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River channel protection slope concrete pouring formwork system and construction method of river channel protection slope
The invention relates to a river channel protection slope concrete pouring formwork system, belongs to the field of water engineering, is applied to a river channel protection slope with an inclined slope surface, and comprises two side blocking formworks, a sliding formwork, a bottom end sealing formwork and a traction device, and the sliding formwork and the bottom end sealing formwork are located between the two side blocking formworks. The two side blocking formworks are arranged in the length direction of the river channel, and the ends, located at the slope bottom of the river channel slope surface, of the side blocking formworks abut against the bottom end sealing formwork. A distance is reserved between the sliding formwork and the slope surface of the river channel protection slope, and when the sliding formwork is located at the bottommost end between the two side blocking formworks, the sliding formwork abuts against the bottom end sealing formwork; the traction device is located on the river bank at the top end of the riverway protection slope, a pull rope is arranged between the traction device and the sliding formwork, and the sliding formwork can move from the slope bottom of the riverway protection slope to the slope top of the riverway protection slope under the action of the traction device and the pull rope. The invention further relates to a construction method of the river channel protection slope, and the construction method has the effect of shortening the construction time of the river channel protection slope.
本申请涉及一种河道护坡混凝土浇筑模板体系,属于水务工程领域,应用于坡面为斜面的河道护坡上,包括有两个侧挡模板、位于两个侧挡模板之间的滑动模板和底端封口模板以及牵引装置;两个侧挡模板之间沿着河道的长度方向排列设置,侧挡模板位于河道坡面的坡底的一端与底端封口模板相抵接;滑动模板与河道护坡的坡面之间留有距离,滑动模板位于两个侧挡模板之间最底端处时,滑动模板与底端封口模板相抵接;牵引装置位于河道护坡的顶端河岸上,牵引装置与滑动模板之间设置有拉绳,滑动模板能够通过牵引装置以及拉绳的作用下自河道护坡的坡底向河道护坡的坡顶进行移动。本申请还涉及一种河道护坡的施工方法,其具有加快河道护坡的施工时间的效果。
River channel protection slope concrete pouring formwork system and construction method of river channel protection slope
The invention relates to a river channel protection slope concrete pouring formwork system, belongs to the field of water engineering, is applied to a river channel protection slope with an inclined slope surface, and comprises two side blocking formworks, a sliding formwork, a bottom end sealing formwork and a traction device, and the sliding formwork and the bottom end sealing formwork are located between the two side blocking formworks. The two side blocking formworks are arranged in the length direction of the river channel, and the ends, located at the slope bottom of the river channel slope surface, of the side blocking formworks abut against the bottom end sealing formwork. A distance is reserved between the sliding formwork and the slope surface of the river channel protection slope, and when the sliding formwork is located at the bottommost end between the two side blocking formworks, the sliding formwork abuts against the bottom end sealing formwork; the traction device is located on the river bank at the top end of the riverway protection slope, a pull rope is arranged between the traction device and the sliding formwork, and the sliding formwork can move from the slope bottom of the riverway protection slope to the slope top of the riverway protection slope under the action of the traction device and the pull rope. The invention further relates to a construction method of the river channel protection slope, and the construction method has the effect of shortening the construction time of the river channel protection slope.
本申请涉及一种河道护坡混凝土浇筑模板体系,属于水务工程领域,应用于坡面为斜面的河道护坡上,包括有两个侧挡模板、位于两个侧挡模板之间的滑动模板和底端封口模板以及牵引装置;两个侧挡模板之间沿着河道的长度方向排列设置,侧挡模板位于河道坡面的坡底的一端与底端封口模板相抵接;滑动模板与河道护坡的坡面之间留有距离,滑动模板位于两个侧挡模板之间最底端处时,滑动模板与底端封口模板相抵接;牵引装置位于河道护坡的顶端河岸上,牵引装置与滑动模板之间设置有拉绳,滑动模板能够通过牵引装置以及拉绳的作用下自河道护坡的坡底向河道护坡的坡顶进行移动。本申请还涉及一种河道护坡的施工方法,其具有加快河道护坡的施工时间的效果。
River channel protection slope concrete pouring formwork system and construction method of river channel protection slope
河道护坡混凝土浇筑模板体系及河道护坡的施工方法
DING JIANHAI (Autor:in) / GONG KAI (Autor:in) / LUO SHIXI (Autor:in) / LIU GUANGYAO (Autor:in)
12.08.2022
Patent
Elektronische Ressource
Chinesisch
Europäisches Patentamt | 2022
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