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    • 2. 发明申请
    • AN APPARATUS AND A METHOD OF RECORDING AN IMAGE OF AN OBJECT
    • 一种记录对象图像的方法和方法
    • WO99042900A1
    • 1999-08-26
    • PCT/DK1999/000058
    • 1999-02-08
    • H04N5/225G03B15/06
    • H04N5/2256Y10S358/906
    • The invention relates to a method of recording an image of an object (103) using an electronic camera (102), one or more light sources (104), and means for light distribution (105), where light emitted from the light sources (104) is distributed to illuminate the object (103), light being reflected to the camera (102). In the light distribution, an integrating cavity (106) is used to whose inner side (107) a light reflecting coating has been applied, and which is provided with first and second openings (109, 110). The camera (102) is placed in alignment with the first opening (109) so that the optical axis of the camera extends through the first and second openings (109, 110). The object (103) is received in the second opening (110), and the interior of the integrating cavity is illuminated using the one or more light sources (104). The invention also relates to an apparatus for performing the method.
    • 本发明涉及使用电子照相机(102),一个或多个光源(104)和用于配光(105)的装置记录物体(103)的图像的方法,其中从光源 104)被分配以照射物体(103),光被反射到照相机(102)。 在光分布中,使用积分腔(106),其内侧(107)具有光反射涂层,并且设有第一和第二开口(109,110)。 相机(102)被放置成与第一开口(109)对准,使得照相机的光轴延伸穿过第一和第二开口(109,110)。 物体(103)被容纳在第二开口(110)中,并且使用一个或多个光源(104)照射积分腔的内部。 本发明还涉及一种用于执行该方法的装置。
    • 3. 发明申请
    • VIDEO/AUDIO INFORMATION COLLECTING SYSTEM USING VIDEO CAMERA AND ITS EDITING SYSTEM
    • 使用视频摄像机及其编辑系统的视频/音频信息采集系统
    • WO1997010673A1
    • 1997-03-20
    • PCT/JP1996002564
    • 1996-09-10
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.FUKAI, ToshihikoHIGUCHI, Masataka
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • H04N05/92
    • H04N5/91G11B27/032G11B27/034G11B27/11G11B27/3063G11B27/34G11B2220/2525G11B2220/61G11B2220/65G11B2220/90H04N5/772H04N5/926H04N5/9261H04N5/9267H04N9/8042H04N9/8063H04N9/8205Y10S358/906
    • A VTR data collecting system includes a data recording/reproducing section (VTR) which records/reproduces video/audio information captured by a video camera section on/from a video tape, an auxiliary data memory section (MEM, 4 and 94) for storing auxiliary data for edition which are referred to during edition, and a memory control section (MCR, 20) for controlling the auxiliary data memory section. The auxiliary data for edition are written in the memory section (MEM) when the data recording/reproducting section (VTR) records video/audio information under the control of the control section (MCR) having an IC memory card (4) or a temporary storage memory (94) for temporarily storing the auxiliary data for edition. A VTR edition system includes an editing source VTR (8) which is loaded with a video tape (3) on which video/audio information is recorded and reproduces the recorded data, an editor VTR (9) for dubbing, and a system controller (10) which controls the VTRs (8 and 9) while reading and referring to the auxiliary data for edition. Edition is performed by dubbing the main information required for the edition out of the data recorded. Therefore, the edition is performed quickly and easily because the position of a necessary part is searched without reproducing the data on the video tape from the leading end to the trailing end by referring to basic editing data recorded at the time of collecting data.
    • VTR数据采集系统包括:数据记录/再现部分(VTR),其记录/再现由录像带上的视频摄像机部分捕获的视频/音频信息;辅助数据存储部分(MEM,4和94),用于存储 在编辑期间参考的用于版本的辅助数据以及用于控制辅助数据存储器部分的存储器控​​制部分(MCR,20)。 当数据记录/再现部分(VTR)在具有IC存储卡(4)或临时的控制部分(MCR)的控制下记录视频/音频信息时,用于版本的辅助数据被写入存储器部分(MEM) 用于临时存储用于编辑的辅助数据的存储存储器(94)。 VTR编辑系统包括编辑源VTR(8),其被加载有记录视频/音频信息的视频磁带(3)并再现记录的数据,用于转录的编辑器VTR(9)和系统控制器 10)在读取和参考辅助数据进行编辑时控制VTR(8和9)。 版本通过在记录的数据中复制版本所需的主要信息来执行。 因此,通过参考在收集数据时记录的基本编辑数据,可以快速而容易地进行版本的执行,因为搜索必要部分的位置而不从视频磁带的前端到后端再现数据。
    • 7. 发明申请
    • A HAND-HELD VIDEO RECORDING CAMERA
    • 手持录像摄像机
    • WO1990001849A1
    • 1990-02-22
    • PCT/US1988002796
    • 1988-08-15
    • BLAZEK, John, MatthewTIPTON, John, Reynolds, Jr.
