Disclosure of Invention
Aiming at the defects in the prior art, the intelligent parking communication system and the parking reservation method based on the intelligent parking communication system are provided for solving the technical problems. In a first aspect, the present invention provides an intelligent parking communication system, including: the parking system comprises a first terminal, a parking information platform, a remote information processing center and a plurality of intelligent parking spot locks;
the parking information platform is arranged in the first terminal, the parking information platform and the remote information processing center in the first terminal are both communicated with the intelligent parking spot locks, and the parking information platform in the first terminal is communicated with the remote information processing center.
Optionally, the system further includes a second terminal, and the plurality of intelligent parking spot locks communicate with the telematics center through the second terminal.
Optionally, the system further comprises a communication intelligent parking spot lock, the intelligent parking spot locks communicate with the communication intelligent parking spot lock, and the communication intelligent parking spot lock communicates with the remote information processing center or the remote information processing center through the second terminal.
Optionally, a network communication module and a state indication module are arranged in the intelligent parking spot locks or in the communication intelligent parking spot locks, or a network communication module and a state indication module are connected outside the intelligent parking spot locks or outside the communication intelligent parking spot locks.
Optionally, the first terminal and the second terminal are both provided with network communication modules, and the first terminal is further provided with a geographic position positioning module and a camera module.
Optionally, the network communication module includes, but is not limited to, a long-distance communication module, a WiFi communication module, and/or a bluetooth communication module.
Optionally, still be provided with environmental monitoring module in the intelligence parking stall lock, environmental monitoring module is ultrasonic detection module, earth induction detection module or remote infrared detection module.
In a second aspect, the present invention further provides an off-site parking method based on the intelligent parking communication system, including:
the method comprises the steps that a terminal scans a scanning identifier of an intelligent parking spot lock corresponding to a parking spot, a remote information processing center obtains field parking application information sent by a parking information platform in the terminal, and the use right of the parking spot corresponding to the field parking application information is verified according to the field parking application information sent by the parking information platform in the terminal;
the remote information processing center sends parking payment information to the parking information platform when judging that the use right of the parking space is not locked, and sends a first secret key and a second secret key of the intelligent parking space lock corresponding to the parking space to the parking information platform after receiving a payment success instruction sent by the parking information platform;
the parking information platform establishes connection between a first secret key of the intelligent parking space lock corresponding to the acquired parking space and the intelligent parking space lock corresponding to the parking space, and the second secret key controls the opening and closing of the intelligent parking space lock corresponding to the parking space.
Optionally, after the telematics center sends the parking payment information to the parking information platform when determining that the right to use the parking space is not locked, the method further includes:
and the remote information processing center updates the reserved state of the parking space on the remote information processing center.
Optionally, after the telematics center receives the payment success instruction sent by the parking information platform, the method further includes:
the remote information processing center locks the right to use the parking space, pushes a third secret key and a fourth secret key to the intelligent parking space lock corresponding to the parking space, and meanwhile updates the reserved state of the parking space on the remote information processing center and starts parking charging for the parking space;
the third secret key replaces the first secret key after the intelligent parking space lock is locked again, and the fourth secret key replaces the second secret key after the intelligent parking space lock is locked again.
Optionally, after the remote information processing center verifies the right to use the parking space corresponding to the on-site parking application information according to the on-site parking application information of the parking information platform, the method further includes:
when the remote information processing center judges that the use right of the parking space is locked but accords with the field parking application information, the remote information processing center sends a first secret key and a second secret key of the intelligent parking space lock corresponding to the parking space to the terminal, and simultaneously sends a third secret key and a fourth secret key to the intelligent parking space lock corresponding to the parking space;
and the remote information processing center updates the reserved state of the parking space on the remote information processing center and starts to charge for parking of the parking space.
Optionally, after the remote information processing center verifies the right to use the parking space corresponding to the on-site parking application information according to the on-site parking application information sent by the parking information platform, the method further includes:
and the remote information processing center sends information of failure parking application to the parking information platform when judging that the use right of the parking space is locked and does not accord with the field parking application information.
