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    • 3. 发明申请
    • METHOD AND APPARATUS FOR DOCKING AND UNDOCKING A NOTEBOOK COMPUTER
    • 用于锁定和解锁笔记本计算机的方法和装置
    • WO1998022968A1
    • 1998-05-28
    • PCT/US1997017491
    • 1997-09-29
    • INTEL CORPORATION
    • INTEL CORPORATIONCHO, Sung-SooBRYANT, Diane, M.KARDACH, James, P.DENG, Feng
    • H01J03/00
    • G06F13/4081G06F1/1632Y02D10/14Y02D10/151
    • Prior art quiet docking and undocking method used an interface that was located within notebook computer (10), thus adding to the cost, complexity, weight, and power consumption of the notebook computer (10). The present invention provides for an apparatus for quiet docking of a notebook computer (10) to a docking station (11), including interface circuitry located within the docking station. The interface detects when the notebook computer (10) has been inserted within the docking station (11), and correspondingly enables a switch such that a common system bus is coupled between the notebook computer (10) and docking station (11). The interface also generates events to allow a software routine to configure the notebook computer (10) and docking station (11) without prior user intervention. The interface also includes cicuitry to detect an undock request, and correspondingly undock the computer such that a transaction occurring on the system bus is not affected.
    • 现有技术的安静对接和脱离方法使用位于笔记本计算机(10)内的接口,从而增加笔记本计算机(10)的成本,复杂性,重量和功率消耗。 本发明提供了一种用于将笔记本计算机(10)安静地对接到对接站(11)的装置,包括位于对接站内的接口电路。 接口检测笔记本电脑(10)何时插入对接站(11)内,并且相应地启用开关,使得公共系统总线耦合在笔记本计算机(10)和坞站(11)之间。 界面还生成事件,以允许软件程序配置笔记本电脑(10)和扩展坞(11),无需用户干预。 该接口还包括检测未停靠请求的缓存,并相应地将计算机取消停靠,使得系统总线上发生的事务不受影响。
    • 4. 发明申请
    • MULTIPLE INTERFACE INPUT/OUTPUT PORT FOR A PERIPHERAL DEVICE
    • 用于外围设备的多个接口输入/输出端口
    • WO1997031386A1
    • 1997-08-28
    • PCT/US1997000850
    • 1997-01-15
    • IOMEGA CORPORATION
    • IOMEGA CORPORATIONJOLLEY, David, LeeBAKER, William, PaulJOHNSON, Rick, L.NEWMAN, Jon
    • H01J03/00
    • G06F13/385G06F13/4068
    • A multiple interface input/output port (11) allows communications between an interface bus (14) of a peripheral device (10) and any one of a plurality of different types of interface buses (18) that may be provided in a host computer (16). An interface bus detection circuit (22) detects which type of interface bus (18) the peripheral device (10) is connected to on the host computer (16), and communications are then routed through an appropriate interface adapter (26) that enables communication between the interface buses (18) of the peripheral device (10) and host computer (16). The interface bus detection circuit (22) compares signal levels on selected ones of the lines (45) of the interface bus (14) of the host computer (16) to a reference potential to determine which of the selected lines (45) are grounded. The circuit then identifies the type of the interface bus (18, 14) to which it is connected based on the determination of which of the selected lines (45) of the interface bus (14) are grounded.
