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    • 33. 发明申请
    • IMAGE PROCESSING APPARATUS AND COLOR PROCESSING METHOD
    • 图像处理装置和彩色处理方法
    • US20110164287A1
    • 2011-07-07
    • US13061683
    • 2009-09-28
    • Kenji BabaKazushige HatoriHiroyuki Muto
    • Kenji BabaKazushige HatoriHiroyuki Muto
    • G06K15/00
    • H04N1/6033H04N1/6091
    • It is difficult to appropriately estimate the colorimetric values of an arbitrary patch at a desired temperature with respect to a medium containing a fluorescent whitening agent in consideration of the influence of the fluorescent whitening agent. A target temperature and media type are designated (S601, S602), patches of a plurality of colors are formed on a set medium, and a temperature immediately after fixing (second temperature), patch colorimetric values, and medium white colorimetric values are acquired (S606, S607). Medium white calorimetric values at the target temperature are generated based on the acquired medium white calorimetric values and medium white colorimetric values at a first temperature, which are acquired in advance (S608). Patch calorimetric values at the target temperature are estimated based on the generated medium white colorimetric values and patch colorimetric values.
    • 考虑到荧光增白剂的影响,相对于含有荧光增白剂的培养基,在任意的贴片的所需温度下,难以适当地估计比色值。 指定目标温度和介质类型(S601,S602),在设定的介质上形成多种颜色的色块,并且获得刚刚固定的温度(第二温度),色块色度值和中等白色比色值( S606,S607)。 基于获取的中等白色量热值和预先获取的第一温度下的中等白色比色值来生成目标温度下的中等白色量热值(S608)。 基于生成的中等白色比色值和斑块色度值估计目标温度下的贴片量热值。
    • 39. 发明授权
    • Piecing method for a spinning machine
    • 纺纱机的接头方法
    • US5809764A
    • 1998-09-22
    • US771155
    • 1996-12-20
    • Kenji Baba
    • Kenji Baba
    • D01H1/115D01H4/02D01H15/00D01H13/26D01H5/28
    • D01H15/002D01H1/115D01H4/02
    • A piecing method for a spinning machine wherein, following stoppage of the spinning operations, after cutting the sliver (S) between the usually rotating draft rollers (13) and the stopped draft rollers (12) and before the restarting of drafting and spinning, the sliver (S) is once again cut between the usually rotating draft rollers (13) and the stopped draft rollers (12) by driving the stopped draft rollers (12) for a predetermined period of time and then stopping again, thus sliver (S) is supplied to the twisting part (2) by then driving the stopped draft rollers (12). Therefore, not only can the sliver fiber density of the sliver end supplied to the piecing area during piecing be increased, but that length of the tip of the sliver can also be shortened. Accordingly, the strength of the piecing part is increased and the length of the piecing part can be shortened.
    • 一种用于纺丝机的接头方法,其中在纺丝操作停止之后,在切割通常旋转的牵伸辊(13)和停止的牵伸辊(12)之间并且在重新开始牵伸和纺丝之前切割纱条(S)之后, 通过将停止的牵伸辊(12)驱动一定时间再次停止,通常旋转的牵伸辊(13)和停止的牵伸辊(12)之间再次切割条子(S) 然后通过驱动停止的牵伸辊(12)被供应到扭转部分(2)。 因此,不仅可以增加在拼接期间提供给接头区域的条子端的纱条纤维密度,而且可以缩短条子的末端长度。 因此,接头部的强度增加,并且可以缩短接头部的长度。
    • 40. 发明授权
    • Automatic feeding apparatus for aquatic life, and a method for using same
    • 水生生物自动喂养装置及其使用方法
    • US5732655A
    • 1998-03-31
    • US814450
    • 1997-03-10
    • Kenji BabaIchiro EmbutsuAkira MiyashiroBunji Yoshitomi
    • Kenji BabaIchiro EmbutsuAkira MiyashiroBunji Yoshitomi
    • A01K61/02G06T1/00A01K61/00
    • A01K61/02
    • An automatic feeding apparatus for aquatic life comprising a cultivating device 20 for cultivating the aquatic life 10, and a feeding device 80 for supplying food, which further comprises an image acquisition device 40A for taking an image of wave forms at surface of water 30 in the cultivating device, an image processing device 50 for processing the image to a binary image, an activity calculating device 60 for calculating a value indicating the activity of the aquatic life by calculating a total number and/or a total area of the wave forms based on the binary image, a feeding amount control device 70 for controlling feeding amount and feeding time of the feeding device based on the value, and a device 110 , 40B for adjusting the feeding amount based on cultivation environment and/or number and size of the aquatic life.
    • 一种用于水生生物的自动进料装置,包括用于培养水生生物活性的培养装置20和用于供应食物的进料装置80,其还包括用于在水中的表面30拍摄波形图像的图像获取装置40A 培养装置,用于将图像处理成二值图像的图像处理装置50;活动计算装置60,用于通过基于以下方式计算表示水生生物活动的总数和/或总面积: 二进制图像,用于基于该值控制进给装置的进给量和进给时间的进给量控制装置70,以及用于基于水生的种植环境和/或数量和尺寸来调节进给量的装置110,40B 生活。