A smart application monitoring and management system based on multifunctional street lamps

Abstract

The present invention relates to the technical field of Internet of Things, and discloses a smart application monitoring and management system based on a multifunctional street lamp, comprising a street lamp and a background control center in which a plurality of functional modules are integrated, wherein the functional modules, the background control center and the cloud platform are communicated and connected to form an application subsystem module, including one or more combinations of a lighting subsystem, a wireless city subsystem, a security subsystem, an environmental protection subsystem, an information release subsystem, a charging pile subsystem, a city management subsystem, a convenience subsystem, a parking subsystem, and a water supply and drainage monitoring subsystem; the smart application monitoring and management system based on the multifunctional street lamp of the present invention effectively improves the resource utilization rate, reduces the construction and maintenance costs of the smart city, reduces the disadvantages of numerous road poles, and effectively improves the scientific, refined and intelligent management level of the city.

Description

Technical Field

[0001] The present invention relates to the technical field of Internet of Things, and in particular to a smart application monitoring and management system based on multifunctional street lamps. Background Art

[0002] With the gradual improvement of my country's urbanization level and people's living standards, a large number of municipal engineering constructions are coming. The control of traditional street lights requires a lot of manpower and material resources, but the monitoring efficiency is low and huge waste is generated. With the rapid rise of network technology and the integrated development of mobile technology, smart cities are the advanced form of information city development after digital cities. Smart cities can make full use of information and communication technology to sense, analyze and integrate key information of the core system of urban operation, so as to make intelligent responses to various needs including people's livelihood, environmental protection, public safety, urban services, industrial and commercial activities, and create a better urban life for mankind.

[0003] The existing smart city system is a practice of smart city construction based on various devices installed on urban roads, combining Internet technology, power carrier Internet of Things technology, and sensor technology. The main applications include smart lamp pole integrated management center, smart lighting management system, smart sensing and release system, wireless WIFI coverage system, video surveillance system, emergency alarm system, charging pile system, and users can choose different application subsystems for combined application according to actual needs.

[0004] However, the existing smart city system is based on a variety of road equipment, and its equipment is too scattered, resulting in a variety of pole-shaped and box-shaped equipment on the road. At the same time, the equipment layout is not reasonable, and a large amount of wiring connections are required between them. The system functions are not perfect, the construction cost is too high, and the compatibility between systems is poor. These problems restrict the development of smart cities. It becomes particularly important to maximize the integration of multifunctional modules and arrange system nodes in an intensive manner. Summary of the invention

[0005] In view of the shortcomings of the prior art, the present invention provides a smart application monitoring and management system based on multifunctional street lamps. The multifunctional street lamps based on intensive design configure and build the entire monitoring and management system, adapt to the multi-requirement urban management needs, expand the system application scenarios, and reduce production costs and maintenance costs.

[0006] The present invention solves the technical problem by adopting the following technical solution: A smart application monitoring and management system based on a multifunctional street lamp of the present invention comprises a cloud platform, street lamps and a background control center with integrated functional modules;

[0007] The functional modules, the background control center and the cloud platform communication connection constitute the application subsystem module, including:

[0008] One or more combinations of lighting subsystem, wireless city subsystem, security subsystem, environmental protection subsystem, information release subsystem, charging pile subsystem, city management subsystem, convenience subsystem, parking subsystem, and water supply and drainage monitoring subsystem.

[0009] Preferably, the lighting subsystem is configured to automatically adjust the illumination according to external lighting conditions or external control instructions;

[0010] The wireless city subsystem is configured to use various communication devices including wireless communication base stations and public WiFi to provide data interaction support;

[0011] The security subsystem is configured to collect video and voice data in real time and send it to the cloud platform or the backend control center to monitor or judge whether there are any abnormal situations in real time;

[0012] The environmental protection subsystem is configured to collect environmental data in real time and send it to the cloud platform or the backend control center for data processing;

[0013] The information publishing subsystem is configured to publish environmental data in real time or to broadcast information or publish advertising operations according to external control instructions;

[0014] The charging pile subsystem is configured to provide matching power supply, identification, timing and fee deduction actions for one or more of electric bicycles, electric vehicles and mobile digital products;

[0015] The city management subsystem is configured to effectively carry out contactless city management law enforcement including identification of offenders, locking of illegal vehicles and recording of emergencies through high-definition video positioning and identification;

[0016] The convenience subsystem is configured to provide human-computer interaction functions including one-key alarm, convenience query, and online recharge;

[0017] The parking subsystem is configured to monitor the surrounding parking data in real time, transmit it to the cloud platform for publication in a timely manner, receive parking space reservations, and automatically perform parking navigation and time-based charging related actions;

[0018] The water supply and drainage monitoring subsystem is configured to achieve real-time supervision and feedback of sudden floods and loss of manhole covers by monitoring manhole cover displacement data and water level height data.

[0019] Preferably, the cloud platform or the backend control center is also provided with an authorization management access module for controlling external access;

[0020] The authorization management access module is configured to establish a user authority directory, verify user account information and match authorized users to remotely query, display, and manage related subsystems.

[0021] Preferably, the street lamp integrated with the functional modules specifically includes:

[0022] A lamp pole, which is assembled from lamp pole components and has at least one accommodating cavity inside;

[0023] At least one equipment box, detachably disposed in the accommodating cavity;

[0024] At least one lighting assembly, detachably mounted on the light pole;

[0025] At least one external functional component is detachably hung or embedded on / in the lamp pole.

[0026] Preferably, the lamp pole assembly comprises:

[0027] The lamp pole body is formed by a plurality of lamp posts which are matched with each other and are tightly arranged around each other, and the lamp posts are hollow structures;

[0028] The base comprises an upper base and a lower base respectively used for fixing and installing two ends of the lamp post;

[0029] The fastening and strengthening module comprises: a plurality of reinforcing angle plates arranged around the lamp pole body on the lower base; at least one fastening seat tightly sleeved on the lamp pole body; a plurality of reinforcing ribs respectively connected at both ends to the fastening seat and the upper / lower base and arranged around the lamp pole body;

[0030] At least one mounting rod, detachably connected to the upper base or the side of the lamp post, for mounting a lighting assembly or an external functional assembly;

[0031] At least one mounting connector is used for firmly and detachably connecting the external functional component to the lamp post.

[0032] Preferably, the lamp post is four rectangular long tubes arranged symmetrically in pairs, wherein:

[0033] The first pair of square tubes are closely connected to each other on opposite sides, forming at least one accommodating cavity in the hollow structure thereof and matching with a detection port and having a device mounting seat disposed therein;

[0034] The opposite surfaces of the second pair of square tubes are tightly connected to the two side surfaces of the first pair of square tubes respectively;

[0035] The first pair of square tubes and the second pair of square tubes are arranged in a matching manner to form a lamp pole body with a cross-shaped cross section;

[0036] There are four reinforcing ribs, which are respectively arranged at the four corners of the cross-shaped lamp pole body.