Optionally, the method for updating, by the telematics center, the reservation state of the parking space on the telematics center further includes:
and when the payment success instruction sent by the parking information platform is not received within a preset time period, updating the reservation state of the parking space on the remote information processing center.
In a third aspect, the present invention further provides an on-site parking method based on the above intelligent parking communication system, including:
when an environment monitoring module corresponding to an intelligent parking stall lock detects that a vehicle enters a parking area, the intelligent parking stall lock judges whether a parking stall corresponding to the intelligent parking stall lock is reserved or not;
if so, the intelligent parking spot lock gives an alarm and prohibits the vehicle from driving into the parking spot;
or
If not, the intelligent parking spot lock unlocks a parking spot corresponding to the intelligent parking spot lock, allows the vehicle to park in the parking spot and uploads the parking spot state to a remote information processing center;
and the remote information processing center updates the reserved state of the parking space on the remote information processing center according to the uploaded parking space state.
In a fourth aspect, the present invention further provides a parking reservation method based on the intelligent parking communication system, including:
the remote information processing center carries out pre-fee deduction operation on the parking information platform according to parking space reservation application information submitted by the parking information platform;
the parking information platform generates a guiding route according to the destination position in the reservation application information and carries out parking guidance;
when the vehicle corresponding to the parking information platform approaches the destination position, the remote information processing center performs reservation locking on the parking space in the destination position and updates the reservation state of the locked parking space, meanwhile, pushes the geographic position information, the first secret key and the second secret key information of the intelligent parking space lock corresponding to the locked parking space to the parking information platform, and finally pushes the third secret key and the fourth secret key of the intelligent parking space lock corresponding to the locked parking space to the intelligent parking space lock corresponding to the locked parking space;
the third secret key replaces the first secret key after the intelligent parking space lock is locked again, and the fourth secret key replaces the second secret key after the intelligent parking space lock is locked again.
Optionally, after the telematics center pushes the third key and the fourth key of the intelligent parking spot lock corresponding to the locked parking spot to the intelligent parking spot lock corresponding to the locked parking spot, the method further includes:
if the locked parking space is located in the parking lot, the remote information processing center pushes the reservation application information to the parking lot corresponding to the locked parking space;
the parking lot corresponding to the locked parking space verifies and identifies the vehicle corresponding to the parking information platform or the user identification corresponding to the parking information platform according to the reservation application information, the vehicle enters the parking lot after passing the verification, and meanwhile the entering time of the vehicle corresponding to the parking information platform is recorded and pushed to a remote information processing center;
optionally, after the telematics center pushes the third key and the fourth key of the intelligent parking spot lock corresponding to the locked parking spot to the intelligent parking spot lock corresponding to the locked parking spot, the method further includes:
the parking information platform generates a guide route according to the geographical position information of the intelligent parking spot lock corresponding to the locked parking spot to perform parking spot navigation;
the parking information platform pushes the first secret key and the second secret key to an intelligent parking space lock corresponding to the locked parking space when the vehicle corresponding to the parking information platform reaches the locked parking space;
the intelligent parking space lock corresponding to the locked parking space is connected with the parking information platform through the first secret key, a second secret key sent by the parking information platform is verified, and if the verification is successful, the parking information platform is allowed to control the intelligent parking space lock to be opened and closed;
the intelligent parking lock performs unlocking operation according to an unlocking instruction of the parking information platform and uploads a parking space state to a remote information processing center, and the remote information processing center updates an appointment state of a parking space corresponding to the intelligent parking lock on the remote information processing center according to the parking space state;
if the locked parking space is not in the parking lot, the remote information processing center updates the reserved state of the parking space corresponding to the intelligent parking space lock on the remote information processing center according to the parking space state, and then starts parking charging for the parking space corresponding to the intelligent parking space lock;
or,
if the parking information platform fails to verify, the first secret key and the second secret key in the parking information platform are erased, and after the reserved user identification information corresponding to the parking information platform is recorded, the reserved user identification information is uploaded to a remote information service center.
