Air deflector director assembly tool set and application method thereof

Abstract

The invention discloses an air deflector director assembly tool set and an application method thereof. The air deflector director assembly tool set comprises a first spigot shaft, wherein both ends of the first spigot shaft are respectively provided with a rotary table which is perpendicular to the first spigot shaft; the first spigot shaft is provided with a plurality of positioning mechanisms for fixing air deflector gussets; and each positioning mechanism comprises a positioning baffle and a clamping baffle for clamping the air deflector gussets. The positions of mounting holes in the positioning baffle and clamping baffle on the first main shaft are adjusted to satisfy the assembly requirements of the envelope on the air deflector with different sectional dimensions and different lengths. The longer plate of the L-shaped positioning baffle is used for positioning the gussets, and the longer plate of the clamping baffle and the longer plate of the positioning baffle are arranged oppositely to clamp the gussets and are connected through a bolt, thereby being flexible and convenient to disassemble. In the envelope process, the rotary tables can be overturned to overturn the assembly tool set without manually adjusting the position of the assembly tool set, thereby effectively avoiding scratching the aluminum product.

Description

technical field [0001] The invention relates to a skin structure in the field of nuclear power, in particular to an assembly tool for an air deflector deflector and a method for using the deflector. Background technique [0002] In the field of nuclear power, an air deflector is provided on the outer surface of the steel shell. The air deflector generally includes a plurality of ribs, and a skin is arranged outside the ribs. The skin is usually an aluminum alloy skin, such as figure 1 and figure 2 As shown, in order to reduce the minimum resistance of air flow, the shape of the ribs in the air deflector is drop-shaped, and the shape of the skin is also drop-shaped. At the same time, the whole structure is a nearly closed structure. [0003] At present, most of the products with similar structures at home and abroad are ventilated structural parts, which are simple in structure, relatively regular in shape, and light in weight. The skin is usually thin, the surface of the ...

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Problems solved by technology

[0003] At present, most of the products with similar structures at home and abroad are ventilated structural parts, which are simple in structure, relatively regular in shape, and light in weight. The skin is usually thin, the surface of the material is easily scratched, and its strength is high, and the skin must be bent, so it is difficult to form the skin during installation, the operation space for internal and external drilling and riveting is narrow, and the curvature of the skin is relatively large. Large, which makes it difficult to fit the skin and ribs

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