Auto-rotate conveyor for large-sized workpieces

Abstract

The invention discloses an auto-rotate conveyor for large-sized workpieces. The auto-rotate conveyor for large-sized workpieces comprises a main beam (1) and a power supply (3) disposed on the main beam (1). A fixed hanger (5) is disposed on the right of the main beam (1). An electric trolley (2) is disposed on the left of the main beam (1). A moving hanger (7) is connected with the electric trolley (2). A driven pulley set (8), a drive device (9) and a driving pulley set (10) are disposed on the moving hanger (7). The auto-rotate conveyor for large-sized workpieces is reasonable in structure, simple to regulate, highly practical, safe, reliable and widely applicable to rotation-required logistical conveyor lines for extra-large workpieces in industries of automobile manufacturing, home appliances, light textile, chemicals, food and the like.

Description

Technical field: [0001] The invention relates to logistics conveying equipment, in particular to an automatic rotary conveying device for large workpieces. Background technique: [0002] The existing conveying line is used for lifting and transporting large workpieces by using the legs of the spreader to clamp and transport the workpieces from both sides. This lifting method is difficult to control the center of gravity when lifting, and it is inconvenient and difficult to adjust. The efficiency is low, and the more serious problem is that such large workpieces are clamped, lifted and transported only by the legs of the spreader, and there is a huge potential safety hazard; Putty, putty grinding, intermediate paint, intermediate paint leveling, topcoat spraying, topcoat leveling, topcoat drying, etc., because the workpiece cannot be rotated, the coating on both sides of the workpiece is very thick, and the top of the workpiece and The bottom coating is relatively thin, and ...

AI Technical Summary

Problems solved by technology

[0002] The existing conveying line is used for lifting and transporting large workpieces by using the legs of the spreader to clamp and transport the workpieces from both sides. This lifting method is difficult to control the center of gravity when lifting, and it is inconvenient and difficult to adjust. The efficiency is low, and the more serious problem is that such large workpieces are clamped, lifted and transported only by the legs of the spreader, and there is a huge potential safety hazard; Putty, putty grinding, intermediate paint, intermediate paint leveling, topcoat spraying, topcoat leveling, topcoat drying, etc., because the workpiece cannot be rotated, the coating on both sides of the workpiece is very thick, and the top of the workpiece and The bottom coating is relatively thin, and during drying and strong cooling, because the workpiece cannot be rotated, there is a temperature difference between different parts of the workpiece, and the effect is also poor. These have become bottlenecks in production

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