Toilet with natural pigsty environment conditioning function

Abstract

The invention discloses a toilet with a natural pigsty environment conditioning function. The toilet is designed according to biological characteristics of pigs and temperature difference laws of pigsties, is based on triangular positioning regulators (with the number of ZL: 2005100102275) and the pigsties with inner rings and outer rings, and is characterized in that heat-insulation and ventilation effects can be realized by upper covers of the inner rings, and toilet cubicles can be closed by the aid of supports, thin films and outer wall panels. The toilet has the advantages that the thickness of ice on the thin films and the outer wall panels can be increased along with decrease of the air temperature, so that temperature difference can be generated between the inner rings and the toilet cubicles, and the temperatures of the inner rings and the toilet cubicles are stable respectively; harmful gas and moisture are continuously naturally condensed by the aid of the toilet cubicles, ventilation rates of the pigsties and the air can be obviously reduced, the preferential temperatures of the inner rings can be maintained by heat dissipated by pig groups without extra heat supply, and obvious energy-saving effects can be realized along with decrease of the air temperature; excellent environments can be created by the aid of the temperatures and the humidity of the inner rings and the quality of the air; the problem of high morbidity and mortality rate of pig groups due to high internal humidity of pigsties and poor quality of air in the north in winter can be solved.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This new type of sanitary fixture has several technical benefits over existing designs. Firstly it reduces power usage while still providing proper environmental conditions inside. Additionally, this design helps reduce water vapor buildup within the house's interior, resulting in better thermal performance during colder weather with less electricity needed compared to older options like traditional plastic or ceramic tiles. Overall, these improvements improve efficiency and save money when used indoors at nighttime.

Problems solved by technology

This patented technical problem addressed in the patents relates to improving thermal efficiency within pigstyards without increasing their own weight or requiring frequent maintenance costs due to high temperatures associated with environmental factors like indoor space conditions such as outdoor light levels.

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