CN113240932A - Parking space safety verification method and system - Google Patents
Parking space safety verification method and system Download PDFInfo
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- CN113240932A CN113240932A CN202110372974.2A CN202110372974A CN113240932A CN 113240932 A CN113240932 A CN 113240932A CN 202110372974 A CN202110372974 A CN 202110372974A CN 113240932 A CN113240932 A CN 113240932A
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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
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00571—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated by interacting with a central unit
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/123—Traffic control systems for road vehicles indicating the position of vehicles, e.g. scheduled vehicles; Managing passenger vehicles circulating according to a fixed timetable, e.g. buses, trains, trams
- G08G1/127—Traffic control systems for road vehicles indicating the position of vehicles, e.g. scheduled vehicles; Managing passenger vehicles circulating according to a fixed timetable, e.g. buses, trains, trams to a central station ; Indicators in a central station
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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
- G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
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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
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
- H04L63/0876—Network architectures or network communication protocols for network security for authentication of entities based on the identity of the terminal or configuration, e.g. MAC address, hardware or software configuration or device fingerprint
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Abstract
The invention provides a parking space safety verification method and a system, wherein the method comprises the following steps: receiving merchant reservation information of a first user, and generating a first pass; the first pass includes first location information for a first parking space allowing the first user to park; acquiring a first license plate number of a first user, and binding the first license plate number with a first pass to generate binding information; storing the binding information to a parking pass management center; and acquiring the binding information of the parking pass management center, and verifying whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information. According to the parking space safety verification method, merchant reservation and parking are effectively linked, so that people can determine the parking space while reserving and ordering, and the problem that parking is difficult for users is solved; when the parking lot is managed, whether the vehicles parked on the second parking spaces in the parking lot are in compliance or not is judged by adopting the binding information, and the effective management of the special parking spaces of the merchants is realized.
Description
Technical Field
The invention relates to the technical field of parking space safety verification, in particular to a parking space safety verification method and system.
Background
At present, with the improvement of living standard of people, driving becomes an important choice for people to go out gradually. For example, when going to a restaurant or a restaurant for dinner, people may park the vehicle in a nearby public parking lot. Because the parking space of the public parking lot is limited, the problem that people can make a good reservation with merchants (restaurants and restaurants) but can make parking difficult when going to the merchants occurs. Although some public parking lots can provide some parking stalls for merchants in the commercial parks, the parking stalls are only marked specially and are not managed effectively, and the problem that how to manage the parking stalls effectively is needed to be solved urgently.
Disclosure of Invention
In order to solve the above technical problems, an object of the present invention is to provide a parking space security verification method.
The parking space safety verification method provided by the embodiment of the invention comprises the following steps:
receiving merchant reservation information of a first user, and generating a first pass; the first pass includes first location information for a first parking space allowing the first user to park;
acquiring a first license plate number of a first user, and binding the first license plate number with a first pass to generate binding information; storing the binding information to a parking pass management center;
and acquiring the binding information of the parking pass management center, and verifying whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information.
Preferably, the parking space safety verification method further includes:
acquiring a second license plate number of a second user identified by the parking lot vehicle identification subsystem through the parking lot vehicle identification subsystem;
and inquiring the binding information of the parking pass management center based on the second license plate number, acquiring a first pass corresponding to the first license plate number when the second license plate number is the first license plate number, and guiding the user to park based on the first position information in the first pass.
Preferably, the parking space safety verification method further includes:
receiving a parking request sent by a mobile terminal of a third user; the parking request comprises second position information of a first target parking space for parking by a third user;
inquiring binding information based on the parking request, and generating a second pass certificate and controlling the parking spot lock to be opened when the second position information is not the first position information;
after the parking space sensing device senses that the third user parks the vehicle in the first target parking space, the ID and the second position information of the first target parking space are sent to the mobile terminal of the third user.
