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    • 2. 发明申请
    • On-vehicle image display apparatus
    • 车载图像显示装置
    • US20070198183A1
    • 2007-08-23
    • US11570450
    • 2005-06-22
    • Akihiro MorimotoSusumu IbarakiHiroyuki HamadaMasakazu OtsukaTakashi KuwabaraSeiichi NakagawaKazumasa Nagashima
    • Akihiro MorimotoSusumu IbarakiHiroyuki HamadaMasakazu OtsukaTakashi KuwabaraSeiichi NakagawaKazumasa Nagashima
    • G01C21/00
    • G01C21/3697
    • It is an object of the present invention to provide an image display apparatus which can reduce a burden to be imposed on vehicle occupants by informing the vehicle occupants about current and next travel states of a vehicle while allowing the vehicle occupants to watch TV or the like in the vehicle. In the on-vehicle image display apparatus, the image controlling means controls the on-screen position of the image produced by the image producing means on the basis of the judgments made by the travel state detecting means on whether or not the vehicle is turning to the right, or about to turn to the right, whether or not the vehicle is turning to the left, or about to turn to the left, whether or not the vehicle is being accelerated, or about to be accelerated, and whether or not the vehicle is being decelerated, or about to be decelerated. As an example, the image controlling means shifts, in a leftward direction, the on-screen position of the vehicle if the judgment is made that the vehicle is turning to the left, and to shift, in a rightward direction, the on-screen position of the vehicle if the judgment is made that the vehicle is turning to the right.
    • 本发明的目的是提供一种图像显示装置,其能够通过向车辆乘员通知车辆的当前和下一个行驶状态,同时允许车辆乘客观看电视机等来减轻施加于车辆乘客的负担 在车里 在车载图像显示装置中,图像控制装置根据行驶状态检测装置对车辆是否转向的判断,控制由图像产生装置产生的图像的屏幕上位置 权利或即将向右转,车辆是否向左转,或左转,无论车辆是否正在加速或即将加速,以及是否 车辆正在减速,或即将减速。 作为示例,如果判定车辆向左转,并且向右移动屏幕,则图像控制装置在向左方向上移动车辆的屏幕上位置 如果判断车辆向右转,车辆的位置。
    • 7. 发明申请
    • Video display system
    • 视频显示系统
    • US20060187421A1
    • 2006-08-24
    • US10549746
    • 2004-03-23
    • Toshikazu HattoriTakashi KuwabaraSusumu Ibaraki
    • Toshikazu HattoriTakashi KuwabaraSusumu Ibaraki
    • G03B21/14A47C7/62
    • H04N5/74B60R11/0211B60R11/0235B60R2011/0015B60R2011/0028
    • A video display system for suppressing variations of a video image display position and improving viewing comfort includes: a projector (1100) which projects a video projection light; and a screen unit (1150) which receives the video projection light and displays the video image. The screen unit (1150) includes first and second light detection units (1161 and 1162) which detect the received video projection light. The projector (1100) includes a control unit (1205) and an adjustment unit (106) which derive displacement in the display position of the video image based on the light detection results of the first and second light detection units (1161 and 1162) and control the output mode of the video projection light so as to suppress the displacement.
    • 一种用于抑制视频图像显示位置的变化并改善观看舒适度的视频显示系统包括:投射视频投影光的投影仪(1100); 以及接收视频投影光并显示视频图像的屏幕单元(1150)。 屏幕单元(1150)包括检测接收到的视频投影光的第一和第二光检测单元(1161和1162)。 投影仪(1100)包括基于第一和第二光检测单元(1161和1162)的光检测结果导出视频图像的显示位置的位移的控制单元(1205)和调整单元(106),以及 控制视频投影光的输出模式以抑制位移。
    • 8. 发明申请
    • Stream reception device
    • 流接收设备
    • US20060156359A1
    • 2006-07-13
    • US10543528
    • 2004-01-30
    • Takashi KuwabaraSusumu IbarakiToshiaki MoriToshikazu Hattori
    • Takashi KuwabaraSusumu IbarakiToshiaki MoriToshikazu Hattori
    • H04N7/16H04N7/173
    • H04N21/485H04N21/4622
    • In a stream reception device, before the user operates an input section (15), a control section (12) uses locational information of each of n number of selected stream transmission stations (2) to generate and send a distribution request (R), which is data for requesting distribution of a stream (ST) stored in each of the stream transmission stations (2). Then, each stream (ST) is buffered in a stream storage section (14) sequentially from a reproduction start portion thereof. Then, in the case where a stream (ST) to be a target is stored, the control section (12) reads the target stream (ST) from the stream storage section (14), sequentially from the reproduction start portion thereof, and reproduces the target stream (ST), in response to an operation on the input section (15).
