An elevator semi-physical simulation training device

Abstract

The invention discloses an elevator semi-physical simulation training apparatus, which comprises a control system, a control button, a movement component, a data exchange component, a simulation component and a display component, wherein the control button is connected to a control cabinet; the movement component and the data exchange component are respectively connected to the control cabinet; the data exchange component is connected to the movement component through a revolving speed sensor; the simulation component is connected to the data exchange component; the display component is connected to the simulation component; after the control cabinet receives the signals of the control button, the movement component is driven to rotate; the revolving speed sensor detects the revolving speed of the movement component and send the revolving speed to the data exchange component; after the revolving speed is converted into a revolving speed data protocol format, the revolving speed is sent to the simulation component; a three-dimensional model is driven to produce corresponding movements and display the movements; the state information of the three-dimensional model is sent to the control cabinet by the simulation component; and the control cabinet is used to control the corresponding speed of the movement component or control the movement component to be started and stopped based on the state information. The apparatus provided herein has the advantages of simple structure, small volume and high teaching efficiency.

Description

technical field [0001] The invention mainly relates to the technical field of elevators, in particular to a semi-physical simulation training device for electrical installation, debugging and troubleshooting of elevators. Background technique [0002] With the continuous increase of building heights, elevators have become indispensable equipment in high-rise buildings, and the elevator industry is developing rapidly. As a result, the personnel training for installation, commissioning and maintenance of elevator equipment will face great challenges. In colleges and skill training institutions, elevator-related majors generally offer courses related to elevator installation, commissioning and maintenance, and the installation, commissioning and maintenance of the electrical control system of elevator equipment is a very important part of it. Among them, electrical control The relevant experiments and practical training of the system are essential practice links. [0003] At p...

AI Technical Summary

Problems solved by technology

[0003] At present, domestic elevator electrical control system experimental training aids are mostly composed of a scaled-down elevator mechanical part model and a simplified electrical control system. The mechanical part model generally includes structures such as elevator doors, cars, and multi-layer shafts. It is more complicated. If the frequency of use is too high, it will easily cause damage, increase the cost of teaching, and affect the efficiency of teaching

Due to the wide variety of elevators on the market, high prices, and large volumes, the construction cost of experimental training facilities for elevator electrical control systems based on real equipment is relatively high, which will inevitably lead to the lack of teaching resources and the lack of training for students' practical skills. Therefore, the research and development of relevant supporting experimental practice training equipment for the installation, debugging and troubleshooting of the elevator electrical control system is particularly important. In the process of teaching practice, there is an urgent need for a device that can take into account the teaching effect and resource input to change the current situation.

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