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    • 52. 发明申请
    • BRAKE CONTROL DEVICE
    • 制动控制装置
    • US20110098903A1
    • 2011-04-28
    • US13002191
    • 2009-04-02
    • Takahiro OgawaManabu Kanno
    • Takahiro OgawaManabu Kanno
    • B60T8/1766B60T7/12
    • B60T8/1706B60T8/1766B60T2230/03B60T2240/06
    • It is an object of the invention to provide a brake control device that can accurately detect a rear wheel lift off state and that is not easily affected by a road surface state, a wear condition of a tire, a slipping state of a front wheel and an operation of a driver etc.In a brake control device that controls a front wheel anti-lock brake system of a front wheel brake of a two-wheel vehicle, it is determined whether the front wheel brake is being braked at equal to or more than a predetermined braking force. If it is determined that braking is being performed at equal to or more than the predetermined braking force, it is determined whether a rear wheel is lifting off in accordance with a slipping state of the rear wheel, and if it is determined that the rear wheel is lifting off, the front wheel anti-lock brake system is activated.
    • 本发明的目的是提供一种制动控制装置,其能够精确地检测后轮脱离状态,并且不容易受到路面状态,轮胎的磨损状况,前轮的滑动状态和 驾驶员的操作等。在控制两轮车辆的前轮制动器的前轮防抱死制动系统的制动控制装置中,判断前轮制动器是否正在制动等于或者等于 比预定的制动力。 如果确定在等于或大于预定制动力的情况下进行制动,则根据后轮的滑动状态确定后轮是否脱离,并且如果确定后轮 正在起吊,前轮防抱死制动系统被激活。
    • 56. 发明申请
    • Brake Control Method And Brake Control Device For Two-Wheeled Motor Vehicle
    • 双轮汽车制动控制方法及制动控制装置
    • US20100138122A1
    • 2010-06-03
    • US12528389
    • 2008-02-21
    • Helge WesterfeldTakahiro OgawaMarkus Hamm
    • Helge WesterfeldTakahiro OgawaMarkus Hamm
    • G06F19/00
    • B60T8/1706B60T8/1766B60T8/261B60T8/3225B60T13/686B60T2240/06
    • To further improve, in a brake control method and device for a two-wheeled motor vehicle that utilizes a wheel cylinder pressure as a parameter for predicting the potential for lifting of a rear wheel, the accuracy of predicting lifting of the rear wheel.A brake control method of the present invention comprises the steps of inputting a signal of an input sensor (step 100); detecting a front wheel cylinder pressure (step 102); detecting an amount of change in the front wheel cylinder pressure (step 104); determining whether or not the front wheel cylinder pressure and the amount of change in the front wheel cylinder pressure that have been detected correspond to a brake condition where lifting of a rear wheel can occur (step 106); and, when it is determined that the front wheel cylinder pressure and the amount of change in the front wheel cylinder pressure that have been detected correspond to the brake condition, reducing a pressure amplification gradient of the front wheel cylinder pressure.
    • 为了进一步改进,在利用轮缸压力作为预测后轮提升潜力的参数的用于两轮机动车辆的制动控制方法和装置中,预测后轮提升的精度。 本发明的制动控制方法包括输入输入传感器的信号的步骤(步骤100)。 检测前轮缸压力(步骤102); 检测前轮缸压力的变化量(步骤104); 确定前轮缸压力和前轮缸压力的变化量是否与可能发生后轮的提升的制动条件相对应(步骤106); 并且当确定前轮缸压力和检测到的前轮缸压力的变化量对应于制动条件时,减小前轮缸压力的压力放大梯度。
    • 60. 发明授权
    • Plasma television set
    • 等离子电视机
    • US07471047B2
    • 2008-12-30
    • US11442412
    • 2006-05-25
    • Takahiro Ogawa
    • Takahiro Ogawa
    • G09G3/10
    • H02M1/32G09G2330/04H02M3/33507
    • At a primary power-supply board 40, a Vsus power supply and a Vadd power supply of prescribed voltages are derived and outputted to a plasma display panel 11. Secondary power supplies Vsub1, Vsub2, and Vsub3 are derived from prescribed voltage levels of a transformer 42 for deriving Vsus and Vadd power supplies at the primary power-supply board 40. The secondary power supplies Vsub1, Vsub2, and Vsub3 are outputted to a secondary power-supply board 20 which is a board different from the primary power-supply board 40. Vset, Ve, and Vscan power supplies which can be used by the plasma display panel 11 are derived by regulating the secondary power supplies Vsub1, Vsub2, and Vsub3. Thus, since the primary power-supply board 40 and the secondary power-supply board 20 are provided separately, the secondary power-supply board 20 alone can be replaced to cope with the changes of the plasma display panel 11.
    • 在主电源板40中,导出Vsus电源和规定电压的Vadd电源并将其输出到等离子体显示面板11.次级电源Vsub1,Vsub2和Vsub3从变压器的规定电压电平导出 42,用于导出主电源板40上的Vsus和Vadd电源。次级电源Vsub1,Vsub2和Vsub3被输出到与主电源板40不同的板的辅助电源板20 可以通过调节次级电源Vsub1,Vsub2和Vsub3来导出可由等离子体显示面板11使用的Vset,Ve和Vscan电源。 因此,由于主电源板40和二次电源板20分开设置,所以可以更换二次电源板20以应对等离子体显示面板11的变化。