JPS6058005A - Seeding apparatus - 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 seeding device, and more specifically, a seedling growing box having a rectangular shape in plan view, which is made up of an outer peripheral frame and a bottom plate, is divided by a partition frame in the shape of a base grid to accommodate a large number of seedling growing pots. The bottom plate surface of the seedling-raising pot is formed in an arc shape, and the seedling roots can easily penetrate and grow into each seedling-raising pot. The present invention relates to a seeding device for raising seedlings by sowing seeds of vegetables such as shell dog root and mitsuba on the seedling growing mat.

Conventionally, a seedling cloak made of urethane mat or sponge was laid on top of the arc-shaped bottom plate surface.If seeds were simply sown on the surface of this seedling mat, it was impossible to sow them evenly, especially if seeds were sown outside the arc of the arc-shaped bottom plate. There was a drawback that seeds gathered at the low end part. This invention aimed to eliminate the above-mentioned drawback and took the following technical measures.

That is, the inside of the seedling growing box (9), which has a rectangular shape in plan view and is composed of an outer peripheral frame 0υ and a bottom plate 02, is divided by partition frames in the shape of a base pattern to form a large number of seedling growing boxes Q4, and this seedling growing box) ( 14
) is formed so that the bottom plate surface is arc-shaped, and the seedling roots can easily penetrate and grow within each seedling-raising mat α.
In this seedling raising bot 04), a partition plate (16c) is fitted into each seedling raising pot Oa from above and dividing the inside of the seedling raising pot θ→ into small sections. A seed scattering prevention frame Qf9 is provided, and an outer partition plate (16(')) of the seed scattering prevention frame θQ corresponding to the arc direction side of the arcuate bottom plate of the seedling raising bot α
, (16c'') was arranged so that the seeding device was tilted so that it became closer to the center as it went downward.

One embodiment of this invention will be described in detail based on the drawings: (1)
is a seeding conveyor device, which is separated into a seedling box supply section (la), an irrigation section (1b), and a seeding section (lc), and these sections are interconnected. The seedling box supply unit (1a) is equipped with a roller (2a) that allows the seedling box to be placed on a stand with legs (2a) and transferred freely.
3a), (8a)... are constructed. The irrigation part (1b) is also transferred to the stand with legs (2b) (bell) (8
b) is stretched, a drainage funnel (4b) is provided below this, and the upper part is covered with a cover (5b) in a tontle shape.
A water sprinkling nozzle (6b) is attached to the water conduit (7b) inside the tip cover (5b). (1c) is the sowing area,
A pair of left and right rails (8c) on a stand with legs (2c), (8
c) and a transfer bell) (4c) are provided, and a seed scallop is placed at a predetermined position above, and a transfer belt (3b), (4c) is provided.
c) and the seed feeding device (6c).

(9) is a seedling growing box made of synthetic resin and having a rectangular shape in plan view. As shown in Fig. 3, the bottom plate of this seedling raising pot 044 is formed into an arc shape on one side,
Drain holes 00 are bored in the four corners and the center.

Reference numeral 09 denotes a seedling-raising mat, which in the illustrated example is a foamed urethane mat, cut into a size to be placed on the bottom plate inside the seedling-raising pot 0.

0Q is a seed scattering prevention frame, and as shown in FIG. ), and use these to divide the seedling pot into the size of ;/)Q4).Furthermore, use the partition plate (16c) to divide the part of the seedling pot into 0Φ sizes. partition plates (16c') corresponding to the circular arc outer ends (a) and (b) of the circular arc-shaped bottom plate, and tilting the partition plates (16(') so that they are closer to the center as they go downwards). There is.

Next, to explain the function of the upper side, first, the seedling growing mat Q0 is fitted into each seedling growing pot 0 of the seedling growing box (9), and then the seed scattering prevention frame OQ is fitted, and the seeding conveyor device (
Place it on the seedling raising box supply section (1a) of 1) and place it on the irrigation section (lb).
Push it to the side and place it on the transfer belt (3b).

Then, the seedling growing box (9) is transferred into the cover (5b) and is irrigated there, and the seedling growing mat αQ absorbs enough water and adheres to the bottom plate, making its surface arc-shaped. ) (4C), and are sown at the bottom of the sowing machine (7c), but at this time, the seeds are evenly scattered in small sections divided by the seed scattering prevention frame (II). Since the surface of the seedling-raising machine, y, and aa is arc-shaped, the outer edges of the arc (a) and (b) are inevitable.
The seeds tend to be sown thickly in this area, but because the lower ends of the partition plates (16(1) and (16(')) are slanted like funnels toward the center, the seeds are sown closer to the center. Since the seeds are rolled to the outer ends of the arc (a) and (b) after being sown, the seeds can be sown just right and evenly.

As described above, since the present invention has the above-mentioned configuration, seeds can be uniformly sown on the surface of the seedling mat inserted into each seedling growing pot, and the surface thereof is circular, and the seeds are not concentrated on the outer edge of the circular circular shape as in the conventional method. This has the effect of preventing a situation where the seeds polymerize and become unable to grow after germination.

[Brief explanation of the drawing]

The figures show one embodiment of the present invention, in which Fig. 1 is a side view of the seeding conveyor device, Fig. 2 is a plan view thereof, and Fig. 3 is a side view of the seeding conveyor device.
The figure is a side sectional view of the seedling nursery box, Figure 4 is a plan view of the seedling nursery box, and Figure 5 is a side sectional view of the nursery box.
The figure is a side view of the seed scattering prevention frame, and Figure 6 is its side view.
Figure 7 is its front view, Figure 8 is a slope view of the main part of the seed scattering prevention frame, and Figure 9 is a side sectional view of the seedling nursery box after sowing.
Symbols in the figure: (9) is the seedling box, OL) is the outer frame, q4 is the bottom plate, 03 is the partition frame, αY is the seedling box, SOTO, (t5 is the seedling mat, QQ is the seed scattering prevention frame) , (16c) indicates the partition plate, and (16c') and (16(') indicate the outer partition plate. Name of patent applicant: Iseki Agricultural Machinery Co., Ltd. Representative: Iseki Kobo Takabo 7th issue No. 8 Figure 7

Claims (1)

[Claims] A large number of seedling growing pots 04) are formed by dividing the inside of the seedling growing box (9), which has a rectangular shape in plan view and consists of an outer peripheral frame θυ and a bottom plate (2), with a partition frame a3 in the shape of a base grid, and this seedling growing bot α The surface of the bottom plate is formed in an arc shape, and each seedling raising bot α
When raising seedlings by laying a seedling raising mat ◇9 in which the roots of the seedlings can easily penetrate and grow, and sowing seeds from above the seedling raising pot α, the mat ◇9 is inserted into the inside of each of the seedling raising pots 04) from above. A seed scattering prevention frame 01 having a partition plate (16c) that divides the inside of the seedling raising pot 04) into small sections is provided,
an outer partition plate (16c') of the seed scattering prevention frame Qej corresponding to the arcuate direction side of the arcuate bottom plate of the seedling raising pot α;
(16c") is tilted so that the lower it goes, the closer it is to the center.