CN113139847A - Parking space sharing operation method, system and device based on block link certificate - Google Patents
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Abstract
The application relates to the technical field of parking management, in particular to a parking space sharing operation method, system and device based on block chaining certification. An idle parking rental channel is provided for a private parking space, and the sharing operation platform is convenient for the private parking space to be rented outside in an idle time period, so that partial profit is created for an owner; the utilization ratio of idle parking stall can also be improved, the difficult problem of parkking is properly alleviated. Meanwhile, the owner data of the parking space is verified by means of trust verification of data in the block chain database, the parking space leasing information is determined to be real and effective, and false information is removed. And credit evaluation is carried out on the owner, the credit evaluation is reflected by the credit value of the user, and the credit evaluation is fed back to the parking space lease price, so that virtuous circle can be realized.
Description
Technical Field
The application relates to the technical field of parking management, in particular to a parking space sharing operation method, system and device based on block chaining certification.
Background
People often use motor vehicles to travel instead of walk, but along with the increasing shortage of cities and towns, the parking spaces constructed in cities and towns do not necessarily meet the parking requirements of the motor vehicles, the parking space condition disclosure range of the parking lot is limited, and drivers may need to blindly search parking spaces capable of parking in a plurality of parking lots. Parking difficulties are often encountered by motor vehicle drivers.
At present, in order to facilitate a driver to know the parking space condition of a parking lot in time, an intelligent parking management system is provided. The intelligent parking management system is matched with an application platform which can be installed on the terminal equipment by means of an intelligent vehicle lock which comprises the geographic position of the parking space and information about whether the parking space can be parked, so that a driver can know the parking space condition of the parking lot in advance.
In view of the above-mentioned related art, the inventor believes that there is a drawback that an intelligent parking management system is mostly set up for a public parking lot, and a private parking space, which has become an intrinsic asset, is often left unused and not fully utilized in a time period not used by an owner.
Disclosure of Invention
In order to improve the utilization rate of idle parking spaces, the application provides a parking space sharing operation method, system and device based on block chaining certification.
The first aspect provides an operation method is shared to parking stall based on block chaining card, adopts following technical scheme:
the parking space sharing operation method based on the block link certificate is applied to a sharing operation platform; the sharing operation platform is provided with a block chain database for storing owner information or driver information, and the owner; the parking space sharing operation method comprises the following steps:
acquiring parking space lease information; the parking space lease information comprises owner data, parking lot positions, parking space identification and lease time periods;
verifying owner data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract rented by the parking place is stored in a block chain database;
issuing parking space renting information according to the intelligent contract of parking space renting;
and carrying out parking place renting operation.
By adopting the technical scheme, the blockchain is a technology for decentralized and collective maintenance of the distributed account book, a distributed database system which is participated by a plurality of nodes is required, the method has the advantages of safety, simple storage and precedence relationship, and can verify data and remove trust in the system, thereby collectively maintaining a reliable database. The distributed account book linked by the block chain technology enables the transaction between two nodes to be effectively recorded and permanently traceable and checked. Each node in the blockchain database is distributed and parallel, with equal relationships. The voucher is used as a negotiable voucher in the block chain database and has a claim right of having a transaction record in the block chain.
An idle parking lease channel is opened to the private parking stall, and the private parking stall of being convenient for is rented to the outside through sharing the operation platform in idle time quantum, can improve the utilization ratio of idle parking stall, properly alleviates the difficult problem of parkking.
Meanwhile, the owner data of the parking space is verified by means of trust verification of data in the block chain database, the parking space leasing information is determined to be real and effective, and false information is removed.
Optionally, the method further includes:
adding the parking space renting information into a parking space renting data list;
for the parking spaces in the same parking lot, recommending the parking spaces according to the priority of the parking space renting data list;
acquiring parking stall renting evaluation information;
and adjusting the priority of the parking space renting data list according to the parking space renting evaluation information and the renting time period.
By adopting the technical scheme, the parking space renting information in the parking space renting data list is subjected to priority sequencing according to the parking space renting evaluation information submitted by the user, so that the parking experience of the user can be improved.
The priority sequence ordering is mainly used among different parking spaces in the same parking lot, and can reversely promote the maintenance of owners on the parking spaces.
Optionally, the method further includes:
judging whether a user credit account corresponding to owner data exists in a block chain database or not according to the parking space lease information; the user credit account has a user credit value;
if not, establishing a user credit account and an initial user credit value corresponding to the owner data;
determining a parking space lease price according to the credit value of the user;
acquiring parking place renting completion data;
and adjusting the credit value of the user according to the parking space renting completion data and the intelligent contract of parking space renting.
