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    • 2. 发明申请
    • AUDIO CALIBRATION SYSTEM AND METHOD
    • 音频校准系统和方法
    • WO2013016500A1
    • 2013-01-31
    • PCT/US2012/048271
    • 2012-07-26
    • THOMSON LICENSINGJOHNSON, Ronald DouglasSCHULTZ, Mark Alan
    • JOHNSON, Ronald DouglasSCHULTZ, Mark Alan
    • H04S7/00
    • H03G99/00H04S7/301
    • Described herein is an audio calibration system and method that determines optimum placement and/or operating conditions of speakers for an entertainment system. The system receives an audio signal and transmits the audio signal to a speaker. A recordation of an emanated audio signal from each speaker is made. The system performs a sliding window fast Fourier transform (FFT) comparison of the recorded audio signal temporally and volumetrically with the audio signal. A time delay for each speaker is shifted so that each of the plurality of speakers is synchronized. The individual volumes are then compared for each speaker and are adjusted to collectively match. The method can align and move the convergence point of multiple audio sources. Time differences are measured with respect to a microphone as a function of position. The method uses any audio data and functions with background noise in real time.
    • 这里描述了确定用于娱乐系统的扬声器的最佳布置和/或操作条件的音频校准系统和方法。 系统接收音频信号并将音频信号发送到扬声器。 对每个扬声器发出的音频信号进行记录。 该系统在时间上和体积上与音频信号执行所记录的音频信号的滑动窗口快速傅里叶变换(FFT)比较。 每个扬声器的时间延迟被移位,使得多个扬声器中的每个扬声器同步。 然后对每个扬声器比较各个体积,并将其调整为集体匹配。 该方法可以对齐和移动多个音频源的收敛点。 时间差是相对麦克风测量的,作为位置的函数。 该方法实时使用任何具有背景噪声的音频数据和功能。
    • 3. 发明公开
    • HANDHELD DISPLAY ZOOM FEATURE
    • ZOOMFUNKTIONFÜRTRAGBARE ANZEIGE
    • EP2918079A1
    • 2015-09-16
    • EP12787342.0
    • 2012-11-09
    • Thomson LicensingJohnson, Ronald Douglas
    • JOHNSON, Ronald Douglas
    • H04N21/41H04N21/422H04N21/4363H04N21/4728
    • H04N21/4728G06T3/4092H04N5/44H04N21/4122H04N21/4126H04N21/42209H04N21/4222H04N21/43637
    • A control device (116) is used to select a portion (350) on a first display (114d), the control device having a second display (116d), the first display (114d) displaying images frame by frame generated from first image data including at least one frame; determine a first portion in a frame in the first image data corresponding to the selected portion (350) on the first display (114d); generate second image data from the first image data corresponding to the first portion in a frame in the first image data; and provide the second image data to the control device (116) for display as a second image (350') on the second display (116d), while leaving intact the image displayed on the first display (114d). The generated second image data may be the first image data corresponding to the first portion in a frame in the first image data magnified by a magnification factor.
    • 控制装置用于选择第一显示器上的部分,所述控制装置具有第二显示器,所述第一显示器从包括至少一个帧的第一图像数据逐帧显示图像; 确定与所述第一显示器上的所选部分相对应的所述第一图像数据中的帧中的第一部分; 从与第一图像数据中的帧中的第一部分对应的第一图像数据生成第二图像数据; 并且将第二图像数据提供给控制装置,以便在第二显示器上作为第二图像显示,同时完整地保持显示在第一显示器上的图像。 所生成的第二图像数据可以是与通过放大倍数放大的第一图像数据中的帧中的第一部分相对应的第一图像数据。
    • 4. 发明申请
    • APPARATUS AND METHOD FOR CONSERVING POWER FOR DEVICES
    • 用于保护设备的功率的装置和方法
    • WO2011112192A1
    • 2011-09-15
    • PCT/US2010/026957
    • 2010-03-11
    • THOMSON LICENSINGJOHNSON, Ronald Douglas
    • JOHNSON, Ronald Douglas
    • H04N5/63
    • H04N5/4403H04N5/63H04N21/42222H04N2005/4428Y10T307/786
    • A power conservation circuit for a hand-held motion-sensing device and a method for conserving power on such devices are provided. The present disclosure provides for sensing the movement of device (400) by a sensor (402) and outputting a sense signal in response to the movement, processing the sense signal output of the sensor (402) by a processing circuit (404), selectively enabling and disabling power to the processing circuit (404) by a power management circuit (418) and providing a signal by a motion detect circuit (420) to the power management circuit (418) for enabling power to the processing circuit (404) based on the sense signal from the sensor (402). The motion detect circuit (420) differentiates the sense signal from the sensor (402) and provides a power enable signal to the power management circuit (418) if the differentiated sense signal exceeds a signal threshold.
