Infrared monitoring barrier gate rod anti-collision alarm system

Abstract

The invention relates to an infrared monitoring barrier gate rod anti-collision alarm system which comprises a barrier gate, a rod monitoring module, a control system and an alarm module, wherein the barrier gate comprises a host and a gate rod, and the rod monitoring module comprises a reflective infrared sensor arranged at one end of the gate rod and a reflector arranged at the other end of the gate rod. The reflective infrared sensor comprises an infrared light source and a receiving circuit, the mirror surface of the reflector directly faces the infrared light source and the receiving circuit of the reflective infrared sensor, and no obstacle exists between the reflector and the infrared light source and between the reflector and the receiving circuit; the reflective infrared sensor is in communication connection with the control system, and when the reflective infrared sensor cannot receive reflected light of the infrared light source, the control system controls the alarm module to give an alarm to a worker. Bending and breakage damage of the gate rod can be recognized, an alarm can be given to a worker in time, the function is practical, response is sensitive, the structure is simple, installation is convenient and fast, and cost is low.

Description

Technical field [0001] The present invention belongs to the technical field of the gate, and specifically involves an infrared monitoring system. Background technique [0002] The gate is also known as a stopper, which is a channel entrance and exit management device that is specifically used on the road to limit the motor vehicle. It is now widely used in the highway toll station, the parking system management vehicle channel for managing vehicles. But in the use of the tross, especially in the unmanned parking lot or unintrumble, the driver will accidentally collide the gate, and in the unmanned place, the driver escaped after the trip, causing the driver after collision The loss of unmanned compensation; although there is a monitoring in the entry and export station, the monitoring staff of the monitoring room usually cannot promptly discover the damage of the trunk rod, and the monitoring is often called when the responsible person is later, resulting in no one can go prompt....

AI Technical Summary

Problems solved by technology

However, in the use of barrier gates, especially in unmanned parking lots or unmanned weighing and measuring stations, drivers will accidentally collide with barrier gates, and in unmanned places, drivers often run away after colliding with barrier gates, resulting in No one compensates for the loss; although monitoring is often set up at the entrance and exit of the station, the monitoring personnel in the monitoring room usually cannot find the damage of the barrier pole in time. Reach the damaged site of the barrier gate to repair the barrier gate or deal with the condition of the site

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