A motor packaging line

Abstract

The invention discloses a motor packaging assembly line. The motor packaging assembly line comprises an unpacking mechanism, a filling mechanism, a packing mechanism and a controller. A discharge port of the unpacking mechanism communicates with a feed inlet of the filling mechanism, a discharge port of the filling mechanism communicates with a feed inlet of the packing mechanism, and a discharge port of the packing mechanism communicates with a feed inlet of a stacking mechanism; the controller is electrically connected to the unpacking mechanism and the packing mechanism. By adoption of the motor packaging assembly line disclosed by the invention, full-automatic packaging can be realized, production can be organized only with extremely less manual work, and the production quality of products can be guaranteed. The size of a packaging box can be self-designed according to the sizes of the products, production changes of the products can be coped with, and the occupied plant area by carton boxes can be reduced; the packaged products can be automatically transferred, so that the manual work input can be reduced and management is facilitated; the motor packaging assembly line disclosed by the invention is simple in structure and convenient to manufacture, the human cost of an enterprise is greatly reduced with only investment at one time, and the packaging quality is guaranteed, and manual management is further facilitated.

Description

technical field [0001] The invention relates to the packaging field, in particular to a motor packaging line. Background technique [0002] Now industrial development has entered the stage of large-scale mechanized production after the manual stage, and the use of mechanized production has the advantages of higher efficiency and lower cost. After the production of enterprise products is completed, they need to be packaged, and the use of mechanized packaging has the advantage of high efficiency. [0003] At present, most enterprises use semi-automatic packaging production lines. Although this method adopts partial automatic packaging, the production efficiency of enterprises is still not high, and most enterprises now use finished cartons for packaging. The finished cartons occupy a large area, which puts pressure on the warehouse of the enterprise. Larger, and the cartons of different sizes required by different products need to be produced by specific carton manufacturers...

AI Technical Summary

Problems solved by technology

[0003] At present, most enterprises use semi-automatic packaging production lines. Although this method adopts partial automatic packaging, the production efficiency of enterprises is still not high, and most enterprises now use finished cartons for packaging. The finished cartons occupy a large area, which puts pressure on the warehouse of the enterprise. Larger, and the cartons of different sizes required by different products need to be produced by specific carton manufacturers, sometimes passively extending the production cycle

The use of semi-automatic packaging lines requires a lot of labor, and now the company uses manual methods to store and stack the packaged products, which also requires a lot of labor, which increases the cost of the enterprise, and manual packaging cannot guarantee the packaging quality of the products.

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