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    • 2. 发明申请
    • Regulator Bypass Start-Up in an Integrated Circuit Device
    • 集成电路设备中的调节器旁路启动
    • US20080273391A1
    • 2008-11-06
    • US12102400
    • 2008-04-14
    • Sean SteedmanVivien DelportJerrold S. ZdenekRuan LourensMichael CharlesJoseph JulicherEric Schroeder
    • Sean SteedmanVivien DelportJerrold S. ZdenekRuan LourensMichael CharlesJoseph JulicherEric Schroeder
    • G11C5/14G11C11/34
    • G11C5/147
    • An internal voltage regulator in an integrated circuit device is always active upon initial start-up and/or power-on-reset operations. The internal voltage regulator protects the low voltage core logic circuits of the integrated circuit device from excessively high voltages that may be present in a particular application. In addition, nonvolatile memory may be part of and operational with the low voltage core logic circuits for storing device operating parameters. Therefore, the internal voltage regulator also protects the low voltage nonvolatile memory from excessive high voltages. Once the integrated circuit device has stabilized and all logic circuits therein are fully function, a bit(s) in the nonvolatile memory may be read to determine if the internal voltage regulator should remain active, e.g., how power operation with a high voltage source, or be placed into a bypass mode for low power operation when the integrated circuit device is powered by a low voltage.
    • 初始启动和/或上电复位操作时,集成电路器件中的内部稳压器始终有效。 内部电压调节器保护集成电路器件的低电压核心逻辑电路免受可能存在于特定应用中的过高的电压。 此外,非易失性存储器可以是用于存储设备操作参数的低压核心逻辑电路的一部分并且可操作。 因此,内部稳压器也可以保护低压非易失性存储器免受过高的高压。 一旦集成电路器件已经稳定并且其中的所有逻辑电路都完全功能,则可以读取非易失性存储器中的位以确定内部电压调节器是否应保持有效,例如,如何使用高电压源进行功率操作, 或者当集成电路器件由低电压供电时,将其置于旁路模式以进行低功耗操作。
    • 4. 发明申请
    • CLOSED-LOOP HANDLEBAR LOCKING DEVICE FOR BICYCLE
    • 闭环手动锁定装置
    • US20160333611A1
    • 2016-11-17
    • US14708840
    • 2015-05-11
    • John D. MabryTaylor SizemoreClement GalloisOliver MuellerKay KimMichael Charles
    • John D. MabryTaylor SizemoreClement GalloisOliver MuellerKay KimMichael Charles
    • E05B71/00B62K21/24B62K21/16
    • E05B71/00B62H5/04B62H2005/008B62K21/16
    • A closed loop handlebar locking device is securely coupled to a bike and allows safe and accurate steering and operation of the bike when in use. The handlebar locking device is further suitable for securely locking the bike when the bike is not in use. Handlebar locking device is configurable to lock a bike to a fixed object, such as a signpost while still attached to the stem of the bike. The handlebar locking device is also configurable to lock the bike when a suitable object, such as a signpost is not available. In such a situation the handlebar locking device may be removed from the stem and passed around the frame and through one or both wheels. The handlebar locking device is attached to the stem via a stem piece that remains attached to the stem when the handlebar locking device is detached. Brakes, lights, computer and other accessories and components are attached to the stem piece. The bike is unsuitable for operation even if the handlebar locking device is defeated by a would-be thief.
    • 闭环手柄锁定装置牢固地联接到自行车上,并且在使用时允许骑自行车的安全和准确的转向和操作。 手柄锁定装置还适用于在自行车不使用时可靠地锁定自行车。 手柄锁定装置可配置为将自行车锁定到固定物体,例如路标,同时仍然附着在自行车的杆上。 手柄锁定装置还可配置为在不能使用路标等适当对象时锁定自行车。 在这种情况下,手柄锁定装置可以从杆上移除并绕过框架并通过一个或两个车轮。 手柄锁定装置通过杆部件连接到杆上,当把手锁定装置被拆卸时,该杆件保持附接到杆上。 制动器,灯具,电脑及其他配件和部件都连接到阀杆片上。 即使把手锁定装置被一名小偷击败,该自行车也不适用于操作。