Drainer overturning control device based on gravity detection

Abstract

The invention discloses a drainer overturning control device based on gravity detection. The method is based on a motor which is fixedly connected with a drainer by virtue of a rotating shaft, and comprises the following steps: presetting a weight value of water in a pool basin; detecting the weight of water in the pool basin, and acquiring the weight value; presetting a difference table, dividing the differences into multiple ranges by virtue of the difference table, and setting the corresponding value of the number of rotating turns of the motor in each range; obtaining an actual difference value; comparing the actual difference value with the difference table, and determining the range in which the actual difference value is positioned so as to acquire the number of rotating turns of the motor set in the range; driving the rotating shaft to rotate by the motor according to the acquired number of rotating turns of the motor, and driving the drainer to turn so as to form an included angle between the drainer and a drain opening. According to the method disclosed by the invention, the value of the number of different rotating turns of the motor can be acquired according to the difference range, and the motor is controlled to rotate for different turns, so that different included angles are generated between the drainer and the drain opening, and automatic drainage control can be realized.

Description

technical field [0001] The invention relates to a method for controlling the overturning of a drainer based on gravity detection, and belongs to the technical field of drainage devices. Background technique [0002] The flip-type drain is a permanent drainage structure in basins such as pool basins and wash basins. Therefore, the drain is a drainage device placed in the sink of the wash basin. The traditional drainer is clamped on the drain port, and the drain port is connected to the downpipe, and the drainer is rotated by turning over the drainer to form a channel for water flow, thereby realizing the drainage function. Such a drainer is usually a disc, which can flexibly realize airtightness and flipping. The structure is simple, so that when people need to drain water, they only need to press the drainer, and the operation is convenient. [0003] Although the traditional drainer is simple in structure, it still has deficiencies in actual use. For example, the drain is ...

AI Technical Summary

Problems solved by technology

However, despite this, the drainer with this structure still does not have the function of automatically controlling the overturning. Although the drainage can be formed by staggering between the grooves, the space for drainage is limited, and the weight of the water in the basin cannot be detected. This function is single and inefficient to use

[0007] Therefore, the existing drainer cannot detect the weight of the water in the basin, and control the flipping of the drainer, so it does not have automation and intelligence, and can only manually press the drainer, which greatly enhances the safety of people. The degree of dependence, so it cannot be conveniently provided for people to use

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