Preferably, the parking space safety verification method further includes:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, acquiring a first pass guided by the parking guidance subsystem through the parking guidance subsystem, and verifying whether the second parking space is a third parking space in the first pass of a fourth user guided by the parking guidance subsystem;
when the second parking space is not the third parking space, sending first reminding information and first inquiry information to a second mobile terminal of a second user, wherein the first inquiry information is whether parking is determined or not;
receiving first response information for the first inquiry information sent by the second mobile terminal, and analyzing the first response information;
when the first response information is that parking is determined, verifying whether the second parking space is a fourth parking space in other binding information in the parking pass management center;
when the second parking space is not the fourth parking space, changing the first parking space in the first pass into the second parking space and permitting parking, and controlling the parking space lock to be opened;
when the second parking space is a fourth parking space, exchanging the first parking space in the first pass with the first parking space in other binding information, permitting parking, and controlling a parking space lock to be opened;
when the second parking space is a third parking space, acquiring the use condition of the parking space in the parking lot; when the parking space is free and the guiding distance from the fourth user to the free fifth parking space is smaller than the guiding distance from the fourth user to the third parking space, sending second inquiry information for replacing the parking space to the mobile terminal of the fourth user;
receiving second response information for the second inquiry information, which is sent by the mobile terminal of the fourth user, and analyzing the second response information;
when the second response information indicates that replacement is approved, taking the fifth parking space as the parking space of the first pass of the fourth user, taking the second parking space as the parking space of the first pass of the second user, permitting the second user to park and controlling the parking space lock to be opened;
and when the second response message is not approved to be replaced, sending a second reminding message to the second user, and continuously guiding the second user to stop.
Preferably, the parking space safety verification method further includes:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, verifying whether the second parking space is a special parking space of the merchant;
when the second parking space is a special parking space, third inquiry information is sent to the second user, and the third inquiry information comprises a parking reason;
receiving third response information for the third inquiry information sent by the second user;
generating fourth inquiry information based on the third response information and sending the fourth inquiry information to the merchant;
receiving fourth response information for the fourth inquiry information sent by the merchant;
and analyzing the fourth response information, and controlling the parking space lock to be opened when the fourth response information is allowed to park.
The invention also provides a system for verifying the safety of the parking space, which comprises a merchant reservation subsystem, a parking certificate management center, a mobile terminal of a first user and a parking lot management subsystem;
the merchant reservation subsystem receives merchant reservation information of a first user through a mobile terminal of the first user to generate a first pass; the first pass includes first location information for a first parking space allowing the first user to park;
the merchant reservation subsystem acquires a first license plate number of a first user, and binds the first license plate number with a first pass to generate binding information; storing the binding information to a parking pass management center;
the parking lot management subsystem acquires binding information of the parking pass management center and verifies whether a vehicle parked on a second parking space in the parking lot is in compliance based on the binding information.
Preferably, the system for parking space safety verification further comprises a parking guidance subsystem and a parking lot vehicle identification subsystem;
the parking guidance subsystem acquires a second license plate number of a second user identified by the parking lot vehicle identification subsystem through the parking lot vehicle identification subsystem;
the parking guidance subsystem inquires the binding information of the parking pass management center based on the second license plate number, when the second license plate number is the first license plate number, the first pass corresponding to the first license plate number is obtained, and the user is guided to park based on the first position information in the first pass.
Preferably, the parking space safety verification system further includes: the parking space sensing device and the mobile terminal of the third user are respectively in communication connection with the parking lot management subsystem;
the parking lot management subsystem receives a parking request sent by a mobile terminal of a third user; the parking request comprises second position information of a first target parking space for parking by a third user;
the parking lot management subsystem inquires binding information based on the parking request, and when the second position information is not the first position information, a second pass certificate is generated and the parking space lock is controlled to be opened;
and the parking lot management subsystem induces a third user to park the vehicle into the first target parking space through the parking space induction device, and then sends the ID and the second position information of the first target parking space to the mobile terminal of the third user.
Preferably, the parking space safety verification system further includes: the parking spot lock is in communication connection with the parking lot management subsystem;
the parking lot management subsystem also performs the following operations:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, acquiring a first pass guided by the parking guidance subsystem through the parking guidance subsystem, and verifying whether the second parking space is a third parking space in the first pass of a fourth user guided by the parking guidance subsystem;
when the second parking space is not the third parking space, sending first reminding information and first inquiry information to a second mobile terminal of a second user, wherein the first inquiry information is whether parking is determined or not;
receiving first response information for the first inquiry information sent by the second mobile terminal, and analyzing the first response information;
when the first response information is that parking is determined, verifying whether the second parking space is a fourth parking space in other binding information in the parking pass management center;
when the second parking space is not the fourth parking space, changing the first parking space in the first pass into the second parking space and permitting parking, and controlling the parking space lock to be opened;
when the second parking space is a fourth parking space, exchanging the first parking space in the first pass with the first parking space in other binding information, permitting parking, and controlling a parking space lock to be opened;
when the second parking space is a third parking space, acquiring the use condition of the parking space in the parking lot; when the parking space is free and the guiding distance from the fourth user to the free fifth parking space is smaller than the guiding distance from the fourth user to the third parking space, sending second inquiry information for replacing the parking space to the mobile terminal of the fourth user;
receiving second response information for the second inquiry information, which is sent by the mobile terminal of the fourth user, and analyzing the second response information;
when the second response information indicates that replacement is approved, taking the fifth parking space as the parking space of the first pass of the fourth user, taking the second parking space as the parking space of the first pass of the second user, permitting the second user to park and controlling the parking space lock to be opened;
and when the second response information is not approved to be replaced, sending second reminding information to the second user, and continuously guiding the second user to park by the parking guidance subsystem.
