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    • 1. 发明申请
    • Updating Parameters in a Bridged Multistandard Home Network
    • 更新桥接多标准家庭网络中的参数
    • US20080209536A1
    • 2008-08-28
    • US10542585
    • 2003-12-29
    • Ingo HutterMichael Weber
    • Ingo HutterMichael Weber
    • G06F15/16
    • H04L12/2818H04L12/2805H04L12/2834H04L12/4625H04L12/66H04L2012/2849
    • The invention relates to the field of home networks, in particular to the connection of two home networks of different types via a gateway. The network appliances in the network of the first type are also intended to be able to control the network appliances in the network of the second type, and vice versa. One problem that occurs when carrying out conversion processes on control messages is that an input parameter which is known in the network of the first type can be changed as required and can also be signaled further within this network, but the associated correspondence in the network of the second type is permanently set, and accordingly cannot be changed. The invention provides a way in which an input parameter such as this can nevertheless be likewise updated in the network of the second type. For this purpose, the network station which relates to the input parameter is first of all logged-off in the network of the second type. The changed input parameter is then converted to the information element in the network of the second type. The network station which relates to the input parameter is then logged on again in the network of the second type. This results in the network stations in the network of the second type being able to newly read the appliance description for the network station which relates to the input parameter. This then also results in the input parameter being updated in the network of the second type.
    • 本发明涉及家庭网络领域,特别涉及通过网关连接不同类型的两个家庭网络。 第一类网络中的网络设备也旨在能够控制第二类网络中的网络设备,反之亦然。 在对控制消息进行转换处理时发生的一个问题是,可以根据需要改变在第一类网络中已知的输入参数,并且还可以在该网络内进一步发信号通知,而网络中相关联的对应关系 第二种类型是永久设置的,因此不能更改。 本发明提供了一种方式,其中这样的输入参数可以在第二类型的网络中同样地被更新。 为此,与第二种类型的网络首先关联与输入参数有关的网络站。 然后将改变的输入参数转换为第二类型的网络中的信息元素。 然后,与第二种类型的网络中再次登录与输入参数相关的网络站。 这导致第二类网络中的网络站能够新读取与输入参数相关的网络站的设备描述。 这也导致在第二类型的网络中更新输入参数。
    • 2. 发明申请
    • Method for managing logical connections in a network of distributed stations, as well as a network station
    • 用于管理分布式站的网络中的逻辑连接以及网络站的方法
    • US20050286427A1
    • 2005-12-29
    • US10531775
    • 2003-10-24
    • Ingo Hutter
    • Ingo Hutter
    • H04L12/28H04L29/06G01R31/08
    • H04L43/0811H04L12/2805H04L12/2838H04L29/06H04L69/28H04L2012/2843H04L2012/2849
    • The invention relates to the technical field of domestic networks. A domestic network based on the present UpnP-Standard allows AV connections to be set up between two network subscriber stations. Network connections such as these are set up and managed under the control of a network station which is in the form of a control point. In this case, the UpnP-Standard allows the network station which is the form of a control point to log off the network after setting up an AV connection, and thus to be inactive while the AV connection that has been set up is in existence. This results in the problem that an AV connection which has been set up unnecessarily remains in existence even after the desired AV data stream has been transmitted, so that further connection requests for such stations must be answered with a rejection. The invention solves this problem in that it provides additional monitoring means in the network subscriber stations which determine whether the connection has remained unused for a specific time. If yes, a signaling request is sent to all the network subscriber stations. If the connection partner station does not then respond, the connection which has been set up can likewise be added autonomously by the requesting station.
    • 本发明涉及国内网络技术领域。 基于现在的UpnP标准的家庭网络允许在两个网络用户站之间建立AV连接。 诸如这些的网络连接在以控制点的形式的网络台的控制下建立和管理。 在这种情况下,UpnP标准允许作为控制点形式的网络站在建立AV连接之后注销网络,并且因此在已经建立的AV连接存在的情况下处于非活动状态。 这导致即使在所需的AV数据流已经被发送之后已经设置的AV连接仍然存在的问题,使得对于这样的站的进一步的连接请求必须以拒绝来回答。 本发明解决了这个问题,因为它在网络用户站中提供额外的监视装置,其确定连接是否在特定时间内保持不用。 如果是,信令请求被发送到所有的网络用户台。 如果连接伙伴站没有响应,则已经建立的连接同样可以由请求站自主添加。
    • 3. 发明授权
    • Method and apparatus for the processing and outputting of data
    • 用于处理和输出数据的方法和装置
    • US6160785A
    • 2000-12-12
    • US34694
    • 1998-03-04
    • Ingo Hutter
    • Ingo Hutter
    • G11B20/18G11B7/00
    • G11B20/1876
    • In a further development of the CD, the so-called DVD, a data format was chosen which is upwards compatible with the CD. As a result, existing audio CDs can also be played on a DVD player. If complete error correction is not possible during the reproduction of a CD by an audio CD player, then simple measures for error concealment are additionally taken, but they are not always adequate. However, for cost reasons more complicated methods are not used in an audio CD player, since they would require a more powerful processor and a larger memory. However, a DVD player has this more complex hardware in any event, in order to enable the outstanding video quality that is intended. According to the invention, therefore, during the reproduction of an audio CD on a DVD player, one of various error concealment methods is carried out in dependence on the error rate that occurs, with a low error rate it being possible to effect error concealment that is considerably more accurate in comparison with a conventional CD player.
