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    • 1. 发明申请
    • Subscriber identity module unlocking service portal
    • 用户识别模块解锁服务门户
    • US20080090614A1
    • 2008-04-17
    • US11548749
    • 2006-10-12
    • Alan E. SicherPratik M. Mehta
    • Alan E. SicherPratik M. Mehta
    • H04Q7/38
    • H04W8/205
    • An improved method and system for removing operating restrictions associated with a predetermined subscriber identity module (SIM) from a wireless device. A user is allowed to securely log onto a Web site that contains support information on subscription plans, billing, termination, penalties, and device-to-SIM unlocking. After satisfying any outstanding contract terms and payment of termination or device unlock fees, the user initiates a device-to-SIM unlock procedure. A client application on the wireless device securely transfers subscription, system, and SIM information to a device-to-SIM unlock system which uses the information to generate appropriate unlock codes. The unlock codes are then securely transferred to the client application, which processes them to remove operating restrictions associated with the predetermined SIM from the device and allow it to thereafter implement a plurality of SIMs.
    • 一种用于从无线设备去除与预定用户识别模块(SIM)相关联的操作限制的改进的方法和系统。 允许用户安全地登录到包含订阅计划,计费,终止,处罚和设备到SIM卡解锁支持信息的网站。 在满足任何未完成的合同条款和支付终止或设备解锁费用后,用户启动设备到SIM卡解锁程序。 无线设备上的客户端应用将订阅,系统和SIM卡信息安全地传送到使用该信息产生适当的解锁码的设备到SIM卡解锁系统。 然后将解锁码安全地传送到客户端应用程序,处理它们以从设备中移除与预定SIM卡相关联的操作限制,并允许其后执行多个SIM。
    • 2. 发明授权
    • Subscriber identity module unlocking service portal
    • 用户识别模块解锁服务门户
    • US08050705B2
    • 2011-11-01
    • US11548749
    • 2006-10-12
    • Alan E. SicherPratik M. Mehta
    • Alan E. SicherPratik M. Mehta
    • H04M1/00
    • H04W8/205
    • An improved method and system for removing operating restrictions associated with a predetermined subscriber identity module (SIM) from a wireless device. A user is allowed to securely log onto a Web site that contains support information on subscription plans, billing, termination, penalties, and device-to-SIM unlocking. After satisfying any outstanding contract terms and payment of termination or device unlock fees, the user initiates a device-to-SIM unlock procedure. A client application on the wireless device securely transfers subscription, system, and SIM information to a device-to-SIM unlock system which uses the information to generate appropriate unlock codes. The unlock codes are then securely transferred to the client application, which processes them to remove operating restrictions associated with the predetermined SIM from the device and allow it to thereafter implement a plurality of SIMs.
    • 一种用于从无线设备去除与预定用户识别模块(SIM)相关联的操作限制的改进的方法和系统。 允许用户安全地登录到包含订阅计划,计费,终止,处罚和设备到SIM卡解锁支持信息的网站。 在满足任何未完成的合同条款和支付终止或设备解锁费用后,用户启动设备到SIM卡解锁程序。 无线设备上的客户端应用将订阅,系统和SIM卡信息安全地传送到使用该信息产生适当的解锁码的设备到SIM卡解锁系统。 然后将解锁码安全地传送到客户端应用程序,处理它们以从设备中移除与预定SIM卡相关联的操作限制,并允许其后执行多个SIM。
    • 5. 发明授权
    • System for controlling multiple memory types
    • 用于控制多种存储器类型的系统
    • US06681301B1
    • 2004-01-20
    • US09969303
    • 2001-10-02
    • Pratik M. MehtaJames R. Magro
    • Pratik M. MehtaJames R. Magro
    • G06F1200
    • G06F13/1694
    • A system that enables a memory controller to control data transfers with memory modules, such as DIMMs (double in-line memory modules), of either a “by 4” (×4) type or a non-by-4 type (non-×4). Both ×4 and non-×4 DIMMs may be used in the system simultaneously, and the memory controller dynamically adjusts its enable and other signals as needed. Data strobe signals are provided to and from DIMMs over a data strobe transfer circuits which in the case of a non-×4 DIMM handles data strobes for an entire byte of data, while in the case of ×4 DIMM the data transfer circuit handles data strobes for one nibble (four bits) of a byte of data. A hybrid data mask/data strobe transfer circuit handles the other nibble of a byte of data in the case of data transfers for ×4 DIMMs, and handles data mask signals for write operations for non-×4 DIMMs.
