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    • 1. 发明申请
    • VEHICLE SEATS
    • 车辆座椅
    • US20090008974A1
    • 2009-01-08
    • US12163123
    • 2008-06-27
    • Tsunetoshi HattoriNaoki Fujikawa
    • Tsunetoshi HattoriNaoki Fujikawa
    • A47C31/00
    • B60N2/64B60R11/0235B60R2011/0015B60R2011/0084B60R2011/0092
    • A vehicle seat may include a monitor device that is movably disposed in a back board of a seat back, and a drive mechanism coupled to the base portion of the monitor device. The monitor device includes a base portion and a monitor portion. The drive mechanism is arranged and constructed to move the monitor portion through a slot formed in the back board between a retracted position in which the monitor portion is positioned in an interior of the back board and a use position in which the monitor portion is positioned in an exterior of the back board while a display surface of the monitor portion is maintained in substantially parallel to the back board. The monitor portion is connected to the base portion so as to be rotatable about an axis that is perpendicular to a moving direction of the monitor portion.
    • 车辆座椅可以包括可移动地设置在座椅靠背的后板中的监视器装置,以及联接到监视器装置的基座部分的驱动机构。 监视器装置包括基座部分和监视器部分。 所述驱动机构被布置和构造成使所述监视器部分穿过形成在所述背板中的槽,在所述监视器部分位于所述后板的内部中的缩回位置和所述监视器部分位于其中的使用位置之间移动 背板的外部,而监视器部分的显示表面保持基本上平行于背板。 监视器部分连接到基部,以能够围绕垂直于监视器部分的移动方向的轴线旋转。
    • 2. 发明授权
    • Vehicle seats
    • 车座
    • US07959226B2
    • 2011-06-14
    • US12163123
    • 2008-06-27
    • Tsunetoshi HattoriNaoki Fujikawa
    • Tsunetoshi HattoriNaoki Fujikawa
    • A47C7/72
    • B60N2/64B60R11/0235B60R2011/0015B60R2011/0084B60R2011/0092
    • A vehicle seat may include a monitor device that is movably disposed in a back board of a seat back, and a drive mechanism coupled to the base portion of the monitor device. The monitor device includes a base portion and a monitor portion. The drive mechanism is arranged and constructed to move the monitor portion through a slot formed in the back board between a retracted position in which the monitor portion is positioned in an interior of the back board and a use position in which the monitor portion is positioned in an exterior of the back board while a display surface of the monitor portion is maintained in substantially parallel to the back board. The monitor portion is connected to the base portion so as to be rotatable about an axis that is perpendicular to a moving direction of the monitor portion.
    • 车辆座椅可以包括可移动地设置在座椅靠背的后板中的监视器装置,以及联接到监视器装置的基座部分的驱动机构。 监视器装置包括基座部分和监视器部分。 所述驱动机构被布置和构造成使所述监视器部分穿过形成在所述背板中的槽,在所述监视器部分位于所述后板的内部中的缩回位置和所述监视器部分位于其中的使用位置之间移动 背板的外部,而监视器部分的显示表面保持基本上平行于背板。 监视器部分连接到基部,以能够围绕垂直于监视器部分的移动方向的轴线旋转。
    • 5. 发明授权
    • Mirror angle adjustment mechanism
    • 镜角调整机构
    • US07674051B2
    • 2010-03-09
    • US11526399
    • 2006-09-25
    • Naoki Fujikawa
    • Naoki Fujikawa
    • G03B19/12G03B17/00
    • G02B7/1822G03B17/02G03B19/12
    • A mirror adjustment mechanism including a first reflection mirror rotatable around a rotation shaft, and a second reflection mirror rotatably provided on the first reflection mirror. One of the ends of the rotation shaft of the first mirror is allowed to move in the direction of the surface of the first mirror. By this movement, it is possible to adjust the direction of the reflecting light on the second mirror without substantially affecting the direction of the reflecting light on the first mirror. For example, the present invention can be applied to the adjustment of a sub-mirror rotatably mounted on a main mirror of a single-lens reflex camera.
    • 镜子调节机构,包括可围绕旋转轴旋转的第一反射镜和可旋转地设置在第一反射镜上的第二反射镜。 允许第一反射镜的旋转轴的端部之一沿着第一反射镜的表面的方向移动。 通过该移动,可以在不影响第一反射镜上的反射光的方向的情况下调整第二反射镜上的反射光的方向。 例如,本发明可以应用于可旋转地安装在单镜头反光相机的主镜上的副镜的调整。
    • 8. 发明授权
    • Accelerator opening degree estimation and engine sound generation
    • 加速器开度估计和发动机声音产生
    • US08499744B2
    • 2013-08-06
    • US12826505
    • 2010-06-29
    • Naoki Fujikawa
    • Naoki Fujikawa
    • F02D11/10B60R11/02G10K15/04
    • F02D11/106F02D2011/102F02D2200/501F02D2200/602G10K15/02
    • During travel of a vehicle, an apparatus acquires vehicle velocity information detected by a vehicle velocity sensor and a reference accelerator opening degree and an estimated gear position from a reference accelerator opening degree table indicative of relationship between vehicle velocities and accelerator opening degrees during travel of the vehicle at cruising velocity. The apparatus also acquires an estimated number of prime mover rotations at the vehicle velocity from a vehicle-velocity vs. number-of-prime-mover-rotation correlation table, and then calculates a difference between the estimated number of prime mover rotations and an actual number of prime mover rotations detected by a number-of-prime-mover-rotation sensor. Further, a value, obtained by multiplying the calculated difference by a compensating coefficient determined in accordance with characteristics specific to the vehicle, is added to the reference accelerator opening degree, to thereby calculate an estimated accelerator opening degree.
    • 在车辆行驶期间,装置从表示车速和加速器开度之间的关系的基准加速器开度表获取由车速传感器检测出的车速信息,基准加速器开度和推定档位, 车辆巡航速度。 该装置还从车速与原动机旋转相关性表获取在车速下的原动机旋转的估计数,然后计算原动机旋转的估计数与实际 由原动机旋转传感器检测到的原动机旋转数。 此外,将通过将计算出的差乘以根据车辆特有性的特性确定的补偿系数而获得的值被加到参考加速器开度,从而计算估计的加速器开度。