Fully automatic irrigation hole cultivation planting system

Abstract

The invention discloses a full-automatic irrigation hole-moistening cultivating and planting system which comprises cultivating bodies and a relevant cultivating device. Each cultivating body is formed by enclosing a plurality of hollow bricks in sequence. Due to the facts that the raw materials of the hollow bricks are wide in source, easy to produce and low in cost and have properties of being firm, porous, high in water absorption, non-poisonous and free of pollution, a moist and ventilated root growth environment can be provided for plants, the hollow bricks are light in weight, the planting management is easy, and popularization and application of the hollow bricks are facilitated; the plants can be moved integrally, the integral movement of a garden can be completed just like building blocks, the roots of the plants are not damaged, and the growth of the plants is not affected; the relevant cultivating device is formed by connecting an automatic water feeding valve, a constant ratio diluter and a water container, and is capable of carrying out automatic irrigation, easy to install, low in cost, convenient to manage, capable of being widely used on occasions such as roof greening, household balconies, flower shelves, three-dimensional greening and modern agriculture, not only capable of being applied to modern water cultivation and soilless cultivation but also capable of being applied to common soil planting and suitable for large-range popularization.

Description

technical field [0001] The invention belongs to the technical field of cultivation and planting, and in particular relates to a fully automatic irrigation and hole-drilling cultivation and planting system. Background technique [0002] The current cultivation and planting technologies mainly include traditional soil cultivation, soilless cultivation, hydroponics technology, micro-drip irrigation technology, automatic spraying technology, etc. [0003] For traditional soil-based planting, it relies on manual hoeing, fertilization, watering, and pest control. It is greatly affected by the local climate and soil conditions. If the soil is thin, the water retention is poor, and the drought is not managed in time, the plants will die and the land will be damaged. It is easy to harden, the soil has poor air permeability, and the soil needs to be artificially loosened. In case of floods, the drainage is not smooth, and the plant growth is not good. [0004] For soilless cultivatio...

AI Technical Summary

Problems solved by technology

This method of laying is cumbersome and affects the appearance, and it is not easy to maintain. The automatic watering is sprayed on time by computer control, which wastes water. At the same time, it will be affected by external factors such as power outages, and it is also prone to blockage.

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