Embedded well cover pressure sensing band system based on Zigbee Ad-Hoc network

Abstract

The invention relates to an embedded well cover pressure sensing band system based on the Zigbee Ad-Hoc network and belongs to the well cover technology field. The system comprises a fixed node well cover, a gathering node well cover and a cloud server, When the record quantity information of vehicle pass vibration signals acquired by a first pressure sensing band module and the record quantity information of vehicle pass vibration signals acquired by a second pressure sensing band module surpass the threshold set in a gathering node well cover signal reception / sending module, the record quantity information of the vehicle pass vibration signals is sent by the gathering node well cover signal reception / sending module to the cloud server, and the vehicle pass data of roads can be timely mastered through the cloud server in real time. The system is advantaged in that the road vehicle travel information of the whole city is mastered through the intelligent well covers in real time, the minimum energy consumption and the maximum information acquisition scope are guaranteed by the Zigbee Ad-Hoc communication network, safe and rapid travel of people is guaranteed, and great application values are realized.

Description

technical field [0001] The invention relates to an embedded well cover pressure-sensitive belt system based on Zigbee ad hoc network, belonging to the technical field of well covers. Background technique [0002] With the rapid progress of urban infrastructure construction, people enjoy the convenience brought by development, and urban road construction is also proceeding in an orderly manner. People focus on the road and often ignore other conditions on the road. However, in urban roads, urban road congestion is a frequent disease in cities. The reasons for its occurrence are that there are relatively large unreasonable factors in road traffic planning and construction, lack of advanced traffic management concepts, unreasonable traffic organization, and traffic facilities. The configuration is scientific, and citizens' awareness of traffic participation is not strong. The speed of road construction is far behind the speed of vehicle growth, and the growth of vehicles is se...

AI Technical Summary

Problems solved by technology

During the actual driving process, vehicles often encounter road congestion, which increases the probability of traffic accidents, the waiting time for traffic lights is too long, and the traffic flow in the direction of entering the city is large in the morning, while the reverse flow is small; at night, the traffic in the direction of leaving the city is large. It also aggravates the congestion phenomenon, making the road traffic resources unreasonable utilization.

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