Preferably, the parking space safety verification system further includes:
the parking spot lock is in communication connection with the parking lot management subsystem;
the parking lot management subsystem also performs the following operations:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, verifying whether the second parking space is a special parking space of the merchant;
when the second parking space is a special parking space, third inquiry information is sent to the second user, and the third inquiry information comprises a parking reason;
receiving third response information for the third inquiry information sent by the second user;
generating fourth inquiry information based on the third response information and sending the fourth inquiry information to the merchant;
receiving fourth response information for the fourth inquiry information sent by the merchant;
and analyzing the fourth response information, and controlling the parking space lock to be opened when the fourth response information is allowed to park.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
fig. 1 is a schematic diagram of a parking space security verification method according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
The embodiment of the invention provides a parking space safety verification method, as shown in fig. 1, comprising the following steps:
step S1, receiving merchant reservation information of a first user and generating a first pass; the first pass includes first location information for a first parking space allowing the first user to park;
step S2: acquiring a first license plate number of a first user, and binding the first license plate number with a first pass to generate binding information; storing the binding information to a parking pass management center;
step S3: and acquiring the binding information of the parking pass management center, and verifying whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information.
The working principle and the beneficial effects of the technical scheme are as follows:
the parking space safety verification method is mainly applied to parking lot management; the method comprises three steps of pass generation, pass binding and parking space safety verification respectively;
step one, pass generation: a user subscribes for merchant service through a merchant subscription system, such as ordering at a certain restaurant and the like; after the user makes an appointment successfully; the merchant reservation system sends merchant reservation information of the user to the parking lot management system, and the parking pass of the parking lot management system generates a first pass according to the merchant reservation information.
And step two, pass binding: the APP on the mobile phone of the user prompts that the pass of the user is generated, and the user can input the license plate number through the APP to bind the license plate number and the pass; storing the binding information to a parking pass management center;
thirdly, parking space safety verification: and acquiring the binding information of the parking pass management center, and verifying whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information. The method mainly comprises the steps of verifying whether the license plate number corresponding to the parking space in the binding information is consistent with the license plate number of the vehicle parked on the parking space in the parking lot, and if so, indicating whether the vehicle parked on the second parking space in the parking lot is in compliance; if the parking spaces are inconsistent, the vehicles parked on the second parking spaces in the parking lot are not in compliance; and when the vehicle is not in compliance, informing a parking lot manager of processing, or informing a vehicle owner of the vehicle parked on the parking space of processing. The parking space safety verification machine verifies whether the vehicle parked on the second parking space in the parking lot is in compliance through the binding information, so that the parking lot can effectively manage the parking spaces allocated to the merchants; and the parking of the user after the reservation with the merchant is guaranteed. Furthermore, a traditional special parking space identifier can be abandoned, so that any parking space in the parking lot can be used as a special parking space of a merchant, and when a user reserves the merchant and generates a pass, the parking space corresponding to the first position information in the pass is the special parking space of the merchant.
According to the parking space safety verification method, merchant reservation and parking are effectively linked, so that people can determine the parking space while reserving and ordering, and the problem that parking is difficult for users is solved; when the parking lot is managed, whether the vehicles parked on the second parking spaces in the parking lot are in compliance or not is judged by adopting the binding information, and the effective management of the special parking spaces of the merchants is realized.
