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    • 71. 发明授权
    • Computer component carrier that directs airflow to critical components
    • 将气流引导到关键部件的计算机组件载体
    • US6061236A
    • 2000-05-09
    • US848528
    • 1997-04-28
    • Dean A. Klein
    • Dean A. Klein
    • G06F1/20H05K7/20H05H7/20
    • G06F1/20
    • A computer component carrier isolates components from vibration, reduces noise, reduces assembly time, improves airflow to critical components, and reduces EMI. The component carrier is fabricated from a vibration damping material such as urethane foam. The component carrier contains cavities to accommodate electronic components. These cavities are interconnected via airways that direct airflow between the cavities. The component carrier includes two or more pieces. Components are placed in the cavities of the component carrier designed to accommodate the components and the pieces of the component carrier are mated and secured. In this manner, the components are firmly held in position by the component carrier. The component carrier can be fabricated with a hard exterior finish that replaces a computer casing or cabinet. The component carrier can also be fabricated from a recyclable and/or recycled material.
    • 计算机组件载体将组件与振动隔离,减少噪音,减少组装时间,改善关键部件的气流,并降低EMI。 部件载体由诸如聚氨酯泡沫的减振材料制成。 组件载体包含容纳电子部件的空腔。 这些空腔通过气道相互连接,该空气导引空腔之间的气流。 部件载体包括两个或更多个部件。 组件被放置在组件载体的空腔中,设计成容纳部件并且部件载体的部件配合和固定。 以这种方式,部件通过部件载体牢固地保持就位。 组件载体可以制造成具有硬的外观,代替计算机外壳或机柜。 组分载体也可以由可回收和/或再循环材料制成。
    • 73. 发明授权
    • Upgradable mobile processor module and method for implementing same
    • 可升级移动处理器模块及其实现方法
    • US6044427A
    • 2000-03-28
    • US15866
    • 1998-01-29
    • Dean A. Klein
    • Dean A. Klein
    • G06F13/40G06F13/38
    • G06F13/4068
    • A method for preparing an upgradable Pentium-based mobile processor module that is forward-compatible with an enhanced Pentium II-based mobile processor module. The upgradable Pentium-based mobile processor module uses 0.5 millimeter pitch connection technology and contains a system controller that supports a single peripheral component interconnect port. The upgradable Pentium-based mobile processor module provides a PCI port for connection to a PCI bus and an AGP port for connection to an AGP bus. The AGP port is electronically connected to the PCI port so that both the AGP port and the PCI port receive data and control signals from the system controller according to the PCI protocol standard.
    • 一种用于准备与基于增强型Pentium II的移动处理器模块前向兼容的可升级的基于奔腾的移动处理器模块的方法。 可升级的基于Pentium的移动处理器模块使用0.5毫米间距连接技术,并包含支持单个外围组件互连端口的系统控制器。 可升级的基于奔腾的移动处理器模块提供了一个PCI端口,用于连接到PCI总线和AGP端口,用于连接到AGP总线。 AGP端口电连接到PCI端口,使AGP端口和PCI端口根据PCI协议标准从系统控制器接收数据和控制信号。
    • 75. 发明授权
    • Advanced programmable interrupt controller
    • 高级可编程中断控制器
    • US6029223A
    • 2000-02-22
    • US67338
    • 1998-04-27
    • Dean A. Klein
    • Dean A. Klein
    • G06F13/24G06F9/46
    • G06F13/24
    • A computer system having an advanced programmable interrupt controller (APIC) is described in which an I/O APIC module is included in core logic circuitry coupled between a processor bus and a system bus. An interrupt controller is included in bridge circuitry coupled between the system bus and an expansion bus. System and expansion bus devices requiring service output interrupt request signals (IRQs) which are received by the interrupt controller. The interrupt controller then outputs an interrupt signal which is received by the I/O APIC module. The I/O APIC module initiates a system bus acknowledge cycle to receive an interrupt vector from the interrupt controller. The I/O APIC module converts the interrupt vector into a system-appropriate APIC protocol and transmits the vector on an APIC bus to local APIC modules integrated within processors of the computer system. In one embodiment, the I/O APIC module receives the system bus device IRQs directly, and the system bus acknowledge cycle is required only to obtain the expansion bus device interrupt vectors.