    • 提供了一种用于手持运动感测装置的节电电路和用于在这种装置上节省电力的方法。 本公开提供了通过传感器(402)感测设备(400)的移动并且响应于移动而输出感测信号,选择性地由处理电路(404)处理传感器(402)的感测信号输出 通过功率管理电路(418)启用和禁用处理电路(404)的电源,并且通过运动检测电路(420)向功率管理电路(418)提供信号,以使得能够基于处理电路(404)的电力 在来自传感器(402)的感测信号上。 如果微分感测信号超过信号阈值,运动检测电路(420)将感测信号与传感器(402)区分开来,并向功率管理电路(418)提供功率使能信号。
    • 5. 发明申请
    • PHOSPHOR DECAY BASED PROGRESSIVE CONTENT
    • 基于磷光体衰减的渐进式内容
    • WO2011071469A1
    • 2011-06-16
    • PCT/US2009/006456
    • 2009-12-09
    • THOMSON LICENSINGJOHNSON, Ronald Douglas
    • JOHNSON, Ronald Douglas
    • H04N11/20
    • G09G5/006G09G5/005G09G2310/0229H04N19/16H04N19/42
    • A video processor processes interlaced content for progressive display by decreasing brightness independently to odd and even interlaced lines of the interlaced content on a frame by frame basis. The processor decreases the brightness of the interlaced lines using phosphor decay dimming applied independently to the odd and even interlaced lines of the interlaced content. In one instance, the processor stores the odd and even interlaced lines in separate buffers where it applies the phosphor decay dimming on each buffer at different frames. The processor determines a dimming interval based on a multiple of a rate associated with the interlaced content. In one instance, the processor outputs progressive content at an approximately 120 Hertz rate and dims the odd and even interlaced lines on a four frame cycle. The processor can be associated with content authoring systems and/or content presentation devices and the like.
    • 视频处理器通过逐帧降低独立于隔行扫描内容的奇数和偶数隔行的亮度来处理用于逐行显示的隔行内容。 处理器使用独立地应用于隔行扫描内容的奇数和偶数交错行的荧光衰减调光来降低隔行线的亮度。 在一个实例中,处理器将奇数和偶数隔行线存储在单独的缓冲器中,其中在不同帧处对每个缓冲器上施加荧光衰减调光。 处理器基于与隔行扫描内容相关联的速率的倍数来确定调光间隔。 在一种情况下,处理器以大约120赫兹速率输出逐行内容,并且在四帧周期上使奇数和偶数交错行变暗。 处理器可以与内容创作系统和/或内容呈现设备等相关联。
    • 6. 发明申请
    • HANDHELD DISPLAY ZOOM FEATURE
    • 手持显示缩放功能
    • WO2014074111A1
    • 2014-05-15
    • PCT/US2012/064385
    • 2012-11-09
    • THOMSON LICENSINGJOHNSON, Ronald Douglas
    • JOHNSON, Ronald Douglas
    • H04N21/41H04N21/422H04N21/4363H04N21/4728
    • H04N21/4728G06T3/4092H04N5/44H04N21/4122H04N21/4126H04N21/42209H04N21/4222H04N21/43637
    • A control device (116) is used to select a portion (350) on a first display (114d), the control device having a second display (116d), the first display (114d) displaying images frame by frame generated from first image data including at least one frame; determine a first portion in a frame in the first image data corresponding to the selected portion (350) on the first display (114d); generate second image data from the first image data corresponding to the first portion in a frame in the first image data; and provide the second image data to the control device (116) for display as a second image (350') on the second display (116d), while leaving intact the image displayed on the first display (114d). The generated second image data may be the first image data corresponding to the first portion in a frame in the first image data magnified by a magnification factor.
