Rotation type seedling growing planting box

Abstract

The invention discloses a rotation type seedling growing planting box comprising an outer box body, atomizing nozzles, an inner box body, cultivating discs, a lighting tube and ventilating discs. An inner wall of the outer box body is provided with the inner box body. Inner walls of the bottom of the inner box body are connected with a separator plate. A water storage tank is disposed in the inner box body below the separator plate. A water pump is installed in the water storage tank. The water pump is communicated with a water distribution pipe via a water supply pipe. The water distribution pipe is vertically laid on a side wall of the inner box body and equipped with the plurality of atomizing nozzles from top to bottom. A motor box is installed in the water storage tank below the middle of the separator plate. A motor is installed in the motor box. An upper end of the motor is connected with a rotating shaft. The cultivating discs are installed on the rotating shaft above the separator plate. Lighting performance is good, water is supplemented to seeds, redundant water flows back to the water storage tank, the seeds on the cultivating discs are illuminated by the lighting tube, seedlings are uniformly illuminated when the cultivating discs rotate, and the inner box body is uniformly ventilated by a blower fan via the ventilating discs, thereby facilitating cultivation of the seedlings. Seedling growing grooves are suitable for cultivation of mass seedlings.

Description

technical field [0001] The invention relates to the technical field of agricultural equipment, in particular to a rotary seedling planting box. Background technique [0002] In the process of agricultural planting, the seeds are directly sown in the field. Due to weather, climate and other reasons, the germination rate of the seeds is extremely low, resulting in increased agricultural planting costs and serious crop losses, especially when cotton, watermelon and other crops are planted. To ensure that the germination rate of the seeds is at a high level, it is necessary to provide suitable light, water and ventilation for the seeds. Therefore, a device suitable for seedling cultivation is required to meet the requirements. The current breeding facilities can usually complete a row of seed cultivation, but cannot make full use of the breeding space, and the amount of seed cultivation is relatively small. Secondly, for the poor performance of supplementary water, light and ven...

AI Technical Summary

Problems solved by technology

[0002] In the process of agricultural planting, the seeds are directly sown in the field. Due to weather, climate and other reasons, the germination rate of the seeds is extremely low, resulting in increased agricultural planting costs and serious crop losses, especially when cotton, watermelon and other crops are planted. To ensure that the germination rate of seeds is at a high level, it is necessary to provide suitable light, water and ventilation for the seeds. Therefore, an equipment suitable for seedling cultivation is required to meet the requirements

The current breeding facilities can usually complete a row of seed cultivation, but cannot make full use of the breeding space, and the amount of seed cultivation is relatively small. Secondly, for the poor performance of supplementary water, light and ventilation, it is not suitable for large batches of seeds and seedlings to accept good growth evenly condition

Images