Intelligent steel pipe drilling device

Abstract

The invention relates to the technical field of drilling devices, in particular to an intelligent steel pipe drilling device. The intelligent steel pipe drilling device comprises a steel pipe fixing workbench, a drilling machine moving workbench, an automatic feed drilling machine, a negative-pressure pump and a negative-pressure tank. A first guide rail is fixedly arranged on the steel pipe fixing workbench. Steel pipe support mechanisms are arranged on the first guide rail. The steel pipe support mechanisms are in sliding fit with the first guide rail. The drilling machine moving workbench is arranged on one side of the steel pipe fixing workbench. A second guide rail is arranged on the drilling machine moving workbench. The bottom of the automatic feed drilling machine is in sliding fit with the second guide rail through a drilling machine bracket. A third stepping motor is arranged on one side of the drilling machine moving workbench. According to the intelligent steel pipe drilling device, the negative-pressure pump and the negative-pressure tank are arranged and communicate with a jackscrew through a gas pipe, scrap iron in a steel pipe enters the negative-pressure tank from the jackscrew under the negative-pressure function, the purpose of collecting the scrap iron is achieved, and it is indicated by the actual use of the applicant that the effect of collecting the scrap iron is extremely good, and the steel pipe is internally cleaned extremely clearly.

Description

technical field [0001] The invention relates to the technical field of drilling devices, in particular to an intelligent steel pipe drilling device. Background technique [0002] Now when many factories are drilling steel pipes with thinner pipe walls and smaller diameters, they need to use a positioning device to determine the drilling position during the drilling work. In order to meet different needs, in addition to positioning the nozzle from the In addition to the distance between the drilling positions, it is also necessary to determine the angle between the drilling positions at the same circular section to ensure the accuracy of the drilling positions. Many factories still rely on workers to use an electric drill for a single manual operation, which is not only low in work efficiency, but also It is a waste of manpower, and the quality and accuracy of punching cannot be well guaranteed. Especially for some steel pipes with many holes, manual drilling is very troubles...

AI Technical Summary

Problems solved by technology

[0002] Now when many factories are drilling steel pipes with thinner pipe walls and smaller diameters, they need to use a positioning device to determine the drilling position during the drilling work. In order to meet different needs, in addition to positioning the nozzle from the In addition to the distance between the drilling positions, it is also necessary to determine the angle between the drilling positions at the same circular section to ensure the accuracy of the drilling positions. Many factories still rely on workers to use an electric drill for a single manual operation, which is not only low in work efficiency, but also It is a waste of manpower, and the quality and accuracy of punching cannot be well guaranteed. Especially for some steel pipes with many holes, manual drilling is very troublesome, and it takes more time and physical strength. Drilling at the other end, because the pipe wall is punched, if it cannot be effectively fixed during the punching process, the accuracy after the punching is completed cannot be guaranteed, and after the general fixing equipment is fixed, It is not easy to rotate the pipe fittings to be priced, which makes drilling more troublesome. In the process of installing and fixing the steel pipes, many equipment cannot automatically push the steel pipes, and the labor intensity is higher

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