CN111179448A - Method and system for managing parking spaces of community - Google Patents
Method and system for managing parking spaces of community Download PDFInfo
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- CN111179448A CN111179448A CN202010027132.9A CN202010027132A CN111179448A CN 111179448 A CN111179448 A CN 111179448A CN 202010027132 A CN202010027132 A CN 202010027132A CN 111179448 A CN111179448 A CN 111179448A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B15/00—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
- G07B15/02—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
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Abstract
The invention discloses a method and a system for managing parking spaces of a community, wherein the method comprises the following steps: receiving a parking space renting request submitted by a parking space renter; searching all matched parking spaces in a database according to the renting time period in the parking space renting request, and sending the matched parking space information to a parking space renter; receiving parking space information selected by a parking space renter, and sending personal information and renting time period information of the parking space renter to a parking space lock of the parking space; the parking space lock receives a parking request of a parking space renter; if the current time is located the time period of renting, the personal information of the parking stall renter is used for carrying out authentication and identification on the parking stall renter: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed; and receiving the payment of the parking stall renter, opening the parking stall lock, and closing the parking stall lock after the parking stall is vacated. The invention can solve the problem of difficult parking at present.
Description
Technical Field
The invention relates to the technical field of parking space management, in particular to a community parking space management method and system.
Background
With the rapid development of urban economy and the acceleration of urbanization process, the quantity of retained household automobiles is rapidly increased, so that parking becomes a difficult problem of automobile traveling. Especially in residential districts, parking spaces are seriously insufficient, the parking spaces are seized, disputes caused by parking are frequent, and a lot of troubles are caused to daily life of people.
The following problems mainly exist for the current situation of parking in a community:
1. the turnover rate of the parking space is low. The using time of parking spaces in the community is concentrated, and the parking spaces are basically in an idle state in the daytime;
2. the safety hidden trouble exists when the device is stopped and placed in disorder. Due to lack of supervision, parking spaces are occupied, parking is not standard and the like often occur in a cell, and a vehicle owner without the parking spaces stops the vehicle on a cell road or even a green belt, so that the appearance is not attractive, and normal traveling of people is influenced;
3. there is a lack of centralized management. The parking spaces of the residential area are distributed scattered, and most of private parking space owners manage the parking spaces of the residential area respectively, so that the parking spaces are not integrally planned and managed.
Disclosure of Invention
The invention aims to solve the technical problem of providing a method and a system for managing parking spaces of a community, which can relieve the problem of difficulty in parking at present.
In order to achieve the technical purpose, the invention adopts the following technical scheme:
a community parking space management method comprises the following steps:
step 1, receiving a parking space renting request submitted by a parking space renter;
step 3, receiving the parking space information selected by the parking space renter, and sending the personal information and the renting time period information of the parking space renter to the parking space lock of the parking space;
step 4, the parking space lock receives a parking request of a parking space renter; if the current time is located the time period of renting, the parking stall lock uses the personal information of parking stall hire to carry out authentication and identification to the parking stall hire: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed;
and 5, receiving the payment of the parking stall renter, opening the parking stall lock, and closing the parking stall lock after the parking stall is vacated.
Further, if the current time exceeds the renting time period and the parking stall renter does not pay the parking stall renting fee, sending reminding information to the parking stall owner and forwarding feedback information of the parking stall owner to the parking stall renter; and if the feedback information is that the parking space is allowed to be continuously used, additional timing charging is started.
Further, if the feedback information of the parking space owner is that the parking space is not allowed to be used continuously and the parking space renter does not pay the parking space renting fee, alarm information is sent to a system manager to take a forced driving-away measure.
Further, after the parking space information selected by the parking space renter is received in the step 3, the position information of the parking space is sent to the parking space renter.
Further, the method for identifying the parking stall renter in step 4 comprises password identification, two-dimensional code identification and/or biological identification.
Further, the method also comprises the following steps: and receiving parking space sharing information issued by a parking space owner, and calculating a sharable time period of the parking space.
Further, the method also comprises the following steps after receiving the parking space sharing information issued by the parking space owner: receiving a parking space inquiry request of a parking space owner, and feeding back the current use condition of the parking space: whether rented, rental time period, and/or parking space renter information.
