Overhead planting device

Abstract

A highly equipment cultivated device to having a box shape of cultivated soil collector 12, a holding shelf 14 which are retained a cultivated soil collector 12 in a high position beyond the ground 13, the bottom of the internal cultivated soil collector 12 forming a protruding portion 11 and drain hole 15, and the internal of the protruding portion 11 set up a cavity 16. Moreover, the holding shelf 14 are stationary by the standards 18, and in the cavity 16 they are pluming a pipes 17 for regulation temperature. The invention provided a highly equipment cultivated device. They are easy to intallation and striking, in the period of cultivation which can be standing up working and can be in putting down the amount of cultivated soil, water and fertilizers.

Description

technical field [0001] The present invention relates to an elevated planting device for planting fruit vegetables, leaf vegetables, flowers, root vegetables and other crops at a position higher than the surface of the land. Background technique [0002] Crops such as fruit vegetables, leaf vegetables, flowers, and root vegetables are usually grown using the so-called land tillage method, which is a method of planting seedlings in ridges formed on the surface of the cultivated land and letting them grow. With land cultivation and planting method, in a series of field operations from cultivating seedlings to harvesting, there are many tasks that need to be carried out in a posture of bending over and squinting, especially when planting strawberries and other crops, because of heavy labor such as carrying seedlings when transplanting, Therefore, the physical exertion of the laborers is very large. [0003] In order to improve this poor working condition, people have developed ...

AI Technical Summary

Problems solved by technology

[0009] When using the existing elevated planting device, regardless of whether the planting container is a single container or a continuous container, the operation of filling the container with cultivation soil must be performed container by container, so in the case of large-scale planting using many planting containers, Erection operation or soil filling operation takes a lot of time and labor

[0010] In addition, in the existing elevated planting device, the planting containers are independent, have a wide contact area with the outside air, are easily affected by the surrounding temperature, and have poor thermal insulation and cold insulation functions.

Therefore, during the planting period, there are many cases where heating or cooling is required, and large-scale temperature adjustment equipment such as warm air pipes must be installed along the arrangement direction of the planting containers, resulting in an increase in the size of the device.

[0011] In addition, with the existing elevated planting device, after the planting season is over, it takes a lot of time and labor to pour out the soil in the planting containers arranged in rows and dismantle the planting containers.

[0012] In addition, the existing elevated planting device has a large number of parts, complex structure, time-consuming manufacture, troublesome and high cost

Therefore, small-scale farmers with small planting areas are difficult to adopt

Images