CN114338785A - Accompanying type travel service system - Google Patents
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Abstract
The invention discloses a companion type travel service system, which comprises an information acquisition module, an information extraction module and a data processing module, wherein the information acquisition module is used for acquiring travel service information and uploading the travel service information to the information extraction module; the information extraction module is used for automatically generating the running conditions of each road through event perception and research and judgment information based on the travel service information and transmitting the running conditions to the travel planning module; the data center station automatically measures and calculates the control measures of each road section based on the operation condition information by combining the control indexes and the model algorithm, uploads the control measures to the audit system for audit, and sends the control measures which pass the audit to the trip planning module; and the travel planning module is used for acquiring the departure place and the destination uploaded by the user terminal, obtaining a feasible travel route and an optimal travel route by combining the running conditions and the control measures of all roads, and returning the feasible travel route and the optimal travel route to the user terminal. The induction and the accurate pushing of the auxiliary information for the trip facing the individual vehicle are realized.
Description
Technical Field
The invention relates to the technical field of travel services, in particular to a companion travel service system.
Background
The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art.
With the continuous increase of highway mileage, the requirement of people on highway trip is continuously improved, the existing service means cannot well meet the public trip requirement, the factor analysis influencing traffic does not reach complete intellectualization and standardization, and the public trip requirement is difficult to meet.
Disclosure of Invention
In order to solve the problems, the invention provides a companion travel service system, which realizes individual vehicle-oriented induction and accurate travel auxiliary information pushing, provides information services at different stages for driving users in time, and provides a safer, more convenient and more reliable comprehensive road network service.
In order to achieve the purpose, the invention adopts the following technical scheme:
a first aspect of the present invention provides a accompanying travel service system, including: the system comprises an information acquisition module, an information extraction module, a trip planning module, a data center station and a user terminal;
the information acquisition module is used for acquiring the travel service information and uploading the travel service information to the information extraction module;
the information extraction module is connected with the information acquisition module and is used for automatically generating the running conditions of each road through event perception and study and judgment information based on the travel service information and sending the running conditions to the travel planning module and the data center;
the data center is connected with the information extraction module and used for receiving the operation condition information of the information extraction module, automatically measuring and calculating the control measures of each road section by combining the control indexes and the model algorithm, uploading the control measures to the auditing and checking system for auditing, and sending the control measures which are approved to the trip planning module;
the travel planning module is connected with the user terminal, the information extraction module and the data center, and is used for acquiring a departure place and a destination uploaded by the user terminal, obtaining a feasible travel route and an optimal travel route by combining the running conditions and the control measures of each road, and returning the feasible travel route and the optimal travel route to the user terminal.
Further, the information extraction module comprises a road infrastructure information module, a service infrastructure state information module, a traffic operation state information module, a traffic emergency information module, a road construction maintenance information module, a road meteorological environment information module and an emergency rescue information module, which are respectively used for storing and updating road infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, road construction maintenance information, road meteorological environment information and emergency rescue information;
the operation condition is composed of road infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, road construction maintenance information, road meteorological environment information and emergency assistance information.
Further, the road infrastructure information module is connected with a user terminal;
the road infrastructure information module is used for acquiring a query range and a road infrastructure query instruction uploaded by the user terminal, marking all road infrastructure positions in the query range on a map, and returning the road infrastructure positions to the user terminal; or,
the road infrastructure information module is used for acquiring the inquiry range uploaded by the user terminal and the road infrastructure to be inquired, and the road infrastructure information module rapidly positions the corresponding road infrastructure to be inquired in the inquiry range on the map through a search function and returns the road infrastructure to the user terminal.
Further, the service facility state information module is connected with the user terminal;
the service facility state information module is used for acquiring a query range and a service facility query instruction uploaded by the user terminal, marking all service facility positions in the query range on a map, and returning the service facility positions to the user terminal; or,
the service facility state information module is used for acquiring the inquiry range uploaded by the user terminal and the service facilities to be inquired, and the service facility state information module rapidly positions the corresponding service facilities to be inquired in the inquiry range on the map through the search function and returns the service facilities to the user terminal.