The invention also provides a community parking space management system, which comprises a parking space owner client, a parking space renter client, a cloud server, a control management center, a database and a parking space lock, wherein the parking space owner client is connected with the parking space renter client;
the parking space owner client is used for data interaction between a parking space owner and the parking space management system;
the parking stall renter client is used for data interaction between a parking stall renter and the parking stall management system;
the control management center is used for receiving parking space renting requests submitted by parking space renters;
the control management center is also used for searching all matched parking spaces in the database according to the renting time period in the parking space renting request and sending the matched parking space information to the parking space renters; the matched parking spaces refer to parking spaces issued by parking space owners and capable of covering renting time periods in a shared time period manner;
the control management center is also used for receiving the parking space information selected by the parking space renter and sending the personal information and the renting time period information of the parking space renter to the parking space lock of the parking space;
the parking spot lock is used for receiving a parking request of a parking spot renter; the parking stall lock still is used for judging whether current time is located the time quantum of hiring, if be, then uses parking stall hire's personal information to carry out authentication discernment to parking stall hire: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed;
the control management center is also used for receiving the payment of the parking stall renter, opening the parking stall lock and closing the parking stall lock after the parking stall is vacated;
and the cloud server is used for controlling data interaction among the management center, the parking place owner client, the parking place renter client, the database and the parking place lock.
Further, the control management center is further configured to: when the current time exceeds the renting time period and the parking stall renter does not pay for renting the parking stall, sending reminding information to the parking stall owner, and forwarding feedback information of the parking stall owner to the parking stall renter; and if the feedback information is that the parking space is allowed to be continuously used, additional timing charging is started.
Further, the parking spot lock comprises an ESP8266 device, a control driving module and a lock body, wherein the ESP8266 device and the lock body are connected with the control driving module; the ESP8266 device is used for realizing wifi wireless communication between the parking spot lock and the cloud server; the control driving module is used for driving the lock body to execute unlocking action after the parking stall renter identity authentication is successful, and is also used for driving the lock body to execute unlocking action after the parking stall is vacated.
Advantageous effects
The invention has the following technical effects:
1. people flow in different areas and different time periods are complemented to realize utilization of the parking places, staggered parking is realized, and the utilization rate of the parking places is improved;
2. when the current time exceeds the renting time period, if the parking stall renter still pays for leaving, the system automatically sends reminding information to the parking stall owner, and the parking stall owner selects whether to agree to continue to share the parking stall according to the actual situation, so that the flexibility of temporary processing under the condition that the parking stall renter prolongs the rented parking stall is improved, the temporary worry that the parking stall renter has no parking stall is reduced to a certain extent under the condition that the parking stall owner normally uses the parking stall is not delayed, and meanwhile, the parking stall sharing income of the parking stall owner can be increased;
3. after the parking stall renter selects the parking stall, the system sends the position information of the parking stall to the parking stall renter, so that the parking stall renter can conveniently navigate to a target parking stall according to the position information, and the time wasted by the parking stall renter for finding the parking stall is saved;
4. if the feedback information of the parking space owner is that the parking space is not allowed to be used continuously and the parking space renter does not pay the parking space renting fee, alarm information is sent to a system manager to take a forced driving-away measure, so that the centralized and standardized management of the system is realized, the problem that the parking space owner worrys about that the own parking space is occupied is effectively solved while the parking space obtains benefits through sharing the parking space;
5. high-performance ESP8266 has small volume, low power consumption and low price, so that the parking spot lock and the cloud server are easily interconnected and are widely popularized and applied.
Drawings
Fig. 1 is a schematic diagram of a frame of a parking space management system according to an embodiment of the present invention;
fig. 2 is a schematic flow chart illustrating a parking space management method according to an embodiment of the present invention;
fig. 3 is a flow chart of the system according to the embodiment of the present invention.
Detailed Description
The following describes embodiments of the present invention in detail, which are developed based on the technical solutions of the present invention, and give detailed implementation manners and specific operation procedures to further explain the technical solutions of the present invention.
The invention provides a community parking space management method and a system, wherein a parking space management system is shown in figure 1 and comprises a parking space owner client, a parking space renter client, a cloud server, a database, a control management center and a parking space lock; the parking space management method is shown in fig. 2 and 3, and comprises the following steps:
step 01, parking space owners in a community register parking spaces in a parking space management system, and a control management center stores information such as the number, the positions, owner (namely parking space owner), use conditions, charging conditions and the like of the registered parking spaces in a database; and then the parking space owner can issue parking space sharing information in the parking space management system according to the free parking space condition so as to rent the parking space to a needed person (hereinafter referred to as a parking space renter).
