a pivot shaft extending generally horizontally and attached to a valve body. The exhaust control valve is positioned upstream of the junction. The controller operates the drive motor which drives the exhaust control valve between an open position and closed position. The controller can receive signals from an engine rotation sensor and a throttle opening sensor and can control the drive motor based on these signals. A catalyst for treating the exhaust gases is disposed upstream in the exhaust gas passage along the exhaust control valve.
    • 船舶具有包括废气通道和冷却水通道的排气管道。 排气通道和冷却水通道构成为在接合处将废气流和冷却水流混合在一起。 混合物最终从船上排出。 船舶具有排气门驱动系统,其具有驱动马达和控制器。 排气门驱动系统操作排气控制阀以控制通过排气管道的废气流。 排气控制阀包括大致水平延伸并连接到阀体的枢轴。 排气控制阀位于连接处的上游。 控制器操作驱动马达,其驱动排气控制阀在打开位置和关闭位置之间。 控制器可以从发动机旋转传感器和节气门开度传感器接收信号,并可以基于这些信号来控制驱动电机。 用于处理废气的催化剂沿排气控制阀设置在废气通道的上游。