By adopting the technical scheme, different owners have influence on parking experience of drivers in terms of management of parking spaces and execution conditions of intelligent contracts for parking space renting, and influence on cooperation with a shared operation platform is possible. Therefore, credit evaluation is carried out on the owner, the credit value is reflected by the credit value of the user, and the credit evaluation is fed back to the parking space lease price, so that virtuous circle can be realized.
Optionally, the parking space renting operation includes:
acquiring parking demand information; the parking demand information comprises a parking time period and a parking position range;
screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; the parking place list comprises parking place positions, the number of vacant parking places and estimated cost;
acquiring parking reservation information; the parking reservation information includes a parking lot position, a reserved parking period, and a vehicle ID of a reserved vehicle;
changing the parking space state information of the target parking space into a reserved state according to the parking reservation information; the parking space state information comprises an idle state, a reserved state and an occupied state;
sending successful reservation information; the successful reservation information comprises a parking space identifier of a target parking space and a parking space leasing price; associating the parking space identification with the vehicle ID of the reservation vehicle;
acquiring arrival information of a reserved vehicle, changing the parking space state of a target parking space into an occupied state, and starting parking charging;
obtaining the leaving information of the reserved vehicle, changing the parking space state of the target parking space into an empty state, and sending settlement information; the settlement information comprises parking space occupation duration;
sending settlement information according to the parking space lease price and the parking space occupation duration;
and acquiring the parking space renting completion information.
By adopting the technical scheme, a driver searching the parking space can complete parking reservation through the analysis operation platform, and the problem of blindly searching the parking space can be effectively reduced. The sharing operation platform can continuously monitor and follow up parking reservation, and guarantee smooth completion of parking space renting operation.
Optionally, the parking demand information includes driver data; the driver data is stored in a blockchain database;
the operation of renting the parking space further comprises:
verifying the driver data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract for parking space renting is stored in a block chain database;
judging whether a driver credit account corresponding to the driver data exists in a block chain database or not according to the parking space renting information; the driver credit account has a driver credit value;
if the driver credit account does not exist, a driver credit account corresponding to the driver data and an initial driver credit value are created;
weighting and determining the parking space lease price according to the credit value of the driver;
and adjusting the credit value of the driver according to the parking space renting completion information and the parking space renting intelligent contract.
By adopting the technical scheme, the driver belongs to a consumer in parking space renting operation, the credit degree of the driver influences the profit of the sharing operation platform and the parking space owner, and the driver also influences the parking space renting operation smoothly again.
Therefore, the maintenance of the credit account of the driver can be completed by utilizing the characteristics of the block chain database such as disclosure, traceability and the like, and the parking space renting operation can be smoothly completed.
Optionally, the driver data includes a driver ID, and the owner data includes an owner ID;
the operation of renting the parking space further comprises:
judging whether an owner ID identical to the driver ID exists or not;
if the parking space does not exist, screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list;
if so, judging whether the parking space state information corresponding to the owner ID is in an idle state;
if the parking space is not in the vacant state, screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list;
if the state is the vacant state, sending a lease stop prompt;
and acquiring rental stopping information, and deleting the parking space rental information from the parking space rental data list.
Through adopting above-mentioned technical scheme, above-mentioned step is applicable in the intelligent contract that parking stall owner cancelled the lease temporarily, is convenient for use the parking stall by oneself. And whether the renting is cancelled or not needs to be determined firstly, the parking space is not rented or reserved.
Optionally, the obtaining of the scheduled arrival information includes:
acquiring a position of a reservation vehicle;
judging whether the reservation vehicle reaches the target parking space or not according to the position of the reservation vehicle;
if the target parking space arrives, the parking space state information of the target parking space is changed into an occupied state;
if not, judging whether a first threshold value of the reserved parking starting time is exceeded or not; if the parking space does not exceed the first threshold value, the parking space state of the target parking space is kept;
if the preset time exceeds the preset time, judging whether a second threshold value of the reserved parking starting time is exceeded; if the second threshold value is not exceeded, sending overtime reminding information;
if the second threshold value is exceeded, the reservation termination information is sent by judgment.
By adopting the technical scheme, the reservation car is tracked in real time, so that the reservation car can smoothly arrive at the target parking space; the parking space renting device is convenient for setting time limit for parking space renting, and is beneficial to improving the utilization rate of parking space idle time periods.
