CN103106629B - Stand district's passenger flow density acquisition system - Google Patents
Stand district's passenger flow density acquisition system Download PDFInfo
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- CN103106629B CN103106629B CN201310013921.7A CN201310013921A CN103106629B CN 103106629 B CN103106629 B CN 103106629B CN 201310013921 A CN201310013921 A CN 201310013921A CN 103106629 B CN103106629 B CN 103106629B
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Abstract
The present invention relates to a kind of station district passenger flow density acquisition system；This system contains N number of passenger flow data harvester, data acquisition server, database server, application server and browses monitoring terminal, passenger flow data harvester is arranged in waiting room, each passenger flow data harvester is connected with data acquisition server each through ICP/IP protocol interface, database server adopts data base's connected mode to be connected with data acquisition server and application server, and application server is connected with browsing monitoring terminal by ICP/IP protocol interface；The volume of the flow of passengers of each waiting room is acquired by passenger flow data harvester, data acquisition server obtains different information by sending different orders to passenger flow data harvester, then these different information are carried out data pick-up, data distribution, data analysis and aggregation of data, finally sends effective information to database server；The invention provides a kind of efficient, accurate, real-time station district passenger flow density acquisition system.
Description
(1), technical field: the present invention relates to a kind of data collecting system, particularly relate to a kind of station district passenger flow density acquisition system.
(2), background technology: at present, within the scope of railway, the statistics of passenger flow is added up by hand by station mostly by staff, it does not have realize automatization, and the intensity of passenger flow application condition manually come out is big, and reference value is little.Utilize video intelligent analytical technology, it is possible to passenger flow situation real-time, the district of statistics departures accurately, the staff of corresponding number according to the passenger flow situation of waiting room, can be arranged and organized in station, thus improving station passenger traffic work efficiency；When intensity of passenger flow is bigger, reminds station to increase staff in time, reduce the waiting time of passenger；By the analysis to historical data, it is possible to count the time point that intensity of passenger flow is bigger, station staff according to statistical result, can carry out counter-measure at corresponding time point in advance, thus improving the quality of passenger service at station.Existing railway transport of passengers station not yet forms novel unified passenger flow density acquisition system.
Along with the high speed development built a harmonious society with railway, the sending and receiving car density in railway station is continuously increased, and the dwell time of train is progressively compressed, and passenger traffic train reception and departure working environment in station is also had higher requirement by this.In order to improve station passenger traffic train reception and departure efficiency, it is necessary to utilize new information technology that the intensity of passenger flow collection at original station is provided and support.
(3), summary of the invention:
The technical problem to be solved in the present invention is: overcome the defect of prior art, it is provided that a kind of efficient, accurate, real-time station district passenger flow density acquisition system.
Technical scheme:
A kind of station district passenger flow density acquisition system, containing N number of passenger flow data harvester, data acquisition server, database server, application server with browse monitoring terminal, passenger flow data harvester is arranged in waiting room, each passenger flow data harvester is connected with data acquisition server each through ICP/IP protocol interface, database server adopts data base's connected mode to be connected with data acquisition server and application server, application server is connected with browsing monitoring terminal by ICP/IP protocol interface, and N is the natural number be more than or equal to 1；
The volume of the flow of passengers of each waiting room is acquired by passenger flow data harvester, data acquisition server obtains different information by sending different orders to passenger flow data harvester, then these different information are carried out data pick-up, data distribution, data analysis and aggregation of data, finally sending effective information to database server, these effective information is preserved warehouse-in by database server；
Application server works as follows:
One is that whole station district passenger flow density acquisition system is carried out parameter configuration；
Two are responsible for the inquiry of business datum, early warning logical process, and application server is directly mutual with database server, and receive the search condition browsing monitoring terminal and carry out data query, the result of inquiry are returned to after process and browsing monitoring terminal；
Three is the waiting room high alarm setting generation warning message according to user setup, preserves warning information warehouse-in, is browsed monitoring terminal feeder alert information；
Browse monitoring terminal and patterned user interface is provided, browse monitoring terminal and carry out data interaction with application server, browse monitoring terminal and essential information and the collection information of station district passenger flow density acquisition system running environment are showed user, receive the operational order of user simultaneously, the distribution that arranges of user is gone out, thus what realize between user and station district passenger flow density acquisition system is mutual.
N number of passenger flow data harvester is respectively provided in different waiting rooms.
Configuration information and passenger flow data harvester that effective information contains user receive the essential information gathered.
The parameter that whole station district passenger flow density acquisition system is configured by application server contains: the high alarm setting of the Back ground Information of waiting room, equipment Foundations information and waiting room；Warning message is also sent by application server with the form of note.
Application server is deployed with java application.
Browse monitoring terminal and also complete the display of data results, early warning, generation form and Back ground Information setting.
Passenger flow data harvester is video passenger flow data acquisition unit.
