Automobile door plate injection mold

Abstract

The invention discloses an automobile door plate injection mold. The automobile door plate injection mold comprises an injection machine, a jig table arranged on one side of the injection machine, a pre-buried glass fiber placed on the jig table, and a manipulator arranged on one side of the jig table, the injection machine comprises a mold moving device and a mold fixing device, and a fixing fixture is arranged on the jig table and used for being matched with the manipulator, so that the fact that moving for injection is conducted on the pre-buried glass fiber is achieved; and the specific structure of the automobile door plate injection mold comprises a first fixing assembly used for fixing in the vertical direction, a second fixing assembly used for fixing in the horizontal direction, afirst driving mechanism for driving the first driving assembly, a second driving mechanism for driving the second fixing assembly, and a connecting assembly matched with the manipulator. According tothe automobile door plate injection mold, the fact that leveling of the glass fiber is ensured in the processing process can be maintained, and the fixing fixture is not deformed in the heating process.

Description

technical field [0001] The invention relates to the technical field of automobile parts, in particular to an injection mold for an automobile door panel. Background technique [0002] At present, when processing glass fiber materials, due to strict requirements on the thickness of clamping tools during injection molding, general clamps are not suitable for fixing glass fiber materials. In the prior art, when processing glass fiber materials, the whole A piece of flat glass fiber material is clamped on the left, right, and upper sides and then heated in the baking area of ​​the infrared heating equipment. After heating and pretreatment, the robot embeds it into the injection mold and mixes it with other materials for injection molding, so that the injection molded parts can be more refined. High toughness and strength. However, when infrared heating is performed on the door panel, it is necessary to design a proprietary fixture, and when the glass fiber material is heated, th...

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Problems solved by technology

[0002] At present, when processing glass fiber materials, due to strict requirements on the thickness of clamping tools during injection molding, general clamps are not suitable for fixing glass fiber materials. In the prior art, when processing glass fiber materials, the whole A piece of flat glass fiber material is clamped on the left, right, and upper sides and then heated in the baking area of ​​the infrared heating equipment. After heating and pretreatment, the robot embeds it into the injection mold and mixes it with other materials for injection molding, so that the injection molded parts can be more refined. High toughness and strength. However, when infrared heating is performed on the door panel, it is necessary to design a proprietary fixture, and when the glass fiber material is heated, the glass fiber is easy to soften and wrinkle and deform, and the structure of the fixture is easy to be damaged when the glass fiber material is heated.

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