In one embodiment, the method for parking space security verification further comprises:
acquiring a second license plate number of a second user identified by the parking lot vehicle identification subsystem through the parking lot vehicle identification subsystem;
inquiring the binding information of the parking pass management center based on the second license plate number, acquiring a first pass corresponding to the first license plate number when the second license plate number is the first license plate number, and guiding the user to park based on the first position information in the first pass
The working principle and the beneficial effects of the technical scheme are as follows:
when a user drives to a parking lot, the parking lot management system identifies the license plate number of the vehicle of the user through the parking lot vehicle identification system, inquires binding information through the license plate number, determines whether the user has a pass or not, and guides the user to park through the parking guidance subsystem based on the position information of the parking space in the pass when the pass of the user is inquired; and guiding the vehicle to the reserved parking space, so that the vehicle of the user is parked in the reserved parking space.
In one embodiment, the method for parking space security verification further comprises:
receiving a parking request sent by a mobile terminal of a third user; the parking request comprises second position information of a first target parking space for parking by a third user;
inquiring binding information based on the parking request, and generating a second pass certificate and controlling the parking spot lock to be opened when the second position information is not the first position information;
after the parking space sensing device senses that the third user parks the vehicle in the first target parking space, the ID and the second position information of the first target parking space are sent to the mobile terminal of the third user.
The working principle and the beneficial effects of the technical scheme are as follows:
the utility model discloses a to the user's of normally parkking parking management, the user passes through the other parking stall two-dimensional code request of cell-phone scanning parking stall and stops into this parking stall, and when this parking stall was not the parking stall in the binding information, the parking stall lock of this parking stall was opened, permits to stop into, then generates the second pass certificate. And after the user stops, the ID of the parking space is sent to the mobile phone of the user, so that the user can conveniently find the parking space when the user leaves.
In one embodiment, the method for parking space security verification further comprises:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, acquiring a first pass guided by the parking guidance subsystem through the parking guidance subsystem, and verifying whether the second parking space is a third parking space in the first pass of a fourth user guided by the parking guidance subsystem;
when the second parking space is not the third parking space, sending first reminding information and first inquiry information to a second mobile terminal of a second user, wherein the first inquiry information is whether parking is determined or not;
receiving first response information for the first inquiry information sent by the second mobile terminal, and analyzing the first response information;
when the first response information is that parking is determined, verifying whether the second parking space is a fourth parking space in other binding information in the parking pass management center;
when the second parking space is not the fourth parking space, changing the first parking space in the first pass into the second parking space and permitting parking, and controlling the parking space lock to be opened;
when the second parking space is a fourth parking space, exchanging the first parking space in the first pass with the first parking space in other binding information, permitting parking, and controlling a parking space lock to be opened;
when the second parking space is a third parking space, acquiring the use condition of the parking space in the parking lot; when the parking space is free and the guiding distance from the fourth user to the free fifth parking space is smaller than the guiding distance from the fourth user to the third parking space, sending second inquiry information for replacing the parking space to the mobile terminal of the fourth user;
receiving second response information for the second inquiry information, which is sent by the mobile terminal of the fourth user, and analyzing the second response information;
when the second response information indicates that replacement is approved, taking the fifth parking space as the parking space of the first pass of the fourth user, taking the second parking space as the parking space of the first pass of the second user, permitting the second user to park and controlling the parking space lock to be opened;
and when the second response message is not approved to be replaced, sending a second reminding message to the second user, and continuously guiding the second user to stop.
The working principle and the beneficial effects of the technical scheme are as follows:
when an appointed user drives a vehicle to a second parking space, a parking space sensing device (a geomagnetic sensor and a camera) of the second parking space detects that the vehicle of the second user is ready to park, the second parking space is verified, and the appointed user can accurately park the vehicle into the appointed parking space (a parking space in binding information); when the second parking space is reserved by other users and other users do not enter the parking lot, directly exchanging the parking spaces in the binding information; when other users enter the parking lot, the parking spaces are reasonably scheduled, and the parking spaces are flexibly and effectively managed.
In one embodiment, the method for parking space security verification further comprises:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, verifying whether the second parking space is a special parking space of the merchant;
when the second parking space is a special parking space, third inquiry information is sent to the second user, and the third inquiry information comprises a parking reason;
receiving third response information for the third inquiry information sent by the second user;
generating fourth inquiry information based on the third response information and sending the fourth inquiry information to the merchant;
receiving fourth response information for the fourth inquiry information sent by the merchant;
and analyzing the fourth response information, and controlling the parking space lock to be opened when the fourth response information is allowed to park.