    • 在CD的进一步发展中,所谓的DVD,选择与CD向上兼容的数据格式。 因此,现有的音频CD也可以在DVD播放机上播放。 如果音频CD播放机在CD再现过程中完全不能进行纠错,那么另外采用简单的错误隐藏措施,但并不总是足够的。 然而,由于成本原因,在音频CD播放器中不使用更复杂的方法,因为它们将需要更强大的处理器和更大的存储器。 然而,DVD播放机在任何情况下都具有这种更复杂的硬件,以便能够实现预期的优秀视频质量。 因此,根据本发明,在DVD播放机上的音频CD的再现期间,根据发生的错误率执行各种错误隐藏方法之一,具有低错误率,可以实现错误隐藏, 与传统的CD播放器相比,更为准确。
    • 4. 发明授权
    • Device for reproducing encoded data with a low reproduction error rate
    • 用于以低再现错误率再现编码数据的装置
    • US6118737A
    • 2000-09-12
    • US277363
    • 1999-03-26
    • Ingo Hutter
    • Ingo Hutter
    • G11B15/06G11B23/36G11B27/30G11B17/22
    • G11B15/06G11B23/36G11B27/3027G11B2220/20
    • A device to reproduce data stored on a recording medium 1 in sectors 14, each sector containing an address area 15 and a data area 16 being encoded in a different way. Address areas are decoded and checked by an address checking means 4 which stores data having an incorrect address into a first memory means 5 and data having a correct address into a second memory means 6. Data contained in the second memory means 6 is decoded by a data decoding means 7 in order to be reproduced. Data contained in the first memory means 5 is permitted to be reproduced in case that the number of successive sectors having incorrect address exceeds by one the difference between newly read correct address and the last correct address before the succession of incorrect addresses.
    • 在扇区14中再现存储在记录介质1上的数据的装置,每个扇区包含地址区15和以不同方式编码的数据区16。 地址区域被地址检查装置4解码和检查,地址检查装置4将具有不正确地址的数据存储到第一存储装置5中,并将具有正确地址的数据存储到第二存储装置6中。包含在第二存储装置6中的数据由 数据解码装置7以便再现。 在地址不正确的连续扇区的数量超过新读取的正确地址与不正确地址连续的最后一个正确地址之间的差异的情况下,允许再现包含在第一存储装置5中的数据。
    • 6. 发明授权
    • Method and apparatus for transcoding bit streams with video data
    • 用视频数据对比特流进行代码转换的方法和装置
    • US6081295A
    • 2000-06-27
    • US427086
    • 1995-04-21
    • Dirk AdolphDietrich WesterkampCarsten HerpelIngo Hutter
    • Dirk AdolphDietrich WesterkampCarsten HerpelIngo Hutter
    • H04N5/92G06T9/00G11B20/14H04N19/40H04N7/12H04N11/02H04N11/04
    • H04N19/40
    • The coding or decoding of video data with the associated audio and/or other data can be performed, for example, on the basis of the standards ISO/IEC 11172 (MPEG1) or ISO/IEC 13818 (MPEG2). Such coding and decoding can include the conversion of a primary bit stream coded on the basis of such standards into a secondary bit stream with a different data rate. Since the information content of the motion vectors from the primary bit stream retain their validity in the secondary bit stream, it is not necessary to recalculate motion vectors for transcoding. Instead, encoding of the secondary bit stream is performed with the aid of the motion vectors from the primary bit stream which are reused. In such a case, the encoding of the secondary bit stream is carried out in a restricted prediction mode, i.e. only those prediction modes which are described by respective block type or the motion information of the primary bit stream are allowed in the secondary bit stream.