[0037] Preferably, the mounting rod comprises a curved mounting rod and a vertical mounting rod;

[0038] The arc mounting rod extends from bottom to top and outward in an arc, and is used to mount the lighting assembly;

[0039] The vertical mounting rod has a decreasing cross-section from bottom to top and is used to mount some external functional components;

[0040] The arc mounting rod and the vertical mounting rod are both hollow structures.

[0041] Preferably, the mounting connector includes one or more of a mounting seat frame, a rectangular mounting frame, a card-mounted mounting frame, a plug-in hole seat and a mounting flange, wherein:

[0042] The mounting frame includes a plurality of horizontal and vertical mounting brackets;

[0043] The rectangular mounting frame is a square tube with four hollowed-out sides, and a mounting hole is provided on one of the opposite sides;

[0044] The card-mounted mounting frame comprises a U-shaped card-mounted seat, a connecting column and a mounting platform which are fixedly connected in sequence. Both sides of the U-shaped card-mounted seat are hollowed out and the edge extends outward at 90 degrees, and both the U-shaped card-mounted seat and the mounting platform are provided with mounting through holes;

[0045] The socket seat includes a plurality of circular tubes fixedly connected to the side of the lamp post;

[0046] The hanging flange includes a plurality of flange plates sleeved on the lamp pole body or the mounting pole.

[0047] Preferably, the equipment box includes a strong current equipment box and a weak current equipment box, wherein:

[0048] The strong electric equipment box is installed with one or more combinations of an AC power distribution circuit, a DC power distribution circuit, an AC / DC conversion circuit, a charge and discharge control circuit, a battery module, a light source driver, electrical wiring and an optical fiber box;

[0049] The weak point equipment box is installed with one or more combinations of a network communication module, a call extension module, a sensor access point module, a local controller, electrical wiring and network wiring, wherein the network communication module includes an Ethernet communication module and / or an Internet of Things communication module, and the local controller includes one or more combinations of a lighting controller, a charging pile controller, an aggregation gateway terminal processor, a data processing controller, and a battery manager;

[0050] The external functional components include one or more sensors, solar photovoltaic modules, video and voice acquisition units, emergency assistance units, sanitation equipment identification and interaction units, external display units, voice output units, charging pile modules, human-computer interaction units, public WIFI units, base station antenna units, lightning protection units, or a combination of one or more of the following;

[0051] The one or more sensors include one or more combinations of illumination sensors, temperature and humidity sensors, smoke sensors, water immersion sensors, lamp pole inclination sensors, lamp pole vibration sensors, environmental noise sensors, PM2.5 sensors, sanitation data collection sensors, target gas sensors, and battery temperature sensors;

[0052] The one or more sensors are connected to the local controller or the network communication module through the sensor access point module, and are used to output the collected data to the local controller or the monitoring center for real-time processing and monitoring;

[0053] The charging pile module includes an AC power distribution unit electrically connected to the charging pile controller and a plurality of charging ports embedded in the lamp post and connected to the AC power distribution unit; the charging pile controller includes a central control board, an internal interface board electrically connected to the central control board, and at least one charging port BMS power supply; the AC power distribution unit includes an AC power distribution control board; the charging gun BMS power supply is externally connected to an external power supply;

[0054] It also includes a charging interactive unit embedded in the lamp post for reading user information, displaying charging mode, time, power and cost information, and an emergency power-off unit for emergency situations;

[0055] It also includes a leakage protection unit which is electrically connected to the charging pile controller and is used for leakage protection.

[0056] Preferably, the top of the vertical mounting pole is detachably connected to one or a combination of a micro-weather station or a lightning protection unit;

[0057] The card-mounted mounting frame can be detachably mounted with one or a combination of a traffic light, an advertising light box, an LED display screen or a voice output unit;

[0058] The mounting bracket is detachably provided with one or a combination of a high-definition surveillance camera, a PTZ camera or a public WIFI unit;

[0059] The PM2.5 sensor is an air transmitter, which can be detachably arranged on the side of the lamp pole;

[0060] The mounting flange is detachably connected to a solar photovoltaic module or a base station antenna unit;

[0061] The lamp post is also provided with a detection door on the detection port, and the detection door is provided with an intelligent electric lock and a detection door displacement sensor, which is used to send the real-time status of the detection door to the local controller and transmit it to the monitoring center through the network communication module for real-time monitoring;

[0062] The arc mounting rod includes two symmetrical arc mounting branch pipes and a reinforcing pipe fixedly connected between the two mounting branch pipes. The mounting branch pipe is opened at its extended end and is provided with a lamp assembly mounting through hole.

[0063] The lighting assembly includes a mounting base plate and a U-shaped hollow tube arranged around the side thereof;

[0064] The two free ends of the U-shaped hollow tube are inserted into the mounting branch pipe, and are fastened to the mounting branch pipe through a plurality of mounting fixing holes spaced apart on its side surface;

[0065] The mounting substrate is provided with a plurality of mounting holes, and the mounting substrate is detachably connected with a heat dissipation module and a lamp module on both sides of the mounting holes;

[0066] The lamp module comprises an annular pressing plate detachably connected to the mounting base plate, a lampshade is embedded in the annular pressing plate, a circular pad is matched on the back of the lampshade, and an LED light source detachably connected to the circular pad is arranged in the lampshade;

[0067] The heat dissipation module comprises a cylindrical heat dissipation base, which is in close contact with a circular pad, and has a plurality of heat dissipation fins evenly and fixedly arranged around its side surface. The heat dissipation base is provided with through holes in the vertical direction, and the through holes are filled with a strong thermal conductive material;

[0068] The annular pressing plate and the heat dissipation base are fastened to each other by means of studs penetrating through the mounting base plate;

[0069] The mounting substrate is provided with a sealing silicone ring along the edge of the mounting hole on the contact surface with the heat dissipation module;

[0070] The contact surface between the annular pressing plate and the spotlight cover is provided with a sealing silicone pad;

[0071] A wiring hole extending from the mounting hole is provided on the side of the mounting substrate, and the wiring hole is connected to the U-shaped hollow tube;

[0072] A reinforcing crossbeam is also arranged on one side of the opening of the U-shaped hollow tube, and the mounting base plate is arranged in the area surrounded by the U-shaped hollow tube and the reinforcing crossbeam.

