A Shock Absorbing Structure for Small Houses

Abstract

The invention relates to a shock absorption structure for a small-sized house, comprising a frame structure composed of a support column and a support beam, and the support column is anchored to the ground. A pulling rope is anchored in the middle of one supporting beam; the pulling rope of any supporting beam extends horizontally along the middle beam to the other supporting beam facing the supporting beam, and the pulling rope passes through the other supporting beam and is vertical The downward extending end of the pulling rope is fixed with a counterweight block, and below the counterweight block is provided with an elastic piece whose two ends are respectively connected with the counterweight block and the ground, and the elastic piece is in a balanced state. By adopting the above technical solution, an elastic member in a balanced state is arranged between the bottom of the counterweight and the ground, so that the small house is damped in the opposite direction to the inclination direction, thereby generating an acceleration to reset the small house. The shock absorption effect is good, and the overall structure is simple and the construction cost is low.

Description

technical field [0001] The invention relates to the technical field of building houses, in particular to a shock-absorbing structure for a small-sized house. Background technique [0002] At present, in the construction field, the traditional building is a solid combination of the foundation and the building. However, if it is built in an area with frequent crustal movement, it will swing due to the inertia of crustal activities such as earthquakes, causing damage to the structure of the house. damage, which could eventually pose a risk of the house collapsing. [0003] Existing shock absorption methods for high-rise buildings or large buildings include setting hydraulic cylinders to absorb vibration energy, or hanging counterweight wind dampers on the roof, etc., which can all play a role in shock absorption. For small-scale residential buildings such as self-built low-rise houses, the cost is very high and the feasibility is poor, so there is room for improvement. Conte...

AI Technical Summary

Problems solved by technology

[0002] At present, in the construction field, the traditional building is a solid combination of the foundation and the building. However, if it is built in an area with frequent crustal movement, it will swing due to the inertia of crustal activities such as earthquakes, causing damage to the structure of the house. damage, which could eventually pose a risk of house collapse

[0003] Existing shock absorption methods for high-rise buildings or large buildings include setting hydraulic cylinders to absorb vibration energy, or hanging counterweight wind dampers on the roof, etc., which can all play a role in shock absorption. For small-sized residential buildings such as self-built low-rise houses, the cost is very high and the feasibility is poor, so there is room for improvement

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