Novel embossing mechanism of forming box embossing machine

Abstract

The invention relates to a novel embossing mechanism of a forming box embossing machine. A supporting frame, an upper beam, a movable beam and a lower beam are included. The lower beam is arranged atthe end, away from the ground, of the supporting frame. The lower beam is provided with four stand columns. An oil cylinder is fixed to the upper beam. A piston, a piston rod and the movable beam arein rigidity connection into a whole through flanges and bolts. A workbench is arranged between the movable beam and the lower beam. The end, towards the lower beam, of the movable beam is provided with an upper embossing die. A lower embossing die opposite to the upper embossing die is arranged in the workbench. A pressed workpiece is arranged on the lower embossing die. A bracket mechanism is arranged between the movable beam and the lower beam and plays a buffering role on the pressed workpiece when the oil cylinder drives the upper beam to emboss the pressed workpiece on the workbench. Thenovel embossing mechanism has the beneficial effects that the bracket mechanism is arranged so that the pressed workpiece buffering indentation can be achieved, the buffering indentation distance canbe adjusted, and the indentation effect and yield are obviously improved.

Description

technical field [0001] The invention relates to the field of forming box intelligent embossing machines, in particular to a novel embossing mechanism of the forming box embossing machine. Background technique [0002] The traditional hydraulic embossing machine includes an upper beam, a movable beam and a lower beam. The upper beam, the movable beam and the lower beam are rigidly connected by four columns and nuts, and the oil cylinder is fixed on the upper beam. The flange and the bolts are rigidly connected into one body, and the lower cross beam is provided with a fixed workbench on which the workpiece to be pressed is placed. When working, the product is put into the fixed workbench for pressing, but the same hydraulic embossing machine is relatively different in height. The embossed workpiece has different embossing depths, and sometimes the pressed workpiece will be pressed through, and when embossing the pressed workpiece with different specifications, it is necessary...

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Problems solved by technology

[0002] The traditional hydraulic embossing machine includes an upper beam, a movable beam and a lower beam. The upper beam, the movable beam and the lower beam are rigidly connected by four columns and nuts, and the oil cylinder is fixed on the upper beam. The flange and the bolts are rigidly connected into one body, and the lower cross beam is provided with a fixed workbench on which the workpiece to be pressed is placed. When working, the product is put into the fixed workbench for pressing, but the same hydraulic embossing machine is relatively different in height. The embossed workpiece has different embossing depths, and sometimes the pressed workpiece will be pressed through, and when embossing the pressed workpiece with different specifications, it is necessary to replace the fixed worktable that matches the pressed workpiece. But the traditional hydraulic embossing machine is troublesome to replace

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