The working principle of the present invention: LED lamps are equipped with intelligent system standard interfaces, and the "Lamp Intelligent Control System" can be realized through RF, Bluetooth, WiFi, 315M/433M, ZigBee, TD-LTE and other control signals. The system is divided into software control management system Two parts with hardware equipment, the software part combines the geographic information system to display the status of the lamps in a comprehensive and detailed manner, which is convenient for users to control and manage. The control system is mainly composed of two parts, one is the lamp control part; the other is the related management part. In the lamp control part, it mainly includes: automatic switch lamp setting, emergency switch lamp setting, time proofreading, GPS vehicle positioning, etc.; in the lamp management part, it mainly includes: various information queries, data graphs, print reports , Lighting equipment management, alarm information processing, etc.
 The intelligent monitoring system is equipped with a camera bracket inside or under the lamp head, equipped with an array of infrared surveillance cameras, ultra-long night vision, high waterproof level, easy installation, and meeting daily needs. The system has an intelligent monitoring system interface that can realize the intelligent control of the entire monitoring system.
 The intelligent charging mechanism can realize wired charging mode and non-contact charging mode. The wired charging mode is composed of display board, coin acceptor, controller, exhaust system, and external charging cable. Its main function is: a digital watt-hour meter is installed in the controller And air switch, the host has the function of authenticating and counterfeiting coins, and the recognition rate can reach 99.7%. The factory setting only recognizes one yuan coins (the model that can use tokens can also be customized according to customer needs, and it can also be used for coin and credit cards). The controller has multiple power supply ports, and each channel has its own independent display window and control buttons. After the user inserts a coin (or swipes a card), press one of the control buttons, and the controller will supply power to the socket of the corresponding channel , The working status and working time (countdown) of each channel can be displayed through its corresponding display window. The non-contact charging mode does not require a cable to connect the vehicle to the power supply system, and it can be directly charged quickly. Electromagnetic induction transmits power between the transmission coil and the receiving coil. When an alternating current passes through the transmission coil, The alternating magnetic flux is generated between the transmitting (primary) and receiving (secondary) coils, thereby generating an induced electromotive force that changes with the magnetic flux in the secondary coil, and outputting an alternating current through the terminals of the receiving coil.
 The intelligent vehicle detection mechanism is equipped with an inductive loop coil detection system. The inductive loop coil detection system is composed of two parts: the detector, the induction coil and the lead-in wire. The detector generates an electromagnetic field through the coil. When a metal object passes through a magnetic field, magnetic current will be induced in the conductor. Since the inductance of the toroidal coil is proportional to the magnetic current, this causes the inductance of the toroidal coil to decrease. The detector detects this change and reacts accordingly. The toroidal coil and the lead-in wire are the inductive part of the detection system, and have impedance and capacitance (the capacitance between the wires and between the wires and the ground). The wire is looped to form a coil (usually around 2 to 4 turns), where the magnetic field is more concentrated, forming a detection area. All wires generate magnetic current due to current passing through the wire body. The detector adopts a modular design. The hardware system mainly consists of a rack main board, battery module, detection module, and processing module. The detection module converts the change of the ground sensing coil coil quantity into a switch value, and then transmits it to the processing module through the rack main board. Data calculation and processing, the power module is responsible for the power supply and power management of each module of the whole machine, and the hardware system of the detector.
 When the infrared touch control mechanism is working, the microprocessor (ARM7 or other) in the controller controls the drive circuit (shift latch) to turn on the infrared emitting tube in turn and simultaneously address the corresponding infrared receiver through the address line and the data line tube. When there is a touch, a finger or other object will block the horizontal and vertical infrared rays passing through the position. When the microprocessor scans and checks, it will find that the blocked infrared rays are detected, and it is judged that there may be a touch. At the same time, it immediately changes to another coordinate and scans again. It is found that an infrared ray is blocked on the other axis, indicating that a touch is found, and the position of the two infrared pairs found to be blocked is reported to the host. After calculation, the position of the touch point on the screen is determined, thereby playing a control role.
 When the whole system is powered by the device of the present invention, the intelligent LED lighting system uses embedded CPU, industrial CPU template and other devices, adopts digital signal processing technology, special communication protocol and other advanced technologies to realize the "lighting intelligent control system". The intelligent monitoring system under the lamps transmits information through the GPRS network, which is a good solution to the lamp monitoring and management system combining China Mobile's GPRS wireless network and the Internet. The smart multi-function fast charging pile in the middle part is charged with ICM ladder wave six-stage charging similar to mobile phone charging, which can first activate the battery and then perform maintenance-type fast charging, with timing, full alarm, computer fast charging, password control, and self-identification Voltage, multiple protection, four-way output and other functions, supporting universal output interface, can quickly charge all electric vehicles. In addition, all design function modules in the central part can be freely combined through standardized interfaces, adding vehicle detection functions and touch screen control functions.