Air-cooled forming system of inner container forming machine

Abstract

The invention discloses an air-cooled forming system of an inner container forming machine. The air-cooled forming system of the inner container forming machine comprises a sealing box used for conducting heating forming on a workpiece, the side face of one side of the sealing box is provided with a ventilation port assembly used for conducting cooling solidification on the formed workpiece, and the ventilation port assembly is detachably connected with a cooling air assembly; the ventilation port assembly comprises a first butt-joint connection mechanism, the cooling air assembly comprises a second butt-joint connection mechanism, and a ventilation pipe is connected with the first butt-joint connection mechanism through the second butt-joint connection mechanism in a butt-joint manner; and the first butt-joint connection mechanism is in inserting and extracting fit with the second butt-joint connection mechanism. According to the air-cooled forming system of the inner container forming machine, the workpiece cooling curing efficiency is improved through the cooling air assembly; and in addition, the cooling air assembly is closely connected with the ventilation port assembly in a butt-joint manner, therefore, cooling air leakage can be prevented, and the workpiece cooling efficiency is further improved.

Description

technical field [0001] The invention relates to a refrigerator liner forming mechanism, in particular to an air-cooled forming system of the liner forming machine. Background technique [0002] At present, in the forming mechanism of the refrigerator liner, the workpiece is usually heated and formed in the forming sealed box. After the workpiece is formed, it is necessary to cool and solidify the formed workpiece. At present, the measures taken to cool and solidify the workpiece are to open the airtight box and cool it by the surrounding natural wind. However, because the ambient temperature around the molding mechanism is usually high, the cooling and solidification speed of the molding mechanism is slow by natural wind, and the cooling effect is poor, which is not conducive to improving the cooling efficiency of the workpiece. At present, there is also a cooling method that uses a blower to blow the workpiece, but when the blower is blowing, because the air outlet of the...

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Problems solved by technology

However, since the ambient temperature around the molding mechanism is usually high, the cooling and solidification speed by natural wind is slow, and the cooling effect is poor, which is not conducive to improving the cooling efficiency of the workpiece.

At present, there is also a cooling method that uses a blower to blow the workpiece, but when the blower is blowing, because the air outlet of the forming seal box and the blower is not directly facing, and there is a large distance between the two, the air blown by the blower cannot be completely blown. into the forming sealed box, resulting in waste

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