Plant planting pot and planting method by using same

Abstract

The invention provides a plant planting pot and a planting method by using the plant planting pot, the plant planting pot comprises a pot wall, a pot bottom and a pot mouth. Windows are arranged along the circumference of the lower part of the pot wall. A plurality of holes are arranged on the pot bottom. A pot ear which can enable the plant planting pot to be supported on the upper surface of a planting plate is arranged at the upper end of the pot wall along the circumference of the pot mouth. The invention additionally provides the planting method by using the plant planting pot. Seeds or seedlings are put into the plant planting pot. The seeds and the seedlings are manually put one by one or automatically planted through a machine. An automatic spray device sprays water and plant nutrient solution towards the lower part of the plant planting pot. The water and the nutrient solution nourish the seeds or the seedlings through the holes at the pot bottom and the windows at the lower part of the pot wall. After the root systems of plants stretch out through the holes at the pot bottom and the windows at the lower part of the pot wall because of the growth of the plants, the automatic spray device directly sprays the water and the nutrient solution onto the root systems of the plants.

Description

Technical field [0001] The invention relates to a plant planting device and its application, in particular to a plant planting pot and a planting method using the plant planting pot. Background technique [0002] Due to the reduction of land resources, the increase of labor costs and people’s requirements for high-quality vegetables and other agricultural products, it is generally believed that the future of agricultural production is a close integration of biotechnology, mechanical automation, and computer control technology represented by the information industry. Factory production of plants is a precise agricultural production technology. This technology is fully automated from plant sowing, seedling raising, planting, nutrient supply, and product packaging and sales. As part of the factory planting technology, the breeding and planting of plants are not carried out on the ground, but on a movable planting board. Chinese utility model patent ZL03275639.9 discloses a three-di...

AI Technical Summary

Problems solved by technology

Chinese utility model patent ZL03275639.9 discloses a three-dimensional soilless cultivation device on the wall, which is composed of a cultivation main body, a branch pipe, a liquid return tank, a liquid return pipe, a submersible pump, a planting hole, a nutrient solution pool, and a liquid supply supervisor. , wherein the main body of cultivation is composed of four layers, which are successively inner splint, water storage layer, water distribution layer and outer splint from inside to outside. This kind of cultivation main body mainly has the following disadvantages: 1. The structure is complicated, so the manufacturing cost increases; 2. , aquifer, and water distribution layer cover the entire cultivation body, and plant growth can only absorb water near the planting hole, which will cause waste of water resources and plant nutrient solution, thereby further increasing production costs; 3. With When the planting cup of the seedling body is directly inserted into the planting hole, the ventilation effect of the root system of the seedling body is poor, which is not conducive to plant growth

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