Auxiliary device and auxiliary method for building detection

Abstract

The invention discloses an auxiliary device for building detection. The auxiliary device comprises a base, a lifting mechanism, a rotating mechanism, a pressing mechanism, a mounting mechanism and rollers. One top side of the base is provided with the lifting mechanism. One side of the lifting mechanism is provided with the rotating mechanism. One side of the rotating mechanism is provided with the pressing mechanism. One side of the pressing mechanism is provided with the mounting mechanism. The bottom periphery of the base is provided with the rollers. According to the auxiliary device and the auxiliary method for building detection, an architectural engineering detection ruler can be conveniently corrected through a rotating mechanism with a unique design after the mounting mechanism ismounted rapidly, and vertical and horizontal states of the architectural engineering detection ruler are guaranteed when measuring. The building engineering detection ruler is pressed at a pluralityof points by the pressing mechanism, so that the building engineering detection ruler is tightly attached to a to-be-tested wall surface, and the data precision is guaranteed. The lifting mechanism and the base with the rollers are convenient to move and can be measured at any position.

Description

technical field [0001] The invention relates to the field of auxiliary devices for building detection, in particular to an auxiliary device and an auxiliary method for building detection. Background technique [0002] Construction engineering detector is an electronic instrument, mainly used for construction and completion detection of engineering construction, decoration, bridge construction, equipment installation and other projects; construction engineering detection ruler is one of the important components of construction engineering detector, construction engineering detection The ruler is made of 2-meter folding aluminum alloy, and the instrument is a mechanical pointer. Its functions are verticality detection, levelness detection and flatness detection. It is the most frequently used detection tool in home improvement supervision to detect whether the wall and tiles are smooth. , Vertical, to detect whether the floor keel is level and flat; the auxiliary device for bu...

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Problems solved by technology

[0003] When the existing construction engineering inspection ruler detects the verticality, levelness and flatness of the measured wall surface, the construction engineering inspection ruler must first be calibrated, and the construction engineering inspection ruler needs to be placed on the vertical and vertical standard devices respectively. At the same time, the construction engineering inspection ruler needs to manually hold the ruler to keep it vertical when performing verticality, and deviations are prone to occur in actual operation, resulting in inaccurate detection data; secondly, in the measurement process, especially the flatness measurement, it is necessary to maintain the construction engineering inspection The ruler is close to the wall to be measured, and when using it manually, the uneven force on the construction engineering inspection ruler caused by single-point pressing on the construction engineering inspection ruler will easily lead to detection errors; at the same time, the measurement needs to be measured on the side of different heights and positions. Frequent handling of construction engineering inspection rulers and the need to stand at a high place for measurement, the measurement remains unchanged and has certain potential safety hazards

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