A real-time intelligent detection device for civil engineering buildings

Abstract

The invention relates to the technical field of building surveying, in particular to a real-time intelligent detection device for civil engineering buildings, which includes a cuboid-shaped control rod, each of which ends of the control rod is fixedly connected with a spherical shell-shaped hinged shell, and the inner cavity of the hinged shell There are hinged balls in the middle fit, and several evenly distributed locking devices are arranged on the hinged shell shell, which are located on one side of the hinged balls. The upper ring of the hinged shell is provided with a number of uniformly distributed collecting and distributing lumens. One end of the locking device and the collecting and distributing pipe Cavities are connected, and a columnar cavity is opened in the middle of the control rod. The structural design of the present invention realizes the flexible rotation between the hinge shell and the hinge ball, and realizes several clamping devices firmly clamping the hinge ball through high pressure, and then realizes the stable shape of the present invention. This ensures that after the outer rod is nailed into the ground, the detection device will not be affected by the external environment, and the detection device remains stable to ensure the measurement accuracy of the detection device.

Description

technical field [0001] The invention relates to the technical field of building measurement, in particular to a real-time intelligent detection device for civil engineering buildings. Background technique [0002] In the civil engineering construction in the prior art, real-time intelligent detection equipment, such as laser signal detection equipment, is used to fix the equipment on the support frame, and some vertical poles on the support frame are nailed into the ground, so as to ensure the positioning of the detection equipment without Affected by the external environment, such as the impact of wind blowing, if the detection equipment cannot be aimed accurately after the support frame is positioned, because the laser emitted by the instrument needs to be attached to the wall and the laser is irradiated upwards, how to make the laser emitted by the instrument The laser is close to the outer wall of the building to monitor the shape of the building, which requires fine pos...

AI Technical Summary

Problems solved by technology

[0002] In the civil engineering construction in the prior art, real-time intelligent detection equipment, such as laser signal detection equipment, is used to fix the equipment on the support frame, and some vertical poles on the support frame are nailed into the ground, so as to ensure the positioning of the detection equipment without Affected by the external environment, such as the impact of wind blowing, if the detection equipment cannot be aimed accurately after the support frame is positioned, because the laser emitted by the instrument needs to be attached to the wall and the laser is irradiated upwards, how to make the laser emitted by the instrument The laser is close to the outer wall of the building to monitor the shape of the building, which requires fine position adjustment of the laser emission source. The support frame is only convenient for rough position adjustment. For this reason, we provide a real-time intelligent detection equipment for civil engineering buildings.

Images