And step 02, receiving parking space sharing information issued by a parking space owner, and calculating a sharable time period of the parking space.
The parking space owner enters a personal account number through a parking space owner client, the self-using time or the idle time period of the parking space is input, the control management center automatically calculates the sharable time period of the parking space, and information such as the number, the position, the owner (namely the parking space owner), the use condition, the charging condition, the sharable time period and the like of the parking space is stored in a shared parking space data set of the database.
Step 1, receiving a parking space renting request submitted by a parking space renter;
when the parking space needs to be rented for parking, a parking space renter inputs personal information and a renting time period through a parking space renter client, and submits a parking space renting request to a parking space management system.
when the parking space management system receives a parking space renting request, all matched parking spaces are searched in a centralized mode from the shared parking space data of the database, namely the parking spaces which are issued by parking space owners and can be shared in a time period covering a renting time period, and then information such as the positions of the matched parking spaces, the sharable time period and charging conditions is sent to a parking space renter client side so that a parking space renter can select a proper parking space.
Wherein, send to the parking stall of all matchings of parking stall hire customer end, the customer end can sort all matching parking stalls according to parking stall hire's selection, and the optional mode of ordering includes: comprehensive sorting, sorting by distance or sorting by price, etc.
Step 3, receiving the parking space information selected by the parking space renter, and sending the personal information and the renting time period information of the parking space renter to the parking space lock of the parking space;
after the parking stall renter selects a proper parking stall, the control management center acquires corresponding parking stall information, then sends the personal information and the renting time period information of the parking stall renter to the parking stall lock of the parking stall, and the parking stall is managed and controlled by the parking stall lock.
Step 4, the parking space lock receives a parking request of a parking space renter; if the current time is located the time period of renting, the parking stall lock uses the personal information of parking stall hire to carry out authentication and identification to the parking stall hire: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed;
and when the parking stall renter drives the vehicle to the position near the selected parking stall, submitting a parking request to the parking stall lock, and performing identity authentication and identification on the person submitting the parking request. The identity authentication and identification mode can adopt password identification, two-dimensional code identification and/or biological identification. Adopt the mode that two-dimensional code and face identification combined together to carry out the authentication discernment to the parking stall hire at this embodiment: the parking stall hire uses little letter applet as the customer end, scan the two-dimensional code on the parking stall lock, the camera that starts the parking stall lock carries out the people's face to submitting the personnel of parking request and shoots, the parking stall lock will submit parking request personnel's personal information and people's face photo and send to control management center together, carry out face identification by control management center, it is unanimous with the parking stall hire who submits the parking stall and rent the application to sweep the personnel that the sign indicating number unblanked promptly relatively, if unanimous promptly authentication discernment passes through, the parking stall hire can click at little letter applet customer end and confirm to unblank this moment, the parking stall lock is opened.
If the current time exceeds the renting time period and the parking stall renter does not pay the parking stall renting fee, the parking stall owner can be influenced to normally use the parking stall, and then the reminding information is sent to the parking stall owner. When the parking space owner receives the reminding information, the parking space owner can continuously rent the parking space according to whether the parking space is influenced by the normal use of the parking space owner or not so as to send feedback information to the control management center, and the control management center forwards the feedback information of the parking space owner to the parking space owner; and if the feedback information is that the parking space is allowed to be continuously used, additional timing charging is started.
And 5, receiving the payment of the parking stall renter, opening the parking stall lock, and closing the parking stall lock after the parking stall is vacated.
The fee payment of the parking stall renter comprises a rental fee in a rental time period and a rental fee charged by an additional timing.
After the parking space owner releases the own parking space as the shared parking space in the control management center, in order to facilitate the parking space owner to know the renting condition of the own parking space in time, the control management center of the invention also comprises the following steps after receiving the parking space shared information released by the parking space owner: receiving a parking space inquiry request of a parking space owner, and feeding back the current use condition of the parking space: whether rented, rental time period, and/or parking space renter information.