Further, the traffic running state information module is connected with a user terminal;
the traffic running state information module is used for acquiring a query range and a traffic running state query instruction uploaded by the user terminal, marking the traffic running state of each road section in the query range on a map and returning the traffic running state to the user terminal; or,
the traffic running state information module is used for acquiring the inquiry range uploaded by the user terminal and the traffic running state to be inquired, and the traffic running state information module is used for quickly searching, quickly positioning the road section of the corresponding traffic running state in the inquiry range on the map and returning the road section to the user terminal.
Further, the traffic emergency information module is connected with a user terminal;
the traffic incident information module is used for acquiring a query range and a traffic incident query instruction uploaded by the user terminal, marking all traffic incidents in the query range on a map and returning the traffic incidents to the user terminal; or,
the traffic incident information module is used for acquiring the inquiry range uploaded by the user terminal and the traffic incident to be inquired, and rapidly positioning the position of the corresponding traffic incident to be inquired on the map through rapid search and returning the position to the user terminal.
Further, the highway construction maintenance information module is connected with a user terminal;
the road construction and maintenance information module is used for acquiring an inquiry range and a road construction and maintenance inquiry instruction uploaded by the user terminal, marking road construction and maintenance information of each road section in the inquiry range on a map, and returning the road construction and maintenance information to the user terminal; or,
the road construction and maintenance information module is used for acquiring the inquiry range and the road construction and maintenance types uploaded by the user terminal, and the road construction and maintenance information module carries out road sections of the corresponding road construction and maintenance types in the map quick positioning inquiry range through quick search and returns the road sections to the user terminal.
Further, the highway meteorological environment information module is connected with a user terminal;
the highway meteorological environment information module is used for acquiring a query range and a highway meteorological environment query instruction uploaded by the user terminal, marking highway meteorological environment information of each road section in the query range on a map, and returning the highway meteorological environment information to the user terminal; or,
the road meteorological environment information module is used for acquiring the inquiry range uploaded by the user terminal and the road meteorological environment to be inquired, quickly searching, quickly positioning the road sections belonging to the road meteorological environment to be inquired in the inquiry range on the map, and returning the road sections to the user terminal.
Further, the emergency rescue information module is connected with the user terminal;
the emergency rescue information module is used for taking a query range and an emergency rescue query instruction uploaded by the user terminal, marking emergency rescue organization information and contact information in the query range on a map, and returning the information and the contact information to the user terminal; or,
the emergency rescue information module is used for acquiring a quick rescue service instruction uploaded by a user terminal, selecting a nearest emergency rescue mechanism to call based on the position of the user terminal for uploading the quick rescue service instruction, and uploading the position of the user terminal to the emergency rescue terminal.
Further, the data center station is also connected with the user terminal and the internet of things center station, and the control measures which are passed through the auditing are issued to the user terminal and the internet of things center station.
Compared with the prior art, the invention has the beneficial effects that:
the invention provides a concomitant travel service system, which is characterized in that according to information collected along the road conditions, emergencies, construction, along the road, weather, environment and the like and internet traffic information data, the information content is uniformly planned by a big data center cloud control platform in combination with the position of a vehicle and the type of a terminal, and traffic information is released through variable information signs along the road, a mobile terminal, a third-party travel service platform, a vehicle-road cooperative RSU (road terminal unit) and the like, so that the induction and accurate travel auxiliary information pushing facing individual vehicles is realized, information services in different stages of ' before travel ', ' during travel ', after travel ' and the like are timely provided for driving users, and a safer, more convenient and more reliable comprehensive road network service is provided.
The invention provides a companion type travel service system which improves the travel service level of a highway management and operation department and meets the public travel requirements.
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The accompanying drawings, which form a part of the specification, are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention and not to limit the invention.
FIG. 1 is a system architecture diagram of an embodiment of the present invention.
Detailed Description
The invention is further described with reference to the following figures and examples.
It is to be understood that the following detailed description is exemplary and is intended to provide further explanation of the invention as claimed. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.
It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of exemplary embodiments according to the invention. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, and it should be understood that when the terms "comprises" and/or "comprising" are used in this specification, they specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof, unless the context clearly indicates otherwise.
