An energy-saving elevator simulation control system and control method

Abstract

Disclosed is an energy conservation elevator analogue control system. The energy conservation elevator analogue control system comprises a dolly arranged on a runway, wherein an electromagnetism sensing device A, infrared sensing devices and an electromagnetism sensing device B are connected with a single chip computer, the infrared sensing devices are arranged on the runway, the infrared sensing devices are respectively connected with four human-computer interaction modules, and a display module and a wireless keyboard module connected with the display module are arranged on each human-computer interaction module. A control method of the energy conservation elevator analogue control system includes control steps: using the dolly to simulate running of a lift car in an elevator; inputting instructions through the wireless keyboard modules on the human-computer interaction modules, using the display modules to display a current position of the lift car, and using the single chip computer to control running of the dolly; using the electromagnetism sensing devices to detect empty and full load situations of the lift car, and if the electromagnetism sensing devices detect a signal, confirming that the elevator is under the full load situation, and if not, confirming that the elevator can further carry men; using the infrared sensing devices to detect a floor, and confirming the position of the lift car; detecting whether a passenger to enter the elevator exists or not, and if a magnet is detected, meaning that a passenger to enter the elevator exists, and opening a door of the elevator when the dolly runs to the floor, and if not, confirming that no passenger to enter the elevator exists. The energy conservation elevator analogue control system has the advantages of being simple in structure and convenient to operate.

Description

technical field [0001] The invention belongs to the technical field of energy-saving elevator analog control, and in particular relates to an energy-saving elevator analog control system and a control method. Background technique [0002] Elevator, as a symbol of modern material civilization, has become an indispensable vertical transportation tool for contemporary people's production and life. With the wide application of elevators, the accompanying energy consumption problems have gradually attracted people's attention. [0003] In daily life, when people press the elevator, it is common for people to give up taking the elevator due to emergency or can’t wait. Passengers can no longer be allowed to enter at this time, so in these two cases, the door opening / closing operation of the elevator is an invalid operation, and the redundant door opening / closing operation of the elevator actually has a lot of power consumption, so it will lead to a lot of energy waste. [0004] ...

AI Technical Summary

Problems solved by technology

[0003] In daily life, when people press the elevator, it is common for people to give up taking the elevator due to emergency or can’t wait. Passengers can no longer be allowed to enter at this time, so in these two cases, the door opening / closing operation of the elevator is an invalid operation, and the redundant door opening / closing operation of the elevator actually has a lot of power consumption, so it will lead to a lot of energy waste

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