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    • 1. 发明申请
    • MEASUREMENT OF CURING
    • 测量固化
    • WO2010005375A1
    • 2010-01-14
    • PCT/SE2009/050830
    • 2009-06-29
    • REOSENSE ABCRONVALL, LeifLUNDBERG, Jonas
    • CRONVALL, LeifLUNDBERG, Jonas
    • G01N29/024B29C35/02C08J3/24
    • B29C35/0288C08J3/248G01N29/024G01N2291/0251
    • The present invention refers to a method for increasing productivity and quality in production of cured polymer, such as vulcanization of rubber or thermosetting of plastic, by a real time measurement of the progress of curing, in a mould cavity (8), which being filled with a compound to be cured, wherein a signal is generated by a wave at an ultrasonic or equivalent frequency, which is transmitted through the mould cavity (11), the time for the wave to pass through the compound in the mould (8) and back is detected, and the detected signal being analyzed in a suitable data processing computer (15), to establish a graph showing a relationship between the time for the wave to pass through the compound in the mould (8) and back, and the time of the curing of the compound. According to the present invention, the graph is used to determine a feature of the compound by identifying at least one specific parameter of the graph, and using said parameter to control the production. Said feature includes determine a maximum number of cross-links in the compound or determine when the compound has settle in the mould cavity.
    • 本发明涉及一种用于提高固化聚合物的生产率和生产质量的方法,例如橡胶硫化或塑料热固化,通过实际测量固化过程,在模腔(8)中,其被填充 与待固化的化合物,其中通过超声波或等效频率的波产生信号,其通过模腔(11)传输,波通过模具(8)中的化合物的时间和 检测到的信号,并且在合适的数据处理计算机(15)中分析检测到的信号,以建立示出波形通过模具(8)中的复合物的时间与时间之间的关系的曲线图,以及时间 的化合物的固化。 根据本发明,该图用于通过识别图的至少一个特定参数并使用所述参数来控制生产来确定化合物的特征。 所述特征包括确定化合物中的最大数量的交联或确定化合物何时沉降在模腔中。
    • 2. 发明申请
    • PLAY-OUT DELAY ESTIMATION
    • 播放延迟估计
    • WO2009070093A1
    • 2009-06-04
    • PCT/SE2008/051003
    • 2008-09-09
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)LUNDBERG, Jonas
    • LUNDBERG, Jonas
    • H04L12/56H04L12/26H04L29/06
    • H04J3/0632H04L49/90H04L49/9094
    • A receiving terminal estimates a required jitter buffer depth for each received audio frame, by locating (61) the fastest previously received audio frame, calculating (62) an estimated required play-out delay from stored data associated with said fastest audio frame, and transforming (63) the estimated play-out delay into a required jitter buffer depth for accommodating the calculated play-out delay of the received audio frame. Further, this required jitter buffer depth is made available for jitter buffer management, e.g. to achieve a certain loss rate. Data associated with each received audio frame is stored to be used for estimating the required jitter buffer depth for consecutive audio frames.
    • 接收终端通过定位(61)先前接收的最快音频帧,从与所述最快音频帧相关联的存储数据中计算(62)估计的所需播放延迟,并估计所接收的音频帧所需的抖动缓冲器深度,以及转换 (63)将所估计的播出延迟延迟到所需的抖动缓冲器深度以适应接收到的音频帧的计算的播出延迟。 此外,这种所需的抖动缓冲器深度可用于抖动缓冲器管理,例如, 达到一定的损失率。 与每个接收的音频帧相关联的数据被存储以用于估计连续音频帧所需的抖动缓冲器深度。