Water storage tank water overflowing and supplementing system for elevator stowage

Abstract

The invention provides a water storage tank water overflowing and supplementing system for elevator stowage. A plurality of buffer water tanks and water storage tanks are arranged, the water storage tanks are arranged at the floors where an elevator stops in an elevator shaft, an overflow outlet of the water storage tank located at the upper layer communicates with an overflow inlet of the water storage tank located at the lower layer through an overflow pipe, and a water supplementing outlet of the water storage tank located at the upper layer communicates with a water supplementing inlet of the water storage tank located on the lower layer through a water supplementing pipe. For the water storage tank water overflowing and supplementing system for elevator stowage, by arranging the water storage tanks on all the floors where the elevator stops, the water storage tanks at the upper layer and the lower layer are connected, and an overflow structure and a water supplementing structure are formed between the water storage tanks at the upper layer and the lower layer; and by achieving vertical system adjustment through gravity, when the water storage quantity is saturated and the water storage tank is not sufficient in water quantity if discharging water into the water storage tank at the lower layer, the water storage tank asks for water from the water storage tank at the upper layer, so that each layer has sufficient stored water for stowage at each moment, the balance of the water supplementing system of a whole stowage system is ensured, and the balanced operation of the stowage system is realized.

Description

technical field [0001] The invention relates to the technical field of elevators, in particular to a water storage tank overflow replenishment system for loading elevators. Background technique [0002] There are many types of elevators according to different classification methods, but the principle is basically the same. The car and the counterweight are connected by traction cables, and the operation of the elevator is realized through the control of the cables. [0003] There are still many deficiencies in the existing elevators. For example, the elevator consumes a lot of energy. The elevator needs to drag the heavy objects to move vertically, and a lot of energy is converted into the potential energy of the heavy objects, which naturally consumes a lot of energy. Moreover, the elevator does not have an energy recovery system, and huge recoverable energy is wasted. [0004] In order to solve the current problem of huge energy consumption of elevators, such as 201510929...

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Problems solved by technology

[0005] But above-mentioned application just provides a kind of theoretical scheme, can not carry out directly

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