A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Aluminum-plastic plate capable of being quickly spliced
The invention discloses an aluminum-plastic plate capable of being quickly spliced. The plate comprises an aluminum-plastic plate; the aluminum-plastic plate comprises two groups of aluminum plates and a group of plastic plates fixedly mounted between the two groups of aluminum plates; grooves are symmetrically formed in the four ends of the plastic plates; mounting blocks and clamping blocks are placed in the two sets of grooves located in the same side correspondingly; the upper ends and the lower ends of the clamping blocks and the mounting blocks are welded and fixed to the adjacent aluminum plates correspondingly; and an inner cavity of each mounting block is provided with an extrusion part and an insertion part driven by the extrusion part to move. According to the aluminum-plastic plate capable of being quickly spliced, the aluminum-plastic plate is provided with the mounting blocks and the clamping blocks, the extrusion parts and the insertion parts are mounted in the mounting blocks, and when the aluminum-plastic plate does not need to be spliced, insertion blocks are completely located in the inner cavities of the mounting blocks, so that the protruding insertion blocks can be prevented from being collided and damaged; and when splicing is carried out, the insertion parts can move through the extrusion parts, so that the insertion blocks protrude, and the two sets of aluminum-plastic plates can be quickly spliced through plug connection of the insertion blocks and the clamping blocks.
本发明公开了一种可快速拼接的铝塑板，包括铝塑板，所述铝塑板包括两组铝板和一组固定安装在两组铝板之间的塑料板，所述塑料板的四端均呈对称设有凹槽且位于同侧的两组凹槽内分别放置有安装块和卡接块且卡接块和安装块的上下端分别与相近的铝板焊接固定，所述安装块的内腔安装有挤压件和可靠挤压件带动其运动的插接件。本发明所述的一种可快速拼接的铝塑板，本铝塑板设有安装块和卡接块，且安装块内安装有挤压件和插接件，无需进行铝塑板拼接时，插接块完全位于安装块的内腔，可防止突出的插接块受到碰撞损坏，在进行拼接时，可通过挤压件使得插接件运动，从而使得插接块凸出，利用插接块与卡接块插接，从而实现两组铝塑板之间的快速拼接。
Aluminum-plastic plate capable of being quickly spliced
The invention discloses an aluminum-plastic plate capable of being quickly spliced. The plate comprises an aluminum-plastic plate; the aluminum-plastic plate comprises two groups of aluminum plates and a group of plastic plates fixedly mounted between the two groups of aluminum plates; grooves are symmetrically formed in the four ends of the plastic plates; mounting blocks and clamping blocks are placed in the two sets of grooves located in the same side correspondingly; the upper ends and the lower ends of the clamping blocks and the mounting blocks are welded and fixed to the adjacent aluminum plates correspondingly; and an inner cavity of each mounting block is provided with an extrusion part and an insertion part driven by the extrusion part to move. According to the aluminum-plastic plate capable of being quickly spliced, the aluminum-plastic plate is provided with the mounting blocks and the clamping blocks, the extrusion parts and the insertion parts are mounted in the mounting blocks, and when the aluminum-plastic plate does not need to be spliced, insertion blocks are completely located in the inner cavities of the mounting blocks, so that the protruding insertion blocks can be prevented from being collided and damaged; and when splicing is carried out, the insertion parts can move through the extrusion parts, so that the insertion blocks protrude, and the two sets of aluminum-plastic plates can be quickly spliced through plug connection of the insertion blocks and the clamping blocks.
本发明公开了一种可快速拼接的铝塑板，包括铝塑板，所述铝塑板包括两组铝板和一组固定安装在两组铝板之间的塑料板，所述塑料板的四端均呈对称设有凹槽且位于同侧的两组凹槽内分别放置有安装块和卡接块且卡接块和安装块的上下端分别与相近的铝板焊接固定，所述安装块的内腔安装有挤压件和可靠挤压件带动其运动的插接件。本发明所述的一种可快速拼接的铝塑板，本铝塑板设有安装块和卡接块，且安装块内安装有挤压件和插接件，无需进行铝塑板拼接时，插接块完全位于安装块的内腔，可防止突出的插接块受到碰撞损坏，在进行拼接时，可通过挤压件使得插接件运动，从而使得插接块凸出，利用插接块与卡接块插接，从而实现两组铝塑板之间的快速拼接。
Aluminum-plastic plate capable of being quickly spliced
一种可快速拼接的铝塑板
XIE JIANQIANG (author)
2021-07-30
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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