    • 描述了具有高级可编程中断控制器(APIC)的计算机系统,其中I / O APIC模块被包括在耦合在处理器总线和系统总线之间的核心逻辑电路中。 一个中断控制器被包括在耦合在系统总线和扩展总线之间的桥接电路中。 系统和扩展总线设备需要中断控制器接收的服务输出中断请求信号(IRQ)。 然后中断控制器输出由I / O APIC模块接收的中断信号。 I / O APIC模块启动系统总线确认周期,以从中断控制器接收中断向量。 I / O APIC模块将中断向量转换为系统适合的APIC协议,并将APIC总线上的矢量传输到集成在计算机系统处理器内的本地APIC模块。 在一个实施例中,I / O APIC模块直接接收系统总线设备IRQ,并且仅需要系统总线确认周期才能获得扩展总线设备中断向量。
    • 77. 发明授权
    • Dual pointing device
    • 双指点设备
    • US6011541A
    • 2000-01-04
    • US843289
    • 1997-04-11
    • Dean A. Klein
    • Dean A. Klein
    • G06F1/16G06F3/038G06F3/00
    • G06F3/038G06F1/1616G06F1/169
    • The present invention relates to an apparatus for enabling a user to make a seamless transition between using a primary pointing device and a secondary pointing device on a computer to interact with the computer. The apparatus comprises a first microcontroller and a second microcontroller, wherein the first and second microcontrollers are electrically connected to each other. A primary pointing device input is connected to the first microcontroller, and a secondary pointing device input is connected to the second microcontroller. A system microcontroller is electrically connected to the first microcontroller. The first and second microcontrollers share a first and second switch. Computer software instructions operative by the first microcontroller determine which of the primary pointing device and the secondary pointing device is in use. If the primary pointing device is in use, then the first microcontroller process the switch actions (i.e., the data from the primary pointing device input element). The processed data output by the first microcontroller is transmitted by the first microcontroller to the system microcontroller.If the secondary pointing device is in use, then the software operative by the first microcontroller causes the first microcontroller to ignore the switch actions. By ignoring the switch actions, the data processed by the second microcontroller, which is sent to the first microcontroller, is transmitted to the system microcontroller. Thus, this apparatus enables a use to make a seamless transition between the primary and secondary pointing device and use either pointing device at any time.
    • 本发明涉及一种用于使用户能够在计算机上使用主要指点设备和次要指点设备之间进行无缝转换以与计算机交互的装置。 该装置包括第一微控制器和第二微控制器,其中第一和第二微控制器彼此电连接。 主要指点设备输入连接到第一微控制器,并且辅助指示设备输入连接到第二微控制器。 系统微控制器电连接到第一微控制器。 第一和第二微控制器共享第一和第二开关。 由第一微控制器操作的计算机软件指令确定主要指示装置和辅助指示装置中的哪个正在使用。 如果主要指点装置正在使用,则第一微控制器处理开关动作(即,来自主要指点装置输入元件的数据)。 由第一微控制器输出的经处理的数据由第一微控制器传输到系统微控制器。 如果辅助指示设备正在使用,则由第一微控制器操作的软件使得第一微控制器忽略开关动作。 通过忽略开关动作,被发送到第一微控制器的由第二微控制器处理的数据被传送到系统微控制器。 因此,该装置能够用于在主指示装置和辅助指示装置之间进行无缝转换,并且可以随时使用指示装置。
    • 78. 发明授权
    • Single memory device that functions as a multi-way set associative cache
memory
    • 用作多路组关联高速缓存的单一存储器件
    • US6006310A
    • 1999-12-21
    • US531134
    • 1995-09-20
    • Dean A. Klein
    • Dean A. Klein
    • G11C7/10G11C8/12G06F12/00
    • G06F12/0864G11C7/1018G11C7/103G11C8/12
    • A memory device provides for multi-way set associative burst SRAM (static random access memory) cache memory in a single device or package. In one embodiment input address bit A2 is used to generate a bank select signal rather than as a direct input to the SRAM's memory array element. This, in combination with additional output registers and output buffers creates a two-way set associative cache memory in a single memory device. In an alternative embodiment, input address bits A2 and A3 are used to generate bank select signals rather than as direct input to the SRAM's memory array element. This, in combination with additional output registers, output buffers, and an output bank decoder creates a four-way set associative cache memory in a single memory device. Additionally, a mode circuit is provided that controls whether the memory device operates as a multi-way set associative memory or as a conventional direct-mapped memory device. The mode circuit provides backwards compatibility with existing burst SRAM devices.
