Waste glass fiber composite material wave damping block structure

Abstract

A waste glass fiber composite wave-damping block structure includes a wave-damping block body and a plurality of connecting posts disposed on the outer side of the wave-damping block body. The wave-damping block body has a plurality of spaced-apart connecting surfaces. Each connecting post has a corresponding mating surface at one end, which is disposed corresponding to the connecting surfaces. Furthermore, the outer surface of each connecting post has a plurality of inclined stop surfaces, resulting in a multi-faceted structural design. The connecting posts can be arranged radially, symmetrically, or extending in different directions, and their number can be multiple, including four or more. The wave-damping block body and the connecting posts can be integrally formed or separately disposed. This provides a wave-damping block structure with a multi-faceted shape and enables the reuse of waste glass fiber materials.

Claims

1. A waste glass fiber composite material wave-damping block structure, comprising: a wave-damping block body; and a plurality of connecting columns disposed on the outer side of the wave-damping block body; wherein the wave-damping block body and the connecting columns are formed of glass fiber composite material; wherein, The wave-damping block body has a plurality of interconnected surfaces spaced apart from each other. One end of each of the connecting posts has a corresponding mating surface and engages with the connecting surfaces. The outer surface of the connecting posts has a plurality of inclined stop surfaces, so that the wave-damping block body and the connecting posts together constitute a multi-faceted external structure.

2. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, These connecting columns are arranged radially along the outer side of the wave-damping block body.

3. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, These connecting columns are arranged symmetrically.

4. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The number of these connecting posts is four or more.

5. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, These connecting columns are arranged to extend in different directions.

6. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The wave-damping block body and the connecting columns are integrally formed.

7. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The wave-damping block body and the connecting columns are set up separately.

8. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The stop surfaces on the outer surfaces of these connecting columns form an angle with each other.

9. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The cross-sections of these connecting columns are polygonal.

10. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The main body of the wave-damping block is a triangular block.

11. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The glass fiber composite material of the wave-damping block body and the connecting columns includes waste glass fiber, wood material and bonding material.

12. The waste glass fiber composite wave-damping block structure as described in claim 1, wherein, The glass fiber composite material of the wave-damping block body and the connecting columns contains waste glass fiber and wood materials, but does not contain adhesive materials, and forms an integrated structure under high temperature and high pressure.

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