Array elevator system

Abstract

The invention relates to an array elevator system comprising a shaft, a plurality of cars capable of being unfolded and folded in the shaft. The shaft comprises a working operation shaft area allowingthe plurality of unfolded cars to be arranged vertically for simultaneous operation and a waiting operation shaft area disposed behind the working operation shaft area for containing folded cars vertically arranged, wherein the working operation shaft area is provided with at least one heavy load rail system fixed on the side wall of the working operation shaft area, and the waiting operation shaft area is provided with at least one light load rail system fixed on the rear wall of the waiting operation shaft area. The top or the bottom of each car is provided with a driving mechanism for driving the car to be unfolded or folded, and the end of each driving mechanism is provided with a light load operation system capable of being engaged with the light load rail system in the car folding and unfolding system. The side of each car is provided with a heavy load operation system capable of being engaged with the heavy load rail system. The system improves the transport efficiency and thebuilding space utilization rate compared with the prior art.

Description

technical field [0001] The invention relates to the field of intelligent control, in particular to an arrayed elevator system. Background technique [0002] As an indispensable means of transportation for high-rise buildings, elevators play a very important role. However, one shaft of existing elevators can only run one car. Passengers have to wait for a long time during rush hour, and the single delivery volume of the car is fixed, resulting in low efficiency. When the elevator in the hoistway breaks down, the whole hoistway can only be in a shutdown state, and it can only be used again after the maintenance is completed. [0003] In order to solve the above problems, high-rise buildings often set up multiple shafts to meet the carrying capacity as much as possible, but this still cannot solve the above problems, and the existing high-rise elevators, whether they are multiple shafts or single shafts, are not intelligent enough and consume electricity. The big problem is t...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, high-rise buildings often set up multiple shafts to meet the carrying capacity as much as possible, but this still cannot solve the above problems, and the existing high-rise elevators, whether they are multiple shafts or single shafts, are not intelligent enough and consume electricity. It is a big problem. Setting up multiple shafts at the same time requires additional building use area, which reduces the building utilization rate.

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