CN220709683U - Tourist attraction management wisdom screen - Google Patents
Tourist attraction management wisdom screen Download PDFInfo
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- CN220709683U CN220709683U CN202321781187.4U CN202321781187U CN220709683U CN 220709683 U CN220709683 U CN 220709683U CN 202321781187 U CN202321781187 U CN 202321781187U CN 220709683 U CN220709683 U CN 220709683U
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Abstract
The utility model belongs to the technical field of tourist attraction management, and particularly relates to a tourist attraction management intelligent screen. The intelligent monitoring system comprises a service equipment monitoring system, a passenger flow real-time monitoring system, a parking lot real-time monitoring system, a vehicle and ship management system and a WIFI monitoring management system which are respectively connected to an intelligent screen in a wireless mode, wherein the intelligent screen is installed in a central machine room; the service equipment monitoring system comprises a street lamp supervision unit, a garbage bin supervision unit and a broadcasting supervision unit, wherein the street lamp supervision unit, the garbage bin supervision unit and the broadcasting supervision unit are respectively and wirelessly connected to the intelligent screen. The utility model can realize the comprehensive control monitoring of the necessary equipment of the whole scenic spot in one place by integrating all the service equipment in the scenic spot on the intelligent screen, thereby improving the customer satisfaction and creating scenic spot more suitable for travelling.
Description
Technical Field
The utility model belongs to the technical field of tourist attraction management, and particularly relates to a tourist attraction management intelligent screen.
Background
With the development of economy and the improvement of the living standard of people, the tourism industry is rapidly developed. The number and size of tourist attractions is continuously expanding, and the management and service of sceneries face more and more challenges. Later, due to popularization of information technology and the Internet, the tourist industry also realizes informatization and intelligence gradually. The wisdom screen is as a novel instrument of scenic spot management, can provide more convenient and efficient mode for scenic spot management. And scenic spot management needs to face the management of many tourists, staff and resources, and the traditional management mode can not meet the demands. The intelligent screen can be used for analyzing big data, the internet of things technology and the like. Intelligent management is realized, and management efficiency is improved. However, for large-area scenic spots, the number of equipment to be monitored is large, the equipment is distributed at each corner of the scenic spot, the maintenance and management difficulty is high, and faults are difficult to repair in time. Therefore, whether to design and provide a tourist attraction management intelligent screen capable of effectively ensuring the operation of the attraction management intelligent screen, reducing the occurrence of fault events, maintaining the fault equipment in time and improving the customer satisfaction is a technical problem to be solved.
The utility model discloses an intelligent travel management system, which comprises a server, a plurality of tourist flow monitoring units, a plurality of environment monitoring units, a command unit and a DTU device, wherein the tourist flow monitoring units, the environment monitoring units, the command unit and the DTU device are respectively connected with the server, the tourist flow monitoring units comprise a people flow monitor, the environment monitoring units comprise a temperature and humidity sensor and a wind sensor, and the command unit comprises a display screen and a voice device. The intelligent travel management system further comprises a data transmission radio station and a plurality of unmanned aerial vehicles, wherein the unmanned aerial vehicles are in communication connection with the data transmission radio station, and the data transmission radio station is connected with the server. The utility model provides effective integration of tourist flow information, scenic spot environment information, scenic spot image information and communication information, and is convenient for tourists and management personnel to acquire relevant information of scenic spots. However, the utility model cannot monitor necessary electric equipment such as a broadcasting device in a scenic spot in real time, so that the operation of the electric equipment is difficult to ensure, and the electric equipment is difficult to find in time to repair when faults occur.
Disclosure of Invention
In order to solve the technical problems, the utility model provides the intelligent screen for tourist attraction management, and the service equipment in the attraction is fully integrated on the intelligent screen, so that the necessary equipment of the whole attraction can be comprehensively monitored in the background, the customer satisfaction is improved, and the attraction more suitable for the tourist is created.
