CN109191900B - District induced parking management system - Google Patents
District induced parking management system Download PDFInfo
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- CN109191900B CN109191900B CN201811240266.8A CN201811240266A CN109191900B CN 109191900 B CN109191900 B CN 109191900B CN 201811240266 A CN201811240266 A CN 201811240266A CN 109191900 B CN109191900 B CN 109191900B
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- 239000000523 sample Substances 0.000 claims abstract description 25
- 238000007726 management method Methods 0.000 claims abstract description 15
- 230000007613 environmental effect Effects 0.000 claims description 16
- 230000003993 interaction Effects 0.000 claims description 12
- 238000000034 method Methods 0.000 claims description 8
- 238000012544 monitoring process Methods 0.000 claims description 8
- 238000001514 detection method Methods 0.000 description 2
- 206010039203 Road traffic accident Diseases 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/145—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas
- G08G1/148—Management of a network of parking areas
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/149—Traffic control systems for road vehicles indicating individual free spaces in parking areas coupled to means for restricting the access to the parking space, e.g. authorization, access barriers, indicative lights
Abstract
The invention discloses a district induced parking management system, which comprises: the license plate recognition system is used for recognizing the license plate information of the vehicle and collecting the environment condition of the parked vehicle; the central database is used for receiving the license plate information provided by the license plate recognition system; the community planning parking space information base is used for receiving vehicle owner habit information and generating appointed planning parking space and corresponding driving route information; the community temporary parking space information base receives the vehicle use habit information of the vehicle owner and generates the designated temporary parking space and corresponding driving route information; the signal probe is used for receiving the driving route information and guiding the vehicle owner to stop; the user terminal is used for interacting with the vehicle owner; and the emergency early warning system is used for pushing emergency information to a vehicle owner who parks in the marked temporary parking space. The community induced parking management system solves the problems that the community road and other people are obstructed due to random parking in the community and the driving safety problem possibly occurs when the road is too narrow due to unreasonable parking of the automobile.
Description
Technical Field
The invention relates to the technical field of parking, in particular to a community induced parking management system.
Background
The parking problem of the current old community is serious day by day, and the space of the old community is narrow, so that the construction of additional parking equipment is impractical. The small-sized parking facility cup car firewood, large-sized equipment is laid everywhere, and the problems of lighting safety cost and the like need to be considered. At present, parking spaces of old communities are few, automobiles are many, and automobiles of a plurality of owners can be parked at gates of garages or even roads, so that inconvenience is brought to traveling of other owners. Some districts of the existing method move the vehicle by security guard, and some districts leave the telephone number to move the vehicle by themselves, thus consuming time and energy of people.
Chinese patent publication No. CN206639265U discloses an intelligent parking management system, which includes a parking space status detection module, a vehicle security management module, an intelligent charging module, an access control device, a ground lock, and a centralized control terminal for respectively controlling the access control device and the ground lock; the centralized control terminal is respectively connected with the parking space condition detection module, the vehicle safety management module and the intelligent charging module; the entrance guard device is provided with a first license plate recognizer which is communicated with the centralized control terminal; and the ground lock is provided with a second license plate recognizer which is communicated with the centralized control terminal. This utility model discloses a centralized control terminal control's mode combines the license plate recognizer of installing respectively on entrance guard's device and ground lock, can automatic control electron entrance guard and opening and closing of ground lock, realizes the intelligent control who comes in and goes out, parks the vehicle, guarantees that the vehicle is normal, orderly to come in and go out and park. The disadvantages are that: this patent only satisfies the vehicle and normally, orderly discrepancy and park, can't solve the not enough problem in district parking stall.
