Andrias culture pond capable of achieving water level monitoring

Abstract

Provided is an andrias culture pond capable of achieving water level monitoring. The andrias culture pond comprises a pond body, wherein the side wall of the pond body is provided with a circular tubethrough a fixing buckle, a telescopic device is arranged in a vertical direction of a tube body of the circular tube, the tail end of the telescopic device is provided with a high-water-level triggerswitch, the lower end of the circular tube is provided with a low-water-level trigger switch, and a tube cavity of the circular tube is internally provided with a floating ball; transverse frame bodies are arranged above the pond body, a longitudinal frame body is vertically arranged between the transverse frame bodies, the longitudinal frame body is composed of two grooves formed oppositely, a cleaning pipeline is arranged between the grooves of the longitudinal frame body, the portion, located in a groove structure, of the cleaning pipeline is provided with a roller device, and the cleaningpipeline is provided with a rotating cleaning nozzle through a tube body. The andrias culture pond capable of achieving water level monitoring has the advantages that a liquid level monitoring deviceis arranged, the liquid level range suitable for the growth of andrias can be set through the breeding experience of workers, water level monitoring can be achieved, and it is ensured that water in the pond body is always kept within an appropriate range.

Description

technical field [0001] The invention relates to the technical field of giant salamander breeding, in particular to a giant salamander breeding pond capable of realizing water level monitoring. Background technique [0002] Giant salamander, also known as giant salamander, is a national second-class protected animal. It is mainly produced in mountain streams and rivers in the upper and middle reaches of the Yangtze River, Yellow River and Pearl River tributaries, especially in Sichuan, Hubei, Hunan, Guizhou, Shaanxi and other provinces. The success rate of artificial breeding of giant salamanders is low, mainly because giant salamanders prefer shade and are afraid of light, have strict requirements on the environment, and like flowing clean water, and the depth of water will affect the growth of giant salamanders. Affect the amount of dissolved oxygen in water. According to relevant data, the living environment of giant salamanders requires rich dissolved oxygen, generally ab...

AI Technical Summary

Problems solved by technology

[0003] At this stage, the liquid level control of giant salamander breeding ponds is usually carried out manually. The disadvantage of manual liquid level control is that the latest state of the liquid level cannot be observed and monitored in real time, which often causes the liquid level to be too low and cause harmful substances in the water. In the case of accumulation, when water is manually added, the liquid level is too high due to the inability to ensure that people are always on site to observe the liquid level, which in turn leads to a decrease in the dissolved oxygen in the water or the escape of giant salamanders, which is extremely inconvenient

[0004] At the same time, the giant salamander will secrete a layer of mucus on the body surface during the growth process. If things go on like this, the mucus will also adhere to the inner wall of the pool, and bacteria are easy to gather, which is not good for the growth of the giant salamander. Manual cleaning of the inner wall of the pool requires entering the pool. Inside the body, it is easy to cause fright and injury to the giant salamander

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