Quantitative water injection device for modern livestock breeding

Abstract

The invention discloses a quantitative water injection device for modern livestock breeding, which comprises a circulating water inlet pipeline, a water containing device, an automatic water injection device and a heat preservation water feeding device. A loop water pipe is erected on an original breeding farm, an original constructed trough structure is not damaged, water is pumped out of a well and then led into a water tank, and redundant water is returned to the well, so that waste is avoided. The water tank is easy to mount and demount, food residues in the water tank are convenient to clean, the water level in the water tank can be controlled by changing the gear transmission ratio in a control box, the water feeding amount of livestock can be accurately controlled, scientific breeding is achieved, the automatic water injection device reduces labor consumption, and meanwhile time is saved. The hollow structure in a double-layer shell of the water tank can effectively preserve heat of water in the tank, reduce energy waste and reduce electricity consumption, the interior of the water tank can be automatically cleaned, timing operation is conducted through a control module, and therefore the functions of water feeding, cleaning, medicine supplying and temperature adjusting at regular time are achieved.

Description

technical field [0001] The invention relates to the technical field of modern animal husbandry, in particular to a quantitative water injection device for modern animal husbandry. Background technique [0002] With the development of the economy, people's living standards have improved, and the demand for meat is also increasing, resulting in an increasing demand for meat such as mutton and beef in the meat market. In order to meet the needs of the market, people began to scientifically breed livestock such as cattle and sheep on a large scale. In modern scientific breeding, the feeding time of cattle or goats of each age and the control of the amount of water fed are one of the factors that can most affect the growth of cattle and sheep, and are also one of the most important factors. [0003] In modern medium and large farms, the drinking water for cattle and sheep is basically in the same tank, or the tank and the trough are shared. Pump water from the well to fill the ...

AI Technical Summary

Problems solved by technology

This way of feeding water has disadvantages: (1) in modern medium and large-scale farms, cattle and sheep of different ages are fed water in a trough or a water tank, and the amount of water fed to cattle and sheep depends on the body size of cattle and sheep. , body weight, age, and physical condition vary; for example: strong and heavy cattle and sheep should drink more water, but not too much water at one time; small calves and lambs should be fed with less water, and they should drink more water. Avoid calves and lambs that drink too much water and have loose stools, or get sick in severe cases

If water is fed in a tank, the amount of water fed to each animal cannot be controlled individually, which will affect the growth rate and health of the livestock

(2) The water tank and the food tank are shared, so that the food residue will be mixed with the water, and the residue will float on the water surface or settle at the bottom of the tank. After feeding the water, the tank needs to be cleaned in time, which increases the workload; if it is not cleaned in time, when The residue exists at the bottom of the tank for a long time and deteriorates, causing the tank to be polluted and bacteria to breed, causing great harm to the health of livestock

(3) Most of the existing food troughs are made of concrete pouring. When building a food trough, if the water tank is designed separately, it will increase the complexity of the design, increase the difficulty of construction, increase the cost of construction, and it will be troublesome and difficult to dismantle later. Adjust the sink position

(3) In winter, animal husbandry and veterinarians need to observe the livestock for a period of time when treating them. During the treatment and observation process, the temperature of the drinking water of the livestock needs to be controlled. The current water feeding equipment is easy to lose heat in the water body. , a large waste of energy; when adjusting the warm water, the corresponding nutritional medicine or anti-inflammatory medicine will be added in the water tank; after use, the liquid medicine in the feeding tank is difficult to clean, and it is glued to the inner wall of the feeding tank, affecting the health of livestock

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