    • 控制装置(116)用于选择第一显示器(114d)上的部分(350),所述控制装置具有第二显示器(116d),所述第一显示器(114d)从第一图像数据产生的逐帧显示图像 包括至少一个框架; 确定与第一显示器(114d)上的所选部分(350)相对应的第一图像数据中的帧中的第一部分; 从与所述第一图像数据中的帧中的第一部分对应的第一图像数据生成第二图像数据; 并将第二图像数据提供给控制装置(116),以在第二显示器(116d)上显示为第二图像(350'),同时完整地保持显示在第一显示器(114d)上的图像。 所生成的第二图像数据可以是与通过放大倍率放大的第一图像数据中的帧中的第一部分相对应的第一图像数据。
    • 9. 发明申请
    • CAPACITIVE TOUCH BUTTON WITH GUARD
    • 电源触控按钮
    • WO2013172820A1
    • 2013-11-21
    • PCT/US2012/037915
    • 2012-05-15
    • THOMSON LICENSINGJOHNSON, Ronald Douglas
    • JOHNSON, Ronald Douglas
    • H03K17/975
    • H03K17/9622G01R17/00H03K2217/94026H03K2217/960705H03K2217/960715H03K2217/960765
    • An apparatus such as a set-top box, includes at least one capacitive touch button with a guard feature that provides, the ability to detect and reject false touches. According to an exemplary embodiment, the apparatus includes a first conductive element that is capacitively isolated from ground, and a second conductive element that is capacitively isolated from ground and located adjacent to the first conductive element. A first sensor is coupled to the first conductive element and measures a change in capacitance between the first conductive element and ground due to a change in physical environment. A second sensor is coupled to the second conductive element and measures a change in capacitance between the second conductive element and ground due to the change in physical environment. A controller is coupled to the first sensor and the second sensor and determines a difference between the measured changes in capacitance.
    • 诸如机顶盒的装置包括至少一个具有防护特征的电容式触摸按钮,其提供检测和拒绝假触摸的能力。 根据示例性实施例,该装置包括与地电容性隔离的第一导电元件和与地电容性隔离并位于第一导电元件附近的第二导电元件。 第一传感器耦合到第一导电元件并且由于物理环境的改变而测量第一导电元件与地之间的电容变化。 第二传感器耦合到第二导电元件并且由于物理环境的变化而测量第二导电元件与地之间的电容变化。 控制器耦合到第一传感器和第二传感器,并且确定测量的电容变化之间的差异。
    • 10. 发明申请
    • PROGRESSIVE VIDEO REFORMATTING FOR FILM-BASED CONTENT
    • 基于电影内容的渐进式视频转换
    • WO2011071465A1
    • 2011-06-16
    • PCT/US2009/006449
    • 2009-12-09
    • THOMSON LICENSINGJOHNSON, Ronald Douglas
    • JOHNSON, Ronald Douglas
    • H04N7/01
    • G09G5/005G09G3/2092G09G2340/0435H04N7/0112H04N7/0132
    • A video formatter reformats progressive video using a film-based video film rate and a display refresh rate to determine a frame OFF period for a progressive video sequence. The video formatter inserts at least one black frame into the progressive video sequence to approximate the frame OFF period. Typically, the film rate is 24 frames per second (industry standard) and, thus, the display refresh rate can be a multiple of the frame rate (e.g., 96Hz, 120Hz, 240Hz, etc.). Progressive video replicates a single frame of a film several times ("a progressive video sequence") depending on a display's refresh rate. The black frame(s) is/are substituted at the end of this sequence instead of displaying the same image throughout for a single film frame.
    • 视频格式化器使用基于电影的视频电影速率和显示刷新率重新格式化逐行视频,以确定逐行视频序列的帧关闭周期。 视频格式器将至少一个黑框插入逐行视频序列以近似帧关闭周期。 通常,电影速率是每秒24帧(行业标准),因此,显示刷新率可以是帧速率的倍数(例如,96Hz,120Hz,240Hz等)。 逐行视频根据显示器的刷新率,复制单张影片多次(“渐进式视频序列”)。 黑色框架在该序列的末尾被替换,而不是在单个胶片框架中显示相同的图像。