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    • 1. 发明授权
    • Deteriorated state evaluation device of exhaust emission control equipment
    • 废气排放控制设备劣化状态评估装置
    • US06935099B2
    • 2005-08-30
    • US10484817
    • 2002-08-23
    • Yasuyuki MiyaharaMasahiro SatoMasaki UenoKenichi Ohmori
    • Yasuyuki MiyaharaMasahiro SatoMasaki UenoKenichi Ohmori
    • F01N3/08F01N11/00F01N3/00
    • F01N3/0835F01N3/0807F01N11/00F01N2550/03F01N2560/028F01N2570/12Y02T10/20Y02T10/47
    • After an engine 1 has started to operate, a state in which a humidity represented by an output of a humidity sensor 19 downstream of a hydrocarbon adsorbent 7 takes a minimum value is sequentially searched for, and a timing at which the humidity changes from the minimum value to a monotonously increasing state is grasped as a timing at which the adsorption of moisture and hydrocarbons by the hydrocarbon adsorbent 7 is saturated. After the engine has started to operate, a parameter representing an integrated amount of moisture given to the hydrocarbon adsorbent 7 by the exhaust gas is sequentially generated, and a deteriorated state of the hydrocarbon adsorbent 7 is evaluated based on the value of the parameter at the timing at which the adsorption is saturated. The deteriorated state of the hydrocarbon absorbent can thus accurately be evaluated by an inexpensive arrangement which employs the humidity sensor 19 disposed downstream of the hydrocarbon adsorbent 7.
    • 在发动机1开始运行之后,依次搜索由碳氢化合物吸附剂7下游的湿度传感器19的输出表示的湿度为最小值的状态,以及湿度从最小值变化的时刻 将作为单一增加状态的值作为将烃类吸附剂7吸收水分和烃类饱和的时刻进行掌握。 在发动机开始运转之后,依次产生表示通过废气赋予烃类吸附剂7的一体化的水分量的参数,根据该吸附剂7的参数值,评价烃吸附剂7的劣化状态 吸附饱和的时间。 因此,可以通过使用设置在烃吸附剂7的下游的湿度传感器19的廉价的装置来精确地评价烃类吸收剂的劣化状态。
    • 3. 发明授权
    • Exhaust gas valve device in internal combustion engine
    • 内燃机排气阀装置
    • US06769247B2
    • 2004-08-03
    • US10231476
    • 2002-08-30
    • Norihito WatanabeYasuyuki MiyaharaTadashi SatoMasao KomineKenichi OhmoriKenji AbeTetsuo Endo
    • Norihito WatanabeYasuyuki MiyaharaTadashi SatoMasao KomineKenichi OhmoriKenji AbeTetsuo Endo
    • F01N700
    • F01N3/0835F01N3/0814F01N3/0878F02D9/04
    • An exhaust gas valve device in an internal combustion engine, including a first bearing member mounted between a valve shaft and a valve body with one end of the valve shaft turnably fitted into the first bearing member, a second bearing member mounted between the valve shaft and the valve body with the other end of the valve shaft turnably passed through the second bearing member, and an actuator connected to the other end of the valve shaft protruding from the second bearing member. The valve body, the valve shaft and the first and second bearing members are formed of metal materials having equivalent thermal expansion coefficients; the first and second bearing members are press-fitted into said valve body; and a skin of a graphite-based solid lubricant is formed on a surface of the valve shaft in regions corresponding to the first and second bearing members. The concentricity accuracy of the pair of bearing members supporting the opposite ends of the valve shaft is enhanced, while avoiding an increase in the number of parts, thereby preventing the generation of noise and reducing the friction.
    • 一种内燃机中的排气阀装置,包括安装在阀轴和阀体之间的第一轴承构件,阀体的一端可转动地装配在第一轴承构件中,第二轴承构件安装在阀轴和 阀体的另一端可旋转地穿过第二轴承构件,以及连接到从第二轴承构件突出的阀轴的另一端的致动器。 阀体,阀轴以及第一和第二轴承部件由具有等效的热膨胀系数的金属材料形成; 第一和第二轴承构件压配合到所述阀体中; 并且在对应于第一和第二轴承构件的区域中的阀轴的表面上形成石墨基固体润滑剂的表皮。 支撑阀轴的相对端的一对支承构件的同心度精度得到提高,同时避免了零件数量的增加,从而防止产生噪音并降低了摩擦。
    • 7. 发明授权
    • Fluxgate sensor and electronic compass making use thereof
    • 磁通门传感器和电子罗盘使用
    • US08713809B2
    • 2014-05-06
    • US13300036
    • 2011-11-18
    • Kenichi OhmoriTakuya AizawaOsamu Nakao
    • Kenichi OhmoriTakuya AizawaOsamu Nakao
    • G01R33/05G01R33/02G01C17/30
    • G01R33/05G01C17/30G01R33/04
    • Provided is a flux gate sensor comprising the following: a magnetic core having a first wiring layer formed on a board, a first insulating layer formed in such a way as to cover the aforementioned first wiring layer, and a magnetic core which is formed on the aforementioned first insulating layer and which has a central portion and an end portion that continues to the aforementioned central portion, that has a width larger than the width of the aforementioned central portion, and that is located on either side of the aforementioned central portion; a second insulating layer which covers the aforementioned magnetic core and which is formed on the aforementioned first insulating layer; and a second wiring layer formed on the aforementioned second insulating layer.
    • 提供了一种磁通门传感器,其包括:具有形成在基板上的第一布线层的磁芯,以覆盖上述第一布线层的方式形成的第一绝缘层和形成在该第一布线层上的磁芯 上述第一绝缘层,其中央部分和端部连续到上述中心部分,其宽度大于上述中心部分的宽度,并且位于上述中心部分的两侧; 覆盖上述磁芯并形成在上述第一绝缘层上的第二绝缘层; 以及形成在上述第二绝缘层上的第二布线层。
    • 10. 发明授权
    • Multi-cylinder internal combustion engine
    • 多缸内燃机
    • US08522742B2
    • 2013-09-03
    • US12649924
    • 2009-12-30
    • Kenichi OhmoriAkifumi Nomura
    • Kenichi OhmoriAkifumi Nomura
    • F01M1/02F02B77/00
    • F02B61/02F01M11/02F02F7/0007
    • To reduce the height of a crankcase by arranging a communicating passage in a proper position and to miniaturize an engine in a multi-cylinder internal combustion engine provided with an upper crankcase integrated with a cylinder block or provided separately from the cylinder block on the downside of the cylinder block and a lower crankcase connected to a lower part of the upper crankcase and provided with a communicating passage that communicates with internal spaces of plural crank chambers corresponding to plural cylinders. In the multi-cylinder internal combustion engine, a communicating hole that communicates with the communicating passage is provided on at least either side of the upper crankcase or the lower crankcase, and a cover forming the communicating passage is arranged with the cover covering the communicating hole and is attached to both crankcases across a joined plane of the upper crankcase and the lower crankcase.
    • 为了通过将连通通道布置在适当的位置并且在设置有与气缸体一体的上部曲轴箱或与气缸体分开设置的多气缸内燃机中将发动机小型化以减小曲轴箱的高度,所述上部曲轴箱在气缸体的下侧 气缸体和下曲轴箱连接到上曲轴箱的下部,并具有与多个气缸对应的多个曲柄室的内部空间连通的连通通道。 在多气缸内燃机中,在上曲轴箱或下曲轴箱的至少任一侧设置有与连通通路连通的连通孔,并且形成连通通路的盖布置成覆盖着连通孔 并且通过上曲轴箱和下曲轴箱的接合平面连接到两个曲轴箱。