CN111179629A - Distributed parking lot parking space reservation management system - Google Patents
Distributed parking lot parking space reservation management system Download PDFInfo
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- CN111179629A CN111179629A CN201811336365.6A CN201811336365A CN111179629A CN 111179629 A CN111179629 A CN 111179629A CN 201811336365 A CN201811336365 A CN 201811336365A CN 111179629 A CN111179629 A CN 111179629A
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- G08G1/145—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas
- G08G1/146—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas where the parking area is a limited parking space, e.g. parking garage, restricted space
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- G08G1/148—Management of a network of parking areas
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- 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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Abstract
The invention relates to a distributed parking lot parking space reservation management system, which comprises: a plurality of parking lot systems; a hub processor; a user terminal; a cloud server; the parking lot system comprises a parking lot management processor, parking spaces, an induction device, a matching device, a timing device and a parking space lock system, wherein the induction device, the matching device and the parking space lock system are arranged on the parking spaces, the parking spaces are multiple, the matching device, the timing device and the parking space lock system are all connected with the parking lot management processor, and the induction device is connected with the matching device. According to the invention, by integrating a plurality of parking lot systems into one system, after the parking spaces of the destination parking lot are full, allocation is carried out according to the principle of proximity through the central hub processor, so that the integrated utilization of a plurality of parking lot resources is realized, the utilization rate of the parking spaces of the parking lot is improved, and meanwhile, the travel requirements of modern people are greatly facilitated through the remote parking space reservation system and the online payment system.
Description
Technical Field
The invention relates to the technical field of parking space reservation in a parking lot, in particular to a distributed parking space reservation management system in the parking lot.
Background
With the continuous development of social economy, the quantity of automobiles owned is greatly increased, the parking problem becomes more prominent gradually, and especially, a driver cannot find a proper parking space at a destination and has to waste a large amount of time.
In order to solve the problem that no parking space is found at a destination, in recent years, a remote parking space reservation method is proposed, that is, a user reserves an idle parking space near the destination from a server through a client before the user reaches the destination, and the heat of shared parking spaces is gradually increased along with the explosion of a sharing concept, and the existing parking space sharing mode is as follows: a first party provides a parking space in a place, locks the parking space by using a parking space lock, uploads parking space information to a server, a second party with a parking demand in the place remotely reserves the parking space through the server, and opens the parking space lock and parks the vehicle after the parking space is reached and matching information is passed. The first party can be an individual or a parking lot, and the mode gradually becomes a mainstream mode of reserving parking spaces.
However, the mode is only temporary solution but not permanent solution, the number of the parking spaces provided by individuals is obviously too small, even in a parking lot, the number of the parking spaces is limited, the existing parking lot has own clients, a user needs to download the clients to use the reservation system, when the user needs to go to a plurality of places, the user needs to download the APP of the parking lots in different places, and the user experience is very bad.
Disclosure of Invention
The invention aims to overcome the defects in the prior art and provides a distributed parking lot parking space reservation management system. The specific implementation mode is as follows:
the embodiment of the invention provides a distributed parking lot parking space reservation management system, which comprises:
a plurality of parking lot systems;
the central hub processor is respectively connected with a plurality of parking lot systems;
the user terminal is respectively connected with the parking lot system and the central hub processor;
the cloud server is connected with the parking lot system, the central hub processor and the user terminal;
the parking lot system comprises a parking lot management processor, parking spaces, an induction device, a matching device, a timing device and a parking space lock system, wherein the induction device, the matching device and the parking space lock system are arranged on the parking spaces, the parking spaces are multiple, the matching device, the timing device and the parking space lock system are all connected with the parking lot management processor, and the induction device is connected with the matching device.
In a specific embodiment, the parking lot system further includes:
and the parking space database is connected with the parking space management processor and the timing device.
In a specific embodiment, the sensing device is one of an image sensing device, an ultrasonic sensing device or a magnetic field sensing device.
In a specific embodiment, the parking lock system includes:
a parking spot lock;
the parking space lock control system is connected with the parking lot management processor;
and the parking space lock driving system is respectively connected with the parking space lock and the parking space lock control system.