[0073] Compared with the prior art, the present invention has the following beneficial effects:

[0074] The intelligent application monitoring and management system based on the multifunctional street lamp of the present invention is based on the multifunctional street lamp of intensive design. The data acquisition terminals and control modules required by the smart city are arranged with street lamps as nodes, which greatly simplifies the production and construction costs and reduces the waste of resources of repeated construction and complex design. The lighting subsystem, wireless city subsystem, security subsystem, environmental protection subsystem, information release subsystem, charging pile subsystem, urban management subsystem, convenience subsystem, parking subsystem and water supply and drainage monitoring subsystem configured on this basis, on the one hand, realize the intensive utilization of infrastructure resources, avoid the waste of urban space, and reduce the repetitive construction costs required by various urban management. On the other hand, it realizes the comprehensive management of various urban affairs, improves the utilization rate of resources, and improves the intelligent management of the city, and successfully provides a basis for the integration and sharing mode of facilities of various departments in the city in physical space and digital information.

[0075] At the same time, the present invention realizes convenient transportation and rapid assembly of lamp poles through a unique lamp pole design in the street lamp with integrated functional modules and a modular configuration. The hollow structure can accommodate all the control devices required for multi-functions into the accommodating cavity, avoiding a series of problems such as anti-theft and waterproofing caused by the bloated structure and the box of the peripheral control device. At the same time, the matching arrangement of multiple lamp poles combined with the fastening and strengthening module can ensure the strength of the lamp pole and avoid the influence of the hollow structure on the strength. At the same time, the installation connectors of the present invention can be selected and used according to actual needs. These installation connectors can meet the requirements of all external devices integrated on the lamp pole for various connectors. In particular, the present invention has carried out an original classification design for the specific structure in the installation connector, which reduces the weight and ensures the required rigidity on the one hand, and reduces the influence on the hollow lamp pole in the lamp pole on the other hand.

[0076] Furthermore, the uniquely designed arc mounting rod of the present invention matches the original lamp illumination component, which greatly simplifies the basic functional module structure of the street lamp. The structure of the lamp illumination component is significantly simplified compared with the existing LED lamp. The design of the U-shaped hollow tube and the mounting base plate not only ensures the stability of the lamp, but also increases the convenience of installing the lamp and the arc mounting rod. At the same time, the unique heat dissipation module design effectively improves the heat dissipation efficiency and is easy to clean. The mapping design matching the light source improves the overall heat dissipation effect and scalability. The special heat dissipation module and the lamp are designed on both sides of the mounting base plate, and the fastening connection of the bolts and the use of the sealing component, as well as the installation of the wires in the wiring hole and the hollow tube, ensure that the LED light source is moisture-proof, waterproof, insect-proof and dust-proof in a complex external environment, and ensure the weather resistance of the LED lamp while reducing the cost.

[0077] The present invention provides external functional modules such as sensors and controllers arranged in or outside the lamp pole, which cooperate with each other to form an integration of a street lamp monitoring system, a charging pile system, an environmental sensor monitoring system, a video and voice help system, a network multimedia information publishing system, a wireless WLAN system and a video monitoring system. The equipment modules are divided into different tasks and cooperate with each other, so that the smart street lamp can adapt to the needs of multi-requirement urban roads, expand the application occasions of street lamps, provide a hardware foundation for the time smart city, and have excellent effects.

[0078] Other outstanding essential features and significant improvements of the present invention compared to the prior art are further described in detail in the embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0079] Other features, objects and advantages of the present invention will become more apparent from the detailed description of non-limiting embodiments made with reference to the following drawings:

[0080] Figure 1 This is a schematic diagram of the structure of the smart application monitoring and management system in Example 1;

[0081] Figure 2 This is a schematic diagram of the entire software and hardware construction hierarchy of the smart application monitoring and management system in Example 1;

[0082] Figure 3 A schematic diagram of the three-dimensional structure of a street lamp with integrated functional modules in Example 1;

[0083] Figure 4 This is a schematic diagram of the three-dimensional structure of the lamp pole in Example 1;

[0084] Figure 5 This is a schematic diagram of the partial three-dimensional structure of the lamp pole body in Example 1;

[0085] Figure 6 This is a schematic diagram of the cross-sectional structure of the lamp pole body in Example 1;

[0086] Figure 7 This is a schematic diagram of a partial three-dimensional structure of a lamp post in Example 1;

[0087] Figure 8 This is an exploded structural diagram of the lamp pole in Example 1;

[0088] Fig. 9 This is a schematic diagram of the three-dimensional structure of the clamping mounting frame in Example 1;

[0089] Fig.10 This is a partial three-dimensional enlarged schematic diagram of the lamp pole in Example 1;

[0090] Fig.11 This is an axonometric view of the lighting assembly in Example 1;

[0091] Fig.12 This is a schematic diagram of the three-dimensional structure of the lighting assembly in Example 1;

[0092] Fig.13 This is a schematic diagram of the structure of the separation of some components of the lighting assembly in Example 1;

[0093] Fig.14 This is a schematic diagram of the exploded structure of the heat dissipation module and the lamp module of the lighting assembly tilted at 45 degrees in Example 1;

[0094] Fig.15 This is a schematic diagram of the exploded structure of the heat dissipation module and the lamp module in the axonometric direction of the lighting assembly in Example 1;

[0095] Fig.16 This is a schematic diagram of the structure of the mounting base plate of the lighting assembly in Example 1;

[0096] Fig.17 This is a schematic diagram of the three-dimensional structure of a street lamp with integrated functional modules in Example 2. DETAILED DESCRIPTION

[0097] The technical solutions in the embodiments of the present invention will be described below in conjunction with the accompanying drawings in the embodiments of the present invention. The described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments in the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work belong to the scope of protection of the present invention. In addition, those skilled in the art know that certain aspects of the present invention can be implemented as a system, method or computer program product. Therefore, various aspects of the present invention can be specifically implemented in the form of a combination of software and hardware, which can be collectively referred to as "circuit", "module" or "system" here. In addition, in some embodiments, certain aspects of the present invention can also be implemented in the form of a computer program product in one or more microcontroller readable media, and the microcontroller readable medium contains a program code readable by the microcontroller.

