Bus stop monitoring system based on pressure detection

Abstract

The invention discloses a bus stop monitoring system based on pressure detection. The bus stop monitoring system comprises a pressure sensing array, a signal collection unit, a control unit, a data transmitting unit and a server. The signal collection unit is used for controlling the pressure sensing array to collect signals and transmitting the collected signals. The control unit comprises an image generation module, an image analysis module and an execution module. The image generation module is used for receiving the collected signals and generating images of the stress distribution condition of the pressure sensing array. The image analysis module is used for analyzing the images and obtaining the coverage density value of the images. The execution module is used for outputting the coverage density value of the images to the data transmission unit. The data transmission unit is used for sending the coverage density value of the received images to the server. The server is used for receiving the coverage density value of the images and obtaining the distribution condition of waiting passengers of a bus stop. The bus stop monitoring system can conduct detection sensitively, has automatic detection and transmission functions and brings convenience to management of a whole bus system.

Description

technical field [0001] The invention relates to a monitoring system for bus stops, in particular to a monitoring system based on pressure detection, and belongs to the technical field of station monitoring. Background technique [0002] The bus stop is a public place often used by urban people. Its design must meet its function. Of course, people also hope that it can beautify the city while satisfying its function. The design of the bus platform is to improve the deficiencies of the existing bus platform, and the design factor analysis is divided into functional factors and appearance factors. The traditional bus platform is only composed of a stop sign and a waiting area. The platform is generally set on a platform that is more protruding relative to the ground. This simple mechanism provides waiting staff to wait for the bus and stop the bus, especially for rain, hail, In severe weather such as snow, thunder, wind, etc., the convenience of shelter is provided for passeng...

AI Technical Summary

Problems solved by technology

However, such a system still cannot detect the density of waiting people at the station, and cannot transmit the situation of waiting people at the station to the server, so it cannot effectively monitor between the station and the server, which is not convenient for the management of the bus system

[0006] Therefore, there are still problems in the implementation of the existing bus platform, and it is impossible to detect the density of the waiting personnel at the station, and report the density distribution of the waiting personnel at the station in time, and it is impossible to establish transmission between the platform and the server. Does not have the function of automatic detection and transmission, which makes the function of the platform single and inefficient

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