Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Aluminum formwork bottom slurry leakage prevention inserting piece and construction method thereof
The invention provides an aluminum template bottom slurry leakage prevention inserting piece which comprises a slurry leakage prevention inserting piece body and a fixing nail, the fixing nail comprises a fixing part and a bending part, the fixing part is perpendicularly fixed to the slurry leakage prevention inserting piece body, the bending part is connected to the fixing part, a notch is formed between the fixing part and the bending part, and the bending part is bent relative to the fixing part through the notch. The slurry leakage prevention inserting piece further comprises a thin iron sheet and a fastening device, the thin iron sheet is fixed to the lower portion of the side edge of the aluminum film plate through the fastening device, and when the slurry leakage prevention inserting piece is driven into a concrete plate, the bending part is bent through the notch so that the connecting angle between the bending part and the fixing part can be 90 degrees. The bending part is bent through the notch to enable the connecting angle between the bending part and the fixing part to be 180 degrees, at the moment, the aluminum formwork is installed along the position of the slurry leakage prevention insertion piece, the thin iron sheet is tightly attached to the slurry leakage prevention insertion piece, and the slurry leakage prevention fork piece is matched with the construction method, so that the common problem of slurry leakage in aluminum formwork construction is effectively solved.
本发明提出了一种铝模板底部防漏浆插片，包括防漏浆插片上和固定钉，固定钉包括固定部和弯折部，固定部垂直固定在防漏浆插片上，弯折部连接在固定部上，固定部与弯折部之间设有一缺口，弯折部通过缺口实现其相对于固定部弯折，还包括薄铁片和紧固装置，薄铁片通过紧固装置固定在铝膜板侧边的下部，在防漏浆插片打入混凝土板时，弯折部通过缺口进行弯折使得其与固定部的连接角度为90度，在铝膜合模前，弯折部通过缺口进行弯折使得其与固定部的连接角度为180度，此时，铝模板沿着防漏浆插片的位置安装，薄铁片与防漏浆插片紧密贴合，本申请通过设置的防漏浆叉片配合本发明的施工方法，有效解决了铝模施工中存在的漏浆通病。
Aluminum formwork bottom slurry leakage prevention inserting piece and construction method thereof
The invention provides an aluminum template bottom slurry leakage prevention inserting piece which comprises a slurry leakage prevention inserting piece body and a fixing nail, the fixing nail comprises a fixing part and a bending part, the fixing part is perpendicularly fixed to the slurry leakage prevention inserting piece body, the bending part is connected to the fixing part, a notch is formed between the fixing part and the bending part, and the bending part is bent relative to the fixing part through the notch. The slurry leakage prevention inserting piece further comprises a thin iron sheet and a fastening device, the thin iron sheet is fixed to the lower portion of the side edge of the aluminum film plate through the fastening device, and when the slurry leakage prevention inserting piece is driven into a concrete plate, the bending part is bent through the notch so that the connecting angle between the bending part and the fixing part can be 90 degrees. The bending part is bent through the notch to enable the connecting angle between the bending part and the fixing part to be 180 degrees, at the moment, the aluminum formwork is installed along the position of the slurry leakage prevention insertion piece, the thin iron sheet is tightly attached to the slurry leakage prevention insertion piece, and the slurry leakage prevention fork piece is matched with the construction method, so that the common problem of slurry leakage in aluminum formwork construction is effectively solved.
本发明提出了一种铝模板底部防漏浆插片，包括防漏浆插片上和固定钉，固定钉包括固定部和弯折部，固定部垂直固定在防漏浆插片上，弯折部连接在固定部上，固定部与弯折部之间设有一缺口，弯折部通过缺口实现其相对于固定部弯折，还包括薄铁片和紧固装置，薄铁片通过紧固装置固定在铝膜板侧边的下部，在防漏浆插片打入混凝土板时，弯折部通过缺口进行弯折使得其与固定部的连接角度为90度，在铝膜合模前，弯折部通过缺口进行弯折使得其与固定部的连接角度为180度，此时，铝模板沿着防漏浆插片的位置安装，薄铁片与防漏浆插片紧密贴合，本申请通过设置的防漏浆叉片配合本发明的施工方法，有效解决了铝模施工中存在的漏浆通病。
Aluminum formwork bottom slurry leakage prevention inserting piece and construction method thereof
一种铝模板底部防漏浆插片及其施工方法
LI MINGZHAO (Autor:in) / QIN LONG (Autor:in) / LIU WEI (Autor:in) / XU BIN (Autor:in) / XU JIANNING (Autor:in) / FENG NAN (Autor:in) / LIANG XIAOMING (Autor:in)
10.11.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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