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    • 4. 发明申请
    • SOFTWARE CONTROLLED LATCHED VOLTAGE REGULATOR HAVING WIPER SWITCH DECODING
    • 具有刮水器开关解码功能的软件控制电压调节器
    • WO1996038771A1
    • 1996-12-05
    • PCT/US1996007317
    • 1996-05-21
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.PORTER, Eugene, B.DISSER, Robert, J.MONAHAN, Michael, B.
    • G05F01/46
    • G05F1/46Y10S318/02
    • A software-controlled latched voltage regulator includes three bipolar transistors responsive to a wiper switch multiplexed signal to place a latch formed by the transistors in an energized state, thereby supplying power to a microcontroller. One of the bipolar transistors is responsive to a deenergization signal supplied by the microcontroller, under software control, to place the latch in a deenergized state wherein regulated power is no longer supplied to the microcontroller. The voltage regulator further includes a zener diode that provides a reference voltage for use in connection with one of the transistors to implement a decoding function that is applied to the switch multiplexed signal to provide a pair of wiper switch position signals for use by the microcontroller during operation. While the latch remains in an energized state, the supplied regulated voltage enables the microcontroller to park a wiper arm of a wiper system, even though an ignition switch is an off position. Once the wiper arm is parked, as sensed by cam switches, the microcontroller deactivates the latch by generating the deenergization signal to power down the system in order to reduce current draw.
    • 软件控制的锁存电压调节器包括三个双极晶体管,其响应于抽头开关复用信号,以将由晶体管形成的锁存器置于通电状态,由此向微控制器供电。 双极晶体管之一响应于由微控制器在软件控制下提供的去激励信号,以将锁存器置于断电状态,其中不再向微控制器供电。 电压调节器还包括齐纳二极管,其提供与晶体管中的一个结合使用的参考电压,以实现应用于开关多路复用信号的解码功能,以提供一对刮水器开关位置信号供微控制器使用 操作。 当闩锁保持在通电状态时,即使点火开关处于关闭位置,所提供的调节电压也使得微控制器能够停放刮水器系统的雨刷臂。 一旦雨刮器臂停放,如凸轮开关所感测到的那样,微控制器通过产生断电信号来去激活锁存器,以使系统断电以减少电流消耗。
    • 5. 发明申请
    • AUTO REVERSE POWER CLOSURE SYSTEM
    • 自动反向电源关闭系统
    • WO1996035036A1
    • 1996-11-07
    • PCT/US1996006095
    • 1996-05-01
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.GEORGIN, Elizabeth, A.
    • E05F15/00
    • H02H7/0851E05F15/41E05Y2900/55H02H7/093
    • A power closure system for a motor vehicle includes a closure (28), a closure frame (30), an electric motor (12), a first displacement sensor (24) and a microprocessor. The electric motor (12) has an output shaft (14). The closure frame (30) defines a seated position of the closure (28). The displacement sensors (24, 26) both indicate rotation of the drive motor output shaft, with the second sensor being offset from the first sensor. The microprocessor includes means for measuring a first time for the output shaft of the motor to rotate a predetermined amount using signals from the first sensor. The microprocessor also includes means for measuring a second time for the output shaft of the motor to rotate a predetermined amount using signals from the first sensor. As well, the microprocessor includes means for establishing a reference, or limiting, time signal for the second time signal using the first time signal. The microprocessor has means for comparing the second signal to the reference or limit signal. The microprocessor additionally includes means for reversing the motor if the second signal is greater than the reference signal for a predetermined period of time.
    • 用于机动车辆的动力闭合系统包括闭合件(28),闭合框架(30),电动机(12),第一位移传感器(24)和微处理器。 电动机(12)具有输出轴(14)。 闭合框架(30)限定了封闭件(28)的就座位置。 位移传感器(24,26)均表示驱动马达输出轴的旋转,第二传感器偏离第一传感器。 微处理器包括用于使用来自第一传感器的信号第一次测量电动机的输出轴以旋转预定量的装置。 微处理器还包括用于使用来自第一传感器的信号第二次测量电机的输出轴以旋转预定量的装置。 同样,微处理器包括用于使用第一时间信号建立参考或限制第二时间信号的时间信号的装置。 微处理器具有用于将第二信号与参考或限制信号进行比较的装置。 微处理器还包括用于在第二信号大于参考信号一预定时间段时使马达反转的装置。
    • 6. 发明申请
    • FAN BLADE WITH CURVED PLANFORM AND HIGH-LIFT AIRFOIL HAVING BULBOUS LEADING EDGE
    • 具有弯曲平面的风扇叶片和具有弹性导向边缘的高架风机
    • WO1996016272A1
    • 1996-05-30
    • PCT/US1995014883
    • 1995-11-15
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.NEELY, Michael, J.SAVAGE, John, R.
