Simulation demonstration device for seismic mitigation and absorption technology

Abstract

The invention discloses a simulation demonstration device for the seismic mitigation and absorption technology. The device comprises a vibrating table, a seismic isolation pad, an upper pedestal and asupporting column. A base is arranged at the bottom of the vibrating table. A vibrating table placement platform is arranged at the top of the vibrating table. The top of the vibrating table placement platform is provided with a buffering plate. The top of the buffering plate is provided with a fixed plate. Two groups of seismic isolation tables are fixed on the upper surface of the fixed plate through the seismic isolation pad. A fixed column, extending into the interior of the fixed plate, is arranged on the seismic isolation pad. The top of the seismic isolation pad is provided with a model pasting plate through a seismic isolation structure. The tops of the seismic isolation tables are fixedly provided with building models. The device is simple in structure and low in cost. The building models can be diversified and can be simultaneously placed in a plane for simulation purpose. Therefore, the effect of the seismic mitigation and absorption technology, the knowledge of earthquakehazards and the knowledge of disaster prevention and disaster prevention can be visually propagandized. The consciousness of the public in preventing disasters and reducing damages can be improved. Bymeans of the vibrating table, the vibration situation of the earthquake can be simulated. Therefore, the effect of contrast experiments is achieved.

Description

technical field [0001] The invention relates to the technical field of popular science education, in particular to a simulation demonstration device for shock absorption and isolation technology. Background technique [0002] With the development of the times, people's living standards are constantly improving, and science education is becoming more and more perfect. At present, most of the publicity methods for earthquake science knowledge in my country's market are explained in the form of graphic presentations and video presentations. This kind of The content of the method is single and boring, lacks interest and novelty, and cannot attract the audience's interest in learning. This old-fashioned learning method is far from meeting the learning needs of modern people. How to solve the problems existing in the existing technology and attract more The audience is here to learn the knowledge of earthquake science. The following will provide a simulation demonstration device of ...

AI Technical Summary

Problems solved by technology

[0002] With the development of the times, people's living standards are constantly improving, and science education is becoming more and more perfect. At present, most of the publicity methods for earthquake science knowledge in my country's market are explained in the form of graphic presentations and video presentations. This kind of The content of the method is single and boring, lacks interest and novelty, and cannot attract the audience's interest in learning. This old-fashioned learning method is far from meeting the learning needs of modern people. How to solve the problems existing in the existing technology and attract more The audience is here to learn the knowledge of earthquake science. The following will provide a simulation demonstration device of seismic isolation technology. Seismic isolation means isolating earthquakes. Seismic isolation devices are installed on the base of buildings and structures or at a certain location to isolate or dissipate seismic energy. Avoid or reduce the transmission of earthquake energy to the upper structure, reduce the structural vibration response, and the building will only move and deform slightly, so as to ensure the safety of the building during the earthquake, and the traditional screen display board and text publicity content will be passed through the motion demonstration device. The main purpose of this utility is to convey popular science knowledge information more intuitively

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