Tuned liquid mass damper

Abstract

The invention provides a tuned liquid mass damper which conveniently buffers shake and vibration of a high-rise building which takes a liquid storage box as a carrier. The tuned liquid mass damper comprises a liquid storage box body and liquid damping regulating devices which are arranged in the liquid storage box body for regulating flow resistance of liquid contained in the liquid storage box body; the lower end surface and/or the side wall of the liquid storage box body is provided with a connector needed for fastening connection of a building load-bearing wall and/or a load-bearing beam; each liquid damping regulating device comprises a stand column which is perpendicular to an assembly axis and is provided with a crossed cross section as well as fastening sleeve parts which are separately arranged at the two ends of the stand column for fixing the stand column into the liquid storage box body; the multiple liquid damping regulating devices are arranged in the liquid storage box body, and are distributed in the form of a matrix relative to the bottom surface of the liquid storage box body; and while the liquid damping regulating devices are fixedly connected to the liquid storage box body, the assembly axis is perpendicular to the bottom surface of the liquid storage box body. A tuning mass damping function is further added for a fire-fighting water tank, so that damping needs of a building are met.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for an effective way to control the movement of liquids during fires without causing damage or reducing their impact upon other objects nearby. Its technical features include improvements that improve its performance over traditional methods such as tanks used in high rise structures like tall houses while maintaining low costs associated therewith. Additionally, the new design uses lighter materials instead of heavier ones reduces weight and makes installation easier than current designs. Overall, these technologies aim to provide better solutions for prevention and mitigation purposes in various types of constructions including those built under specific environmental factors.

Problems solved by technology

This patented technology describes how people live and work at very tall structures such as stadiums, overlooking for better air circulation during heavy weather conditions. To address this problem, there were developed various devices called tuned mass dams - they move along rails without being affected by gravity waves. These damps also provide improved safety measures against explosion hazards when exposed to severe temperatures. They may include fixed plates attached to the walls of these structures through bolts or screws, allowing adjustments based upon factors like temperature changes.

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