T-shaped steel automatic turning system

Abstract

An automatic T-shaped steel turning system mainly comprises a shell, a turning mechanism and a sliding-down mechanism. The turning mechanism comprises a turning platform, a turning arm and a hydraulic cylinder, the turning platform is arranged horizontally, the turning arm is arranged obliquely, the tail end of the turning platform is fixedly connected with the lower portion of the turning arm, a free end of the hydraulic cylinder is hinged to the undersurface of the lower portion of the turning arm, the sliding-down mechanism comprises a slideway, a slider, a steel wire rope and a supporting plate, the slideway is arranged obliquely, the middle of the slideway is hinged to the end of the turning arm through a rotating shaft, the slideway and the turning arm are mounted in the shell, roller sets are arranged on the undersurfaces of the upper end and the lower end of the slideway, the steel wire rope is mounted on the roller sets in a sleeved manner, the slider is mounted on the slideway in a sleeved manner, the undersurface of the slider is fixedly connected with the steel wire rope through a connecting member, and the supporting plate is fixedly connected on the slider. By the automatic T-shaped steel turning system, 180-degree turning of T-shaped steel can be realized through simple operation, and only one worker is needed for operation in the process of turning. The automatic T-shaped steel turning system is large in turning angle, high in position accuracy, time saving, labor saving, manpower saving, low in capital investment and high in working efficiency.

Description

technical field [0001] The invention relates to an overturning device, in particular to an automatic overturning system for T-shaped steel. Background technique [0002] At present, in addition to T-shaped steel and H-shaped steel, there are many other non-standardized steels, and their initial plates are ordinary steel plates. The traditional transfer method is to hoist the boards from the original stacking position to the required position by hoisting the crane, which has a high risk factor and seriously threatens the life safety of the staff. The accuracy of the lowering position is low, the workers cannot work continuously, and the work efficiency is low. ,Time-consuming. Some of them are transported by conveying rollers, etc. Although the crane can be saved to avoid danger, the existing plate conveying system can only realize the conveying of plates, and it still needs a lot of manpower to adjust the position of the plates, and the work efficiency is low. . Especiall...

AI Technical Summary

Problems solved by technology

The traditional transfer method is to hoist the boards from the original stacking position to the required position by hoisting the crane, which has a high risk factor and seriously threatens the life safety of the staff. The accuracy of the lowering position is low, the workers cannot work continuously, and the work efficiency is low. ,Time-consuming

Some of them are transported by conveying rollers, etc. Although the crane can be saved to avoid danger, the existing plate conveying system can only realize the conveying of plates, and it still needs a lot of manpower to adjust the position of the plates, and the work efficiency is low.

Especially in the production process of non-standard steel, the plate needs to be cut and turned over. The traditional process is distributed, and the steps are cumbersome and step-by-step processing, which also results in a large production area and brings a lot of inconvenience to production.

[0003] Especially in the production process of non-standard steel, it is necessary to weld the steel on both sides of the web, such as H-shaped steel, which is to weld the steel plate into T-shaped steel, and then turn it over and weld another horizontal plane to form H-shaped steel. At present, there is no special equipment for turning T-shaped steel, which has caused technical problems that are difficult for T-shaped steel turning staff to break through during the reproduction process. The existing turning is done by artificial cranes, which is time-consuming and laborious, and the work efficiency is low. Workers are labor intensive

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