会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明公开
    • Display system
    • 显示系统
    • EP0618561A2
    • 1994-10-05
    • EP94200912.7
    • 1990-05-14
    • International Business Machines Corporation
    • Sawdon, David
    • G06F3/14G09G1/16
    • G09G5/006G09G2370/04G09G2370/042
    • A display system is described, comprising a display device (88) for generating a visual output in response to a plurality of data signals defining the data to be displayed, a display adapter circuit (92) for generating the data signals in a form specified by control data identifying the display device (88), an output port (94) for connecting the data signals from the display adapter circuit to the display device (88) and for connecting the control data from the display device (88) to the display adapter circuit (92), characterised in that the display system further comprises a non-volatile memory (9) located in the display device (88) for storing the control data in the form of a plurality of control codes, and communication logic (95) for communicating a control code between the memory and the output port (94) in response to a command signal (21) generated by the display adapter circuit (92). The communication logic comprises a serial data link (3) for communicating the control code between the display device and the output port, device logic (97) located in the display device for communicating the control code between the memory and the serial data link, and adapter logic (96) located in the display adapter circuit for communicating the control code between the serial data link and the display adapter circuit. The control data, such as the signal timing requirements of any new display device, can be stored in the form of digital control codes held within the memory of the display device, the display system programming does not require updating every time a different display device is connected to the output port. Instead, the display adaptor can read the new timing requirements from the memory of the new display device for the purpose of generating video and sync signals for correctly driving the new display device. Furthermore, where the display system comprises a multiple mode display device, the display adapter circuit can use the serial link to configure the display device to operate in a desired display mode.
    • 描述了一种显示系统,包括用于响应定义要显示的数据的多个数据信号而产生视觉输出的显示设备(88),用于产生数据信号的显示适配器电路(92),其形式为 用于识别显示设备(88)的控制数据,用于将来自显示适配器电路的数据信号连接到显示设备(88)并用于将来自显示设备(88)的控制数据连接到显示适配器(88)的输出端口(94) (92),其特征在于,显示系统还包括位于显示装置(88)中的非易失性存储器(9),用于以多个控制代码的形式存储控制数据,以及通信逻辑(95) 用于响应由显示适配器电路(92)产生的命令信号(21)在存储器和输出端口(94)之间传送控制码。 通信逻辑包括用于在显示设备和输出端口之间传送控制码的串行数据链路(3),位于显示设备中用于在存储器和串行数据链路之间传送控制码的设备逻辑(97),以及 位于显示适配器电路中的适配器逻辑电路(96),用于在串行数据链路和显示适配器电路之间传送控制码。 诸如任何新的显示设备的信号定时要求的控制数据可以以保存在显示设备的存储器内的数字控制代码的形式存储,显示系统编程不需要在每次不同的显示设备被更新时 连接到输出端口。 相反,显示适配器可以从新显示设备的存储器中读取新的定时要求,以产生用于正确地驱动新显示设备的视频和同步信号。 此外,在显示系统包括多模式显示装置的情况下,显示适配器电路可以使用串行链路来配置显示装置以期望的显示模式操作。
    • 3. 发明公开
    • Display system
    • 显示系统
    • EP0456923A1
    • 1991-11-21
    • EP90305158.9
    • 1990-05-14
    • International Business Machines Corporation
    • Sawdon, David
    • G09G1/16
    • G09G5/006G09G2370/04G09G2370/042
    • A display system is described, comprising a display device (88) for generating a visual output in response to a plurality of data signals defining the data to be displayed, a display adapter circuit (92) for generating the data signals in a form specified by control data identifying the display device (88), an output port (94) for connecting the data signals from the display adapter circuit to the display device (88) and for connecting the control data from the display device (88) to the display adapter circuit (92), characterised in that the display system further comprises a non-volatile memory (9) located in the display device (88) for storing the control data in the form of a plurality of control codes, and communication logic (95) for communicating a control code between the memory and the output port (94) in response to a command signal (21) generated by the display adapter circuit (92). The communication logic comprises a serial data link (3) for communicating the control code between the display device and the output port, device logic (97) located in the display device for communicating the control code between the memory and the serial data link, and adapter logic (96) located in the display adapter circuit for communicating the control code between the serial data link and the display adapter circuit. The control data, such as the signal timing requirements of any new display device, can be stored in the form of digital control codes held within the memory of the display device, the display system programming does not require updating every time a different display device is connected to the output port. Instead, the display adapter can read the new timing requirements from the memory of the new display device for the purpose of generating video and sync signals for correctly driving the new display device. Furthermore, where the display system comprises a multiple mode display device, the display adapter circuit can use the serial link to configure the display device to operate in a desired display mode.