Chinese patent publication No. CN106530802A discloses a parking guidance system and a parking guidance method, where the car pooling system includes a server and a mobile information terminal; the server is connected with the mobile information terminal through a wireless communication device; the mobile information terminal comprises a handheld mobile information terminal and a vehicle-mounted mobile information terminal; the vehicle-mounted positioning device is a high-precision multi-source positioning device. The method comprises the steps that a vehicle-mounted mobile information terminal is continuously positioned in a high-precision and all-region mode, and real-time high-precision positioning data of a vehicle is obtained; according to information such as the vehicle position, the position of the parking area, the parking limited vehicle type, the parking limited time, the use condition of the parking space, the lane congestion index and the like, the condition of the congestion index of the parking area and the lane is displayed on the display in an intuitive mode. The method considers the positioning of the whole region and the condition of the parking area, and can better assist in parking. The disadvantages are that: this patent only satisfies the induced work of parking, makes things convenient for the car owner to park, can't solve the not enough problem in district parking stall.
Disclosure of Invention
The invention aims to provide a community induced parking management system, which solves the problems that when the total number of parking spaces in a community cannot meet the total number of automobiles owned by residents, the community parks at will so as to block roads and other people in the community, and the driving safety problem possibly occurs when the roads are too narrow due to unreasonable parking of the automobiles.
A cell induced parking management system comprising:
the license plate recognition system is used for recognizing license plate information of vehicles, collecting environmental conditions of parked vehicles and outputting the license plate information to the central database, the cell planning parking space information base, the cell temporary parking space information base or the user terminal;
the central database is used for receiving the license plate information provided by the license plate recognition system and outputting vehicle use habit information of a vehicle owner to the community planning parking space information base or the community temporary parking space information base, the signal probe and the user terminal;
the community planning parking space information base receives the vehicle owner using habit information provided by the central database, generates the appointed planning parking space and the corresponding driving route information, and outputs the information to the signal probe and the user terminal; receiving license plate information provided by a license plate recognition system and then updating an information base;
the community temporary parking space information base receives the vehicle owner use habit information provided by the central database, generates the appointed temporary parking space and the corresponding driving route information and outputs the appointed temporary parking space and the corresponding driving route information to the signal probe and the user terminal; receiving license plate information provided by a license plate recognition system and then updating an information base;
the signal probe is used for receiving driving route information provided by the cell planning parking space information base or driving route information provided by the cell temporary parking space information base and guiding a vehicle owner to drive into a specified planning parking space or a specified temporary parking space; monitoring the traffic condition of the community road;
the user terminal is used for interaction between the owner, the central database, the cell planning parking space information base, the cell temporary parking space information base, the signal probe and the emergency early warning system and the owner;
and the emergency early warning system pushes emergency information to a vehicle owner parked at the marked temporary parking space through the user terminal to carry out emergency vehicle moving when an emergency accident occurs.
The planning of the parking spaces refers to the parking spaces planned by the residential area; the temporary parking space is characterized in that an idle road or a zone of a community is used as the temporary parking space, normal traffic of the community is not influenced or the influence degree is minimum, the frequency of car moving of a car owner is minimum, and a car parked on the temporary parking space cannot influence parking and traveling of a planned parking space and normal traffic of the community.
The central database, the community planning parking space information base and the community temporary parking space information base are obtained by statistical analysis of historical data of traffic conditions of all roads in the community recorded by the community road traffic module and acquired vehicle use habit information of vehicle owners.
The central database, the community planning parking space information base and the community temporary parking space information base are arranged in a memory of the computer.
An emergency early warning system is suitable for an emergency system in which an emergency accident occurs in a cell. The operation priority of the emergency early warning system is higher than that of all information exchange processes. The emergency early warning system is provided with an independent database, and a plurality of cell emergency routes are planned in advance according to historical data stored in the central database. Meanwhile, the data of the cell temporary parking space information base can be called in real time, the temporary parking spaces on the cell emergency route are marked in advance, and the temporary parking spaces are communicated with the user terminal in real time in a priority mode. When the vehicle owner parks on the marked temporary parking space, the emergency early warning system additionally sends a reminding notice to inform the vehicle owner of the possible additional emergency vehicle moving condition caused by the community emergency route, and remind the vehicle owner of keeping smooth contact all the time. When an accident occurs, the emergency early warning system sends emergency information to inform a vehicle owner of a temporary parking space stopped on a community emergency route to carry out emergency vehicle moving.
