Special water irrigation device for potted scindapsus aureus and water and fertilizer integrated implementation method

Abstract

The invention discloses a special water irrigation device for potted scindapsus aureus and a water and fertilizer integrated implementation method. The special water irrigation device for the potted scindapsus aureus comprises a water irrigation device upper cover and a water irrigation device inserting rod, wherein a tapered opening for fixing and connecting a capillarity tube, a water inlet, a water inlet spraying nozzle, supporting columns, a connection part, a water guide tapered surface and an impacting part are arranged at the upper end of the water irrigation device upper cover; hollowwater outlets are formed in the upper part of the water guide tapered surface, the interior of the plurality of supporting columns and the lower part of the water inlet spraying nozzle; the water inlet is designed at the top of the special water irrigation device for the potted scindapsus aureus and keeps parallel to the capillarity tube; the device is easy to connect and a bending phenomenon doesnot occur; meanwhile, the flow is easy to control and a blocking condition is not easy to occur. The water and fertilizer integrated implementation method is high in irrigation efficiency and can meet the requirements of large-scale planting of the scindapsus aureus.

Description

technical field [0001] The invention belongs to the technical field of large-scale planting of pothos, in particular to a special irrigation device for potted pothos and an implementation method for integrating water and fertilizer. Background technique [0002] When large-scale planting of pothos, for example, when the number of potted plants in a base reaches hundreds of thousands of pots, relying on traditional means to let workers pull leather tubes to water and fertilize manually cannot meet the needs of planting. [0003] When large-scale potted pothos is planted, it is generally planted in rows on the seedbed or the pots are hung above the greenhouse. The irrigation pipe network is configured according to the planting site, and the irrigation pipe network is placed above the pothos. Connection, the special irrigator is inserted into the pothos planting pot; the irrigation system also includes fertilizer adding equipment such as fertilizer spreader, proportional fertil...

AI Technical Summary

Problems solved by technology

[0004] The pots of planted pothos usually have 180# (diameter 180mm) and 360# (diameter 360mm). The existing micro-sprinkler sprinkler usually sprays with a diameter of 1 meter to 10 meters, which cannot meet the use of such 180#, and the usual sprinkler The water inlets are all on the side or bottom. If the capillary is connected through the pipe on the pothos, the connection between the conventional emitter and the capillary is easy to bend, resulting in the blockage of the capillary and the situation that the emitter does not produce water.

Traditional pothos irrigation also uses drip irrigation for irrigation and fertilization, but the drip irrigation flow rate is generally 2-8 liters per hour. The irrigation cycle is too long, which affects the efficiency of irrigation. At the same time, drip irrigation is prone to blockage and difficult to maintain.

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