    • 描述了一种显示系统,包括用于响应定义要显示的数据的多个数据信号而产生视觉输出的显示设备(88),用于产生数据信号的显示适配器电路(92),其形式为 用于识别显示设备(88)的控制数据,用于将来自显示适配器电路的数据信号连接到显示设备(88)并用于将来自显示设备(88)的控制数据连接到显示适配器(88)的输出端口(94) (92),其特征在于,显示系统还包括位于显示装置(88)中的非易失性存储器(9),用于以多个控制代码的形式存储控制数据,以及通信逻辑(95) 用于响应由显示适配器电路(92)产生的命令信号(21)在存储器和输出端口(94)之间传送控制码。 通信逻辑包括用于在显示设备和输出端口之间传送控制码的串行数据链路(3),位于显示设备中用于在存储器和串行数据链路之间传送控制码的设备逻辑(97),以及 位于显示适配器电路中的适配器逻辑电路(96),用于在串行数据链路和显示适配器电路之间传送控制码。 诸如任何新的显示设备的信号定时要求的控制数据可以以保存在显示设备的存储器内的数字控制代码的形式存储,显示系统编程不需要在每次不同的显示设备被更新时 连接到输出端口。 相反,显示适配器可以从新显示设备的存储器中读取新的定时要求,以产生用于正确地驱动新显示设备的视频和同步信号。 此外,在显示系统包括多模式显示装置的情况下,显示适配器电路可以使用串行链路来配置显示装置以期望的显示模式操作。
    • 5. 发明公开
    • Cathode ray tube display apparatus
    • Kathodenstrahlrohr-Bildwiedergabevorrichtung。
    • EP0557053A1
    • 1993-08-25
    • EP93301109.0
    • 1993-02-16
    • International Business Machines Corporation
    • Beanlands, PeterBeeteson, John S.Sawdon, David
    • H04N3/223G09G1/04H04N5/63
    • H04N3/223G09G1/04H02M2001/0032H04N5/63Y02B70/16
    • This specification concerns cathode ray tube display apparatus comprises a cathode ray tube display screen (10). A beam generator (60,30) is provided for generating at least one electron beam in the cathode ray tube display screen (10) to produce a video image. Also provided is a line timebase circuit (40) for generating a line deflection signal to sequentially address the or each electron beam to successive pixels on the screen (10) in a line of a raster, and a frame timebase circuit (50) for generating an alternating frame deflection signal for sequentially addressing the or each electron beam to successive lines of the raster. The apparatus further comprises a standby circuit (110) connected to the line and frame timebase circuits (40,50). The standby circuit (40,50) switches the deflection signals generated by the timebase circuits (40,50) between first predetermined amplitudes and second predetermined amplitudes, less than the first predetermined amplitudes, in response to a control input (100) switching between first and second predetermined states. Because the amplitudes of the deflection signals are reduced when the display is configured to operate in standby mode, both the power dissipated by, and the stray electric and magnetic fields radiating from the display can be significantly reduced during periods of temporary non-use.
    • 本说明书涉及阴极射线管显示装置,包括阴极射线管显示屏(10)。 提供了一种光束发生器(60,30),用于在阴极射线管显示屏(10)中产生至少一个电子束,以产生视频图像。 还提供了一种线时基电路(40),用于产生线偏转信号,以顺序地将该电子束或每个电子束寻址到栅格(10)上的一行光栅中的连续像素;以及帧时基电路(50),用于产生 交替的帧偏转信号,用于顺序地将该电子束或每个电子束寻址到光栅的连续行。 该装置还包括连接到线路和帧时基电路(40,50)的备用电路(110)。 备用电路(40,50)响应于控制输入(100)在第一预定振幅和第二预定幅度之间切换,在第一预定幅度和小于第一预定幅度的第二预定幅度之间切换由时基电路(40,50)产生的偏转信号 和第二预定状态。 因为当显示器被配置为在待机模式下工作时,偏转信号的振幅减小,所以在临时不使用期间,从显示器辐射的杂散电场和磁场两者都能够显着地减少。
    • 10. 发明公开
    • Display system
    • EP0618561A3
    • 1994-11-02
    • EP94200912.7
    • 1990-05-14
    • International Business Machines Corporation
    • Sawdon, David
    • G06F3/14G09G1/16
    • G09G5/006G09G2370/04G09G2370/042
    • A display system is described, comprising a display device (88) for generating a visual output in response to a plurality of data signals defining the data to be displayed, a display adapter circuit (92) for generating the data signals in a form specified by control data identifying the display device (88), an output port (94) for connecting the data signals from the display adapter circuit to the display device (88) and for connecting the control data from the display device (88) to the display adapter circuit (92), characterised in that the display system further comprises a non-volatile memory (9) located in the display device (88) for storing the control data in the form of a plurality of control codes, and communication logic (95) for communicating a control code between the memory and the output port (94) in response to a command signal (21) generated by the display adapter circuit (92). The communication logic comprises a serial data link (3) for communicating the control code between the display device and the output port, device logic (97) located in the display device for communicating the control code between the memory and the serial data link, and adapter logic (96) located in the display adapter circuit for communicating the control code between the serial data link and the display adapter circuit. The control data, such as the signal timing requirements of any new display device, can be stored in the form of digital control codes held within the memory of the display device, the display system programming does not require updating every time a different display device is connected to the output port. Instead, the display adaptor can read the new timing requirements from the memory of the new display device for the purpose of generating video and sync signals for correctly driving the new display device. Furthermore, where the display system comprises a multiple mode display device, the display adapter circuit can use the serial link to configure the display device to operate in a desired display mode.