JP2021058133A - Seedling transplant aid - Google Patents

Abstract

To solve a problem in which the growing of a long leek with a white portion on a private vegetable garden scale is made by transplanting a seedling in a planting ditch formed by digging a rather hard soil having a ditch width of around 15 cm and depth of around 30 cm after raising the seedling, however, the soil tilled once is easily collapsed, and even in rather hard soil, it is troublesome work to make the seedlings of the long leek in the transplanting to stand while applying the soil and be arranged one by one at intervals of around 5 cm.SOLUTION: A transplant aid is used for transplanting a seedling of a long leek. The transplant aid to be provided is made of a biodegradable sheet, and a hole serving as a grip part for holding a long leek is provided on the leveled-surface of the transplant aid. In the transplant aid to be provided, the surface standing straight is served as a supporting part, and the leveled-surface and the surface standing straight are made by folding the sheet.SELECTED DRAWING: Figure 8

Description

The present invention relates to a transplanting aid for long onion seedlings.

There are many documents on biodegradation used for agricultural purposes as in Patent Document 1, but it is considered to raise seedlings in pots, in order to make long onions with white parts from the place where seedlings were sown and raised. Regarding the method of transplanting to the planting ditch, it is used as an auxiliary tool for transplantation by taking advantage of its biodegradable characteristics.

JP-A-2019-15000

To grow green onions with white parts on a vegetable garden scale, after raising seedlings, transplant them into a planting ditch in which hard soil with a groove width of about 15 cm and a depth of about 30 cm is dug. It is a laborious task to erect the long onion seedlings at the time of transplanting while covering them with soil and arrange them one by one at intervals of about 5 cm.

A transplanting aid used when transplanting long onion seedlings. It is made of biodegradable paper, and the horizontal surface of the transplanting aid is provided with a hole that serves as a grip for holding the green onions, and the upright surface is supported. As a part, we provide a transplanting aid that creates a horizontal surface and an upright surface by folding the paper.

Set the transplanting aid folded at a right angle to the bottom of the dug groove, insert the long onion seedlings into the horizontal grip of the transplanting aid, and the vertical support of the transplanting aid uprights the seedlings. It is easy to transplant because it is made to grow, and the transplanting aid biodegrades by sprinkling soil, so it does not inhibit the growth of seedlings.

It is a horizontal view of the transplant assisting tool with a grip part. It is a figure of the vertical plane of the transplant assisting tool with a grip part. It is a horizontal view of the transplanting aid having a grip part with an insertion port. It is a horizontal view of the transplanting aid having a grip part with an insertion port. It is a figure of the vertical plane of the transplant assisting tool which has a grip part with an insertion opening. It is a figure of a transplant assisting tool in a roll shape. It is a figure of a transplanting aid set in a planting ditch. It is a figure in which a long onion is inserted into a transplanting aid and soil is sprinkled on the roots.

The first form of the transplanting aid (10) has creases (104) in the longitudinal direction of the paper to be biodegraded, and seedlings are inserted at predetermined intervals on one surface folded by the crease (104). A hole is provided as a grip portion (101) for the purpose, and the other surface to be folded functions as a support portion (103).

In the second form of the transplant assisting tool (10), the biodegradable paper has creases (104) in the longitudinal direction, and one of the folded surfaces has holes that serve as grips (101) at predetermined intervals. The grip portion (101) has a notch that serves as an insertion slot (102) from the edge of the paper, and a comb shape (105) is formed at the end of the support portion (103) that is folded at a right angle. It has been subjected.

The transplant assisting tool (10) of the third form is an assisting tool in which an inorganic fertilizer component is fixed on a biodegradable paper.

An example of the biodegradation required for paper is that the paper base material biodegrades for about 3 months as the green onion (20) grows, and becomes an organic fertilizer during decomposition. The pH of the green onion (20) is changed from 5.5 to 7.5 so as not to inhibit the growth of the green onion (20).

An example of fixing an inorganic fertilizer, which is abundant in long onion (20), is to make fibrillated pulp fibers in a solution in which minerals such as potassium and calcium are dissolved, and dry and fix them.

The transplant assisting tool (10) shown in FIGS. 1 and 2 has a crease (104) so as to form a horizontal plane and an upright surface in which a hole having a radial slit is provided as a grip portion (101) on the biodegradable paper. The seedlings are inserted into the grip (101) from above and transplanted.

As an example of the dimensions of the transplant assisting tool (10) shown in FIGS. 1 and 2, the horizontal depth dimension of the corner folding is 4 cm, the diameter of the grip portion (101) is 3 cm including the slit, and the distance between the grip portions (101) is Assuming that 5 cm is common in the growth of long onions (20), the size of the upright support portion (103) that is bent at a corner is 8 cm.

The transplanting aid (10) having a notch in the grip portion (101) radial from the insertion port (102) shown in FIGS. 3 and 4 can be transplanted by inserting seedlings sideways from the insertion port (102). it can. FIG. 3 is an example in which the radial slit width is widened and the holding power of the seedling is weakened, and it is suitable for transplanting the long onion (20) which has been split. FIG. 4 is an example suitable for transplanting the seedlings of the green onion (20) after raising the seedlings.

FIG. 5 shows the square-folded support portion (103) of the transplant assisting tool (10), and has a comb shape (105) to be inserted into the planting groove (30) on the lower side.

FIG. 6 shows a roll of paper that is biodegraded as a transplanting aid (10) after embossing and cutting, and can be applied according to the length of the planting groove (30).

In FIG. 7, when the transplant assisting tool (10) in which the crease (104) is bent at a corner is installed, the support portion (103) of the transplanting assisting tool (10) is placed along the wall of the planting groove (30) at the bottom of the groove. It is in a state where the comb shape (105) is inserted.

FIG. 8 shows a state in which the seedlings of the green onion (20) are put into the transplanting aid (10) through the insertion port (102), and the roots are covered with soil to complete the transplanting.

10 Transplanting aid 101 Grip 102 Insertion port 103 Support 104 Fold 105 Comb-shaped 20 Long onion 30 Planting groove

Claims (4)

A transplanting aid used when transplanting long onion seedlings. It is made of biodegradable paper, and the horizontal surface of the transplanting aid is provided with a hole that serves as a grip for holding the green onions, and the upright surface is supported. A transplanting aid that becomes a part and folds the paper to create a horizontal surface and an upright surface. The transplant assisting tool according to claim 1, wherein the grip portion for holding the green onion is provided with a hole having a radial slit and a notch from the end portion in the hole. The paper is rolled by providing gripping portions of the transplant assisting tool according to claim 1 or 2 so as to be continuous at predetermined intervals. It is characterized in that an inorganic fertilizer component is fixed on the biodegradable paper used in claim 1 or 2, and the effect as a fertilizer is given after transplantation.

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