The working principle and the beneficial effects of the technical scheme are as follows:
inquiring the commercial tenant when a user needs to stop in a special parking space of the commercial tenant; and the management of the commercial tenant participating in the parking space is realized, and the rights and interests of the commercial tenant are guaranteed.
In one embodiment, the method for parking space security verification further comprises:
acquiring binding information meeting a first preset condition through a parking pass management center;
sending fifth inquiry information to the first user corresponding to the binding information;
receiving fifth answer information to the fifth inquiry information;
when the fifth response message is a cancel pass, deleting the binding message; and when the fifth response message is the delayed pass, delaying the time of the pass in the binding message according to the delay time in the fifth response message.
The working principle and the beneficial effects of the technical scheme are as follows:
the first preset condition is that a preset time (1 hour) before the validity period of the first pass is finished, and when the reserved vehicle of the first pass is not parked in the reserved parking space of the first pass, the user can be inquired whether the parking space is reserved or not, the pass timeliness is delayed when the parking space is reserved, and the pass delay operation of the user is received.
The invention also provides a system for verifying the safety of the parking space, which comprises a merchant reservation subsystem, a parking certificate management center, a mobile terminal of a first user and a parking lot management subsystem;
the merchant reservation subsystem receives merchant reservation information of a first user through a mobile terminal of the first user to generate a first pass; the first pass includes first location information for a first parking space allowing the first user to park;
the merchant reservation subsystem acquires a first license plate number of a first user, and binds the first license plate number with a first pass to generate binding information; storing the binding information to a parking pass management center;
the parking lot management subsystem acquires binding information of the parking pass management center and verifies whether a vehicle parked on a second parking space in the parking lot is in compliance based on the binding information.
The working principle and the beneficial effects of the technical scheme are as follows:
the parking space safety verification system is mainly applied to parking lot management; the parking space management is divided into three steps, namely, pass generation, pass binding and parking space safety verification;
step one, pass generation: a user subscribes for merchant service through a merchant subscription system, such as ordering at a certain restaurant and the like; after the user makes an appointment successfully; the merchant reservation system sends merchant reservation information of the user to the parking lot management system, and the parking pass of the parking lot management system generates a first pass according to the merchant reservation information.
And step two, pass binding: the APP on the mobile phone of the user prompts that the pass of the user is generated, and the user can input the license plate number through the APP to bind the license plate number and the pass; storing the binding information to a parking pass management center;
thirdly, parking space safety verification: and acquiring the binding information of the parking pass management center, and verifying whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information. The method mainly comprises the steps of verifying whether the license plate number corresponding to the parking space in the binding information is consistent with the license plate number of the vehicle parked on the parking space in the parking lot, and if so, indicating whether the vehicle parked on the second parking space in the parking lot is in compliance; if the parking spaces are inconsistent, the vehicles parked on the second parking spaces in the parking lot are not in compliance; and when the vehicle is not in compliance, informing a parking lot manager of processing, or informing a vehicle owner of the vehicle parked on the parking space of processing. The parking space safety verification machine verifies whether the vehicle parked on the second parking space in the parking lot is in compliance through the binding information, so that the parking lot can effectively manage the parking spaces allocated to the merchants; and the parking of the user after the reservation with the merchant is guaranteed. Furthermore, a traditional special parking space identifier can be abandoned, so that any parking space in the parking lot can be used as a special parking space of a merchant, and when a user reserves the merchant and generates a pass, the parking space corresponding to the first position information in the pass is the special parking space of the merchant.
According to the parking space safety verification system, merchant reservation and parking are effectively linked, so that people can determine the parking space while reserving and ordering, and the problem that parking is difficult for users is solved; when the parking lot is managed, whether the vehicles parked on the second parking spaces in the parking lot are in compliance or not is judged by adopting the binding information, and the effective management of the special parking spaces of the merchants is realized.
In one embodiment, the system for parking space security verification further comprises a parking guidance subsystem and a parking lot vehicle identification subsystem;
the parking guidance subsystem acquires a second license plate number of a second user identified by the parking lot vehicle identification subsystem through the parking lot vehicle identification subsystem;
the parking guidance subsystem inquires the binding information of the parking pass management center based on the second license plate number, when the second license plate number is the first license plate number, the first pass corresponding to the first license plate number is obtained, and the user is guided to park based on the first position information in the first pass.
