Multifunctional and full-automatic steel pipe transfer operation machine

Abstract

The invention provides a multifunctional and full-automatic steel pipe transfer operation machine, which comprises a power driving mechanism and a plurality of parallel gear type stepping transverse mechanisms, wherein each gear type stepping transverse mechanism is respectively provided with a working station mechanism which is matched with the working station setting according to the working station setting, each gear type stepping transverse mechanism comprises a case body, each case body is provided with a driving shaft which is sheathed with a driving gear, the driving shafts of two adjacent gear type stepping transverse mechanisms are connected, each driving gear is used for driving two symmetrical driven gears, the same-radius edges of the two driven gears of each driving gear are respectively provided with a crank support assembly, and each crank support assembly is connected with a material taking plate through a material taking bracket. The machine has the advantages that the arrangement with dense working stations can be continuously executed and operated, the uniform material taking and placing is realized, and the machine is suitable for the process working stations in the continuous operation; the automation degree is high, the occupation space is little, the structure is compact, the working efficiency is high, the effects of continuity, safety and reliability are realized, and the like.

Description

technical field [0001] The invention belongs to the technical field of mechanical equipment, and relates to a multi-functional fully automatic steel pipe operation dedicated to densely arranged stations, continuous material transfer, and processing with professional equipment for steel pipe hot rolling, straight seam welded pipe, oil casing and other pipe production lines. Machine, in particular to a multi-functional automatic steel pipe material transfer operation machine. Background technique [0002] As an essential material for oil drilling, refining, metallurgy, construction and other industries, steel pipes are increasingly used. Especially in recent years, with the improvement of hot-rolled and longitudinally welded pipe processing technology in my country, the export volume of steel pipes has soared. It also makes my country's hot rolling line, longitudinal welded pipe and other production lines have higher requirements for online supporting equipment, mainly in terms...

AI Technical Summary

Problems solved by technology

After completing the above actions, most of the supporting equipment in the domestic production line currently has the following problems: 1) The degree of integration is low, and the maintenance space is small; each operation process of the equipment is completed by an independent mechanism, and dense continuous station layout is rarely realized; most of the installation On the independent bases, various mechanisms are staggered and interspersed together in order to complete the required actions, making the maintenance space very narrow. Once there is a problem with the equipment, the surrounding equipment can only be removed first, and then repaired

2) The design concept is relatively outdated, the equipment cost is high, and the energy consumption is high; most of the equipment is used in the construction of the production line, and two or three mechanisms are required to complete an action. Turn it up, and then roll into the blocking mechanism raised by the next station through the slope of the intermediate transitional inclined platform, and finally the blocking mechanism falls, and the steel pipe falls into the position of the station

3) The degree of automation of the equipment is low, and the work efficiency is poor; the automation level of most equipment is relatively lagging in design, the control is basically manual or semi-automatic, and the connection between the actions of the stations is basically based on manual judgment, issuing instructions, and continuous repetitive motion cannot be achieved. Greatly reduce the pace of work

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