JPH0319628A - paper seedling nursery - 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 Field of Industrial Application This invention relates to a transplanter and a seedling grower for growing seedlings of vegetables, flowers, etc.

Prior Art Conventional technology, Japanese Patent Application Laid-Open No. 1983-8-1. There was a paper nursery device as disclosed in Japanese Patent No. 55020.

Problems to be Solved by the Invention In the conventional seedling raising pot made of a simple paper material, during the first night of growing the seedlings, the seedling raising pot itself absorbs the amount of fertilizer in the seedling growing pot. Since the fertilizer is absorbed and tends to corrode the seedling growing device, there is a drawback that the fertilizer content in the seedling growing soil decreases and inhibits the initial growth.

Means for Solving the Problems In order to solve the above-mentioned problems, the present invention takes the following technical means.

That is, in the present invention, bark compost 4, which is composted by rotting the bark of cedar or Japanese cypress wood, and paper material 3, such as waste paper or pulp fiber material, are appropriately mixed and dissolved in water to form the fibers. A paper seedling raising device mixed with bark compost was made by scooping out the fiber material from the solution A.

Functions and Effects of the Invention This invention uses the above-mentioned technical means to ensure that the soil of the seedling nursery device itself already has a fertilizer content because it contains bark compost, and in particular, that a certain amount of nitrogen is sufficiently contained in the seedling nursery device. As a result, less fertilizer is absorbed from the seedling growing soil packed into the seedling grower, resulting in stable seedling growth.

2 Example This example of Shu Ming is shown in Figure i [+i 1, (To explain in detail, 1 is a seedling raising device, and the manufacturing principle thereof will be briefly explained 1
In the fibril dissolution tank 2 filled with water, a piece of paper J13 torn into small pieces and a piece of wood such as cedar or cypress was rotten and placed in a pile 111'i. Add the prepared Bark Tsuikawa 4 in a ratio of about 3 = 1 and stir for 1 minute to dissolve the fiber solution A.
B. 1. This θ] The base of the truncated pyramid shape of the solution A is //
'Each pyramid fcj of the type made of net holidays connected in the body shape
Make a protrusion (A) in the center of the part, scoop it out with Step 5, and place a fiber layer in a diagonal shape. '- le..:l ノ.
k ut: L teifli +') rej:. 'p
'1'/i Bono 1-Ii'I consisting of a collective of 1a
Ii vessel 1 has a protrusion (A) and each growth i1I1i potl-.
1 It becomes a structure in which a hole (F d) is made at the bottom of a. In the same example, each fi' + ￥iboso l- 1 The size of a is
The width of the bottom 1 hj is approximately 1,5 (7) x 1, 5 an, the height is 2,5 (1), the top 11 side (7) l is 2,5 c + n
X2, 5 CSN's inversion 11 is in the initial A/lm form.

? To grow vegetables, 7i, to ff 11+ on a growing device, use the seedling growing device 1 as shown in Fig. Bo! Place fj L so that the I1 side is 1", and add the blue i1,jj" culture mixed with fertilizer ingredients to NIIi. 5. Turn the board 6 upside down, turn it upside down, and put it in the state of ``L1''.
Place the pusher 9 into the rocker R hole (c) that is inserted into the inner hole (mouth).

After that, as shown in the 7th section, from the top of the platform i7i device 1','
Manually drill J' amount of bed soil into a uniform hole (mouth).
−? ．． Cover 1 with soil 10 and cover each i'i at the same time.
't'+'iposol-1 a. 1d...Null rI+1-1 JI'1 with a person on the floor 7 in between. Then, when 'II water is poured from above, the 4th floor to the 1st of Iku 1'1'1 Bot 1-18 flows into the valley of Iku IlIIl Bot 1-la, Id and joins +1Zl: i-t. . This is j1l
F + ' on the 11th field and field 1111, and occasionally water from above to manage the cultivation.

Then, germination l,7 and growth i4,! I will be treated.

In this way? t'-+'+'i
f-+'/i, but Bark Compost 4 is mixed in the Iku1 III-i vessel; , Even if the ability to absorb and retain room element components is reduced, it will not absorb a certain amount of room element like Y Ichito's simple paper raising W, and it will be able to grow seedlings. It is no longer necessary to use a culture medium containing a large amount of river feed, and it is possible to achieve stable growth without causing any problems at the time of germination. In addition, fiber solution A
While dissolving alum in and oxidizing it, i'i
'+'i'i Words that adjust the hardness of the vessel','”
There are two types of sake brewing devices: Sen and Lock.

In particular, aluminum hydroxide, which is prepared by adding 40AI acid caricom to an aqueous solution of aluminum 411ate, is often used. In addition, apart from alum, it is also possible to adjust the hardness by dissolving ferrous sulfate.

[Brief explanation of the drawing]

The figures show one embodiment of the present invention. Figure 1 shows the diagonal cross-section of the fiber dissolving tank 1 so1 showing the principle of construction of the incubator, and Figure 2-1 shows the incubator i1. {Slope view of the strainer mold for straining the vessel,
The third one is Iku H! ，! Figures 44 to 7 are partially bent oblique views of the I vessel, and Figures 71 and 71 are partially bent views showing the main parts of the I vessel. [Symbols in the figure] - is a seedling raising device (paper), 4 is a seedling raising pot I~, :3 is paper material (old compost).

Claims (1)

[Claims] Bark compost 4, which is composted by rotting the bark of wood such as cedar or cypress, and paper material 3 such as waste paper or pulp fiber material are appropriately mixed and dissolved in water, and this fiber solution A is made into a pot. A paper seedling grower mixed with bark compost made by straining fiber material.