In a fifth aspect, the present invention further provides an automatic control method for a vehicle to leave a parking space based on the intelligent parking communication system, which is characterized by comprising:
the environment monitoring module monitors whether the vehicle is driven away from a parking space corresponding to the intelligent parking space lock;
the intelligent parking space lock comprises a third secret key and a fourth secret key, when the intelligent parking space lock acquires a driving-away signal of the environment monitoring module, the parking space corresponding to the intelligent parking space lock is locked, the first secret key is updated by the third secret key, the second secret key is updated by the fourth secret key, and meanwhile, a vehicle driving-away report is sent to a remote information processing center;
and the remote information processing center updates the reserved state of the parking space corresponding to the intelligent parking space lock on the remote information processing center according to the vehicle departure report, and meanwhile, settles the parking cost of the parking space corresponding to the intelligent parking space lock.
Optionally, after the environment monitoring module monitors whether the vehicle drives away from the parking space corresponding to the intelligent parking space lock, the method further includes:
the intelligent parking spot lock is free of a third secret key and a fourth secret key, when the intelligent parking spot lock acquires a driving-away signal of the environment monitoring module, the intelligent parking spot lock locks a parking spot corresponding to the intelligent parking spot lock and sends a vehicle driving-away report to a remote information processing center, and the remote information processing center updates the reserved state of the parking spot corresponding to the intelligent parking spot lock on the remote information processing center according to the vehicle driving-away report.
Optionally, after the remote information processing center updates the reservation state of the parking space corresponding to the intelligent parking space lock on the remote information processing center, the method further includes:
if the intelligent parking spot lock is in the parking lot, the parking lot where the intelligent parking spot lock is located verifies the driven-off vehicle according to the reservation application information sent by the remote information processing center, after the verification is passed, the driven-off vehicle is allowed to drive off the parking lot and the driving-off time is recorded, and finally, a field leaving report is sent to the remote information processing center;
and the remote information processing center settles the parking fee of the driven-away vehicle according to the departure report.
In a sixth aspect, the present invention further provides a method for manually controlling a vehicle to leave a parking space based on the intelligent parking communication system, including:
after the vehicle leaves the parking space corresponding to the intelligent parking space lock, the parking information platform controls the intelligent parking space lock to perform locking operation and sends a driving-away report to a remote information processing center after acquiring locking confirmation information of the intelligent parking space lock and updating confirmation information of a third secret key and a fourth secret key;
and the remote information processing center updates the reserved state of the parking space corresponding to the intelligent parking space lock on the remote information processing center according to the received driving-away report sent by the terminal, and meanwhile, settles the cost of the parking space corresponding to the intelligent parking space lock.
Optionally, after the remote information processing center updates the reservation state of the parking space corresponding to the intelligent parking space lock on the remote information processing center, the method further includes:
if the intelligent parking spot lock is in the parking lot, the parking lot where the intelligent parking spot lock is located verifies the driven-off vehicle according to the reservation application information sent by the remote information processing center, after the verification is passed, the driven-off vehicle is allowed to drive off the parking lot and the driving-off time is recorded, and finally, a field leaving report is sent to the remote information processing center;
and the remote information processing center settles the parking fee of the driven-away vehicle according to the departure report.
The invention provides an intelligent parking communication system and an appointed parking method based on the intelligent parking communication system, which realize the whole parking appointment service that a user finds a parking space from the parking space to reserve a parking space through the interaction of a terminal, a parking information platform in the terminal, a remote information processing center and an intelligent parking space lock, improve the parking efficiency of the user and bring brand new experience to the user.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some embodiments, but not all embodiments, of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 to fig. 5 are schematic structural diagrams of an intelligent parking communication system according to an embodiment of the present invention, as shown in the figures, including: the parking system comprises a first terminal, a parking information platform, a remote information processing center and a plurality of intelligent parking spot locks;
the parking information platform is arranged in the first terminal, the parking information platform and the remote information processing center in the first terminal are both communicated with the intelligent parking spot locks, and the parking information platform in the first terminal is communicated with the remote information processing center.