The second aspect, the operation system is shared to parking stall based on block chaining card that this application provided adopts following technical scheme:
operation system is shared to parking stall based on block chaining card includes:
the system comprises a leasing acquisition module, a parking space leasing module and a parking space leasing module, wherein the leasing acquisition module is used for acquiring parking space leasing information; the parking space lease information comprises owner data, parking lot positions, parking space identification and lease time periods;
a lease processing module for completing:
verifying owner data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract rented by the parking place is stored in a block chain database;
issuing parking space renting information according to the intelligent contract of parking space renting;
and the renting processing module is used for carrying out parking place renting operation.
Through adopting above-mentioned technical scheme, the driver that will need the parking stall through analysis operation platform is associated with the owner that has idle parking stall, realizes the sharing of idle parking stall. Meanwhile, the parking space leasing information is verified by means of the block chain database, so that attention of parking lot personnel to the renting parking spaces can be reduced, and labor is saved.
Optionally, the leasing processing module includes:
the parking acquisition submodule acquires parking demand information; the parking demand information comprises a parking time period and a parking position range;
a leasing processing sub-module for performing:
screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; the parking place list comprises parking place positions, the number of vacant parking places and estimated cost;
acquiring parking reservation information; the parking reservation information includes a parking lot position, a reserved parking period, and a vehicle ID of a reserved vehicle;
changing the parking space state information of the target parking space into a reserved state according to the parking reservation information; the parking space state information comprises an idle state, a reserved state and an occupied state;
sending successful reservation information; the successful reservation information comprises a parking space identifier of a target parking space and a parking space leasing price; associating the parking space identification with the vehicle ID of the reservation vehicle;
acquiring arrival information of a reserved vehicle, changing the parking space state of a target parking space into an occupied state, and starting parking charging;
obtaining the leaving information of the reserved vehicle, changing the parking space state of the target parking space into an empty state, and sending settlement information; the settlement information comprises parking space occupation duration;
sending settlement information according to the parking space lease price and the parking space occupation duration;
and acquiring the parking space renting completion information.
By adopting the technical scheme, the information data transmitted to the owner, the driver and the sharing operation platform are operated and processed by utilizing the platform acquisition module, the leasing processing submodule and the like, and the driver rents the idle parking space.
In a third aspect, the present application also provides a computer apparatus,
the computer device comprises a processor, a memory and a computer program which is stored in the memory and can run on the processor, wherein the processor executes the computer program to realize the parking space sharing operation method based on the block chaining certification.
By adopting the technical scheme, the computer device capable of executing the parking space sharing operation method based on the block chaining certification is provided.
In summary, the present application includes at least the following advantageous technical effects:
1. the sharing operation platform is convenient for the private parking space to be rented outside in an idle time period, and creates partial profit for the owner;
2. the utilization ratio of idle parking stall can also be improved, the difficult problem of parkking is properly alleviated.
3. And credit evaluation is carried out on the owner, the credit evaluation is reflected by the credit value of the user, and the credit evaluation is fed back to the parking space lease price, so that virtuous circle can be realized.
Drawings
Fig. 1 is a flow chart of a parking space sharing operation method according to the present application;
FIG. 2 is a block flow diagram of a first embodiment of step S500 of the present application;
FIG. 3 is a block flow diagram of one embodiment of step S516 of the present application;
FIG. 4 is a block flow diagram of a second embodiment of step S500 of the present application;
FIG. 5 is a block flow diagram of a third embodiment of step S500 of the present application;
fig. 6 is a flow chart of a first embodiment of the parking space sharing operation method according to the present application;
fig. 7 is a flowchart of a second embodiment of the parking space sharing operation method according to the present application.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is further described in detail below with reference to fig. 1-7 and the embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
The embodiment of the application discloses a parking space sharing operation method, system and device based on block chaining certification.
The parking place sharing operation method based on the block link certificate is applied to a sharing operation platform; the sharing operation platform is provided with a block chain database for storing owner information or driver information.
Referring to fig. 1, the parking space sharing operation method based on the block chaining certification comprises the following steps:
s100: acquiring parking space lease information; the parking space lease information comprises owner data, parking lot positions, parking space identification and lease time periods.
Specifically, when the owner confirms that private parking stall is outwards rented, the accessible is shared the operation platform and is handled, need to send parking stall lease information to sharing the operation platform, conveniently shares the operation platform and knows owner's data, position, parking stall sign and the plan of parking stall and be used for the lease time quantum of lease according to parking stall lease information.
S200: and verifying the owner data through the block chain database.