[0098] Example 1

[0099] like Figure 1-16 As shown, this embodiment provides a smart application monitoring and management system based on multifunctional street lamps, including a cloud platform, street lamps integrated with several functional modules, and a background control center; wherein the street lamps integrated with the functional modules are arranged at matching positions on urban roads;

[0100] In this embodiment, the overall function module, the background control center and the cloud platform are connected in communication to form an application subsystem module, which includes:

[0101] Lighting subsystem, wireless city subsystem, security subsystem, environmental protection subsystem, information release subsystem, charging pile subsystem, city management subsystem, convenience subsystem, parking subsystem, water supply and drainage monitoring subsystem;

[0102] in,

[0103] The lighting subsystem is configured to automatically adjust the illumination according to external lighting conditions or external control instructions, which can be automatically controlled, improve the response sensitivity of the street lamp, reduce the unstable factors of manual control, and save electricity, with good results. Furthermore, the motion detection sensor set on the street lamp pole can detect the flow of people and vehicles around the street lamp pole, and adjust the lighting power of the street lamp in combination with the light intensity of the environment, which can better meet the needs of users;

[0104] The wireless city subsystem is configured to use various communication devices including wireless communication base stations and public WiFi to provide data interaction support; wireless communication base stations and micro base stations are integrated on street lamps to enable street lamps to be connected to the operator's private network for intelligent control, and the WIFI transmission module can be used to achieve WIFI signal coverage in the area, realize communication with the outside world, and then network the street lamps integrated with the functional modules to control the situation in the entire area in real time, and realize remote monitoring and remote control;

[0105] The security subsystem is configured to collect video and voice data in real time and send it to the cloud platform or backend control center for real-time monitoring or judging whether any abnormal situation occurs;

[0106] The environmental protection subsystem is configured to collect environmental data in real time and send it to the cloud platform or backend control center for data processing; these environmental data include temperature, humidity, noise, light intensity, PM2.5, etc. Based on the large-area layout of street lamps, the stability and reference of the collected data can be improved;

[0107] The information release subsystem is configured to release environmental data in real time or broadcast information or publish advertisements according to external control instructions. The street lamps with integrated functional modules are used as a platform for network multimedia information release. The embedded intelligent management core module allows advertisements to be controlled at will, and the advertisement graphic information can be changed at will. The displayed information may include commercial advertisements, public welfare propaganda, public information release, emergency warnings, regional map display, surrounding air pollution conditions, etc.

[0108] The charging pile subsystem is configured to provide matching power supply, identification, timing and fee deduction actions for one or more of electric bicycles, electric vehicles and mobile digital products;

[0109] The city management subsystem is configured to effectively carry out contactless city management law enforcement, including identification of lawbreakers, locking of illegal vehicles, and recording of emergencies, through high-definition video positioning and identification. For example, the face recognition camera installed on the street lamp can quickly identify the identity and improve security measures. While meeting the video monitoring requirements of the conventional road monitoring system for full coverage of road sections and the requirements of all-weather high-definition recording, it introduces a variety of industry-leading video intelligence technologies such as full-screen video detection, video tracking, and license plate recognition. At the same time, it can also monitor specific areas in conjunction with emergency visual alarm equipment;

[0110] The convenience subsystem is configured to provide human-computer interaction functions including one-click alarm, convenient inquiry, and online recharge. For example, when the person seeking help touches the alarm switch installed on the street lamp, the relevant platform can obtain the location and information of the person seeking help through the microphone and monitoring device installed on the street lamp, and send out the police nearby. It can achieve rapid response, online assistance, and nearby police dispatch. The city's one-click emergency alarm system can effectively combat criminals, greatly improve the efficiency of handling emergencies, and establish a full-range voice help network within the city to ensure the safety of every corner of the city and prevent all unsafe hidden dangers.

[0111] The parking subsystem is configured to monitor the surrounding parking data in real time, transmit it to the cloud platform for publication in a timely manner, receive parking space reservations, and automatically perform parking navigation and time-based charging related actions;

[0112] The water supply and drainage monitoring subsystem is configured to monitor the displacement data of manhole covers and the water level data to achieve real-time supervision and feedback on sudden floods and manhole cover loss. Since street lamps are distributed at intervals on the road, which is similar to the distribution range of manhole covers, sensors can be installed on the manhole covers and transmit data to the nearest street lamp controller through wireless transmission mode. At the same time, the water level sensors installed on the street lamps can also monitor the changes in road water levels in real time, and make comprehensive judgments to prevent the theft, loss or opening of manhole covers, which may cause pedestrians and vehicles to fall from time to time, causing huge social impacts and direct and indirect economic losses;

[0113] In this embodiment, the cloud platform or the backend control center is also provided with an authorization management access module for controlling external access;

[0114] The authorization management access module is configured to establish a user permission directory, verify user account information and match authorized users to remotely query, display, and control related subsystems. These user permissions can be classified into ordinary users, street light management offices, urban management bureaus, environmental protection bureaus, public security bureaus, comprehensive management offices, parking management departments, mobile Internet operators, etc., and corresponding permissions are set according to their respective responsibilities.

[0115] In this embodiment, the entire software and hardware construction layers of the system include a perception interaction layer, an Internet of Things bearing layer, a network transmission layer, a data support layer, and a business application layer, wherein the perception interaction layer is the various deep-level information collection devices set on the street lamps, the Internet of Things bearing layer is the street lamps with integrated functional modules, the network transmission layer includes wired or wireless Internet communication channels, the data support layer includes a big data storage platform and a cloud computing platform, and the business application layer includes the backend control center or APP set in each management department;

[0116] In order to realize the monitoring and management system of the present invention, the present embodiment uniquely designs a street lamp with integrated functional modules, including:

[0117] The lamp pole 1 is assembled from a lamp pole assembly. In this embodiment, the lamp pole assembly includes: a lamp pole body 11, a base 12, a fastening reinforcement module 13, a mounting rod 14 and a mounting connector 15; the lamp pole body 11 is formed by a plurality of lamp posts that are matched and tightly surrounded with each other. The tightly surrounded arrangement of the present invention not only uses the fastening seat mentioned below to play the effect of a clamp, but also uses bolts to connect the contact surface of the lamp post; of course, welding or other connections can also be used to achieve the effect of tightly surrounding connection. Here, it can be selected according to actual needs. The most preferred is the technical solution of this embodiment, and the others are not repeated;

[0118] In this embodiment, the lamp post 111 is a hollow structure; the lamp post 111 is composed of four rectangular long tubes arranged symmetrically in pairs, that is, two pairs of rectangular long tubes, wherein:

[0119] The first pair of rectangular long tubes 1111 are closely connected on opposite surfaces, and at least one accommodating cavity 1114 is formed in the hollow structure thereof, and a detection port 1113 is provided in matching manner, and an equipment mounting seat is arranged inside; such accommodating cavity 1114 can be directly a whole hollow structure that penetrates through, or can be divided in the hollow structure, which will not be described in detail here, and the equipment mounting seat can be a mounting seat that can be fixedly provided in the hollow structure and can be connected to the equipment by threading, clamping or other forms of detachable connection, and a more preferred solution is to provide a slide bar for clamping therein, and then each equipment box is clamped on the slide bar by a clamping block, and then matched with a locking nut, which will not be described in detail here;

