Photovoltaic enhanced compost waterless toilet and composting method

Abstract

The invention discloses a photovoltaic enhanced compost waterless toilet and a composting method. The photovoltaic enhanced compost waterless toilet comprises a toilet room, an excrement storage roomand a collection room; the toilet room comprises a squatting pan, a pedal mechanism, a fly killing lamp and an exhaust fan; the excrement storage chamber is arranged below the toilet room and comprises a mechanical transmission device connected with the pedal mechanism, a mechanical stirring cage excrement collection box, an excrement decomposition collection box and a solar heater; The collectionchamber is arranged on the outer side of the excrement storage room and comprises an excrement decomposition collection box and a solar heater; the solar heater is connected with the solar energy storage mechanism; the pedal mechanism is connected with the mechanical transmission device and is connected with a transmission shaft of the mechanical stirring cage excrement collection box; and excrement decomposed by the solar heater is transmitted to the excrement decomposition collection box. According to the invention, a solar system and a composting system are integrated, and under the premise of protecting the environment, the resource utilization of excrement and the environmental sanitation of toilets are realized, so that a feasible technical basis is provided for dry toilets in ruralwater-deficient areas.

Description

technical field [0001] The invention relates to sanitary equipment, in particular to a photovoltaic-enhanced composting anhydrous toilet and a composting method. technical background [0002] With the improvement of the country's requirements for the construction of new countryside, more and more attention has been paid to the sanitation of toilets in rural areas. At present, toilets in rural areas of our country are mainly divided into two types: dry toilets and water toilets. Among them, dry toilets are mainly distributed in the northern region, and water toilets are mainly distributed in the southern region. Dry toilets do not need water to flush after using the toilet, so the toilets have serious environmental hygiene problems; water toilets are more hygienic than dry toilets after using the toilet, but due to their large water demand and backward drainage in rural areas The system and imperfect sewage treatment facilities have also brought hidden dangers to hygiene. T...

AI Technical Summary

Problems solved by technology

Dry toilets do not need water to flush after using the toilet, so the toilets have serious environmental hygiene problems; water toilets are more hygienic than dry toilets after using the toilet, but due to their large water demand and backward drainage in rural areas The system and imperfect sewage treatment facilities also bring hidden dangers to hygiene

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