Specifically, owner data is verified through the block chain database, owner data verification is completed quickly and effectively by means of the characteristics of consensus, data safety and the like of the block chain technology, and false information can be reduced.
S300: if the verification is passed, the intelligent contract of parking space renting is completed; and the intelligent contract rented by the parking space is stored in a block chain database.
Specifically, the intelligent contract of the parking space lease signed by the owner and the sharing operation platform is stored in the block chain database, so that the safety of the intelligent contract can be ensured, and the intelligent contract can be checked by other node personnel in the block chain with permission.
S400: issuing parking space renting information according to the intelligent contract of parking space renting;
specifically, according to the intelligent contract, the related matters of parking space renting are carried out, the fact that the authority and the duty of both sides of the intelligent contract are clear is guaranteed, disputes are reduced, and the utilization rate of idle private parking spaces is improved.
S500: and carrying out parking place renting operation.
Specifically, what share operation platform and parking stall owner signed is the intelligent contract of parking stall lease, and the operation platform of sharing is responsible for the operation of hiring out of this parking stall of external operation.
Referring to fig. 2, in the first embodiment, the step S500 of performing the parking space renting operation may further include the following specific steps:
s511: acquiring parking demand information; the parking demand information includes a parking time period and a parking position range.
Specifically, the driver sends parking demand information to the sharing operation platform, specifically, the parking demand information may be a parking space condition that the driver meets the requirement of the parking time period within a target position searching range in the driver terminal associated with the sharing operation platform.
S512: screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; the parking place list comprises the positions of the parking lots, the number of vacant parking places and the estimated cost;
specifically, the driver can conveniently know information such as parking positions and cost according to the current empty parking space list.
Moreover, a plurality of parking spaces meeting the requirements of the driver may exist in the target position range of the driver, so that the position of a specific parking lot (which is convenient for judging a route and a distance) and the number of empty parking spaces (which is convenient for judging the number of the parking spaces to be changed when arriving according to the distance position) and the estimated cost (parking cost, which is the same for the same parking lot in general) can be displayed for the driver, and the driver can conveniently select a more appropriate parking lot position from the parking lot position.
S513: acquiring parking reservation information; the parking reservation information includes a parking lot position, a reserved parking period, and a vehicle ID of a reserved vehicle;
specifically, after the driver determines the parking lot position, the driver terminal can send parking reservation information to the sharing operation platform, and the parking reservation information can be preempted.
S514: changing the parking space state information of the target parking space into a reserved state according to the parking reservation information; the parking space state information comprises an idle state, a reserved state and an occupied state.
Specifically, the status of the parking space is defined in a classified manner, and only the status information of the parking space for rental can be displayed. The vacant state represents that the current parking space is in an idle state; the reserved state indicates that the existing driver and the sharing operation platform are successfully reserved, and the motor vehicle arrives at the target parking space when the driver drives; and the occupied state indicates that the parking space is rented or the parking space possibly has abnormality that the parking space cannot be used, and the abnormality that the parking space cannot be used can be that the parking space is occupied by other non-motor vehicles to influence the renting of the parking space.
After the parking reservation is successful, the target parking space is planned to be used by the driver, and the parking space can not be pushed to other drivers searching for the parking space.
S515: sending successful reservation information; the successful reservation information comprises a parking space identifier of the target parking space and a parking space leasing price; associating the parking space identification with the vehicle ID of the reservation vehicle;
specifically, the successful reservation information indicates that the analysis operation platform signs a condition contract with the driver, and the condition is that the driver can start driving the motor vehicle to the target parking space.
In actual use, after the transmitted successful reservation information is sent, the reservation information can be set according to driver evaluation or a sharing operation platform, and the driver is required to pre-pay partial parking fee. The payment for the parking fee can be made in the final payment.
The parking space identification is the unique identity ID of a specific parking space in a specific parking lot, and the driver can conveniently arrive at the target parking space through the management of the parking space identification and the vehicle ID of the reservation vehicle.
S516: acquiring arrival information of a reserved vehicle, changing the parking space state of a target parking space into an occupied state, and starting parking charging;
specifically, the parking fee can be calculated in the same manner as that of the reserved vehicle after the reserved vehicle reaches the target parking space.
Referring to fig. 3, in an embodiment of the present invention, the step S516 of obtaining the arrival reservation information may further include:
a100: the position of the scheduled vehicle is acquired.
Specifically, the position of the vehicle is predicted by positioning.
A200: judging whether the reservation vehicle reaches the target parking space or not according to the position of the reservation vehicle;
specifically, by positioning the position of the reservation car, it can be determined whether the reservation car can reach the target parking space at the planned parking time.
