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    • 1. 发明授权
    • Apparatus on a textile machine for cleaning fibre material, for example of cotton, comprising a high-speed first or main roller
    • 用于清洁纤维材料(例如棉花)的织物上的装置包括高速第一或主辊
    • US07743469B2
    • 2010-06-29
    • US11652621
    • 2007-01-12
    • Nicole SaegerRoland Friedrich
    • Nicole SaegerRoland Friedrich
    • D01G15/04
    • D01G15/18
    • An apparatus on a textile machine for cleaning fiber material has a first roller for conveying a travelling fiber web, and second and third rollers which have respective nips with one another and with the first roller on rotation of the three rollers. The second roller is arranged downstream of the third roller and co-operates with the first roller so that fiber is detached, the fiber is transferred to the nip with the third roller and conveyed by the third roller to the nip with the first roller. The rollers have clothing with tips which are inclined in the direction of rotation. To improve the cleaning the front angle α of the tips of the second roller is about from 10° to 50° and the clothing gaps may be large to obtain a higher filling volume for fibers.
    • 用于清洁纤维材料的纺织机上的装置具有用于输送行进纤维网的第一辊和相互夹紧的第二辊和第三辊,并且第一辊在三辊旋转时。 第二辊布置在第三辊的下游并与第一辊相配合,使得纤维被分离,纤维被第三辊转移到辊隙并由第三辊传送到具有第一辊的辊隙。 辊具有沿着旋转方向倾斜的尖端的衣服。 为了改善清洁,第二辊的尖端的前角α约为10°至50°,并且衣服间隙可能较大以获得较高的纤维填充体积。
    • 6. 发明授权
    • Apparatus on a textile machine for cleaning fibre material, for example of cotton, having a high-speed first or main roller
    • 在用于清洁纤维材料(例如棉花)的织物上具有高速第一或主辊的装置
    • US07748084B2
    • 2010-07-06
    • US11640329
    • 2006-12-18
    • Nicole SaegerRoland Friedrich
    • Nicole SaegerRoland Friedrich
    • D01G15/04
    • D01G15/18D01G15/26
    • An apparatus on a textile machine for cleaning fibre material has a first roller for conveying a fibre web, and second and third rollers which have respective nips with one another and with the first roller on rotation of the three rollers. The second roller is arranged downstream of third roller and so co-operates with the first roller that fibre is opened and detached, the fibre is transferred to the nip with the third roller and is conveyed by the third roller to the nip with the first roller, where it is transferred back to the first roller. To improve the degree of cleaning upstream of the second roller and third there is arranged at least one fixed carding element in which the teeth of the clothing are inclined opposite to the direction of rotation of the first roller.
    • 在用于清洁纤维材料的纺织机上的装置具有用于输送纤维网的第一辊和相互咬合的第二辊和第三辊,并且第一辊在三辊旋转时。 第二辊布置在第三辊的下游,并且与第一辊配合,纤维被打开和分离,纤维与第三辊转移到辊隙,并且由第三辊输送到具有第一辊的辊隙 ,在那里它被转移回第一个辊子。 为了提高第二辊上游的清洁度,第三辊设置有至少一个固定的梳理元件,其中衣服的齿与第一辊的旋转方向相反地倾斜。
    • 10. 发明申请
    • Method for determining a p-quantile for the pixel levels, in particular the grayscale levels, of a digital image
    • 用于确定数字图像的像素级别,特别是灰度级别的p分位数的方法
    • US20070081722A1
    • 2007-04-12
    • US11541415
    • 2006-09-29
    • Roland Friedrich
    • Roland Friedrich
    • G06K9/00
    • G06F17/18G06T5/40G06T2207/10116
    • Frequency distributions are particularly difficult to analyze by means of image processing systems if the digital images to be processed are divided into disjoint image areas and signal processors associated with each image area perform pre-processing of the pixel data. To determine a total frequency distribution, a large number of corresponding table entries must be transferred to a central processor. The invention accordingly proposes that the individual signal processors perform summation of the individual entries in a frequency distribution to obtain a cumulative frequency table. To find a p-quantile, not all the entries of the cumulative frequency tables need to be transferred to the central processor. If the latter in particular performs interval nesting, a value from the cumulative frequency tables only needs to be interrogated a manageable number of times in order to obtain a single entry in the total image cumulative frequency table.
    • 如果要处理的数字图像被划分为不相交的图像区域并且与每个图像区域相关联的信号处理器执行像素数据的预处理,则通过图像处理系统特别难以分析频率分布。 为了确定总频率分布,必须将大量相应的表条目传送到中央处理器。 因此,本发明提出了各个信号处理器对频率分布中的各条目进行求和以获得累积频率表。 要找到p分位数,不是所有累积频率表的条目都需要传输到中央处理器。 如果后者特别执行间隔嵌套,则累积频率表中的值仅需要被询问可管理次数,以便在总图像累积频率表中获得单个条目。