Indoor sound insulation structure independent of external environment

Abstract

The invention discloses an indoor sound insulation structure independent of the external environment. The indoor sound insulation structure comprises a top component, a bottom component, a wall component and a door component, or a window component, connection surfaces of the components connected with other components are made of a wooden board, in the components comprising multiple connection surfaces, the connection surfaces are connected by a tenon structure, and at least two groups of positioning pin hole combinations and two groups of bolt connections are arranged on the connection surfaces, connected with one another, of the components. The tenon structure provides structural strength for the connection surfaces of the components, the positioning pin hole combinations provide accuratepositioning for the installation of the components, and the bolt connections can eliminate the error of the connection surfaces, so that the indoor sound insulation structure does not lead to sound insulation failure due to shape errors in the mounting process. In addition, the indoor sound insulation structure can also ensure the sound insulation effect during repeated disassembly and assembly processes.

Description

technical field [0001] The present invention relates to an interior soundproofing construction independent of the external environment. Background technique [0002] With the increase of open workspaces, the required privacy in the workspace has been affected, and the workers in the open workspace require the design of quiet and private areas where one or more people can concentrate on work or work without interruption. Thinking or discussing can also be used to make phone calls or answer video calls, so that the work of people around you will not be affected by the noise generated by phone calls, video calls or discussions. A sound-proof structure can achieve the above design goals. Soundproof construction can be defined as a small interior building construction, or as a kind of public furniture, mainly used in public office spaces, public service spaces or public commercial spaces. Typically with closed door frame and leaf assemblies, fixed window assemblies, wall assembl...

AI Technical Summary

Problems solved by technology

The components of tens of kilograms, the sound insulation structure of hundreds of kilograms, the use and multiple disassembly, and the characteristics of most of the constituent materials make the components of the sound insulation structure themselves likely to be affected by the material during assembly, use, and disassembly. Random deformation errors are generated due to the deformation, and there are objective errors in the modular assembly method and the process of making each module. This random error makes the combination surface between the components of the sound insulation structure easy to lose sound insulation.

Especially the problem of sound insulation failure caused by material deformation during repeated disassembly and assembly, the sound insulation structure of the existing structure is difficult to solve

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