A300: if the target parking space arrives, the parking space state information of the target parking space is changed into an occupied state; if not, judging whether a first threshold value of the reserved parking starting time is exceeded or not; if the parking space does not exceed the first threshold value, the parking space state of the target parking space is kept; if the preset time exceeds the preset time, judging whether a second threshold value of the reserved parking starting time is exceeded; if the second threshold value is not exceeded, sending overtime reminding information; if the second threshold value is exceeded, the reservation termination information is sent by judgment.
Specifically, the parking reservation is generally performed before parking, a certain time may exist from the successful reservation to the arrival of the target parking space, and a certain distance may also exist between the reservation car and the target parking space. The reservation cars exist in a certain time and a certain distance, and the following possible situations exist: firstly, the target parking space is reached on time; secondly, temporarily canceling parking reservation; thirdly, due to other factors, the parking starting time exceeds the reserved parking starting time, and the parking space is influenced to be smoothly rented. Different processing modes can be set according to different possible situations, wherein the first threshold value and the second threshold value can be set by the sharing operation platform, the time difference of the reservation vehicle reaching the target parking space is divided according to the first threshold value and the second threshold value, and operations such as reminding and cancelling reservation are performed according to the time difference, so that the parking space idleness can be further reduced, and the utilization rate of the parking space is improved.
And the part exceeding the first threshold value and the second threshold value can be weighted and calculated into the parking fee.
Referring to fig. 2, S517: obtaining the leaving information of the reserved vehicle, changing the parking space state of the target parking space into an empty state, and sending settlement information; the settlement information includes the parking space occupation duration.
Specifically, the parking space occupation time can be determined by changing the parking space state of the target parking space, and the real parking time of the motor vehicle is determined.
When the real parking duration is less than the reserved parking time, which data is the standard can be preset to reduce disputes.
S518: sending settlement information according to the parking space lease price and the parking space occupation duration;
specifically, the driver receives the settlement information and pays the parking fee.
S519: and acquiring the parking space renting completion information.
Specifically, after the payment is successful, a message for prompting the completion of the parking stall renting can be sent.
Referring to fig. 4, in the second embodiment, the step S500 of executing the parking space renting operation may further include the following specific steps:
s521: judging whether an owner ID identical to the driver ID exists or not; wherein the driver data includes a driver ID and the owner data includes an owner ID.
Specifically, the owner ID can be compared with the driver ID to determine whether a vehicle matching the owner ID exists in the current reserved parking range.
S522: if the parking space does not exist, screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; if so, judging whether the parking space state information corresponding to the owner ID is in an idle state; if the parking space is not in the vacant state, screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; if the state is the vacant state, sending a lease stop prompt;
specifically, after the owner rents the parking space, the situation that the parking space needs to be used is possibly caused, and the parking right of the rented parking space is temporarily returned to other drivers. And the corresponding parking space can be in an idle state, and the parking space use right is recovered through an intelligent contract of stopping leasing and renting.
If the parking space is rented or reserved, the parking space is rented according to the intelligent contract of renting. At the moment, the owner can reserve a new parking space by himself.
S523: and acquiring rental stopping information, and deleting the parking space rental information from the parking space rental data list.
Specifically, when the right to use the parking space is determined to be recovered within the rental time, rental stopping information needs to be sent to the sharing operation platform, so that the sharing operation platform can delete the information of the parking space from the parking space rental data list.
Referring to fig. 5, in the third embodiment, the parking demand information includes driver data; driver data is stored in a blockchain database; step S500 is performed for parking space renting, and may further include the following specific steps:
s531: verifying the driver data through a block chain database;
specifically, the credit of the driver is verified, and the occupation of the reserved idle parking space is reduced.
S532: if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract for parking space renting is stored in a block chain database;
specifically, the safety of the intelligent contract can be ensured in the intelligent contract storage and block chain database for parking space renting, and the problem of tampering is reduced.
S533: judging whether a driver credit account corresponding to the driver data exists in a block chain database or not according to the parking space renting information; the driver credit account has a driver credit value;
specifically, the driver belongs to a consumer in parking space renting operation, and the credit degree of the driver affects the profit of the sharing operation platform and the parking space owner and also affects the operation of smoothly renting the parking space again.
S534: if the driver credit account does not exist, a driver credit account corresponding to the driver data and an initial driver credit value are created;
specifically, initial values are given, and the initial values can be set in a unified manner.
