CN116704628A - Online parking service handling system and method - Google Patents
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- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B15/00—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
- G07B15/02—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems
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Abstract
The invention discloses an online parking service handling system and method, which relate to the technical field of parking lot management and comprise a server, a first terminal and a second terminal, wherein the server is managed by a third party supervision organization, the first terminal is used by a common user, and the second terminal is used by a parking lot management organization; the system has the functions of a registration login module, a business handling module, a query module, a transaction module, a storage module and the like. The system and the use method thereof integrate the parking demands of a plurality of users on a plurality of parking lots, realize the unified supervision and management of a third party supervision and management of parking business, and enable the users to conduct the business handling operation of a plurality of parking business only through one platform, thereby saving time and energy; the system also carries out fund settlement on the common user and the parking lot user through the transaction module, thereby greatly facilitating the fund processing, improving the transparency and traceability of the transaction and reducing the probability of dispute risks.
Description
Technical Field
The invention relates to the technical field of parking lot management, in particular to an online parking business handling system and method.
Background
In recent years, with the rapid development of urban mass production and the rapid increase of the number of private cars, the serious shortage of parking spaces has become an important problem affecting the quality of life of urban residents and the running efficiency of urban traffic. Solutions to these problems have been proposed by government departments and commercial establishments in the market, including the construction of parking lots and optimization of parking services.
Generally, the management of the conventional parking lot is mainly performed by means of manual timing and charging, such as buying a single parking lot. The management mode has a plurality of problems, such as low management efficiency of a parking lot, incapability of guaranteeing environmental sanitation, easy occurrence of bad phenomena such as congestion and parking space robbery and the like. In addition, even fraud and deliberate "bayonet" situations exist during the parking lot charging process, which brings inconvenience and loss to the consumer.
In recent years, due to the continuous emergence of new technologies such as mobile internet, cloud computing and big data, the manner of parking lot management is also undergoing significant change, and especially, some new intelligent parking lots and automatic parking lots are gradually applied to real life, and management and service of the parking lots are optimized through technical means such as electronic charging and remote control. As disclosed in the patent CN113393587B, a parking fee processing method, apparatus and system are provided, which automatically execute a segmented fee deduction on a vehicle and record the amount of the deducted fee by periodically detecting whether the parking time of the vehicle including the on-board unit OBU satisfies a preset segmented fee deduction condition.
Although the above approaches may improve parking management level and quality of service, there are still many problems. For example, there are a large number of scattered parking lots in different areas of a city, and these parking lots are often operated and managed by different operators. The scattered management mode can cause that when a user has long-term or short-term parking demands on a plurality of parking lots, the user needs to deal with various parking services with complex flow, and when stopping parking services, the user needs to go to the site or log in a plurality of platforms to respectively deal with termination services, which is very troublesome; especially, when a user and a parking lot management organization generate disputes on fees, the daily life of the user is more bothered.
Therefore, there is a need to provide an online parking business handling system and method to solve the above-mentioned problems.
Disclosure of Invention
Aiming at the problems existing in the prior art, the invention provides an online parking service handling system and method, which not only can facilitate parking users to handle parking services conveniently, quickly and conveniently, but also can enable the users to obtain more transparent and fair parking management services.
The technical scheme of the invention is realized as follows:
an online parking service handling system comprises a server, a plurality of first terminals and a plurality of second terminals; the first terminal is in communication connection with the server, and the second terminal is in communication connection with the server; the server is managed by a third party supervision organization, the first terminal is used by a common user, and the second terminal is used by a parking lot supervision organization user;
the server side is provided with a registration login module, a business handling module, a query module, a transaction module and a storage module;
the common user and the parking lot management mechanism user register account information in the registration login module through the first terminal and the second terminal respectively; other modules may be accessed if and only if the user registration is successful;
in the service handling module, the functions accessible by the first terminal comprise parking mode selection, payment, renewal and withdrawal, and the functions accessible by the second terminal comprise parking lot information setting;
the inquiry module is used for inquiring the parking lot information by a common user and inquiring the common user information of the parking lot management mechanism user which has transacted the parking service;
the transaction module is used for settling the fund exchange between the common user and the third party supervision organization and settling the fund exchange between the parking lot supervision organization user and the third party supervision organization;
the storage module is used for storing data generated when the registration login module, the business handling module and the transaction module run. The system integrates the parking demands of a plurality of users on a plurality of parking lots, realizes unified supervision and handling of parking business, enables common users to complete parking business handling operation only in one platform, does not need to do offline handling or log in a plurality of online parking lot management platforms for handling respectively, and saves time and energy of the common users; on the other hand, the system realizes the fund settlement between the third party supervision platform and the common user and the parking lot management mechanism user respectively through the transaction module, thereby greatly facilitating the fund processing, improving the transparency and traceability of the transaction and reducing the probability of dispute risks between the common user and the parking lot management mechanism.