Without conflict, embodiments and features of the embodiments of the present invention may be combined with each other to further explain the present invention in conjunction with the figures and embodiments.
The embodiment aims to provide a companion type travel service system which comprises an information acquisition module, an information extraction module, a travel planning module, a user terminal, a data center station, an internet of things center station, an evidence collection module and a safety auxiliary driving information module.
And the information acquisition module is used for acquiring the travel service information and uploading the travel service information to the information extraction module.
As an implementation mode, the information acquisition module is connected with a road management patrol system, a traffic police patrol system, a public reporting system, a hotline alarm receiving system, a public reporting system and the like to acquire the travel service information of each system; or the travel service information is collected through road management, traffic police patrol, public reporting, hotline alarm receiving, public reporting, event sensing and research and judgment analysis, and the information collection module is used for recording the information into the platform system after information collection and confirmation.
The information extraction module is connected with the information acquisition module, and based on travel service information, the running state information of each road is automatically generated through event perception and research and judgment information, and the running state information comprises: highway infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, highway construction maintenance information, highway meteorological environment information and emergency assistance information.
The information extraction module is also connected with the user terminal, acquires the query request of the user terminal and returns the query result.
Specifically, the information extraction module comprises a road infrastructure information module, a service infrastructure state information module, a traffic operation state information module, a traffic emergency information module, a road construction maintenance information module, a road meteorological environment information module and an emergency rescue information module, which are respectively used for storing and updating road infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, road construction maintenance information, road meteorological environment information and emergency rescue information; the operation condition is composed of road infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, road construction maintenance information, road meteorological environment information and emergency assistance information.
The highway infrastructure information module stores highway infrastructure information such as roads, toll stations, service areas, interchange and the like, the highway infrastructure information comprises the roads, the toll stations, the service areas, the interchange and the like, and the road information comprises road numbers, road names, mileage and the like; the toll station information comprises a name, a road to which the toll station belongs, a road post number to which the toll station belongs, a management unit, a telephone, down road sign information, the number of lanes, lane types, a city to which the toll station belongs, nearby scenic spots and the like; the service area information comprises a service area name, a belonging road stake number, a management unit, a telephone and the like; the interchange information comprises interchange names, interchange indication diagrams, areas, shared roads, pile numbers and the like.
And the road infrastructure information module is used for obtaining the change information of the road infrastructure through event sensing and studying and judging information based on the travel service information, and automatically updating the stored road infrastructure information based on the change information of the road infrastructure.
The road infrastructure information module is connected with the user terminal, acquires the inquiry range and the road infrastructure inquiry instruction uploaded by the user terminal, marks all road infrastructure positions on a map and returns the road infrastructure positions to the user terminal; or acquiring a query range uploaded by the user terminal and the road infrastructure to be queried, and quickly positioning the corresponding road infrastructure to be queried in the query range on the map by the road infrastructure information module through an accurate and fuzzy search function and returning the corresponding road infrastructure to be queried to the user terminal; if the user wants to check the detailed information of the road infrastructure after obtaining the positioning of the road infrastructure, the user can click a 'check detail' button, the road infrastructure information module obtains a check detail instruction uploaded by the user terminal, and the detailed information of the road infrastructure of the electronic map is returned to the user terminal.
The service facility state information module stores service area facility state information, and the service area facility state information comprises whether a parking lot is available and works normally, the state of the parking lot, whether a gas station is provided, whether a gas card can be used, the gas number of the gas station, whether a gas station is provided, whether a charging pile is provided, whether catering is provided, catering time is provided, whether to order for food to the outside, whether to provide service for a bus, whether to provide accommodation, on duty call, complaint call and the like.
And the service facility state information module is used for obtaining the change information of the service area facility state through event sensing and studying and judging information based on the travel service information, and automatically updating the stored service area facility state information based on the change information of the service area facility state.
The service facility state information module is connected with the user terminal, acquires an inquiry range and a service facility inquiry command uploaded by the user terminal, marks all service facility positions in the inquiry range on a map and returns the service facility positions to the user terminal; or acquiring a query range and service facilities to be queried uploaded by the user terminal, and quickly positioning the corresponding service facilities to be queried in the query range on a map by the service facility state information module through an accurate and fuzzy search function and returning the service facilities to the user terminal; if the user wants to check the detailed information of the service facility after obtaining the location of the service facility, the user can click a 'check detail' button, the service facility state information module obtains a check detail instruction uploaded by the user terminal, and the detailed information of the electronic map service facility state is returned to the user terminal.
