Suspension type self-adaptive hot pressing system of full-automatic floating type hot-pressing molding press

Abstract

The invention discloses a suspension type self-adaptive hot pressing system of a full-automatic floating type hot-pressing molding press. The suspension type self-adaptive hot pressing system comprises a sealing protection cover, wherein the sealing protection cover is internally provided with a rack; the rack is provided with a feeding device, a heating device and a molding device; the feeding device and the heating device are transversely arranged in sequence; the molding device is arranged at the upper and lower ends of the heating device; a balance system is arranged below the feeding device; a precision control box for controlling the balance system is arranged beside the balance system; a middle guide plate is connected with the feeding device through a connecting plate. The suspension type self-adaptive hot pressing system has the advantages that firstly, the structure of the molding device is changed so that a blank can be pressed and molded up and down at the same time; the pressing effect is good and the rejection rate is low; the automation degree and the working efficiency are improved; the feeding device can float along the molding device so that the feeding device canbe used for continuously and stably feeding the blank into a mold.

Description

technical field [0001] The invention relates to the technical field of forming presses, in particular to a floating self-adaptive hot pressing system of a fully automatic floating hot pressing forming press. Background technique [0002] The automatic thermoforming press mainly includes a sealed frame, which is equipped with a feeding device, a feeding device, a heating device, and a forming device. The blank first enters the feeding device through the feeding device, and then the feeding device puts the blank into the molding In the mold, magnetism is generated by heating, and then the blank is processed and shaped by the forming device. [0003] Moreover, when the traditional press presses the billet, the billet is fixed in the mold. In the process of pressing, the billet is stressed in one direction, which requires a large load-bearing capacity of the mold. If the mold is too small, then The mold is easily damaged during the pressing process. If the mold is too large, it...

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Problems solved by technology

[0003] Moreover, when the traditional press presses the billet, the billet is fixed in the mold. In the process of pressing, the billet is stressed in one direction, which requires a large load-bearing capacity of the mold. If the mold is too small, then The mold is easily damaged during the pressing process. If the mold is too large, it is not convenient to heat the blank in the mold, and the support seat carrying the mold is usually formed by welding the bracket. During the pressing process, due to the reaction force of the pressure The support seat is deformed and the press-fitting is unqualified; at the same time, this press-fitting structure has higher requirements for the welding bracket, and it must have higher rigidity, welding and processing requirements; in addition, in order to ensure a certain strength, the welding bracket usually occupies the table. Large area, resulting in waste of space

If the mold moves, it will not be able to continuously and stably put the billet into the mold

[0004] In addition, the temperature in the mold base and the sealing cover will be very high during the processing of the blank, which will affect the service life of the mold base, air claws and mechanisms in the sealing cover

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