As a further optimization of the above scheme, when the ordinary user registers an account, the uploaded information includes personal identification information and license plate number;
uploading the parking lot information, including a parking lot name, a parking lot address, a business license and the number of parking spaces, when the parking lot management mechanism user registers an account;
when any one of the ordinary users selects any one of the parking lots, selects a parking mode and pays fees, the service handling module automatically generates a parking order and generates fee paying state information, and the information of the parking order comprises cut-off parking time;
when the ordinary user performs the renewal or refund operation on one parking order, the service handling module automatically modifies the payment status information corresponding to the parking order; when the real-time exceeds the stop parking time of one parking order, the service handling module can automatically modify the payment state information of the corresponding parking order. The system automatically generates and modifies the payment state information, so that the general users and parking lot management mechanism users can conveniently know the payment state in real time; and meanwhile, the time and energy consumed by manual auditing, processing and other operations can be reduced, and the management cost and maintenance cost of a third-party supervision organization are reduced.
As a further optimization of the above scheme, when the service handling module generates or modifies the payment status information, the service handling module sends information to notify the second terminal; and the common user or the parking lot management mechanism user checks the corresponding payment state information by checking the parking order. After the payment state information is changed, the information is automatically generated to inform the user, and the user can conveniently, quickly and timely know the payment state information of a plurality of parking orders in real time only through the system, and the steps of manually carrying out state inquiry or short message forwarding and the like are omitted; meanwhile, the user can avoid the situation that the state is unchanged and makes an erroneous decision when the user timely receives the notification of the change of the parking state.
As a further optimization of the above scheme, the server is provided with a payment state API interface; a proprietary parking management system is operated on the second terminal; the parking lot information comprises a parking lot identification number; and after the special parking management system identifies the license plate number of the vehicle, the special parking management system is combined with the parking lot identification number, and then the payment state information corresponding to the license plate number is queried in real time through the payment state API interface. Each parking lot is provided with an exclusive parking management system, the exclusive parking management systems are connected with an API interface of a payment state, the management automation level of the parking lot can be improved, the parking lot can comprehensively and real-timely master the payment state information of a user of the parking lot, the effective resource planning of the parking lot is well performed, and the overall service quality and the working efficiency of the parking lot are finally improved.
As a further optimization of the above aspect, the parking lot information further includes a parking contract; the parking lot information setting comprises modification of total number of parking spaces, modification of parking cost and uploading or updating of parking contracts; when the parking fee is modified by the parking management mechanism user, synchronously updating the parking contract; and if and only if the number of parking spaces of the parking lot is greater than 0 and the ordinary user agrees to the content of the parking contract, the ordinary user enters the payment operation through the first terminal. After the parking contract is disclosed, the method can help the user to better know the service provided by the parking lot and know own rights and obligations, ensure the rights and interests of the common user and the parking lot management mechanism user, and ensure the fairness and transparency of charging.
As a further optimization of the above aspect, after the parking contract is updated, the number of parking contracts of the parking lot management authority user increases; any of the parking orders is associated only with the parking contract of the latest version prior to the time of generation. The fees of the parking lots in different periods are different, the contract is updated in real time and only the latest orders are associated, so that confusion and errors can be avoided, and fairness and transparency are ensured.
As a further optimization of the above aspects, the parking modes include a daily rental mode, a monthly rental mode, and an annual rental mode; when the common user selects the daily rental mode, the monthly rental mode or the annual rental mode to pay fees, the common user pays fees for one day, one month or one year respectively;
if and only if the business handling module generates one parking order, the ordinary user also pays deposit;
the deposit is returned to the user if and only if the ordinary user completes the refund operation on one of the parking orders. The deposit is paid, so that the management risk is reduced, the service quality is maintained, and the responsibility of the user is increased.
