Component type timber structure building energy absorption and shock absorption structure

Abstract

The invention discloses a component type timber structure building energy absorption and shock absorption structure. The component type timber structure building energy absorption and shock absorptionstructure comprises two first plate bodies, two third grooves and two fourth grooves are symmetrically formed in the two first plate bodies correspondingly, the fourth grooves communicate with the third grooves, first springs are welded to the inner side walls of the fourth grooves, connecting plates are welded to one ends of the first springs, and supporting rods are attached to the tops of theconnecting plates. According to the component type timber structure building energy absorption and shock absorption structure, the supporting rods and first rod bodies are extruded through second plate bodies, so that the first springs are extruded, the supporting rods drive sleeves and T-shaped inner rods to move, the sleeves and the T-shaped inner rods drive third plate bodies to slide in the first sliding grooves so as to consume part of vibration force, and the shock absorption effect of the first plate bodies is improved; and the two connecting rods are extruded through the first rod bodies, so that the magnetic force between magnet plates and magnet blocks further consumes part of the vibration force, and therefore the effect of absorbing the vibration force is achieved, and the shock absorption effect of the first plate bodies is further improved.

Description

technical field [0001] The invention relates to the technical field of building wood structures, in particular to an energy-absorbing and shock-absorbing structure of a modular wood structure building. Background technique [0002] A wooden structure is a structure mainly made of wood, a structure made of wood. Wood is a structural material that is easy to obtain and process. The wooden structure has light weight, and the wooden components are easy to transport, assemble and disassemble, and can be used many times, so it is widely used in house construction, and also used in bridges and towers. The emergence of modern glulam structures has expanded the application range of wood structures. Wood structures are structures that are simply or mainly loaded by wood, and are connected and fixed by various metal connectors or mortise and tenon means. Because this structure is composed of natural materials, it is limited by the conditions of the materials themselves. [0003] In ...

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Problems solved by technology

[0003] In the process of using the existing wooden structure buildings, there are still the following problems: in the process of using the existing wooden structure buildings, when the wooden structure buildings are shaken or collided, the wooden structure buildings will loosen, thus It affects the fixing effect between wooden structures, which in turn affects the use of wooden structures. Therefore, it is necessary to dampen the vibration of wooden structures to avoid the use of wooden structures affected by vibration or collision, and to avoid vibration damage to wooden structures. , propose a modular wood structure building energy-absorbing and shock-absorbing structure

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