The license plate recognition system comprises:
an ingress vehicle identification system comprising:
the license plate recognition camera module is used for recognizing and acquiring license plate information of vehicles at the entrance of the community and outputting the license plate information to the central database and the entrance gate module of the community;
the cell entrance gate module receives the license plate information and outputs an opening or closing instruction to the cell entrance gate;
a system for vehicle identification in a planned parking space, comprising:
the license plate identification camera module is used for identifying license plate information of vehicles parked in the planned parking space and outputting the license plate information to the community planned parking space information base so as to update the community planned parking space information base;
the image recognition camera module is used for collecting the environmental condition of parking in the planned parking space and outputting the environmental condition to the user terminal;
temporary parking space vehicle identification system, includes:
the license plate recognition camera module is used for recognizing license plate information of vehicles parked in the temporary parking spaces and outputting the license plate information to the cell temporary parking space information base so as to update the cell temporary parking space information base;
and the image recognition camera module is used for collecting the environmental condition of parking at the temporary parking space and outputting the environmental condition to the user terminal.
The vehicle owner using habit information output by the central database comprises: the system comprises a vehicle owner gender, a resident position, a vehicle type, a vehicle color, vehicle travel information, vehicle use frequency information and a contact phone.
The vehicle comprises a household vehicle and a working vehicle, the vehicle travel information corresponding to the household vehicle comprises a limited travel sunrise and arrival time period and a non-limited travel sunrise and arrival time period, and the vehicle travel information corresponding to the working vehicle comprises a working sunrise and arrival time period and a double-holiday travel and arrival time period.
The vehicle use frequency information comprises the frequency of using the vehicle at ordinary times and the frequency of using the vehicle again for going out on the same day after the vehicle is parked.
The frequency of using the car and the frequency of reusing the car for traveling on the same day after the car is parked serve as an auxiliary basis to be provided for the cell temporary parking space information base when the temporary parking space is selected, so that the selected temporary parking space has effectiveness, and the burden of the car owner on traveling is reduced.
The cell planning parking space information base comprises:
the different-time-period block information module is used for dividing the planned parking spaces according to time periods to obtain the planned parking spaces of the different-time-period blocks, receiving vehicle travel information provided by the central database, and selecting the planned parking spaces of the time-period blocks corresponding to the vehicle travel information;
the planning parking space size selection module is used for receiving the vehicle type provided by the central database and selecting a planning parking space of a time period block corresponding to the vehicle type;
the planning parking space closest position selection module receives the resident positions provided by the central database, selects the planning parking space of the time period block with the shortest distance with the owner resident position as the appointed planning parking space and outputs the planning parking space to the driving route information generation module;
and the driving route information generating module generates driving route information according to the specified planning parking space and outputs the driving route information to the signal probe.
The cell temporary parking space information base comprises:
the temporary parking space size selection module is used for receiving the vehicle type provided by the central database and selecting a temporary parking space corresponding to the vehicle type;
the temporary parking space nearest position selection module receives the resident position and the vehicle use frequency information provided by the central database, selects the temporary parking space which is the shortest and most effective distance with the position of the owner resident on the temporary parking space corresponding to the vehicle type, generates the designated temporary parking space and outputs the designated temporary parking space to the driving route information generation module;
the driving route information generating module generates corresponding driving route information according to the specified temporary parking space and outputs the driving route information to the signal probe;
and the module for generating the predicted available parking time generates the predicted available parking time information and outputs the predicted available parking time information to the user terminal.
The signal probe comprises:
the image recognition camera module is used for distinguishing the passing of vehicles and non-vehicles and monitoring the traffic condition of the district road;
and the signal lamp control module is used for receiving and applying the driving route information of the appointed planning parking place or the appointed temporary parking place and guiding the vehicle owner to drive.
The signal lamp control module guides a vehicle owner to drive by controlling the on and off of the signal lamp, and the signal lamp is arranged along a community road.
