Gradient measuring instrument for constructional engineering floor tiles

Abstract

The invention relates to a gradient measuring instrument for constructional engineering floor tiles. The problems that in the existing floor tile gradient measuring process, the detection process is tedious and inconvenient, and large work intensity is brought to measuring personnel are effectively solved. According to the technical scheme, in the measuring process, a measurer does not need to carefully check a measuring tool with naked eyes, whether the gradient of a detected part meets the requirement or not can be judged only by paying attention to the state of a warning lamp, and in the measuring process, with the floor drain as the center, the gradient of the floor tile is linearly measured on the area with any length as the radius, and compared with traditional sectional detection, the gradient measuring instrument has the advantages that the precision of the detection result is greatly improved, and the reference of the detection result is higher.

Description

technical field [0001] The invention belongs to the technical field of building construction measurement, and in particular relates to an instrument for measuring the slope of building engineering floor tiles. Background technique [0002] With the continuous development of society, people's requirements for living houses are getting higher and higher, and interior decoration is becoming more and more popular among people. Among them, whether the laying of indoor floor tiles is smooth has become the object of people's more attention. For living rooms, horizontal interiors Floor tiles are required to have a higher flatness to enhance the living experience, and a certain degree of slope is required for the laying of floor tiles in the bathroom (a range, as long as it is within this range, it means that it meets the requirements of the specification) so as to facilitate the flow of water. emission; [0003] The existing detection instruments for laying floor tiles in bathrooms...

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Problems solved by technology

[0003] The existing detection instruments for laying floor tiles in bathrooms are usually feeler gauges and rulers. The surveyors can measure the slope of the floor tiles through the cooperation of the two. However, this method requires the surveyors to squat on the ground and lean over to read the plug. The reading of the ruler can be used to determine whether the slope of the floor tiles is standardized, which brings greater difficulty to the surveyors. In addition, the floor drain of the bathroom needs to be taken as the center during the measurement process to measure the slope of the floor tiles around it. Therefore, the surveyors need to squat frequently Going down and leaning over to detect (meaning that the measurer needs to observe the ruler frequently and take readings with the naked eye), which brings great inconvenience to the measurer;

[0004] Moreover, due to the limited length of the ruler, the floor tiles can only be detected segment by segment (the linear measurement cannot be performed in an area with any length as the radius centered on the floor drain), and the completion of the slope detection of the entire floor tile surface in the bathroom requires frequent repetition of the above. Movement, operation is too troublesome and wastes time;

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