The embodiment of the system for managing the parking spaces of the residential area provided by the invention comprises the following steps: the system comprises a parking place owner client, a parking place renter client, a cloud server, a database, a control management center and a parking place lock.
The parking space owner client is used for data interaction between a parking space owner and the parking space management system;
the parking stall renter client is used for data interaction between a parking stall renter and the parking stall management system;
the parking space owner client and the parking space renter client are corresponding clients obtained by developing small programs on a WeChat public platform, and therefore popularization and use of the system are facilitated;
the control management center is through LAN TCP/IP both way junction for the owner committee carries out data interaction with parking stall management system, realizes that the owner committee specifically is to parking stall management system's daily control and management:
the control management center is used for receiving parking space renting requests submitted by parking space renters;
the control management center is also used for searching all matched parking spaces in the database according to the renting time period in the parking space renting request and sending the matched parking space information to the parking space renters; the matched parking spaces refer to parking spaces issued by parking space owners and capable of covering renting time periods in a shared time period manner;
the control management center is also used for receiving the parking space information selected by the parking space renter and sending the personal information and the renting time period information of the parking space renter to the parking space lock of the parking space;
the parking spot lock is used for receiving a parking request of a parking spot renter; the parking stall lock still is used for judging whether current time is located the time quantum of hiring, if be, then uses parking stall hire's personal information to carry out authentication discernment to parking stall hire: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed;
the control management center is also used for sending reminding information to the parking place owner and forwarding feedback information of the parking place owner to the parking place renter when the current time exceeds the renting time period and the parking place renter does not pay for the renting time of the parking place; and if the feedback information is that the parking space is allowed to be continuously used, additional timing charging is started.
The control management center is also used for receiving the payment of the parking stall renter, opening the parking stall lock and closing the parking stall lock after the parking stall is vacated.
The database is in two-way communication connection with the cloud server and used for storing all information of the parking space management system, including parking space information, user information, a shared parking space data set and information of time of renting a parking space. The parking space information refers to parking space information registered in a parking space management system, and comprises the number and the position of a parking space, an owner (namely a parking space owner), the use condition, the charging condition and the like; the shared parking space data set refers to all the parking space information published as shared parking spaces; the user information refers to the related information of the parking stall renter, and comprises personal identity information, license plate numbers, credit points and the like; the parking space renting time information refers to information such as renting time periods and sharable time periods corresponding to all parking spaces which are preset and in the renting process.
The database can perform deep analysis and processing on the information recorded therein. Specifically, a database automatically plans a time period suitable for renting a parking space by using the existing networked analysis technology and using time; similarly, the appropriate parking spaces are automatically screened out by the rental time.
The production environment of the cloud server is built by 'nginx + uWSGI + flash'. Wherein nginx is a high performance lightweight Web server/reverse proxy server and email (IMAP/POP3) proxy server; uWSGI is a Web server; flash is a lightweight customizable framework;
preferably, the parking spot lock comprises an ESP8266 device, a control driving module and a lock body, wherein the ESP8266 device and the lock body are connected with the control driving module; the serial port end of the ESP8266 device is in communication connection with the control driving module through RS232, and the wifi end is in wireless communication connection with the cloud server, so that data interaction between the parking spot lock and the cloud server is realized; the control driving module is used for driving the lock body to execute unlocking action after the parking stall renter identity authentication is successful, and is also used for driving the lock body to execute unlocking action after the parking stall is vacated.
Preferably, the parking stall tenant client comprises a parking stall searching module, a GPS navigation module, a parking stall supervision module and a payment module. The GPS navigation module can be used for carrying out destination navigation according to the position information of the parking space after the parking space is selected by a parking space renter; the parking space supervision module can provide the flow and the parking space occupancy of the parking space of the community to a parking space renter in time, so that the parking space renter can conveniently and quickly park according to the obtained information, and the parking efficiency is improved; and the payment module is used for paying the parking stall renting fee by the parking stall renter.
The above embodiments are preferred embodiments of the present application, and those skilled in the art can make various changes or modifications without departing from the general concept of the present application, and such changes or modifications should fall within the scope of the claims of the present application.
