Water-regulating machine

Abstract

The invention discloses a water-regulating machine for improving the water quality, comprising an oxygenation system and a water-regulating system, wherein the oxygenation system comprises a driving device, a water-inputting oxygenation device and a transmission device; the transmission device is connected between the driving device and the water-inputting oxygenation device; the output of the driving device is transmitted to the water-inputting oxygenation device; the water-regulating system comprises a driving device, a speed-reducing device and a water-regulating device; the speed-reducing device is connected between the driving device and the water-regulating device; and the output of the driving device is transmitted to the water-regulating device in a speed-reducing way. The water-regulating machine not only can add the oxygen in the water and solve the problem that aquiculture lacks of oxygen, but also can reduce residual medicine and other harmful substances in the water and prevent aquatic products for the aquiculture from being polluted; in addition, through integrating the oxygenation system and the water-regulating system into a whole by using a reasonable structure, the multifunctional water-regulating machine has the advantages of simple structure, manufacturing cost, low power consumption and the like.

Description

technical field [0001] The invention relates to the field of environmental protection equipment, in particular to a water transfer machine capable of increasing oxygen and transferring water. Background technique [0002] China is a big aquaculture country, but our country's aquaculture is facing many problems. The main problems at present are: 1. The problem of hypoxia in aquaculture. 2. The problem of residual harmful substances in aquatic products. 3. The problem of corruption at the bottom of the pond. [0003] In order to solve the problem of hypoxia in aquaculture, an aerator appeared, which basically solved the problem of hypoxia, but it has some defects, such as large power consumption; there is a saying among farmers: "One catty Shrimp, one yuan of electricity, one yuan of medicine", which increases the cost of aquaculture for farmers. At the same time, the noise of the aerator is loud, causing noise pollution to the environment. In order to solve the problems o...

AI Technical Summary

Problems solved by technology

The main problems at present are: 1. The problem of hypoxia in aquaculture

2. The problem of residual harmful substances in aquatic products

3. The problem of corruption at the bottom of the pond

[0003] In order to solve the problem of hypoxia in aquaculture, an aerator appeared, which basically solved the problem of hypoxia, but it has some defects, such as large power consumption; there is a saying among farmers: "One catty Shrimp, one yuan of electricity, one yuan of medicine", which increases the cost of aquaculture for farmers. At the same time, the noise of the aerator is loud, causing noise pollution to the environment

In order to solve the problems of residual harmful substances such as drugs and the growth of bacteria in aquatic products, a variety of aquatic equipment has emerged. Using the principle of upwelling circulation flow, stagnant water can be turned into living water, which effectively improves water quality and reduces the cost of aquatic products. morbidity, reducing the dosage of drugs; but soon aquaculture farmers found that although this kind of aquatic equipment is good, the function of oxygenation cannot be achieved, and even in the middle and late stages of aquaculture, one aquatic equipment must be equipped with two The aerators are used at the same time, so on the one hand, it consumes energy and increases the cost of breeding. On the other hand, it needs to use multiple machines, which makes the operation troublesome and takes up a large area, and the cost of the machines also increases; in addition, the structure of this kind of aquatic equipment itself is inferior Good, but there are many defects such as difficult balance, high energy consumption, and lack of oxygen

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