Intelligent electric rail car traffic network system

Abstract

An intelligent electric rail vehicle traffic network system comprises a control center, a platform and an electric rail vehicle, and works out real time passenger flow transportation data by the operation sub-system of the control center arranged in the control center and forecasts the vehicle flow information of next time, thus being capable of better arranging the vehicle transportation work even if being capable of issuing an emergency traffic leading direction under a situation of traffic jam, besides, the electric rail vehicle and other vehicle meeting processing sub-systems can also carry out detection on the meeting intersection of the electric rail vehicle, thus completely avoiding a meeting accident from happening and greatly improving the running safety. Besides, the carriage of the electric rail vehicle is in a three-layer design without runways; each layer is not communicated either, thus having a high space utilization rate without waste, thereby greatly increasing the load of the passengers; besides, each row of seats of each layer at the two sides of the electric rail vehicle is correspondingly provided with a door; therefore, the passengers can easily get on and off the vehicle without a crowding situation. Besides, the platform consists of a left platform and a right platform, the passengers of each layer get on and off the vehicle according to the same direction that is preset, the order is improved greatly as well; besides, the platform of each layer is provided with a display screen which is used for displaying the number, the empty seats of the carriage and the positions of the empty seats of the electric trail vehicle entering the station, and the like, the passengers can select the seats according to demands and stand on the corresponding platform for waiting, thus being very convenient.

Description

technical field [0001] The invention relates to the field of transportation systems, in particular to an electric rail vehicle transportation system. Background technique [0002] At present, the planning and layout of urban transportation systems at home and abroad is a big problem, and the transportation systems of most cities are basically based on ordinary automobile transportation. Although the input cost is low, the tail gas emitted by automobiles has a great impact on the environment. , the passenger capacity is small, and there are often traffic jams, time-consuming accidents, and now global resources are becoming increasingly tense, especially oil, whose prices are rising continuously, from USD2 per barrel in the 1970s to USD50-USD60 per barrel now, and operating costs continue to increase. People's life pressure is also increasing. [0003] The subway has won the favor of the masses with its fast, punctual, and large capacity, and has become one of the important t...

AI Technical Summary

Problems solved by technology

However, at present, all electric railcars are not properly designed. For example, the design process of electric railcars in Switzerland, Germany, Japan and other countries does not take into account the problem of passenger load. Generally, the average weight of one ton can be loaded. For one passenger, the weight of nearly two tons can make a passenger sit comfortably, and the same is true for long-distance trains