The central database pushes the gender and the contact telephone of the car owner to the user terminal for information interaction among the car owners; the cell temporary parking information base pushes predicted available parking time information and emergency vehicle moving notification to a user terminal for interaction between the cell temporary parking information base and a vehicle owner; the community planning parking information base and the community temporary parking information base push driving route information to a user terminal, and are used for interaction between the community planning parking information base and a vehicle owner; the emergency early warning system pushes an emergency vehicle moving notification to the user terminal for interaction between the emergency early warning system and the user terminal.
The induced parking management system provided by the invention can meet the parking requirements of all car owners in a community, and reduces the trouble of repeated car movement of the car owners or the unsafe problem of property when the community security moves the car. Meanwhile, the invention can prevent the community road from being too congested and narrowed in normal traffic, reduce the occurrence of traffic accidents and facilitate the travel of car owners. The image recognition camera provided by the invention can better guarantee the safety of property of the car owner when the car is parked.
Drawings
Fig. 1 is a schematic structural diagram of a system for managing induced parking in a cell according to the present invention.
Detailed Description
The following specifically describes the induced parking management system provided by the present invention in detail by way of specific implementation examples.
As shown in fig. 1, a system for managing cell induced parking includes:
(1) license plate identification system:
(1-1) the entrance vehicle recognition system comprises a license plate recognition camera module and a community entrance gate module, is arranged at the community entrance and interacts with a central database.
(1-2) a planned parking space vehicle recognition system, comprising: the license plate recognition camera module and the image recognition camera module are arranged at the planning parking space and are respectively interacted with the cell planning parking space information base and the user terminal;
(1-3) a temporary parking space vehicle recognition system, comprising: the license plate recognition camera module and the image recognition camera module are arranged at the temporary parking space; respectively interacting with a cell temporary parking space information base and a user terminal;
(2) a central database: the car owner that radio recorder is used car custom information includes: the method comprises the steps that the sex of an owner of a vehicle, the position of a resident, the type of the vehicle, the color of the vehicle, vehicle travel information, vehicle use frequency information and a contact telephone are interacted with a community planning parking space information base, a community temporary parking space information base, a user terminal and an emergency early warning system.
The vehicle comprises a household vehicle and a working vehicle, the vehicle travel information corresponding to the household vehicle comprises a limited travel sunrise and arrival time period and a non-limited travel sunrise and arrival time period, and the vehicle travel information corresponding to the working vehicle comprises a working sunrise and arrival time period, a double-holiday travel and arrival time period; the vehicle use frequency information includes a frequency of using the vehicle at ordinary times and a frequency of using the vehicle again for travel on the same day after parking the vehicle.
(3) A cell planning parking space information base:
(3-1) different time period block information modules interacting with the central database;
(3-2) a planning parking space size selection module which interacts with the central database;
(3-3) planning a parking space nearest position selection module, and interacting with the central database;
and (3-4) generating a driving route information module to interact with the user terminal.
(4) The information base of the temporary parking spaces of the residential area:
(4-1) a temporary parking space size selection module interacting with the central database;
(4-2) a temporary parking space nearest position selection module interacting with the central database;
(4-3) generating a driving route information module, and interacting with the user terminal;
and (4-4) generating a module for predicting parking time available to interact with the user terminal.
(5) A signal probe:
(5-1) an image recognition camera module;
and (5-2) a signal lamp control module.
(6) And the user terminal is used for interaction between the central database, the license plate recognition system, the cell planning parking space information base, the cell temporary parking space information base, the emergency early warning system and the vehicle owner and interaction between the vehicle owner and the vehicle owner.
(7) An emergency early warning system.
Example 1
Vehicles entering the cell are vehicles at work sunrise and arrival time periods.
The method for guiding the vehicle to park by using the community parking guidance management system provided by the invention comprises the following steps:
s1, the entrance license plate recognition system recognizes license plate information entering the automobile.
S101, a license plate recognition camera module recognizes and acquires license plate information of vehicles at a community entrance, and the license plate information is output to a central database and a community entrance gate module;
s102, receiving license plate information by a community entrance gate module, outputting an opening instruction to a community entrance gate, and enabling a vehicle to enter a community;
s2, the central database receives the license plate information provided by the license plate recognition system, and outputs the position of the resident, the vehicle type and the vehicle travel information to the cell planning parking space information base; and outputting the vehicle type and the color of the vehicle to the signal probe.