    • 可以例如基于ISO / IEC 11172(MPEG1)或ISO / IEC 13818(MPEG2)标准来执行具有相关联的音频和/或其他数据的视频数据的编码或解码。 这种编码和解码可以包括将基于这样的标准编码的主要比特流的转换成具有不同数据速率的次要比特流。 由于来自主比特流的运动矢量的信息内容在次比特流中保持其有效性,因此不需要重新计算用于代码转换的运动矢量。 相反,借助来自重用的主比特流的运动矢量来执行辅助比特流的编码。 在这种情况下,次要比特流的编码是在受限的预测模式下执行的,即只有那些由各个块类型描述的那些预测模式或主比特流的运动信息被允许在辅助比特流中。
    • 7. 发明申请
    • Method for controlling a network station in a network of a first type from a network station in a network of a second type, and connection unit for the connection of the networks of the first and second types
    • 用于从第二类型的网络中的网络站控制第一类型的网络中的网络站的方法,以及用于连接第一类型和第二类型的网络的连接单元
    • US20060168354A1
    • 2006-07-27
    • US10561898
    • 2004-07-01
    • Ingo Hutter
    • Ingo Hutter
    • G06F15/16
    • H04L12/2805H04L12/281H04L12/282H04L12/2832H04L12/2836H04L12/40117H04L69/08H04L2012/285
    • The invention relates to the field of home networks, in particular the connection of two home networks of different types via a gateway. The network devices in the network of the first type are also intended to be able to control the network devices in the network of the second type, and vice versa. In the context of realizing control message conversions, the problem has arisen that, although direct conversions into the format of the other network are possible for many control messages, in some cases there is no correspondence for a control message in the device to be controlled. In order to convert such control messages, it is proposed to provide means in the network connection unit which check whether a data connection to a further network device is set up for the device to be controlled and, if the further network device has this device functionality, the conversion is effected such that the control message is converted into a corresponding control message for the further network device and is forwarded to the further network device.
    • 本发明涉及家庭网络领域,特别是通过网关连接不同类型的两个家庭网络。 第一类网络中的网络设备也旨在能够控制第二类网络中的网络设备,反之亦然。 在实现控制消息转换的上下文中,出现了许多控制消息可能直接转换为其他网络的格式的问题,但在某些情况下,对于要控制的设备中的控制消息没有对应关系。 为了转换这样的控制消息,建议在网络连接单元中提供装置,该装置检查是否为要被控制的设备建立到另外的网络设备的数据连接,并且如果另外的网络设备具有该设备功能 进行转换,使得控制消息被转换成用于另外的网络设备的相应的控制消息,并被转发到另外的网络设备。
    • 8. 发明授权
    • System for the compatible processing of a progressively scanned image
signal in line interlaced format
    • 用于以行隔行格式的逐行扫描图像信号的兼容处理的系统
    • US5438368A
    • 1995-08-01
    • US141806
    • 1993-10-22
    • Ingo Hutter
    • Ingo Hutter
    • H04N5/44H04N7/00H04N7/015H04N7/26H04N11/16
    • H04N7/015H04N11/167H04N7/007H04N7/0122Y10S348/913
    • A system is disclosed for the compatible transmission of a 16:9 progressive scan television signal by means of a letterbox formatted line interlaced signal. The letterbox edge bands contain a vertical helper signal representing the difference between a predicted progressive line and adjacent interlaced lines. Improved resolution of a progressive image at a progressive 16:9 receiver is facilitated by specially arranged half band filters in the transmitter/coder and inverse half band filtering in the receiver. Alternatively, when ordinary low pass filtering is used in the coder prior to interlaced subsampling, the fidelity of a reproduced image is improved using, an approximate simulation of such coder low pass filtering in the decoder together with a correction signal derived therefrom. An image reproduced at the progressive 16:9 receiver can more closely resemble the transmitter source signal by interative processing of the receiver correction signal.
    • 公开了一种通过信箱格式的行隔行信号来兼容传输16:9逐行扫描电视信号的系统。 信箱边缘频带包含一个垂直辅助信号,表示预测的渐进线与相邻隔行线之间的差异。 通过在发射机/编码器中的特殊布置的半带滤波器和接收机中的反向半波段滤波,便于渐进式16:9接收机的逐行图像分辨率的提高。 或者,当在隔行扫描采样之前在编码器中使用普通低通滤波时,利用解码器中的这种编码器低通滤波的近似模拟以及从其导出的校正信号,提高再现图像的保真度。 在渐进16:9接收机再现的图像可以通过接收机校正信号的相互处理更接近发射机源信号。