A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wharf engineering overwater beam steel bar binding and positioning device and construction method thereof
The invention discloses a wharf engineering water cross beam reinforcing steel bar binding and positioning device and a construction method thereof. The device comprises a composite plastic plate bottom die, a bottom supporting cushion device, a bottom layer reinforcing steel bar point location rod, a plug pin, a side reinforcing steel bar point location rod, a clamping device and a reinforcing steel bar positioning buckle. A plurality of bottom supporting cushion devices are placed on the composite plastic plate bottom die at equal intervals; the bottom layer steel bar point location rod is placed on the bottom supporting cushion device and fixedly connected with the composite plastic plate bottom die through a plug pin. The side steel bar point location rods are arranged at the two ends of the bottom layer steel bar point location rod and fixedly connected through a plurality of screws. The clamping device is arranged on the side steel bar point location rod; the bottom layer steel bar point location rods are used for locating bottom transverse beam stirrups; the clamping device is used for positioning a vertical cross beam stirrup; every two top transverse beam stirrups are connected through a steel bar positioning buckle. The structure is simple, construction is convenient and fast, binding of the water cross beam steel bars can be effectively assisted, and construction safety is effectively guaranteed while construction quality and efficiency are improved.
本发明公开了一种码头工程水上横梁钢筋绑扎定位装置及其施工方法，本装置包括复合塑料板底模、底部支垫器、底层钢筋点位杆、插销、侧边钢筋点位杆、夹持装置和钢筋定位卡扣；多个底部支垫器等间距放置在复合塑料板底模上；底层钢筋点位杆放置在底部支垫器上，并通过插销与复合塑料板底模固定连接；侧边钢筋点位杆设置在底层钢筋点位杆两端，并通过多个螺丝固定连接；夹持装置设置在侧边钢筋点位杆上；底层钢筋点位杆用来定位底部横向横梁箍筋；夹持装置用来定位竖向横梁箍筋；两两顶部横向横梁箍筋之间通过钢筋定位卡扣进行连接。本申请结构简单且施工方便快捷，能够有效辅助水上横梁钢筋的绑扎，在提高施工质量和效率的同时有效保障施工安全。
Wharf engineering overwater beam steel bar binding and positioning device and construction method thereof
The invention discloses a wharf engineering water cross beam reinforcing steel bar binding and positioning device and a construction method thereof. The device comprises a composite plastic plate bottom die, a bottom supporting cushion device, a bottom layer reinforcing steel bar point location rod, a plug pin, a side reinforcing steel bar point location rod, a clamping device and a reinforcing steel bar positioning buckle. A plurality of bottom supporting cushion devices are placed on the composite plastic plate bottom die at equal intervals; the bottom layer steel bar point location rod is placed on the bottom supporting cushion device and fixedly connected with the composite plastic plate bottom die through a plug pin. The side steel bar point location rods are arranged at the two ends of the bottom layer steel bar point location rod and fixedly connected through a plurality of screws. The clamping device is arranged on the side steel bar point location rod; the bottom layer steel bar point location rods are used for locating bottom transverse beam stirrups; the clamping device is used for positioning a vertical cross beam stirrup; every two top transverse beam stirrups are connected through a steel bar positioning buckle. The structure is simple, construction is convenient and fast, binding of the water cross beam steel bars can be effectively assisted, and construction safety is effectively guaranteed while construction quality and efficiency are improved.
本发明公开了一种码头工程水上横梁钢筋绑扎定位装置及其施工方法，本装置包括复合塑料板底模、底部支垫器、底层钢筋点位杆、插销、侧边钢筋点位杆、夹持装置和钢筋定位卡扣；多个底部支垫器等间距放置在复合塑料板底模上；底层钢筋点位杆放置在底部支垫器上，并通过插销与复合塑料板底模固定连接；侧边钢筋点位杆设置在底层钢筋点位杆两端，并通过多个螺丝固定连接；夹持装置设置在侧边钢筋点位杆上；底层钢筋点位杆用来定位底部横向横梁箍筋；夹持装置用来定位竖向横梁箍筋；两两顶部横向横梁箍筋之间通过钢筋定位卡扣进行连接。本申请结构简单且施工方便快捷，能够有效辅助水上横梁钢筋的绑扎，在提高施工质量和效率的同时有效保障施工安全。
Wharf engineering overwater beam steel bar binding and positioning device and construction method thereof
一种码头工程水上横梁钢筋绑扎定位装置及其施工方法
ZHU NAN (author) / LIU XINSHENG (author) / ZHU YIPING (author) / ZENG JISHENG (author) / CAO JUEWU (author)
2023-04-28
Patent
Electronic Resource
Chinese
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