Bionic plant three-dimensional cultivation device

Abstract

The invention relates to a plant carrier which can be used for three-dimensional cultivation of short-stem or stolon herbaceous plants and is free from daily maintenance. Comprising a soil temperature and humidity monitoring module, a control system, an automatic irrigation module, a WIFI module and a mobile phone APP module, and is simple in structure, convenient to use and wide in application range. On one hand, the real-time value of the system application equipment can be collected and processed by detecting the soil humidity and then compared with a set threshold value through starting or stopping of the system application equipment, and then whether the water pump is controlled to irrigate or not is determined. Meanwhile, remote control can be carried out through a switch button arranged on a mobile phone APP blinker, and the plant growth environment can be adjusted through the two methods. In an automatic irrigation system, a water pump motor and a soil temperature and humidity sensor are used, the soil temperature and humidity sensor is used for collecting soil data so as to monitor whether the soil is short of water or not, meanwhile, the collected data are fed back to a mobile phone APP blinker, a water pump is turned on to irrigate when a proper watering condition is met, and the water temperature and humidity sensor is used for monitoring whether the soil is short of water or not. Therefore, the purpose of automatic irrigation is achieved.

Description

technical field [0001] The invention relates to a three-dimensional plant cultivation device, in particular to relevant design elements of the bionics of leaf veins. Background technique [0002] Traditional plant cultivation methods are all carried out on a flat surface. Due to the large area occupied, it is difficult to carry out a large area in an ordinary room. [0003] The structure of the bionic three-dimensional cultivation device for plants involved in the present invention is based on the principle that the three-dimensional cultivation device for plants is designed by imitating the physiological structure and function of the leaves of the plants as the bionic prototype. The piping system and support system of the device are mainly designed based on the structure and functional principles of plant veins. The source of the concept of the pipeline module is the veins of ordinary plant leaves. Common leaves are sharp at both ends and rounded on both sides. The venat...

AI Technical Summary

Problems solved by technology

At present, in the three-dimensional cultivation technology, most of the nutrient solutions for the plants are poured from the top to the bottom. The disadvantages are: 1. The nutrients are intercepted layer by layer, and the nutrients obtained by the plants from the top to the bottom are unbalanced and reduced layer by layer , affect the growth of plants; 2. Most of the pipelines are installed on the upper part to affect the light receiving, and they are not beautiful, they are easily corroded by sunlight and aging, and it is inconvenient to operate and maintain

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