Bidirectional coding device for plate production

Abstract

The invention relates to a bidirectional coding device for plate production, which is characterized by comprising a rack, a horizontal rotating mechanism, a lifting buffer mechanism, a horizontal telescopic buffer mechanism, a horizontal coding mechanism and a vertical coding mechanism, a rotating swing arm is arranged on the horizontal rotating mechanism, and the lifting buffer mechanism is arranged on the rotating swing arm; the horizontal telescopic buffering mechanism is arranged on the lifting buffering mechanism, the horizontal coding mechanism is arranged on the lifting buffering mechanism, and the vertical coding mechanism is arranged on the horizontal telescopic buffering mechanism. According to the automatic code printing device, synchronous and bidirectional automatic code printing can be achieved during automatic stacking of the plate blanks, workers can be completely replaced, the conditions of wrong printing, through printing, unclear code printing and the like are avoided, the code printing efficiency and quality can be greatly improved, and the cost input of enterprises can be reduced; the two-way code printing device can well meet the code printing requirement of the plate, the reliability and the applicability of the two-way code printing device are very good, and the two-way code printing device can be used for different working procedures in the plate production operation to meet the code printing requirement.

Description

technical field [0001] The invention relates to the technical field of building material production, in particular to a coding device for plate production. Background technique [0002] At present, in the production process of fiber reinforced calcium silicate board and fiber reinforced cement board, in order to trace the production process. Often in the process of slab stacking and stacking, manual coding is performed on the surface and side of the slab to print its own label number for each slab. Since the stacking speed of slabs is generally fast, workers need to quickly print codes on the surface and sides of the slabs. In this way, after a period of time, workers are prone to mental fatigue, and thus prone to misprinting, missing printing, unclear printing codes, etc., which greatly affects the improvement of printing quality. And in the current environment of high labor costs, the use of manual coding will easily lead to an increase in the cost of enterprises, which ...

AI Technical Summary

Problems solved by technology

In this way, after a period of time, workers are prone to mental fatigue, which is prone to misprints, missing prints, unclear printing codes, etc., which greatly affects the improvement of printing quality

And in the current environment with high labor costs, the use of manual printing codes will easily lead to an increase in the cost investment of the enterprise, which will easily lead to an increase in the production cost of the board

Although equipment such as coding machines (such as laser coding machines) and stamping machines have appeared now, due to the complicated actions of the slab stacking process and the weak structural strength of the slab itself, it is difficult to use existing Some equipment directly replace manual operation

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