一种稻渔综合种养系统及方法

By setting up enclosure ditches and water circulation devices in the rice-fish integrated farming system, the problems of low fish activity space and low dissolved oxygen levels in the water were solved, achieving the effect of healthy fish growth and efficient rice growth.

CN120883943BActive Publication Date: 2026-07-17SICHUAN ENVIRONMENTAL PROTECTION CONTROL ENG CO
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
SICHUAN ENVIRONMENTAL PROTECTION CONTROL ENG CO
Filing Date
2025-09-11
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing rice-fish integrated farming systems, fish have limited space to move around in rice-growing areas, and the dissolved oxygen levels in the water are low, resulting in poor fish growth. Furthermore, fish and rice are prone to mutual interference during harvesting or other operations.

Method used

A perimeter ditch connected to aquaculture ponds is set up around the rice planting area, and a water circulation device is installed in the perimeter ditch. Water is driven by a water pump to circulate between the perimeter ditch and the planting area. A barrier net is used to prevent fish from entering the planting area. At the same time, a ring-shaped main body and water spray nozzles are set in the perimeter ditch to increase the dissolved oxygen content and promote water circulation.

Benefits of technology

It increases the activity space and feeding grounds for fish, improves the dissolved oxygen content in the water, reduces disease problems caused by intensive farming, optimizes the rice growing environment, and avoids damage to rice by fish.

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Abstract

一种稻渔综合种养系统及方法,该系统包括种植区、环绕所述种植区设置的围沟、以及与所述围沟连通的养殖池,所述围沟内设置有一个或多个水循环装置,所述水循环装置用于驱动围沟中的水体沿所述围沟流动,和 / 或用于驱动围沟中的水体经水流通道流入种植区内,所述水流通道中设置有阻隔网,所述阻隔网用于阻止围沟中的鱼类进入至所述种植区中。本发明中围沟为鱼类提供了更多的活动空间和进食场所,减少密集养殖带来的疾病问题,同时通过水循环装置促进水体在种植区和围沟之间的持续流动,能够混合围沟与种植区中的水体,提高种植区水体的含氧量、鱼类粪便含量,促进种植区的水稻生长。
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Citation Information

Patent Citations

  • Pond is bred in intergrowth of fish rice

    CN207341012U