Earthquake simulation method for children's earthquake prevention education

Abstract

The invention discloses an earthquake simulation method for children's earthquake prevention education. A vibration simulation generating device and different building block houses are used to simulate an earthquake scene; the power is output to eccentric wheel mechanisms through meshing transmission between gears to allow eccentric wheels to rotate; and vibration plates are arranged above the eccentric wheels, and the vibration plates are always in close contact with the eccentric wheels under the action of tension springs. When the eccentric wheels rotate, the vibration plates vibrate upwardand downward. A plurality of vibration plates are used to form a vibration surface, and an elastic rubber pad is attached onto the vibration surface for simulating the state of the earth's surface during an earthquake. Compared with the prior art, the earthquake simulation method for children's earthquake prevention education achieves the effect of simulating earthquake prevention after innovative anti-vibration devices are added on the building block houses, and can stimulate learning interest and innovative thinking of the children through experimental phenomena and building of the buildingblock houses.

Description

technical field [0001] The invention relates to educational toys for enlightening children's intelligence, in particular to the technical field of earthquake-simulating building block type shockproof educational toys. Background technique [0002] Since our country is in an earthquake-prone area, news of earthquakes from time to time makes people panic. At the same time, earthquakes will bring huge property losses and casualties to society and families. Therefore, our country vigorously promotes earthquake disaster reduction and increases the earthquake prevention awareness of the masses. However, there are few existing earthquake-proof education methods for children. The education methods of animation and picture books are basically used. The traditional education methods are not only inefficient but also too monotonous, not innovative, and not enough to arouse children's strong interest. Schools or kindergartens will also actively organize earthquake drills, but they are...

AI Technical Summary

Problems solved by technology

However, there are few existing earthquake-proof education methods for children. The education methods of animation and picture books are basically used. The traditional education methods are not only inefficient but also too monotonous, not innovative, and not enough to arouse children's strong interest.

Schools or kindergartens will also actively organize earthquake drills, but they are too formal and have no profound impact on children.

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