S535: weighting and determining the parking space lease price according to the credit value of the driver;
s536: and adjusting the credit value of the driver according to the parking space renting completion information and the parking space renting intelligent contract.
Specifically, the driver is evaluated according to the actual parking space renting state, the credit value of the driver in the block chain database where the analysis operation platform is located can be adjusted, and the driver credit account is updated.
Referring to fig. 6, in order to improve the parking experience of the driver, in an embodiment, the parking space sharing operation method further includes the following steps:
b100: adding the parking space renting information into a parking space renting data list;
specifically, the parking space renting data list in the analysis operation platform comprises a parking space rented normally and a parking space rented at idle time, and the parking spaces are placed in the same parking space renting data list, so that the analysis operation platform can conveniently screen according to parking reservation information.
B200: and recommending the parking spaces of the same parking lot according to the priority of the parking space renting data list.
Specifically, the parking space recommendation method can recommend parking spaces according to a certain sequence, and can improve the maintenance consciousness of owners to the parking spaces.
B300: acquiring parking stall renting evaluation information;
specifically, after the parking space renting is finished, the driver can evaluate the parking space renting experience.
B400: and adjusting the priority of the parking space renting data list according to the parking space renting evaluation information and the renting time period.
Specifically, the parking experience of the driver is improved through sequencing the parking space renting data list sequence.
Referring to fig. 7, in order to improve the parking experience of the driver, in another embodiment, the parking space sharing operation method further includes the following steps:
c100: judging whether a user credit account corresponding to owner data exists in a block chain database or not according to the parking space lease information; the user credit account has a user credit value;
specifically, different owners have the influence on the parking experience of the driver in the management of the parking spaces and the execution condition of the intelligent contract for parking space renting, and may also influence the cooperation with the sharing operation platform. Therefore, credit evaluation is carried out on the owner and is reflected by the credit value of the user.
C200: if not, a user credit account and an initial user credit value corresponding to the owner data are created.
Specifically, the credit value of the user is initialized and can be uniformly set
C300: determining a parking space lease price according to the credit value of the user;
specifically, the credit evaluation is fed back to the parking space lease price, so that virtuous circle can be realized.
C400: acquiring parking place renting completion data;
specifically, the parking space renting completion data may include evaluation of the driver on the parking experience, and the like.
C500: and adjusting the credit value of the user according to the parking space renting completion data and the intelligent contract of parking space renting.
Specifically, the credit value of the user is adjusted regularly or irregularly, and the parking space lease price is adjusted according to the credit value, so that more users are encouraged to lease idle parking spaces outwards, parking difficulty is relieved, and the utilization rate of the idle parking spaces is improved.
Based on same design, this application still publicly shares operation system based on parking stall of block chaining card.
The parking space sharing operation system based on the block chaining certification comprises a lease acquisition module, a lease processing module and a lease processing module.
The lease acquisition module is used for acquiring parking stall lease information; the parking space lease information comprises owner data, parking lot positions, parking space identification and lease time periods;
the lease processing module is used for completing:
verifying owner data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract rented by the parking place is stored in a block chain database;
issuing parking space renting information according to the intelligent contract of parking space renting;
the renting processing module is used for executing parking space renting operation.
Specifically, the rental processing module comprises a parking acquisition submodule.
The parking acquisition submodule acquires parking demand information; the parking demand information comprises a parking time period and a parking position range;
a leasing processing sub-module for performing:
screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; the parking place list comprises the positions of the parking lots, the number of vacant parking places and the estimated cost;
acquiring parking reservation information; the parking reservation information includes a parking lot position, a reserved parking period, and a vehicle ID of a reserved vehicle;
changing the parking space state information of the target parking space into a reserved state according to the parking reservation information; the parking space state information comprises an idle state, a reserved state and an occupied state;
sending successful reservation information; the successful reservation information comprises a parking space identifier of the target parking space and a parking space leasing price; associating the parking space identification with the vehicle ID of the reservation vehicle;
acquiring arrival information of a reserved vehicle, changing the parking space state of a target parking space into an occupied state, and starting parking charging;
obtaining the leaving information of the reserved vehicle, changing the parking space state of the target parking space into an empty state, and sending settlement information; the settlement information comprises the parking space occupation duration;
sending settlement information according to the parking space lease price and the parking space occupation duration;
and acquiring the parking space renting completion information.
The driver who will need the parking stall is correlated with the owner that has idle parking stall through analysis operation platform, realizes the sharing of idle parking stall. Meanwhile, the parking space leasing information is verified by means of the block chain database, so that attention of parking lot personnel to the renting parking spaces can be reduced, and labor is saved.