And S3, the cell temporary parking space information base receives the vehicle travel information, the vehicle type and the resident position provided by the central database, generates the appointed planning parking space and the corresponding driving route information and outputs the information to the user terminal.
S301, the planning parking spaces are divided according to time periods by the block information modules in different time periods, the planning parking spaces of the blocks in different time periods are obtained, vehicle travel information provided by the central database is received, and the planning parking spaces of the blocks in the time periods corresponding to the vehicle travel information are selected.
S302, the planned parking space size selection module receives the vehicle type provided by the central database and selects the planned parking space of the time period block corresponding to the vehicle type.
And S303, the planned parking space nearest position selection module receives the resident positions provided by the central database, selects the block planned parking space of the time period with the shortest distance with the owner resident position as the appointed planned parking space, and outputs the block planned parking space to the driving route information generation module.
And S304, the driving route information generating module generates driving route information according to the specified planning parking space and outputs the driving route information to the signal probe.
S4, the signal probe receives driving route information provided by the cell planning parking space information base and guides a vehicle owner to drive into the specified planning parking space; and simultaneously monitoring the traffic condition of the community road.
S401, distinguishing the passing of vehicles and non-vehicles by the image recognition camera module, and monitoring the traffic condition of the district road;
s402, the signal lamp control module receives and applies the driving route information of the designated and planned parking space, and the vehicle owner is guided to drive.
S5, a license plate recognition camera module in the parking space planning vehicle recognition system recognizes license plate information of a vehicle parked in a planned parking space and outputs the license plate information to a community planned parking space information base to update the community planned parking space information base; the image recognition camera module collects the environmental condition of parking in the planned parking space and outputs the environmental condition to the user terminal.
Example 2
The vehicle as provided in example 1, wherein the planned parking space is filled.
S1, the entrance license plate recognition system recognizes license plate information entering the automobile.
S101, a license plate recognition camera module recognizes and acquires license plate information of vehicles at a community entrance, and the license plate information is output to a central database and a community entrance gate module;
s102, receiving license plate information by a community entrance gate module, outputting an opening instruction to a community entrance gate, and enabling a vehicle to enter a community;
s2, the central database receives the license plate information provided by the license plate recognition system, plans that the parking space is full, and outputs the position of the resident, the vehicle type, the vehicle travel information and the vehicle use frequency information to the cell temporary parking space information base; and outputting the vehicle type and the color of the vehicle to the signal probe.
And S3, the cell temporary parking space information base receives the vehicle travel information, the vehicle type and the resident position provided by the central database, generates the designated temporary parking space and the corresponding driving route information and outputs the information to the user terminal.
S301, the temporary parking space size selection module receives the vehicle type provided by the central database and selects the temporary parking space corresponding to the vehicle type.
S302, a temporary parking space nearest position selection module receives the resident position and the vehicle use frequency information provided by the central database, selects a temporary parking space which is the shortest and most effective in distance with the position of the owner of the resident on the temporary parking space corresponding to the vehicle type, generates a specified temporary parking space and outputs the specified temporary parking space to the driving route information generation module.
And S303, a driving route information generating module generates corresponding driving route information according to the specified temporary parking space and outputs the driving route information to the signal probe.
And S304, generating the estimated available parking time information by the estimated available parking time generation module and outputting the estimated available parking time information to the user terminal.
S4, the signal probe receives driving route information provided by the cell temporary parking space information base and guides a vehicle owner to drive into the designated temporary parking space; and simultaneously monitoring the traffic condition of the community road.
S401, distinguishing the passing of vehicles and non-vehicles by the image recognition camera module, and monitoring the traffic condition of the district road;
s402, the signal lamp control module receives and applies the driving route information of the designated temporary parking place or the designated temporary parking place, and guides a vehicle owner to drive.