In a specific embodiment, the parking spot lock is a ground lock or a lifting upright post.
In a particular embodiment, the hub processor comprises:
a storage unit;
and the distribution processing unit is respectively connected with the storage unit, the parking lot system, the cloud server and the user terminal.
In a specific embodiment, the ue includes:
a parking information unit;
a parking application unit;
and the application processor is connected with the parking application unit and the parking information unit.
In a specific embodiment, the parking application unit includes:
a parking application input unit including a voice input device or a text input device;
the parking application output unit comprises a display device or a voice playing device.
In a specific embodiment, the parking lot management system further comprises a charging device and a payment module, wherein the charging device is connected with the parking lot management processor, the payment module is arranged on the user terminal, and the payment module is connected with the application processor.
The invention has the beneficial effects that:
1. according to the invention, a plurality of parking lot systems capable of remotely applying parking places are integrated into one system, so that after the parking places of the destination parking lot are full, the central processor allocates the parking lots according to the principle of proximity, the integrated utilization of a plurality of parking lot resources is realized, the parking place utilization rate of the parking lot is greatly improved, and the development trend of the existing smart city is met.
2. In the prior art, a user needs to spend time for searching a parking lot after reaching a destination, sometimes the found parking lot has no redundant parking spaces and needs to be searched again, and a large amount of time is wasted.
3. In the distributed parking lot parking space reservation management system provided by the invention, the first acceptance program of parking space reservation is distributed in each parking lot system, the central processor is mainly used for allocating the idle parking spaces of each parking lot, and the program burden of the central processor is reduced, so the working efficiency of the central processor is extremely high.
Drawings
Fig. 1 is a schematic structural diagram of a distributed parking lot parking space reservation management system according to the present invention;
fig. 2 is a schematic structural diagram of a parking lot system according to the present invention.
Description of the drawings:
1 a parking lot system; 2, user terminal; 3 a central processor; 4, a cloud server; 11 a parking lot management processor; 12 parking spaces; 13 a sensing device; 14 matching means; 15 parking space lock control system; 16 parking spot lock driving systems; 17, a parking spot lock; 18 parking lot parking space database; 19 a timing device.
Detailed Description
The present invention will be described in further detail below with reference to the drawings and specific examples, but the present invention is not limited thereto.
It should be particularly noted that, in the present invention, the power supply is an indispensable part, and the parking lot system 1, the hub processor 3, the user terminal 2, the cloud server 4 and the parking space lock are all provided with independent power supplies, but the application of the power supply belongs to the common general knowledge in the technical field, and therefore, is not specifically described herein, and similarly, the instruction transmission method among the parts is a common communication means in the prior general knowledge, for example, information transmission is performed by using a public network, a local area network or bluetooth, and the like, and is not specifically described herein.
Example one
The embodiment of the invention provides a distributed parking lot parking space reservation management system, which comprises:
the parking lot system 1 comprises a plurality of parking lot systems 1;
the central hub processor 3 is respectively connected with the parking lot systems 1 and is responsible for regulating and controlling the parking spaces among the parking lots;
the user terminal 2 is connected with the parking lot management system terminal and the central hub processor 3;
the cloud server 4 is connected with the parking lot system 1, the central hub processor 3 and the user terminal 2;
the parking lot system 1 comprises a parking lot management processor 11, parking spaces 12, a sensing device 13, a matching device 14, a timing device 19 and a parking space lock system, wherein the parking spaces 12 are multiple, the sensing device 13, the matching device 14 and the parking space lock system are arranged on each parking space 12, the sensing device 13 is arranged at an entrance of each parking space 12 and used for sensing vehicle information of a coming vehicle, the matching device 14, the timing device 19 and the parking space lock system are all connected with the parking lot management processor 11, and the sensing device 13 is connected with the matching device 14.
The working principle of the system for managing the parking space reservation of the distributed parking lot provided by the embodiment of the invention is as follows:
all parking spaces 12 in the parking lot are subjected to address coding according to positions, the parking spaces 12 are marked as parked, waiting to be parked and idle according to the using states of the parking spaces 12, and when the parking spaces 12 are in the idle state, the parking space lock system is in a lock closing state.
