A slide rail type turning device with center rotation function

Abstract

The invention discloses a sliding rail type turnover device with a center rotation function. The sliding rail type turnover device comprises mounting bases, a main transmission device, a driven device, a turnover assembly, safety pin devices, a limit switch device and an electrical control system; the two ends of the turnover assembly are each provided with the corresponding mounting base; one mounting base is provided with the main transmission device, and the other mounting base is provided with the driven device; the main transmission device and the driven device are both in transmission connection with the turnover assembly, so that the turnover assembly is driven to rotate by the driven device in cooperation with the main transmission device; either end or two ends of the turnover assembly are provided with the safety pin devices, and the safety pin devices are connected to the turnover assembly in a clamping, sleeving or insertion manner, and the electrical control system is electrically connected to the main transmission device, the driven device, the turnover assembly, the safety pin devices and the limit switch device. The sliding rail type turnover device has the advantages of the compact structure, reliable use and steady operation, and the purposes of locating turnover, inching rotation, continuous rotation and turnover at any angle can be achieved; and the turnoverprocessing requirements of plate blank structural members of various specifications can be met.

Description

technical field [0001] The invention belongs to the technical field of material processing overturning, and in particular relates to a sliding rail type overturning device with a central rotation function, which has a wide application range and is easy to operate. Background technique [0002] During the processing and production of large-scale combined slab components of machinery and equipment in the metallurgy, chemical industry, and mining industries, many slab components need to be turned over during installation and processing. Slab components usually have the characteristics of large size and heavy weight. Turnover has the disadvantages of heavy workload, difficulty in turning over, and high risk. The existing overturning machine is completed by driving the two cantilever beams up and down through two lifting cylinders arranged in the two pillars. The oil inlet circuits of the two lifting cylinders are connected in parallel and are composed of diverting and collecting...

AI Technical Summary

Problems solved by technology

[0002] During the processing and production of large-scale combined slab components of machinery and equipment in the metallurgy, chemical industry, and mining industries, many slab components need to be turned over during installation and processing. Slab components usually have the characteristics of large size and heavy weight. Flipping has the disadvantages of heavy workload, difficult flipping, and high risk

The existing overturning machine is completed by driving the two cantilever beams up and down through two lifting cylinders arranged in the two pillars. The oil inlet circuits of the two lifting cylinders are connected in parallel and are composed of diverting and collecting valves and electromagnetic ball valves. The accuracy is poor, and the hydraulic transmission also has disadvantages such as hydraulic leakage and pollution of the factory environment.

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