CN203105245U - Irrigation device for vine crops - Google Patents

Abstract

The irrigation device for climbing vine crops belongs to the technical field of agricultural drip irrigation and sprinkler irrigation. A pipe and a drip irrigation belt are formed, and a circuit is formed between the sprinkler irrigation pipe and the drip irrigation belt, and a water distribution pump and a water pressure gauge b are arranged at the outlet of the drip irrigation belt. The utility model achieves high-efficiency utilization of water resources through the improvement of the above technology; effectively reduces the temperature in the scaffolding of climbing vine crops, adjusts the humidity, and reduces the surface temperature; thus the beneficial effect of increasing the yield of crops.

Description

Irrigation device for climbing vine crops

technical field

The utility model belongs to the technical field of agricultural drip irrigation and spray irrigation, in particular to an irrigation device for climbing vine crops. the

Background technique

Climbing vine crops take up a lot of space, and both the vines and the ground need to be irrigated. Due to the fact that the leaves on the trellis are high from the ground, drip irrigation sometimes cannot make the water reach the top leaves, and the method of large-scale sprinkler irrigation can easily lead to insufficient water absorption by the roots of the crops. One irrigation method cannot meet the growth of climbing crops in arid and high-heat areas. demand, resulting in reduced crop yields and economic losses to farmers. the

Contents of the invention

The utility model aims at overcoming the deficiencies of the prior art, and provides an irrigation device for climbing vine crops that can perform drip irrigation and spray irrigation at the same time, or separately drip irrigation or spray irrigation, which not only meets the water demand of the roots of climbing vine crops, but also makes the shelf The top leaves are also free of water, increasing the yield of climbing vine crops. the

In order to achieve the above object, the technical scheme adopted by the utility model is as follows:

The climbing vine crop irrigation device is composed of a main water pump, a main valve, a fertilization pipe, a filter, a water pressure gauge a, a diverter valve, and a sprinkler irrigation pipe and a drip irrigation belt respectively connected to the main water pipe. In the technical improvement of the utility model, a circuit is formed between the sprinkler irrigation pipe and the drip irrigation belt, and a water diversion pump and a water pressure gauge b are arranged at the outlet of the drip irrigation belt.

As a further improvement of the utility model, the sprinkler pipe is provided with not less than one atomizing nozzle. the

As a further improvement of the utility model, the power of the sub-water pump is not greater than the power of the main water pump. the

The utility model is improved through the above technology, and the drip irrigation belt supplies water to the roots of climbing vine crops in the way of drip irrigation, reducing the ineffective water in the surface soil layer near the ground, thereby greatly reducing the evaporation of crops, and achieving efficient use of water resources; atomized micro The nozzles supply water to the vines and leaves by spraying, which can effectively reduce the temperature in the trellis of climbing vines, adjust the humidity, and reduce the surface temperature; the circuit between the drip irrigation belt and the sprinkler irrigation pipe makes full use of the remaining water flowing out of the drip irrigation belt, The effect of saving water resources is achieved, thereby improving the yield of crops. the

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of the climbing vine crop irrigation device of the present invention. the

Specifically, the implementation method

Below in conjunction with accompanying drawing, the utility model is further described:

The irrigation device for climbing vine crops consists of a main water pump 2, a main valve 3, a fertilization pipe 4, a filter 5, a water pressure gauge a6, a diverter valve 6, and sprinkler irrigation pipes respectively connected to the main water pipe 1, which are sequentially arranged on the main water pipe 1. 7 and a drip irrigation belt 8, characterized in that: a circuit is formed between the sprinkler irrigation pipe 7 and the drip irrigation belt 8, and the outlet of the drip irrigation belt 8 is provided with a water diversion pump 9 and a water pressure gauge b10.

The sprinkler pipe 7 is provided with no less than one atomizing nozzle 11 . the

The power of the sub-water pump 9 is not greater than the power of the main water pump 2. the

Claims (3)

1. climb rattan crop irrigation device, by being successively set on total water pump (2) on the water-main (1), main valve (3), fertilising pipe (4), filter (5), water pressure gauge a(6), flow divider (6) and be connected to spray irrigation pipe (7) and irrigate band (8) formation on the water-main (1), it is characterized in that: form the loop between spray irrigation pipe (7) and irrigate band (8), the exit of irrigate band (8) is provided with branch water pump (9) and water pressure gauge b(10).

2. the rattan crop irrigation device of climbing as claimed in claim 1, it is characterized in that: spray irrigation pipe (7) is provided with the atomizer (11) that is no less than.

3. the rattan crop irrigation device of climbing as claimed in claim 1 is characterized in that: divide the power of water pump (9) to be not more than the power of total water pump (2).

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