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    • 1. 发明申请
    • ESTIMATION APPARATUS OF ALCOHOL COMPONENT AMOUNT IN FUEL
    • 燃料中酒精成分的估算装置
    • US20090177370A1
    • 2009-07-09
    • US12343257
    • 2008-12-23
    • Koji KAWAKITAKatsunori UEDAToshiyuki MIYATAHiroki YAMAMOTO
    • Koji KAWAKITAKatsunori UEDAToshiyuki MIYATAHiroki YAMAMOTO
    • F02D41/04
    • F02D41/0025F02D19/0628F02D19/084F02D19/088F02D41/0042F02D41/2448F02D41/2454F02D2200/0612Y02T10/36
    • An estimation apparatus includes: a learning prohibition unit, configured to prohibit a learning unit from executing a learning control and retain a learning value, which is set just before prohibiting, as a fixed learning value which is a fixed value, when the fuel component amount estimation condition is satisfied; an air-fuel ratio correction amount computation unit, configured to compute a correction amount of the air-fuel ratio based on the feedback correction value and the fixed learning value, when the fuel component amount estimation condition is satisfied; an injection correction value change rate computation unit, configured to compute a change rate of the correction amount; an alcohol component correction value computation unit, configured to compute an alcohol component correction value based on the change rate; and an alcohol component amount estimation unit, configured to estimate an alcohol component amount in fuel based on the alcohol component correction value.
    • 一种估计装置,包括:学习禁止单元,其被配置为当所述学习禁止单元执行学习控制并且将刚刚设置的禁止之前设定的学习值作为固定学习值作为固定值时, 估计条件满足; 空燃比校正量计算单元,被配置为当满足所述燃料成分量估计条件时,基于所述反馈校正值和所述固定学习值来计算所述空燃比的校正量; 喷射校正值变化率计算单元,被配置为计算校正量的变化率; 醇组分校正值计算单元,被配置为基于所述变化率计算酒精分量校正值; 以及醇成分量估计单元,其被配置为基于所述醇成分校正值来估计燃料中的醇成分量。
    • 2. 发明申请
    • APPARATUS CONFIGURED TO ESTIMATE QUANTITY OF FUEL STORED IN VEHICLE
    • 设备估计车辆存储的燃料数量
    • US20090211349A1
    • 2009-08-27
    • US12362010
    • 2009-01-29
    • Koji KAWAKITAKatsunori UEDAToshiyuki MIYATAHiroki YAMAMOTO
    • Koji KAWAKITAKatsunori UEDAToshiyuki MIYATAHiroki YAMAMOTO
    • G01M15/00
    • G01F23/0076
    • An apparatus, configured to estimate quantity of fuel stored in a vehicle, includes: a fuel tank; a fuel quantity measure; a filtering processor; a filter gain setter, configured to set a filter gain; and a vehicle status detector, configured to detect which one of a starting state, a halted state, a state achieved immediately after stoppage of the vehicle, and a traveling state, wherein the filter gain setter sets: a first gain as the filter gain when the vehicle is the starting state; a second gain as the filter gain, which is larger than the first gain, when the vehicle is in the traveling state or the state achieved immediately after stoppage of the vehicle; and a third gain as a filter gain, which is larger than the first gain and smaller than the second gain, when the vehicle is in the halted state.
    • 一种被配置为估计存储在车辆中的燃料量的装置,包括:燃料箱; 燃油量测量; 一个过滤处理器; 滤波器增益设定器,被配置为设置滤波器增益; 以及车辆状态检测器,被配置为检测起动状态,停止状态,车辆停止后立即获得的状态中的哪一个以及行驶状态,其中,所述过滤器增益设定器设定:作为所述过滤器增益的第一增益, 车辆是起动状态; 作为过滤器增益的第二增益大于第一增益,当车辆处于行驶状态或在车辆停止之后立即实现的状态时; 以及当车辆处于停止状态时,作为滤波器增益的第三增益大于第一增益并小于第二增益。
    • 3. 发明申请
    • CONTROLLER OF ENGINE
    • 发动机控制器
    • US20090205613A1
    • 2009-08-20
    • US12370053
    • 2009-02-12
    • Koji KAWAKITAKatsunori UEDAToshiyuki MIYATAHiroki YAMAMOTO
    • Koji KAWAKITAKatsunori UEDAToshiyuki MIYATAHiroki YAMAMOTO
    • F02P5/04
    • F02D41/0025F02D19/061F02D19/084F02D19/088F02D37/02F02D41/0002F02D41/1454F02D41/18F02D2041/2048F02D2200/0611F02D2200/602Y02T10/36
    • A controller of an engine that can use a blended fuel with alcohol blended therein, the controller includes: an ignition timing controller, operable to control an ignition timing of the engine; an exhaust air-fuel ratio detector, operable to detect an exhaust air-fuel ratio of the engine; a concentration detector, operable to detect concentration of the alcohol in the blended fuel; an operation state detector, operable to detect an operation state of the engine; and a corrector, when the operation state which is detected by the operation state detector is a high-speed, high-load operation state, as the concentration of the alcohol which is detected by the concentration detector is higher, operable to control an injection amount which is injected from a fuel injection valve to correct a target equivalence ratio more in a lean direction, and operable to correct the ignition timing which is controlled by the ignition timing controller more to a spark advance side.