The traffic running state information module stores traffic running state information, the traffic running state information comprises traffic control information, traffic resistance information, traffic flow information and traffic situation perception information, and after the traffic running state information is published, the traffic running state information is displayed and reminds the public of travel through various publishing channels.
And the traffic running state information module is used for obtaining the change information of the traffic running state through event sensing and studying and judging information based on the travel service information, and automatically updating the stored traffic running state information based on the change information of the traffic running state.
The traffic running state information module is connected with the user terminal, acquires an inquiry range and a traffic running state inquiry instruction uploaded by the user terminal, marks the traffic running state of each road section in the inquiry range on a map, and returns the traffic running state to the user terminal; or acquiring a query range uploaded by the user terminal and a traffic running state to be queried, and quickly searching by the traffic running state information module to quickly locate the road section of the corresponding traffic running state in the query range on the map and returning the road section to the user terminal; if the user wants to check the detailed information of the traffic operation state of a certain road section in the inquiry range after obtaining the traffic operation state in the inquiry range, the 'check details' button can be clicked, the traffic operation state information module acquires a check details instruction uploaded by the user terminal, and the detailed information of the traffic operation state of the road section of the electronic map is returned to the user terminal.
And the traffic incident information module is used for storing traffic incident information, wherein the traffic incident information comprises traffic accident information and traffic obstacle clearing information, completing traffic incident closed-loop management, and showing and reminding the public of travel through various publishing channels.
And the traffic incident information module is used for obtaining the change information of the traffic incident through incident sensing and studying information based on the travel service information, and automatically updating the stored traffic incident information based on the change information of the traffic incident.
The traffic emergency information module is connected with the user terminal, acquires an inquiry range and a traffic emergency inquiry instruction uploaded by the user terminal, marks all traffic emergency in the inquiry range on a map and returns the traffic emergency to the user terminal; or acquiring the inquiry range uploaded by the user terminal and the traffic emergency to be inquired, and quickly positioning the position of the corresponding traffic emergency to be inquired on the map by the traffic emergency information module through quick search and returning the position to the user terminal; if the user wants to check the detailed information of a certain traffic emergency in the inquiry range after obtaining the traffic emergency in the inquiry range, the user can click a 'check details' button, the traffic emergency information module obtains a check details instruction uploaded by the user terminal, and the detailed information of the traffic emergency of the electronic map is returned to the user terminal.
The highway construction maintenance information module stores highway construction maintenance information which comprises construction maintenance basic information, influence passing information and predicted construction ending information and shows and reminds the public of a trip through various release channels.
And the highway construction and maintenance information module is used for obtaining the change information of the highway construction and maintenance through event sensing and studying and judging information based on the travel service information, and automatically updating the stored highway construction and maintenance information based on the change information of the highway construction and maintenance.
The highway construction and maintenance information module is connected with the user terminal, acquires an inquiry range and a highway construction and maintenance inquiry instruction uploaded by the user terminal, marks highway construction and maintenance information of each road section in the inquiry range on a map and returns the highway construction and maintenance information to the user terminal; or acquiring an inquiry range and a road construction and maintenance type uploaded by the user terminal, and performing the road section of the corresponding road construction and maintenance type in the map quick positioning inquiry range by the road construction and maintenance information module through quick search and returning the road section to the user terminal; if the user wants to check the detailed information of the road construction maintenance of the road section in the inquiry range after obtaining the road construction maintenance information of each road section in the inquiry range, the user can click a 'check details' button, the road construction maintenance information module obtains a check details instruction uploaded by the user terminal, and the detailed information of the road construction maintenance of the road section of the electronic map is returned to the user terminal.
The highway meteorological environment information module is used for storing highway meteorological environment information, wherein the highway meteorological environment information comprises abnormal meteorological information, traffic influencing information, forecasting information and early warning information, and is displayed and reminds the public of a trip through various release channels.
