Double-layer punching machine for photovoltaic aluminum alloy frame

Abstract

The invention discloses a double-layer punching machine for a photovoltaic aluminum alloy frame. The double-layer punching machine comprises a vertical punching machine frame, a first-layer working table surface, a second-layer working table surface, a first-layer punching beam, a second-layer punching beam and driving devices, wherein the vertical punching machine frame adopts a gantry type structure; the first-layer working table surface and the second-layer working table surface which are used for placing dies are arranged on the vertical punching machine frame; guide columns which are vertically arranged are arranged on the two sides of the vertical punching machine frame correspondingly; the first-layer punching beam and the second-layer punching beam are arranged on the guide columns; screw rods are connected between the two-layer punching beams; and the driving devices are arranged at the upper ends of the guide columns. According to the double-layer punching machine for the photovoltaic aluminum alloy frame, the vertical double-layer gantry structure facilitates die loading and unloading, and is suitable for integration of a photovoltaic aluminum alloy frame machining process line, a roller conveying frame, and a feeding or discharging manipulator are configured well, and automatic production can be achieved; and two ends of the double-layer punching beams are arrangedon the same set of the guide columns, the double-layer punching beams are driven by a synchronous hydraulic oil cylinder, the consistency of the punching operation is guaranteed, the precision is high, the impulsion is uniform, punching is performed once, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to a double-layer punching machine for processing porous parts of a photovoltaic aluminum alloy frame. Background technique [0002] In order to meet the increase in output in the field of photovoltaic processing, the demand for photovoltaic aluminum alloy frames is also increasing. The cutting and processing efficiency of profiles is also continuously improved; in order to form a complete processing line for a complete photovoltaic aluminum alloy frame, with an efficient cutting unit, the subsequent stamping unit must also meet the beat of the entire flow unit. Currently, the method of shunting is used. Two sets of stamping units are connected to one set of cutting center units, which is handled by manual shunting, which is inefficient and labor-intensive. [0003] Stamping two or more stamping units at a time, the market has put forward corresponding demands, and if the double-layer mold is adopted, all the molds need to be red...

AI Technical Summary

Problems solved by technology

The cutting and processing efficiency of profiles is also continuously improved; in order to form a complete processing line for a complete photovoltaic aluminum alloy frame, with an efficient cutting unit, the subsequent stamping unit must also meet the beat of the entire flow unit. Currently, the method of shunting is used. Two sets of stamping units are connected to one set of cutting center units, which is handled by manual shunting, which has low efficiency and high labor intensity

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