[0120] The opposite surfaces of the second pair of rectangular long tubes 1112 are tightly connected to the two side surfaces of the first pair of rectangular long tubes 1111; that is, in this case, the second pair of rectangular long tubes 1112 are smaller than the first pair of rectangular long tubes 1111, and play the role of auxiliary support;

[0121] A fastening through hole 1116 is provided on the contact surface of the rectangular long tube, and a fastening nut is inserted therein to achieve close connection between the two. This invisible fastening arrangement improves the rigidity of the entire lamp pole 1 on the one hand, and improves the convenience of installation on the other hand. At the same time, the hidden design avoids the possibility of malicious disassembly by unqualified personnel, greatly improving the safety of the lamp pole;

[0122] In this embodiment, the first pair of rectangular long tubes 1111 and the second pair of rectangular long tubes 1112 are matched in specifications to form a lamp pole body 11 with a cross-shaped cross section. The cross-shaped lamp pole body 11 improves stability on the one hand, and facilitates the subsequent hanging or installation of external functional components on the other hand;

[0123] The base 12 includes an upper base 121 and a lower base 122 respectively used for fixing and installing the two ends of the lamp post; generally, we use the lower base 122 as the installation base of the entire street lamp for connection with the ground. Generally, the upper base 121 and the lower base 122 are plugged into the lamp post 111. The plug-in and fastening reinforcement module 13 can basically ensure the fastening connection between the lamp post 111 and the base. Of course, welding can also be used. Welding is relatively simple but not conducive to later disassembly. It is best to use a combination of clamping and bolting. At this time, the thickness of the upper base 121 and the lower base 122 should be appropriately increased. At the same time, the thickness of the lower base 122 is generally larger than that of the upper base. The clamping here refers to the upper base 121 and the lower base 122 being sleeved on the sides of the two ends of the lamp pole body 11, and the fastening connection is achieved by bolts arranged on the sides of the lamp pole body 11. This connection method takes into account stability and installation convenience and has outstanding effects; of course, other upper bases 121 and lower bases 122 The connection method between the lamp posts 111 can be used as long as the positions of the lamp posts 111 can be fixed, and will not be described in detail here;

[0124] The fastening and reinforcing module 13 generally comprises: a plurality of reinforcing angle plates 131 arranged around the lamp pole body on the lower base 121; at least one fastening seat 132 tightly sleeved on the lamp pole body 11; a plurality of reinforcing ribs 133 respectively connected at both ends to the fastening seat 132 and the upper / lower base and arranged around the lamp pole body 11; the most common arrangement is given in this embodiment, that is, the reinforcing rib 133 is arranged between the lower base 121 and the fastening seat 132, and the reinforcing rib 133, the lower base 121 and the fastening seat 132 are all connected by nuts;

[0125] In this embodiment, a reinforcing angle plate 131 is arranged along the four protruding sides of the cross-shaped lamp pole body 11, and the two right-angled sides of the reinforcing angle plate 131 are respectively connected to the lower base 121 and the lamp pole body 11 by bolts; there is one fastening seat 132, and four reinforcing ribs 133, which are respectively arranged at the four corners of the cross-shaped lamp pole body 11; the fastening seat 132 can be welded with the lamp post 111, and can be gap-fitted to play the effect of a hoop;

[0126] The mounting rod 14 provided in this embodiment is detachably connected to the upper base 121 or the side of the lamp post 111 and is used to mount the lighting assembly 2 or the external functional assembly;

[0127] Specifically, the mounting rod 14 includes a curved mounting rod 141 and a vertical mounting rod 142;

[0128] The arc mounting rod 141 extends from bottom to top and outward in an arc, and is used to mount the lighting assembly 2;

[0129] The vertical mounting rod 142 has a decreasing cross-section from bottom to top and is used to mount some external functional components;

[0130] The arc mounting rod 141 and the vertical mounting rod 142 are both hollow structures;

[0131] In this embodiment, for the purpose of illustration, the arc mounting rod 141 and the vertical mounting rod 142 are both one piece, and both can be detachably connected to the upper base 121;

[0132] The mounting connector provided in this embodiment is used for a stable and detachable connection between the external functional component and the lamp post 111; in this embodiment, the mounting connector can be selected from one or more of the mounting bracket 31, the rectangular mounting bracket 32, the card-mounted mounting bracket 33, the plug-in socket 34 and the mounting flange 35, wherein:

[0133] The mounting frame 31 includes a plurality of horizontal and vertical mounting brackets;

[0134] The rectangular mounting frame 32 is a square tube with four hollowed-out sides, and a mounting hole 321 is opened on one of the opposite sides;

[0135] The mounting bracket 33 includes a U-shaped mounting seat 331, a connecting column 332 and a mounting platform 333 which are fixedly connected in sequence. Both sides of the U-shaped mounting seat 331 are hollowed out and the edges extend outward at 90 degrees. Both the U-shaped mounting seat 331 and the mounting platform 333 are provided with mounting through holes 334.

[0136] The plug socket 34 includes a plurality of circular tubes fixedly connected to the side of the lamp post, and the circular tubes are used to plug in the national flag and the flower basket hanging parts;

[0137] The mounting flange 35 includes a plurality of flanges sleeved on the lamp pole body or the mounting pole.

[0138] The equipment box in this embodiment is detachably arranged in the accommodating cavity 1114, including a strong current equipment box and a weak current equipment box, wherein:

[0139] The strong electric equipment box is installed with one or more combinations including AC distribution circuit, DC distribution circuit, AC-DC conversion circuit, charge and discharge control circuit, battery module, light source driver, electrical wiring and optical fiber box; the selection of these circuits or modules can be selected according to needs, and the circuit structure or functional module can adopt known technology, including circuit wiring, etc., which can be installed according to its common instructions. For example, in this embodiment, the power distribution has AC access and converted DC output. The AC power is generally 380V / 220V of the mains, and the converted DC power is 48V or 12V, etc.; and some intelligent functions inside the street lamp, such as network communication module (such as Ethernet switch module, Internet of Things gateway module, etc.), data processing circuit, network cable and lighting source control, etc., use lower voltage power supply and signal transmission, such as 3V, 5V, etc., so the AC distribution circuit, DC distribution circuit, and AC-DC conversion circuit only need to be set and selected according to such parameters, and no further description is given here;

[0140] In the present invention, the modular design of the high-voltage equipment box and the low-voltage equipment box allows them to be distributed at any position of the lamp pole. We can choose to place the high-voltage equipment or the low-voltage equipment at a certain height, which can prevent the influence of road water on the circuit module or possible leakage. This is also an important innovation of the present invention, which avoids the disadvantage that the existing device cannot distribute the circuit to the upper lamp pole.