    • 发动机的控制器,其可以混合使用与其混合的混合燃料,所述控制器包括:点火正时控制器,其可操作以控制所述发动机的点火正时; 排气空燃比检测器,其可操作以检测发动机的排气空燃比; 浓度检测器,可操作以检测混合燃料中的醇的浓度; 操作状态检测器,用于检测发动机的运行状态; 以及校正器,当由所述操作状态检测器检测到的操作状态是高速,高负载操作状态时,随着由浓度检测器检测到的酒精的浓度较高,可操作地控制喷射量 其从燃料喷射阀喷射以在稀薄方向上更正目标当量比,并且可操作以将由点火正时控制器控制的点火正时更新到火花提前侧。
    • 6. 发明申请
    • CUTTING DEVICE AND MANUFACTURING METHOD FOR ABSORPTIVE ARTICLE
    • 用于吸收制品的切割装置和制造方法
    • US20110048622A1
    • 2011-03-03
    • US12943049
    • 2010-11-10
    • Hiroki YAMAMOTO
    • Hiroki YAMAMOTO
    • A61F13/15B26D7/08
    • A61F13/15723A61F13/15699B26D1/405B65H20/06B65H35/08B65H2404/261B65H2404/264B65H2404/2691B65H2801/57Y10S493/96Y10T83/0405Y10T83/2092Y10T83/4795Y10T83/4833Y10T83/4838Y10T156/1015
    • A cutting device 100 feed a web 200 between a die roll 10 and an anvil roll 20, and cut a continuous portion 210 of the web 200. The cutting device 100 includes a continuous portion transport unit 30 configured to hold and transport the continuous portion 210 of the web being continuous in a moving direction of the web, and a discontinuous portion transport unit 40 configured to hold and transport a discontinuous portion of the web being discontinuous in the moving direction of the web. The die roll 10 includes a first large diameter portion 12 whose outer peripheral surface is provided with a cutting blade 15 configured to cut a continuous portion 210 of the web. The anvil roll 20 includes a second large diameter portion 22 disposed to face the first large diameter portion 12. By the discontinuous portion transport unit 40, the discontinuous portion 220 passes through between the die roll 10 and the anvil roll 20 without contacting the first large diameter portion 12 and the second large diameter portion 22.
    • 切割装置100在模具辊10和砧辊20之间输送幅材200,并切割幅材200的连续部分210.切割装置100包括连续部分传送单元30,其被构造成保持和传送连续部分210 所述幅材在所述幅材的移动方向上是连续的;以及不连续部分传送单元40,其被配置为保持并传送所述幅材的不连续部分,所述不连续部分在所述幅材的移动方向上是不连续的。 模具卷10包括第一大直径部分12,其外周表面设置有切割刀片15,该切割刀片15被构造成切割幅材的连续部分210。 砧辊20包括设置成面对第一大直径部分12的第二大直径部分22.通过不连续部分传送单元40,不连续部分220在模具辊10和砧辊20之间穿过,而不接触第一大直径部分 直径部分12和第二大直径部分22。
    • 8. 发明申请
    • MANUFACTURING METHOD FOR ABSORPTIVE ARTICLE
    • 吸收制品的制造方法
    • US20090320993A1
    • 2009-12-31
    • US12390068
    • 2009-02-20
    • Hiroki YAMAMOTO
    • Hiroki YAMAMOTO
    • B32B29/02
    • A61F13/15609
    • A manufacturing method for an absorptive article according to the present invention includes: placing a continuum of the elastic members 4A and 5A in a desired layout, on at least one surface of a web 7A being transported continuously, while swinging the continuum of the elastic members 4A and 5A in a direction crossing a moving direction of the web 7A; feeding the web 7A on which the continuum of the elastic members 4A and 5A are placed, between a first roll 8, which is rotating in the moving direction, and a second roll 9; and pressing the continuum of the elastic members 4A and 5A, and the web 7A between the first roll 8 and the second roll 9. A recess 20 is formed in a predetermined pattern on at least an outer peripheral surface of the first roll 8, and the continuum of the elastic members 4A and 5A, and the web 7A are pressed between the first roll 8 and the second roll 9 while the continuum of the elastic members 4A and 5A placed in an area 3A corresponding to the crotch portion on one surface of the web 7A faces the recess 20 formed on the outer peripheral surface of the first roll 8.
    • 根据本发明的吸收性物品的制造方法包括:将弹性构件4A和5A的连续体放置在所期望的布局中,在连续输送的幅材7A的至少一个表面上,同时使弹性构件的连续体摆动 沿着与纸幅7A的移动方向交叉的方向; 将在其上放置有弹性构件4A和5A的连续体的腹板7A在沿着移动方向旋转的第一辊8和第二辊9之间进给; 并且将第一辊8和第二辊9之间的弹性构件4A和5A的连续体以及腹板7A按压。在第一辊8的至少外周表面上以预定图案形成凹部20, 弹性构件4A和5A的连续体和腹板7A被压在第一辊8和第二辊9之间,同时弹性构件4A和5A的连续体放置在与一个表面上的裆部对应的区域3A中 纸幅7A面对形成在第一辊8的外周面上的凹部20。