Intelligent vacuum logistics pipeline conveying system

Abstract

The invention discloses an intelligent vacuum logistics pipeline conveying system which comprises an A place goods yard, a B place goods yard and vacuum pipelines connected between the A place goods yard and the B place goods yard. The A place goods yard and the B place goods yard are provided with an A place goods yard comprehensive dispatching center and a B place goods yard comprehensive dispatching center respectively and an A place goods yard power station and a B place goods yard power station respectively. The number of the vacuum pipelines is at least three, the two ends of each vacuum pipeline are connected with pipeline transition bins, and freight vehicle sets are arranged between the pipeline transition bins and the goods yards. The pipeline transition bins are connected with vacuum power pump stations, and freight section power stations, vacuum pump stations, freight vehicle set maintaining stations and inspection wells are arranged on the vacuum pipelines. The freight vehicle set maintaining stations are provided with automatic rescuing power vehicles, and automatic vacuum sealing devices and channels are arranged between the adjacent vacuum pipelines. The intelligent vacuum logistics pipeline conveying system is high in automation degree, power is used for driving, pollution is avoided, noise is low, occupied land is small, the vacuum transportation efficiency is high, and overhauling and maintaining are convenient.

Description

technical field [0001] The invention relates to a pipeline conveying system, in particular to an intelligent pipeline conveying system in a vacuum state. Background technique [0002] Existing modes of transportation of goods on land include road and railway. Automobiles run on roads and trains run on tracks. In addition to overcoming frictional resistance, these two transportation methods also need to overcome air resistance, and the higher the speed, the greater the air resistance. In order to reduce air resistance, people have studied the design of automobiles and trains to be streamlined, but they still cannot fundamentally solve the impact of air resistance. [0003] Some people have also studied the use of vacuum logistics pipelines for the transportation of goods and personnel. Since the vehicles operate in a vacuum environment, the air resistance is almost zero, so the energy required for vehicle movement is greatly reduced, and the energy saving effect is extremely...

AI Technical Summary

Problems solved by technology

However, this kind of vacuum pipeline is only designed as a single-line track or a double-line track to meet the needs of single-line or round-trip. However, in some cases, the transport vehicle will break down, or a certain pipeline will fail, so normal operation cannot be guaranteed. It will cause a large amount of accumulation of goods and affect the normal work

Moreover, there is no detection station on the pipeline, and the pipeline and vehicles cannot be automatically repaired on a regular basis. Once a failure occurs, it will affect the normal cargo transportation.

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