The parking lot management processor 11 transmits the number of parked, waiting, and free parking spaces of the parking lot to the cloud server 4 in real time.
The central processing unit 3 obtains the use condition of the parking spaces 12 in each parking lot from the cloud server 4, and stores the geographical position information of each parking lot.
The cloud server 4 stores the number of parking spaces in the parking lot in different states and the geographic position of each parking lot, which are transmitted from each parking lot system 1.
The user terminal 2 selects a parking lot according to the destination, and records the parking lot as a first parking lot, and sends a parking application request to the parking lot system 1 of the first parking lot, the request includes vehicle information and parking application information, and after the parking lot management terminal receives the request, the parking lot management processor 11 judges the situation of the remaining empty parking spaces:
1. the existence of idle parking spaces:
the parking lot management processor 11 selects an empty parking space, transmits the parking space address code information and the reservation time to the user terminal 2, simultaneously transmits the information of the vehicle to be parked to the matching device 14 of the parking space 12, marks the parking space 12 in a state to be parked, simultaneously controls the timing device 19 to start the reservation timing, and the matching device 14 temporarily stores the received information of the vehicle to be parked.
In a predetermined time, before the vehicle to be parked reaches the designated parking space 12, the sensing device 13 in front of the parking space 12 senses vehicle information and transmits the sensed vehicle information to the matching device 14, and the matching device 14 matches the sensed vehicle information with the temporarily stored vehicle information to be parked.
If the matching is successful, the matching device 14 sends information of successful matching to the parking lot management processor 11, the parking lot management processor 11 receives the information of successful matching and then sends an unlocking instruction to the parking space lock system and stops booking timing, the parking space lock system receives the information of the parking space state of the parking lot and then carries out unlocking action, unlocking information is generated after the unlocking action is completed, the parking space lock system feeds the unlocking information back to the parking lot management processor 11, the parking lot management processor 11 marks the parking space 12 as a parked state after receiving the unlocking information and controls the timing device 19 to start parking timing;
if the matching fails, the matching device 14 does not send matching information, and the parking lock system does not perform unlocking operation.
If the reservation time is exceeded and the parking lot management processor 11 of the first parking lot does not receive the information of successful matching, a matching withdrawal instruction is sent to the matching device 14, reservation timing is stopped, the parking space 12 is marked as an idle state, and the matching device 14 clears the information of the vehicle to be parked after receiving the matching withdrawal instruction.
2. The parking lot parking space is full:
the parking lot management processor 11 of the first parking lot forwards the request to the hub processor 3 and clears the application information, the hub processor 3 acquires the real-time parking space state conditions of the parking lots from the cloud server 4, selects the parking lot closest to the first parking lot according to the distance in other parking lots with spare parking spaces and records the parking lot as a second parking lot, and the hub processor 3 sends a parking waiting instruction to the parking lot system 1 of the second parking lot and sends the position information of the second parking lot to the user terminal 2; after receiving the position information of the second parking lot, the user terminal 2 selects a command for continuing parking or canceling the parking command and replies the command to the central hub processor 3; after receiving the instruction to park, the parking lot system 1 in the second parking lot selects an empty parking space as a state to park, and starts to schedule time.
When the hub processor 3 receives a command of canceling parking from the user terminal 2 or does not receive any command after the second parking lot reservation timing is finished, the hub processor 3 clears the request, does not receive the information sent from the user terminal 2 any more, and sends a command of canceling parking application to the parking lot system 1 of the second parking lot, and after the command of canceling parking application is received by the parking lot system 1 of the second parking lot, the parking lot 12 in the to-be-parked state of the previous selective marker is restored to the idle state, and the reservation timing is stopped.
