JPH0142976Y2 - - Google Patents

Description

[Detailed explanation of the idea] Traditionally, green onions were planted by planting seedlings one by one in a deep, narrow planting trench while bending at the waist. It is said to be extremely painful work, and there are many health problems.

Therefore, when planting green onions, this invention
It allows workers to plant green onions while standing without bending their backs, improves work efficiency, and reduces equipment costs, mainly by improving working posture to prevent lower back pain and improve workers' The purpose is to manage the health of people.

Hereinafter, the present invention will be described in detail regarding its configuration and usage based on the accompanying drawings.

1 is a wooden frame for attaching a groove into which green onion seedlings are planted and slid down into the groove.

2 is a groove made by bending a thin zinc plate at intervals so that green onion seedlings can be planted between regular plants, and the grooves are made at intervals. may be other lightweight steel or synthetic resin materials.

Step 3: When inserting the green onion seedlings into the groove, in order to give the green onion seedlings a rounded shape so that they do not get tangled in the top corner of the frame, cut a line of PVC pipe and hold the back plate of the frame in your mouth. It is a slippery material.

Figure 2 is a cross-sectional view, but the depth of the groove should be such that the seedlings do not slip sideways while falling, and the width of the groove will vary depending on the variety of green onions, the planting interval, and the number of green onions that are allowed to fall in one groove. Consider and decide.

Figure 3 shows the device of the present invention being propped up diagonally in a green onion planting groove and allowing green onion seedlings to slide into the groove from the side. 4 is a planting groove, 5 is a green onion seedling placed on a unicycle for convenient movement, and 6 is a green onion seedling dropped into the groove.

FIG. 4 is a front view of the seedlings being slid down from the groove of the tool (in this case, two at a time) toward the planting groove.

Figure 5 shows that after dropping the green onion seedlings into all the grooves of the tool, the tool is placed vertically along the wall of the planting groove, and the roots of the upright green onions are moved with a grass raker etc. The fourth root 8 of the shoulder 7 is mainly covered with soil shallowly, and the tool is moved away from the wall surface.

Figure 6 shows the state in which the process from Figure 3 onward is repeated and the work continues. 9 is the ridge where planting has been completed, and the planting is completed one by one, the next furrow is made, and the entire field is planted in the same way. Complete.

By using the above-mentioned planting tools, it is possible for workers to plant in a narrow and deep planting trench while standing without bending their backs, which is useful for farmers who are cultivating large areas. This reduces work intensity and helps maintain health, improves overall work efficiency, and requires only a small amount of equipment so it does not put pressure on business operations.

Furthermore, by keeping the planting spacing constant, the thickness of the soft white part of the green onions is uniform, which increases the commercial value, and also has many effects such as good results for growth and the ability to increase the overall yield.

[Brief explanation of drawings]

FIG. 1 is a plan view of a tool for planting green onions according to the present invention. FIG. 2 is a cross-sectional view, especially showing the structure of the groove into which the green onion seedlings slide. FIG. 3 is a rear perspective view of the tool in use. Figure 4 shows the fall from the trench to the planting position. Figure 5 shows that after the green onion seedlings have been inserted into all the grooves and fallen, the tool is placed upright on the wall.
It is a side view of covering the roots with soil. FIG. 6 is a perspective view of a ridge where planting has been completed and the state in which tools are successively moved and planted. 1... Tool frame, 2... Green onion seedling fall groove, 3...
A pipe to round out the insertion point for green onion seedlings.
4... Planting furrow, 5, 6... Green onion seedlings, 7... Shoulder of planting furrow, 8... Covering soil, 9... Planting completed ridge, 1
0...Reinforcement material.

Claims (1)

[Scope of utility model registration request] A thin plate 2 such as a synthetic resin plate with grooves 2 formed at appropriate intervals is attached to the inside of a wooden frame 1 with a sliding material 3 attached to the outside of the upper side, and reinforced with a reinforcing material 10 on the back. A tool for planting Naru-nebuka green onions.