Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Solidified soil brick moulding bed and construction method thereof
The invention discloses a solidified soil brick moulding bed and a construction method thereof, the solidified soil brick moulding bed is formed by solidifying a brick tyre solidifying material, the brick tyre solidifying material comprises muck and a gelling agent, and the weight of the gelling agent is 0.1-35% of the weight of the muck. The construction method of the solidified soil brick moulding bed comprises the following steps: a) positioning a brick position; b) preparing a brick tyre solidifying material; c) compacting the brick tyre solidifying material; and d) turning over a brick body. Compared with the prior art in which a tower crane needs to be adopted to transport bricks or cement prefabricated slabs and other materials in a field, the method has the advantages that the solidified soil brick moulding bed can be formed by directly pressing the muck at the preset position, the tower crane does not need to be occupied, outward transportation of the muck on a construction site can be reduced, outward transportation cost and disposal cost of the muck of a construction unit are effectively saved, and the construction efficiency is improved. In addition, the process from muck stirring to compression molding can be completely mechanically completed, standard bricks do not need to be manually built or cement prefabricated slabs do not need to be manually cut and assembled, labor is saved, meanwhile, the technical requirement for workers is lowered, and finally the cost is lowered by about 30%.
本发明公开了一种固化土砖胎模及其施工方法，一种固化土砖胎模，由砖胎固化料固化形成，所述砖胎固化料包括渣土和胶凝剂，所述胶凝剂的重量为渣土的重量的0.1～35％。一种固化土砖胎模的施工方法包括a)砖位定位、b)砖胎固化料准备、c)砖胎固化料实压和d)砖体翻转。相对于现有技术中需要采用塔吊对砖或水泥预制板等材料进行场内运送，本发明可在预定位置处直接用渣土压制形成固化土砖胎模，无需占用塔吊，可减少工地渣土的外运，有效节省施工单位的渣土的外运费和处置费，并且从渣土的搅拌到压制成型可全部机械完成，无需人工砌筑标准砖或对水泥预制板进行切割和拼装，既节省了人工，同时降低了对工人的技术要求，最终使成本降低30％左右。
Solidified soil brick moulding bed and construction method thereof
The invention discloses a solidified soil brick moulding bed and a construction method thereof, the solidified soil brick moulding bed is formed by solidifying a brick tyre solidifying material, the brick tyre solidifying material comprises muck and a gelling agent, and the weight of the gelling agent is 0.1-35% of the weight of the muck. The construction method of the solidified soil brick moulding bed comprises the following steps: a) positioning a brick position; b) preparing a brick tyre solidifying material; c) compacting the brick tyre solidifying material; and d) turning over a brick body. Compared with the prior art in which a tower crane needs to be adopted to transport bricks or cement prefabricated slabs and other materials in a field, the method has the advantages that the solidified soil brick moulding bed can be formed by directly pressing the muck at the preset position, the tower crane does not need to be occupied, outward transportation of the muck on a construction site can be reduced, outward transportation cost and disposal cost of the muck of a construction unit are effectively saved, and the construction efficiency is improved. In addition, the process from muck stirring to compression molding can be completely mechanically completed, standard bricks do not need to be manually built or cement prefabricated slabs do not need to be manually cut and assembled, labor is saved, meanwhile, the technical requirement for workers is lowered, and finally the cost is lowered by about 30%.
本发明公开了一种固化土砖胎模及其施工方法，一种固化土砖胎模，由砖胎固化料固化形成，所述砖胎固化料包括渣土和胶凝剂，所述胶凝剂的重量为渣土的重量的0.1～35％。一种固化土砖胎模的施工方法包括a)砖位定位、b)砖胎固化料准备、c)砖胎固化料实压和d)砖体翻转。相对于现有技术中需要采用塔吊对砖或水泥预制板等材料进行场内运送，本发明可在预定位置处直接用渣土压制形成固化土砖胎模，无需占用塔吊，可减少工地渣土的外运，有效节省施工单位的渣土的外运费和处置费，并且从渣土的搅拌到压制成型可全部机械完成，无需人工砌筑标准砖或对水泥预制板进行切割和拼装，既节省了人工，同时降低了对工人的技术要求，最终使成本降低30％左右。
Solidified soil brick moulding bed and construction method thereof
一种固化土砖胎模及其施工方法
SHOU SHAOFENG (Autor:in) / PAN ZHENGYAO (Autor:in) / HU ZHIQIANG (Autor:in) / XU LIJUAN (Autor:in)
30.08.2022
Patent
Elektronische Ressource
Chinesisch
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