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A method of hospitality using seed graft automatic grafting device

机译:一种使用种子嫁接自动嫁接装置的款待方法

摘要

The present invention relates to a method for automatically grafting seedlings and vegetables such as watermelon, melon, cucumber, pumpkin, tomato, pepper, melon, The method of the present invention is such that the seedling harvesting means is placed at the point P (the branching point) and the receiving seedling means is moved to the point Q An initializing step of moving the knife to the side of the knife fixing plate and moving the knife to the side of the knife fixing plate and moving the knife to the knife fixing plate side and the position fixing plate to move back on the guide rail; An operation step of driving the conveyor drive motor under the control of the controller to rotate the graft conveyer for graft transfer, A receiving step of inserting an accepting seedling into a concave groove of the receiving seedling supporting member while inserting a seedling seedling on the concave groove of the seedling supporting member and a step of inserting the seedling supporting member into the concave groove of the receiving seedling supporting member, A conveying step of conveying the receiving graft supporting member to which the receiving graft is inserted to the receiving graft supporting point and conveying the receiving graft supporting member to the graft supporting point and conveying the receiving graft supporting member to the receiving graft supporting point, A step of recognizing the presence or absence of the reception substation support member in the controller by inputting the detection substation detection result into the controller, and if the reception substation support member is present at the reception substation point (yes) Detects whether or not the reception substation is present on the reception substation support member and outputs the detection signal to the controller so that the reception substation is present in the controller And a step of detecting whether or not a tree support support member is present at the tree support support point detection means at a tree support point detection means and inputting the detection result to the controller to determine whether or not a tree support support member is present at the tree seedling support point, A step of determining whether or not a support member is present; and a step of determining whether or not a supporting member is present in the step of determining whether or not the supporting member is present, And outputting the detection signal to the controller, thereby determining whether or not there is a tree seedling by the controller; and a seedling seedling determining step of determining whether or not the seedling seedling and the tree tree When the grave supporting member and the grave seedling are present on the grave supporting member, the grave seedling grafting and grafting are carried out by the first and second chucks, A moving step of moving the tree seedling holding means and the receiving seedling holding means held by the seedling seedling holding step and the receiving seedling holding step to the grafting position, And a support step of holding the grafted portion of the grafted grafted seedlings and the grafted seedlings, which are held by the receiving grafting means and bent and brought into contact with each other by the first and second elastic means, by the position fixing plate, A cutting step of cutting the abutting seedlings supported by the position fixing plate and the abutting portion of the planting cutter with a knife to form a cutout portion; and a cutting step of cutting the cutout portion by the cutting step so that the planting seedlings are received An insertion step of further cutting the seedling to insert the lower portion of the cutout portion of the seedling seedling between cutouts of the seedlings, A clamping step of clamping a grafted portion grafted with grafted seedlings, a grafting step of grafting the grafted seedlings clamped in the clamping step to an outlet, and a grafting step of feeding the grafted seedlings discharged from the grafting step by a conveying conveyor And a collecting step of collecting in the hair growth collecting container.
机译:本发明涉及一种自动嫁接诸如西瓜,甜瓜,黄瓜,南瓜,番茄,胡椒,甜瓜等蔬菜和蔬菜的方法。本发明的方法是将幼苗收获装置置于P点(分支点),将接收秧苗装置移动到点Q。初始化步骤是将刀移至刀固定板的侧面,然后将刀移至刀固定板的侧面,然后将刀移至刀固定板。侧面和位置固定板在导轨上向后移动;操作步骤是在控制器的控制下驱动输送机驱动马达,以旋转嫁接输送机进行嫁接转移。接收步骤是将接受苗插入接受苗支撑部件的凹槽中,同时将幼苗插入凹处。秧苗支撑构件的凹槽和将秧苗支撑构件插入接收秧苗支撑构件的凹槽中的步骤,将插入有移植物的接收移植物支撑构件传送到接收移植物支撑点的传送步骤,以及通过将检测子站检测结果输入到控制器中来识别控制器中是否存在接收子站支撑构件的步骤:将接收移植物支撑构件输送到移植物支撑点,并且将接收移植物支撑构件输送到接收物支撑点。控制器,如果接收变电站支持部件位于接收变电站点(是)检测接收变电站是否存在于接收变电站支持部件上,并将检测信号输出到控制器,以使接收变电站存在于控制器中。在树木支撑点检测装置处检测树木支撑支撑点检测装置处是否存在树木支撑支撑构件,并将检测结果输入至控制器,以确定树木幼苗处是否存在树木支撑支撑构件。支撑点,确定是否存在支撑构件的步骤;在判断是否存在支撑部件的步骤中,判断是否存在支撑部件,并将检测信号输出至控制器,由此控制器判断是否存在树苗。以及确定秧苗和树是否存在的秧苗确定步骤;当在坟墓支撑构件上存在坟墓支撑构件和坟墓幼苗时,通过第一和第二卡盘进行坟墓苗嫁接和嫁接。 ,将由幼苗育苗保持步骤和接受幼苗育成步骤保持的树木幼苗保持装置和接受幼苗保持装置移动到嫁接位置的移动步骤,以及将嫁接的嫁接幼苗的嫁接部分和由接收嫁接装置保持并通过第一和第二弹性装置通过位置固定板弯曲并相互接触的嫁接苗,切割由位置固定板支撑的邻接苗的切割步骤,以及种植刀的邻接部分用刀形成切口部分。切割步骤是通过切割步骤切割切口部分,以便接收种植的幼苗。进一步切割幼苗的插入步骤,以将幼苗的切口部分的下部插入幼苗的切口之间,夹紧步骤夹持移植有嫁接苗的嫁接部分的方法,将在夹持步骤中夹持的嫁接苗嫁接到出口的嫁接步骤,以及通过输送机将从嫁接步骤中排出的嫁接苗供入嫁接步骤以及收集步骤收集在头发生长收集容器中。

著录项

  • 公开/公告号KR19980066750A

    专利类型

  • 公开/公告日1998-10-15

    原文格式PDF

  • 申请/专利权人 황헌;

    申请/专利号KR19970002450

  • 发明设计人 황헌;

    申请日1997-01-28

  • 分类号A01G1/06;

  • 国家 KR

  • 入库时间 2022-08-22 02:47:45

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