Multi-device electromechanically-integrated modular interface and intelligent lamp pole

Abstract

The invention discloses a multi-device electromechanical integrated modular interface applied to intelligent lamp poles. The multi-device electromechanically-integrated modular interface comprises a first connecting main body 1 and a second connecting main body 2, wherein the first connecting main body 1 is provided with a first power supply area 11 and a first communication area 12; the second connecting main body 2 is provided with a second power supply area 21 and a second communication area 22; power supply plugs 32 and power supply sockets 31 are inserted in opposite positions; the number of the power supply plugs 32 corresponds to the number of the power supply sockets 31; communication interfaces 41 and network cable interfaces 51 are arranged in the first communication area 12; communication connectors 42 and network cable connectors 52 are arranged in the second communication area 22; the positions of the communication connectors 42 and network cable connectors 52 are opposite to the positions of the communication interfaces 41 and the network cable interfaces 51; the numbers of the communication connectors 42 and the network cable connectors 52 correspond to the numbers of the communication interfaces 41 and the network cable interfaces 51; steps 23 are arranged in the second power supply area 21 and form high-order surfaces and low-order surfaces; the power supply plugs 32 are mounted in the second power supply area 21; and the high-order surfaces and the low-order surfaces enable each group of power supply plugs 32 and the power supply sockets 31 of the first power supply area 11 to form long supporting legs and short supporting legs which are inserted successively.

Description

technical field [0001] The invention relates to the technical field of traffic smart light poles, in particular to a multi-device electromechanical integrated modular interface and a smart light pole using the interface. Background technique [0002] At present, in the municipal infrastructure construction, smart light poles can serve as carriers for various devices, such as installing traffic lights, cameras, signs, traffic monitoring equipment, and 5G micro base stations on smart light poles. Most of the various devices installed on the smart light pole need power supply lines and communication lines. During the later maintenance process, when it is necessary to replace devices with different functions, since the models of the power supply lines and communication lines of each device are not uniform, it is necessary to re-lay and match them. Power supply lines and communication lines, resulting in increased maintenance costs, and maintenance construction time is longer, de...

AI Technical Summary

Problems solved by technology

Most of the various devices installed on the smart light pole need power supply lines and communication lines. During the later maintenance process, when it is necessary to replace equipment with different functions, since the models of the power supply lines and communication lines of each equipment are not uniform, it is necessary to re-lay and match them. Power supply lines and communication lines, resulting in increased maintenance costs, and the maintenance construction time is longer, delaying the construction period

[0003] At the same time, the camera module attached to the interface is heavy, and the load capacity of the existing interface cannot reach the 20KG standard

Secondly, the installation position of the camera module needs to adjust its installation height according to the distance between the light pole and the road surface. However, the interfaces on the smart light pole are all fixed positions, which is not conducive to adjustment, and too many preset interfaces increase the cost, which is not conducive to the light pole. water proof

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