Intelligent cultivation equipment and working method for landscape vegetable garden

Abstract

An intelligent cultivation device for a landscape vegetable garden and a working method thereof, including a watering component, a supplementary light, a root fixing component, a soil loosening component and a cultivation frame, the cultivation frame includes a soil cultivation chamber and a liquid chamber, and the soil cultivation chamber It is fixedly installed on the top of the liquid cavity, and the root-fixing component and the loosening component are installed in the soil cultivation cavity; through the setting of the fixing component, it is convenient for the vegetable seedlings to be fixed in the soil cultivation cavity, and the survival rate of the vegetable seedlings is improved , through the setting of the loosening component, it is convenient to loosen the soil in the soil cultivation chamber, increase the sufficient oxygen in the soil, prevent the vegetable root from rotting, and improve the survival rate of the plant; the irrigation component includes the irrigation pump and the irrigation pipeline, and the irrigation pipeline Connected with the irrigation pump, the irrigation pump is installed in the liquid chamber, the irrigation pipeline is inserted into the soil cultivation chamber to send the water in the liquid chamber into the soil cultivation chamber, and the canopy is fixedly connected above the cultivation frame , The fill light is installed on the top of the canopy.

Description

technical field [0001] The invention belongs to the field of intelligent cultivation equipment, and in particular relates to an intelligent cultivation equipment for landscape vegetable gardens and a working method thereof. Background technique [0002] With the increasing speed of urbanization and the continuous development of tourism, in order to better promote the development of the rural economy, landscape vegetable gardens are gradually respected by many urban white-collar workers and parents. [0003] However, the landscape vegetable gardens on the market are relatively simple, with no adjustable temperature, humidity, light, carbon dioxide concentration and airtightness control. Although some vegetable gardens on the market have automatic irrigation systems, they are prone to watering during the automatic irrigation process. Excessive watering can easily lead to the reduction of air in the soil and the waste of water resources, which can easily lead to the rot of the ...

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Problems solved by technology

[0003] However, the landscape vegetable gardens currently on the market are relatively simple, without temperature, humidity, light adjustment, carbon dioxide concentration, and airtight control, and although some vegetable gardens currently on the market have automatic irrigation systems, it is easy to cause watering problems during the automatic irrigation process. Excessive watering, excessive watering will easily lead to the reduction of air in the soil and waste of water resources, which will easily lead to the phenomenon of rot in the root system of vegetables, which is not conducive to the growth of vegetables; and during the planting process, when the temperature is too high, the stomata of vegetable leaves are closed At this time, when the vegetable leaves are watered, it is easy to cause the vegetables to wilt. Therefore, it is very important to provide an intelligent control system that automatically waters and loosens the soil, prevents the vegetable root system from rotting, and reduces the waste of water resources.

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