首页> 外国专利> Heating Method of Grafting Site to Increase Sliding Rate in Ginseng Tree Grafting

Heating Method of Grafting Site to Increase Sliding Rate in Ginseng Tree Grafting

机译:人参嫁接的嫁接部位加热方法以提高滑移率

摘要

The present invention is a technique belonging to grafting, and in the past, a heating wire was laid on the hotbed for the production of a grafted seedling, and a grafted hododling seedling was planted thereon, but this method was easily absorbed and grafted at a high temperature of the root portion. Since it is difficult to maintain the temperature of the site at 25-27 ℃, which is the proper temperature for grafting, there are few people who produce Hodo-graft seedlings because the economic efficiency is low because only 20-30% of the sliding rate is low.;Because it keeps low temperature only at the grafting part, milk tissue develops quickly, so it is easy to slide. If the tree part and root part are left at low temperature such as outside temperature, germination can be done after grafting even from the tree. To advantage.;In order to keep the temperature of grafting part at 25-27 ℃, which is the proper temperature for grafting, wrap a thick piece of sheet of vinyl sheet for insulation and wind the heating wire (120m) 1-4 times on it and connect it to the thermostat. Is maintained. If one 120-meter electric wire is wound three times a week, it can wind about 600 weeks. If less grafting is required and heating wire shorter than 120m is required, use a transformer to reduce the voltage.
机译:本发明属于嫁接的技术,过去,在加热床上铺设电热丝以生产嫁接苗,并在其上种植嫁接的针刺小苗,但是该方法很容易被吸收并嫁接在砧板上。根部温度过高。由于很难将部位的温度保持在25-27℃(这是嫁接的合适温度),因此生产经济型嫁接苗的人很少,因为经济效益低,因为只有20-30%的滑动率低;由于仅在嫁接部位保持低温,乳组织迅速发育,因此很容易滑动。如果将树的一部分和根部放在诸如外界温度这样的低温下,即使从树上嫁接后也可以发芽。为了使接枝部件的温度保持在25-27℃,这是接枝的合适温度,请用厚的乙烯基片材包裹绝缘,然后将电热丝(120m)缠绕1-4次并将其连接到恒温器。被维护。如果每周将一根120米长的电线缠绕3次,则缠绕时间约为600周。如果需要较少的接枝并且要求加热丝短于120m,请使用变压器降低电压。

著录项

  • 公开/公告号KR980000019A

    专利类型

  • 公开/公告日1998-03-30

    原文格式PDF

  • 申请/专利权人 박수복;

    申请/专利号KR19960021137

  • 发明设计人 박수복;

    申请日1996-06-13

  • 分类号A01G1/06;

  • 国家 KR

  • 入库时间 2022-08-22 02:45:52

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