    • 多接口输入/输出端口(11)允许外围设备(10)的接口总线(14)与可以提供在主计算机中的多种不同类型的接口总线(18)中的任何一种之间的通信 16)。 接口总线检测电路(22)检测在主计算机(16)上连接外围设备(10)的接口总线(18)的类型,然后通过适当的接口适配器(26)将通信路由到能够进行通信 在外围设备(10)的接口总线(18)和主计算机(16)之间。 接口总线检测电路(22)将主计算机(16)的接口总线(14)的选定线路(45)上的信号电平与参考电位进行比较,以确定哪个选定线路(45)接地 。 然后,该电路基于确定接口总线(14)中的哪一行接地来确定其连接到的接口总线(18,14)的类型。
    • 5. 发明申请
    • METHOD AND APPARATUS FOR DYNAMIC APPENDING OF DIRECT MEMORY ACCESS CHAIN DESCRIPTORS
    • 用于动态附加直接存储器访问链描述符的方法和装置
    • WO1997022987A1
    • 1997-06-26
    • PCT/US1996019658
    • 1996-12-11
    • INTEL CORPORATIONGILLESPIE, ByronGARBUS, ElliotFUTRAL, William
    • INTEL CORPORATION
    • H01J03/00
    • G06F13/28
    • Computer system (100) having host processor (102), DMA unit (104), host memory (106) and external memory (108) wherein DMA unit (104) controls transference of data between host memory (106) and external memory (108) based upon data transference parameters specified in chain descriptors created by host processor (102) and stored as data structures within host memory (106). Dynamic appending of chain descriptors is achieved by employing resume bit stored within register (10) of DMA unit (104). Host processor (102), upon creating new group of chain descriptors to be appended to previous group, updates link value within last chain descriptor for the previous group to point to the first chain descriptor of the new group and also sets the resume bit. DMA unit (104) reads chain descriptor parameters, including link values, they perform data transfer operation specified by the chain descriptor parameters. Upon completion of the transfer operation, DMA unit (104) examines the resume bit, and, if set, DMA unit (104) rereads the link value for the current chain descriptor.
    • 具有主处理器(102),DMA单元(104),主机存储器(106)和外部存储器(108)的计算机系统(100),其中DMA单元(104)控制主机存储器(106)和外部存储器(108)之间的数据传输 )基于由主处理器(102)创建并存储为主机存储器(106)内的数据结构的链描述符中指定的数据转移参数。 通过采用存储在DMA单元(104)的寄存器(10)内的恢复位来实现链描述符的动态附加。 主机处理器(102)在创建要附加到先前组的新组链描述符时,更新先前组的最后链描述符内的链接值以指向新组的第一链描述符,并且还设置恢复位。 DMA单元(104)读取链描述符参数,包括链接值,它们执行链描述符参数指定的数据传输操作。 在完成传送操作时,DMA单元(104)检查恢复位,并且如果被设置,DMA单元(104)重读当前链描述符的链接值。
    • 6. 发明申请
    • COMPUTER SYSTEM WITH PERIPHERAL CONTROL FUNCTIONS INTEGRATED INTO HOST CPU
    • 具有外围控制功能的计算机系统集成到主机CPU中
    • WO1995034905A1
    • 1995-12-21
    • PCT/US1995005965
    • 1995-05-17
    • INTEL CORPORATION
    • INTEL CORPORATIONCHEN, ChengwuGLEY, Michael, A.
    • H01J03/00
    • G06F13/24
    • The computer system includes a bus (28), a CPU (21) coupled to the bus (28), and a memory (22) coupled to the bus (28). A peripheral device (25) is coupled to the bus (28) for performing a predefined peripheral operation. A logic (24) is coupled to the bus (28) and the peripheral device (25) for causing the CPU (21) to be interrupted to control the peripheral device (25) when the logic (24) receives a request for the peripheral (25) operation. The logic (24) does not control the peripheral (25) operation. The request may be generated by a software program running on the CPU (21) or by the peripheral device (25). Although the CPU (21) is controlling the peripheral operation, the existing peripheral controller-based application software can still be used. A method for controlling the peripheral device (25) for the peripheral operation is also described.
    • 计算机系统包括总线(28),耦合到总线(28)的CPU(21)和耦合到总线(28)的存储器(22)。 外围设备(25)耦合到总线(28),用于执行预定义的外围操作。 当逻辑(24)接收到外围设备的请求时,逻辑(24)耦合到总线(28)和外围设备(25),用于使CPU(21)被中断以控制外围设备(25) (25)操作。 逻辑(24)不控制外设(25)操作。 该请求可以由在CPU(21)上运行的软件程序或外围设备(25)生成。 虽然CPU(21)正在控制外设操作,但仍然可以使用现有的基于外设控制器的应用软件。 还描述了一种用于控制用于外围操作的外围设备(25)的方法。