Rubber waterstop fixing structure of end head die plates and construction method thereof

Abstract

The invention discloses a rubber waterstop fixing structure of end head die plates and a construction method thereof. The rubber waterstop fixing structure of the end head die plates comprises a plurality of first reinforced steel bars and small cushion blocks, wherein two second reinforced steel bars which are distributed in parallel are fixedly mounted at the same side of the plurality of first reinforced steel bars; a plurality of third reinforced steel bars are fixedly mounted at equal intervals at the same side of the two second reinforced steel bars; three of the plurality of third reinforced steel bars at the same side are fixedly equipped with the same stirrup; an upper die plate and a lower die plate which is positioned at one side of the upper die plate are arranged at one side of the stirrup; one end, far away from the second reinforced steel bars, of each of the upper die plate and the lower die plate is provided with the same dual vertical rod; the two end head die plates which are distributed in parallel are fixedly mounted between one side of the dual vertical rod and the upper die plate and between one side of the dual vertical rod and the lower die plate. According to the rubber waterstop fixing structure of the end head die plates, the rubber waterstop can be fixed in a simple manner; the working efficiency is high; in addition, misplacement in concrete pouring can be avoided; and moreover, all parts are common parts, so that the cost is low.

Description

technical field [0001] The invention relates to a rubber waterstop structure and a construction method thereof, which belong to the technical field of construction engineering. Background technique [0002] With the rapid advancement of the urbanization process, the stacking of high-rise buildings has driven the development of urban construction. The development of urban construction is inseparable from the construction of municipal pipelines such as urban water supply, heat, gas, water supply and drainage, communications, and electricity. These municipal pipelines The traditional construction method is the road-breaking direct burial method, which makes the continuous excavation of urban roads, which will definitely cause a waste of underground resources and have a certain impact on the original underground pipelines during the excavation process; the second is large-scale excavation. Digging will affect urban road traffic, which in turn will cause traffic congestion; third...

AI Technical Summary

Problems solved by technology

[0003] The fixing method adopted by the existing rubber waterstop is prone to dislocation and falling off, and the cost is relatively high

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