Double-swing-arm type equidistant positioning device for welding reinforcing ribs of finned radiator

Abstract

The invention discloses a double-swing-arm type equidistant positioning device for welding reinforcing ribs of a finned radiator. The double-swing-arm type equidistant positioning device is characterized in that double-swing-arm type equidistant positioning devices for welding reinforcing ribs of the finned radiator needs to be symmetrically used in pairs; and the double-swing-arm type equidistant positioning device comprises a bottom adjustable transfer sliding table, a heavy load hinge base, an adjustable lifting positioning supporting platform, an equidistant positioning and separating unit, a rigid supporting and positioning swing arm, a rotary supporting sliding table, a top self-adaptive transfer sliding table, reinforcing rib synchronous clamping mechanisms and integrated reinforcing rib shape correcting-feeding-positioning mechanisms. According to the double-swing-arm type equidistant positioning device, automatic equidistant positioning of cooling fins and the reinforcing ribs of the finned radiator in the production process of welding the reinforcing ribs is achieved, pre-welding position positioning between single fins and between the single fins and the reinforcing ribs in the production process of welding the reinforcing ribs is achieved, the automatic production requirement for welding inclined and straight reinforcing ribs is met, the production efficiency of welding the inclined straight reinforcing ribs of the radiator is greatly improved, and the technical upgrade of replacing manual operation by automation is completed.

Description

technical field [0001] The invention belongs to the field of special equipment for electricians, and specifically relates to a double-swing-arm type equidistant positioning device for welding ribs of fin radiators, which is an indispensable core functional component in a welding workstation for oblique and straight ribs of fin radiators. Background technique [0002] At present, most of the chip radiators used in transformers in the domestic and foreign power equipment industries are mainly welded with oblique and straight ribs, and the radiator fins are positioned in a traditional way. figure 2 upper part), the heatsink is welded horizontally (such as figure 2 The lower part), in the welding process, there are problems such as manual guarantee for equidistant positioning, the reinforcement ribs on both sides of the same radiator need to be manually turned over by a crane and then welded again, and the positioning of oblique and straight ribs is completely dependent on manua...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the chip radiators used in transformers in the domestic and foreign power equipment industries are mainly welded with oblique and straight ribs, and the radiator fins are positioned in a traditional way. figure 2 upper part), the heatsink is welded horizontally (such as figure 2 The lower part), in the welding process, there are problems such as manual guarantee for equidistant positioning, the reinforcement ribs on both sides of the same radiator need to be manually turned over by a crane and then welded again, and the positioning of oblique and straight ribs is completely dependent on manual work, etc.

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