Power head structure of four-corner corner connecting machine

Abstract

The invention relates to a power head structure of a four-corner corner connecting machine. The power head structure of the four-corner corner connecting machine comprises a corner connecting head base plate, a corner connecting head table plate, a concave positioning and side positioning integrating mechanism, a convex positioning mechanism and a perpendicular compression mechanism, wherein equally high supporting plates are perpendicularly installed on the corner connecting head base plate, the corner connecting head table plate is arranged on the equally high supporting plates, the concave positioning and side positioning integrating mechanism is horizontally installed on the corner connecting head table plate, the perpendicular compression mechanism is installed above the concave positioning and side positioning integrating mechanism, and the convex positioning mechanism is perpendicularly installed on the corner connecting head table plate. By effectively integrating original concave positioning, side positioning, convex positioning and perpendicular positioning, the power head structure of the four-corner corner connecting machine improves the efficiency of positioning and adjusting four-corner doors and windows, and improves the yield rate.

Description

technical field [0001] The invention relates to a four-corner motor head structure. Background technique [0002] At present, the traditional corner processing of aluminum alloy doors and windows is mainly based on single-head group corners, and the processing mode is mainly completed one corner at a time. The traditional single-head group angle head has the following disadvantages: [0003] 1. The overall size is too large to be directly applied to the four-corner assembly line, otherwise, the processing range of the small size of the door frame cannot be met; [0004] 2. The single-head corners are adjusted by the operator's hand and eye coordination, which cannot be transplanted into the four-corner corner assembly line. The concave positioning blocks of the four heads are adjusted manually one by one, which is inefficient and due to insufficient manual work. Stability, each head cannot be adjusted to be consistent. Contents of the invention [0005] Purpose of the i...

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Problems solved by technology

[0003] 1. The overall size is too large to be directly applied to the four-corner assembly line, otherwise, the processing range of the small size of the door frame cannot be met;

[0004] 2. The single-head corners are adjusted by the operator's hand and eye coordination, which cannot be transplanted into the four-corner corner assembly line. The concave positioning blocks of the four heads are adjusted manually one by one, which is inefficient and due to insufficient manual work. Stability, each head cannot be adjusted to the same

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