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    • 1. 发明授权
    • Power operated door latch
    • 电动门闩
    • US4763936A
    • 1988-08-16
    • US920651
    • 1986-10-20
    • Deno J. RogakosJoseph P. LicataJohn L. Sloan
    • Deno J. RogakosJoseph P. LicataJohn L. Sloan
    • E05B65/12E05B65/32E05C3/26
    • E05B81/14E05B81/20E05B85/243Y10S292/23Y10T292/1047Y10T292/1082Y10T292/308
    • An automobile door latch has a fork-type latch bolt, a detent lever which automatically retains the bolt in a closed-latched position in a manual-closed operating mode of the latch when the door is manually swung to the closed position, a manually actuated release lever which moves the detent lever to a releasing position releasing the bolt in a manual-open operating mode of the latch, and a power operating means which power rotates the bolt from an ajar-latched position to the closed-latched position in a power-closed operating mode of the latch and which moves the detent lever to the releasing position in a power-open operating mode of the latch. The door latch further includes an electrical control which automatically actuates the latch in the power-closed operating mode when the latch bolt achieves the ajar-latched position and which permits random sequencing of the manual and the power operating modes of the latch.
    • 汽车门闩具有叉形的闩锁螺栓,一个止动杆,当门被手动地摆动到关闭位置时,该锁定杆自动地将闩锁保持在闩锁的手动关闭操作模式中的闭锁位置,手动致动 释放杆,其将止动杆移动到松开位置,释放位置以闩锁的手动打开操作模式释放螺栓;以及动力操作装置,该动力操作装置将螺栓从开闭位置旋转到闭锁位置, - 闭锁操作模式,并且在闩锁的电源打开操作模式下将止动杆移动到释放位置。 门锁还包括电控制器,当电动锁闭螺栓达到锁定位置并允许锁定器的手动和电力操作模式的随机排序时,电动关闭操作模式下自动启动闩锁。
    • 2. 发明授权
    • Windshield wiper drive
    • 挡风玻璃刮水器驱动
    • US4672709A
    • 1987-06-16
    • US810736
    • 1985-12-19
    • Joseph P. LicataDavid P. Kudla
    • Joseph P. LicataDavid P. Kudla
    • B60S1/24
    • B60S1/245
    • A drive for a tandem windshield wiper system including a driver's side wiper blade and a passenger side wiper blade wherein the driver's primary vision area is wiped twice during each tandem stroke of the wiper blades. The drive includes a unidirectional electric motor with a crank arm, a rotatable drive plate connected to the passenger's side wiper blade, a driver's side crank arm connected to the driver's side wiper blade, a transverse drive link connected to the motor crank arm and linearly reciprocated thereby, linkage between the drive link and the drive plate operative to convert reciprocation of the drive link to angular oscillation of the drive plate and passenger side wiper blade, and a transverse operating link between the drive plate and the driver's side crank arm operative to transfer angular oscillation of the drive plate to the crank arm and driver's side wiper blade in tandem fashion.
    • 用于串联挡风玻璃刮水器系统的驱动器,其包括驾驶员侧刮水片和乘客侧刮水片,其中在雨刷片的每个串联行程期间驾驶员的主要视觉区域被擦拭两次。 该驱动器包括具有曲柄臂的单向电动马达,连接到乘客侧刮水片的可旋转驱动板,连接到驾驶员侧刮水片的驾驶员侧曲柄臂,连接到马达曲柄臂的横向驱动连杆,并且线性往复运动 从而驱动链路和驱动板之间的连接可操作以将驱动连杆的往复运动转换成驱动板和乘客侧刮水片的角振荡,并且驱动板和驾驶员侧曲柄臂之间的横向操作连杆可操作地传递 驱动板与曲柄臂和驾驶员侧刮水片以串联的方式发生角度振荡。
    • 3. 发明授权
    • Control for windshield wipers with overlapping pattern and park
    • 控制与重叠模式和公园的挡风玻璃雨刷
    • US4670695A
    • 1987-06-02
    • US904039
    • 1986-09-05
    • Joseph P. LicataRobert M. Sigler, Jr.
