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    • 1. 发明申请
    • PIPELINING PRE-COMPOSITION DATA
    • 管道预组成数据
    • WO2017103571A1
    • 2017-06-22
    • PCT/GB2016/053841
    • 2016-12-06
    • DISPLAYLINK (UK) LIMITEDELLIS, DanielTURNOCK, Martin Andrew
    • ELLIS, DanielTURNOCK, Martin Andrew
    • G06F3/14G09G5/14
    • G06F3/1454G09G5/14G09G2350/00
    • A host device composites a first image (14) formed of overlapping image elements (15, 16) and transmits the first image (14) over the limited bandwidth connection to a display control device. The host device determines hidden display data (19) of one or more portions of one or more overlapped image elements (15, 16) whose display data was not in the composited first image (14) and transmits the hidden display data (19) to the display control device when the limited bandwidth connection has sufficient available bandwidth capacity, so that, when a second image to be displayed includes at least some of the hidden display data (19), the host device transmits information to the display control device instructing the display control device to use the previously transmitted hidden display data (19) to composite the second image using the transmitted hidden display data (19).
    • 主机设备合成由重叠的图像元素(15,16)形成的第一图像(14)并且通过有限带宽连接将第一图像(14)发送到显示控制设备。 主机设备确定显示数据不在合成的第一图像(14)中的一个或多个重叠图像元素(15,16)的一个或多个部分的隐藏显示数据(19),并将隐藏显示数据(19)发送到 当有限带宽连接具有足够的可用带宽容量时,显示控制设备使得当要显示的第二图像包括至少一些隐藏显示数据(19)时,主机设备向显示控制设备发送指示 显示控制设备使用先前发送的隐藏显示数据(19)来使用发送的隐藏显示数据(19)来合成第二图像。
    • 3. 发明申请
    • HIGH-PERFORMANCE WIRELESS SIDE CHANNEL
    • 高性能无线侧信道
    • WO2017072483A1
    • 2017-05-04
    • PCT/GB2016/053227
    • 2016-10-18
    • DISPLAYLINK (UK) LIMITEDELLIS, DanielEDMONDS, Timothy Mark
    • ELLIS, DanielEDMONDS, Timothy Mark
    • G06F13/10G06F13/40
    • G06F13/102
    • A method of controlling a docking station (15) having a wireless access point (21) having a network address for communicating with a mobile device (11) over a local area wireless network connection, a display controller (25) having a network address for processing video data for output to a display device (17a) over a display- specific connection, and a USB controller (28) for processing USB data signals for output to one or more peripheral devices (17b) over a USB connection. The method involves establishing a local area wireless network connection with the mobile device (11) and establishing a USB connection tunnelled over the local area wireless network connection with the mobile device (11). The access point (21) transmits the network address of the display controller (25) to the mobile device (11) over the USB connection in response to a request for the network address of the display controller (25) from the mobile device (11), thereby allowing the mobile device (11) to transmit at least video data over the local area wireless network connection addressed to the display controller (25) using the network address of the display controller (25) without using the USB connection.
    • 一种控制具有无线接入点(21)的对接站(15)的方法,所述无线接入点具有用于通过局域无线网络连接与移动设备(11)通信的网络地址,显示控制器 (25),其具有用于处理视频数据以通过显示器专用连接输出到显示设备(17a)的网络地址,以及用于处理USB数据信号以便输出到一个或多个外围设备(17b)的USB控制器(28) 通过USB连接。 该方法包括建立与移动设备(11)的局域无线网络连接并且建立在与移动设备(11)的局域无线网络连接上隧穿的USB连接。 响应于来自移动设备(11)的对显示控制器(25)的网络地址的请求,接入点(21)通过USB连接将显示控制器(25)的网络地址发送到移动设备 ),由此允许移动设备(11)使用显示控制器(25)的网络地址在不使用USB连接的情况下通过寻址到显示控制器(25)的局域无线网络连接传输至少视频数据。 p>
    • 4. 发明申请
    • METHOD AND APPARATUS FOR CONTROLLING A DISPLAY COMPRISING TWO OR MORE PANELS
    • 用于控制包含两个或多个面板的显示器的方法和装置
    • WO2016151291A1
    • 2016-09-29
    • PCT/GB2016/050745
    • 2016-03-17
    • DISPLAYLINK (UK) LIMITEDELLIS, DanielMORSE, DouglasPETRIE, Richard Jonathan
    • ELLIS, DanielMORSE, DouglasPETRIE, Richard Jonathan
    • G09G5/12G06F3/14
    • G09G5/12G06F3/1438G06F3/1446G06T3/4038G09G2300/026G09G2352/00
    • An apparatus for co-ordinating display data sent to a display device (19) that comprises two or more panels(28), or sub-displays together forming a single display screen for displaying at least one complete image. Each display panel (28) has a display input for receiving display data of part of the complete image from a corresponding display output of a display control device(22). The display control device (22) receives packets of display data (24) from a host device(21), the display data (24) in each packet being destined for one of the display panels (28). The display control device (22) directs the packets to one or more processors (26) of a processing module (20) in the display control device (22) for processing the display data (24) and storing the processed display data in a respective buffer (18) according to which respective display panel (28) the display data (24) is destined for. The display control device (22) controls the processing module (20) so that the processed display data (24) is output from the buffers (18) at a synchronized time to the display output corresponding to the respective display panel (28) for which the display data (24) is destined.