Preferably, the system further comprises a second terminal, and the plurality of intelligent parking spot locks are communicated with the remote information processing center through the second terminal.
Preferably, the system further comprises a communication intelligent parking spot lock, the intelligent parking spot locks communicate with the communication intelligent parking spot lock, and the communication intelligent parking spot lock communicates with the remote information processing center or the remote information processing center through the second terminal.
Preferably, a network communication module and a state indication module are arranged in the intelligent parking space locks or in the communication intelligent parking space locks, or a network communication module and a state indication module are connected outside the intelligent parking space locks or outside the communication intelligent parking space locks.
The state indicating module is used for displaying the parking space state of the current intelligent parking space lock;
preferably, the first terminal and the second terminal are both provided with network communication modules, and the first terminal is further provided with a geographic position positioning module and a camera module.
The camera module is used for identifying the two-dimensional code of the intelligent parking spot lock; the geographic position positioning module is used for determining the position of the vehicle and guiding parking;
preferably, the network communication module includes, but is not limited to, a long-distance communication module, a WiFi communication module, and/or a bluetooth communication module.
Wherein the network communication module comprises: a wired network communication module and a wireless network communication module; the wired network communication module includes but is not limited to: an RS485 communication module, an RS232 communication module and an Ethernet communication module; the wireless network communication module includes: a short-range communication module and a long-range communication module; short-range communication modules include, but are not limited to: an NFC communication module (non-contact radio frequency identification technology), a WiFi communication module and a Bluetooth communication module; the telecommunications module includes, but is not limited to: the communication module comprises a LoRa communication module, a GPRS communication module, a GSM communication module, a CDMA module, a TDS-CDMA communication module, a 3G communication module, a 4G communication module and/or a 5G communication module.
In the architecture of the intelligent parking lock communication system shown in fig. 1, the network communication module of the intelligent parking lock is a plurality of combinations of a long-distance communication module and a short-distance communication module, including but not limited to: the combination of the GPRS communication module and the Bluetooth communication module or the combination of the GPRS communication module and the WiFi communication module or the combination of the GPRS communication module, the Bluetooth communication module and the WiFi communication module;
in the architecture of the intelligent parking lock communication system shown in fig. 2 and 3, the network communication module of the intelligent parking lock preferably adopts a bluetooth communication module or a WiFi communication module with a lower cost;
in the architecture of the intelligent parking stall lock communication system shown in fig. 4 and 5, the network communication module of the second terminal may adopt one or more combinations of a wired network communication module and a wireless network communication module, including but not limited to: a combination of a bluetooth module and a long-distance communication module using Mesh (wireless Mesh network) technology, a combination of a bluetooth module and an ethernet communication module or an RS485 communication module or an RS232 communication module using Mesh (wireless Mesh network) technology, a combination of a bluetooth module and a WiFi module using Mesh (wireless Mesh network) technology, a combination of a WiFi communication module and a long-distance communication module, a combination of a WiFi communication module and an ethernet communication module or an RS485 communication module or an RS232 communication module; a combination of dual-frequency WiFi communication modules is adopted;
usually, the network communication module of the second terminal preferentially adopts the combination of a bluetooth module and an ethernet communication module, or the combination of a WiFi communication module and an ethernet communication module;
preferably, still be provided with environmental monitoring module in the intelligence parking stall lock, environmental monitoring module is ultrasonic detection module, earth induction detection module or remote infrared detection module.
Wherein, the environmental monitoring module is used for monitoring whether the parking stall drives away from the parking stall.