S5, a license plate recognition camera module in the temporary parking space vehicle recognition system recognizes license plate information of vehicles parked in the temporary parking space and outputs the license plate information to a cell temporary parking space information base to realize updating of the cell temporary parking space information base; and the image recognition camera module is used for collecting the environmental condition of parking at the planned parking space and outputting the environmental condition to the user terminal.
Example 3
The vehicle as provided in embodiment 2, steps S1-S3 are the same.
S4, the signal probe receives driving route information provided by the cell planning parking space information base and guides a vehicle owner to drive; but the owner parks the vehicle to the unspecified temporary parking space at the moment.
S5, a license plate recognition camera module in the temporary parking space vehicle recognition system recognizes license plate information of vehicles parked in unspecified temporary parking spaces and outputs the license plate information to a cell temporary parking space information base to realize updating of the cell temporary parking space information base; and the image recognition camera module is used for collecting the environmental condition of parking at the temporary parking space and outputting the environmental condition to the user terminal.
And S6, the module for generating the predicted available parking time regenerates the predicted available parking time information and outputs the information to the user terminal.
S7, when the vehicle parked in the planned parking space suddenly needs to be driven out, and the vehicle parked in the non-specified temporary parking space does not reach the predicted available parking time, the vehicle to be driven out of the planned parking space is blocked, and an emergency notice is pushed to the vehicle owner to move the vehicle emergently; when the emergency vehicle moving of the non-specified temporary parking space and the vehicle traveling of the planned parking space are completed, the vehicle moving from the non-specified temporary parking space can be moved to the planned parking space in an emergency manner, and the information of the temporary parking space and the information of the planned parking space are updated simultaneously.
Claims (4)
1. A cell induced parking management system comprising:
the license plate recognition system is used for recognizing license plate information of vehicles, collecting environmental conditions of parked vehicles and outputting the license plate information to the central database, the cell planning parking space information base, the cell temporary parking space information base or the user terminal;
the central database is used for receiving the license plate information provided by the license plate recognition system and outputting vehicle use habit information of a vehicle owner to the community planning parking space information base or the community temporary parking space information base, the signal probe and the user terminal;
the community planning parking space information base receives the vehicle owner using habit information provided by the central database, generates the appointed planning parking space and the corresponding driving route information, and outputs the information to the signal probe and the user terminal; receiving license plate information provided by a license plate recognition system and then updating an information base;
the community temporary parking space information base receives the vehicle owner use habit information provided by the central database, generates the appointed temporary parking space and the corresponding driving route information and outputs the appointed temporary parking space and the corresponding driving route information to the signal probe and the user terminal; receiving license plate information provided by a license plate recognition system and then updating an information base; the temporary parking space is characterized in that an idle road or zone of a community is used as the temporary parking space, normal traffic of the community is not influenced or the influence degree is minimum, the frequency of car moving of a car owner is minimum, and a car parked on the temporary parking space cannot influence parking and traveling of a planned parking space and normal traffic of the community;
the signal probe is used for receiving driving route information provided by the cell planning parking space information base or driving route information provided by the cell temporary parking space information base and guiding a vehicle owner to drive into a specified planning parking space or a specified temporary parking space; monitoring the traffic condition of the community road;
the user terminal is used for interaction between the owner, the central database, the cell planning parking space information base, the cell temporary parking space information base, the signal probe and the emergency early warning system and the owner;
the emergency early warning system is used for pushing emergency information to a vehicle owner parked in the marked temporary parking space through the user terminal to carry out emergency vehicle moving when an emergency accident situation occurs; the marked temporary parking space is a temporary parking space marked on a community emergency route in advance;
the license plate recognition system comprises:
an ingress vehicle identification system comprising:
the license plate recognition camera module is used for recognizing and acquiring license plate information of vehicles at the entrance of the community and outputting the license plate information to the central database and the entrance gate module of the community;
the cell entrance gate module receives the license plate information and outputs an opening or closing instruction to the cell entrance gate;
a system for vehicle identification in a planned parking space, comprising:
the license plate identification camera module is used for identifying license plate information of vehicles parked in the planned parking space and outputting the license plate information to the community planned parking space information base so as to update the community planned parking space information base;