The utility model discloses a tourist attraction management intelligent screen, which comprises a service equipment monitoring system, a passenger flow real-time monitoring system, a parking lot real-time monitoring system, a vehicle and ship management system and a WIFI monitoring management system which are respectively connected to the intelligent screen in a wireless manner, wherein the intelligent screen is arranged in a central machine room; the service equipment monitoring system comprises a street lamp supervision unit, a garbage bin supervision unit and a broadcasting supervision unit, wherein the street lamp supervision unit, the garbage bin supervision unit and the broadcasting supervision unit are respectively and wirelessly connected to the intelligent screen.
Preferably, the street lamp supervision unit comprises a single lamp controller installed on the street lamp one by one, and a street lamp centralized controller terminal integrating a plurality of the single lamp controllers through power carrier communication, wherein the street lamp centralized controller terminal is installed in an area control box, and the street lamp centralized controller terminal is connected to the intelligent screen in the central machine room through GPRS/3G wireless.
Preferably, the garbage bin supervision unit comprises a weight sensor, a full bin sensor and a satellite positioning device II which are arranged on the garbage bin, wherein data information acquired by the weight sensor, the full bin sensor and the satellite positioning device II is integrated to a garbage bin centralized controller through power carrier communication, and the garbage bin centralized controller is connected to the intelligent screen in the central machine room through GPRS/3G wireless connection.
Preferably, the broadcast supervision unit comprises audio sensors installed on the broadcast one by one, and a broadcast centralized controller integrating a plurality of the audio sensors through power carrier communication, and the broadcast centralized controller is connected to the intelligent screen in the central machine room through GPRS/3G wireless.
Preferably, the real-time passenger flow monitoring system comprises thermodynamic diagram monitoring equipment and a plurality of network cameras which are respectively and wirelessly connected to a subnet switch, wherein the subnet switch is wirelessly connected to the intelligent screen through a central switch on the intelligent screen.
Optimally, the parking lot real-time monitoring system comprises a plurality of geomagnetic induction parking space detectors which are arranged on each parking space and are wirelessly connected to a first reader-writer and a license plate recognition system which is wirelessly connected to a second reader-writer, wherein the first reader-writer and the second reader-writer are respectively connected to a background management center server arranged in a central machine room through RS232/485 communication cables, and the background management center server transmits received data information to the intelligent screen.
Preferably, the vehicle and ship management system comprises first satellite positioning devices which are installed on the yacht and the sightseeing vehicle one by one, and the first satellite positioning devices are connected to the intelligent screen in the central machine room in a wireless mode.
Preferably, the WiFi monitoring management system includes a plurality of POE switches connected with a plurality of access APs, a plurality of POE switches are connected to a core switch one, the core switch one is connected to a core switch two in the central machine room through wireless transmission, the core switch two is connected to a wireless controller, and the wireless controller is connected to the smart screen.
