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    • 3. 发明授权
    • Two computer access circuit using address translation into common register file
    • 两个计算机访问电路使用地址转换为通用寄存器文件
    • US06189077B1
    • 2001-02-13
    • US08476786
    • 1995-06-07
    • Iain C. RobertsonJeffrey L. NyeMichael D. AsalGraham B. ShortRichard D. SimpsonJames G. Littleton
    • Iain C. RobertsonJeffrey L. NyeMichael D. AsalGraham B. ShortRichard D. SimpsonJames G. Littleton
    • G06F1200
    • G06F9/30101G06F3/14G06F3/1438G06F9/3879G06F12/0284G09G5/001G09G5/06G09G5/14G09G5/363G09G5/39G09G5/395G09G2360/126
    • An access circuit for data swapping between two computers and a computer system including the access circuit. Each computer including an address bus for supplying addresses and a data bus for transferring data. The access circuit includes a register file and two address decoder circuits. The register file has a plurality of storage locations for storing data. The register file has dual data ports capable of simultaneous data transfer via the first data port with a first data storage location and via the second data port with a second, different storage location. Each address decoder is connected to the address bus of a corresponding computer and the register file. The address decoders translate an address received on the address bus to a storage location of the register file. Two handshakes circuits are connected to respective address decoders and digital computers. The first and second address decoders are connected to each other. When the storage location of the first address decoder equals the storage location of the second address decoder, one of the handshake circuits signals the corresponding digital computer a memory waitstate or memory fault. At least one of the decoders is be programmable to position in the address space of the corresponding computer. At least one the address decoders includes an autoincrement circuit advances the accessed storage location within the register file to a next storage location upon each data transfer.
    • 一种用于两个计算机之间的数据交换的访问电路和包括该访问电路的计算机系统。 每个计算机包括用于提供地址的地址总线和用于传送数据的数据总线。 访问电路包括寄存器文件和两个地址解码器电路。 寄存器文件具有用于存储数据的多个存储位置。 寄存器文件具有双数据端口,能够经由具有第一数据存储位置的第一数据端口并经由具有第二不同存储位置的第二数据端口同时进行数据传输。 每个地址解码器连接到相应计算机的地址总线和寄存器文件。 地址解码器将地址总线上接收的地址转换为寄存器文件的存储位置。 两个握手电路连接到相应的地址解码器和数字计算机。 第一和第二地址解码器彼此连接。 当第一地址解码器的存储位置等于第二地址解码器的存储位置时,其中一个握手电路向对应的数字计算机发送一个存储器状态或存储器故障信号。 至少一个解码器可编程为位于相应计算机的地址空间中。 至少一个地址解码器包括自动增量电路,在每次数据传送时,将所访问的寄存器文件中的存储位置提前到下一个存储位置。
    • 5. 发明授权
    • Graphics cursor handler
    • 图形光标处理程序
    • US5161212A
    • 1992-11-03
    • US420206
    • 1989-10-12
    • James G. Littleton
    • James G. Littleton
    • G06F3/023G06F3/048G09G5/08
    • G06F3/04892G09G5/08
    • A method for handling a cursor during a graphics drawing routine that eliminates the need to insert cursor handling code into graphics function definitions. The method coordinates the placement of the cursor in screen memory with the reading out of the scan lines containing the cursor. During this time, the cursor background is saved in offscreen memory. The cursor is protected by a cursor violation region, and drawing may continue while the cursor is in screen memory so long as the cursor violation region is not infringed, in which case drawing ceases until the cursor is read out of memory. The method prevents the cursor from flickering and maximizes the availability of screen memory to the drawing routine.