As a further optimization of the above solution, when the ordinary user performs the refund operation on one of the parking orders, the refund fee is calculated according to the ratio occupied by the remaining parking time or the remaining parking date, and then the default fee is deducted, that is:
refund cost= (payment amount x proportion) -deposit violation;
wherein, the calculation formula of the proportion is as follows:
proportion = 1- (cut-off parking time-real time)/(cut-off parking time-order generation time);
the default fund is preset by the parking lot management mechanism user; if the real-time is greater than the cut-off parking time, the default gold is 0. The calculation formula of the refund expense is beneficial to accurately determining the actual parking expense generated by the common user and guaranteeing the fund rights and interests of the common user and the parking lot management mechanism user.
As a further optimization of the above scheme, the storage module is a blockchain database. The blockchain is used as a decentralized and non-tamperable distributed account book technology, which can help the storage module to be safer and more transparent and make the third party supervision and management organization more creditable. The blockchain technology is used for storing transaction records and payment information, so that the safety of user data can be ensured, malicious attacks can be prevented, and meanwhile, the credibility and fairness of services are improved. In addition, the block chain technology has the characteristics of high efficiency, stability and automation, and can improve the operation efficiency and management effect of the system.
The invention also discloses an online parking business handling method, which applies the online parking business handling system; the method comprises the following steps:
step S1, the parking lot management mechanism user accesses a registration login module of the server through the second terminal, and logs in after registering an account;
s2, the parking lot management mechanism performs parking lot information setting operation through the service handling module;
s3, the common user accesses a registration login module of the server through the first terminal, and logs in after registering an account;
s4, the common user searches the parking lot information through the query module and performs parking mode selection operation and payment operation through the service handling module; when the ordinary user pays the fee successfully, a parking order is generated;
s5, the ordinary user searches the existing parking order information through the query module, and performs renewal or refund operation on the selected parking order through the service handling module;
and S6, the common user drives the automobile to the parking lot, and a manager or intelligent equipment of the parking lot recognizes and uploads the license plate number of the automobile through the second terminal to inquire payment state information of the corresponding license plate number.
Compared with the prior art, the invention has the following beneficial effects:
(1) The system provided by the invention integrates the parking requirements of a plurality of users on a plurality of parking lots, realizes unified supervision and handling of parking business, enables common users to complete parking business handling operation only in one platform, does not need to do handling off line or log in a plurality of on-line parking lot management platforms for handling respectively, and saves time and energy of the common users; on the other hand, the system realizes the fund settlement between the third party supervision platform and the common user and the parking lot management mechanism user respectively through the transaction module, thereby greatly facilitating the fund processing, improving the transparency and traceability of the transaction and reducing the probability of dispute risks between the common user and the parking lot management mechanism;
(2) The system introduces a third party supervision organization to perform unified management, which is beneficial to standardizing each parking lot to improve the operation flow of parking business, thereby improving the satisfaction degree of users for using the parking lot service.
(3) The system can improve transaction security and data guarantee level. By adopting the blockchain technology as the storage module and introducing the transaction module for unified fund settlement, the safe and reliable transaction can be ensured, various illegal behaviors and risks such as privacy disclosure are avoided, and more credible and safe service experience is provided for users and third parties.
