Self-defined elevator simulation method and system

Abstract

The invention provides a self-defined elevator simulation method and system, and aims to solve the problem of the requirement of the required space position of a lift shaft for setting up a simulationplatform of an elevator control system. According to the method and the system, the lift shaft in the real space is not needed, mechanical and electrical components of the simulation platform do notneed to be considered, all operation of a real elevator can be realized, and use conditions in the reality can be simulated. The system comprises an encoding adapter board, an encoding signal board and a lift shaft simulation control mainboard, wherein the encoding adapter board is connected with an encoder of a traction machine, and the encoding signal board is butted between the encoding adapterboard and the lift shaft simulation control mainboard. The method comprises the following steps that the lift shaft simulation control mainboard is in butt joint with the elevator control system andthe traction machine separately, an elevator running simulation instruction for simulating an actual operation scenario is sent to the elevator control system through lift shaft simulation control mainboard, the traction machine of an elevator is driven to carry out testing and operation for various conditions, and all channel signals output by the traction machine encoder are collected in real time to test the action response of the traction machine.

Description

technical field [0001] The invention relates to the field of elevator control systems, in particular to a self-defined elevator simulation method and system. Background technique [0002] At present, there are generally two methods for testing and debugging the elevator control system: [0003] Real elevator shaft test: build an elevator shaft with the same size as the actual elevator, and install all the mechanical and electrical components and electrical control lines of the real elevator in the shaft, so as to completely and truly realize the various functions and corresponding operations of the elevator situation. [0004] Simulated elevator shaft test: build a simulated shaft that is scaled down in a certain proportion, and install electrical components and corresponding electrical control circuits that have corresponding functions in the real shaft but are correspondingly reduced in size or play the same role in the shaft, and most of the simulated The function of th...

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Problems solved by technology

[0005] The existing elevator control system testing methods are to build a corresponding real or scaled down real shaft to realize the operation of the elevator control system. These methods all require a large three-dimensional space position, or the volume of the simulation platform is large At the same time, building these test platforms requires a huge amount of manpower and high cost, especially when the number of elevator control cabinets to be tested reaches a certain number, and the demand for simulation platforms increases due to the need to improve test efficiency. The method of building the test simulation platform does not meet the actual requirements, and when the number of tests on the simulation platform increases, the life of the corresponding mechanical parts will be greatly shortened, that is, the simulation platform also requires manpower to do corresponding maintenance work

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