A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Large-tonnage reinforcement cage hoisting method
The invention provides a large-tonnage reinforcement cage hoisting method, which belongs to the technical field of building and municipal engineering construction, and comprises the following steps: connecting a hoisting device to the upper part and the side part of a reinforcement cage to be hoisted; the lifting device comprises a fixing disc, a supporting frame connected to the lower end of the fixing disc, a first lifting appliance connected to the upper end of the fixing disc and used for being connected with the lifting end of a crane, and a second lifting appliance connected to the side wall of the reinforcement cage and used for being connected with the lifting end of another crane. Two cranes are arranged and respectively connected with the end parts of the first lifting appliance and the second lifting appliance; and the two cranes work in a matched mode to vertically hoist the reinforcement cage, the reinforcement cage is placed in a drilled hole which is drilled in advance, and after placing is completed, the second lifting appliance and the fixing disc are sequentially made to be separated from the reinforcement cage. According to the large-tonnage reinforcement cage hoisting method provided by the invention, the reinforcement cage is connected by using the fixing disc, and the reinforcement cage is accurately and stably placed in the drill hole through the cooperative use of the first hoisting tool and the second hoisting tool, so that the hoisting safety of the reinforcement cage is improved.
本发明提供了一种大吨位钢筋笼起吊方法，属于建筑和市政工程建设技术领域，包括如下步骤，将起吊装置连接于待起吊的钢筋笼上部和侧部，起吊装置包括固定盘、连接于固定盘下端的支撑架、连接于固定盘上端且用于与吊车的起吊端连接的第一吊具以及连接于钢筋笼侧壁上且用于与另一吊车的起吊端连接的第二吊具；设置两台吊车并分别连接第一吊具和第二吊具的端部；两台吊车配合作业竖直吊升钢筋笼，并将钢筋笼安放入预先钻好的钻孔内，安放完成后依次使第二吊具和固定盘脱离钢筋笼。本发明提供的一种大吨位钢筋笼起吊方法，使用固定盘连接钢筋笼，通过第一吊具和第二吊具的配合使用，使钢筋笼准确、稳定的安放至钻孔内，增加了钢筋笼起吊安全性。
Large-tonnage reinforcement cage hoisting method
The invention provides a large-tonnage reinforcement cage hoisting method, which belongs to the technical field of building and municipal engineering construction, and comprises the following steps: connecting a hoisting device to the upper part and the side part of a reinforcement cage to be hoisted; the lifting device comprises a fixing disc, a supporting frame connected to the lower end of the fixing disc, a first lifting appliance connected to the upper end of the fixing disc and used for being connected with the lifting end of a crane, and a second lifting appliance connected to the side wall of the reinforcement cage and used for being connected with the lifting end of another crane. Two cranes are arranged and respectively connected with the end parts of the first lifting appliance and the second lifting appliance; and the two cranes work in a matched mode to vertically hoist the reinforcement cage, the reinforcement cage is placed in a drilled hole which is drilled in advance, and after placing is completed, the second lifting appliance and the fixing disc are sequentially made to be separated from the reinforcement cage. According to the large-tonnage reinforcement cage hoisting method provided by the invention, the reinforcement cage is connected by using the fixing disc, and the reinforcement cage is accurately and stably placed in the drill hole through the cooperative use of the first hoisting tool and the second hoisting tool, so that the hoisting safety of the reinforcement cage is improved.
本发明提供了一种大吨位钢筋笼起吊方法，属于建筑和市政工程建设技术领域，包括如下步骤，将起吊装置连接于待起吊的钢筋笼上部和侧部，起吊装置包括固定盘、连接于固定盘下端的支撑架、连接于固定盘上端且用于与吊车的起吊端连接的第一吊具以及连接于钢筋笼侧壁上且用于与另一吊车的起吊端连接的第二吊具；设置两台吊车并分别连接第一吊具和第二吊具的端部；两台吊车配合作业竖直吊升钢筋笼，并将钢筋笼安放入预先钻好的钻孔内，安放完成后依次使第二吊具和固定盘脱离钢筋笼。本发明提供的一种大吨位钢筋笼起吊方法，使用固定盘连接钢筋笼，通过第一吊具和第二吊具的配合使用，使钢筋笼准确、稳定的安放至钻孔内，增加了钢筋笼起吊安全性。
Large-tonnage reinforcement cage hoisting method
一种大吨位钢筋笼起吊方法
YANG HAIPENG (author) / LI HUAWEI (author) / NIE QINGKE (author) / SUN YUNQING (author) / ZHANG YAZHUO (author) / SONG PENGBO (author) / MA RUXING (author) / ZHAO HONGBO (author) / SUN ZHIQIAN (author)
2022-11-08
Patent
Electronic Resource
Chinese
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