Integrated-mold fine-aggregate-concrete flashing construction method and waterproof maintenance device thereof

Abstract

The invention mainly discloses an integrated-mold fine-aggregate-concrete flashing construction method and a waterproof maintenance device thereof. The method comprises the following steps: step one,determining a construction plan; step two, carrying out molding measurement; step three, carrying out foundation course processing; step four, carrying out fine-aggregate-concrete flashing; step five,carrying out weather-proof sealant gluing; step six, carrying out finished product protection and maintenance; and step seven, carrying out effect checking. In addition, the waterproof maintenance device comprises a mobile device, a water storage device, a spraying device and a wireless control device. The water storage device includes a water storage tank and a water supply pipe. The spray device includes a main water pipe, a first water distribution pipe, a second water distribution pipe and a water spray head; a rotating device is arranged between the main water pipe and the water storagetank; and a second electromagnetic valve is arranged on the main water pipe. The wireless control device includes a temperature control device and a time control device. According to the invention, the construction becomes convenient; the method and the device are easy to implement; the construction cost is low; the quality is god; and the waterproof effect is good. With the waterproof maintenancedevice, watering and maintenance can be carried out on the concrete comprehensively and automatically; the time and manpower are saved; and the maintenance effect is good.

Description

technical field [0001] The invention relates to an integral mold fine stone concrete flashing construction method and a waterproof maintenance device. Background technique [0002] Flooding is a kind of waterproof technology in buildings. Generally speaking, it is to carry out waterproof treatment on the wall and roof, that is, at the intersection of all flat and vertical surfaces that need waterproof treatment. Roof flashing is an important structure of the roof. Many roof leaks are often caused by the failure of this structure. The construction quality of flashing is closely related to the elimination of roof leakage. Nowadays, there are four traditional flooding construction methods: stone flooding, stainless steel flanged flooding, PVC mold fine stone concrete flooding, and integral mold fine stone concrete flooding. For stone flooding, stone paving The method of construction, the demand for construction stone is large, the stone needs to be cut and polished according t...

AI Technical Summary

Problems solved by technology

Nowadays, there are four traditional flooding construction methods: stone flooding, stainless steel flanged flooding, PVC mold fine stone concrete flooding, and integral mold fine stone concrete flooding. For stone flooding, stone paving The method of construction, the demand for construction stone is large, the stone needs to be cut and polished according to the requirements, the cost is high, and the processing time is long; for the stainless steel flange flashing, the two ends are fixed with expansion screws, and the rest are fixed with glass glue. construction method, the cost is high, the processing time is long, and it is easy to rust and corrode after long-term erosion by acid rain, and the quality of appearance is poor; Insufficient mold integrity, flashing arc, difficult to control the straightness of joints, and poor line flatness; the integral mold fine stone concrete flashing can meet the molding of molds of different shapes, and the mold can be processed in a centralized manner, which is easy to control the geometry Small size, convenient laying after forming, low cost, good advantages

[0003] Generally, aging cracks are prone to appear after flooding construction, which can easily cause leakage at the closure of the waterproofing membrane located in the flooding, which not only affects the service life of the building, but also requires more manpower and material resources for regular maintenance in the future, and all The resulting aging cracks affect the overall sensory effect of the roof; and in the process of flooding construction, in order to ensure the rigidity, strength and stability of the concrete structure, and to prevent concrete cracking, the concrete needs to be cured. The national standard requires concrete The maintenance is relatively strict. The existing maintenance method generally adopts the method of artificial watering and maintenance, and special personnel are required to take care of it on site. Due to the wide flooding area, long length, and large engineering volume, manual watering maintenance takes a long time, and the one-time watering area is not large. Large, often cannot meet its maintenance effect, and it is extremely labor-intensive

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