Multi-layer intelligent automatic water culture planting system

Abstract

The invention discloses a multi-layer intelligent automatic water culture planting system. The planting system comprises a planting frame, a planting tray, an automatic circulating liquid supply device, a lifting and moving device, a light filling device and a control device; the planting tray is arranged on the planting frame; the automatic circulating liquid supply unit comprises a water storagetank, a sinking pump, a liquid supply pipe and a reflux pipe; the sinking pump is arranged inside the water storage tank to supply water to the planting tray through the liquid supply pipe, and the automatic circulating liquid supply device and the reflux pipe form a circulation loop through the liquid supply pipe; the lifting and moving device is arranged on one side of the planting frame, and the lifting and moving device can be used for moving the planting tray; the filling device is arranged at the bottom of each shelf; the control device is arranged on the planting frame, and the sinkingpump, the lifting and moving device and the light filling device are electrically connected with the control device respectively and controlled by the control device. According to water culture planting system, the spatial utilization of indoor planting can be improved, manpower input is reduced, the harvesting of plants and the cleaning of the planting tray are facilitated, and automation and intelligentization are effectively improved.

Description

technical field [0001] The invention relates to the technical field of indoor cultivation, in particular to a multi-layer intelligent automatic hydroponic planting system. Background technique [0002] In recent years, with the continuous growth of the urban population, the high-rise buildings of reinforced concrete are also increasing, so that the green area or arable land area of ​​the city is constantly decreasing. When buying vegetables in the market, people cannot tell whether the vegetables are safe with the naked eye, so that urban residents are faced with problems such as environmental pollution and food safety. Under the influence of deteriorating global environment and decreasing green area or arable land area, more and more high-value-added agricultural products such as vegetables and fruits are mainly supplied by indoor greenhouses, and indoor planting temperature, humidity and other factors can be artificially controlled , Compared with traditional planting, it...

AI Technical Summary

Problems solved by technology

In order to increase the yield, the scale of indoor planting needs to be continuously expanded, but it is more difficult to increase the yield within the effective planting area, because the planting technology of generally indoor cultivated plants is relatively stable, and the effective planting area must be increased to increase the yield, which means to expand the planting area

In order to solve this problem, people rationally use the space by stacking multi-layer structures. Although this can better solve the problem of increasing the effective planting area, but at the same time, it is inconvenient to manage the high-rise plants after stacking, which requires more manpower input and thus greatly Increased labor costs

Moreover, the simple multi-layer structure is not convenient for unified operation, and it still requires manpower to solve various problems such as harvesting. The manpower requirements are very high, and large-scale industrialization is difficult to achieve.

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