the image recognition camera module is used for collecting the environmental condition of parking in the planned parking space and outputting the environmental condition to the user terminal;
temporary parking space vehicle identification system, includes:
the license plate recognition camera module is used for recognizing license plate information of vehicles parked in the temporary parking spaces and outputting the license plate information to the cell temporary parking space information base so as to update the cell temporary parking space information base;
the image recognition camera module is used for collecting the environmental condition of parking in the temporary parking space and outputting the environmental condition to the user terminal;
the vehicle owner using habit information output by the central database comprises: the method comprises the following steps that the sex of an owner of a vehicle, the position of a resident, the type of the vehicle, the color of the vehicle, vehicle travel information, vehicle use frequency information and a contact telephone are set;
the vehicle comprises a household vehicle and a working vehicle, the vehicle travel information corresponding to the household vehicle comprises a limited sunrise and arrival time period and a non-limited sunrise and arrival time period, and the vehicle travel information corresponding to the working vehicle comprises a working sunrise and arrival time period and a double-holiday travel and arrival time period;
the vehicle use frequency information comprises the frequency of using the vehicle at ordinary times and the frequency of using the vehicle again for going out on the same day after parking the vehicle;
the cell planning parking space information base comprises:
the different-time-period block information module is used for dividing the planned parking spaces according to time periods to obtain the planned parking spaces of the different-time-period blocks, receiving vehicle travel information provided by the central database, and selecting the planned parking spaces of the time-period blocks corresponding to the vehicle travel information;
the planning parking space size selection module is used for receiving the vehicle type provided by the central database and selecting a planning parking space of a time period block corresponding to the vehicle type;
the planning parking space closest position selection module receives the resident positions provided by the central database, selects the planning parking space of the time period block with the shortest distance with the owner resident position as the appointed planning parking space and outputs the planning parking space to the driving route information generation module;
the driving route information generating module generates driving route information according to the specified planning parking space and outputs the driving route information to the signal probe;
the cell temporary parking space information base comprises:
the temporary parking space size selection module is used for receiving the vehicle type provided by the central database and selecting a temporary parking space corresponding to the vehicle type;
the temporary parking space nearest position selection module receives the resident position and the vehicle use frequency information provided by the central database, selects a temporary parking space which is shortest in distance and most effective with the position of the owner of the resident on the temporary parking space corresponding to the vehicle type, generates a specified temporary parking space and outputs the specified temporary parking space to the driving route information generation module, wherein the most effective temporary parking space is the temporary parking space selected according to the vehicle use frequency information;
the driving route information generating module generates corresponding driving route information according to the specified temporary parking space and outputs the driving route information to the signal probe;
and the module for generating the predicted available parking time generates the predicted available parking time information and outputs the predicted available parking time information to the user terminal.
2. The system for cell induced parking management as defined in claim 1, wherein the signal probe comprises:
the image recognition camera module is used for distinguishing the passing of vehicles and non-vehicles and monitoring the traffic condition of the district road;
and the signal lamp control module is used for receiving and applying the driving route information of the appointed planning parking space or the driving route information of the appointed temporary parking space and guiding the vehicle owner to drive to the appointed planning parking space or the appointed temporary parking space.
3. The system for community-induced parking management according to claim 2, wherein the signal lamp control module is used for guiding the car owner to drive by controlling on and off of signal lamps, and the signal lamps are arranged along community roads.
4. The system of claim 3, wherein the central database pushes the owner's gender and contact phone number to the user terminal for information interaction between the owners; the cell temporary parking information base pushes predicted available parking time information and emergency vehicle moving notification to a user terminal for interaction between the cell temporary parking information base and a vehicle owner; the community planning parking information base and the community temporary parking information base push driving route information to a user terminal, and are used for interaction between the community planning parking information base and a vehicle owner; the emergency early warning system pushes an emergency vehicle moving notification to the user terminal for interaction between the emergency early warning system and the user terminal.
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| CN201811240266.8A CN109191900B (en) | 2018-10-23 | 2018-10-23 | District induced parking management system |
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| CN109191900B true CN109191900B (en) | 2020-12-25 |
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