Adjustable universal type marking station

Abstract

The invention provides an adjustable universal type marking station. The adjustable universal type marking station comprises double-material-slice detection mechanisms, a moving mechanism, a supporting mechanism and marking mechanisms. The moving mechanism comprises a transverse guide rail and a longitudinal guide rail which are fixed to a bottom plate. Sliding blocks are installed on the transverse guide rail and the longitudinal guide rail correspondingly. A vertical column is fixed to each sliding block. A workbench surface is fixed to the top surface of each vertical column. The double-material-slice detection mechanisms are arranged on the same sides of the workbench surfaces on the vertical columns. The marking mechanisms are arranged on the other sides of the workbench surfaces on the vertical columns. Each marking mechanism comprises a pair of parallel side lugs. An air cylinder supporting plate used for installing an air cylinder is connected between every two side lugs through a pin shaft. A guide connecting plate is hinged to a guide rod stretching out of the upper portion of each air cylinder. A middle supporting frame is hinged to the middle of each guide connecting plate. A marking head is arranged on the other side, opposite to the corresponding air cylinder, of each guide connecting plate. According to the adjustable universal type marking station, the universal type marking station which can transversely and longitudinally move is designed, the purpose of marking material slices arranged in any shape can be achieved, and the adjustable universal type marking station has the advantages of being simple in structure and small in size and occupied space.

Description

Technical field [0001] The invention relates to a marking device in the technical field of thermoforming, in particular to an adjustable general-purpose marking station suitable for printing part batches, codes and other information on the surface of a blank during the processing of a thermoforming production line . Background technique [0002] Thermoformed parts are more and more used in the manufacture of auto parts due to their light weight and high strength. With the progress of automobile lightweight, thermoforming technology has been further developed, and thermoformed parts have been more widely used. Marking is an indispensable and important link in the production process of thermoformed parts. Marking plays an important role in the process of part quality inquiry: marking mainly refers to the production batch of parts, OEM code, part code and supply One or several items of information such as the trade code are printed on the surface of the part (material) to meet the ...

AI Technical Summary

Problems solved by technology

[0004] The disadvantages of this kind of marking station are: it takes up a lot of space; the marking time is relatively long: because the sliding table of the marking station cannot move back and forth, it is impossible to mark the blanks arranged in a diamond shape at the same time; resulting in a long marking process. 1. The production cycle is too long, which reduces the production efficiency; the space above the working table is limited, when the end picker grabs the material for marking, the range of motion is limited, and the end picker is not easy to adjust; and the material enters the marking head The distance of the working range is limited, and it is difficult to adjust the marking position

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