Claims (10)
1. A district parking space management method is characterized by comprising the following steps:
step 1, receiving a parking space renting request submitted by a parking space renter;
step 2, searching all matched parking spaces in a database according to the renting time period in the parking space renting request, and sending the matched parking space information to a parking space renter; the matched parking spaces refer to parking spaces issued by parking space owners and capable of covering renting time periods in a shared time period manner;
step 3, receiving the parking space information selected by the parking space renter, and sending the personal information and the renting time period information of the parking space renter to the parking space lock of the parking space;
step 4, the parking space lock receives a parking request of a parking space renter; if the current time is located the time period of renting, the parking stall lock uses the personal information of parking stall hire to carry out authentication and identification to the parking stall hire: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed;
and 5, receiving the payment of the parking stall renter, opening the parking stall lock, and closing the parking stall lock after the parking stall is vacated.
2. The method according to claim 1, wherein if the current time exceeds the rental period and the parking stall renter does not pay the parking stall rental fee, sending reminding information to the parking stall owner, and forwarding feedback information of the parking stall owner to the parking stall renter; and if the feedback information is that the parking space is allowed to be continuously used, additional timing charging is started.
3. The method of claim 2, wherein if the feedback information of the parking space owner is that the parking space is not allowed to be used continuously and the parking space renter does not pay the parking space renting fee, an alarm message is sent to a system manager to take a forced driving away measure.
4. The method according to claim 1, wherein after receiving the parking space information selected by the parking space renter in step 3, the position information of the parking space is sent to the parking space renter.
5. The method of claim 1, wherein the identification of the parking stall tenant in step 4 comprises password identification, two-dimensional code identification, and/or biometric identification.
6. The method of claim 1, further comprising the step of: and receiving parking space sharing information issued by a parking space owner, and calculating a sharable time period of the parking space.
7. The method of claim 1, further comprising the step of, after receiving the parking space sharing information issued by the parking space owner: receiving a parking space inquiry request of a parking space owner, and feeding back the current use condition of the parking space: whether rented, rental time period, and/or parking space renter information.
8. A community parking space management system is characterized by comprising a parking space owner client, a parking space renter client, a cloud server, a control management center, a database and a parking space lock;
the parking space owner client is used for data interaction between a parking space owner and the parking space management system;
the parking stall renter client is used for data interaction between a parking stall renter and the parking stall management system;
the control management center is used for receiving parking space renting requests submitted by parking space renters;
the control management center is also used for searching all matched parking spaces in the database according to the renting time period in the parking space renting request and sending the matched parking space information to the parking space renters; the matched parking spaces refer to parking spaces issued by parking space owners and capable of covering renting time periods in a shared time period manner;
the control management center is also used for receiving the parking space information selected by the parking space renter and sending the personal information and the renting time period information of the parking space renter to the parking space lock of the parking space;
the parking spot lock is used for receiving a parking request of a parking spot renter; the parking stall lock still is used for judging whether current time is located the time quantum of hiring, if be, then uses parking stall hire's personal information to carry out authentication discernment to parking stall hire: if the authentication is successful, the parking spot lock is opened, and the parking spot lock is closed after the parking spot renter drives the vehicle into the parking spot; if the authentication fails, keeping the parking spot lock closed;
the control management center is also used for receiving the payment of the parking stall renter, opening the parking stall lock and closing the parking stall lock after the parking stall is vacated;
and the cloud server is used for controlling data interaction among the management center, the parking place owner client, the parking place renter client, the database and the parking place lock.
9. The system of claim 8, wherein the control management center is further configured to: when the current time exceeds the renting time period and the parking stall renter does not pay for renting the parking stall, sending reminding information to the parking stall owner, and forwarding feedback information of the parking stall owner to the parking stall renter; and if the feedback information is that the parking space is allowed to be continuously used, additional timing charging is started.
10. The system of claim 8, wherein the parking spot lock comprises an ESP8266 device, a control drive module and a lock body, both the ESP8266 device and the lock body are connected with the control drive module; the ESP8266 device is used for realizing wifi wireless communication between the parking spot lock and the cloud server; the control driving module is used for driving the lock body to execute unlocking action after the parking stall renter identity authentication is successful, and is also used for driving the lock body to execute unlocking action after the parking stall is vacated.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010027132.9A CN111179448A (en) | 2020-01-10 | 2020-01-10 | Method and system for managing parking spaces of community |
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| CN202010027132.9A CN111179448A (en) | 2020-01-10 | 2020-01-10 | Method and system for managing parking spaces of community |
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