一种防浪墙

By installing chemical bolts and wave-breaking brackets at the top of the wave-breaking wall and fixing them with H-shaped prefabricated wall slots, the problem of the wave-breaking wall's height being unadjustable was solved, enabling flexible adjustment of the wave-breaking wall's height to adapt to the needs of dike settlement and re-construction to meet standards.

CN224514144UActive Publication Date: 2026-07-17CHANGJIANG SURVEY PLANNING DESIGN & RES CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
CHANGJIANG SURVEY PLANNING DESIGN & RES CO LTD
Filing Date
2025-07-31
Publication Date
2026-07-17

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Abstract

本实用新型提供一种防浪墙，包括现状防浪墙，设置在所述现状防浪墙顶部的化学螺栓，还包括设置在现状防浪墙顶部通过所述化学螺栓与所述现状防浪墙顶部连接的至少两个防浪支架，以及设置在相邻两个防浪支架之间的预制墙体，所述防浪支架的水平截面为H型，所述预制墙体的一端卡设在所述防浪支架的两个翼板形成的卡槽内，所述预制墙体的另一端卡设在相邻所述防浪支架的两个翼板形成的卡槽内，顶部的所述预制墙体通过紧固件与所述防浪支架的翼板连接。本实用新型可以灵活调整防浪墙高度。
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Claims

1. A breakwater comprising an existing breakwater, chemical anchors provided at the top of the existing breakwater, characterized in that, It also includes at least two wave-breaking supports installed on the top of the existing wave-breaking wall and connected to the top of the existing wave-breaking wall by the chemical bolts, and a prefabricated wall installed between two adjacent wave-breaking supports. The horizontal cross-section of the wave-breaking support is H-shaped. One end of the prefabricated wall is engaged in the groove formed by the two wing plates of the wave-breaking support, and the other end of the prefabricated wall is engaged in the groove formed by the two wing plates of the adjacent wave-breaking support. The prefabricated wall at the top is connected to the wing plates of the wave-breaking support by fasteners.

2. A wave wall according to claim 1, wherein The precast wall includes a reinforced concrete wall panel and a first waterstop component disposed at the bottom of the reinforced concrete wall panel.

3. A wave wall according to claim 2, wherein The first water-stopping component is a recycled tire strip.

4. The wave wall of claim 1, wherein The wave-damping support includes a base plate and vertically arranged H-beams. The base plate has structural holes for the chemical bolts to pass through, and the bottom of the H-beams is welded to the base plate.

5. A wave wall according to claim 4, wherein A second water-stopping element is provided on the inner side of the groove formed by the two flanges of the H-beam.

6. A wave wall according to claim 5, wherein The second water-stopping component is a rubber water-stop strip.

7. The wave wall of claim 1, wherein The fastener is a bolt.

8. The wave-breaking wall as described in claim 1, characterized in that, A neoprene rubber gasket is installed between the wave-breaking support and the top of the existing wave-breaking wall.

9. The wave wall of claim 1, wherein For the existing wave-breaking wall turning section, H-beams with oblique flanges or wedge-shaped H-beams are used.

10. The wave wall of claim 1, wherein The wave-damping support and chemical bolts are treated with rust prevention.