Intelligent anti-freezing drinking trough with energy-saving water pump

Abstract

The invention discloses an intelligent anti-freezing drinking trough with an energy-saving water pump. The intelligent anti-freezing drinking trough comprises a drinking trough body, a single chip microcomputer and the energy-saving water pump, a trough cover is arranged on the upper portion of the drinking trough body, a fixed frame is connected on the fixed cover through a fixed bolt, a floatingball device is arranged on the fixed frame, the bottom of the floating ball device sequentially penetrates the fixed frame and the fixed cover and extends into an inner trough body, a support is mounted in the upper surface of the fixed frame, a high-level approach switch and a low-level approach switch are sequentially arranged on one inner side, close to the floating ball device, of the supportfrom top to bottom, a heat insulation layer is arranged in a cavity between the inner trough body and an outer trough body, an automatic temperature-control electric heating belt is mounted at the bottom of the drinking trough body, and an insulating layer is arranged on the outer surface of the automatic temperature-control electric heating belt. The drinking trough is simple in structure and stable in working performance, water level is accurately detected, and the drinking trough is provided with an animal drinking device which is efficient in energy, environmentally friendly, good in anti-freezing heat insulation performance, high in safety coefficient and low in economic cost.

Description

technical field [0001] The invention relates to the technical field of drinking water devices, in particular to an intelligent antifreeze drinking water tank with an energy-saving water pump. Background technique [0002] Providing sufficient drinking water for animals in farms is an important means of increasing their productivity. However, most of the existing breeding farms still use manual water to add water to the drinking tank. The amount of water added is not suitable for control, and too much water will cause waste of water sources, and too little water is not enough for drinking, causing workers to add water back and forth, which is time-consuming and laborious. Increase labor intensity, The work efficiency is extremely low, and in the long run, it is extremely unfavorable to the growth of animals. In addition, some farms also use electronic components with contacts to detect the water level, so as to judge whether drinking water needs to be added to the drinking t...

AI Technical Summary

Problems solved by technology

However, most of the existing breeding farms still use manual water to add water to the drinking tank. The amount of water added is not suitable for control, and too much water will cause waste of water sources, and too little water is not enough for drinking, causing workers to add water back and forth, which is time-consuming and laborious. Increase labor intensity, The work efficiency is extremely low, and in the long run, it is extremely unfavorable to the growth of animals

In addition, some farms also use electronic components with contacts to detect the water level, so as to judge whether drinking water needs to be added to the drinking tank. However, this detection technology is not accurate. Some contact elements are easily damaged and have a short service life. They must be replaced every time they are damaged, which increases the economic cost. In addition, most drinking water tanks are directly filled with water by ordinary water pumps. There is no scientific calculation and no energy saving at all. Environmental protection, waste of water

At present, in the field of domestic breeding, especially in winter, the drinking water provided by general drinking water equipment is usually too low in temperature and easily freezes, which seriously affects the quality and quantity of drinking water for animals, thereby affecting their production performance

Although ordinary drinking water equipment can heat drinking water, they have high power consumption, low safety performance, and uneven drinking water temperature, which cannot achieve the desired effect.

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