District's passenger flow density acquisition system of standing efficiently solves the problem of passenger flow collection statistics in passenger traffic organization of production operation system.District's passenger flow acquisition system of standing adopts advanced video intelligent analytical technology, in real time, exactly the personnel in monitoring region are tracked and add up, and statistical result is returned to backstage, on backstage through analytical Calculation, and the result calculated is preserved data base, foreground utilizes B/S to show statistical information flexibly.Command centre is by the real-time passenger flow situation of all waiting rooms in browser unified monitoring station, import and export of blocking up are dredged by commander staff effectively, by standing, the historical information at this station also can be added up by district's passenger flow density acquisition system, the development trend of following passenger traffic volume is analyzed, and staff can carry out relevant preparation according to the passenger traffic volume development trend analyzed.In station district passenger flow density acquisition system, staff can according to the practical situation of waiting room, to waiting room capacity setting high alarm setting, the waiting room exceeding high alarm setting is carried out alarm according to the high alarm setting preset by system automatically, and notifies related personnel with the form of note.The relevant Cognizant Operating Authority of Railway Bureau can also pass through this system and understand station passenger mobility status situation in real time.
Beneficial effects of the present invention:
1, traditional artificial statistical is changed into the mode that passenger flow gathers automatically, automatic alarm is pointed out of support computer technology by the present invention, substantially increase the work efficiency of station staff, can facilitate, grasp in time the passenger flow situation of each waiting room, be effectively improved the service quality at station.
2, the present invention can set up the historical record that the waiting room volume of the flow of passengers is complete, provides detailed and reliable foundation for grasping the passenger flow situation of each waiting room of station, carrying out passenger flow analysing in time comprehensively.Browse monitoring terminal and multiple graphic analyses function is provided, can intuitively, clearly be reflected the passenger flow situation of multiple waiting room by this graphic analyses function, and the passenger flow situation of each waiting room is analyzed.
3, the note instant alarming mode of the present invention station staff can be facilitated to pinpoint the problems in time, rational allocation personnel.
4, present invention achieves information gathering automatization, standardization, which reduces the complexity that staff manually adds up.
5, the present invention can realize the omnidistance statistics to passenger traffic volume, accurately reflects the practical situation of passenger flow, provides higher strong support for passenger transportation management's planning, managerial decision, thus for optimizing travellers' behaviour in mode choice and conveyance equilibrium service.
(4), accompanying drawing illustrates:
The structural representation of Tu1Wei Zhan district passenger flow density acquisition system.
(5), detailed description of the invention:
Referring to Fig. 1, in figure, district's passenger flow density acquisition system of standing contains N number of passenger flow data harvester, data acquisition server, database server, application server and browses monitoring terminal, passenger flow data harvester is arranged in waiting room, each passenger flow data harvester is connected with data acquisition server each through ICP/IP protocol interface, database server adopts data base's connected mode to be connected with data acquisition server and application server, application server is connected with browsing monitoring terminal by ICP/IP protocol interface, and N is the natural number be more than or equal to 1；
The volume of the flow of passengers of each waiting room is acquired by passenger flow data harvester, data acquisition server obtains different information by sending different orders to passenger flow data harvester, then these different information are carried out data pick-up, data distribution, data analysis and aggregation of data, finally sending effective information to database server, these effective information is preserved warehouse-in by database server；
Application server works as follows:
One is that whole station district passenger flow density acquisition system is carried out parameter configuration；
Two are responsible for the inquiry of business datum, early warning logical process, and application server is directly mutual with database server, and receive the search condition browsing monitoring terminal and carry out data query, the result of inquiry are returned to after process and browsing monitoring terminal；
Three is the waiting room high alarm setting generation warning message according to user setup, preserves warning information warehouse-in, is browsed monitoring terminal feeder alert information；
Browse monitoring terminal and patterned user interface is provided, browse monitoring terminal and carry out data interaction with application server, browse monitoring terminal and essential information and the collection information of station district passenger flow density acquisition system running environment are showed user, receive the operational order of user simultaneously, the distribution that arranges of user is gone out, thus what realize between user and station district passenger flow density acquisition system is mutual.
N number of passenger flow data harvester is respectively provided in different waiting rooms.
Configuration information and passenger flow data harvester that effective information contains user receive the essential information gathered.
The parameter that whole station district passenger flow density acquisition system is configured by application server contains: the high alarm setting of the Back ground Information of waiting room, equipment Foundations information and waiting room；Warning message is also sent by application server with the form of note.
Application server is deployed with java application.
Browse monitoring terminal and also complete the display of data results, early warning, generation form and Back ground Information setting.
Passenger flow data harvester is video passenger flow data acquisition unit.
