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    • 21. 发明申请
    • Information reading apparatus, information reading system, and RFID tag
    • 信息阅读设备,信息阅读系统和RFID标签
    • US20060181420A1
    • 2006-08-17
    • US11169774
    • 2005-06-30
    • Hitoshi Ishii
    • Hitoshi Ishii
    • G08B13/14H04Q5/22
    • G06K7/0008G06K7/10039G06K17/0029
    • An information reading apparatus that reads first information stored in at least one first radio frequency identification tag and second information stored in a second radio frequency identification tag that belong to a first group. The first information includes second identification information of the second radio frequency identification tag, and the second information includes first identification information of the first radio frequency identification tag. The information reading apparatus includes a control unit that controls a reading unit to read the first information from one of the first radio frequency identification tags to obtain the second identification information, and to read, based on the second identification information obtained, the second information to obtain the first identification information of all of the first radio frequency identification tags that belong to the first group.
    • 一种信息读取装置,其读取存储在至少一个第一射频识别标签中的第一信息和存储在属于第一组的第二射频识别标签中的第二信息。 第一信息包括第二射频识别标签的第二识别信息,第二信息包括第一射频识别标签的第一识别信息。 信息读取装置包括控制单元,其控制读取单元从第一射频识别标签之一读取第一信息以获得第二识别信息,并且基于获得的第二识别信息读取第二信息到 获得属于第一组的所有第一射频识别标签的第一识别信息。
    • 23. 发明申请
    • Direct fuel injection/spark ignition engine control device
    • 直接燃油喷射/火花点火发动机控制装置
    • US20050161021A1
    • 2005-07-28
    • US11038643
    • 2005-01-21
    • Hitoshi IshiiMasayuki TomitaToshiya Kono
    • Hitoshi IshiiMasayuki TomitaToshiya Kono
    • F02D37/02F02D41/02F02D41/30F02D41/40F02D43/00
    • F02D41/405F02D37/02F02D41/401F02D2041/389Y02T10/44
    • A control apparatus is configured to achieve considerably delayed ignition timing and combustion stability, and to bring about an increase in exhaust gas temperature and a reduction in HC discharge when the engine is cold. Normal stratified combustion operation and homogeneous combustion operation are carried out when warming has been completed and the coolant temperature of the internal combustion engine has exceeded 80° C. In an injection operation at the top dead center, the injection start timing ITS occurs prior to compression top dead center (TDC) and the injection end timing ITE occurs after compression top dead center (TDC), whereby fuel injection is carried out so as to straddle the compression top dead center. The ignition timing ADV occurs after compression top dead center (TDC) and ignition occurs with a timing that is delayed from the injection start timing ITS.
    • 控制装置被配置为实现显着延迟的点火正时和燃烧稳定性,并且当发动机冷时,导致排气温度的升高和HC排放的减少。 正常分层燃烧操作和均匀燃烧操作在加热完成并且内燃机的冷却剂温度已经超过80℃时进行。在上止点的喷射操作中,喷射开始时刻ITS在压缩之前发生 上止点(TDC)和喷射结束时刻ITE发生在压缩上死点(TDC)之后,由此进行燃料喷射以跨越压缩上止点。 点火正时ADV发生在压缩上死点(TDC)之后,并且随着从喷射开始时刻ITS延迟的定时发生点火。
    • 27. 发明授权
    • Exhaust emission control catalyst apparatus in internal combustion engine
    • 内燃机废气排放控制催化剂装置
    • US06296813B1
    • 2001-10-02
    • US09195715
    • 1998-11-19
    • Hitoshi IshiiKimiyoshi Nishizawa
    • Hitoshi IshiiKimiyoshi Nishizawa
    • B01D5388
    • F01N3/0835F01N3/0814F01N13/0097F01N2250/12F01N2570/12Y02T10/22
    • An inner surface of a cell 12 of a honeycomb carrier 11 except a downstream end of the inner surface in the exhaust direction is coated with a HC (hydrocarbon) adsorption material 13. The inner surface of the cell 12 coated with the HC adsorption material 13 is coated with a three way catalytic converter layer 14. A portion X located upstream side of the exhaust flow and having the three way catalytic converter layer 14 on the HC adsorption material 13, and a three way catalytic converter layer portion Y located downstream side of the exhaust flow are formed on an inner surface of the cell 12 of the honeycomb carrier 11. With this feature, the HC repeats elimination, re-adsorption, elimination, re-adsorption, . . . from the portion of the HC adsorption catalyst 10 upstream of the exhaust flow, finally reaches the downstream end of the portion X including the three way catalytic converter layer 14 on the HC adsorption material 13. Since the downstream end of this portion X is provided with the three way catalytic converter layer portion Y, the HC is converted by the three way catalytic converter layer 14 of this portion Y.
    • 蜂窝状载体11的除了排气方向的内表面的下游端的内表面涂覆有HC(烃)吸附材料13.涂覆有HC吸附材料13的电池12的内表面 涂覆有三元催化转化器层14.位于排气流的上游侧的部分X和在HC吸附材料13上具有三元催化转化器层14,并且位于下游侧的三元催化转化器层部分Y 在蜂窝载体11的电池12的内表面上形成排气。由此,HC重复排除,再吸附,消除,再吸附。 。 。 从排气流上游的HC吸附催化剂10的部分最终到达包含HC吸附材料13上的三元催化转化器层14的部分X的下游端。由于该部分X的下游端设有 三元催化转化器层部分Y,HC由该部分Y的三元催化转化器层14转化。
    • 28. 发明授权
    • Idling control system for internal combustion engine
    • 内燃机空转控制系统
    • US06295966B1
    • 2001-10-02
    • US09501298
    • 2000-02-09
    • Hitoshi Ishii
    • Hitoshi Ishii
    • F02D100
    • F02P9/005F02P5/1508F02P15/02F02P15/08Y02T10/46
    • An idling control system for a two-plug type internal combustion engine is comprised of an idling detector, an engine rotation speed detector and a controller coupled to the detectors. The controller decides whether the engine rotation speed in idling is smaller than an idling speed by a predetermined value. When this decision is affirmative, the controller differentiates ignition timings of the two spark plugs of each cylinder. This arrangement enables the engine with this system to perform preferable idling performances of generating a torque in response to the input of the external torque and of continuing the combustion against the drop of the engine rotation speed.
    • 用于双插头式内燃机的怠速控制系统包括怠速检测器,发动机转速检测器和耦合到检测器的控制器。 控制器判定怠速中的发动机转速是否小于空转速度预定值。 当该判断为肯定时,控制器区分每个气缸的两个火花塞的点火正时。 这种布置使得具有该系统的发动机能够响应于外部扭矩的输入并且相对于发动机转速的下降继续燃烧而执行优选的产生扭矩的怠速性能。