When the central processor 3 receives a parking instruction returned from the user terminal 2, the central processor 3 sends a continuous parking instruction and a parking application request to a parking management terminal of a second parking lot, the parking management terminal of the second parking lot resets a scheduled timing after receiving the parking instruction and the parking, and sends parking space address code information and the scheduled timing information to the central processor 3, and the central processor 3 receives the parking space address code information and the scheduled timing information sent by the parking management terminal of the second parking lot and sends the parking space address code information and the scheduled timing information to the user terminal 2.
The process of the user terminal 2 going to the second parking lot for parking is the same as the process of going to the first parking lot for parking, and will not be described in detail.
When parking is finished, the user terminal 2 sends a parking finishing instruction to the parking lot management processor 11 of the current parking lot, the parking lot management processor 11 of the current parking lot receives the parking instruction and then sends a lock closing instruction to the parking space lock system, the parking space is marked as an idle state, the timing device 19 is controlled to stop parking timing, and the parking space lock system receives the lock closing instruction and then performs lock closing action.
Compared with the existing intelligent parking space reservation method, the existing intelligent parking space reservation system mostly meets the parking requirements of a single parking lot, and cannot meet the increasingly huge parking requirements at first, so that a user often needs to install APP of a plurality of parking lots to avoid the risk of shortage of parking spaces of the single parking lot, and the user experience is poor; secondly single parking area does not handle the parking demand with other parking area networking, can cause some parking areas to be vacant a large amount of parking stalls always, and some parking area positions are full of simultaneously, and there is a large amount of wastes in the parking stall resource, is not conform to the development direction in present wisdom city.
Meanwhile, according to the distributed parking lot parking space reservation management system provided by the invention, the user terminal 2 interacts with the parking lot system 1 of the first parking lot at first, if the first parking lot has a free parking space, the first parking lot system 1 uploads the updated parking space state to the cloud server 4 only after parking is finished, the central hub processes the updated parking space state of the first parking lot obtained from the cloud server 4, and the user terminal 2 does not need to interact with the central hub processor 3 again; even if the first parking lot has no free parking space, the user interacts with the central hub processor 3, and when the central hub processor 3 coordinates, only the second parking lot which has the free parking space and is closest to the first parking lot needs to be selected and then serves as a relay unit in the interaction process of the second parking lot and the user terminal 2, namely in the whole parking application process, the main processing processes of the parking lot systems 1 of the first parking lot and the second parking lot are all processes of managing the internal parking spaces and only perform simple instruction interaction with the central hub processor 3; the main operation process of the central processor 3 is to schedule the free parking spaces among the parking lots when the first parking lot has no free parking spaces, and only perform simple interaction or only play a relay role with the parking lot systems 1 of the first parking lot and the second parking lot, and because the data is mainly stored on the cloud server 4, the data calculation amount and the storage amount of the parking lot systems 1 of the first parking lot, the parking lot systems 1 of the second parking lot and the central processor 3 are small, and the operation speed of the whole system is high.
Further, the parking lot system 1 further includes a parking lot parking space database 18, the parking lot parking space database 18 is connected to the parking lot management processor 11 and the timing device 19, the parking lot parking space database 18 records and stores parking space information and timing information in real time, the parking space information includes parking space address code information of parking spaces in the parking lot, use states, parking space counting conditions of each state and the like, the timing information includes parking timing information and scheduled timing information and the like, the parking timing information includes parking start time, parking end time and parking duration, and the scheduled timing information includes scheduled start time, scheduled end time and scheduled duration.
When the parking lot management processor 11 selects an idle parking space and sends the parking space address code information to the user terminal 2, a first marking instruction is sent to the parking lot parking space database 18 at the same time, the first marking instruction comprises the parking space address code information sent to the user terminal 2 and information marked as waiting to park, after the parking lot parking space database 18 receives the first marking instruction, the idle state is marked as a waiting to park state, the number of the idle parking spaces is reduced by one, the number of the parking spaces to park is increased by one, and the preset timing is obtained from the timing device 19; when the vehicle is parked in the parking space, the parking lot management processor 11 sends a second marking instruction to the parking lot space database 18, the second marking instruction comprises the first marking instruction and information marked as parked, after the parking lot space database 18 receives the second marking instruction, the parking state to be parked is marked as a parked state, meanwhile, the number of the parking spaces to be parked is decreased by one, the number of the parked parking spaces is increased by one, the acquisition of the scheduled timing is stopped, and the acquisition of the parking timing from the timing device 19 is started; when stopping parking, the parking lot management processor 11 sends a third marking instruction to the parking lot space database 18, where the third marking instruction includes the second marking instruction and the information marked as free, and after receiving the third marking instruction, the parking lot space database 18 marks the parked state as a free state, and at the same time, the number of parked spaces is decreased by one, and the number of free spaces is increased by one, and the parking meter is stopped.
