Distributed street lamp control device based on Internet of Vehicles

Abstract

The invention discloses a distributed street lamp control device based on Internet of Vehicles, which structurally comprises a wire, a controller and a control panel, the position, close to the bottom, of the front surface of the controller is connected with the right end of the wire, and the control panel is arranged on the upper surface of the controller. In a rainy environment, along with the gradual increasing of rainwater on the ground, rainwater flows into the controller along the heat dissipation holes, blocking mechanisms are arranged in the heat dissipation holes, heat can be drained and discharged through the blocking mechanisms, external rainwater can be blocked, external rainwater flowing into the shell is reduced, the phenomenon that a circuit in the controller is affected with damp and short circuit occurs is reduced, and normal control and use of the controller are facilitated. Due to the fact that the blocking rod is prone to moving downwards again after entering the opening, the limiting ring arranged on the supporting plate is movably matched with the clamping ball at the top in the opening, the supporting force on the blocking rod can be increased, limiting of the blocking rod is facilitated, the blocking rod is located in the opening, and rainwater can be blocked.

Description

technical field [0001] The invention belongs to the technical field of street lamp control, and more specifically relates to a distributed street lamp control device based on Internet of Vehicles. Background technique [0002] In highway tunnels, street lamps need to be installed for lighting. During periods of less traffic, all street lamps are turned on and consume a large amount of electric energy. Distributed street lamp controllers are used to control street lamps, and the controllers are installed on the ground at the entrance of the tunnel. , the control is connected to the remote control terminal, and the traffic flow can be monitored at any time through the camera, and after sensing the vehicle in front through the camera, the street lamp is energized through the wire, and the street lamp is turned on and off; in the prior art, the street lamp controller is used to monitor the tunnel When controlling the internal street lights, since the bottom of the controller is ...

AI Technical Summary

Problems solved by technology

[0002] In highway tunnels, street lamps need to be installed for lighting. During periods of less traffic, all street lamps are turned on and consume a large amount of electric energy. Distributed street lamp controllers are used to control street lamps, and the controllers are installed on the ground at the entrance of the tunnel. , the control is connected to the remote control terminal, and the traffic flow can be monitored at any time through the camera, and after sensing the vehicle in front through the camera, the street lamp is energized through the wire, and the street lamp is turned on and off; in the prior art, the street lamp controller is used to monitor the tunnel When controlling the internal street lights, since the bottom of the controller is equipped with heat dissipation holes, when the controller is directly installed on the ground, the distance between the bottom of the controller and the ground is small. In rainy weather, as the rain on the ground gradually increases, As a result, rainwater enters the controller along the heat dissipation holes, causing the circuit inside the controller to be damp and short-circuited, which affects the normal control and use of the controller.

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