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    • 1. 发明授权
    • Display control system with control of background luminance or color data
    • 显示控制系统,控制背景亮度或颜色数据
    • US4827251A
    • 1989-05-02
    • US008316
    • 1987-01-29
    • Hiroshi AokiKenichi Naka
    • Hiroshi AokiKenichi Naka
    • G06F3/153G09G1/00G09G1/26G09G1/28G09G5/00G09G5/02
    • G09G5/026
    • A display control system with a control of background luminance or color data applicable for a personal computer with a paper-white type display device includes a character video signal generation unit, a background luminance setting register, a video enable signal generation unit, a video signal priority unit, and a video signal synthesis unit. A first video enable signal from the video enable signal generation unit controls the supply of the video signals to the video signal priority unit. A second video enable signal from the video enable signal generation unit controls a display of background in a background luminance tone or color designated by the background luminance setting register for an intermediate range when the character video signal is absent.
    • 具有对具有纸白型显示装置的个人计算机可应用的背景亮度或颜色数据的显示控制系统包括字符视频信号生成单元,背景亮度设置寄存器,视频使能信号生成单元,视频信号 优先级单位和视频信号合成单元。 来自视频使能信号生成单元的第一视频使能信号控制向视频信号优先级单元提供视频信号。 来自视频使能信号生成单元的第二视频使能信号控制当不存在字符视频信号时的中间范围的背景亮度设置寄存器指定的背景亮度色调或颜色的背景显示。
    • 3. 发明授权
    • Data processor
    • 数据处理器
    • US4602330A
    • 1986-07-22
    • US685613
    • 1984-12-28
    • Fumihiro Ikeya
    • Fumihiro Ikeya
    • G06F9/34G06F12/02G06F13/00
    • G06F12/0292
    • In a data processor for handling data comprising words of n-bits, a plurality of (n+m)-bit registers is provided for use as general purpose and address expansion registers, and effective addresss of (n+m)-bits are generated by adding addresses having n bits and provided in the instructions with the (n+m)-bit content of registers designated by the instructions. Thus, a data processor can be designed so as to have an expandable address bit length and flexible addressing with little additional hardware.
    • 在用于处理包括n位字的数据的数据处理器中,提供多个(n + m)位寄存器用作通用和地址扩展寄存器,并且生成(n + m)个位的有效地址 通过添加具有n位的地址并在指令中提供由指令指定的寄存器的(n + m)位内容。 因此,可以将数据处理器设计成具有可扩展的地址位长度和灵活的寻址,而少量的附加硬件。
    • 10. 发明授权
    • Computer system having virtual memory configuration with second computer
for virtual addressing with translation error processing
    • 具有虚拟存储器配置的计算机系统,具有用于具有翻译错误处理的虚拟寻址的第二计算机
    • US4896257A
    • 1990-01-23
    • US275598
    • 1988-11-23
    • Kazuhiko IkedaNaoki Koizumi
    • Kazuhiko IkedaNaoki Koizumi
    • G06F11/00G06F12/10G06F12/14
    • G06F12/1027
    • A computer system including a first computer unit processing user's tasks, a second computer unit performing a halt operation for a virtual memory access, a main memory storing a plurality of virtual accessing data, a buffer memory unit temporarily storing a part of the virtual accessing data and having a faster operation time than that of the main memory, and a control unit controlling the above. The buffer memory unit receives a virtual memory address from the first computer unit and outputs a corresponding actual memory address for accessing the main memory. The control unit includes first and second latches and outputs a bi-state interruption signal and a multilevel interruption signal in response to states of the first and second latch circuits. The first latch is set when a corresponding virtual access data is invalid so that the second computer unit is operated in response to the bi-state interruption signal to store a corresponding virtual access data in the main memory unit into the buffer memory unit. The second latch is set when the corresponding virtual access data in the main memory unit to be stored into the buffer memory unit is erroneous so that the multilevel interruption signal is output from the control unit to the first computer unit to terminate the operation of the virtual memory access.
    • 一种计算机系统,包括处理用户任务的第一计算机单元,执行虚拟存储器访问的停止操作的第二计算机单元,存储多个虚拟访问数据的主存储器,临时存储虚拟访问数据的一部分的缓冲存储器单元 并且具有比主存储器更快的操作时间,以及控制上述的控制单元。 缓冲存储器单元从第一计算机单元接收虚拟存储器地址,并输出对应的实际存储器地址以访问主存储器。 控制单元包括第一和第二锁存器,并响应于第一和第二锁存电路的状态输出双态中断信号和多电平中断信号。 当相应的虚拟访问数据无效时,第一锁存器被设置,使得响应于双态中断信号操作第二计算机单元,以将主存储器单元中的相应虚拟访问数据存储到缓冲存储器单元中。 当存储在缓冲存储器单元中的主存储器单元中的对应虚拟访问数据是错误的时,第二锁存器被设置为使得多级中断信号从控制单元输出到第一计算机单元以终止虚拟 内存访问。