The working principle and the beneficial effects of the technical scheme are as follows:
when a user drives to a parking lot, the parking lot management system identifies the license plate number of the vehicle of the user through the parking lot vehicle identification system, inquires binding information through the license plate number, determines whether the user has a pass or not, and guides the user to park through the parking guidance subsystem based on the position information of the parking space in the pass when the pass of the user is inquired; and guiding the vehicle to the reserved parking space, so that the vehicle of the user is parked in the reserved parking space. Wherein. The parking guidance subsystem includes: a parking lot navigation route map, an LED guide screen arranged in a parking lot, and the like.
In one embodiment, the system for parking space security verification further comprises: the parking space sensing device and the mobile terminal of the third user are respectively in communication connection with the parking lot management subsystem;
the parking lot management subsystem receives a parking request sent by a mobile terminal of a third user; the parking request comprises second position information of a first target parking space for parking by a third user;
the parking lot management subsystem inquires binding information based on the parking request, and when the second position information is not the first position information, a second pass certificate is generated and the parking space lock is controlled to be opened;
and the parking lot management subsystem induces a third user to park the vehicle into the first target parking space through the parking space induction device, and then sends the ID and the second position information of the first target parking space to the mobile terminal of the third user.
The working principle and the beneficial effects of the technical scheme are as follows:
the utility model discloses a to the user's of normally parkking parking management, the user passes through the other parking stall two-dimensional code request of cell-phone scanning parking stall and stops into this parking stall, and when this parking stall was not the parking stall in the binding information, the parking stall lock of this parking stall was opened, permits to stop into, then generates the second pass certificate. And after the user stops, the ID of the parking space is sent to the mobile phone of the user, so that the user can conveniently find the parking space when the user leaves.
In one embodiment, the system for parking space security verification further comprises: the parking spot lock is in communication connection with the parking lot management subsystem;
the parking lot management subsystem also performs the following operations:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, acquiring a first pass guided by the parking guidance subsystem through the parking guidance subsystem, and verifying whether the second parking space is a third parking space in the first pass of a fourth user guided by the parking guidance subsystem;
when the second parking space is not the third parking space, sending first reminding information and first inquiry information to a second mobile terminal of a second user, wherein the first inquiry information is whether parking is determined or not;
receiving first response information for the first inquiry information sent by the second mobile terminal, and analyzing the first response information;
when the first response information is that parking is determined, verifying whether the second parking space is a fourth parking space in other binding information in the parking pass management center;
when the second parking space is not the fourth parking space, changing the first parking space in the first pass into the second parking space and permitting parking, and controlling the parking space lock to be opened;
when the second parking space is a fourth parking space, exchanging the first parking space in the first pass with the first parking space in other binding information, permitting parking, and controlling a parking space lock to be opened;
when the second parking space is a third parking space, acquiring the use condition of the parking space in the parking lot; when the parking space is free and the guiding distance from the fourth user to the free fifth parking space is smaller than the guiding distance from the fourth user to the third parking space, sending second inquiry information for replacing the parking space to the mobile terminal of the fourth user;
receiving second response information for the second inquiry information, which is sent by the mobile terminal of the fourth user, and analyzing the second response information;
when the second response information indicates that replacement is approved, taking the fifth parking space as the parking space of the first pass of the fourth user, taking the second parking space as the parking space of the first pass of the second user, permitting the second user to park and controlling the parking space lock to be opened;
and when the second response information is not approved to be replaced, sending second reminding information to the second user, and continuously guiding the second user to park by the parking guidance subsystem.
The working principle and the beneficial effects of the technical scheme are as follows:
when an appointed user drives a vehicle to a second parking space, a parking space sensing device (a geomagnetic sensor and a camera) of the second parking space detects that the vehicle of the second user is ready to park, the second parking space is verified, and the appointed user can accurately park the vehicle into the appointed parking space (a parking space in binding information); when the second parking space is reserved by other users and other users do not enter the parking lot, directly exchanging the parking spaces in the binding information; when other users enter the parking lot, the parking spaces are reasonably scheduled, and the parking spaces are flexibly and effectively managed.
In one embodiment, the system for parking space security verification further comprises:
the parking spot lock is in communication connection with the parking lot management subsystem;
the parking lot management subsystem also performs the following operations:
when the parking space sensing device of the second parking space detects that the vehicle of the second user is ready to park, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, verifying whether the second parking space is a special parking space of the merchant;
when the second parking space is a special parking space, third inquiry information is sent to the second user, and the third inquiry information comprises a parking reason;
receiving third response information for the third inquiry information sent by the second user;
generating fourth inquiry information based on the third response information and sending the fourth inquiry information to the merchant;
receiving fourth response information for the fourth inquiry information sent by the merchant;
and analyzing the fourth response information, and controlling the parking space lock to be opened when the fourth response information is allowed to park.
