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六棱块，也叫六角护坡砖，是一种六边形的环状混凝土预制件
六棱块，也叫六角护坡砖，是一种六边形的环状混凝土预制件，主要用于多块拼接形成道路护坡，防止雨水冲刷导致路基受损。六棱块一般采用专用的模具(六角护坡砖模具)浇筑成型，这种模具一般为硬塑料材质，通过边沿、底部和中部凸起围成六棱块对应形状的凹槽，来实现六棱块的浇筑成型。
Hexagonal block, also known as hexagonal slope protection brick, is a kind of hexagonal ring-shaped precast concrete. It is mainly used to form road revetment by splicing multiple blocks to prevent subgrade damage caused by rain erosion. The hexagonal block is generally poured with a special mold (hexagonal slope protection brick mold). This mold is generally made of hard plastic. The groove corresponding to the shape of the hexagonal block is surrounded by the edge, bottom and middle bulge to realize the pouring molding of the hexagonal block.
使用时，向凹槽内浇筑混凝土形成六棱块，待六棱块成型后，从模具中将六棱块取出即可。但是现有的六棱块的脱模方式，主要是将模具倒置，然后敲打模具底部直至六棱块脱出，这种脱模方式费时费力，效率低下，又很容易造成模具和六棱块的损坏。
When in use, concrete is poured into the groove to form a hexagonal block. After the hexagonal block is formed, the hexagonal block can be taken out from the mold. However, the existing demoulding method of hexagonal block is mainly to invert the mold, and then knock the bottom of the mold until the hexagonal block comes out. This demoulding method is time-consuming, laborious and inefficient, and it is easy to damage the mold and the hexagonal block.
Hexagonal block, also known as hexagonal slope protection brick, is a kind of hexagonal ring-shaped precast concrete. It is mainly used to form road revetment by splicing multiple blocks to prevent subgrade damage caused by rain erosion. The hexagonal block is generally poured with a special mold (hexagonal slope protection brick mold). This mold is generally made of hard plastic. The groove corresponding to the shape of the hexagonal block is surrounded by the edge, bottom and middle bulge to realize the pouring molding of the hexagonal block.
使用时，向凹槽内浇筑混凝土形成六棱块，待六棱块成型后，从模具中将六棱块取出即可。但是现有的六棱块的脱模方式，主要是将模具倒置，然后敲打模具底部直至六棱块脱出，这种脱模方式费时费力，效率低下，又很容易造成模具和六棱块的损坏。
When in use, concrete is poured into the groove to form a hexagonal block. After the hexagonal block is formed, the hexagonal block can be taken out from the mold. However, the existing demoulding method of hexagonal block is mainly to invert the mold, and then knock the bottom of the mold until the hexagonal block comes out. This demoulding method is time-consuming, laborious and inefficient, and it is easy to damage the mold and the hexagonal block.