The beneficial effects of the utility model are as follows:
the system integrates a service equipment detection system, a passenger flow real-time monitoring system, a parking lot real-time monitoring system, a vehicle and ship management system and a WIFI monitoring management system, and realizes more comprehensive control on the whole scenic spot in multiple aspects of monitoring and maintenance of power equipment, real-time monitoring of passenger flow carried in each area in the scenic spot, monitoring of residual receivable capacity of the parking lot, real-time positioning of a walking sightseeing tool in the scenic spot and monitoring of network state, thereby improving the capability of monitoring, analyzing and judging tourists in real time and improving the sightseeing and satisfaction of the tourists on the scenic spot;
in the service equipment monitoring system, street lamp start-stop control and operation monitoring in scenic spots are realized to ensure timely replacement when street lamps fail, and when the waste is carried in the garbage can and the residual capacity is insufficient, the garbage can is preferably cleaned, the garbage can cleaning route is optimized, a more concise and efficient means is provided for environmental sanitation work, the operation monitoring of a broadcasting device is realized, when broadcasting is damaged, the street lamps are replaced timely, and the situation that the tourists in scenic spots cannot be comprehensively conveyed due to broadcasting damage when notifying the description is avoided;
the passenger flow real-time monitoring system realizes continuous and accurate monitoring of the passenger flow of each region through thermodynamic diagram monitoring equipment and a network camera, judges the number information of sightseeing groups of each region in real time, randomly adjusts the number of assistant tour guides and volunteers in a scenic spot when a certain region bears more tourists, and ensures that each region can better protect, disambiguate and monitor the tourists;
the real-time monitoring system for the parking lot monitors the residual parking spaces in the parking lot by using a geomagnetic induction parking space detector and a license plate recognition system respectively, so that the residual receivable amount of vehicles in the parking lot is monitored in real time;
the vehicle and ship management system displays real-time positions of traffic tools in scenic spots on an intelligent screen through satellite positioning technology, and when a fault occurs at a certain place, nearby traffic tools can be urgently called for rush repair or rescue;
the WIFI monitoring management system adopts a cellular deployment mode, solves the problems of low wireless transmission rate and the like caused by interference of a scenic spot wireless network, achieves wireless full coverage of the scenic spot, enables tourists to roam seamlessly in the scenic spot, and is capable of surfing the internet rapidly, and customer satisfaction is improved.
Drawings
FIG. 1 is an overall schematic diagram of a tourist attraction management intelligent screen according to the present utility model.
FIG. 2 is a schematic diagram of a monitoring system for a service device of a tourist attraction management intelligent screen according to the present utility model.
FIG. 3 is a schematic diagram of a real-time passenger flow monitoring system for a tourist attraction management intelligent screen according to the present utility model.
FIG. 4 is a schematic diagram of a real-time monitoring system for a parking lot with a tourist attraction management intelligent screen according to the present utility model.
FIG. 5 is a schematic diagram of a system for managing vehicles and vessels in a tourist attraction management intelligent screen according to the present utility model.
Fig. 6 is a schematic diagram of a WIFI monitoring management system of a tourist attraction management intelligent screen according to the utility model.
The attached drawings are identified: 1: center computer lab, 2: wisdom screen, 3: service equipment monitoring system, 31: street lamp, 32: single lamp controller, 33: street lamp centralized controller terminal, 34: dustbin, 35: weight sensor, 36: full bucket sensor, 37: satellite positioning device two, 38: garbage bin centralized controller, 310: broadcasting, 311: audio sensor, 312: broadcast centralized controller, 4: passenger flow real-time monitoring system, 41: thermodynamic diagram monitoring device, 42: network camera, 43: subnet switch, 5: parking area real-time monitoring system, 51: geomagnetic induction parking stall detector, 52: reader-writer one, 53: license plate recognition system, 54: reader two, 55: background management center server, 6: vehicle and ship management system, 61: satellite positioning device one, 7: WIFI monitoring management system, 71: access AP, 72: POE switch, 73: core switches one, 74: core switch two, 75: and a wireless controller.
Description of the embodiments
In order to further describe the technical means and effects adopted by the present utility model for achieving the intended purpose, the following detailed description will refer to the specific implementation, structure, characteristics and effects according to the present utility model with reference to the accompanying drawings and preferred embodiments.
It is noted that the terms "a," "an," "the" and the like in the description and claims of this application are used for distinguishing between similar objects and not for describing a particular sequential or chronological order, and it is to be understood that the terms so used may be interchanged where appropriate.
It should be noted that, in the present application, unless otherwise stated, terms of orientation such as "upper, lower, top, bottom" are used generally with respect to the direction shown in the drawings, or with respect to the component itself in the vertical, vertical or gravitational direction; also, for ease of understanding and description, "inner and outer" refers to inner and outer relative to the profile of each component itself, but the above-mentioned orientation terms are not intended to limit the present utility model.
