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    • 1. 发明授权
    • System and method to control a switchable powertrain mount
    • 用于控制可切换动力系安装座的系统和方法
    • US07194344B2
    • 2007-03-20
    • US10905656
    • 2005-01-14
    • Thomas Scott GeeKrish MahadevanDarren Bisaro
    • Thomas Scott GeeKrish MahadevanDarren Bisaro
    • B60L9/00B62D21/00F16F5/00
    • B60K6/445B60K5/1283B60K6/365B60L2240/441B60W2510/0638B60W2540/06B60W2540/10Y02T10/6239Y02T90/16
    • A strategy controls alternate anti-vibration modes in a switchable powertrain mount using vehicle operational status sensors and pre-selected thresholds. The switchable mount modes can include engine off-idle and an idle mode. Vehicle sensors and pre-selected thresholds can determine whether the engine is off-idle, or running in idle mode, whether the engine will likely remain in idle mode. From these determinations, the controller can command the switchable mount to engine idle mode when the controller determines the engine is in idle mode and will likely remain in idle mode. The switching means for the switchable mount can use a three-way vacuum solenoid valve (VSV), or a mechanical or electrical switch. In the case of the VSV configuration, the VSV is communicatively attached to the controller, a vacuum line connects the VSV to the switchable mount, and a second vacuum line connects the VSV to an engine intake manifold.
    • 策略通过车辆运行状态传感器和预选阈值来控制可切换动力系安装中的交替防振模式。 可切换的安装模式可以包括发动机熄火和空闲模式。 车辆传感器和预选阈值可以确定发动机是否处于空闲状态,或者处于空转模式,无论发动机是否可能保持在空转模式。 根据这些确定,当控制器确定发动机处于空闲模式并且可能保持在空闲模式时,控制器可以命令可切换的安装到发动机空转模式。 用于可切换安装座的切换装置可以使用三通真空电磁阀(VSV)或机械或电气开关。 在VSV配置的情况下,VSV通信地连接到控制器,真空管线将VSV连接到可切换的安装座,而第二真空管线将VSV连接到发动机进气歧管。
    • 7. 发明授权
    • Nonvolatile memory implementation for electronic devices
    • 电子设备的非易失性存储器实现
    • US6091658A
    • 2000-07-18
    • US430897
    • 1999-11-01
    • John Robert McDonaldJohn Lowell ZellerThomas Scott Gee
    • John Robert McDonaldJohn Lowell ZellerThomas Scott Gee
    • G11C16/10G11C7/00
    • G11C16/102
    • An automobile has an electronic device with a nonvolatile memory implementation. The electronic device includes non-programmable nonvolatile memory (ROM), volatile memory (RAM) and programmable nonvolatile memory (EEPROM). A controller (CPU) is coupled to and controls reads and writes to and from the ROM, RAM, and EEPROM. When the CPU detects a key-off event it calculates an error recovery code (checksum) for a data string stored in the RAM and stores the checksum and data into one of two memory locations in the EEPROM. The CPU will alternate between the two memory locations each cycle. When the CPU detects a key-on event it calculates the checksum for the data string stored in the RAM. If the data string is invalid or if validity of the EEPROM data cannot be confirmed, then the CPU copies a predetermined data string from the ROM to the RAM. If the CPU determines that the calculated KAM checksum does not equal the stored KAM checksum, then the CPU copies the EEPROM data string to the KAM. Otherwise, the RAM data string remains untouched.
    • 汽车具有具有非易失性存储器实现的电子设备。 电子设备包括非可编程非易失性存储器(ROM),易失性存储器(RAM)和可编程非易失性存储器(EEPROM)。 控制器(CPU)耦合到并控制对ROM,RAM和EEPROM的读取和写入。 当CPU检测到关闭事件时,它计算出存储在RAM中的数据串的错误恢复码(checksum),并将校验和和数据存储在EEPROM的两个存储单元之一中。 CPU将在每个周期的两个存储单元之间交替。 当CPU检测到键入事件时,它会计算存储在RAM中的数据字符串的校验和。 如果数据串无效或EEPROM数据的有效性无法确认,则CPU将预定的数据串从ROM复制到RAM。 如果CPU确定计算的KAM校验和不等于存储的KAM校验和,则CPU将EEPROM数据字符串复制到KAM。 否则,RAM数据串保持不变。