The working principle and the beneficial effects of the technical scheme are as follows:
inquiring the commercial tenant when a user needs to stop in a special parking space of the commercial tenant; and the management of the commercial tenant participating in the parking space is realized, and the rights and interests of the commercial tenant are guaranteed.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. A method of parking space security verification, comprising:
receiving merchant reservation information of a first user, and generating a first pass; the first pass includes first location information for a first parking space allowing the first user to park;
acquiring a first license plate number of the first user, and binding the first license plate number and the first pass to generate binding information; storing the binding information to a parking pass management center;
and acquiring the binding information of the parking pass management center, and verifying whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information.
2. The method of parking space security verification of claim 1, further comprising:
acquiring a second license plate number of a second user identified by the parking lot vehicle identification subsystem through the parking lot vehicle identification subsystem;
and inquiring the binding information of the parking pass management center based on the second license plate number, acquiring the first pass corresponding to the first license plate number when the second license plate number is the first license plate number, and guiding a user to park based on the first position information in the first pass.
3. The method of parking space security verification of claim 1, further comprising:
receiving a parking request sent by a mobile terminal of a third user; the parking request comprises second position information of a first target parking space for parking by the third user;
inquiring the binding information based on the parking request, and generating a second pass certificate and controlling the parking space lock to be opened when the second position information is not the first position information;
and after the third user is induced to park the vehicle in the first target parking space through the parking space induction device, the ID of the first target parking space and the second position information are sent to the mobile terminal of the third user.
4. The method of parking space security verification of claim 2, further comprising:
when detecting that the vehicle of the second user is ready to park through the parking space sensing device of the second parking space, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, acquiring a first pass guided by the parking guidance subsystem through the parking guidance subsystem, and verifying whether the second parking space is a third parking space in the first pass of a fourth user guided by the parking guidance subsystem;
when the second parking space is not the third parking space, sending first reminding information and first inquiry information to a second mobile terminal of the second user, wherein the first inquiry information is whether to determine parking;
receiving first response information for the first inquiry information sent by the second mobile terminal, and analyzing the first response information;
when the first response information is that parking is determined, verifying whether the second parking space is a fourth parking space in other binding information in the parking pass management center;
when the second parking space is not the fourth parking space, changing the first parking space in the first pass into the second parking space and permitting parking, and controlling a parking space lock to be opened;
when the second parking space is the fourth parking space, exchanging the first parking space in the first pass with the first parking space in other binding information, permitting parking, and controlling a parking space lock to be opened;
when the second parking space is the third parking space, acquiring the use condition of the parking space in the parking lot; when a parking space is free and the guiding distance from the fourth user to the free fifth parking space is smaller than the guiding distance from the fourth user to the third parking space, sending second inquiry information for replacing the parking space to the mobile terminal of the fourth user;
receiving second response information for the second inquiry information, which is sent by the mobile terminal of the fourth user, and analyzing the second response information;
when the second response information indicates that replacement is approved, taking the fifth parking space as the parking space of the first pass of the fourth user, taking the second parking space as the parking space of the first pass of the second user, permitting the second user to park, and controlling a parking space lock to be opened;
and when the second response message is not approved to be replaced, sending a second reminding message to the second user, and continuously guiding the second user to stop.
5. The method of parking space security verification of claim 2, further comprising:
when detecting that the vehicle of the second user is ready to park through the parking space sensing device of the second parking space, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, verifying whether the second parking space is a special parking space of a merchant;
when the second parking space is a special parking space, sending third inquiry information to the second user, wherein the third inquiry information comprises a parking reason;
receiving third response information for the third query information sent by the second user;
generating fourth inquiry information based on the third response information and sending the fourth inquiry information to the merchant;
receiving fourth response information sent by the merchant for the fourth inquiry information;
and analyzing the fourth response information, and controlling the parking space lock to be opened when the fourth response information is allowed to park.