    • Joseph P. LicataRobert M. Sigler, Jr.
    • B60S1/08H02P1/04
    • B60S1/0814Y10S318/02
    • A control for an electrically powered, motor vehicle windshield wiper system with independent drive motors for the wiper blades which produces an opposing wiper pattern with overlapping park and which is simple and inexpensive to manufacture by providing a unique switching system which coordinates the blades to prevent interference therebetween and converts simply and effectively, when the system is turned off, to a blade parking control which allows continuation of normal blade movement into a predetermined park position. The control provides switch control for the motor of each wiper blade in response to certain predetermined positions of the other blade, including, in particular, a position adjacent but outside the wipe pattern of the other blade wherein the controlled blade may be stopped if necessary to avoid interference. The switching arrangement further utilizes contact segments which are switched into different switching arrangements by control switch apparatus in order to control normal running and parking in the most efficient manner.
    • 一种用于电动机动车辆挡风玻璃刮水器系统的控制装置,其具有用于刮水器叶片的独立驱动马达,其产生具有重叠驻车的相对的刮水器图案,并且通过提供协调叶片以防止干扰的独特切换系统而制造简单且便宜 并且当系统关闭时简单有效地转换到允许正常叶片运动继续进入预定停放位置的叶片驻车控制器。 该控制器响应于另一个叶片的某些预定位置,提供每个刮水片的马达的开关控制,特别是包括另一个叶片的擦拭图案相邻但在外侧的位置,其中如果必要的话可以停止控制的叶片 避免干扰。 开关装置进一步利用由控制开关装置切换到不同的开关装置的接触段,以便以最有效的方式控制正常运行和停车。
    • 5. 发明授权
    • Power window control for motor vehicle window
    • 电动车窗窗控制
    • US4476416A
    • 1984-10-09
    • US490314
    • 1983-05-02
    • Joseph P. LicataRichard N. LehnhoffFrank J. Terkoski
    • Joseph P. LicataRichard N. LehnhoffFrank J. Terkoski
    • H02P1/22E05F15/16H02P7/288
    • E05F15/695E05Y2800/73E05Y2900/55
    • Power window control apparatus for a motor vehicle window includes a motor actuatable to drive the window toward a predetermined position, an operator controlled actuator effective only during actuation to actuate the motor, a further actuator effective upon actuation of the operator controlled actuator for a time intermediate first and second predetermined time periods to maintain actuation of the motor after deactivation of the operator controlled actuator and an automatic deactivator effective to stop the motor and deactivate the further actuator when the window reaches the predetermined position. The window thus moves under operator control for very short or long movements but can be set to move under automatic control by actuation of the single operator control for a specified intermediate time duration. The further actuator may be a capacitor charged during the actuation of the operator controlled actuator for the first predetermined time to a voltage sufficient to maintain a motor driving FET conducting and a latching switch across the capacitor effective to discharge the same when the voltage thereacross reaches a higher voltage in the second predetermined time period.
    • 用于机动车辆窗户的电动车窗控制装置包括可致动以朝向预定位置驱动窗户的电动机,仅在致动期间有效地操作电动机的操作者控制的致动器,在致动操作者控制的致动器以有效地进行时间中间 第一和第二预定时间段,以在操作员控制的致动器停用之后维持电动机的致动,以及当窗口到达预定位置时有效地停止电动机并停用另外的致动器的自动停用器。 因此,窗口在操作员控制下移动非常短或长的移动,但是可以通过在单个操作者控制器的致动达到指定的中间持续时间来设置为在自动控制下移动。 另外的致动器可以是在操作者控制的致动器致动第一预定时间期间将充电的电容器充电到足以维持电动机驱动FET导通的电压和跨过电容器的闭锁开关,当电压跨越达到 在第二预定时间段内具有更高的电压。