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Hang to do, the cultivation device and cultivation method

机译:杭做,栽培装置及栽培方法

摘要

Topic To prevent the crowd of the stalk of the liana, raising the permeability and the translucency between the stalks and be able to improve the growth environment of the fruit, it hangs and can assure the miniaturization of light weight conversion and the bearing etc of the axial body, possibility hang also the cost decrease of the device to do, the cultivation device and cultivation method are offered. SolutionsOn the peripheral aspect of the hanging axial body, to the length direction to wind with specified pitch, because the left inducement string and the right inducement string of the many book which is turned are distributed to one placing, crowd of the stalk of the liana is prevented, permeability and the translucency between the stalks are raised and growth environment of the fruit can be improved. As for each left inducement string putting on the left guide wire, you drop, each right inducement string putting on the right guide wire, in order to drop, hangs from these inducement strings and the horizontal component of the power which operates the axial body is offset, at the same time both guide wire receives the portion of power of these inducement strings. Because of that, through these inducement strings, it hangs and the power which operates the axial body becomes small, the hanging axial body from the item with small diameter it can make until recently lightweight ones, miniaturization and cost decrease of the device with possible. Selective figure Figure 1
机译:<主题>为防止藤本植物茎的拥挤,提高茎之间的渗透性和透明度,并能改善果实的生长环境,它可以悬挂并确保轻量化和轴承等的小型化。轴身的悬挂,还可能降低装置的成本,提供了栽培装置和栽培方法。解决方案在悬挂轴心的外围方面,沿长度方向以指定的音高缠绕,因为转动的多本书的左感应弦和右感应弦分布到一个位置,藤本植物的茎丛中通过防止这种情况,提高了茎之间的渗透性和半透明性,并且可以改善水果的生长环境。对于放置在左导线上的每个左感应线,您会掉落,放置在右导线上的每个右感应线,为了掉线,会从这些感应线悬挂下来,并且操作轴向物体的动力的水平分量为偏移,同时两个导线都接受这些诱导弦的部分功率。因此,通过这些引力绳,悬挂轴,使轴体工作的动力变小,因此从最近的轻量化的物品开始,可以悬挂直径小的物品来悬挂轴体,从而可以实现装置的小型化和低成本化。 <选择图>图1

著录项

  • 公开/公告号JP4874430B1

    专利类型

  • 公开/公告日2012-02-15

    原文格式PDF

  • 申请/专利号JP20110174482

  • 发明设计人 藤野 政孝;

    申请日2011-08-10

  • 分类号A01G9/12;

  • 国家 JP

  • 入库时间 2022-08-21 17:38:17

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