A six-roller leveling machine

Abstract

A six-fold roller leveling machine, comprising a machine table (1), and an upper roller system and a lower roller system installed on the machine table (1), the upper roller system being located above the lower roller system. A base (8) is provided at a lower end of the machine table (1), and a full-flat seat (9) is installed on the base (8). A lifting mechanism is connected between the full-flat seat (9) and the base (8). A support seat (10) is installed on the full-flat seat (9), and the lower roller system is movably installed on the support seat (10). The lower roller system comprises a moving seat (11), a lower bearing seat (12), lower row support rollers (13), lower row intermediate rollers (14), and lower row working rollers (15). The moving seat (11) is movably installed on the support seat (10), the lower bearing seat (12) is installed on the moving seat (11), the lower row support rollers (13) are installed on the moving seat (11), and the lower row intermediate rollers (14) and the lower row working rollers (15) are installed on the lower bearing seat (12). Rollers (17) are installed at two sides of the moving seat (11). The present six-fold roller leveling machine conveniently replaces a roller system, saves manpower and material resources, effectively improves working efficiency and has high applicability.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a six-roller leveling machine. Background technique [0002] The existing leveling machine is fixed on the machine table because the roller system is locked. Since the roller system is a vulnerable part, once maintenance or repair is required, the archway on both sides and the beam on the top must be removed to replace the roller system. Therefore, it is almost necessary to disassemble the entire equipment when replacing the roller system, which results in a large workload and low work efficiency. In addition, the existing leveling machines are generally closed machines, which cannot give feedback to the staff on the working status of the direct structure or indirect structure of the roller system, making it difficult for the staff to find out that the roller system is bent, broken and other abnormalities. Moreover, when the existing leveling machine cannot process ...

AI Technical Summary

Problems solved by technology

Therefore, when replacing the roller system, it is almost necessary to disassemble the entire equipment, and the workload is heavy, resulting in low work efficiency

In addition, the existing leveling machines are generally closed machines, which cannot give feedback to the staff on the working status of the direct structure or indirect structure of the roller system, making it difficult for the staff to find out that the roller system is bent, broken, etc.

Moreover, when the existing leveling machine cannot process plates of different specifications and materials, the staff often need to switch to other production lines to achieve the purpose, and the applicability is low

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