Drawings
FIG. 1 is a schematic diagram of an on-line parking business handling system according to an embodiment of the present invention;
fig. 2 is a flow chart of an on-line parking business handling method according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, but not all embodiments of the present invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1, this embodiment discloses an online parking service handling system, which includes a server, a plurality of first terminals, and a plurality of second terminals; the first terminal is in communication connection with the server, and the second terminal is in communication connection with the server; the server is managed by a third party supervision organization, the first terminal is used by a common user, and the second terminal is used by a parking lot supervision organization user;
the server side is provided with a registration login module, a business handling module, a query module, a transaction module and a storage module;
the common user and the parking lot management mechanism user register account information in the registration login module through the first terminal and the second terminal respectively; other modules may be accessed if and only if the user registration is successful; in this embodiment, when the ordinary user registers an account, the uploaded information includes personal identification information (name, identification card number, sex, contact means) and license plate number; uploading the parking lot information, including a parking lot name, a parking lot address, business license and the number of parking spaces, when the parking lot management mechanism user registers an account;
in the service handling module, the functions accessible by the first terminal comprise parking mode selection, payment, renewal and withdrawal, and the functions accessible by the second terminal comprise parking lot information setting; in this embodiment, the parking lot information includes a parking contract; the parking lot information setting comprises modification of total number of parking spaces, modification of parking cost and uploading or updating of parking contracts; when the parking fee is modified by the parking management mechanism user, synchronously updating the parking contract; and if and only if the number of parking spaces of the parking lot is greater than 0 and the ordinary user agrees to the content of the parking contract, the ordinary user enters the payment operation through the first terminal. After the parking contract is disclosed, the method can help the user to better know the service provided by the parking lot and know own rights and obligations, ensure the rights and interests of the common user and the parking lot management mechanism user, and ensure the fairness and transparency of charging. After the parking contracts are updated, the number of the parking contracts of the parking lot management agency user is increased; any of the parking orders is associated only with the parking contract of the latest version prior to the time of generation. The fees of the parking lots in different periods are different, the contract is updated in real time and only the latest orders are associated, so that confusion and errors can be avoided, and fairness and transparency are ensured. For example, if a parking contract and new parking fee settings are updated by a parking facility of 6 months 28, then the parking contract is validated only for the new parking order generated after 6 months 28; and 6 months 28 ago, such as the parking contract uploaded 2 months 3, the only object that is validated is the parking order generated during 2 months 3 to 6 months 28.
In the present embodiment, the parking mode includes a daily rental mode, a monthly rental mode, and an annual rental mode; when the common user selects the daily rental mode, the monthly rental mode or the annual rental mode to pay fees, the common user pays fees for one day, one month or one year respectively;
if and only if the business handling module generates one parking order, the ordinary user also pays deposit;
the deposit is returned to the user if and only if the ordinary user completes the refund operation on one of the parking orders. The deposit is paid, so that the management risk is reduced, the service quality is maintained, and the responsibility of the user is increased.
The inquiry module is used for inquiring the parking lot information by a common user and inquiring the common user information of the parking lot management mechanism user about the transacted parking business, namely the number of the parking lot currently transacted parking business;
when any one of the ordinary users selects any one of the parking lots, selects a parking mode and pays fees, the service handling module automatically generates a parking order and generates fee paying state information, such as normal, wherein the information of the parking order comprises stop parking time;
when the ordinary user performs the renewal or refund operation on one of the parking orders, the service handling module automatically modifies the payment status information corresponding to the parking order, such as "expired", "refund"; when the real-time exceeds the stop parking time of one parking order, the service handling module can automatically modify the payment state information of the corresponding parking order. The system automatically generates and modifies the payment state information, so that the general users and parking lot management mechanism users can conveniently know the payment state in real time; and meanwhile, the time and energy consumed by manual auditing, processing and other operations can be reduced, and the management cost and maintenance cost of a third-party supervision organization are reduced.
In this embodiment, when the ordinary user performs the refund operation on one of the parking orders, the refund fee is calculated according to the ratio occupied by the remaining parking time or the remaining parking date, and then the default is deducted, that is:
refund cost= (payment amount x proportion) -deposit violation;
wherein, the calculation formula of the proportion is as follows:
proportion = 1- (cut-off parking time-real time)/(cut-off parking time-order generation time);
the default fund is preset by the parking lot management mechanism user; if the real-time is greater than the cut-off parking time, the default gold is 0. The calculation formula of the refund expense is beneficial to accurately determining the actual parking expense generated by the common user and guaranteeing the fund rights and interests of the common user and the parking lot management mechanism user.
