A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adjustable screw rod device for aluminum mold K plate
The invention provides an adjustable screw rod device for an aluminum mold K plate, and relates to the technical field of building aluminum mold construction, the adjustable screw rod device comprises the aluminum mold K plate, a back ridge, a water stop screw rod and a nut + T-shaped screw rod, the back ridge is arranged on the left side of the aluminum mold K plate, the water stop screw rod is arranged in the back ridge, and the nut + T-shaped screw rod is arranged below the water stop screw rod. According to the adjustable screw rod device for the aluminum mold K plate, by using the aluminum mold K plate, labor and materials consumed during site construction are saved, operation can be conducted by only one person, labor is reduced, the construction speed is increased, the construction period is effectively shortened, the labor cost is effectively reduced, and the pouring quality is improved; through the use of the back ridges, the water stop screws, the nuts, the T-shaped screws and the opposite-pull inner supports, the phenomena of mold expansion and the like caused by concrete pouring during site construction are avoided, one-time pouring forming can be achieved through the aluminum mold K plate reinforcing construction method, direct utilization can be achieved, the concrete pouring quality is ensured, the construction period is shortened, material loss is reduced, and the purposes of environmental protection, energy saving and the like are achieved.
本发明提供一种用于铝模K板可调节式螺杆装置，涉及建筑铝模施工技术领域，包括铝模K板、背楞、止水螺杆和螺母+T型螺杆，所述铝模K板的左侧设置背楞，所述背楞的内部设置止水螺杆，所述止水螺杆的下方设置螺母+T型螺杆。该用于铝模K板可调节式螺杆装置，通过使用铝模K板，解决了现场施工时花费的人工及材料，仅1人即可操作，减少了人工，加快了施工速度，有效的节约了工期及人工成本，提高了浇筑质量，通过背楞、止水螺杆、螺母+T型螺杆、对拉内撑的使用解决了现场施工时浇筑混凝土出现的涨模等现象，铝模K版加固施工方法可以一次性浇筑成型，直接利用，确保了混凝土浇筑质量，节约了工期，减少了材料的损耗，环保节能等问题。
Adjustable screw rod device for aluminum mold K plate
The invention provides an adjustable screw rod device for an aluminum mold K plate, and relates to the technical field of building aluminum mold construction, the adjustable screw rod device comprises the aluminum mold K plate, a back ridge, a water stop screw rod and a nut + T-shaped screw rod, the back ridge is arranged on the left side of the aluminum mold K plate, the water stop screw rod is arranged in the back ridge, and the nut + T-shaped screw rod is arranged below the water stop screw rod. According to the adjustable screw rod device for the aluminum mold K plate, by using the aluminum mold K plate, labor and materials consumed during site construction are saved, operation can be conducted by only one person, labor is reduced, the construction speed is increased, the construction period is effectively shortened, the labor cost is effectively reduced, and the pouring quality is improved; through the use of the back ridges, the water stop screws, the nuts, the T-shaped screws and the opposite-pull inner supports, the phenomena of mold expansion and the like caused by concrete pouring during site construction are avoided, one-time pouring forming can be achieved through the aluminum mold K plate reinforcing construction method, direct utilization can be achieved, the concrete pouring quality is ensured, the construction period is shortened, material loss is reduced, and the purposes of environmental protection, energy saving and the like are achieved.
本发明提供一种用于铝模K板可调节式螺杆装置，涉及建筑铝模施工技术领域，包括铝模K板、背楞、止水螺杆和螺母+T型螺杆，所述铝模K板的左侧设置背楞，所述背楞的内部设置止水螺杆，所述止水螺杆的下方设置螺母+T型螺杆。该用于铝模K板可调节式螺杆装置，通过使用铝模K板，解决了现场施工时花费的人工及材料，仅1人即可操作，减少了人工，加快了施工速度，有效的节约了工期及人工成本，提高了浇筑质量，通过背楞、止水螺杆、螺母+T型螺杆、对拉内撑的使用解决了现场施工时浇筑混凝土出现的涨模等现象，铝模K版加固施工方法可以一次性浇筑成型，直接利用，确保了混凝土浇筑质量，节约了工期，减少了材料的损耗，环保节能等问题。
Adjustable screw rod device for aluminum mold K plate
一种用于铝模K板可调节式螺杆装置
HE ZHENYANG (author) / HUANG FAFEI (author) / LIU QUBO (author)
2023-07-04
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Adjustable angle aluminum device for shear wall aluminum mold
| European Patent Office | 2023