Multi-layer ecological pig raising system

Abstract

The invention discloses a multi-layer ecological pig raising system. The system comprises a treatment room and a plurality of pig raising houses, wherein each pig raising house comprises a pig chamberand a collecting chamber which are separated through a floor; pigs are bred in each pig chamber; a manure scraping device is arranged in each pig chamber; each manure scraping device comprises a water outlet frame body; each manure scraping device is provided with an air cylinder and a scraper; a notch is formed between the floor and a side wall of each pig raising house; one side of each pig raising house is closed through a partition wall; a waste collecting chamber is formed between each partition wall and the corresponding pig raising house; a wall scraping plate is arranged between eachpartition wall and the side wall of the corresponding pig raising house; the treatment room comprises a compost room and an anaerobic fermentation chamber which are separated through a partition plate; excrements in the waste collecting chambers are conveyed to the compost room through a pump; the compost room is provided with a compost chamber; the compost chamber and the partition plate are provided with leakage holes; and liquid in the compost chamber flows into the anaerobic fermentation chamber through the leakage holes. According to the multi-layer ecological pig raising system, the pigchambers can be automatically cleaned, unified automatic follow-up treatment can be conducted on the excrements of the pigs, people do not need to make contact with the pigs in the whole process, andthe pigs cannot be affected, so that manpower and material resources are greatly saved, and the pig chambers can be kept clean and tidy to the maximum extent.

Description

technical field [0001] The invention relates to the technical field of pig feeding devices, and more specifically relates to a multi-layer ecological pig raising system. Background technique [0002] The existing pig raising system generally needs to manually clean the pigsty. The environment of the pigsty is harsh, which brings a lot of burden to the cleaners. The cleaners either drive the pigs to one place before cleaning, or directly clean them in a hurry It's over, the cleaning is not clean enough. The cleaners frequently enter and leave the pigsty, and infectious diseases may also be transmitted to the pigs. In addition, the follow-up treatment of the cleaned feces and excreta is also manual handling, which is labor-intensive and has a considerable impact on people's physical and mental health. At present, there is also a multi-layer pigsty to reduce the site and realize unified management at the same time. In this mode, the cleaning of the pigsty and the follow-up tr...

AI Technical Summary

Problems solved by technology

[0002] The existing pig raising system generally needs to manually clean the pigsty. The environment of the pigsty is harsh, which brings a lot of burden to the cleaners. The cleaners either drive the pigs to one place before cleaning, or directly clean them in a hurry It's over, the cleaning is not clean enough

The cleaners frequently enter and leave the pigsty, and there may be infectious diseases transmitted to the pigs

In addition, the follow-up treatment of the cleaned feces and excreta is also manual handling, which is labor-intensive and has a considerable impact on people's physical and mental health.

At present, there is still a multi-layered pigsty to reduce the site and realize unified management at the same time. In this mode, the cleaning of the pigsty and the follow-up treatment of feces and excreta are more troublesome. A new multi-layered pig raising mode needs to be provided.

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