District's passenger flow density acquisition system of standing efficiently solves the problem of passenger flow collection statistics in passenger traffic organization of production operation system.District's passenger flow acquisition system of standing adopts advanced video intelligent analytical technology, in real time, exactly the personnel in monitoring region are tracked and add up, and statistical result is returned to backstage, on backstage through analytical Calculation, and the result calculated is preserved data base, foreground utilizes B/S to show statistical information flexibly.Command centre is by the real-time passenger flow situation of all waiting rooms in browser unified monitoring station, import and export of blocking up are dredged by commander staff effectively, by standing, the historical information at this station also can be added up by district's passenger flow density acquisition system, the development trend of following passenger traffic volume is analyzed, and staff can carry out relevant preparation according to the passenger traffic volume development trend analyzed.In station district passenger flow density acquisition system, staff can according to the practical situation of waiting room, to waiting room capacity setting high alarm setting, the waiting room exceeding high alarm setting is carried out alarm according to the high alarm setting preset by system automatically, and notifies related personnel with the form of note.The relevant Cognizant Operating Authority of Railway Bureau can also pass through this system and understand station passenger mobility status situation in real time.
Claims (3)
1. a Zhong Zhan district passenger flow density acquisition system, it is characterized in that: containing N number of passenger flow data harvester, data acquisition server, database server, application server with browse monitoring terminal, passenger flow data harvester is arranged in waiting room, each passenger flow data harvester is connected with data acquisition server each through ICP/IP protocol interface, database server adopts data base's connected mode to be connected with data acquisition server and application server, application server is connected with browsing monitoring terminal by ICP/IP protocol interface, and N is the natural number be more than or equal to 1；The volume of the flow of passengers of each waiting room is acquired by passenger flow data harvester, data acquisition server obtains different information by sending different orders to passenger flow data harvester, then these different information are carried out data pick-up, data distribution, data analysis and aggregation of data, finally send effective information to database server, these effective information is preserved warehouse-in by database server, described passenger flow data harvester is video passenger flow data acquisition unit, and described N number of passenger flow data harvester is respectively provided in different waiting rooms；
Application server works as follows:
One is that whole station district passenger flow density acquisition system is carried out parameter configuration；
Two are responsible for the inquiry of business datum, early warning logical process, and application server is directly mutual with database server, and receive the search condition browsing monitoring terminal and carry out data query, the result of inquiry are returned to after process and browsing monitoring terminal；
Three is the waiting room high alarm setting generation warning message according to user setup, preserves warning information warehouse-in, is browsed monitoring terminal feeder alert information；
Browse monitoring terminal and patterned user interface is provided, browse monitoring terminal and carry out data interaction with application server, browse monitoring terminal and essential information and the collection information of station district passenger flow density acquisition system running environment are showed user, receive the operational order of user simultaneously, the distribution that arranges of user is gone out, thus what realize between user and station district passenger flow density acquisition system is mutual, the parameter that whole station district passenger flow density acquisition system is configured by described application server contains: the high alarm setting of the Back ground Information of waiting room, equipment Foundations information and waiting room；Warning message is also sent by application server with the form of note, described in browse that monitoring terminal also completes the display of data results, early warning, generation form and Back ground Information are arranged.
2. station according to claim 1 district passenger flow density acquisition system, is characterized in that: configuration information and passenger flow data harvester that described effective information contains user receive the essential information gathered.
3. station according to claim 1 district passenger flow density acquisition system, is characterized in that: be deployed with java application on described application server.
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| CN104036352B (en) * | 2014-06-09 | 2018-08-10 | 陕西师范大学 | A kind of scenic spot tourist spatiotemporal database and emergent guidance system and method |
| CN104835009A (en) * | 2015-05-11 | 2015-08-12 | 中国民用航空总局第二研究所 | Flight monitoring and controlling system and monitoring and controlling method thereof |
| CN105787853A (en) * | 2016-04-14 | 2016-07-20 | 北京中电万联科技股份有限公司 | Public area congestion and stampede emergency early-warning system |
| CN105763853A (en) * | 2016-04-14 | 2016-07-13 | 北京中电万联科技股份有限公司 | Emergency early warning method for stampede accident in public area |
| CN109714434B (en) * | 2019-01-18 | 2019-08-20 | 常州方可为机械科技有限公司 | A kind of operation management method of the Metro AFC system based on Internet of Things |
| CN112595359A (en) * | 2020-12-08 | 2021-04-02 | 国网北京市电力公司 | Power distribution station room multi-dimensional state comprehensive display system |
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| CN1621291A (en) * | 2003-11-26 | 2005-06-01 | 吴圣贤 | Railway passenger station integrated control system |
| CN101266679A (en) * | 2008-02-15 | 2008-09-17 | 上海申通轨道交通研究咨询有限公司 | A track traffic auxiliary decision system and method |
| CN101470946A (en) * | 2007-12-25 | 2009-07-01 | 厦门雅迅网络股份有限公司 | GPS and passenger flow data processing method for city public transportation system |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1621291A (en) * | 2003-11-26 | 2005-06-01 | 吴圣贤 | Railway passenger station integrated control system |
| CN101470946A (en) * | 2007-12-25 | 2009-07-01 | 厦门雅迅网络股份有限公司 | GPS and passenger flow data processing method for city public transportation system |
| CN101266679A (en) * | 2008-02-15 | 2008-09-17 | 上海申通轨道交通研究咨询有限公司 | A track traffic auxiliary decision system and method |
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