Self-checking marking apparatus with observation windows

Abstract

The invention discloses a self-checking marking apparatus with observation windows. The apparatus comprises a body and a universal shaft transmission device. The apparatus is characterized in that: an upper part of the body is provided with a display screen; a central part of the body is provided with an operating console and a controller; the controller is arranged out of the operating console; the operating console comprises a roll shaft transmission apparatus, a marking apparatus, a self-checking apparatus and case bodies; the marking apparatus and the self-checking apparatus are respectively arranged in a first case body and a second case body of the operating console and are arranged along a transmission direction of the roll shaft transmission apparatus; the first case body and the second case body are provided with the observation windows; driving devices of the roll shaft transmission apparatus, the marking apparatus and the self-checking apparatus are all arranged on a lower part of the operating console; the marking apparatus is the laser marking apparatus and the self-checking apparatus is the optical detection apparatus. The marking apparatus of the invention has a high marking accuracy. Examination can be performed immediately after completing the marking and real-time monitoring of a marking process can be achieved.

Description

technical field [0001] The invention relates to a marking device, in particular to a self-checking marking device provided with an observation window. Background technique [0002] Marking devices are widely used in production activities. Traditional marking devices can only perform simple marking operations. Manual marking devices consume manpower and material resources, and the work accuracy is not high. The automatic marking device of the transmission lacks the ability to control the product. If it is effectively fixed, once the position of the product is shifted, it will be distorted. If there is a problem, it will be difficult to detect it at the first time. It needs to be discovered by subsequent inspection work, which will easily cause batch errors and waste a lot of resources. Contents of the invention [0003] The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a self-inspection marking with an o...

AI Technical Summary

Problems solved by technology

[0002] Marking devices are widely used in production activities. Traditional marking devices can only perform simple marking operations. Manual marking devices consume manpower and material resources, and the work accuracy is not high. The automatic marking device of the transmission lacks the ability to control the product. Effective fixation, once the position of the product is shifted, it will be distorted. If there is a problem, it is difficult to detect it at the first time. It needs to be discovered by subsequent inspection work, which will easily cause batch errors and waste a lot of resources.

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