Fig. 6 is a schematic flow chart of an off-site on-site parking method based on the above-mentioned intelligent parking communication system according to an embodiment of the present invention, and as shown in fig. 6, the method includes the following steps:
601. the method comprises the steps that a terminal scans a scanning identifier of an intelligent parking spot lock corresponding to a parking spot, a remote information processing center obtains field parking application information sent by a parking information platform in the terminal, and the use right of the parking spot corresponding to the field parking application information is verified according to the field parking application information sent by the parking information platform in the terminal;
wherein, the mode of the scanning sign of above-mentioned terminal scanning intelligence parking stall lock includes but not limited to: the terminal scans the two-dimensional code of the intelligent parking lock through the camera, or the terminal scans the NFC identification of the intelligent parking lock through the NFC technology;
602. the remote information processing center sends parking payment information to the parking information platform when judging that the use right of the parking space is not locked, and sends a first secret key and a second secret key of the intelligent parking space lock corresponding to the parking space to the parking information platform after receiving a payment success instruction sent by the parking information platform;
603. the parking information platform establishes connection between a first secret key of the intelligent parking space lock corresponding to the acquired parking space and the intelligent parking space lock corresponding to the parking space, and the second secret key controls the opening and closing of the intelligent parking space lock corresponding to the parking space.
The off-site parking spaces in the above method can be understood as roadside parking spaces, that is, parking spaces which are not limited to a fixed area in distribution and do not need to be identified when vehicles enter or exit the parking area.
Preferably, after the telematics center sends the parking payment information to the parking information platform when it is determined that the right to use the parking space is not locked, the method further includes:
and the remote information processing center updates the reserved state of the parking space on the remote information processing center.
Preferably, after the telematics center receives the payment success command from the parking information platform, the method further includes:
the remote information processing center locks the right to use the parking space, pushes a third secret key and a fourth secret key to the intelligent parking space lock corresponding to the parking space, and meanwhile updates the reserved state of the parking space on the remote information processing center and starts parking charging for the parking space;
the third secret key replaces the first secret key after the intelligent parking space lock is locked again, and the fourth secret key replaces the second secret key after the intelligent parking space lock is locked again.
Preferably, after the remote information processing center verifies the right to use the parking space corresponding to the on-site parking application information according to the on-site parking application information of the parking information platform, the method further includes:
when the remote information processing center judges that the use right of the parking space is locked but accords with the field parking application information, the remote information processing center sends a first secret key and a second secret key of the intelligent parking space lock corresponding to the parking space to the terminal, and simultaneously sends a third secret key and a fourth secret key to the intelligent parking space lock corresponding to the parking space;
and the remote information processing center updates the reserved state of the parking space on the remote information processing center and starts to charge for parking of the parking space.
Preferably, after the remote information processing center verifies the right of use of the parking space corresponding to the on-site parking application information according to the on-site parking application information sent by the parking information platform, the method further includes:
and the remote information processing center sends information of failure parking application to the parking information platform when judging that the use right of the parking space is locked and does not accord with the field parking application information.
Preferably, after the telematics center updates the reservation status of the parking space on the telematics center, the method further includes:
and when the payment success instruction sent by the parking information platform is not received within a preset time period, updating the reservation state of the parking space on the remote information processing center.
The above method is described in detail by the following specific examples, and as shown in fig. 7, the method comprises the following steps: when a user arrives at a parking space, a scanning mark on an intelligent parking space lock is scanned through a terminal to apply for the use right of the parking space, a remote information processing center verifies the use right of the terminal in advance, the verification fails, the parking space is appointed, when the verification passes, the remote information processing center provides temporary parking space locking service, other users can not reserve the parking space, the appointed user performs parking prepayment operation on line, when payment is completed within set time, the remote information processing center pushes control right information of the intelligent parking space lock to the user and starts parking charging, the appointed user is connected with the intelligent parking space lock through the terminal to obtain temporary control right, and the intelligent parking space lock is controlled to be opened and closed according to the temporary control right; on the contrary, when the payment is not completed in the set time, the remote information processing center reopens the reservation service of the parking space.
Fig. 8 is a flow chart illustrating a method for parking on site in a parking lot of an intelligent parking communication system according to an embodiment of the present invention, where, as shown in fig. 8, the method includes the following steps:
801. when the environment monitoring module corresponding to the intelligent parking spot lock detects that a vehicle enters a parking area, the intelligent parking spot lock judges whether a parking spot corresponding to the intelligent parking spot lock is reserved or not.