    • 一种用于协调发送到显示装置(19)的显示数据的装置,包括两个或更多个面板(28)或子显示器,一起形成用于显示至少一个完整图像的单个显示屏幕。 每个显示面板(28)具有用于从显示控制装置(22)的对应显示输出接收完整图像的一部分的显示数据的显示输入。 显示控制装置(22)从主机(21)接收显示数据(24)的分组,每个分组中的显示数据(24)被指定给一个显示面板(28)。 显示控制装置(22)将分组引导到显示控制装置(22)中的处理模块(20)的一个或多个处理器(26),用于处理显示数据(24)并将处理的显示数据存储在相应的 缓冲器(18),显示数据(24)所指定的各个显示面板(28)。 显示控制装置(22)控制处理模块(20),使得经处理的显示数据(24)在同步时间从缓冲器(18)输出到对应于相应显示面板(28)的显示输出, 显示数据(24)被注定。
    • 5. 发明申请
    • USB POWER DELIVERY
    • USB电源交货
    • WO2017191429A1
    • 2017-11-09
    • PCT/GB2017/051073
    • 2017-04-18
    • DISPLAYLINK (UK) LIMITEDELLIS, DanielPETRIE, Richard Jonathan
    • ELLIS, DanielPETRIE, Richard Jonathan
    • G06F1/26
    • A USB dock (32) which includes a USB data hub (35) that does not provide negotiated power levels to devices connected to the USB dock(32), is connected to a host device (31) via a USB connection and to a peripheral device (33) via a USB connection and a power connection. The USB dock (32) includes a power source (37) connected to the power connection and a power controller (36) connected to the USB data hub(35), the power source (37) and the peripheral device(33). The power controller (36) receives instructions from the host device (31) to control the power source (37) to provide power to the peripheral device (33), communicates with the peripheral device (33) to determine parameters for power to be provided to the peripheral device(33),and controls the power source (37) to provide power at one of a plurality of different power levels to the peripheral device (33) via the power connection based on the instructions from the host device (31) and the determined parameters.
    • 包括USB数据集线器(35)的USB坞站(32)连接到主机设备(31),所述USB数据集线器不向协议连接到USB坞站(32)的设备提供协商的功率电平, 经由USB连接并且经由USB连接和电力连接到外围设备(33)。 USB坞(32)包括连接到电源连接的电源(37)和连接到USB数据集线器(35),电源(37)和外围设备(33)的电源控制器(36)。 功率控制器(36)接收来自主机设备(31)的指令以控制电源(37)向外围设备(33)提供功率,与外围设备(33)通信以确定用于提供功率的参数 到所述外围设备(33),并且基于来自所述主机设备(31)的指令,控制所述电源(37)经由所述电力连接以多个不同的功率级中的一个向所述外围设备(33) 和确定的参数。
    • 6. 发明申请
    • USB CONNECTIONS
    • USB连接
    • WO2016156801A1
    • 2016-10-06
    • PCT/GB2016/050801
    • 2016-03-22
    • DISPLAYLINK (UK) LIMITEDELLIS, DanielBURGERS, PeterPETRIE, Richard Jonathan
    • ELLIS, DanielBURGERS, PeterPETRIE, Richard Jonathan
    • G06F13/38
    • G06F13/385G06F5/065G06F13/4282G06F2213/0042Y02D10/14Y02D10/151
    • A method of configuring a Universal Serial Bus, USB, connection between a first device (22) and a second device (23), the USB connection comprising a plurality of data channels, each having a pair of signal links (26), each signal link including a port (212, 213) in each of the devices at either end of the connection, a controller (28) for the ports (212, 213), and a signal wire extending between corresponding ports (212, 213), each signal wire formed of one or more physical wires. The signal links (26) of the data channels are first configured to be capable of transmitting data bidirectionally, and a first direction for transmission of data for each of the bidirectionally configured signal links (26) is first determined based on an initial required data transmission capacity in each direction between the first (22) and second (23) devices. Thereafter, depending on required capacity in the different directions, a selection is made which of the bidirectionally configured signal links (26) that are transmitting data in the first direction should change their direction of transmission to a second direction and a redirecton signal is sent to each of the selected bidirectionally configured signal links (26) to cause the selected bidirectionally configured signal links (26) to change their direction of transmission of data to a second direction.
    • 一种在第一设备(22)和第二设备(23)之间配置通用串行总线,USB连接的方法,所述USB连接包括多个数据通道,每个数据通道具有一对信号链路(26),每个信号 链路,其包括在连接的任一端的每个设备中的端口(212,213),用于端口(212,213)的控制器(28)和在对应端口(212,213)之间延伸的信号线,每个 由一根或多根物理线形成的信号线。 数据信道的信号链路(26)首先被配置为能够双向传输数据,并且首先基于初始要求的数据传输来确定用于每个双向配置的信号链路(26)的数据的传输的第一方向 在第一(22)和第二(23)设备之间的每个方向的容量。 此后,根据不同方向的所需容量,选择在第一方向上发送数据的双向配置信号链路(26)中的哪一个将其发送方向改变为第二方向,并将重定向信号发送到 每个所选择的双向配置的信号链路(26)使所选择的双向配置的信号链路(26)将其数据传输方向改变到第二方向。