Flower culturing device for intelligent watering and water saving

Abstract

The invention discloses a flower culturing device for intelligent watering and water saving. The flower culturing device comprises a culture table, a flowerpot table, a second water storage tank and a power supply. A humidity sensor is arranged in a flowerpot. A water pipe is arranged above the flowerpot. A spray nozzle is arranged at the output end of the water pipe and located over the flowerpot. The output end of the water pipe penetrates through the left side of the culture table and extends into the culture table. A first water pump, a first water storage tank and a second water pump are installed in the culture table respectively. A water level sensor is installed in the first water storage tank. A water storage pipe is arranged between the first water storage tank and the second water pump. The output port of the second water pump is connected with a connecting pipe in a sealed mode. The flower culturing device is simple in structure, manual watering is replaced, the humidity can be detected for intelligent watering according to the flowerpot for bearing flowers, and water required for watering is saved.

Description

technical field [0001] The invention relates to the technical field of flower cultivation, in particular to a flower cultivation device for intelligent watering and water saving. Background technique [0002] The flower cultivation device is a vital step for flower growth. Most of the watering mechanisms in the existing flower cultivation devices are manually operated, and the flower pots used for flower cultivation are placed uniformly, and then the flower cultivator judges when to water the next time according to the time of the last watering. Manual watering one by one, but the amount of water injection cannot be guaranteed. When the cultivator waters the flowers, some flowers may absorb slowly and do not need to be watered again. Watering again may cause the flowers to die due to excessive water, and The relatively large amount of unified irrigation does not have a better function of saving water, and seriously wastes water resources. Contents of the invention [000...

AI Technical Summary

Problems solved by technology

Most of the watering mechanisms in the existing flower cultivation devices are manually operated, and the flower pots used for flower cultivation are placed uniformly, and then the flower cultivator judges when to water the next time according to the time of the last watering. Manual watering one by one, but the amount of water injection cannot be guaranteed. When the cultivator waters the flowers, some flowers may absorb slowly and do not need to be watered again. Watering again may cause the flowers to die due to excessive water, and The relatively large amount of unified irrigation does not have a better function of saving water, which seriously wastes water resources

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