    • 一种使内存控制器可以使用“by 4”(x4)类型或非4类(非x4)类型的内存模块(例如DIMM(双列直插式内存模块))控制数据传输的系统 )。 x4和non-x4 DIMM都可以同时在系统中使用,并且存储器控制器根据需要动态调整其使能和其他信号。 数据选通信号通过数据选通传输电路提供给DIMM,数据选通传输电路在非x4 DIMM的情况下处理整个数据字节的数据选通,而在x4 DIMM的情况下,数据传输电路处理数据选通 一个字节数据的一个四位(四位)。 混合数据掩码/数据选通传输电路在x4 DIMM的数据传输的情况下处理一字节数据的另一半字节,并处理用于非x4 DIMM的写入操作的数据掩码信号。
    • 6. 发明授权
    • General purpose bus with programmable timing
    • 通用总线,具有可编程时序
    • US06490638B1
    • 2002-12-03
    • US09379012
    • 1999-08-23
    • Andrew HaPratik M. Mehta
    • Andrew HaPratik M. Mehta
    • G06F1310
    • G06F13/4217
    • A system provides a general purpose bus with programmable timing capability. As part of a microcontroller, this general purpose bus provides a mechanism for communication between general purpose peripherals connected to the bus and enables external devices to be connected with proper timing to the microcontroller. The general purpose bus controller includes programmable interface timing control logic which allows the bus cycle length for commands from a processor or other bus master to be programmed. Accordingly, memory and I/O read and write commands are customized to suit the timing requirements of peripheral devices connected externally to the microcontroller. A significant variety of peripheral devices may thus be coupled to the microcontroller without requiring additional glue logic. The general purpose bus controller further includes an echo mode which permits accesses to internal peripheral devices to be interpreted by a logic analyzer or other debugging equipment.
    • 系统提供具有可编程定时能力的通用总线。 作为微控制器的一部分,这种通用总线提供了一种用于连接到总线的通用外设之间进行通信的机制,并使外部设备能够以适当的时序连接到微控制器。 通用总线控制器包括可编程接口定时控制逻辑,其允许来自处理器或其它总线主机的命令的总线周期长度被编程。 因此,存储器和I / O读写命令是定制的,以适应外部连接到微控制器的外设的时序要求。 因此,可以将显着的各种外围设备耦合到微控制器而不需要附加的胶合逻辑。 通用总线控制器还包括允许通过逻辑分析器或其他调试设备解释对内部外围设备的访问的回波模式。
    • 9. 发明授权
    • Method for consistent on/off object to control radios and other interfaces
    • 用于控制无线电和其他接口的一致的开/关对象的方法
    • US07200451B2
    • 2007-04-03
    • US10621132
    • 2003-07-16
    • Pratik M. MehtaJohn Van ZileLuc Dinh Truong
    • Pratik M. MehtaJohn Van ZileLuc Dinh Truong
    • G05B15/00G06F3/00G06F13/28
    • G06F9/44
    • In a method and system for controlling a device coupled to an information handling system, an object is defined to include a hardware and software component having a corresponding hardware operating state and a software operating state. The hardware component is operable to receive at least one hardware input, which is indicative of a target hardware operating state. The software component is operable to receive at least one software input, which is indicative of a target software operating state. A coordination component is included in the software component to receive the hardware and software inputs, and control the operating state of the device in response to the target hardware operating state and the target software operating state.
    • 在用于控制耦合到信息处理系统的设备的方法和系统中,对象被定义为包括具有对应的硬件操作状态和软件操作状态的硬件和软件组件。 硬件组件可操作以接收指示目标硬件操作状态的至少一个硬件输入。 软件组件可操作以接收至少一个指示目标软件操作状态的软件输入。 软件组件中包含一个协调组件以接收硬件和软件输入,并根据目标硬件运行状态和目标软件运行状态来控制设备的运行状态。
    • 10. 发明授权
    • Direct memory access controller with channel width configurability support
    • 直接内存访问控制器,支持通道宽度配置
    • US06493803B1
    • 2002-12-10
    • US09378873
    • 1999-08-23
    • Thai H. PhamPratik M. MehtaMichael S. Quimby
    • Thai H. PhamPratik M. MehtaMichael S. Quimby
    • C06F1200
    • G06F13/28
    • A direct memory access (DMA) controller provides seven DMA channels configurable for a PC/AT compatible mode or an enhanced mode. In an enhanced mode of the DMA controller, three DMA master channels on a master DMA controller and a DMA channel on a slave DMA controller are individually configurable to be either 8-bit or 16-bit DMA channels. In addition, in the enhanced mode, a memory address can increment or decrement across a memory page boundary. The DMA controller includes a transfer count register selectively configured for 16-bit operation or 24-bit operation. The DMA controller also includes address generation logic selectively configured for 24-bit operation or 28-bit operation. In the PC/AT compatible mode, the DMA controller supports three 16-bit channels and four 8-bit channels. The DMA controller thus provides DMA channel width configurability.
    • 直接存储器访问(DMA)控制器提供可配置用于PC / AT兼容模式或增强模式的七个DMA通道。 在DMA控制器的增强模式下,主DMA控制器上的三个DMA主通道和从属DMA控制器上的DMA通道可以单独配置为8位或16位DMA通道。 此外,在增强模式中,存储器地址可以跨越存储器页边界递增或递减。 DMA控制器包括有选择地配置用于16位操作或24位操作的传输计数寄存器。 DMA控制器还包括有选择地配置用于24位操作或28位操作的地址生成逻辑。 在PC / AT兼容模式下,DMA控制器支持三个16位通道和四个8位通道。 因此,DMA控制器提供DMA通道宽度可配置性。