Examples
As shown in fig. 1-6, a tourist attraction management intelligent screen 2 comprises a service equipment monitoring system 3, a passenger flow real-time monitoring system 4, a parking lot real-time monitoring system 5, a vehicle and ship management system 6 and a WIFI monitoring management system 7 which are respectively connected to the intelligent screen 2 in a wireless manner, wherein the intelligent screen 2 is installed in a central machine room 1.
The service equipment monitoring system 3 comprises a street lamp supervision unit, a garbage bin supervision unit and a broadcast supervision unit which are respectively and wirelessly connected to the intelligent screen 2.
The street lamp 31 supervision unit comprises a single lamp controller 32 which is installed on the street lamp 31 one by one, and a street lamp centralized controller terminal 33 which integrates a plurality of the single lamp controllers 32 through power carrier communication, wherein the street lamp centralized controller terminal 33 is installed in a regional control box, and the street lamp centralized controller terminal 33 is connected to the intelligent screen 2 in the central machine room 1 through GPRS/3G wireless. The street lamp centralized controller terminal 33 adopts an RDC880 centralized controller, the single lamp controller 32 adopts a YY-2000 single lamp controller, and the intelligent screen 2 adopts a MateView Gt intelligent screen. The street lamp centralized controller terminal 33 monitors the loops of each street lamp 31 through the single lamp controller 32 and transmits monitoring data thereof to the intelligent screen 2, and the intelligent street lamp management platform on the intelligent screen 2 can monitor the real-time state of each lamp so as to realize scientific management of street lamp systems in scenic spots.
The garbage bin 34 supervision unit comprises a weight sensor 35, a full bin sensor 36 and a satellite positioning device II 37 which are arranged on the garbage bin 34, wherein data information collected by the weight sensor 35, the full bin sensor 36 and the satellite positioning device II 37 is integrated into a garbage bin centralized controller 38 through power carrier communication, and the garbage bin centralized controller 38 is connected to the intelligent screen 2 in the central machine room 1 through GPRS/3G wireless. The weight sensor 35 and the full-bucket sensor 36 are respectively LS-200kg load sensor and UL50 ultrasonic liquid level sensor. The second satellite positioning device 37 employs a GPS receiver. The trash can centralized controller 38 may employ an Arduino controller. After the weight sensor 35 and the full-bin sensor 36 monitor the weight and the residual receivable information of the garbage bin 34, the positioning information of the garbage bin 34 is transmitted to the intelligent screen 2 through the garbage bin centralized controller 38, the intelligent screen 2 uploads and displays the data information on the garbage bin management platform after receiving the data information, and then the background monitor reminds cleaning staff in a scenic spot to clean the garbage bin preferably, so that a garbage truck cleaning route is optimized, and a simpler and efficient means is provided for environmental sanitation work.
The broadcast supervision unit comprises an audio sensor 311 which is installed on a broadcast 310 one by one, and a broadcast centralized controller 312 which integrates a plurality of the audio sensors 311 through power carrier communication, wherein the broadcast centralized controller 312 is connected to the intelligent screen 2 in the central computer room 1 through GPRS/3G wireless. The audio sensor 311 adopts an audio D6000 audio sensor, and the broadcast centralized controller 312 adopts an Arduino controller. When broadcasting 310 damages, audio sensor 311 sends alarm information to intelligent screen 2 through broadcasting centralized controller 312, and intelligent screen 2 uploads to intelligent broadcasting management platform, reminds fortune dimension personnel in time to replace, when avoiding notifying the explanation to tourists in the scenic spot, because of broadcasting 310 damages, can't fully convey.
The real-time passenger flow monitoring system 4 comprises a thermodynamic diagram monitoring device 41 and a plurality of network cameras 42 which are respectively transmitted to a subnet switch 43 in a wireless mode, wherein the subnet switch 43 is connected to the intelligent screen 2 in a wireless mode through a central switch on the intelligent screen 2. Thermodynamic diagram monitoring device 41 uses a YJ-KTR-001 type passenger flow thermodynamic diagram analyzer, and network camera 42 is a DS-2CC102P-IR1 network camera. The continuous accurate monitoring of the passenger flow volume of each area is realized through the thermodynamic diagram monitoring equipment 41 and the network camera 42, and the passenger flow volume is sent to a passenger flow volume monitoring platform on the intelligent screen 2, the information of the number of sightseeing people in each area is judged in real time, and when the number of the tourists is more, the number of the auxiliary tour guides and volunteers in the scenic spot is randomly adjusted, so that the tourists can be better protected, answered and monitored in each area.