The highway meteorological environment information module is used for obtaining the change information of the highway meteorological environment through event sensing and studying and judging information based on the travel service information, and automatically updating the stored highway meteorological environment information based on the change information of the highway meteorological environment.
The highway meteorological environment information module is connected with the user terminal, acquires an inquiry range and a highway meteorological environment inquiry instruction uploaded by the user terminal, marks highway meteorological environment information of each road section in the inquiry range on a map, and returns the highway meteorological environment information to the user terminal; or acquiring the inquiry range uploaded by the user terminal and the highway meteorological environment to be inquired, and quickly searching the highway meteorological environment information module to quickly locate the road section belonging to the highway meteorological environment to be inquired in the inquiry range on the map and returning the road section to the user terminal; if a user wants to check the detailed information of the highway meteorological environment of a certain road section in the inquiry range after obtaining the highway meteorological environment information of each road section in the inquiry range, a 'check detail' button can be clicked, a highway meteorological environment information module acquires a check detail instruction uploaded by a user terminal, and the detailed information of the highway meteorological environment of the road section of the electronic map is returned to the user terminal; the highway meteorological environment information module also provides meteorological forecast and early warning information for the user terminal.
The emergency rescue information module stores emergency rescue information which comprises emergency rescue organization information, position information, contact ways and service information and is used for showing and reminding the public of a trip through various release channels.
And the emergency rescue information module is used for obtaining the change information of the road emergency rescue through event sensing and studying and judging information based on the travel service information, and automatically updating the stored emergency rescue information based on the change information of the emergency rescue.
The emergency rescue information module is connected with the user terminal, acquires a query range and an emergency rescue query instruction uploaded by the user terminal, marks emergency rescue organization information and a contact way in the query range on a map, and returns the information and the contact way to the user terminal; or acquiring a quick rescue service instruction uploaded by the user terminal, selecting a nearest emergency rescue mechanism to call based on the position of the user terminal uploading the quick rescue service instruction, and uploading the position of the user terminal to the emergency rescue terminal to realize one-key rescue and one-key call.
The data center is connected with the information extraction module and used for acquiring operation condition information (road visibility, ice and snow on the road, road congestion, multi-channel abnormal road conditions and the like), automatically measuring and calculating a control measure scheme of each road based on the operation condition information and by combining a control index and a model algorithm, uploading the control measure scheme to an auditing system for auditing, acquiring a control instruction returned by the auditing system, and sending the control measure which is approved to the trip planning module. Specifically, the traffic police passes the audit system to verify and confirm the active traffic flow management and control measures (the early stage needs to be confirmed, and the measures are guaranteed to be executed correctly), and issues the management and control measures scheme passing the audit to the operation management unit for the management and control measures passing the audit; for the control instruction which is not passed by the auditing, the process is ended; and the operation unit executes the pipe control instruction on site after receiving the traffic police instruction, mainly aiming at the diversion measure and does not need to execute on site for speed limit, vehicle and cargo separation and emergency lane opening.
The trip planning module is connected with the user terminal, the information extraction module and the data center, acquires a departure place and a destination uploaded by the user terminal, performs trip planning on the departure place and the destination before trip for the trip public, provides all feasible trip routes, acquires the running state of each road on each trip route in the information extraction module and the management and control measure scheme for passing the audit of each road of the data center, provides an optimal trip route, and returns the optimal trip route and other feasible trip routes to the user terminal; the trip planning module also acquires a route switching instruction uploaded by the user terminal to switch the route; the travel planning module is further used for providing running state detailed information and abnormal information reminding, and specifically, in the running process of the vehicle, the travel planning module acquires the position of the user terminal in real time and reminds the running state and the management and control measures on the optimal route or the switched route in real time. The operation condition reminding comprises the steps of carrying out early warning information reminding on road infrastructure and service facilities, providing detailed information viewing and abnormal information reminding of traffic operation conditions, providing detailed information viewing and abnormal information reminding of traffic emergencies, providing detailed information viewing and influence traffic information reminding of road construction maintenance, providing detailed information viewing and influence traffic information reminding of road meteorological environment, and displaying information and contact ways of recent rescue institutions on a map. For regulatory measures, for example, if a toll gate entrance is closed, explicit prompts are given and other alternative routes are provided.