[0141] The weak point device box is installed with one or more combinations of a network communication module, a call extension module, a sensor access point module, a local controller, electrical wiring and network wiring, wherein the network communication module includes an Ethernet communication module and / or an Internet of Things communication module, and the local controller includes a lighting controller, a charging pile controller, an aggregation gateway terminal processor, a data processing controller, and a battery manager. One or more combinations; each processor in this embodiment has data processing capabilities, such as CPU, MCU, SoC, FPGA, PLC, CPLD, or DSP, etc., and realizes functions by running programs, which will not be repeated here;

[0142] The external functional components in this embodiment are mainly detachably hung or embedded on / in the lamp pole through a mounting bracket; in this embodiment, the external functional components include one or more sensors, solar photovoltaic modules, video and voice acquisition units, emergency assistance units, sanitation equipment identification and interaction units, external display units, voice output units, charging pile modules, human-computer interaction units, public WIFI units, base station antenna units, and lightning protection units. One or more combinations thereof; each functional module or unit here can adopt common functional devices, for example, the external display unit can adopt an LED display screen, the voice output unit can adopt a speaker, the video and voice acquisition unit can adopt a pan-tilt camera and a microphone, the human-computer interaction unit includes a display screen for displaying a human-computer interaction interface, and an input device (such as a physical or graphic keyboard, etc.) for inputting a password (such as a password, etc.) on the human-computer interaction interface; the lightning protection unit can adopt a design in which a thermal release buckle device, an MOV control chip, and a fuse are electrically connected to each other, etc., which will not be described in detail here, and those skilled in the art can select and install them as needed;

[0143] For the purpose of illustrating, in this embodiment, the card-mounted mounting frame 33 is respectively and detachably mounted with an advertising light box 41 and an LED display screen 42;

[0144] The mounting bracket 31 is detachably provided with a PTZ camera 43 and a public WIFI unit 44;

[0145] The mounting flange 35 is detachably connected with a base station antenna unit 45, wherein the base station antenna units 45 are two and symmetrically arranged;

[0146] The lamp post 111 is also provided with a detection door 1115 on the detection port 1113. The detection door 1115 is provided with an intelligent electric lock and a detection door displacement sensor for sending the real-time status of the detection door 1115 to the local controller and transmitting it to the monitoring center through the network communication module for real-time monitoring.

[0147] The one or more sensors include one or more combinations of illumination sensors, temperature and humidity sensors, smoke sensors, water immersion sensors, lamp pole inclination sensors, lamp pole vibration sensors, environmental noise sensors, PM2.5 sensors, sanitation data acquisition sensors, target gas sensors, and battery temperature sensors; these sensors can adopt existing single-function or multi-function integrated sensors, and their circuit connection methods and how to connect with the controller or sensor signal access point are all known and will not be elaborated here;

[0148] For the purpose of illustration, in this embodiment, the PM2.5 sensor 46 is an air transmitter, which is detachably arranged on the side of the lamp post 111;

[0149] In this embodiment, a micro weather station 47 is detachably connected to the top of the vertical mounting rod 142. The weather station 47 is a multifunctional sensor integrated with the wind speed, air temperature and humidity and other parameters. The specific function model can be selected according to the needs, and will not be described here.

[0150] One or more sensors are connected to a local controller or a network communication module via a sensor access point module, and are used to output the collected data to a local controller or a monitoring center for real-time processing and monitoring.

[0151] The charging pile module in this embodiment includes an AC power distribution unit electrically connected to the charging pile controller and a plurality of charging ports 5 embedded in the lamp post and connected to the AC power distribution unit; there are two charging ports 5 in this embodiment, which are symmetrically arranged on both sides of the first pair of rectangular long tubes, wherein the charging pile controller includes a central control board, an internal interface board electrically connected to the central control board, and at least one charging port BMS power supply; the charging gun BMS power supply is externally connected to an external power supply;

[0152] It also includes a charging interaction unit 51 embedded in the lamp post for reading user information, displaying charging mode, time, power and fee information, an emergency power-off unit 52 for emergency situations, and a leakage protection unit electrically connected to the charging pile controller for leakage protection. The specific structures and connection methods of these circuit units are all known technologies and will not be described in detail here.

[0153] In this embodiment, an emergency help button 47 is provided above the charging interaction unit for people to seek help in emergency situations. This button is electrically connected to the controller, and triggers an emergency signal when the button is pressed, thereby realizing a joint alarm between the local and background monitoring center or the public security agency.

[0154] The lighting assembly 2 in this embodiment is detachably mounted on the lamp pole 1, and specifically, detachably mounted on the arc mounting rod 141. In particular, in this embodiment, the arc mounting rod 141 includes two symmetrical arc mounting branch pipes 1411 and a reinforcing pipe 1412 fixedly connected between the two mounting branch pipes. The mounting branch pipe 1411 is opened at its extended end and is provided with a lighting assembly mounting through hole 1413.

[0155] The lighting assembly includes a mounting base 21 and a U-shaped hollow tube 22 arranged around its side. A reinforcing beam 23 is also arranged on one side of the opening of the U-shaped hollow tube 22. The mounting base 21 is arranged in the area surrounded by the U-shaped hollow tube 22 and the reinforcing beam 23. In this embodiment, a plurality of mounting fixing holes 221 are arranged at intervals on the sides of the two free ends of the U-shaped hollow tube 22. The U-shaped hollow tube 22 can be directly plugged into the lamp pole and the lamp holder, and fixed to the lamp pole or the lamp holder through the mounting fixing holes 221. The installation is convenient and quick. The lamp pole and the lamp holder here can be matched with a tube-type plug-in interface to facilitate the plug-in of the U-shaped hollow tube 22. Of course, the U-shaped hollow tube 22 can be extended or bent as needed to act as a lamp pole. These changes or designs do not exceed the scope of the present invention. Those skilled in the art can choose to extend them as needed and will not be elaborated.

[0156] The mounting substrate 21 is provided with a plurality of mounting holes 211, and the mounting substrate 21 is detachably connected with a heat dissipation module 24 and a lamp module 25 on both sides of the mounting holes 222. In this embodiment, for the sake of illustration, there are two mounting holes 211, that is, this embodiment actually provides a dual-light source LED lamp, and of course, three light sources or other multiple light sources can be copied and expanded as needed, which will not be described in detail here.

