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    • 5. 发明授权
    • Method of transmitting signals between communications stations
    • 在通信站之间传输信号的方法
    • US5844597A
    • 1998-12-01
    • US373737
    • 1995-01-17
    • Robert KettlerMarcellinus J. J. C. Annegarn
    • Robert KettlerMarcellinus J. J. C. Annegarn
    • H04N7/14G06F13/00G06F15/00H04N7/15H04N11/00
    • H04N7/15
    • Method of transmitting signals between communication stations via a network, in which a central control station is adapted to transmit a picture of a virtually real ambience to each connected station. In the picture, connected stations are represented by objects which can be displaced by the user of the corresponding station. Other stations such as information sources are represented by stationary objects in the form of buildings. As soon as objects touch or overlap each other, an actual communication connection (for example a telephone conversation, a database consult, a transaction) is established between the corresponding stations. A "chat box" application is also provided, with the particular property that the extent of interaction between conversation partners is dependent on the mutual distance between their corresponding objects in the picture.
    • 经由网络在通信站之间发送信号的方法,其中中央控制站适于向每个连接的站传送几乎真正的气氛的图像。 在图中,所连接的站由相应站的用户移动的对象表示。 诸如信息源的其他站由建筑物形式的静止物体表示。 一旦对象相互碰撞或重叠,就会在相应的站之间建立实际的通信连接(例如电话交谈,数据库咨询,交易)。 还提供了一个“聊天盒”应用程序,其特征在于对话伙伴之间的交互程度取决于图片中相应对象之间的相互距离。
    • 7. 发明授权
    • Television circuit arrangement for field and line frequency doubling and
picture part magnification
    • 电视电路布置用于场和线倍频和图像部分放大
    • US4604651A
    • 1986-08-05
    • US552656
    • 1983-11-17
    • Peter H. FrenckenJohannes G. RavenMarcellinus J. J. C. Annegarn
    • Peter H. FrenckenJohannes G. RavenMarcellinus J. J. C. Annegarn
    • H04N5/222G06T3/40H04N3/22H04N7/01
    • H04N7/0137G06T3/40H04N3/22H04N7/01H04N7/0105Y10S348/91
    • In a television circuit arrangement for field and line frequency doubling and picture part magnification (zooming), in order to obtain the frequency doubling, information is written, alternately, into two field memories (M1, M2) during a field period having line periods at a given writing speed (clock frequency fc), whereby the reading from the field memories takes place at twice the writing speed. For a picture part magnification to be carried out in a simple manner, a magnification control circuit (TG, S3, S4, S11, S12) having a clock signal change-over circuit (S3, S4) is provided, as a result of which during writing, a higher writing speed (clock frequency 2fc) than the said given writing speed (clock frequency fc) is used during a part of the field periods and of the line periods, which part is substantially inversely proportional to the ratio between the higher writing speed and the given writing speed. For intermittent writing, one or more change-over circuits (S11, S12) are provided at the memory signal inputs, which provides, besides a more effective information storage and an improvement of the picture quality, the possibility of movement detection and recursive signal processing for noise reduction.
    • 在用于场和线倍频和图像部分放大(缩放)的电视电路装置中,为了获得倍频,信息在具有行周期的场周期期间交替地写入两个场存储器(M1,M2) 给定的写入速度(时钟频率fc),由此来自场存储器的读取以两倍的写入速度进行。 为了简单地进行图像部分放大,提供了具有时钟信号转换电路(S3,S4)的倍率控制电路(TG,S3,S4,S11,S12),其结果是 在写入期间,在场周期和行周期的一部分期间使用比所述给定写入速度(时钟频率fc)更高的写入速度(时钟频率2fc),该部分与较高的时间段之间的比率基本上成反比 写速度和给定的写入速度。 对于间歇写入,在存储器信号输入处提供一个或多个转换电路(S11,S12),除了更有效的信息存储和图像质量的改进之外,提供了移动检测和递归信号处理的可能性 用于降噪。