802. If so, the intelligent parking spot lock gives an alarm and prohibits the vehicle from driving into the parking spot;
or
803. If not, the intelligent parking spot lock unlocks a parking spot corresponding to the intelligent parking spot lock, allows the vehicle to park in the parking spot and uploads the parking spot state to a remote information processing center;
804. and the remote information processing center updates the reserved state of the parking space on the remote information processing center according to the uploaded parking space state.
As shown in fig. 9, when a user selects a parking space to park on site, the intelligent parking space lock detects that a vehicle enters the parking space through geomagnetism, and when the parking space is not reserved, the intelligent parking space lock puts down a blocking arm to permit the vehicle to enter the parking space for parking in a warehouse, and the intelligent parking space lock uploads the parking space state to the remote information processing center; when the parking space is reserved, the intelligent parking space lock gives an alarm by sound or light, and the parking space blocking arm is always erected to prohibit the vehicle from entering the parking space.
Fig. 10 is a flowchart illustrating a parking reservation method of the intelligent parking communication system, as shown in fig. 10, the method includes:
1001. the remote information processing center carries out pre-fee deduction operation on the parking information platform according to parking space reservation application information submitted by the parking information platform;
1002. the parking information platform generates a guiding route according to the destination position in the reservation application information and carries out parking guidance;
1003. when the vehicle corresponding to the parking information platform approaches the destination position, the remote information processing center performs reservation locking on the parking space in the destination position and updates the reservation state of the locked parking space, meanwhile, pushes the geographic position information, the first secret key and the second secret key information of the intelligent parking space lock corresponding to the locked parking space to the parking information platform, and finally pushes the third secret key and the fourth secret key of the intelligent parking space lock corresponding to the locked parking space to the intelligent parking space lock corresponding to the locked parking space;
the third secret key replaces the first secret key after the intelligent parking space lock is locked again, and the fourth secret key replaces the second secret key after the intelligent parking space lock is locked again.
It can be understood that when the intelligent parking spot lock corresponding to the locked parking spot obtains the third key and the fourth key, the intelligent parking spot lock enters the reservation mode, and the state indication module of the intelligent parking spot lock displays the reserved state.
Preferably, after the telematics center pushes the third key and the fourth key of the intelligent parking spot lock corresponding to the locked parking spot to the intelligent parking spot lock corresponding to the locked parking spot, the method further includes:
if the locked parking space is located in the parking lot, the remote information processing center pushes the reservation application information to the parking lot corresponding to the locked parking space;
the parking lot corresponding to the locked parking space verifies and identifies the vehicle corresponding to the parking information platform or the user identification corresponding to the parking information platform according to the reservation application information, the vehicle enters the parking lot after passing the verification, and meanwhile the entering time of the vehicle corresponding to the parking information platform is recorded and pushed to a remote information processing center;
the parking lot mentioned above may be understood as a parking lot management system or a parking lot manager; the reservation application information can be understood as including reservation user information, vehicle information, reservation order information;
the verification and identification of the vehicle corresponding to the terminal can be understood as follows: a parking lot management system or parking lot personnel verify the license plate of the vehicle, the color of the vehicle body and other related information; the verification and identification of the user identifier corresponding to the terminal can be understood as follows: the parking lot management system acquires relevant information on the user terminal to carry out user authentication; the entrance time of the vehicle is used for recording the starting time of the vehicle entering the parking lot, and the starting time is compared with the leaving time of the vehicle leaving the parking lot, so that the parking cost is calculated.