    • F04D29/32
    • F04D29/326F04D29/384
    • A blade (100) for a vehicle engine-cooling fan assembly having a curved planform and a high-lift airfoil. The planform has a first region adjacent the root of the blade with forward curvature, a second region ajdacent the tip of the blade with backward curvature, and an intermediate region disposed between the first region and the second region with substantially straight curvature. The airfoil has a leading edge (106); a rounded, bulbous nose section (110) adjacent the leading edge (108); a trailing edge; a curved pressure surface (104) extending smoothly and without discontinuity from the nose section to the trailing edge; a curved suction surface (102) extending smoothly and without discontinuity from the nose section (110) to the trailing edge; and a thin, highly cambered aft section (112) formed adjacent the trailing edge (108) and between the pressure surface (104) and the suction surface (102). The nose section (110) has a thickness which is greater than the thickness of the airfoil between the pressure surface (104) and the suction surface (102) and the nose section (110) blends smoothly into the pressure surface (104) and the suction surface (102).
    • 一种用于车辆发动机冷却风扇组件的叶片(100),其具有弯曲平台和高升力翼型件。 平台形状具有与刀片的根部相邻的第一区域,其具有向前曲率,在与刀片具有向后曲率的尖端相邻的第二区域,以及设置在具有基本上直的曲率的第一区域和第二区域之间的中间区域。 翼型件具有前缘(106); 邻近前缘(108)的圆形的球形鼻部(110); 后缘 弯曲的压力表面(104)平滑地延伸并且没有从鼻部到后缘的不连续; 弯曲的吸入表面(102)平滑地延伸并且没有从鼻部(110)到后缘的不连续; 以及邻近所述后缘(108)并且在所述压力表面(104)和所述吸力表面(102)之间形成的薄的,高度弧形的后部段(112)。 鼻部(110)的厚度大于压力表面(104)和吸力表面(102)之间的翼型的厚度,并且鼻部(110)平滑地与压力表面(104)共混,并且 吸力表面(102)。
    • 10. 发明申请
    • METHOD AND APPARATUS FOR WIPING A WINDSHIELD
    • 用于擦拭风机的方法和装置
    • WO1997020716A1
    • 1997-06-12
    • PCT/US1996019174
    • 1996-12-02
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.
    • ITT AUTOMOTIVE ELECTRICAL SYSTEMS, INC.COOK, Keith, Richard
    • B60S01/04
    • B60S1/0452B60S1/02B60S1/38B60S2001/3829
    • A wiping system (10) and method for wiping a windshield (16) are shown. The wiping system (10) comprises frictional means or a wiper material (40) which is applied directly to either a wiper blade (12a, 14a) or a windshield (16) in at least one reversal area (28, 30, 42) on the windshield (16) where the wiping blade (12a, 14a) is driven from a first direction to a second direction which is generally opposite that of the first direction. The wiper material (40) is coated or integrally formed as part of the windshield (16) in the reversal areas (28, 30, 42) to facilitate increasing the friction between an edge of the wiper blade (12a, 14a) and a surface of the windshield (16) which, in turn, facilitates causing the blade to flip from a first wipe side to a second wipe side, thereby reducing or eliminating "chisel chatter" problems of the past.
    • 示出了用于擦拭挡风玻璃(16)的擦拭系统(10)和方法。 擦拭系统(10)包括摩擦装置或擦拭器材料(40),其直接施加在至少一个反转区域(28,30,32)中的刮水片(12a,14a)或挡风玻璃(16)上, 所述挡风玻璃(16),其中所述擦拭叶片(12a,14a)从第一方向被驱动到与所述第一方向大致相反的第二方向。 擦拭器材料(40)在反转区域(28,30,42)中被涂覆或整体形成为挡风玻璃(16)的一部分,以便于增加刮水片(12a,14a)的边缘与表面 挡风玻璃(16),这又有助于使刮板从第一擦拭侧翻转到第二擦拭面,从而减少或消除过去的“凿子颤动”问题。