Product tool, marking equipment for installing product tool and marking method

Abstract

The invention provides a product tool, marking equipment for installing the product tool and a marking method and relates to the technical field of laser marking. The product tool comprises a bottom plate, a first supporting assembly, a second supporting assembly and a fixing assembly. The product tool paves a pipeline product on the supporting assemblies, and one end of the pipeline product is fixed through the fixing assembly, so that unified management of the pipeline product is facilitated, and a specific installation angle is set at the other end of the pipeline product to be connected toair tightness detection mechanical equipment; the marking equipment is provided with a sealing detection tool and a plurality of product tools connected to the sealing detection tool, so that an airtightness detection function and a marking function of the pipeline product are integrated; and because the air tightness detection and the marking of the pipeline product on each product tool are alternately performed, the production efficiency of the pipeline product is obviously improved, the labor and material investment in the production of the pipeline product of an enterprise is reduced, and the production cost of the enterprise is reduced.

Description

technical field [0001] The invention relates to the technical field of laser marking, in particular to a product tooling, a marking device for installing the product tooling, and a marking method. Background technique [0002] In various pipeline structures including pipelines, there is usually a requirement for pipeline sealing. The traditional pipeline detection method is to manually fill the pipeline with compressed air, put the pipeline into the water, and judge the tightness of the pipeline and pipeline products by checking whether there are bubbles emerging from the end of the pipeline protruding into the water. . However, the traditional detection methods generally have the following technical problems: 1) when the sealing pressure of the system pipeline is high, there is a greater safety hazard when manually inflating the pipeline; 2) when a certain section of the system pipeline is set with a For solenoid valves, when testing the tightness of the pipeline, it is n...

AI Technical Summary

Problems solved by technology

However, the traditional detection methods generally have the following technical problems: 1) when the sealing pressure of the system pipeline is high, there is a greater safety hazard when manually inflating the pipeline; 2) when a certain section of the system pipeline is set with a For solenoid valves, when testing the tightness of the pipeline, it is necessary to provide additional protection to the solenoid valve to prevent damage to the solenoid valve; 3) When the pipeline of the system or the product is relatively long and large, when the pipeline is manually inflated for testing The operation is inconvenient, for example, different inflatable interfaces and testing containers are required for products of different sizes; 4) In addition, for the test results of system pipelines or product pipelines, manual real-time sealing test results need to be recorded manually when testing the tightness, otherwise it will not be possible Archiving and tracing the results, the recording process is cumbersome and easy to lose

[0003] The existing pipeline product airtightness testing process is cumbersome, labor-intensive and time-consuming, and the production cost is high. In addition, when the pipeline product is further shipped out, the product needs to be marked, and usually a separate design or purchase of equipment that can only be used for marking , which further increases the production cost of pipeline products from processing and production to shipment

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