Preferably, after the telematics center pushes the third key and the fourth key of the intelligent parking spot lock corresponding to the locked parking spot to the intelligent parking spot lock corresponding to the locked parking spot, the method further includes:
the parking information platform generates a guiding route for parking space navigation according to the geographical position information of the intelligent parking space lock corresponding to the locked parking space,
the parking information platform pushes the first secret key and the second secret key to an intelligent parking space lock corresponding to the locked parking space when the vehicle corresponding to the parking information platform reaches the locked parking space;
the intelligent parking space lock corresponding to the locked parking space is connected with the parking information platform through the first secret key, a second secret key sent by the parking information platform is verified, and if the verification is successful, the parking information platform is allowed to control the intelligent parking space lock to be opened and closed;
the intelligent parking lock performs unlocking operation according to an unlocking instruction of the parking information platform and uploads a parking space state to a remote information processing center, and the remote information processing center updates an appointment state of a parking space corresponding to the intelligent parking lock on the remote information processing center according to the parking space state;
if the locked parking space is not in the parking lot, the remote information processing center updates the reserved state of the parking space corresponding to the intelligent parking space lock on the remote information processing center according to the parking space state, and then starts parking charging for the parking space corresponding to the intelligent parking space lock;
or
If the parking information platform fails to verify, the first secret key and the second secret key in the parking information platform are erased, and after the reserved user identification information corresponding to the parking information platform is recorded, the reserved user identification information is uploaded to a remote information service center.
The above method is described in detail by specific examples, and as shown in fig. 11, the method comprises the following steps:
the parking information platform makes parking stall reservation and performs online prepayment, the parking information platform plans a route and starts route guidance, a vehicle approaches a parking area, a remote information processing center locks a parking stall in the parking area, the remote information processing center pushes user information and an updated secret key to an intelligent parking stall lock corresponding to a locked parking stall, when the remote information processing center locks the parking stall in the parking area, the remote information processing center pushes the intelligent parking stall lock control secret key corresponding to the reserved parking stall to the parking information platform, the parking information platform plans a driving path according to a final parking stall and performs parking stall guidance, which is divided into the situations of reservation inside the parking lot and reservation outside the parking lot, when the parking lot makes reservation, the remote information processing center sends a user identifier to the parking lot, the parking lot verifies the vehicle according to reservation application information, records the time of the vehicle entering the parking lot after the verification is successful, and releases the vehicle, when the parking information platform is used for reserving outside the field, after the parking information platform arrives at a destination parking space, the parking information platform is connected with an intelligent parking space lock corresponding to the reserved parking space, the intelligent parking space lock carries out user information verification, after the verification is passed, the parking information platform controls the intelligent parking space lock to unlock and park, the remote information processing center records the state of the parking space, at the moment, the reservation in the field is finished, but for the reservation outside the field, the remote information processing center can start parking charging for the reserved vehicle outside the field.
The specific process of verifying the user information by the intelligent parking stall lock is as shown in fig. 12, an appointed user arrives at a parking stall, the intelligent parking stall lock establishes connection with the intelligent network terminal to verify user information, verification fails, the intelligent parking stall lock requests the parking information platform to erase control right information of the intelligent parking stall lock of the user, the parking information platform successfully erases and feeds back the control right information to the intelligent parking stall lock, the intelligent parking stall lock actively cuts off connection with the user, when the verification passes, the user obtains temporary control right of the intelligent parking stall lock, at the moment, two ways of parking in place and parking are provided for the user, the first choice is that the user manually controls the parking stall lock to put down a blocking arm, the second choice is that a geomagnetic induction vehicle enters in place and puts down the blocking arm for the intelligent parking stall lock, the user parks in place, the intelligent parking stall lock uploads parking stall states, and.
The reservation in the parking lot in the above example can be understood as that a user reserves a parking space, the parking space is in a fixed parking area, and the vehicle needs to be identified when entering the parking area, so that the reservation can be simply understood as that a parking lot parking space with in-and-out vehicle management is reserved; the off-site reservation can be understood as a parking space reserved by a user, and the parking space is a roadside parking space, namely, the parking space is not limited in a fixed area and the vehicle enters or exits the parking area without identification.
Fig. 13 is a schematic flow chart of a method for automatically controlling a vehicle to leave a parking space of an intelligent parking communication system according to an embodiment of the present invention, as shown in fig. 13, the method includes the following steps:
1301. the environment monitoring module monitors whether the vehicle is driven away from a parking space corresponding to the intelligent parking space lock;
1302. the intelligent parking space lock comprises a third secret key and a fourth secret key, when the intelligent parking space lock acquires a driving-away signal of the environment monitoring module, the parking space corresponding to the intelligent parking space lock is locked, the first secret key is updated by the third secret key, the second secret key is updated by the fourth secret key, and meanwhile, a vehicle driving-away report is sent to a remote information processing center;
1303. and the remote information processing center updates the reserved state of the parking space corresponding to the intelligent parking space lock on the remote information processing center according to the vehicle departure report, and meanwhile, settles the parking cost of the parking space corresponding to the intelligent parking space lock.