And the data center station is connected with the user terminal and the thing networking center station, and issues the control measure scheme passing the auditing to the user terminal and the thing networking center station. The user terminal comprises a computer, a mobile phone or a vehicle-mounted terminal; the release carrier is a variable information mark, a service travel website, a traffic service hotline, a broadcast, a mobile phone short message, mobile phone application software, a wechat applet, a wechat public number or third-party navigation software; the release form is characters, graphs, images or voice.
The variable information mark provides broadcast information service in the modes of characters, graphics and images; and information services such as policy publicity, safe driving, emergencies, abnormal weather, traffic guidance, dynamic management and control and the like are provided. The service trip website provides broadcast information service in the modes of characters, graphs and images, a public trip information service network is built, highway trip information service such as route information, road condition information, traffic flow information, meteorological information and other trip information service is provided for vast travelers through the website, the public trip information service network provides the most comprehensive trip information, is an important component of the whole public trip information service platform, provides an electronic map, provides an accurate and fuzzy search function, quickly positions the map, and provides detailed information viewing of basic information of the electronic map; the traffic service hotline provides manual and intelligent hotline services in a voice mode, and provides all-around services for clients by using special service numbers, wherein the services comprise information inquiry, information consultation, business acceptance, complaint, suggestion and the like; the broadcasting station provides broadcast information service in a voice mode in a large range; the short message of the mobile phone provides broadcast information service in a large range in a text mode, the public can be operated by customer service personnel by dialing a service hotline and then sent to a mobile phone of a user, the mobile phone terminal is used as a medium to provide service of road condition information and traffic value-added information for the traveling public, the user can subscribe a traffic road condition timing reminding service according to needs, and the traffic condition information in the text form of a required road section can be received at regular time after successful subscription; the mobile phone application software provides broadcast type and personalized information services in the modes of characters, voice, graphics and images, is an ecological service and provides information inquiry, path planning, real-time road conditions, travel navigation, driving guidance, perception reminding, emergency rescue and characteristic personalized services for the public; the WeChat small program provides broadcasting type and personalized information service in the modes of characters, voice, graphics and images. The WeChat small program has large user group, is convenient and quick to use, and can provide information inquiry, real-time road conditions, driving induction, perception reminding, emergency rescue and special individual service for the public when the user is going; the WeChat public number provides broadcasting type and personalized information service in the modes of characters, voice, graphics and images; the WeChat public number has large user group, is convenient and quick to use and easy to popularize, and provides information inquiry, information subscription and emergency rescue service for the public; third-party navigation software, such as high-grade, Baidu and Tencent, provides broadcast and personalized information services in various modes of characters, voice, graphics, images and the like, and provides more comprehensive travel services including travel guidance and safety reminding for the public.
The vehicle-mounted terminal intelligent equipment information interaction interface provides interaction data for the vehicle-mounted terminal and reminds drivers and passengers in a vehicle-mounted terminal image, voice and text mode. The information communication standard and protocol of the RSU equipment and the vehicle-mounted terminal equipment preferentially adopt DSRC, LTE-V2X, 5G and the like, and the broadcasting type and personalized information service is provided in the modes of characters, voice, graphics, images and the like; the vehicle-mounted terminal provides vehicle road state data and running data and millisecond reminding; providing running state information of surrounding vehicles, including three rapid speeds (rapid braking, rapid acceleration and rapid merging); the vehicle-mounted terminal interface is cooperatively realized on a vehicle road.
The data center is provided with an interface for acquiring real-time traffic flow data of road sections, an interface for acquiring traffic flow early warning information of road sections, an interface for acquiring information of road traffic events (event types, positions, states, progress, influence ranges and the like), an interface for acquiring meteorological environment information and meteorological grade information of road sections such as temperature, humidity, visibility and road surface conditions (accumulated water, snow, ice and frost), an interface for acquiring severe weather information of key road sections, an interface for acquiring information such as vehicle flow of toll stations, congestion conditions, congestion length and traffic capacity, an interface for predicting traffic events, an interface for predicting road sections, a short-time traffic prediction interface of toll stations, an interface for predicting holiday traffic of road sections, a road congestion section range of roads, a vehicle estimation and other information interfaces. The data information provided by the data center station adopts a uniform interface specification, and data is updated according to the specified frequency.
