Concrete bank protection hook block automatic assembly line prefabrication construction method

Abstract

The invention relates to a prefabricated construction method for an automatic assembly line for hooking and connecting blocks of concrete revetment. The hook block production line, the middle position of the multiple hook block production lines is provided with the upper and lower passages in the middle, the two ends of the prefabricated channel and the transfer channel are respectively provided with an entrance platform and an exit platform, and the exit platform is set between the entrance platforms. There is a one-way exit channel on the side of the transfer channel, the prefabricated channel is located at a high position, and the transfer channel is located at a low position; the invention reduces the production cycle of a single component, greatly improves the prefabrication efficiency, and ensures the construction period; The production capacity of the site is maximized, and the goal of automated production and management is implemented.

Description

Technical field: [0001] The invention relates to an automatic assembly line prefabrication construction method for hooking blocks of concrete bank protection. Background technique: [0002] In the construction process of the existing concrete revetment hook block (large volume and weight, usually 2-10 tons), the vertical formwork operation is conventionally carried out by machinery such as a truck crane or a gantry crane, and then the concrete is poured mechanically with a concrete hopper. Use lifting equipment to cooperate with manual form removal and hoisting and transportation; the above prefabrication method requires a large prefabrication and storage site, the formwork in the field is placed in various forms, the pouring pedestal is not fixed, and the lifting span is usually large. In some narrow and small areas, The use of conventional prefabrication methods will lead to disadvantages such as low land utilization rate and low production efficiency due to the lack of fu...

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Problems solved by technology

[0002] In the construction process of the existing concrete revetment hook block (both volume and weight are large, usually up to 2-10 tons), it is conventional to use machinery such as truck cranes or gantry cranes to cooperate with manual erection work, and then the machinery cooperates with the concrete hopper to pour concrete, and finally Use lifting equipment to cooperate with manual form removal and hoisting for transportation; the above-mentioned prefabrication method requires a large prefabrication and storage site, the formwork in the site is placed in various forms, the pouring platform is not fixed, and the lifting span is usually large. In some small and small areas, The conventional prefabrication method will cause disadvantages such as low land utilization rate and production efficiency due to the lack of functional areas; moreover, the hoisting equipment and labor utilization rate in the construction process is high, and there are many intersecting links between prefabrication and hoisting processes, resulting in low efficiency and safety risks in the production process On the other hand, in order to resist various unfavorable situations to speed up the construction progress and ensure construction safety, a large amount of equipment and human resources need to be invested, and the cost is very high

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