Energy-saving type canopy frame and spray irrigation integrated system used for kiwifruit orchard

Abstract

The invention discloses an energy-saving type canopy frame and spray irrigation integrated system used for a kiwifruit orchard. The energy-saving type canopy frame and spray irrigation integrated system comprises a precipitation tank, a water collection tank, a rainwater collection device, a filter, a pressurization pump, a spray irrigation water inlet pipe and a canopy frame. The rainwater collection device is connected with the water collection tank through a pipeline. The water collection tank is connected with the precipitation tank through a pipeline. A water inlet pipe, a water outlet pipe and a sewage discharge pipe are arranged on the precipitation tank. The water inlet pipe is connected with a tap water source. The water outlet pipe is connected with the filter. The filter is connected with the pressurization pump through a pipeline. The pressurization pump is connected with the spray irrigation water inlet pipe through a pipeline. The spray irrigation water inlet pipe is connected with spray pipes. Spray nozzles are installed on the spray pipes. The spray pipes are installed on stand columns of the canopy frame, are used for water conveying spray irrigation and are also used as structural pieces of the canopy frame, and the orchard construction cost can be saved.

Description

technical field [0001] The invention relates to the technical field of kiwifruit planting, in particular to an energy-saving kiwifruit orchard scaffolding and integrated sprinkler irrigation system. Background technique [0002] The kiwifruit orchard scaffolding mainly uses long cement pillars as pillars, and the pillars are buried in the soil, and the tops of the pillars are pulled with thick iron wires, and then thin iron wires are laid to form a wire mesh to make a kiwifruit seedling scaffolding. Existing kiwi fruit seedling irrigation system is mainly sprinkling irrigation and micro-sprinkling irrigation. Main pipelines and branch pipes are built in the garden, and then sprinkler irrigation or micro-sprinkling irrigation are installed in each community. Such an irrigation system works well, but requires a lot of investment. According to the current market conditions, the investment per mu is more than 2,500 yuan. In addition, the managers of kiwifruit orchards use pumps...

AI Technical Summary

Problems solved by technology

This kind of irrigation system works well, but it requires a lot of investment. According to the current market, the investment per mu is more than 2,500 yuan.

In addition, the managers of kiwifruit orchards use pumps to pump groundwater for irrigation. This is a great waste in summer when there is abundant rain. is a question worth pursuing

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