Green energy-saving integrated module with decorative plate

Abstract

The invention discloses an energy-saving type heat preservation integrated module with a decorative plate. The energy-saving type heat preservation integrated module comprises a first EPS heat preservation layer, a second EPS heat preservation layer and a connecting bridge, the first EPS heat preservation layer and the second EPS heat preservation layer are oppositely arranged, the connecting bridge is arranged between the first EPS heat preservation layer and the second EPS heat preservation layer, a first decoration layer is arranged on the side, away from the connecting bridge, of the first heat preservation layer, and a second decoration layer is arranged on the side, away from the connecting bridge, of the second heat preservation layer; the two ends of the first heat preservation layer and the two ends of the second heat preservation layer are each provided with a first lateral tongue-and-groove and a second lateral tongue-and-groove, and the first lateral tongue-and-groove and the second lateral tongue-and-groove can be connected in a clamped mode; the first heat preservation layer and the second heat preservation layer are each provided with a connecting bridge bayonet, and the first decoration layer and the second decoration layer are each provided with a decoration layer bayonet; and each decoration layer bayonet is connected with the first heat preservation layer or the second heat preservation layer in a clamped mode, and each connecting bridge bayonet is connected with the connecting bridge in a clamped mode. The energy-saving type heat preservation integrated module is high in practicability and functionality and can be widely applied to the technical field of novel heat-preservation environment-friendly materials.

Description

technical field [0001] The invention relates to the field of novel thermal insulation and environmental protection materials, in particular to a green energy-saving integrated module with a decorative board. Background technique [0002] The existing EPS module is a building module formed by connecting parallel EPS boards on both sides through a connecting bridge. During building construction, a building structure formwork is formed through a mortise and tenon insertion process. The cavity is used to implant steel bars and pour concrete, and the concrete solidifies. Finally, the beams, columns and walls of the building are formed, and the EPS module is used as the insulation layer. The existing EPS module is used as a pouring concrete formwork during the building construction process. After the building construction is completed, the EPS module is closely connected with the concrete wall through the dovetail groove as the insulation layer of the building. Houses built with ...

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Problems solved by technology

[0003] At present, the EPS modules on the market can basically meet the thermal insulation and earthquake resistance requirements of buildings, but there are still the following problems: 1. After the EPS modules are plugged and formed, they need to be fully vibrated when pouring concrete. Due to the low strength of EPS, it often occurs The phenomenon of mold explosion causes waste of resources; 2. After the construction is completed, the interior and exterior walls of the EPS module need to be decorated and regularly maintained, which is labor-intensive and time-consuming and wastes resources; , Hanging air conditioners, etc. are very easy to damage the insulation and decorative layers

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