Sleeve type damping material energy consumption type damping equipment support

Abstract

The invention discloses a sleeve type damping material energy consumption type damping equipment support. The support comprises a bearing suspender, a transverse energy consumption inclined strut, a longitudinal energy consumption inclined strut, an adjustable hinge and a supporting screw rod, when a pipeline is used as a pipeline container, the support further comprises a handing frame, the top of the bearing suspender is connected with a main body structure, the bottom of the bearing suspender is connected with the hanging frame through the supporting screw rod, the two ends of the transverse energy consumption inclined strut and the two ends of the longitudinal energy consumption inclined strut are correspondingly connected with the main body structure through the adjustable hinge, andthe pipeline is inserted into the hanging frame and is fixed; and when a wire groove is used as a pipeline container, the support further comprises a horizontal transverse rod, the horizontal transverse rod is connected with the main body structure through the bearing suspender, the transverse energy consumption inclined strut and the longitudinal energy consumption inclined strut, and the wire groove is fixedly connected to the horizontal transverse rod through bolts. According to the sleeve type damping material energy consumption type damping equipment support, the structure is simple, bearing is stable, the energy consumption capability is high, the damping characteristic is adjustable, and normalized production is facilitated so that large damping can be provided for electromechanicalpipeline facilities, the power response of the pipeline can be reduced, and the safety of the pipeline and the main body structure can be improved.

Description

technical field [0001] The invention relates to an anti-seismic support for electromechanical pipeline engineering, in particular to a sleeve-type damping material energy consumption type shock-absorbing equipment support. Background technique [0002] The number of various electromechanical lines in the electromechanical system of modern buildings is very large, the specifications and models are very complicated, and the use functions are also different. During the daily work of the electromechanical system, whether the electromechanical pipeline is strong enough to fix the pipeline to the structure when the gravity is fully loaded is the key to the normal operation of the entire electromechanical system; Whether it can be guaranteed not to be damaged under the action of an earthquake, and whether some lifeline systems can guarantee normal operation are also important factors related to the protection of people's lives and property. [0003] Vibration control is to suppres...

AI Technical Summary

Problems solved by technology

On the one hand, some of the supports are only used as shock absorbers with springs, and the energy dissipation capacity is limited. On the other hand, the absolute deformation of the anti-seismic support itself is often difficult to control.

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