Flat plate heat collector double-station automatic discharging stacker

Abstract

The invention discloses a flat plate heat collector double-station automatic discharging stacker which comprises a portal frame, a production line support, a guide rail, a first heat collector carrying and clamping holding mechanism, a second heat collector carrying and clamping holding mechanism and a heat collector positioning mechanism, the heat collector positioning mechanism can conduct positioning on a heat collector in a carrying area, the first heat collector carrying and clamping holding device moves to the position above the production line support through a first sliding block seat and moves downward to clamp and hold the heat collector, and the heat collector is carried and placed in a transshipment area; meanwhile, the second heat collector carrying and clamping holding mechanism moves to the position above the production line support through a second sliding block seat and moves downward to clamp and hold the next heat collector which is carried and placed in another transshipment area. According to the flat plate heat collector double-station automatic discharging stacker, the safety and the reliability of the carrying of the heat collectors are guaranteed, the limitation of the width of the production line can be eliminated, the influence on the safe operation of the carrying mechanism can be eliminated, and the application range is wide. By means of the double-station carrying mechanism, higher productivity is achieved, and the production efficiency is greatly improved.

Description

Technical field [0001] The invention relates to a palletizer, and more specifically, to a palletizer that can effectively improve work efficiency and productivity, can reduce production costs, and has a wide range of product specifications. Background technique [0002] In the existing solar energy industry, when the collectors are produced along the production drum line, their packaging is usually moved off the line from the production line to the transfer truck manually. However, this method in the industry currently has the following problems: [0003] 1. High labor intensity and high labor cost. At least two strong porters are required for this station. Generally, the production efficiency will decrease after a short period of continuous manual handling. When the production capacity is large, the labor needs to be replaced, which leads to high labor costs; [0004] 2. Low production capacity. When the production capacity is high, the production cycle is fast, labor quickly be...

AI Technical Summary

Problems solved by technology

Generally, the production efficiency will decrease after a short period of continuous manual handling, and when the production capacity is large, it is necessary to replace the labor, which leads to high labor costs;

[0004] 2. Low production capacity

When the production capacity is high, the production tempo is fast, and the labor will soon become tired, and the tempo will slow down, resulting in a low daily production capacity;

[0005] 3. There are potential safety hazards

Due to continuous high-intensity handling work, workers are prone to safety factors such as personnel safety and product damage after fatigue

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