Intelligent construction protection platform and control method thereof

Abstract

The invention provides an intelligent construction protection platform and a control method thereof. The intelligent construction protection platform comprises a protection platform body. A control module; a rotating module; the visual camera inputs detected first environment information into a control unit in the control module, and the control unit firstly controls the control module to ascend, descend and rotate to a proper position according to the detected first environment information and then controls the positioning module to stretch out in the radial direction; the control module controls one positioning module located at the position with the large distance from the hole wall in each group of positioning modules to stretch out in place, and then controls the other positioning module located at the position with the small distance from the hole wall in each group of positioning modules to stretch out; manual installation is not needed, time and labor are saved, the protection platform is theoretically applicable as long as the outer diameter of the protection platform is smaller than the inner diameter of the hole wall and the inner diameter of the hole wall is within the telescopic stroke of the telescopic mechanism, the protection platform meeting the size requirement does not need to be additionally manufactured on site according to different hole diameters, and the application range is wide.

Description

technical field [0001] The invention relates to the technical field of engineering construction protection, in particular to an intelligent construction protection platform and a control method thereof. Background technique [0002] The risk of falling objects from high altitude is extremely high when digging holes manually, and falling objects from high altitude will cause unpredictable personal threats to the construction personnel and the environment in the hole. In the previous section, the meniscus protection was installed at the retaining wall, but there are still the following problems: [0003] 1) Because the size of the construction retaining wall cannot be accurately controlled, and the diameters of the excavated holes are different, the meniscus protection platform needs to be manufactured according to the actual hole diameter on site, and it is extremely difficult to install on site; [0004] 2) The manual excavation pile is to dig one section for protection and...

AI Technical Summary

Problems solved by technology

[0002] The risk of falling objects from high altitude is extremely high when digging holes manually, and falling objects from high altitude will cause unpredictable personal threats to the construction personnel and the environment in the hole. In the previous section, the meniscus protection was installed at the retaining wall, but there are still the following problems:

[0003] 1) Because the size of the construction retaining wall cannot be accurately controlled, and the diameters of the excavated holes are different, the meniscus protection platform needs to be manufactured according to the actual hole diameter on site, and it is extremely difficult to install on site;

[0004] 2) The manual excavation pile is to dig one section for protection and one section is required for every meter of excavation. The installation of the meniscus protection platform is cumbersome, time-consuming and laborious, and the construction personnel are unwilling to install the meniscus because it affects the construction efficiency;

[0005] 3) In the prior art, the meniscus is often set in a half-closed shape to facilitate construction personnel to pass through, but the installation stability of the half-closed half-moon-shaped protective platform is poor, and there is a risk of falling off;

[0006] 4) The brightness in the excavated hole is insufficient, and the installation position of the meniscus protective platform at the environmental site cannot be accurately known. During the actual installation of the protective platform by the construction personnel, the fixed position of the protective platform is likely to be loosened, which constitutes a safety hazard;

[0007] 5) The meniscus protection platform in the prior art has poor air permeability and visualization functions, which affects the working comfort and information synchronization of construction workers

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