    • 在流接收装置中,在用户操作输入部分(15)之前,控制部分(12)使用n个选择的流传输站(2)中的每一个的位置信息来生成和发送分发请求(R) 其是用于请求分配存储在每个流传输站(2)中的流(ST)的数据。 然后,每个流(ST)从其再现起始部分顺序地缓冲在流存储部分(14)中。 然后,在存储作为对象的流(ST))的情况下,控制部(12)从流存储部(14)依次从其再现开始部分读取目标流(ST),并再现 所述目标流(ST)响应于在所述输入部分(15)上的操作。
    • 9. 发明申请
    • VIDEO/SOUND SIGNAL TRANSMITTING SYSTEM AND VIDEO/SOUND SIGNAL SWITCHING AND DISTRIBUTING DEVICE
    • 视频/声音信号发送系统和视频/声音信号切换和分配设备
    • US20120182481A1
    • 2012-07-19
    • US13498942
    • 2010-07-01
    • Toshikazu HattoriSusumu Ibaraki
    • Toshikazu HattoriSusumu Ibaraki
    • H04N5/38
    • H04N7/163H04N21/43615H04N21/4367H04N21/4623
    • A video/sound signal switching and distributing device makes connections to a plurality of video/sound signal receiving devices to be connected at startup of a system and performs authentication between itself and the plurality of video/sound signal receiving devices, thereby acquiring key selection information about a video/sound signal transmitting device and holding the key selection information. Even when another video/sound signal receiving device is connected to the video/sound signal transmitting device while one video/sound signal is already in the middle of displaying a view of the video/sound signal, the video/sound signal transmitting device and the video/sound signal switching and distributing device can again establish a connection without redoing mutual authentication. Hence, disconnection and re-connection of the video/sound signal can be performed without interruption of the video/sound signal being displayed for viewing purpose.
    • 视频/声音信号切换和分配设备使多个视频/声音信号接收设备的连接在系统启动时被连接,并且在其自身与多个视频/声音信号接收设备之间进行认证,从而获取密钥选择信息 关于视频/声音信号发送装置并保持密钥选择信息。 即使当一个视频/声音信号已经在显示视频/声音信号的视图的中间,另一个视频/声音信号接收装置连接到视频/声音信号发送装置时,视频/声音信号发送装置和 视频/声音信号交换和分配设备可以重新建立连接,而无需重做相互认证。 因此,视频/声音信号的断开和重新连接可以在不中断视频/声音信号被中断的情况下进行观看。
    • 10. 发明授权
    • Transmission system, bandwidth management apparatus, and bandwidth management method
    • 传输系统,带宽管理设备和带宽管理方法
    • US06590865B1
    • 2003-07-08
    • US09366038
    • 1999-08-02
    • Susumu IbarakiToshikazu HattoriToshihiko Kurosaki
    • Susumu IbarakiToshikazu HattoriToshihiko Kurosaki
    • H04L1256
    • H04L12/40058H04L12/40065H04L47/70H04L47/745H04L47/765H04L47/781H04L47/805H04L47/822
    • There is provided a transmission system which realizes more flexible resource allocation. A resource management means 12, upon receipt of a resource allocation request including a minimum bandwidth and a maximum bandwidth, reduces allocated resources stored in an allocated-resource request table 13 to the corresponding minimum bandwidths. As such, the request is accepted with higher probability. When releasing an allocated resource, the resource management means 12 increases the allocated-resources of the allocated-resource requests to bandwidths within a range of the corresponding maximum bandwidths. Accordingly, the resources are utilized more effectively. When releasing the resource, the resource management means 12 notifies, by broadcast, all the communication apparatuses that free resources are increased. Thus, for the communication apparatus whose request has been rejected, the resource is allocatable.
    • 提供了实现更灵活的资源分配的传输系统。 资源管理装置12在接收到包括最小带宽和最大带宽的资源分配请求时,将分配资源请求表13中存储的分配资源减少到相应的最小带宽。 因此,以更高的概率接受请求。 当释放分配的资源时,资源管理装置12将分配的资源请求的分配资源增加到相应的最大带宽的范围内的带宽。 因此,更有效地利用资源。 当释放资源时,资源管理装置12通过广播通知释放资源的所有通信装置。 因此,对于其请求被拒绝的通信装置,资源是可分配的。