Pressure detector for intelligent closestool flushing system

Abstract

The invention discloses a pressure detector for an intelligent closestool flushing system. A sealing gasket and a lifting device are sequentially arranged in a cavity, formed by a water inlet seat and a worm positioning shell, along the direction from the water inlet seat to the worm positioning shell, a diverter capable of rotating under the drive of the lifting device is arranged above the wormpositioning shell, a diverter shell is arranged outside the diverter on the worm positioning shell, a pressure localizer is arranged on the diverter shell, the upper part of the diverter passes through the diverter shell and is arranged in a redirection hole of a pressure detection sheet on the pressure localizer, which is connected with a computer chip of an intelligent closestool, the upper part of the diverter is matched with the redirection hole of the pressure detection sheet, and the rotation of the diverter can drive the pressure detection sheet to rotate. The invention has high intelligentization degree, can be used for detecting water pressure in a pipeline and calculating a set flushing time so as to achieve a set flushing volume, and is environmental-friendly and suitable for all the intelligent closestools.

Description

Technical field: [0001] The invention belongs to the technical field of pressure detectors, in particular to a pressure detector used in an intelligent toilet flushing system. Background technique: [0002] With the improvement of living standards and the advancement of science and technology, more and more people begin to pay attention to their quality of life. The toilet, which has always been unrefined, has also been added with more and more high-tech elements, allowing bathroom users to more comfortable. At present, the traditional flush toilet has been popularized because of its cleanliness, hygiene and ease of use. However, the traditional flush toilet has a low degree of intelligence, and can only mechanically flush away the dirt in the toilet with the water in the water tank when flushing. Since the flush toilet cannot automatically identify the amount of flushing water, it is easy to cause waste of water resources during use and increase the cost of living. In re...

AI Technical Summary

Problems solved by technology

However, the traditional flush toilet has a low degree of intelligence. When flushing, the water in the tank can only be used to flush away the dirt in the toilet mechanically.

Since the flush toilet cannot automatically identify the amount of flushing water, it is easy to cause waste of water resources during use and increase the cost of living

In response to this situation, flush toilets with separate flushing buttons are generally designed on the market, but people will inevitably make mistakes during use, so this design can only be regarded as a water-saving design subjectively, and it is not very good. Ensure that the urine is flushed with small water, and the stool is flushed with large water, so as to achieve the effect of mandatory water saving

Therefore, smart toilets have appeared in response to the trend. Smart toilets can automatically identify toilets and toilets, and automatically switch between large and small flushing states. Because the pressure of pipelines such as water pipes is unstable and often changes, the amount of water flushed out under different water pressure conditions may also be different, too much or too little, too much waste of water resources, too little Can't effectively flush out the dirt in the toilet, the degree of intelligence is not enough, there are defects

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