[0157] The lamp module 25 includes an annular pressing plate 251 detachably connected to the mounting substrate 21, a lampshade 252 is embedded on the annular pressing plate 251, a circular pad 253 is matched on the back of the lampshade 252, an LED light source 254 detachably connected to the circular pad 253 is provided in the lampshade 252, the LED light source 254 includes a circuit substrate and an LED chip installed on the circuit substrate, the LED light source 254 can be a naked LED light source sold on the market, the lampshade 252 in this embodiment is a focusing glass cover or a high temperature resistant optical polycarbonate lampshade, and a sealing silicone pad 255 is provided on the contact surface between the annular pressing plate 251 and the lampshade 252;

[0158] In this embodiment, the heat dissipation module 24 includes a cylindrical heat dissipation base 241, the heat dissipation base 242 is in close contact with the circular pad 253, and a plurality of heat dissipation fins 243 are evenly and fixedly arranged around the side thereof. A sealing silicone ring 212 is arranged along the edge of the mounting hole on the contact surface of the mounting substrate 21 with the heat dissipation module 24. The sealing silicone 212 cooperates with the sealing silicone pad 255 to simultaneously realize the sealing of the lamp module 25 when the heat dissipation base 242 is in close contact with the circular pad 253;

[0159] The heat dissipation substrate 241 is provided with through holes 244 in the vertical direction. The through holes 244 in this embodiment are evenly arranged around the central axis on the heat dissipation substrate 241, and a through hole with a slightly larger aperture is also arranged at the center. These through holes 244 are filled with a strong thermal conductive material, which can be graphene or graphite, or other strong thermal conductive materials. The composition of these materials can be selected by those skilled in the art as needed, and will not be described in detail here.

[0160] In this embodiment, the annular pressure plate 251 and the heat dissipation base 241 are fastened to each other by means of the stud 213 passed through the mounting substrate 21, that is, the stud 213 passes through the mounting substrate 21, and the annular pressure plate 251 and the heat dissipation base 241 are respectively passed through the two ends of the stud 213, and are matched with the fastening nuts 214 respectively. During the tightening process of the nuts 214 on both sides, the annular pressure plate 251 and the heat dissipation base 241 move towards each other until both sides are fastened to the two sides of the mounting substrate 21. In this case, the circular pad 253 and the lampshade 252 are fixed, and at the same time, the overall sealing of the lamp module 25 is achieved under the action of pressure.

[0161] In this embodiment, a wiring hole 215 is provided on the side of the mounting substrate 21 and extends through the mounting hole 211. The wiring hole 215 is connected to the U-shaped hollow tube 22. With this design, the control line or wire in the LED light source 254 can be directly connected to the external power supply or control terminal from the inside, which effectively ensures the sealing of the lamp and reduces line aging.

[0162] Example 2

[0163] In order to further illustrate the assembly flexibility and variability of the street lamp with integrated functional modules in the present invention, Fig.17 As shown, and refer to Figure 1-16 The street lamp with integrated functional modules provided in this embodiment has the same basic structure as the smart street lamp provided in Example 1. The main difference is that there are two arc mounting rods 141 in this embodiment, which are respectively arranged on the lamp pole 1 in opposite directions. The first arc mounting rod 141a is detachably connected to the upper base as in Example 1, and the second arc mounting rod 141b is detachably connected to the side of the lamp pole 1. Both arc mounting rods 141 are connected to the lighting assembly 2.

[0164] Secondly, the advertising light box 41 and LED display screen 42 in this embodiment are connected to the light pole using a rectangular mounting frame 32, and the mounting bracket 31 in this embodiment is arranged on both sides of the light pole 1, a PTZ camera 43 and a public WIFI unit 44 are arranged on one side, and a high-definition camera 48 is arranged on the other side.