6. A parking space safety verification system is characterized by comprising a merchant reservation subsystem, a parking certificate management center, a first user mobile terminal and a parking lot management subsystem;
the merchant reservation subsystem receives merchant reservation information of the first user through the mobile terminal of the first user and generates a first pass; the first pass includes first location information for a first parking space allowing the first user to park;
the merchant reservation subsystem acquires a first license plate number of the first user, and binds the first license plate number with the first pass to generate binding information; storing the binding information to a parking pass management center;
and the parking lot management subsystem acquires the binding information of the parking pass management center and verifies whether the parked vehicle on the second parking space in the parking lot is in compliance or not based on the binding information.
7. The system for parking space security verification of claim 6, further comprising a parking guidance subsystem and a parking lot vehicle identification subsystem;
the parking guidance subsystem acquires a second license plate number of a second user identified by the parking lot vehicle identification subsystem through the parking lot vehicle identification subsystem;
the parking guidance subsystem inquires the binding information of the parking pass management center based on the second license plate number, when the second license plate number is the first license plate number, the first pass corresponding to the first license plate number is obtained, and the user is guided to park based on the first position information in the first pass.
8. The system for parking space security verification of claim 6, further comprising: the parking space sensing device and the mobile terminal of the third user are respectively in communication connection with the parking lot management subsystem;
the parking lot management subsystem receives a parking request sent by the mobile terminal of the third user; the parking request comprises second position information of a first target parking space for parking by the third user;
the parking lot management subsystem inquires the binding information based on the parking request, and when the second position information is not the first position information, a second pass certificate is generated and the parking space lock is controlled to be opened;
and the parking lot management subsystem induces the third user to park the vehicle into the first target parking space through a parking space induction device, and then sends the ID of the first target parking space and the second position information to the mobile terminal of the third user.
9. The system for parking space security verification of claim 7, further comprising: the parking spot lock is in communication connection with the parking lot management subsystem;
the parking lot management subsystem further performs the following operations:
when detecting that the vehicle of the second user is ready to park through the parking space sensing device of the second parking space, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, acquiring a first pass guided by the parking guidance subsystem through the parking guidance subsystem, and verifying whether the second parking space is a third parking space in the first pass of a fourth user guided by the parking guidance subsystem;
when the second parking space is not the third parking space, sending first reminding information and first inquiry information to a second mobile terminal of the second user, wherein the first inquiry information is whether to determine parking;
receiving first response information for the first inquiry information sent by the second mobile terminal, and analyzing the first response information;
when the first response information is that parking is determined, verifying whether the second parking space is a fourth parking space in other binding information in the parking pass management center;
when the second parking space is not the fourth parking space, changing the first parking space in the first pass into the second parking space and permitting parking, and controlling a parking space lock to be opened;
when the second parking space is the fourth parking space, exchanging the first parking space in the first pass with the first parking space in other binding information, permitting parking, and controlling a parking space lock to be opened;
when the second parking space is the third parking space, acquiring the use condition of the parking space in the parking lot; when a parking space is free and the guiding distance from the fourth user to the free fifth parking space is smaller than the guiding distance from the fourth user to the third parking space, sending second inquiry information for replacing the parking space to the mobile terminal of the fourth user;
receiving second response information for the second inquiry information, which is sent by the mobile terminal of the fourth user, and analyzing the second response information;
when the second response information indicates that replacement is approved, taking the fifth parking space as the parking space of the first pass of the fourth user, taking the second parking space as the parking space of the first pass of the second user, permitting the second user to park, and controlling a parking space lock to be opened;
and when the second response message is not approved to be replaced, sending a second reminding message to the second user, and continuously guiding the second user to park by the parking guidance subsystem.
10. The system for parking space security verification of claim 7, further comprising:
the parking spot lock is in communication connection with the parking lot management subsystem;
the parking lot management subsystem further performs the following operations:
when detecting that the vehicle of the second user is ready to park through the parking space sensing device of the second parking space, verifying whether the second parking space is the first parking space;
when the second parking space is the first parking space, controlling a parking space lock to be opened;
when the second parking space is not the first parking space, verifying whether the second parking space is a special parking space of a merchant;
when the second parking space is a special parking space, sending third inquiry information to the second user, wherein the third inquiry information comprises a parking reason;
receiving third response information for the third query information sent by the second user;
generating fourth inquiry information based on the third response information and sending the fourth inquiry information to the merchant;
receiving fourth response information sent by the merchant for the fourth inquiry information;
and analyzing the fourth response information, and controlling the parking space lock to be opened when the fourth response information is allowed to park.
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Application publication date: 20210810 |