    • H04N05/76
    • G11B27/028G11B31/00G11B31/006G11B2220/90H04N5/772Y10S358/906
    • A hand-held video recording camera (10). The camera (10) has a lens (26), an image pickup (21) operatively arranged to receive image information from the lens, and microphones (31, 32) to receive sound from a person or persons to produce audio signals corresponding to the sound received. A prerecorded source of further audio signals (53) is provided within the hand-held camera (10). Audio mixing is provided within the hand-held camera for mixing the audio signals corresponding to the sound received by the microphone means and to the further audio signals. The video recorder (30) records signals representing the image data and the audio signals. Synchronization is provided for assuring that, whenever the video recorder is restarted to record scenes in interrupted sequence, audio signals from the prerecorded source within the camera start to be recorded at substantially the point of prior interruption.
    • 一种手持式录像机(10)。 相机(10)具有透镜(26),可操作地布置成从透镜接收图像信息的图像拾取器(21)和用于接收来自人或个人的声音的麦克风(31,32),以产生对应于 收到的声音 另外的音频信号(53)的预先记录的源提供在手持照相机(10)内。 在手持相机中提供音频混合,用于混合与由麦克风装置接收的声音相对应的音频信号和其它音频信号。 视频记录器(30)记录表示图像数据和音频信号的信号。 提供了同步,以确保每当视频记录器重新开始以中断顺序记录场景时,相机内的预先记录的来源的音频信号将基本上在先前的中断点被记录下来。
    • 9. 发明申请
    • MEMORY ACCESS BANDWIDTH ALLOCATION AND LATENCY CONTROL IN A DIGITAL CAMERA
    • 数码相机中的存储器访问带宽分配和延迟控制
    • WO2006014321A3
    • 2007-09-07
    • PCT/US2005023358
    • 2005-07-01
    • NUCORE TECHNOLOGY INCWEATHERSPOON DARRYL G
    • WEATHERSPOON DARRYL G
    • G06F13/28
    • G06F13/28Y10S358/906
    • Memory access bandwidth within a digital camera (1) is allocated among several requestors by assigning each requestor a "tokens per snapshot" (TPS) value. Each requestor has a DMA engine (4) and a DMA entry queue (11). If the requestor wishes to access the memory, then a DMA entry is pushed onto the DMA entry queue of the requestor. An arbiter (20) uses the TPS values to select DMA entries off the various queues for incorporation into a "snapshot". The arbiter then selects DMA entries from the snapshot in an order for servicing such that memory access overhead in accessing the memory is reduced. Only after all DMA entries of the snapshot have been serviced is another snapshot of entries selected. Maximum latency in servicing a queue is controlled by assigning each queue a time out value (TOV). If a queue times out, then that queue is moved up in the order of servicing.
    • 通过为每个请求者分配“每个快照的令牌”(TPS)值,在多个请求者之间分配数字照相机(1)内的存储器访问带宽。 每个请求者都有一个DMA引擎(4)和一个DMA条目队列(11)。 如果请求者希望访问存储器,则DMA条目被推送到请求者的DMA条目队列。 仲裁器(20)使用TPS值从各种队列中选择DMA条目以便并入“快照”。 然后仲裁器按照维护顺序从快照中选择DMA条目,以减少访问存储器的存储器访问开销。 只有在快照的所有DMA条目已经被服务之后,都是选择的条目的另一个快照。 通过为每个队列分配超时值(TOV)来控制服务队列的最大延迟。 如果队列超时,那么该队列按维修顺序向上移动。
    • 10. 发明申请
    • MEMORY ACCESS BANDWIDTH ALLOCATION AND LATENCY CONTROL IN A DIGITAL CAMERA
    • 数码相机中的存储器访问带宽分配和延迟控制
    • WO2006014321A2
    • 2006-02-09
    • PCT/US2005/023358
    • 2005-07-01
    • NUCORE TECHNOLOGY INCWEATHERSPOON, Darryl, G.
    • WEATHERSPOON, Darryl, G.
    • G06F13/28
    • G06F13/28Y10S358/906
    • Memory access bandwidth within a digital camera is allocated among several requestors by assigning each requestor a "tokens per snapshot" (TPS) value. Each requestor has a DMA engine and a DMA entry queue. If the requestor wishes to access the memory, then a DMA entry is pushed onto the DMA entry queue of the requestor. An arbiter uses the TPS values to select DMA entries off the various queues for incorporation into a "snapshot". The arbiter then selects DMA entries from the snapshot in an order for servicing such that memory access overhead in accessing the memory is reduced. Only after all DMA entries of the snapshot have been serviced is another snapshot of entries selected. Maximum latency in servicing a queue is controlled by assigning each queue a time out value (TOV). If a queue times out, then that queue is moved up in the order of servicing.
    • 通过为每个请求者分配“每个快照的令牌”(TPS)值,在多个请求者之间分配数字照相机内的存储器访问带宽。 每个请求者都有一个DMA引擎和一个DMA条目队列。 如果请求者希望访问存储器,则DMA条目被推送到请求者的DMA条目队列。 仲裁器使用TPS值从各个队列中选择DMA条目以便并入“快照”。 然后仲裁器按照维护顺序从快照中选择DMA条目,以减少访问存储器的存储器访问开销。 只有在快照的所有DMA条目已经被服务之后,都是选择的条目的另一个快照。 通过为每个队列分配超时值(TOV)来控制服务队列的最大延迟。 如果队列超时,那么该队列按维修顺序向上移动。