When the parking space information in the parking space database 18 changes, for example, when the parking space 12 changes from the idle state to the waiting state, the count of the waiting space increases by one, the count of the idle space decreases by one, and the like, the parking space database 18 sends the changed parking space information to the parking management processor 11, and the parking management processor 11 receives the changed parking space information, clears the parking space information sent by the previous parking space database 18, and sends the changed parking space information to the cloud server 4; meanwhile, when the reservation timing ends, the parking lot space database 18 transmits the reservation timing information to the parking lot management processor 11, and when the parking timing ends, the parking lot space database 18 transmits the parking timing information to the parking lot management processor 11.
Further, the sensing device 13 is one of an image sensing device 13, an ultrasonic sensing device 13 or a magnetic field sensing device 13, such as an SI sensor, a GMI sensor, an ultrasonic sensor, etc., the image sensing device 13 obtains information of a vehicle, such as a license plate number, an engine number, etc., by sensing the vehicle in front of the parking space and sends the information to the matching device 14, and the matching device 14 matches the information with the temporarily stored information of the vehicle to be parked.
Further, the parking space lock system comprises a parking space lock 17, a parking space lock control system 15 and a parking space lock driving system 16, the parking space lock 17 is connected with the parking space lock driving system 16, the parking space lock driving system 16 is connected with the parking space lock control system 15, the parking space lock control system 15 is connected with the parking lot management processor 11, the parking lot management processor 11 sends an unlocking instruction or a locking instruction to the parking space lock control system 15, the parking space lock control system 15 receives the unlocking instruction or the locking instruction and controls the parking space lock driving system 16 to work, the parking space lock driving system 16 drives the parking space lock 17 to unlock or lock, and after the parking space lock 17 completes the unlocking or locking action, the parking space lock driving system 16 stops working and keeps at the current position.
Specifically, the parking spot lock 17 is a ground lock or a lifting upright post.
Further, the hub processor 3 includes:
a storage unit;
and the distribution processing unit is connected with the storage unit and is connected with the parking lot system 1, the cloud server 4 and the user terminal 2.
The storage unit permanently stores the geographical position information of each parking lot, and temporarily stores the real-time parking space state condition of each parking lot acquired from the cloud server 4, and if there are N +1 parking lot systems 1 in the distributed parking lot parking space reservation management system provided by the present invention, after the central processor 3 receives a parking application request sent by a first parking lot, the working process of the allocation unit for allocation is as follows:
the first step is as follows: the allocation processing unit acquires the geographical position information of each parking lot and the real-time parking space state condition of each parking lot from the storage unit;
the second step is that: after the central processor 3 receives a parking application request sent by a first parking lot, the allocation processing unit determines the position of the first parking lot;
the third step: the distribution processing unit sorts the remaining parking lots according to the distance from the geographical position of the first parking lot, and marks the remaining parking lots as a parking lot 1, a parking lot 2, a parking lot 3 … … and a parking lot N;
the third step: the allocation processing unit selects the parking lot 1 and judges whether the parking lot 1 has idle parking spaces;
the fourth step: if the parking lot 1 has free parking spaces, the fifth step is carried out, if the parking lot 1 has no free parking spaces, the information of the parking lot 1 is cleared, and the parking lots 2-N are marked as the parking lots 1-N-1 again according to the numerical sequence;
repeating the third step and the fourth step until the parking 1 is judged to have a free parking space;
the fifth step: the allocation processing unit marks the parking lot 1 as a second parking lot, sends a parking waiting instruction to the parking lot system 1 of the second parking lot, and sends the position information of the second parking lot to the user terminal 2;
if the central processor 3 receives a command for canceling the parking from the user terminal 2 or does not receive any command after the preset timing of the second parking lot is finished, the sixth step and the tenth step are carried out;
and a sixth step: the allocation processing unit sends a command for canceling the parking application to the parking lot system 1 of the first parking lot and the parking lot system 1 of the second parking lot, and simultaneously clears the geographic position information of each parking lot and the real-time parking space state condition of each parking lot;
