Hyperbolic vibrating insulating energy dissipation apparatus

Abstract

The invention discloses a hyperbolic shock-isolation and energy-dissipating device, which is mainly provided with a set of base plates and bearing plates arranged in parallel and at intervals, and more than one set of staggered plates are arranged between the facing plates of the base plate and the support plate. The frame rails are provided with a connecting device between the interlaced parts of the two frame rails, and a set of arc-shaped sliding holes with notches arranged in opposite directions are correspondingly provided at the connecting parts of the connecting device and each frame rail respectively. Each group of corresponding arc-shaped sliding holes is pierced with a sliding shaft to form positioning and limit movement; each group of hyperbolic arc-shaped sliding holes and sliding shafts are used to form a shock-isolation design that can be relatively displaced. The damping device selectively installed between the base plate, sliding shaft, connecting device and bearing plate can not only block the transmission of horizontal and vertical vibration energy and absorb vibration energy, but also can effectively simplify the structure and reduce the height and volume of the device. effect.

Description

technical field [0001] The invention relates to a shock-isolation and energy-dissipating device capable of absorbing or eliminating vibration energy in horizontal and vertical directions, especially a hyperbolic shock-isolation and energy-dissipating device with low height and easy construction. Background technique [0002] Aiming at various needs such as the shockproof problem of high-rise buildings and the vibration reduction problem of precision electronic tools, the inventors of the present invention have successively developed and designed such as China Taiwan Patent Announcement No. M259021 "Shock-absorbing Device for Buildings", Announcement No. ", Application No. 93213448 "Seismic Isolator" and Application No. 93129002 "Seismic Isolation and Energy Dissipation Device" and other patents disclose the shock isolation and energy dissipation device, providing construction industry and equipment manufacturers with effective solutions to various shock and vibration reductio...

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Problems solved by technology

[0005] In order to solve the disadvantages and limitations of existing shock-isolation and energy-dissipating devices, such as many components, high device height, and difficulty in further miniaturization, the inventors developed and designed a double-layer structure that can effectively simplify the structure and reduce the height and volume of the device. Curved vibration isolation and energy dissipation device

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