Based on the same inventive concept, an embodiment of the present application provides a computer device, which includes a memory and a processor, where the memory stores a computer program that can be loaded by the processor and execute any one of the parking space sharing operation methods based on block chaining certification as shown in fig. 1 to 7.
It is obvious to those skilled in the art that, for convenience and simplicity of description, the above-mentioned division of the functional modules is merely used as an example, and in practical applications, the above-mentioned function distribution may be performed by different functional modules according to needs, that is, the internal structure of the device is divided into different functional modules to perform all or part of the above-mentioned functions. For the specific working processes of the system, the apparatus and the unit described above, reference may be made to the corresponding processes in the foregoing method embodiments, and details are not described here again.
In the several embodiments provided in the present application, it should be understood that the disclosed system, apparatus and method may be implemented in other manners. For example, the above-described apparatus embodiments are merely illustrative, and for example, a module or a unit may be divided into only one logical function, and may be implemented in other ways, for example, a plurality of units or components may be combined or integrated into another system, or some features may be omitted, or not executed. In addition, the shown or discussed mutual coupling or direct coupling or communication connection may be an indirect coupling or communication connection through some interfaces, devices or units, and may be in an electrical, mechanical or other form.
Units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the units can be selected according to actual needs to achieve the purpose of the solution of the embodiment.
In addition, functional units in the embodiments of the present application may be integrated into one processing unit, or each unit may exist alone physically, or two or more units are integrated into one unit. The integrated unit can be realized in a form of hardware, and can also be realized in a form of a software functional unit.
The integrated unit, if implemented in the form of a software functional unit and sold or used as a stand-alone product, may be stored in a computer readable storage medium. Based on such understanding, the technical solution of the present application may be substantially implemented or contributed to by the prior art, or all or part of the technical solution may be embodied in a software product, which is stored in a storage medium and includes instructions for causing a computer device (which may be a personal computer, a server, a network device, or the like) or a processor (processor) to execute all or part of the steps of the method of the embodiments of the present application. And the aforementioned storage medium includes: u disk, removable hard disk, read only memory, random access memory, magnetic or optical disk, etc. for storing program codes.
The above embodiments are only used to describe the technical solutions of the present application in detail, but the above embodiments are only used to help understanding the method and the core idea of the present application, and should not be construed as limiting the present application. Those skilled in the art should also appreciate that various modifications and substitutions can be made without departing from the scope of the present disclosure.
Claims (10)
1. The parking space sharing operation method based on the block link certificate is applied to a sharing operation platform; the sharing operation platform is provided with a block chain database for storing owner information or driver information, and the owner; the method is characterized in that: the parking space sharing operation method comprises the following steps:
acquiring parking space lease information; the parking space lease information comprises owner data, parking lot positions, parking space identification and lease time periods;
verifying owner data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract rented by the parking place is stored in a block chain database;
issuing parking space renting information according to the intelligent contract of parking space renting;
and carrying out parking place renting operation.
2. The parking space sharing operation method based on the block chaining certification according to claim 1, further comprising:
adding the parking space renting information into a parking space renting data list;
for the parking spaces in the same parking lot, recommending the parking spaces according to the priority of the parking space renting data list;
acquiring parking stall renting evaluation information;
and adjusting the priority of the parking space renting data list according to the parking space renting evaluation information and the renting time period.
3. The parking space sharing operation method based on the block chaining certification according to claim 1, further comprising:
judging whether a user credit account corresponding to owner data exists in a block chain database or not according to the parking space lease information; the user credit account has a user credit value;
if not, establishing a user credit account and an initial user credit value corresponding to the owner data;
determining a parking space lease price according to the credit value of the user;
acquiring parking place renting completion data;
and adjusting the credit value of the user according to the parking space renting completion data and the intelligent contract of parking space renting.
4. The parking space sharing operation method based on the block chaining certification as claimed in claim 3, characterized in that: the parking space renting operation comprises the following steps:
acquiring parking demand information; the parking demand information comprises a parking time period and a parking position range;
screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; the parking place list comprises parking place positions, the number of vacant parking places and estimated cost;
acquiring parking reservation information; the parking reservation information includes a parking lot position, a reserved parking period, and a vehicle ID of a reserved vehicle;
changing the parking space state information of the target parking space into a reserved state according to the parking reservation information; the parking space state information comprises an idle state, a reserved state and an occupied state;
sending successful reservation information; the successful reservation information comprises a parking space identifier of a target parking space and a parking space leasing price; associating the parking space identification with the vehicle ID of the reservation vehicle;
acquiring arrival information of a reserved vehicle, changing the parking space state of a target parking space into an occupied state, and starting parking charging;
obtaining the leaving information of the reserved vehicle, changing the parking space state of the target parking space into an empty state, and sending settlement information; the settlement information comprises parking space occupation duration;
sending settlement information according to the parking space lease price and the parking space occupation duration;
and acquiring the parking space renting completion information.