The parking lot real-time monitoring system 5 comprises a plurality of geomagnetic induction parking space detectors 51 which are arranged on each parking space and are wirelessly connected to a first reader-writer 52, and a license plate recognition system 53 which is wirelessly connected to a second reader-writer 54, wherein the first reader-writer 52 and the second reader-writer 54 are respectively connected to a background management center server 55 arranged in the central machine room 1 through RS232/485 communication cables, and the background management center server 55 transmits received data information to the intelligent screen 2. The geomagnetic sensing parking space detector 51 adopts an HMS-M8L geomagnetic sensing parking space detector 51. The first reader 52 and the second reader 54 are both LDSW readers. The license plate recognition system 53 adopts a SW-846 type license plate recognition system 53. Whether there is the vehicle to park on the accurate response parking stall of earth-magnetic response parking stall detector 51 to on sending the wisdom screen 2 through read write line one 52 with the parking stall information that gathers, and uploading to wisdom parking management platform, with this remaining parking stall in the parking area monitors, thereby the remaining accommodable volume of vehicle in the real-time supervision parking area.
The vehicle and ship management system 6 comprises a first satellite positioning device 61 which is installed on the yacht and the sightseeing vehicle one by one, wherein the first satellite positioning device 61 is wirelessly connected to the intelligent screen 2 in the central machine room 1, and displays positioning information on a vehicle and ship positioning management platform on the intelligent screen 2. The first satellite positioning device 61 is a GPS-4010 type satellite positioning device. Through satellite positioning technology, the real-time positions of the traffic tools in the scenic spot are displayed on the intelligent screen 2, and when a fault occurs at a certain position, nearby traffic tools can be called in an emergency mode to carry out emergency repair or rescue.
The WIFI monitoring and managing system 7 includes a plurality of POE switches 72 connected with a plurality of access APs 71, a plurality of POE switches 72 are connected to a first core switch 73, the first core switch 73 is connected to a second core switch 74 in the central office 1 through wireless transmission, the second core switch 74 is connected to a wireless controller 75, and the wireless controller 75 is connected to the smart screen 2. NAP-7600 is adopted for the access AP71, POE-100-4817 is adopted for the POE switch 72, and NAC-6100 is adopted for the wireless controller 75. The wireless controller 75 is connected to the intelligent screen 2, and can display the use state of the wireless network and the equipment list connected to the wireless network on the WIFI monitoring management platform on the intelligent screen 2, so that the problems of low wireless transmission rate and the like of the wireless network in the scenic spot caused by interference are solved, the wireless full coverage of the scenic spot is realized, tourists can roam seamlessly in the scenic spot, surfing the internet rapidly, and the customer satisfaction is improved.
It should be noted that the intelligent street lamp management platform, the intelligent garbage can management platform, the intelligent broadcasting management platform, the passenger flow monitoring platform, the intelligent parking management platform, the WIFI monitoring management platform and the vehicle and ship positioning management platform are all small platforms integrated on the intelligent scenic spot management platform. The intelligent scenic spot management platform can be an intelligent scenic spot integrated comprehensive management and control platform designed by Zhejiang cloud technology limited company, and is a commercial product. By using the intelligent scenic spot integrated comprehensive management and control platform, the scenic spot running state can be known in time, the scenic spot running condition in the peak period of travel can be monitored in real time, and the emergency management capability of the travel emergency can be improved. The scenic spot-body integrated management and control platform is a GIS geographic information system based on an advanced idea, manages all resources, controls all equipment and displays all events on a map, integrates monitoring, control, maintenance, security, emergency, inspection and management functions into a body, and realizes real-time control and management of the whole scenic spot.
