Detection equipment and detection method for curtain wall glass bursting tendency

Abstract

The invention discloses equipment and a method for detecting the burst tendency of glass of a curtain wall. A strain material is used for detecting the distortion degree of the glass, a strain gauge pressure sensor is closely contacted with the surface of the glass to be measured by a negative pressure absorption device, the deformation of a strain gauge is completely consistent with that of the glass in an ideal state, the deformation degree of the glass of the curtain wall can be determined by processing a deformation signal by using a measurement detection circuit, and the magnitude of stress inside the glass is indirectly obtained through calculation, so that the safety of the glass of the curtain wall can be conveniently and quickly detected in real time on the spot. The invention has the advantages that: 1, by the measurement method, the function of real-time, on-site, quantitative and quick measurement is realized, and the method is low in measurement cost and is safe, convenient, efficient and accurate; and 2, measured data can be accurately and timely sent into a computer, and an intact detection database is established so as to store the measured data, so that a good reference basis is provided for the regular measurement and evaluation in the future.

Description

Technical field [0001] The invention relates to a detection device, specifically a curtain wall glass bursting tendency detection device and a detection method; it belongs to the technical field of curtain wall glass bursting tendency and preventive detection in the architectural decoration industry. Background technique [0002] The glass curtain wall is a new type of contemporary wall. With the development of my country's economy, it has been widely used for a history of ten or twenty years. The most important feature it gives to the building is the integration of architectural aesthetics, architectural functions, building energy efficiency and building structure. Organically unified, but this extensive use also brings new security risks-the burst of curtain wall glass! Its severity has endangered personal and property safety! In order to better prevent and detect such hidden dangers in time, it is particularly important to detect the quality of curtain wall glass. Now, a simpl...

AI Technical Summary

Problems solved by technology

[0005] 2. Curtain wall frame: After the curtain wall frame is installed, it must be adjusted and calibrated to ensure flatness. However, as time goes by, the building foundation will sink, the wall will tilt, etc., these changes will be transmitted to the aluminum alloy frame, and the glass After fixing, under the action of static load and dynamic load, the frame will also be deformed and the flatness will be changed.

[0008] 5. In addition, because the curtain wall glass is used outdoors, long-term wind blowing, sun exposure, rain forest, uneven temperature changes, etc. will aggravate the changes in the structure of the glass itself, making the glass more fragile, with a decrease in the deflection coefficient and resistance to deformation. weakened capacity

[0010] Due to the social hazards caused by the bursting of curtain wall glass, the state has also issued the "Standards for the Safety and Maintenance of Glass Curtain Walls" and the corresponding "Management Measures". Lack of effective technical means

Especially for the monitoring of glass curtain walls in use, it is currently a technical blank

At present, the main detection method for curtain wall glass is to remove the glass from the supporting frame, and then inspect the glass. This detection is still on the basis of the curtain wall glass assembly process. For high-rise buildings, it is necessary to re-build the shelf , this part of the cost will be added to the testing fee

In addition, when inspecting the old curtain wall, it needs to be dismantled. What to do if it is damaged. The curtain wall glass ten years ago is completely different from the current one, and the possibility of finding an identical one to install it is too small

Moreover, the workload would be particularly large if each glass was identified

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