Pig house automatic feeding device and method and matched pig house

Abstract

The invention provides a pig house automatic feeding device and a method and a matched pig house. An X-direction driving motor, an X-direction transmission mechanism and a movable cross beam are arranged at the top part of a bracket of the pig house automatic feeding device; the movable cross beam is provided with a Y-direction driving motor, a Y-direction transmission mechanism and a Z-directiondriving motor; a feed thrower is connected with the Z-direction driving motor by a Z-direction transmission mechanism in a transmission manner; a first sensor is arranged at the top part of the feed thrower; a second sensor, a feed throwing driving motor and a feed throwing valve are arranged at the bottom part of the feed thrower; and the feed throwing driving motor controls the opening and closing of the feed throwing valve so as to throw feed into a feed groove. A controller receives sensing signals output by the first sensor and the second sensor, and controls the X / Y / Z-direction driving motors and the feed throwing driving motor to finish the automatic feeding process. The invention effectively increases the pig raising efficiency and lowers the labor intensity of raising personnel. The pig house quantitatively throws the feed to the pig at fixed time, which avoids non-uniform feeding of the pig and reduces injuries of the pig due to fighting.

Description

technical field [0001] The invention relates to equipment and methods for raising pigs, and in particular to an automatic feeding device and method for pig houses and a supporting pig house. Background technique [0002] With the growing maturity of pig breeding technology and its supporting implementation and construction technology, large pig farms at home and abroad are developing in the direction of factoryization, scale, intensification, and ecologicalization. However, due to the extremely expensive implementation of foreign models, most pig farms in China are equipped with automatic drinking water equipment, and the degree of feeding automation is very low. In some large pig farms, only conveyor belt feeding is used. [0003] Moreover, in small and medium-sized pig farms and rural areas in China, traditional manual methods are still used for pig feeding, with a very low degree of mechanization and automation, and no scale has been formed, resulting in relatively high c...

AI Technical Summary

Problems solved by technology

However, due to the extremely expensive implementation of foreign models, most domestic pig farms are equipped with automatic drinking water equipment, and the degree of feeding automation is very low. In some large pig farms, only conveyor belt feeding is used.

[0003] Moreover, in small and medium-sized pig farms and rural areas in China, traditional manual methods are still used for pig feeding, with a very low degree of mechanization and automation, and no scale has been formed, resulting in relatively high cost of raising pigs, and it is difficult to form effective feeding methods under the market economy. At the same time, it also brings great difficulty to epidemic prevention

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