Animal feeding system

Abstract

The invention relates to an animal feeding system. The system includes a feeding machine, a timer, a binding device, a controller, an arc runway and a nanometer power generation device. The arc runwayincludes an inner ring baffle and an outer ring baffle, and the feeding device is fixed to the inner ring baffle and moves along the inner ring baffle under the control of the controller. The bindingdevice is used for binding the nanometer power generation device with an animal. When the controller controls the feeding device to move along the inner ring baffle, the animal is guided in movementalong the arc runway to drive the nanometer power generation device to generate power. The timer is used for counting the movement time of the animal and sending the time to the controller. Accordingto the animal feeding system, by reasonably feeding the animal and utilizing the feeding process to drive the animal to move, the meat quality of the animal is improved, and meanwhile, kinetic energygenerated during movement of the animal is fully utilized to achieve energy collection.

Description

technical field [0001] The invention belongs to the technical field of animal breeding, in particular to an animal feeding system. Background technique [0002] In the prior art, captive breeding is generally adopted in the animal feeding process, and the animals are fed by artificially feeding food regularly, and the movement of the animals is minimized so that the animals can reduce energy consumption and allow the animals to grow rapidly. However, this feeding method exists The following disadvantages are: first, the specific amount of food feeding and nutritional balance cannot be well controlled; second, because the animals do not exercise, the meat quality of the animals is not delicious and firm enough, which affects the final taste of the animals; at this stage, follow-up With the improvement of people's living standards, the demand for meat quality is not only limited to the meat in the past, but also the health and taste of meat. Therefore, there are also some ways...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, captive breeding is generally adopted in the animal feeding process, and the animals are fed by artificially feeding food regularly, and the movement of the animals is minimized so that the animals can reduce energy consumption and allow the animals to grow rapidly. However, this feeding method exists The following disadvantages are: first, the specific amount of food feeding and nutritional balance cannot be well controlled; second, because the animals do not exercise, the meat quality of the animals is not delicious and firm enough, which affects the final taste of the animals; at this stage, follow-up With the improvement of people's living standards, the demand for meat quality is not only limited to the meat in the past, but also the health and taste of meat. Therefore, there are also some ways to raise animals in free range. Although this way is in To a certain extent, it solves the problem of meat quality, but it cannot effectively control the growth cycle of animals in real time, resulting in long growth time of animals and uncontrolled slaughter time, which greatly increases the cost of animal feeding to a certain extent

Images