JPS5863331A - Cultivation of vegetables - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for cultivating vegetables, and in particular, to a method for cultivating vegetables, which allows the roots and root propagation layer to be easily separated at the cultivation site at the time of harvest.

Generally, to harvest vegetables, the roots are sown directly in the soil, allowed to germinate and grow sufficiently, and then the roots are pulled out from the seedlings, so the soil remains attached to the roots.

Since the vegetables harvested in the above manner still had soil attached to their roots, it was very easy to dispose of the roots and soil after harvesting.

The present invention has been invented in view of the above, and will be explained below with reference to the embodiments shown in FIGS. 1 and 2. FIG. Because I showed it,
The tube material 1 is made of metal or synthetic resin and has an open upper surface and a porous plate material on the lower surface, and is placed above the root propagation layer 3.

The above t#J@/ may be circular or polygonal, and the thickness may be set as appropriate.

A male part DA and a female part 3 are provided on the outer surface of the upper end of the tube l to face each other. It is for the purpose of

The porous plate material λ on the lower surface of the cylinder material is, for example, a gold net, a synthetic resin net, or a porous sheet made of gold maple or synthetic resin.

Root X field 713 may be made of soil or water, but if it is water, the tube may sink into the water, so the lower part of the tube may be made longer so that the porous plate faces the water surface, or It is also possible to place a tube material on a frame set underwater.

To grow vegetables using such a tube material, sow vegetable seeds on root propagation M3'YkJ.

The tubular material 1 is placed on the upper surface of the whole root propagation layer 3 with the lower surface of the porous board facing the yuzu.

Incidentally, if the root propagation layer 3 is water, yuzu is sown on the upper surface of the porous board material, and the porous, quality board material is brought into contact with the water surface. In either case, the seeds will germinate after a certain period of time, and the sprouts will grow inside the tubular material 1, and the roots will grow into the root propagation layer 3. is classified.

After that, when the buds have grown sufficiently, the tube material 1 is lifted off the root propagation layer 3 and the roots and root propagation layer 3 are separated, so when the knife is moved to the underside of the porous plate material, only the roots are cut.
The buds remain inside the tube and can be harvested.

Figure 2 shows that in order to grow a large amount of vegetables, multiple tubular materials L are used in Brantane C to form a root propagation layer J by laying soil for growing vegetables, and 14 ii of yuzu are grown as appropriate. The cylindrical materials 1 are placed in parallel so that the male and female portions 3 of the cylindrical materials alternate and adjacent ones are connected.

After the seeds have germinated and grown sufficiently, the roots are cut while removing the male and female retaining tubes by pulling up each tube and harvesting the buds.

Another example of the foundation of the tube material shown in FIGS. 3 and 4 is that a partition plate 6 is provided at the center of the interior to divide the interior of the tube material into left and right parts.
A slit is cut into the lower peripheral surface of the cylindrical material l.

It should be noted that the symbols not explained in FIGS. 5 and 4 have the same structure as the symbols in the embodiment shown in FIGS. 1 and 2.

When vegetables are cultivated using this tube material, when the vegetables are harvested, the tube material 1 is lifted and separated from the roots and root propagation layer 3, and then the tube material lt is laid down on its side and along the slit s. When a knife or the like is used to cut into the inside of the covering tube member l', the partition plate 6 functions in the same way as a cutting board.

Therefore, since the roots of the vegetable sprouts inside the tube can be cut off and removed together with the roots, roots and sprouts can be easily separated. Suitable for cultivating.

Therefore, in any case, the present invention uses a cylindrical material having a porous plate material on the lower surface, and when vegetables are grown and harvested, the cylindrical material is used.
The food and root propagation r-3 can be separated by simply lifting the container, and the roots protruding from the bottom of the tube (2) can be easily removed with a knife, etc., making it extremely easy to harvest vegetables. .

The present invention is suitable for harvesting vegetables whose roots are edible. Cultivate multiple vegetables @ in vast areas such as fields and vegetable gardens, and harvest.
Since it can be done in a PfP format, the output work can be greatly reduced and labor can be saved. You can also sell them as a set with seeds at the Tsutsuzaisha Nursery Store, which is used in Fuinvention, and at general WFIA, you can enjoy fresh vegetables after harvest while celebrating the growth of buds.〇6-

[Brief explanation of drawings]

The drawings show examples of the tube material used in the present invention. Figure 1 is a perspective view with a part of the tube material cut out, and Figure 2 is a diagram showing the state in which the tube materials are connected in the horizontal direction and cultivated. 5 is a cross-sectional view showing another embodiment of the cylindrical material. FIG.
It is a longitudinal section of the figure *l''-11+ figure. % Needle Mountain - Person Satoshi Shimamura Procedural Amendment (Touge) October 30, 1980 Haruki Shimada, Commissioner of the Patent Office 1, Case Indication Patent Application No. 16028'2/2, Name of Invention Vegetables Cultivation method 3, Relationship with the case of the person making the amendment Applicant Satoshi Shimamura 5, Date of amendment order Showa, month, day 6 - hIi correct cr > y゛1 image Claims in the specification, details of the invention Please amend the detailed statement as follows. /, @Request for permission will be corrected by mK on the attached sheet. 3. The detailed description of the invention section is amended as follows. (1) In the 6th line from the bottom of page 1, "roots and root propagation layer at the cultivation site at the time of harvest" is corrected to "roots and root propagation layer at the time of harvest." (2) From the 4th line to the 7th line of page 3, "Place it like this..." should be corrected as follows. To grow vegetables, sow vegetable seeds on the top of a porous board,
The porous plate material 2 is placed so as to be in contact with the upper surface of the root propagation layer 3. ” (3) Page 3, line 12, “The root is the root propagation layer 3
"The roots pass through the porous plate 2 and reach the root propagation layer 3.
"I'll put it on," I corrected. (4) Page 4, lines 2 to 5, “As appropriate...
・Place it. ” is corrected as follows. "Cylinder l with seeds sown on the upper surface of the porous board 2 is arranged in parallel on the upper surface of the root propagation layer 3 so that adjacent ones are connected alternately with male parts and female parts J. Seeds are sown on the upper surface of the porous plate of the cylinder whose upper surface is open and has a porous plate on the lower surface, and the cylinder is placed on the upper surface of the root propagation layer, and the seeds germinate. This soft culturing method for vegetables is characterized in that after sufficient growth, the tubular material is separated from the root propagation layer to separate the roots from the root propagation layer, and the root portion is processed and harvested.

Claims (1)

[Claims] A tube with an open top and a porous plate on the bottom is placed on top of the root propagation layer, and when the seeds sown on the top of the root propagation layer germinate through the entire porous plate and have grown sufficiently, the tube is removed. A method for cultivating vegetables, characterized in that the atsushi and the root propagation layer are separated by separating them from the root propagation layer, and the root portion is processed and harvested.