Preferentially, if the intelligent parking spot lock is in a parking lot, the parking lot where the intelligent parking spot lock is located verifies a driven vehicle according to the reservation application information sent by the remote information processing center, the driven vehicle is allowed to drive away from the parking lot after the verification is passed, the driving time is recorded, and finally, a departure report is sent to the remote information processing center;
and the remote information processing center settles the parking fee of the driven-away vehicle according to the departure report.
Preferably, after the environment monitoring module monitors whether the vehicle has driven away from the parking space corresponding to the intelligent parking space lock, the method further includes:
the intelligent parking spot lock is free of a third secret key and a fourth secret key, when the intelligent parking spot lock acquires a driving-away signal of the environment monitoring module, the intelligent parking spot lock locks a parking spot corresponding to the intelligent parking spot lock and sends a vehicle driving-away report to a remote information processing center, and the remote information processing center updates the reserved state of the parking spot corresponding to the intelligent parking spot lock on the remote information processing center according to the vehicle driving-away report.
When the vehicle is driven out of the parking space, as shown in fig. 14, the vehicle can be realized by combining the above steps, and the detailed description of the embodiment is omitted.
Fig. 15 is a schematic flowchart of a method for manually controlling a vehicle to leave a parking space in an intelligent parking communication system according to an embodiment of the present invention, where as shown in fig. 15, the method includes the following steps:
1501. after the vehicle leaves the parking space corresponding to the intelligent parking space lock, the parking information platform controls the intelligent parking space lock to perform locking operation and sends a driving-away report to a remote information processing center after acquiring locking confirmation information of the intelligent parking space lock and updating confirmation information of a third secret key and a fourth secret key;
1502. and the remote information processing center updates the reserved state of the parking space corresponding to the intelligent parking space lock on the remote information processing center according to the received driving-away report sent by the terminal, and meanwhile, settles the cost of the parking space corresponding to the intelligent parking space lock.
Preferably, after the telematics center updates the reservation status of the parking space corresponding to the intelligent parking space lock on the telematics center, the method further includes:
if the intelligent parking spot lock is in the parking lot, the parking lot where the intelligent parking spot lock is located verifies the driven-off vehicle according to the reservation application information sent by the remote information processing center, after the verification is passed, the driven-off vehicle is allowed to drive off the parking lot and the driving-off time is recorded, and finally, a field leaving report is sent to the remote information processing center;
and the remote information processing center settles the parking fee of the driven-away vehicle according to the departure report.
When the vehicle is driven out of the parking space, as shown in fig. 16, the vehicle can be realized by combining the above steps, and the detailed description of the embodiment is omitted.
It should be noted that the terminal in the above example can be understood as an intelligent handheld device (including but not limited to a smart phone, a handheld device specially developed for an intelligent parking system), a vehicle-mounted human-computer interaction terminal (including but not limited to a human-computer interaction terminal including a bmaderve vehicle-mounted system, a ford SYNC vehicle-mounted system, a google android auto vehicle-mounted system, and an apple display vehicle-mounted system); the intelligent parking spot lock can be understood as an intelligent ground lock with a rocker arm, an intelligent three-dimensional parking garage and an intelligent garage antitheft door. This example is for illustration only, but does not limit which intelligent parking lock is used specifically.
Furthermore, those skilled in the art will appreciate that while some embodiments described herein include some features included in other embodiments, rather than other features, combinations of features of different embodiments are meant to be within the scope of the invention and form different embodiments.
Although the embodiments of the present invention have been described in conjunction with the accompanying drawings, those skilled in the art may make various modifications and variations without departing from the spirit and scope of the invention, and such modifications and variations fall within the scope defined by the appended claims.