    • 一种在图形绘制程序中处理光标的方法,无需将光标处理代码插入到图形函数定义中。 该方法通过读出包含光标的扫描线来协调光标在屏幕存储器中的放置。 在此期间,光标背景保存在屏幕外存储器中。 光标受光标违规区域保护,只要光标违规区域不被侵害,光标在屏幕存储器中,绘图可能会继续进行,在这种情况下,绘图将停止,直到光标读出内存。 该方法可防止光标闪烁,并使绘图程序的屏幕存储器的可用性最大化。
    • 7. 发明授权
    • Multifunctional access devices, systems and methods
    • 多功能接入设备,系统和方法
    • US6154824A
    • 2000-11-28
    • US474866
    • 1995-06-07
    • Iain C. RobertsonJeffrey L. NyeMichael D. AsalGraham B. ShortRichard D. SimpsonJames G. Littleton
    • Iain C. RobertsonJeffrey L. NyeMichael D. AsalGraham B. ShortRichard D. SimpsonJames G. Littleton
    • G06F3/14G09G1/16G09G5/00G09G5/06G09G5/36G09G5/39G09G5/395G06F12/00
    • G06F3/1438G06F3/14G09G5/06G09G5/363G09G5/39G09G5/395G09G2360/126G09G5/001
    • A multifunction access circuit for use with first and second digital computers each having an address bus for supplying addresses and a data bus for supplying data. The access circuit has an address decoder with inputs for the address bus from the first computer, and an address translator circuit having address inputs for addresses supplied by the address bus of the first computer and outputs for translated addresses to the address bus of the second computer. The address translator circuit also has registers selectable by the address decoder and data inputs to program the registers so selected with data from the data bus from the first computer. Also in the access circuit is a port circuit with registers controlled by the address decoder for entry of address information from the data bus of the first computer and assertion of the address information on the address bus of the second computer. Further, a mode control circuit is connected to the address decoder and connected to the data bus to program the mode control circuit to selectively establish operation of the address translator circuit and of the port circuit. Other access circuits, devices, systems and methods are also described.
    • 一种用于第一和第二数字计算机的多功能存取电路,每个数字计算机具有用于提供地址的地址总线和用于提供数据的数据总线。 访问电路具有地址解码器,其具有用于来自第一计算机的地址总线的输入,以及地址转换器电路,其具有用于由第一计算机的地址总线提供的地址的地址输入,并将翻译的地址输出到第二计算机的地址总线 。 地址转换器电路还具有可由地址解码器和数据输入端选择的寄存器,用来从第一台计算机的数据总线的数据对所选择的寄存器进行编程。 在访问电路中还有一个端口电路,具有由地址解码器控制的寄存器,用于从第一计算机的数据总线输入地址信息,并在第二计算机的地址总线上断言地址信息。 此外,模式控制电路连接到地址解码器并连接到数据总线以对模式控制电路进行编程,以选择性地建立地址转换器电路和端口电路的操作。 还描述了其他访问电路,设备,系统和方法。
    • 10. 发明授权
    • Telephone voice mail delivery system
    • 电话语音邮件传送系统
    • US5638424A
    • 1997-06-10
    • US610079
    • 1996-02-29
    • Michael A. DenioJames G. Littleton
    • Michael A. DenioJames G. Littleton
    • H04M1/65H04M3/533H04M1/64
    • H04M1/6505H04M3/533
    • Apparatus and a method are disclosed for establishing communication between a sending system and a receiving system. Upon initiation of the communication, the sending system sequentially monitors the receiving system for a response from one of a human interface, a non-cooperating system or a cooperating system. If a response from a human interface within the receiving system is received by the sending system, the sending system transmits a message to a human. If a response is not received from a human interface but is received from a non-cooperating system within the receiving system, the sending system transmits a message to an answering machine. If a response is not received from a human interface or a non-cooperating system, but is received from a cooperating system within the receiving system, information is exchanged between the sending system and the cooperating system in an attempt to establish communication.
    • 公开了用于建立发送系统和接收系统之间的通信的装置和方法。 在通信开始时,发送系统从人机接口,非协作系统或协作系统之一顺序地监视接收系统的响应。 如果发送系统接收到来自接收系统内的人机接口的响应,则发送系统向人发送消息。 如果没有从人机界面接收到响应,但是从接收系统内的非协作系统接收到响应,则发送系统向应答机发送消息。 如果没有从人机接口或非协作系统接收到响应,但是从接收系统内的协作系统接收到响应,则在发送系统和协作系统之间交换信息以试图建立通信。