The Internet of things center station is used for generating and issuing intelligent information of variable information marks in an influence range, acquiring a management and control measure scheme for passing audit issued by the center station, formulating a template to customize and issue according to distance, the influence range and event levels, automatically generating issued contents (texts and pictures), and automatically issuing the variable information marks after being audited by a sub-center.
The Internet of things central station provides services such as variable information mark information issuing, equipment running state, network state, information reading and the like. The system is provided with variable information mark basic information (name and position), variable information mark running state information (network state and equipment state), a variable information mark information issuing interface (supporting text and pictures) and a variable information mark information reading interface (current content and content issuing list). The interface provided by the Internet of things center station comprises authority control, message issuing and reading unified interface specifications.
And the evidence collection module is used for collecting evidence of the vehicle with the illegal behaviors, and transmitting the data to the auditing system through data sharing to be used as law enforcement evidence.
And the safety auxiliary driving information module is used for sharing the safety auxiliary driving information sensed by the roadside edge equipment through the RSU to provide a safety auxiliary driving information prompt for the public for the vehicle-mounted terminal.
The live-action display module is connected with the road infrastructure information module and used for dynamically displaying the panoramic real-time image of the key toll station on line, and comprises platform construction, video synthesis, effect display and the like, so that the panoramic 360-degree dynamic display is realized, brand-new visual perception is brought to the public, and the real-time state of the toll station is accurately and timely mastered.
To prevent various illegal accesses, uses, modifications, subversions or compromise, the system's password is encrypted using DES or MD 5; the access frequency of the data interface is limited, so that malignant attack is prevented; the network data transmission adopts HTTPS encryption transmission; and carrying out data backup and recovery.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Although the embodiments of the present invention have been described with reference to the accompanying drawings, it is not intended to limit the scope of the present invention, and it should be understood by those skilled in the art that various modifications and variations can be made without inventive efforts by those skilled in the art based on the technical solution of the present invention.
Claims (10)
1. A companion travel service system, characterized in that: the method comprises the following steps: the system comprises an information acquisition module, an information extraction module, a trip planning module, a data center station and a user terminal;
the information acquisition module is used for acquiring the travel service information and uploading the travel service information to the information extraction module;
the information extraction module is connected with the information acquisition module and is used for automatically generating the running conditions of each road through event perception and study and judgment information based on the travel service information and sending the running conditions to the travel planning module and the data center;
the data center is connected with the information extraction module and used for receiving the operation condition information of the information extraction module, automatically measuring and calculating the control measures of each road section by combining the control indexes and the model algorithm, uploading the control measures to the auditing and checking system for auditing, and sending the control measures which are approved to the trip planning module;
the travel planning module is connected with the user terminal, the information extraction module and the data center, and is used for acquiring a departure place and a destination uploaded by the user terminal, obtaining a feasible travel route and an optimal travel route by combining the running conditions and the control measures of each road, and returning the feasible travel route and the optimal travel route to the user terminal.
2. The accompanying travel service system according to claim 1, wherein: the information extraction module comprises a highway infrastructure information module, a service facility state information module, a traffic operation state information module, a traffic emergency information module, a highway construction maintenance information module, a highway meteorological environment information module and an emergency aid information module which are respectively used for storing and updating highway infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, highway construction maintenance information, highway meteorological environment information and emergency aid information;
the operation condition is composed of road infrastructure information, service area facility state information, traffic operation state information, traffic emergency information, road construction maintenance information, road meteorological environment information and emergency assistance information.
3. A accompany type travel service system as claimed in claim 2, wherein: the road infrastructure information module is connected with a user terminal;
the road infrastructure information module is used for acquiring a query range and a road infrastructure query instruction uploaded by the user terminal, marking all road infrastructure positions in the query range on a map, and returning the road infrastructure positions to the user terminal; or,
the road infrastructure information module is used for acquiring the inquiry range uploaded by the user terminal and the road infrastructure to be inquired, and the road infrastructure information module rapidly positions the corresponding road infrastructure to be inquired in the inquiry range on the map through a search function and returns the road infrastructure to the user terminal.
