This invention discloses a forest understory fungal and
medicinal herb symbiotic
irrigation device, belonging to the field of planting
irrigation technology. Both sides of the first and second
liquid storage tanks are equipped with outlet pipes, each with a distribution pipeline
system. This distribution pipeline
system connects to two sets of
spray irrigation systems, enabling communication between the first and second
liquid storage tanks and the two sets of
spray irrigation systems for spraying different
irrigation agents onto forest understory fungal and
medicinal herbs. A mobile
support system provides flexible movement and a stable load-bearing foundation. The
liquid storage and distribution pipeline systems enable the storage, precise delivery, and flow control of different agents. The
spray irrigation system achieves efficient irrigation through adjustable angles, uniform spraying, and range expansion. The
synergy of these three systems allows the device to move flexibly in complex forest
terrain, precisely adapting to different heights of fungal and
medicinal herb planting areas, achieving multi-agent, multi-range, and highly efficient spray irrigation, thus improving the adaptability, accuracy, and operational efficiency of forest understory fungal and
medicinal herb irrigation.