Breeding automatic feeder

Abstract

The invention discloses a breeding automatic feeder. The feeder comprises a traveling mechanism, a positioning device, a monitoring system, a material bin, a weighing system, a discharging gate, a material bucket and a control box, the travelling mechanism is composed of a walking wheel, a track and a motor, the positioning device is a positioner, and is installed on the track, the monitoring system is composed of the positioner, a control box and a camera, the walking wheel and the material bin are connected by a fixed structure, the weighing system is composed of a weighing machine and the control box, a weighing machine is installed at the outlet of the material bin, the discharging gate is arranged at the bottom of the material bin, and is associated with the weighing machine, the material bucket is installed and fixed in a feeding area of captive livestock and poultry, and the control box is arranged on the material bin. The automatic feeder has the greatest integrity protection for cultured feeds, does not break the feeds into powder feeds, improves the feeding ability of animal, adds the statistical function of data, and conducts the corresponding feeding adjustment programafter the data processing in the later stage.

Description

technical field [0001] The invention relates to the field of livestock and poultry breeding equipment, in particular to an automatic feeding machine for breeding. Background technique [0002] At present, all the breeding and feeding equipment on the market cannot avoid damage to the feed during the feed transportation process, causing the feed part to become powdery, causing difficulties in the feed intake of livestock and poultry when the feed is fed, and even unwilling to eat. It will cause the growth of livestock and poultry to be affected, delay the time of livestock and poultry slaughter, and increase the cost of feeding. In case of rainy and humid weather, the destroyed feed will easily absorb water, condense and become moldy because it is broken into powder, which will cause poisoning of livestock and poultry and cause immeasurable economic losses. [0003] In the captivity industry, artificial feeding is generally adopted, and there is no fixed or quantitative feed...

AI Technical Summary

Problems solved by technology

[0002] At present, all the breeding and feeding equipment on the market cannot avoid damage to the feed during the feed transportation process, causing the feed part to become powdery, causing difficulties in the feed intake of livestock and poultry when the feed is fed, and even unwilling to eat. It will affect the growth of livestock and poultry, delay the time of livestock and poultry slaughter, and increase the cost of feeding

In case of rainy and humid weather, the damaged feed will easily absorb water, condense and become moldy because it is broken into powder, which will cause poisoning of livestock and poultry, resulting in immeasurable economic losses.

[0003] In the captivity industry, artificial feeding is generally adopted, and there is no fixed or quantitative feeding. During the feeding process, part of the feed may be abandoned by livestock and poultry due to excessive feeding, or too little feed input may lead to uneven growth of livestock and poultry. On the one hand, it will cause Feed waste, on the other hand, will increase the cost of feeding and feeding workers

The semi-automatic feeding machine only reduces labor loss, and cannot accurately monitor the growth and feeding conditions of livestock, and does not collect clear feeding data during feeding, and cannot be adjusted according to actual conditions to adapt to different feeding program, resulting in the inability to achieve large-scale management, which has an impact on the balance of the growth cycle of livestock and poultry

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