Main body quality testing device for buildings

Abstract

The invention discloses a main body quality testing device for buildings. The device comprises a base, a lifting mechanism, a pair of bottom sliding slots, a bottom sliding seat, a first fixing seat,a top plate, an annular groove, a pair of top sliding slots, a second fixing seat, pair of first adjusting rods, a pair of second adjusting rods, a driving device, a sub-splicing seat, a side slidingslot, a slider, an instrument fixing plate, a splicing groove, a circular ring block, a rubber layer, a resiliometer, an ultrasonic detector, a CT scanner, a data processing unit, a display screen anda support frame. The main body quality testing device for buildings provided by the invention can not only combine a plurality of measuring instruments completely, but also disassemble the instruments according to actual measurement needs by realizing the detachable connection of the device through a plurality of sub-splicing seats, can ensure that the instruments do not deviate during use by providing a limit groove in the side sliding slot of the sub-splicing seats, and can realize the long-distance physical connection of the instruments to prevent instrument loss by setting an automatic wire-receiving device.

Description

technical field [0001] The invention relates to the field of quality detection equipment. More specifically, the present invention relates to a quality detection device for building body. Background technique [0002] In engineering testing, the testing of the quality of the main body of the building mainly includes: the strength of concrete or masonry, the thickness of the protective layer of steel bars, and the thickness of the building, among which the strength of concrete or masonry can be estimated on-site using the rebound method for non-destructive testing. During the detection process, the rebound tester is used for detection; the detection of the thickness of the protective layer of the steel bar is operated by an electromagnetic induction detector; [0003] In the construction of engineering inspection, due to different location environments, it is necessary to disassemble the instrument and use it to measure the data of multiple different locations at the same ti...

AI Technical Summary

Problems solved by technology

[0003] In the construction of engineering inspection, due to different location environments, it is necessary to disassemble the instrument and use it to measure the data of multiple different locations at the same time. The existing engineering quality inspection device is basically an integrated machine, which cannot measure different inspections in multiple locations at the same time. project, the detection efficiency is low, if a separate electromagnetic detector or ultrasonic detector is used for detection, it is easy to cause the instrument to be lost, and it is not easy to carry. Often these detection instruments are very expensive and easy to cause unnecessary losses, or use simple brackets The connection is easy to cause unstable placement of the instrument and inaccurate measurement results

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