A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing frame wall-attaching connecting device and method based on integrated thermal insulation outer wall
The invention provides a climbing frame wall-attaching connecting device and method based on an integrated thermal insulation outer wall, the climbing frame wall-attaching connecting device comprises a supporting steel plate, a supporting rod and a back plate preformed hole, the supporting steel plate is provided with the back plate preformed hole, the supporting steel plate is fixedly connected with the supporting rod, and a plate face which needs to be reliably connected with a buttress support of a climbing frame and is sufficient in supporting stress is provided. The supporting steel plate mode is adopted, only an electric drilling machine needs to be used for drilling holes in the positions of the supporting rods, and the problems that due to large-area holing, construction is tedious, time and labor are wasted, the overall construction period is affected, heat preservation materials are seriously wasted, the cutting size cannot be unified, the impression is poor, labor, material and machine cost is increased in later repair, and the repair quality cannot be comparable with the cast-in-place quality, and the risk that the insulation board falls off exists in the later period can be solved. The butt joint device has the advantages that the butt joint device is simple, the supporting rod can rapidly penetrate through the heat preservation plate, rapid installation can be guaranteed, operation is convenient and fast, the construction quality is improved, and materials are saved.
本发明提供一种基于一体化保温外墙的爬架附墙连接装置与连接方法，包括支撑钢板、支撑杆、背板预留孔，所述支撑钢板设置背板预留孔，支撑钢板固定连接支撑杆，为需要与爬架的扶墙支座进行可靠连接，提供足够支撑受力的一个板面。本发明采用支撑钢板形式，仅需要在支撑杆位置利用电钻机钻孔，避免大面积开洞造成的施工繁琐，费时费力，影响整体工期，且保温材料浪费严重，裁剪尺寸无法统一，观感差，后期修补增加人工、材料、机械费用，修补质量无法与现浇质量相媲美，后期存在保温板脱落风险，具有对接装置简单，通过支撑杆能够迅速穿过保温板，可以保证快速安装、操作便捷，而且提高了施工质量及节约材料。
Climbing frame wall-attaching connecting device and method based on integrated thermal insulation outer wall
The invention provides a climbing frame wall-attaching connecting device and method based on an integrated thermal insulation outer wall, the climbing frame wall-attaching connecting device comprises a supporting steel plate, a supporting rod and a back plate preformed hole, the supporting steel plate is provided with the back plate preformed hole, the supporting steel plate is fixedly connected with the supporting rod, and a plate face which needs to be reliably connected with a buttress support of a climbing frame and is sufficient in supporting stress is provided. The supporting steel plate mode is adopted, only an electric drilling machine needs to be used for drilling holes in the positions of the supporting rods, and the problems that due to large-area holing, construction is tedious, time and labor are wasted, the overall construction period is affected, heat preservation materials are seriously wasted, the cutting size cannot be unified, the impression is poor, labor, material and machine cost is increased in later repair, and the repair quality cannot be comparable with the cast-in-place quality, and the risk that the insulation board falls off exists in the later period can be solved. The butt joint device has the advantages that the butt joint device is simple, the supporting rod can rapidly penetrate through the heat preservation plate, rapid installation can be guaranteed, operation is convenient and fast, the construction quality is improved, and materials are saved.
本发明提供一种基于一体化保温外墙的爬架附墙连接装置与连接方法，包括支撑钢板、支撑杆、背板预留孔，所述支撑钢板设置背板预留孔，支撑钢板固定连接支撑杆，为需要与爬架的扶墙支座进行可靠连接，提供足够支撑受力的一个板面。本发明采用支撑钢板形式，仅需要在支撑杆位置利用电钻机钻孔，避免大面积开洞造成的施工繁琐，费时费力，影响整体工期，且保温材料浪费严重，裁剪尺寸无法统一，观感差，后期修补增加人工、材料、机械费用，修补质量无法与现浇质量相媲美，后期存在保温板脱落风险，具有对接装置简单，通过支撑杆能够迅速穿过保温板，可以保证快速安装、操作便捷，而且提高了施工质量及节约材料。
Climbing frame wall-attaching connecting device and method based on integrated thermal insulation outer wall
一种基于一体化保温外墙的爬架附墙连接装置与连接方法
JIN ZHIQIANG (author) / WU BENBO (author) / LI HANXU (author) / ZHOU ZHUQING (author)
2022-02-11
Patent
Electronic Resource
Chinese
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