Internet of Things based tunnel monitoring equipment with automatic flow distribution function

Abstract

The invention relates to Internet of Things based tunnel monitoring equipment with an automatic flow distribution function. The equipment comprises a driving box and a monitoring mechanism, the monitoring mechanism comprises a supporting rod and two counting sensors, and a fixing plate, an interception mechanism and a protecting mechanism are arranged in the driving box. A flow distribution mechanism is arranged between the supporting rod and the driving box and comprises a fixing rod, a rotating unit and a flow distribution unit. The interception mechanism comprises a driving unit, a swing unit and a positioning rod, and the swing unit comprises a driving rod, a transmission rod, a driven rod and a positioning pin. The Internet of Things based tunnel monitoring equipment with the automatic flow distribution function has advantages that by the monitoring mechanism, counting and monitoring of vehicles in each lane in a tunnel can be effectively realized, so that the probability of traffic jam in the tunnel can be decreased, and travel time of people is saved; in addition, by the flow distribution mechanism, vehicles entering the tunnel are distributed according to quantities of thevehicles in each lane in the tunnel, so that traffic jam can be relieved.

Description

technical field [0001] The invention relates to the field of tunnel monitoring equipment, in particular to an Internet of Things-based tunnel monitoring equipment with an automatic shunt function. Background technique [0002] The main building of the tunnel is generally composed of the cave body, the lining and the portal, and an open cave is also built in the section where the cave entrance is prone to collapse. The auxiliary structures of the tunnel include waterproof and drainage facilities, ventilation and lighting facilities, traffic signal facilities and emergency facilities. Tunnel design usually starts with the schematic design, and then carries out the specific design of the plane and longitudinal section, clearance, and lining of the tunnel. [0003] As a relatively closed space, the tunnel needs real-time monitoring of monitoring equipment for the situation inside and outside the tunnel. However, the existing tunnel monitoring equipment cannot effectively count ...

AI Technical Summary

Problems solved by technology

[0003] As a relatively closed space, the tunnel needs real-time monitoring of monitoring equipment for the situation inside and outside the tunnel. However, the existing tunnel monitoring equipment cannot effectively count and monitor the number of vehicles in each lane in the tunnel, which makes the tunnel prone to traffic jams and increases People's travel time, not only that, the existing tunnel monitoring equipment can't divide the vehicles entering the tunnel according to the number of vehicles in each lane in the tunnel, which makes the traffic jam situation worse

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