Material conveying system capable of automatically overturning circulating trolley

Abstract

The invention provides a material conveying system capable of automatically overturning a circulating trolley. The material conveying system mainly comprises two automatic turnover mechanisms, a conveying track, a magnetomotive material trolley, bidirectional linear motors and an induction plate. The two automatic turnover mechanisms are arranged at two ends of the conveying track respectively; the conveying track is composed of a plurality of sets of traveling guide and driving track modules; the induction plate is installed at the bottom of a magnetomotive material trolley; and the bidirectional linear motors are installed on the traveling guide and driving track modules and are used for driving the magnetomotive material trolley to run in two directions along an upper traveling rail anda lower traveling rail. According to the material conveying system, the traveling guide and driving track modules and the magnetomotive material trolley are designed in a modularization mode, and thequantity of the traveling guide and driving track modules and the magnetomotive material trolley can be increased and decreased according to actual working condition requirements, so that the purposes of adjusting the length and the transportation quantity of a transmission line are achieved, the material conveying system is applicable to various working conditions and situations, and the transportation and transmission process is efficient and reliable.

Description

technical field [0001] The invention relates to the technical field of magnetic power material conveying, in particular to a material conveying system of a self-turning cycle trolley. . Background technique [0002] At present, belt conveyors are generally used as the main equipment for bulk material transportation in projects such as open-pit mines, thermal power plants, and docks. With the improvement of production capacity, the demand for long-distance and large-volume material transportation is increasing. Long-distance transportation will inevitably have the problem of complex and changeable line conditions, so higher requirements are also put forward for transportation. [0003] The existing belt conveyors have the following deficiencies in long-distance transportation: belts and rollers are prone to wear and tear, the length of the belt cannot be adjusted according to different placement positions of materials, the conveying angle is small, and the radius of the cur...

AI Technical Summary

Problems solved by technology

[0006] For this reason, the present invention proposes a material conveying system of a self-turning cycle trolley, and achieves the following beneficial aspects: 1. The use of a linear motor drive eliminates the disadvantages of wear, failure, and noise caused by mechanical transmission; 2. Magnetic power materials The trolley, walking guide and drive rail modules all adopt modular design, and the quantity can be increased or decreased according to actual needs to achieve the purpose of adjusting the transport volume and adjusting the conveying distance; 3. The automatic flip design solves the waste of travel space in the reciprocating process of traditional material transport vehicles problems, and make full use of the driving force of the linear motor, which can meet the requirements of larger line ramps and smaller line curve radius

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