5. The parking space sharing operation method based on the block chaining certification as claimed in claim 4, wherein: the parking demand information includes driver data; the driver data is stored in a blockchain database;
the operation of renting the parking space further comprises:
verifying the driver data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract for parking space renting is stored in a block chain database;
judging whether a driver credit account corresponding to the driver data exists in a block chain database or not according to the parking space renting information; the driver credit account has a driver credit value;
if the driver credit account does not exist, a driver credit account corresponding to the driver data and an initial driver credit value are created;
weighting and determining the parking space lease price according to the credit value of the driver;
and adjusting the credit value of the driver according to the parking space renting completion information and the parking space renting intelligent contract.
6. The parking space sharing operation method based on the block chaining certification as claimed in claim 5, wherein: the driver data includes a driver ID, and the owner data includes an owner ID;
the operation of renting the parking space further comprises:
judging whether an owner ID identical to the driver ID exists or not;
if the parking space does not exist, screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list;
if so, judging whether the parking space state information corresponding to the owner ID is in an idle state;
if the parking space is not in the vacant state, screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list;
if the state is the vacant state, sending a lease stop prompt;
and acquiring rental stopping information, and deleting the parking space rental information from the parking space rental data list.
7. The parking space sharing operation method based on the block chaining certification as claimed in claim 4, wherein: the obtaining of the scheduled arrival information includes:
acquiring a position of a reservation vehicle;
judging whether the reservation vehicle reaches the target parking space or not according to the position of the reservation vehicle;
if the target parking space arrives, the parking space state information of the target parking space is changed into an occupied state;
if not, judging whether a first threshold value of the reserved parking starting time is exceeded or not; if the parking space does not exceed the first threshold value, the parking space state of the target parking space is kept;
if the preset time exceeds the preset time, judging whether a second threshold value of the reserved parking starting time is exceeded; if the second threshold value is not exceeded, sending overtime reminding information;
if the second threshold value is exceeded, the reservation termination information is sent by judgment.
8. Operation system is shared to parking stall based on block chaining card, its characterized in that includes:
the system comprises a leasing acquisition module, a parking space leasing module and a parking space leasing module, wherein the leasing acquisition module is used for acquiring parking space leasing information; the parking space lease information comprises owner data, parking lot positions, parking space identification and lease time periods;
a lease processing module for completing:
verifying owner data through a block chain database;
if the verification is passed, the intelligent contract of parking space renting is completed; the intelligent contract rented by the parking place is stored in a block chain database;
issuing parking space renting information according to the intelligent contract of parking space renting;
and the renting processing module is used for carrying out parking place renting operation.
9. The operation system is shared to parking stall based on block chaining pass certificate of claim 8 characterized in that: the leasing processing module comprises:
the parking acquisition submodule acquires parking demand information; the parking demand information comprises a parking time period and a parking position range;
a leasing processing sub-module for performing:
screening vacant parking spaces according to the parking demand information, and sending a current vacant parking space list; the parking place list comprises parking place positions, the number of vacant parking places and estimated cost;
acquiring parking reservation information; the parking reservation information includes a parking lot position, a reserved parking period, and a vehicle ID of a reserved vehicle;
changing the parking space state information of the target parking space into a reserved state according to the parking reservation information; the parking space state information comprises an idle state, a reserved state and an occupied state;
sending successful reservation information; the successful reservation information comprises a parking space identifier of a target parking space and a parking space leasing price; associating the parking space identification with the vehicle ID of the reservation vehicle;
acquiring arrival information of a reserved vehicle, changing the parking space state of a target parking space into an occupied state, and starting parking charging;
obtaining the leaving information of the reserved vehicle, changing the parking space state of the target parking space into an empty state, and sending settlement information; the settlement information comprises parking space occupation duration;
sending settlement information according to the parking space lease price and the parking space occupation duration;
and acquiring the parking space renting completion information.
10. A computer device, comprising a processor, a memory, and a computer program stored in the memory and executable on the processor, wherein the processor executes the computer program to implement the method according to any one of claims 1 to 7.
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