    • 存储器件在单个器件或封装中提供多路组合关联突发SRAM(静态随机存取存储器)高速缓冲存储器。 在一个实施例中,输入地址位A2用于产生存储体选择信号而不是作为对SRAM存储器阵列元件的直接输入。 这与额外的输出寄存器和输出缓冲器组合在单个存储器件中创建双向组关联高速缓冲存储器。 在替代实施例中,输入地址位A2和A3用于产生存储体选择信号,而不是作为对SRAM存储器阵列元件的直接输入。 这与附加输出寄存器,输出缓冲器和输出组解码器组合在单个存储器件中创建四路组关联高速缓冲存储器。 此外,提供了一种模式电路,其控制存储器件是作为多路组合关联存储器还是作为传统的直接映射存储器件。 模式电路提供与现有突发SRAM器件的向后兼容性。
    • 79. 发明授权
    • Data transfer method for a bus device in a computer system by placing
first and second addresses corresponding to a bridge and with the bus
device respectively on a bus
    • 通过将对应于桥接器和总线设备的第一和第二地址分别放置在总线上的计算机系统中的总线设备的数据传输方法
    • US5974239A
    • 1999-10-26
    • US873213
    • 1997-06-11
    • Dean A. Klein
    • Dean A. Klein
    • G06F13/40G06F13/38
    • G06F13/4027
    • A PCI/ISA computer system architecture is disclosed in which the ISA legacy circuitry (such as the interrupt request controller, DMA controller, and timer counter unit) is integrated within the system controller coupling the processor and PCI buses. Accordingly, the ISA bridge coupling the PCI and ISA buses is simplified relative to prior art PCI-ISA bridges. A high speed communications channel between the system controller and the ISA bridge is established by first placing an address on the PCI bus which is recognizable only by the system controller and the ISA bridge. Data transfer then occurs within standard PCI protocols, but need only require a subset of the A/D lines. Backwards compatibility is maintained, while system performance is improved and system cost is reduced.
    • 公开了PCI / ISA计算机系统架构,其中ISA遗留电路(例如中断请求控制器,DMA控制器和定时器计数器单元)集成在耦合处理器和PCI总线的系统控制器内。 因此,耦合PCI和ISA总线的ISA桥相对于现有技术的PCI-ISA桥简化。 系统控制器和ISA桥之间的高速通信通道首先在PCI总线上放置一个只能由系统控制器和ISA桥接器识别的地址。 数据传输然后发生在标准PCI协议中,但只需要A / D线的一个子集。 维持向后兼容性,同时提高系统性能,降低系统成本。
    • 80. 发明授权
    • Symmetric parallel multi-processing bus architecture
    • 对称并行多处理总线架构
    • US5931937A
    • 1999-08-03
    • US948802
    • 1997-10-10
    • Dean A. Klein
    • Dean A. Klein
    • G06F13/26G06F9/46
    • G06F13/26
    • An apparatus for and method of coupling a number of data processing components onto a bus for communication amongst the components with a symmetric parallel multi-processing bus system architecture. The bus architecture is particularly applicable to micro computer systems for the interconnection of processing units, memories, and peripherals. The function of arbitration is distributed within the users of the bus permitting ease of coupling relatively slow and fast devices to the same bus. Bus access priority may be easily modified either semi-permanently or by way of rotation.
    • 一种用于将多个数据处理组件耦合到总线上的装置和方法,用于在具有对称并行多处理总线系统架构的组件之间进行通信。 总线架构特别适用于处理单元,存储器和外围设备互连的微型计算机系统。 仲裁的功能分布在总线的用户中,从而可以将相对较慢和快速的设备耦合到同一总线。 总线访问优先级可以容易地被修改为半永久地或通过轮换。