Study on fabrication of the curing system based on the signal acquisition from fruit vegetable grafted seedling during the joining and acclimation process

第一年(2005年)，对嫁接苗的维管构筑程度与植物体数量的关系、嫁接苗周围环境与细胞增殖量的关系进行了研究。当加压水倒入幼苗10分钟时，测量通过维管系统的流速。通过加压染料吸收，将所构建的有效血管系统可视化为三维形态。用数码相机获取嫁接苗木冠层的顶视图。然后计算其萎缩度的质地特征，以制定烘烤环境控制规则。第二年(2006年)，以维管生殖为研究对象，建立了接穗与砧木结合程度的评价方法。使用能够测量恒定吸收…下的水流量的组装仪器来评估其流动能力更高的离子压力与手动真空泵。此外，我们还制定了一种方法，即通过剥离茎的表皮和/或皮质组织来剥离观察面。结果发现，该方法易于在短时间内对再生的有效血管进行详细的动态、连续观察。为了自动控制同时进行接合和驯化的养护环境，获得了未嫁接和嫁接苗木冠层的俯视图。然后计算它们的图像特征。将采集到的图像与这些特征进行比较，发现发生大萎病时，苗木投影减小。这一趋势意味着树叶向下弯曲导致的投影面积的减少。在过去的一年(2007年)，当促进内源激素如赤霉素、生长素、细胞分裂素等促进维管形成的环境被应用于嫁接苗时，嫁接苗的接合率有所提高。对原采用的节能型提花系统进行了改进，使进一步节能成为可能。较少

In the first year (2005), the relation of the degree of the vascular construction and the quantity of plant horm one, the relation of the environment around the grafted seedlings and the quantity of proliferation of the cell were investigated. The flow rate through the vascular system was measured when the pressurized water was poured into the seedling for 10 minutes. The constructed effective vascular system was visualized for three dimension form by means of the pressurized dye absorption. The top views of grafted seedlings canopy were acquired with a digital camera. Then texture features of their wilting degree were calculated in order to establish curing environment control rule. In the second year (2006), an evaluation method of the joining degree between the scion and the stock was established by focusing attention on vascular reproduction. The flow ability was evaluated with fabricated instrumentation that was able to measure the quantity of water flow under the constant absorpt … More ion pressure with a hand operation vacuum pump. In addition, we formulated a method that the observation surface was denuded by girdling epidermis and/or cortical tissue of the stem. As a result, we found that this method was an easy processing in a short time to observe dynamically and continuously the reproduced effective vascular in detail. Aiming at automatically controlling the curing environment that performed joining and acclimation at the same time, the top views of non-grafted and grafted seedlings canopies were acquired. And then the features of their images were calculated. Compared acquired images with those features, when the big wilting was occurred, the seedling projection were decreased. This trend means the decrease of the projection area caused from the bending down of leaves. In the last year (2007), when the environment that worked the endogenous hormone such as the gibberellin auxin cytokinin for the vascular formation was applied to grafted seedlings, the joining rate of the grafted seedlings improved. Improving the energy saving type cuing system that was used a temperature inc line, and further energy saving was possible. Less