• 瓠瓜 - 引用次数：19

  With grafting developing towards multi-species , industrialization, it’s essential to develop the automatic grafting skill of seedling, based on the present automatic vegetable grafting device. This subject regarded vegetable shoot as the research object, first ,obtained the effective change range of some characteristic parameter value, such as the length of cotyledon, the width of cotyledon, the area of cotyledon,etc. through the physiological and physical characteristic experiments of three daily nursery stocks of watermelon, bottle gourd and squash separately, setting up standard sample characteristic data base of nursery by inputting some characteristic parameter value stock, and offered the basic data for the sample parameter, setting up of designing the software of the nursery stock measuring; second, obtained the characteristic value of testing nursery stocks by computer vision system carrying on a series of punishments of gathering the picture of the nursery stocks, and the picture digitization and code, transformation, enhancements picture filtration and picture cutting apart, etc, before automation is grafted.

  在嫁接正朝着多品种、工厂化方向发展和当前有必要大力发展自动化嫁接技术的前提下，本课题根据苗木自动化嫁接技术的特点，一是以蔬菜苗为研究对象，通过对湘西瓜17号、供体瓠瓜、本地红粟南瓜3种常用嫁接苗分别进行生理特性和物理特性实验，获得它们健株状态下子叶长、子叶宽、子叶面积等特征参数值的变化范围，并将其录入数据库，建立标准样本苗木的特征数据库。

  参考来源 - 嫁接苗木自动化品质检测与分级研究
  瓢葫芦

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