Nursery garden irrigation vehicle

Abstract

The invention relates to the field of nursery gardening irrigation equipment and in particular relates to a nursery garden irrigation vehicle which comprises a chassis, a water tank, a booster pump, aflow adjusting valve, a one-way valve, a motor, transmission mechanisms, a lifting assembly, a swinging mechanism and two groups of atomization nozzles, wherein four wheels for walking are arranged at lower parts of both ends of the chassis; the water tank, the booster pump, the flow adjusting valve, the one-way valve and the two groups of the atomization nozzles are sequentially connected through a hose; and the swinging mechanism and the four wheels are both connected with the motor through the transmission mechanisms. According to the nursery garden irrigation vehicle, pressure of water inthe water tank is boosted through the booster pump, flows of the water are adjusted through the flow adjusting valve, backflow of the water can be prevented through the one-way valve, the water flowsto the atomization nozzles through the hose, heights of the nozzles are adjusted through the lifting assembly, and back and forth swinging of the atomization nozzles on both sides can be achieved through the swinging mechanism, so that the water spraying area can be increased; and the nursery garden irrigation vehicle is simple to operate, the problem of spraying water in a large-area nursery garden can be solved, and the working efficiency can be improved.

Description

technical field [0001] The invention relates to the field of nursery irrigation equipment, in particular to a nursery irrigation vehicle. Background technique [0002] The germination of seedlings must keep the soil moist, and the water requirements are strict. If the timely supply of water cannot be guaranteed, the seedlings will stop growing. The current irrigation methods mainly include: one is furrow irrigation, water is introduced into walkways or furrows from irrigation channels, and water infiltrates into seedbeds or seedling ridges from the side. The disadvantage is that the water consumption is large, and when the bed surface is too wide, the water seepage will be uneven in the center and on both sides. The second is large-scale mechanized sprinkler irrigation, which is irrigated by manual or automatic control through pipes and sprinklers. The disadvantage is that the investment is large, and it is more restricted by the wind. Under the wind force of 3 to 4, the s...

AI Technical Summary

Problems solved by technology

The disadvantage is that the investment is large, and it is more restricted by the wind. Under the wind force of 3 to 4, the sprinkling irrigation is uneven.

Images