Novel automatic winding equipment for steel belt of high-pressure container and winding method of novel automatic winding equipment

Abstract

The invention relates to novel automatic winding equipment for a steel belt of a high-pressure container. The novel automatic winding equipment comprises a workbench and a plurality of sets of linearrails installed on the workbench. The novel automatic winding equipment is characterized in that an installation clamp, a rotation driving portion, a tailstock, an automatic pressing and feeding device, a horizontal moving trolley and a movement driving portion are arranged on the workbench, wherein the automatic pressing and feeding device is used for automatically controlling the pre-tension stress of the steel belt, the horizontal moving trolley moves on the linear rails through rolling wheels, and the movement driving portion is installed on the horizontal moving trolley and drives the horizontal moving trolley to move transversely; the installation clamp comprises a front clamping disc fixedly installed at the output end of the rotation driving portion and a rear clamping disc fixedlyinstalled on the tailstock; the tailstock drives the rear clamping disc to move and be positioned; and the automatic pressing and feeding device is installed on the horizontal moving trolley. The novel automatic winding equipment is high in practicability and easy to popularize.

Description

technical field [0001] The invention relates to the technical field of high-pressure container preparation equipment, in particular to a novel high-pressure container steel strip automatic winding device and a winding method thereof. Background technique [0002] The manufacture of high-pressure vessels by steel strip winding technology is one of the commonly used manufacturing processes for high-pressure vessel equipment. This manufacturing method can satisfy both small and large high-pressure vessel bodies, but there is no stable, mature and reliable method at home and abroad. , High-pressure container tank steel strip winding equipment with a high degree of automation. The main problems are: 1. In the process of steel strip winding production, it is difficult to precisely control the pretension stress of the steel strip. However, the winding high pressure vessel has very strict requirements on the pretension stress of the steel strip. If the tension does not meet the proc...

AI Technical Summary

Problems solved by technology

The main problems are: 1. In the process of steel strip winding production, it is difficult to precisely control the pretension stress of the steel strip. However, the winding high pressure vessel has very strict requirements on the pretension stress of the steel strip. If the tension does not meet the process standard requirements, It is impossible to guarantee the safety of the container under high pressure conditions; second, the low degree of automation is also one of the reasons why it is difficult to accurately control the pre-tensioning stress; third, the production efficiency is low, the labor cost is high, and a piece of equipment requires multiple people to cooperate , and product quality stability, safety and other quality issues are uneven

Images