JPH06237645A - Implement for growing juvenile seedling - Google Patents

Abstract

PURPOSE:To provide a implement intended to grow juvenile seedlings until they are set on the farm. CONSTITUTION:The implement is so designed that (A) the bottom of a growing case 10 of tetragonal shape of sides C, D and height E, several tens mm in lengths, respectively, which is made by folding a sheet of rectangular plate with one generating line made openable is engaged with (B) a rectangular growing stand 20 perforated to provide many holes 21 with a thin rod 22 H in height nearly equal to the height E of the growing case 10 stood at the center, and the growing case 10 is packed with soil to a height exceeding that of the growing stand 20. Separately, a cylinder ca.10mm in outer diameter A is packed with soil followed by seeding to grow juvenile seedlings, which are then fixed so as to insert the tip of the thin rod 22 into the soil in the cylinder and raised to larger seedlings with 5 to 6 leaves.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a growing tool for growing seedlings until they are planted in a field.

[0002]

2. Description of the Related Art As shown in FIG. 2 by a conventional inventor, for example, a cylinder 30 having an outer diameter A of about 10 mm and a height B of about 10 mm is used, and soil 51 is filled in the cylinder 30 to seed. It has been proposed that seedlings are sown and germinated so that they can be directly planted in the field. The seedling 40 has a merit that it is a small seedling but has a good fixing property and grows quickly thereafter.

However, the planting time is adjusted to the conventional large seedlings, the harvesting time is not delayed at all, and in order to allow a sufficient time for the planting period, from the form of the seedling 40 to about 5 to 6 true leaves. An easy and effective way to grow is a small-scale grower who uses a full-time farmer / home garden, etc.
It is demanded by various users such as large seedling consumers, schools, government agencies, over-the-counter dealers, etc., but there is a problem that appropriate countermeasures against it are not proposed.

[0004]

The problem to be solved is that the above-mentioned conventional transplanting from seedlings to a field is limited in time.

[0005]

According to the present invention, one rectangular plate is bent so that one busbar can be opened and closed, and all sides C, D and height E are of a desired size, for example, a size of several tens of millimeters. A rectangular growth in which a large number of holes 21 are opened in the bottom 23 and a thin rod 22 having a height H substantially equal to the height E of the growth case 10 is erected in the center of the growth case 10 formed in a square tubular shape. With the stand 20 fitted, the soil 50 was packed above the bottom 23 of the raising stand in the raising case 10 and the seedling 4 was raised separately.
0 is fixed by inserting the seedling 40 into the tip of the thin rod 22 on the soil 50 packed in the growing case 10 and growing into a large seedling 42 of about 5 to 6 true leaves. Is.

[0006]

EXAMPLE An example will be explained with reference to the drawings.
Is a square tubular plastic growth case that can open and close one busbar. For example, sides C and D = about 37 mm, height E = about 42 mm (volume about 50 cubic centimeters), both sides and height are several. It is formed by bending one rectangular plate so as to have a size of about 10 mm. Reference numeral 20 denotes a rectangular plastic growth stand having a side length F = G = approximately 33 mm fitted into the bottom of the growth case 10, and has a large number of holes 21 and the height of the growth case 10 at the center. Height approximately equal to E H =
A thin rod 22 of about 37 mm is erected. The raising case 10 and the raising stand 20 are combined and referred to as a seedling raising tool. Reference numeral 30 is a cylinder having an outer diameter A of about 10 mm, and 41 is a seedling grown by burying soil 51 in the cylinder 30 and sowing seeds. In using the seedling growing tool, as shown in FIG. 3, first, the soil 50 is packed in the growing case 10 and above the growing stand 20, and the seedling 41 prepared in advance is placed on the soil 50 and the thin rod 22 is used as the cylinder 30. Put it in the soil 50 inside. Then, the seedling 41 eventually grows into a large seedling 42 of about 5 to 6 true leaves, and can be directly planted in the field.

The operation will be described in more detail. As shown in FIG. 3, soil 51 is packed up to the surface of the growing tool, and the seedling 40 in the cylinder 30 is soiled at the tip of the thin rod 22 at the center of the surface of the soil 50. Fix it by inserting the soil together with 50. After fixing, irrigate as softly as possible until rooting for 3 to 4 days. The situation varies depending on the product and variety,
If the number of leaves increases, the amount of solar radiation is insufficient, and the plant grows too long, expand the range of growing tools as necessary to improve seedlings. The amount of fertilizer applied is the same as for conventional seedlings (if there is a shortage of fertilizer during seedling raising, water containing fertilizer is irrigated). The standard of the form for determining the planting time of the seedling 42 in the breeding tool varies depending on the item and is as follows. Unlike the conventional seedling, the large seedling 42 can be planted in any form. 60 is a nursery box.

Product Shape Form Solanaceae Main leaves 5-6 pieces Cucurbits true leaves 3-4 leaves Leaf vegetables 5-6 leaves true leaves Plants Flowers

Before planting in the field, the large seedling 42 is previously watered. When planting in the field, the raising stand 20 is pushed up from below, the seedlings are taken out of the raising case 10, separated from the raising stand 20, and as shown in FIG.
The portion 15 surrounded by the growing tool is buried in the soil 52 together with the soil 51, and the portion 35 surrounded by the cylinder 30 is exposed above the ground surface and planted as if it were floating. Immediately irrigate immediately after planting.

[0010]

Since the present invention is constructed as described above,
Temporary planting can be easily performed in a short time by placing it on the soil 51 of the incubator in the present invention, whereas the conventional seedling needs to be dug and planted. The temporarily planted seedling 41 quickly roots and grows, and the grown seedling has a good seedling alignment and is hard to cause a winding root. After planting in the field, there is no planting pain, the survival time is quick, the number of times of irrigation required is reduced, and labor is saved. The cylinder 30 prevents damage by root-cutting insects and reduces the number of missing plants. In addition, the growing tool can be used repeatedly and the seedlings are fixed on the soil surface, so that the seedling bed soil can be used to the maximum extent.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

FIG. 2 is a front view of a cylinder.

FIG. 3 is a front view showing a use process of the present invention.

FIG. 4 is a front view showing a use process of the present invention.

[Explanation of symbols]

 10 growing case 15 part surrounded by growing tools 20 growing stand 21 hole 22 thin bar 23 bottom 30 cylinder 35 part surrounded by cylinder 40 seedling 41 seedling 42 large seedling 50 soil 51 soil 52 soil 60 seedling box A outer diameter B height C, D side E height F, G side length H height

Claims (1)

[Claims] 1. A growing case (10) formed by bending a rectangular plate to open and close one busbar and forming a square tube having a desired size in terms of both sides and height, and a large number of bottom parts 23. With a rectangular growing stand (20) in which a hole (21) is opened and a thin rod (22) having a height approximately equal to the height of the growing case (10) is installed in the center, the growing case ( 1
Soil (50) is packed above the bottom (23) of the growing stand in 0), and the thin rods (22) are placed on the soil (50) in which the separately-grown seedlings (40) are packed in the growing case (10). ) Fix the seedlings (40) by inserting them at the tip,
Fostering tool for seedlings that grows into 6 large seedlings.