4. A accompany type travel service system as claimed in claim 2, wherein: the service facility state information module is connected with the user terminal;
the service facility state information module is used for acquiring a query range and a service facility query instruction uploaded by the user terminal, marking all service facility positions in the query range on a map, and returning the service facility positions to the user terminal; or,
the service facility state information module is used for acquiring the inquiry range uploaded by the user terminal and the service facilities to be inquired, and the service facility state information module rapidly positions the corresponding service facilities to be inquired in the inquiry range on the map through the search function and returns the service facilities to the user terminal.
5. A accompany type travel service system as claimed in claim 2, wherein: the traffic running state information module is connected with a user terminal;
the traffic running state information module is used for acquiring a query range and a traffic running state query instruction uploaded by the user terminal, marking the traffic running state of each road section in the query range on a map and returning the traffic running state to the user terminal; or,
the traffic running state information module is used for acquiring the inquiry range uploaded by the user terminal and the traffic running state to be inquired, and the traffic running state information module is used for quickly searching, quickly positioning the road section of the corresponding traffic running state in the inquiry range on the map and returning the road section to the user terminal.
6. A accompany type travel service system as claimed in claim 2, wherein: the traffic emergency information module is connected with a user terminal;
the traffic incident information module is used for acquiring a query range and a traffic incident query instruction uploaded by the user terminal, marking all traffic incidents in the query range on a map and returning the traffic incidents to the user terminal; or,
the traffic incident information module is used for acquiring the inquiry range uploaded by the user terminal and the traffic incident to be inquired, and rapidly positioning the position of the corresponding traffic incident to be inquired on the map through rapid search and returning the position to the user terminal.
7. A accompany type travel service system as claimed in claim 2, wherein: the highway construction maintenance information module is connected with a user terminal;
the road construction and maintenance information module is used for acquiring an inquiry range and a road construction and maintenance inquiry instruction uploaded by the user terminal, marking road construction and maintenance information of each road section in the inquiry range on a map, and returning the road construction and maintenance information to the user terminal; or,
the road construction and maintenance information module is used for acquiring the inquiry range and the road construction and maintenance types uploaded by the user terminal, and the road construction and maintenance information module carries out road sections of the corresponding road construction and maintenance types in the map quick positioning inquiry range through quick search and returns the road sections to the user terminal.
8. A accompany type travel service system as claimed in claim 2, wherein: the highway meteorological environment information module is connected with the user terminal;
the highway meteorological environment information module is used for acquiring a query range and a highway meteorological environment query instruction uploaded by the user terminal, marking highway meteorological environment information of each road section in the query range on a map, and returning the highway meteorological environment information to the user terminal; or,
the road meteorological environment information module is used for acquiring the inquiry range uploaded by the user terminal and the road meteorological environment to be inquired, quickly searching, quickly positioning the road sections belonging to the road meteorological environment to be inquired in the inquiry range on the map, and returning the road sections to the user terminal.
9. A accompany type travel service system as claimed in claim 2, wherein: the emergency rescue information module is connected with the user terminal;
the emergency rescue information module is used for taking a query range and an emergency rescue query instruction uploaded by the user terminal, marking emergency rescue organization information and contact information in the query range on a map, and returning the information and the contact information to the user terminal; or,
the emergency rescue information module is used for acquiring a quick rescue service instruction uploaded by a user terminal, selecting a nearest emergency rescue mechanism to call based on the position of the user terminal for uploading the quick rescue service instruction, and uploading the position of the user terminal to the emergency rescue terminal.
10. The accompanying travel service system according to claim 1, wherein: the data center station is also connected with the user terminal and the thing allies oneself with center station, and the management and control measures that will audit pass are sent to the user terminal and the thing allies oneself with center station.
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| CN202111397555.0A CN114338785A (en) | 2021-11-23 | 2021-11-23 | Accompanying type travel service system |
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| CN202111397555.0A CN114338785A (en) | 2021-11-23 | 2021-11-23 | Accompanying type travel service system |
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