A discharge system of fully automatic molding equipment

Abstract

The invention discloses a discharge system of full-automatic mold pressing and sizing equipment. The discharge system comprises a rack, a lower mold circulation conveying mechanism and finished product storage mechanisms, wherein the lower mold circulation conveying mechanism and the finished product storage mechanisms are installed on the rack; the lower mold circulation conveying mechanism is provided with at least three lower molds; a discharging mechanism which is used for conveying raw materials from the lower mold conveying mechanism to the finished product storage mechanisms is installed above the lower mold circulation conveying mechanism and the finished product storage mechanisms; the lower mold circulation conveying mechanism, the discharging mechanism and the finished product storage mechanisms are respectively connected with a control system. Finished products obtained by mold pressing and molding raw materials are sent to the finished product storage mechanism via the discharging mechanism. Because the steps are automatically completed under the operation and control by the control system, the processing efficiency is high; empty molding charge barrels can be replaced before all the molding charge barrels of the finished product storage mechanism are fully filled with finished products of raw materials by workers, so that the labor intensity of workers is lowered; one worker can take care of and operate multiple sets of equipment, and the labor cost is reduced greatly.

Description

technical field [0001] The invention belongs to the field of automatic equipment, and in particular relates to the structural field of molding equipment. Background technique [0002] Molding and shaping process is a special process that puts a certain amount of premix or prepreg into the metal pair mold, and combines physical or chemical treatment, pressing and molding into one. In the field of light industry, the realization form of the molding and shaping process is mainly based on manual operation of a single machine. A piece of equipment requires at least one person. Manual loading, activation of the molding switch, and manual unloading are repeated periodically. The labor intensity is high and the production efficiency is not high. The quality of finalized products is uncontrollable, poor in consistency, and there are hidden dangers in operation safety (scald, respiratory infection caused by dusty environment, mold compression injury), which leads to difficulty in recr...

AI Technical Summary

Problems solved by technology

In the field of light industry, the realization of the molding process is mainly based on manual operation of a single machine. At least one person is required for one piece of equipment. Manual loading, activation of the molding switch, and manual unloading are repeated periodically. The labor intensity is high and the production efficiency is not high. The quality of the finalized products is uncontrollable, the consistency is poor, and there are hidden dangers in operation safety (scald, respiratory infection caused by dusty environment, mold compression injury), which leads to difficulty in recruitment and high labor costs. The supply of finalized products in the market is in short supply.

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