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Water turbine based power suction type closestool
A water turbine based power suction type closestool comprises a volute chamber for accommodating a water turbine and a tape water injection port connected by being tangential to the side wall of the volute chamber, wherein a water outlet is formed in the upper portion of the volute chamber and is connected with a water inlet of a closestool hollow frame through a pipe. The water turbine is closed in the volute chamber and drives a water turbine rotation shaft to synchronously rotate. A propeller fixed outside the volute chamber and under the turbine shaft and an optimal stirring knife are driven by the turbine shaft to synchronously rotate. The propeller and the stirring knife are located in a closestool S-bend. During flushing of a closestool, a gate valve is opened, and tap water flows into the volute chamber, transfers a function to an impeller and then flows into the water inlet of the closestool hollow frame through a pipe. The impeller drives the propeller and the stirring knife to rotate at high speed, a mixture of a blocking liquid and excrement the position of the S-bend is sucked into a sewer. Clear water flowing into the water inlet of the closestool hollow frame is injected into the closestool. Therefore, mixing of the clear water and the excrement is avoided, and water is saved. The installing position of the water turbine can further serve as an opening position, part replacement is facilitated, and water scale at the position of the S-bend is removed.
Water turbine based power suction type closestool
A water turbine based power suction type closestool comprises a volute chamber for accommodating a water turbine and a tape water injection port connected by being tangential to the side wall of the volute chamber, wherein a water outlet is formed in the upper portion of the volute chamber and is connected with a water inlet of a closestool hollow frame through a pipe. The water turbine is closed in the volute chamber and drives a water turbine rotation shaft to synchronously rotate. A propeller fixed outside the volute chamber and under the turbine shaft and an optimal stirring knife are driven by the turbine shaft to synchronously rotate. The propeller and the stirring knife are located in a closestool S-bend. During flushing of a closestool, a gate valve is opened, and tap water flows into the volute chamber, transfers a function to an impeller and then flows into the water inlet of the closestool hollow frame through a pipe. The impeller drives the propeller and the stirring knife to rotate at high speed, a mixture of a blocking liquid and excrement the position of the S-bend is sucked into a sewer. Clear water flowing into the water inlet of the closestool hollow frame is injected into the closestool. Therefore, mixing of the clear water and the excrement is avoided, and water is saved. The installing position of the water turbine can further serve as an opening position, part replacement is facilitated, and water scale at the position of the S-bend is removed.
Water turbine based power suction type closestool
JIN CHUNXIN (author)
2015-04-15
Patent
Electronic Resource
English
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