if the central hub processor 3 receives a continuous parking instruction returned from the user terminal 2, the seventh step to the tenth step are carried out;
the seventh step: the allocation processing unit sends a continuous parking instruction and a parking application request to a parking management terminal of a second parking lot;
eighth step: the allocation processing unit receives parking space address coding information and scheduled timing information sent by a parking management terminal of a second parking lot;
the ninth step: the allocation processing unit sends the parking space address coding information and the preset timing information to the user terminal 2, and geographical position information of each parking lot and real-time parking space state conditions of each parking lot are cleared;
the tenth step: the allocation processing unit sends a clearing instruction to the storage unit and ends the whole working process.
And after the storage unit receives the clearing instruction sent by the allocation processing unit, the temporarily stored real-time parking space state conditions of the parking lots acquired from the cloud server 4 are cleared.
Further, the user terminal 2 includes:
a parking information unit;
a parking application unit;
and the application processor is connected with the parking information unit and the parking application unit.
The parking information unit includes a vehicle information unit storing vehicle information of a user including information for identifying vehicle characteristics such as a license plate number, an engine model, a vehicle type, a vehicle length, and the like, a parking lot information unit including information of each parking lot location, and a map unit.
The user inputs destination position information through the parking application unit, the application processor obtains the destination position information, then the destination is located in the map unit, and position information of a plurality of parking lots around the destination is obtained, the application processor sends the position information of the parking lots to the parking application unit for the user to select, the user selects one parking lot, namely the first parking lot, and after the application processor obtains the selection of the parking lot, the application processor sends a parking application request, wherein the request comprises vehicle information and parking application.
Preferably, after the processor is applied for locating the destination, position information of 5-15 parking lots around the destination is obtained.
Further, the parking application unit includes:
a parking application input unit for inputting a parking application,
the parking application output unit, the parking application input unit and the parking application output unit are all connected with the application processor.
The parking application input unit is an input device of the parking application unit and comprises a voice input device or a character input device, wherein the voice input device comprises an intelligent sound box, a microphone with a voice recognition function and the like, and the character input device comprises a touch screen device or a key input device and the like which can be input by touch and is used for transmitting the parking requirement of a user to an application processor; the parking application output unit is an output device of the parking application unit, and comprises a display device or a voice playing device, the display device is a display screen, the voice playing device is a loudspeaker or a sound box, and the like, and can output parking information sent by the processor, such as information of a plurality of parking lot position information, parking space address coding information, scheduled timing and the like.
Furthermore, the distributed parking lot parking space reservation management system provided by the invention also comprises a charging device and a payment module, wherein the charging device is connected with the parking lot management processor 11, the payment module is arranged on the user terminal 2, the parking lot management processor 11 controls the timing device 19 to start parking timing and stop parking timing to respectively generate a parking start time, a parking end time and a parking duration, the parking lot management processor 11 sends the parking start time, the parking end time, the parking duration, the information of the parked vehicles, the parking space address code information of the parked vehicles and the parking lot information of the parked vehicles to the charging device after the parking timing is ended, and the charging device generates an electronic bill after receiving the information, wherein the electronic bill comprises the parking start time, the parking end time, the parking duration, the information of the parked vehicles, the parking space address code information of the parked vehicles and the parking lot information of the parked vehicles, The electronic bill is sent to the user terminal 2 by the charging device, the user pays the parking fee through the payment module according to the electronic bill, the whole process does not need manual participation, the charging is transparent and fair, disputes possibly generated by manual charging are reduced, meanwhile, the charging can be remotely paid, and manpower and material resources are saved.
