A flipping electromagnet system for a baler

Abstract

The invention provides an overturning electromagnet system for a bundling machine, which comprises a conveying chain (1), a supporting frame (2), chain check blocks (3), electromagnets (4), sucker check blocks (5), a bundling platform (6) and a hydraulic device (7), wherein the electromagnets (4), the sucker check blocks (5), bearing supporting plates (8) and rotating shafts (9) are in key connection and fixed by bolts. The overturning electromagnet system for the bundling machine is applicable to the iron and steel manufacturing industry, is especially used for bundling and packing H-shaped steel, angle steel, flat steel and steel channels, solves the problem of absorption and stably reversed release of steel during the bundling process in a steel mill, realizes the centralized control function, and has the advantages of space conservation, firmness in absorption, quickness and stability in discharging, centralized control, easiness in operation, convenience in maintenance, safety, reliability and the like.

Description

technical field [0001] The invention belongs to the field of magnetic transfer machinery, and in particular relates to an overturning electromagnet system for a baler, which is suitable for the steel transfer system in the steel manufacturing industry with a large processing capacity, especially for the packaging process of H-shaped steel, angle steel, and channel steel Turning solenoid system designed for balers. Background technique [0002] As more and more magnetic transfer devices are used in the transportation field, magnetic transfer devices have been widely used in recent years. In the iron and steel manufacturing industry, conventional lifting electromagnets have been used for lifting and placing the entire process of transportation, lifting, bundling, and packaging of steel such as H-shaped steel, angle steel, flat steel, and channel steel. However, the traditional lifting device, that is, the magnetic lifting equipment, cannot guarantee the alternate placement of...

AI Technical Summary

Problems solved by technology

However, the traditional lifting device, that is, the magnetic lifting equipment, cannot guarantee the alternate placement of the docking; and the traditional magnetic lifting equipment takes a long time due to the factors of excitation and energy release during the process of absorbing and discharging materials, which seriously affects the production efficiency. Occupies a lot of site space and consumes manpower and financial resources

In addition, on-site operators are required to perform electromagnet control and steel auxiliary placement, which poses a huge potential safety hazard

[0003] At present, traditional electromagnetic lifting equipment has been plagued by the following two problems in practical application. These two problems have always been the problems faced in the process of placing and lifting steel before bundling: 1. Lifting of steel and release of dependence Lifting electromagnets occupy too much space on site, and the transportation process is not stable, the placement method is uncontrollable, and coherence and centralized control cannot be achieved. It requires a lot of labor, with half the effort, resulting in waste of resources, and the equipment is not easy to maintain, and there are potential safety hazards; 2. The flip-type electromagnet used in part 2, even if the placement method is guaranteed to be controllable, due to the instability of the magnetic field during the rotation process, the steel will fall off, and the magnetic energy consumption is slow during placement, and the discharge time is delayed, resulting in low production efficiency. Device contacts are easily damaged

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