Lifting simulation system and lifting simulation method for flexible guide rail guiding

Abstract

The invention provides a lifting simulation system and a lifting simulation method for flexible guide rail guiding and is suitable for simulating flexible guide rail guiding of lifting systems. The simulation system comprises a driving assembly, an upper spacing adjusting assembly, a tension adjusting assembly, flexible guide rails, a lower spacing adjusting assembly, a lifting container and a guiding head sheave. When the driving assembly lifts the lifting container and the flexible guide rails conduct guiding, the stability of the lifting container is not high, motors are controlled to drive lead screws of the upper spacing adjusting assembly and the lower spacing adjusting assembly, and then sliding bocks are driven to move further, and thus the spacing between the flexible guide rails is changed. An inclination angle sensor is arranged in the lifting container to timely collect pose data of the lifting container, and accordingly, the lifting stability in this working condition can be studied. Meanwhile, the tension adjusting assembly changes tension of the flexible guide rail by the lead screws, thereby simulating working conditions of different kinds of tension. The structure is simple, the precision is high, automatic control is achieved, and real-time microscale adjusting is achieved.

Description

technical field [0001] The invention relates to a lifting simulation system and simulation method guided by a flexible guide rail, and is especially suitable for simulating the working condition simulation of the change of the distance between two ends of the guide rail and the working condition simulation of the tension change of the flexible guide rail when the flexible guide rail is guided. Background technique [0002] In deep well winding hoisting mechanisms, it is often necessary to use flexible guide rails to guide the hoisting container. The flexible guide rail is a guiding device for the lifting container to move up and down in the shaft shaft. In deep wells, the flexible guide rail has the advantages of saving steel, short installation period, less wellbore space, high operating speed, simple operation and maintenance, and good economy. However, it is necessary to load the tensioning device of the tank road to meet the tensioning requirements during construction o...

AI Technical Summary

Problems solved by technology

At the same time, when using flexible guide rails, the stability is still not ideal, which needs to be further solved

[0003] In the existing simulation experiment method of flexible guide rail, only the change of the tension force of the flexible guide rail can be realized, but the working condition of the change of the distance between the two ends of the flexible guide rail cannot be simulated

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