In summary, the present invention has been described with specific preferred embodiments, and the description of the embodiments is only used to help understand the solution and the core idea of the present invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention, and the scope of the present invention should be defined by the appended claims.
Claims (9)
1. A distributed parking lot parking space reservation management system is characterized by comprising:
the parking lot system (1), there are several said parking lot systems (1);
the central hub processor (3), the central hub processor (3) is respectively connected with a plurality of the parking lot systems (1);
the user terminal (2), the said user terminal (2) is connected with said parking lot system (1) and said central hub processor (3) separately;
a cloud server (4), wherein the cloud server (4) is connected with the parking lot system (1), the central hub processor (3) and the user terminal (2);
parking area system (1) is including parking area management treater (11), parking stall (12), induction system (13), matching device (14), timing device (19) and parking stall lock system, be provided with on parking stall (12) induction system (13), matching device (14) and parking stall lock system, parking stall (12) have a plurality ofly, matching device (14), timing device (19) and parking stall lock system all connect parking area management treater (11), induction system (13) are connected matching device (14).
2. Decentralized parking space reservation management system according to claim 1, characterized in that the parking lot system (1) further comprises:
and the parking space database (18) is connected with the parking lot management processor (11) and the timing device (19).
3. The decentralized parking space reservation management system according to claim 1, characterized in that the sensing device (13) is one of an image sensing device (13), an ultrasonic sensing device (13) or a magnetic field sensing device (13).
4. The decentralized parking space reservation management system according to claim 2, wherein the space lock system comprises:
a parking space lock (17);
the parking space lock control system (15), the parking space lock control system (15) is connected with the parking lot management processor (11);
and the parking space lock driving system (16) are respectively connected with the parking space lock (17) and the parking space lock control system (15).
5. The decentralized parking space reservation management system according to claim 4, characterized in that the space locks (17) are ground locks or lifting columns.
6. Decentralized parking space reservation management system according to claim 1, characterized in that the central processor (3) comprises:
a storage unit;
and the distribution processing unit is respectively connected with the storage unit, the parking lot system (1), the cloud server (4) and the user terminal (2).
7. The decentralized parking space reservation management system according to claim 1, characterized in that the user terminal (2) comprises:
a parking information unit;
a parking application unit;
and the application processor is connected with the parking application unit and the parking information unit.
8. The decentralized parking space reservation management system according to claim 7, wherein the parking application unit comprises:
a parking application input unit including a voice input device or a text input device;
the parking application output unit comprises a display device or a voice playing device.
9. The decentralized parking space reservation management system according to claim 1, further comprising a billing device and a payment module, wherein the billing device is connected to the parking space management processor (11), the payment module is disposed on the user terminal (2), and the payment module is connected to the application processor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811336365.6A CN111179629A (en) | 2018-11-12 | 2018-11-12 | Distributed parking lot parking space reservation management system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811336365.6A CN111179629A (en) | 2018-11-12 | 2018-11-12 | Distributed parking lot parking space reservation management system |
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| CN111179629A true CN111179629A (en) | 2020-05-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811336365.6A Pending CN111179629A (en) | 2018-11-12 | 2018-11-12 | Distributed parking lot parking space reservation management system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112991812A (en) * | 2021-02-26 | 2021-06-18 | 邢冠南 | Parking space reservation management system based on user demand priority |
| CN114049003A (en) * | 2021-11-11 | 2022-02-15 | 江苏越捷智能停车***有限公司 | Intelligent parking garage management and control method and system based on information flow parallel connection |
-
2018
- 2018-11-12 CN CN201811336365.6A patent/CN111179629A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112991812A (en) * | 2021-02-26 | 2021-06-18 | 邢冠南 | Parking space reservation management system based on user demand priority |
| CN114049003A (en) * | 2021-11-11 | 2022-02-15 | 江苏越捷智能停车***有限公司 | Intelligent parking garage management and control method and system based on information flow parallel connection |
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Application publication date: 20200519 |