KR200246673Y1 - The growing tray for strawbery runners - Google Patents

Abstract

The present invention relates to a tray for strawberry runner.

It is configured to produce seedlings of strawberries that grow into stems, so that stems can be smoothly stretched in each direction of the tray, and the stems that extend in each direction are fixed so as to balance well inside each tray. It is configured.

Description

Strawberry runner tray {The growing tray for strawbery runners}

The present invention relates to a tray for strawberry runner.

Strawberry propagation is not through seed germination, but through nutrient reproduction through the stem. In addition, strawberries are grown in such a way that the roots stick to the part of the stem which is in contact with the ground as the stem is extended. Therefore, strawberries are distributed on the ground in the form of vines.

Due to such crop characteristics, the production of strawberry seedlings is cultivated with planted strawberry seedlings on one side of the tray. As the strawberry seedlings grow, the stems of the strawberries spread out to each cell of the tray irregularly. Root lubrication occurs as the stem spreads to the surface of the soil contained in the soil. Due to this cultivation characteristics, the seedlings of the strawberry are transplanted to the ground when the seedlings are cut into the stem cells spread to each cell when grown to a certain size in the tray.

In the conventional seedling cultivation method, when the strawberry seedlings are transplanted to one side of the tray on which each cell is formed at regular intervals, the stem portion of the strawberry is spread. I had to fix the moving stem. As shown in Fig. 3, after the stems were precisely aligned at the positions of the respective trays, it was necessary to fix the stem portions to the top soil portions with clips. However, such a work requires a work of manually moving and fixing the direction of the stem by hand, and there is a problem in that a lot of labor is consumed and a problem of lowering the growth of roots when fixing the clip on the soil. Therefore, there is a need for a tray capable of eliminating this unnecessary problem.

The present invention is designed to solve such problems and produce seedlings with excellent growth.

In the present design, the stem movement path was configured to radially and directly connect each cell to the top of the tray configured to produce strawberry seedlings. The stem moving passage was configured to be slightly lower than the upper portion of the tray so that the extending stem can be inserted, and the stem can be easily slipped and inserted between the stem moving passage when the stem extends between the cells. Because of this configuration, it was configured to spread evenly in each cell direction from the seedlings of strawberries that were initially implanted in the cells of the tray. The stem spreading from the transplanted seedlings moves to the surface of the topsoil contained in other cells, and roots stick from the stems located on the topsoil surface to grow another seedlings.

In addition, when the stem of the strawberry is inserted into the stem movement passage connecting each cell and the cell grows, it is configured to be fixed by using a clip to fix the stem portion and the tray portion to the minimum area. This type of tray makes it possible to produce strawberry seedlings with excellent growth conditions.

1 is a perspective view of the present invention

2 is a cross-sectional view of the present invention

3 is a conventional embodiment

<Description of the symbols for the main parts of the drawings>

1.tray 2.cell

3. Stem movement path 4. Fixed clip

5. Coupling protrusion 6. Coupling groove

7. turning 8. seedling

9. Stem

The present invention is designed to produce strawberry seedlings. Strawberry seedling tray 1 has a deep shape of each cell due to the cultivation characteristics of the strawberry. The cultivation of strawberry seedlings is when the seedlings of strawberry seedlings are transplanted into the cells (2) of the tray (1), the stems grow, the stems spread over the other cells (2), and the roots stick to the stems placed on the upper part of the top soil. It is grown in different seedlings.

In the present invention, the stem 9 to the top of the tray 1 for cultivating the seedlings of strawberries is designed to be able to move smoothly to the cell 2 in each direction. At the upper end of the tray 1, a stem movement path 3 is formed in order to directly connect the upper part between each cell 2 and the cell 2. Stem movement path (3) is formed so as to directly connect between the cell (2) and the cell (2), it is also composed of an X-shape to be connected to the cell in the diagonal direction.

In the early stage of the transplantation step, the stem of the strawberry continued to grow while the mother cell was transplanted into the cell 2, and the stem of the strawberry 9 was able to extend in each direction along the stem movement path 3. Since the stem moving passage was formed to be concave to a certain depth at the upper end of the tray 1, the stem growing at the upper end of the tray 1 was configured to be easily slipped and inserted into the stem moving passage 3.

The stem 9 growing along the stem moving passage 3 is placed on the protrusion 7 formed on both sides of the stem moving passage 3. The stem (9) portion placed on the protrusion (7) is in contact with the protrusion is configured to the minimum contact so as not to interfere with the stem growth.

In the present invention, when the stem extends in each direction, the stem 9 is fixed by using the fixing clip 4 so that the stem extends smoothly to the upper part of the other cell 2. Fixing clip (4) was perforated to configure the center portion in the form of a band, due to this configuration was configured to minimize contact with the stem. The coupling protrusion 5 formed at the lower end of the fixing clip 4 is inserted into and fixed to the inner side of the coupling groove 6 formed in the stem movement passage 3. By this fixing, the stem portion of the strawberry is to be able to grow smoothly stretched to other cells (2). The coupling groove 6 formed in the stem movement passage 3 is formed at the same height as the stem movement passage 3, so that it can be easily discharged even when the top soil penetrates when transplanting.

The present invention is configured to spread smoothly from the strawberry seedling implanted in the tray to the other cells of the tray, because the stem of the strawberry spreads in a uniform direction by the stem movement path formed at the top of the tray strawberry seedlings excellent growth state There is an effect that can be produced.

Claims (1)

In the tray for growing strawberry seedlings, The stem movement passage 3 is formed to connect the cells 2 and 2 in the straight and diagonal directions to the upper end of the tray 1, and both sides of the stem movement passage 3 have a constant height. Projections 7 are formed, The stem moving passage 3 has a coupling groove 6 formed therein, and a tray for a strawberry runner, characterized in that the coupling protrusion 5 at the bottom of the fixed clip 4 having a central portion is formed to be inserted into a strip shape. .