The present utility model is not limited to the above embodiments, but is capable of modification and variation in detail, and other modifications and variations can be made by those skilled in the art without departing from the scope of the present utility model.
Claims (8)
1. The intelligent screen for tourist attraction management is characterized by comprising a service equipment monitoring system, a passenger flow real-time monitoring system, a parking lot real-time monitoring system, a vehicle and ship management system and a WIFI monitoring management system which are respectively connected to the intelligent screen in a wireless mode, wherein the intelligent screen is installed in a central machine room; the service equipment monitoring system comprises a street lamp supervision unit, a garbage bin supervision unit and a broadcasting supervision unit, wherein the street lamp supervision unit, the garbage bin supervision unit and the broadcasting supervision unit are respectively and wirelessly connected to the intelligent screen.
2. The tourist attraction management intelligent screen according to claim 1, wherein the street lamp supervision unit comprises a single lamp controller installed on street lamps one by one, a street lamp centralized controller terminal integrating a plurality of the single lamp controllers through power carrier communication, the street lamp centralized controller terminal is installed in a regional control box, and the street lamp centralized controller terminal is connected to the intelligent screen in the central machine room through GPRS/3G wireless.
3. The intelligent tourist attraction management screen according to claim 2, wherein the dustbin supervision unit comprises a weight sensor, a full-drum sensor and a satellite positioning device II which are arranged on the dustbin, the data information collected by the weight sensor, the full-drum sensor and the satellite positioning device II is integrated into a dustbin centralized controller through power carrier communication, and the dustbin centralized controller is connected to the intelligent screen in the central machine room through GPRS/3G wireless.
4. A tourist attraction management intelligent screen according to claim 3, wherein the broadcast supervising unit comprises audio sensors mounted one-to-one on a broadcast, a broadcast centralized controller integrating a plurality of the audio sensors through power carrier communication, and the broadcast centralized controller is connected to the intelligent screen in the central machine room through GPRS/3G wireless.
5. A tourist attraction management intelligent screen according to claim 1, wherein the real-time passenger flow monitoring system comprises a thermodynamic diagram monitoring device, a plurality of network cameras, each wirelessly connected to a sub-network switch, the sub-network switch being wirelessly connected to the intelligent screen through a central switch on the intelligent screen.
6. The intelligent tourist attraction management screen according to claim 1, wherein the real-time parking lot monitoring system comprises a plurality of geomagnetic sensing parking space detectors arranged on each parking space and wirelessly connected to a first reader-writer and a license plate recognition system wirelessly connected to a second reader-writer, the first reader-writer and the second reader-writer are respectively connected to a background management center server arranged in the central machine room through RS232/485 communication cables, and the background management center server transmits received data information to the intelligent screen.
7. A tourist attraction management intelligent screen according to claim 1, wherein the vehicle and ship management system comprises a first satellite positioning device which is installed on a yacht and sightseeing vehicle one by one, and the satellite positioning device is connected to the intelligent screen in the central machine room in a wireless manner.
8. A tourist attraction management intelligent screen according to claim 1, wherein the WIFI monitoring management system comprises a plurality of POE switches connected with a plurality of access APs, a plurality of POE switches are connected to a core switch one, the core switch one is connected to a core switch two in the central machine room through wireless transmission, the core switch two is connected to a wireless controller, and the wireless controller is connected to the intelligent screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202321781187.4U CN220709683U (en) | 2023-07-07 | 2023-07-07 | Tourist attraction management wisdom screen |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202321781187.4U CN220709683U (en) | 2023-07-07 | 2023-07-07 | Tourist attraction management wisdom screen |
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| CN220709683U true CN220709683U (en) | 2024-04-02 |
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| CN202321781187.4U Active CN220709683U (en) | 2023-07-07 | 2023-07-07 | Tourist attraction management wisdom screen |
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