[0165] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. A smart application monitoring and management system based on multifunctional street lamps, including a cloud platform, characterized in that: It also includes street lights and a background control center with integrated functional modules; The street lamps, background control center and cloud platform communication connection integrated in the functional module constitute the application subsystem module, including: One or more combinations of lighting subsystem, wireless city subsystem, security subsystem, environmental protection subsystem, information release subsystem, charging pile subsystem, city management subsystem, convenience subsystem, parking subsystem, and water supply and drainage monitoring subsystem; The street lamps integrated with the functional modules specifically include: A lamp pole, which is assembled from lamp pole components and has at least one accommodating cavity inside; At least one equipment box, detachably disposed in the accommodating cavity; At least one lighting assembly, detachably mounted on the light pole; At least one external functional component, detachably hung or embedded on / in the lamp pole; The lamp pole assembly comprises: The lamp pole body is formed by a plurality of lamp posts which are matched with each other and are tightly arranged around each other, and the lamp posts are hollow structures; The base comprises an upper base and a lower base respectively used for fixing and installing two ends of the lamp post; The fastening and strengthening module comprises: a plurality of reinforcing angle plates arranged around the lamp pole body on the lower base; at least one fastening seat tightly sleeved on the lamp pole body; a plurality of reinforcing ribs respectively connected at both ends to the fastening seat and the upper / lower base and arranged around the lamp pole body; At least one mounting rod, detachably connected to the upper base or the side of the lamp post, for mounting a lighting assembly or an external functional assembly; At least one mounting connector for firmly and detachably connecting the external functional component to the lamp post; The plurality of lamp posts are four rectangular long tubes arranged symmetrically in pairs, wherein: The first pair of square tubes are closely connected to each other on opposite sides, forming at least one accommodating cavity in the hollow structure thereof and matching with a detection port and having a device mounting seat disposed therein; The opposite surfaces of the second pair of square tubes are tightly connected to the two side surfaces of the first pair of square tubes respectively; The first pair of square tubes and the second pair of square tubes are arranged in a matching manner to form a lamp pole body with a cross-shaped cross section; There are four reinforcing ribs, which are respectively arranged at the four corners of the cross-shaped lamp pole body; The mounting rods include a curved mounting rod and a vertical mounting rod; The arc mounting rod extends from bottom to top and outward in an arc, and is used to mount the lighting assembly; The vertical mounting rod has a decreasing cross-section from bottom to top and is used to mount some external functional components; The arc mounting rod and the vertical mounting rod are both hollow structures; The mounting connector includes one or more of a mounting bracket, a rectangular mounting bracket, a card-mounted mounting bracket, a plug-in socket and a mounting flange, wherein: The mounting frame includes a plurality of horizontal and vertical mounting brackets; The rectangular mounting frame is a square tube with four hollowed-out sides, and a mounting hole is provided on one of the opposite sides; The card-mounted mounting frame comprises a U-shaped card-mounted seat, a connecting column and a mounting platform which are fixedly connected in sequence. Both sides of the U-shaped card-mounted seat are hollowed out and the edge extends outward at 90 degrees, and both the U-shaped card-mounted seat and the mounting platform are provided with mounting through holes; The socket seat includes a plurality of circular tubes fixedly connected to the side of the lamp post; The mounting flange includes a plurality of flanges sleeved on the lamp pole body or the mounting rod; The equipment box includes a strong current equipment box and a weak current equipment box, wherein: The strong electric equipment box is installed with one or more combinations of an AC power distribution circuit, a DC power distribution circuit, an AC / DC conversion circuit, a charge and discharge control circuit, a battery module, a light source driver, electrical wiring and an optical fiber box; The weak current equipment box is installed with one or more combinations of a network communication module, a call extension module, a sensor access point module, a local controller, electrical wiring and network wiring, wherein the network communication module includes an Ethernet communication module and / or an Internet of Things communication module, and the local controller includes one or more combinations of a lighting controller, a charging pile controller, an aggregation gateway terminal processor, a data processing controller, and a battery manager; The external functional components include one or more sensors, solar photovoltaic modules, video and voice acquisition units, emergency assistance units, sanitation equipment identification and interaction units, external display units, voice output units, charging pile modules, human-computer interaction units, public WIFI units, base station antenna units, lightning protection units, or a combination of one or more of the following; The one or more sensors include one or more combinations of illumination sensors, temperature and humidity sensors, smoke sensors, water immersion sensors, lamp pole inclination sensors, lamp pole vibration sensors, environmental noise sensors, PM2.5 sensors, sanitation data collection sensors, target gas sensors, and battery temperature sensors; The one or more sensors are connected to the local controller or the network communication module through the sensor access point module, and are used to output the collected data to the local controller or the monitoring center for real-time processing and monitoring; The charging pile module includes an AC power distribution unit electrically connected to the charging pile controller and a plurality of charging ports embedded in the lamp post and connected to the AC power distribution unit; the charging pile controller includes a central control board, an internal interface board electrically connected to the central control board, and at least one charging port BMS power supply; the AC power distribution unit includes an AC power distribution control board; the charging gun BMS power supply is externally connected to an external power supply; It also includes a charging interactive unit embedded in the lamp post for reading user information, displaying charging mode, time, power and cost information, and an emergency power-off unit for emergency situations; It also includes a leakage protection unit electrically connected to the charging pile controller and used for leakage protection; The top of the vertical mounting pole is detachably connected with one or a combination of a micro-weather station or a lightning protection unit; The card-mounted mounting frame can be detachably mounted with one or a combination of a traffic light, an advertising light box, an LED display screen or a voice output unit; The mounting bracket is detachably provided with one or a combination of a high-definition surveillance camera, a PTZ camera or a public WIFI unit; The PM2.5 sensor is an air transmitter, which can be detachably arranged on the side of the lamp pole; The mounting flange is detachably connected to a solar photovoltaic module or a base station antenna unit; The lamp post is also provided with a detection door on the detection port, and the detection door is provided with an intelligent electric lock and a detection door displacement sensor, which is used to send the real-time status of the detection door to the local controller and transmit it to the monitoring center through the network communication module for real-time monitoring; The arc mounting rod includes two symmetrical arc mounting branch pipes and a reinforcing pipe fixedly connected between the two mounting branch pipes. The mounting branch pipe is opened at its extended end and is provided with a lamp assembly mounting through hole. The lighting assembly includes a mounting base plate and a U-shaped hollow tube arranged around the side thereof; The two free ends of the U-shaped hollow tube are inserted into the mounting branch pipe, and are fastened to the mounting branch pipe through a plurality of mounting fixing holes spaced apart on its side surface; The mounting substrate is provided with a plurality of mounting holes, and the mounting substrate is detachably connected with a heat dissipation module and a lamp module on both sides of the mounting holes; The lamp module comprises an annular pressing plate detachably connected to the mounting base plate, a lampshade is embedded in the annular pressing plate, a circular pad is matched on the back of the lampshade, and an LED light source detachably connected to the circular pad is arranged in the lampshade; The heat dissipation module comprises a cylindrical heat dissipation base, which is in close contact with a circular pad, and has a plurality of heat dissipation fins evenly and fixedly arranged around its side surface. The heat dissipation base is provided with through holes in the vertical direction, and the through holes are filled with a strong thermal conductive material; The annular pressing plate and the heat dissipation base are fastened to each other by means of studs penetrating through the mounting base plate; The mounting substrate is provided with a sealing silicone ring along the edge of the mounting hole on the contact surface with the heat dissipation module; The contact surface between the annular pressing plate and the spotlight cover is provided with a sealing silicone pad; A wiring hole extending from the mounting hole is provided on the side of the mounting substrate, and the wiring hole is connected to the U-shaped hollow tube; A reinforcing crossbeam is also arranged on one side of the opening of the U-shaped hollow tube, and the mounting base plate is arranged in the area surrounded by the U-shaped hollow tube and the reinforcing crossbeam.

2. According to claim 1, the intelligent application monitoring and management system based on multifunctional street lamps is characterized in that: The lighting subsystem is configured to automatically adjust the illumination according to external lighting conditions or external control instructions; The wireless city subsystem is configured to use various communication devices including wireless communication base stations and public WiFi to provide data interaction support; The security subsystem is configured to collect video and voice data in real time and send it to the cloud platform or the backend control center to monitor or judge whether there are any abnormal situations in real time; The environmental protection subsystem is configured to collect environmental data in real time and send it to the cloud platform or the backend control center for data processing; The information publishing subsystem is configured to publish environmental data in real time or to broadcast information or publish advertising operations according to external control instructions; The charging pile subsystem is configured to provide matching power supply, identification, timing and fee deduction actions for one or more of electric bicycles, electric vehicles and mobile digital products; The city management subsystem is configured to effectively carry out contactless city management law enforcement including identification of offenders, locking of illegal vehicles and recording of emergencies through high-definition video positioning and identification; The convenience subsystem is configured to provide human-computer interaction functions including one-key alarm, convenience query, and online recharge; The parking subsystem is configured to monitor the surrounding parking data in real time, transmit it to the cloud platform for publication in a timely manner, receive parking space reservations, and automatically perform parking navigation and time-based charging related actions; The water supply and drainage monitoring subsystem is configured to achieve real-time supervision and feedback of sudden floods and loss of manhole covers by monitoring manhole cover displacement data and water level height data.

3. According to claim 2, the intelligent application monitoring and management system based on multifunctional street lamps is characterized in that: The cloud platform or the backend control center is also provided with an authorization management access module for controlling external access; The authorization management access module is configured to establish a user authority directory, verify user account information and match authorized users to remotely query, display, and manage related subsystems.

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