For example, the payment amount set in a certain parking lot is respectively 10 yuan/day, 250 yuan/month and 2500 yuan/year, and the default fund is respectively 2 yuan, 20 yuan and 200 yuan;
if the user selects the daily rental mode, the payment is successful in 6 months No. 5, 12:01, and in 6 months No. 00: the refund fee is (10 (1- (6 months 6 No. 00:01-6 months 5 No. 12:01)/(6 months 6 No. 12:01-6 months 5 No. 12:01))) -2= (10 (1- (12 h/24 h)) -2=3.00 yuan;
if the user selects the month renting mode, the payment is successful in 6 months No. 5, 12:01 and in 6 months No. 15, 00: the refund fee is (250 (1- (6 months 15 No. 00:01-6 months 5 No. 12:01)/(7 months 5 No. 12:01-6 months 5 No. 12:01))) -20= (250 (1-228 h/720 h)) -20= 150.83 yuan;
if the user selects the annual rental mode, the payment is successful in 2023, 6, 5, 12:00 and 2023, 9, 15, 12: the 00 application for refund, the refund fee is (2500 (1- (2023, 9, 15, 12:00-2023, 6, 5, 12:00)/(2024, 6, 5, 12:00-2023, 6, 5, 12:00))) -200= (2500 (1- (102, 24) h/(366, 24) h))) -200= 1603.28 yuan;
when the service handling module generates or modifies the payment status information, information is sent to inform the second terminal; and the common user or the parking lot management mechanism user checks the corresponding payment state information by checking the parking order. After the payment state information is changed, the information is automatically generated to inform the user, and the user can conveniently, quickly and timely know the payment state information of a plurality of parking orders in real time only through the system, and the steps of manually carrying out state inquiry or short message forwarding and the like are omitted; meanwhile, the user can avoid the situation that the state is unchanged and makes an erroneous decision when the user timely receives the notification of the change of the parking state.
In this embodiment, the server side is provided with a payment status API interface; a proprietary parking management system is operated on the second terminal; the parking lot information comprises a parking lot identification number (such as a parking lot organization user account number or a parking lot number distributed by a server); and after the special parking management system identifies the license plate number of the vehicle, the special parking management system is combined with the parking lot identification number, and then the payment state information corresponding to the license plate number is queried in real time through the payment state API interface. Each parking lot is provided with an exclusive parking management system, the exclusive parking management systems are connected with an API interface of a payment state, the management automation level of the parking lot can be improved, the parking lot can comprehensively and real-timely master the payment state information of a user of the parking lot, the effective resource planning of the parking lot is well performed, and the overall service quality and the working efficiency of the parking lot are finally improved.
The transaction module is used for settling the fund exchange between the common user and the third party supervision organization and settling the fund exchange between the parking lot supervision organization user and the third party supervision organization;
the storage module is used for storing data generated when the registration login module, the business handling module and the transaction module run. The system integrates the parking demands of a plurality of users on a plurality of parking lots, realizes unified supervision and handling of parking business, enables common users to complete parking business handling operation only in one platform, does not need to do offline handling or log in a plurality of online parking lot management platforms for handling respectively, and saves time and energy of the common users; on the other hand, the system realizes the fund settlement between the third party supervision platform and the common user and the parking lot management mechanism user respectively through the transaction module, thereby greatly facilitating the fund processing, improving the transparency and traceability of the transaction and reducing the probability of dispute risks between the common user and the parking lot management mechanism. In this embodiment, the storage module is a blockchain database. The blockchain is used as a decentralized and non-tamperable distributed account book technology, which can help the storage module to be safer and more transparent and make the third party supervision and management organization more creditable. The blockchain technology is used for storing transaction records and payment information, so that the safety of user data can be ensured, malicious attacks can be prevented, and meanwhile, the credibility and fairness of services are improved. In addition, the block chain technology has the characteristics of high efficiency, stability and automation, and can improve the operation efficiency and management effect of the system.
As shown in fig. 2, this embodiment also discloses an online parking service handling method, which applies the above-mentioned online parking service handling system; the method comprises the following steps:
step S1, the parking lot management mechanism user accesses a registration login module of the server through the second terminal, and logs in after registering an account;
s2, the parking lot management mechanism performs parking lot information setting operation through the service handling module;
s3, the common user accesses a registration login module of the server through the first terminal, and logs in after registering an account;
s4, the common user searches the parking lot information through the query module and performs parking mode selection operation and payment operation through the service handling module; when the ordinary user pays the fee successfully, a parking order is generated;
s5, the ordinary user searches the existing parking order information through the query module, and performs renewal or refund operation on the selected parking order through the service handling module;
and S6, the common user drives the automobile to the parking lot, and a manager or intelligent equipment of the parking lot recognizes and uploads the license plate number of the automobile through the second terminal to inquire payment state information of the corresponding license plate number.
Variations and modifications to the above would be obvious to persons skilled in the art to which the invention pertains from the foregoing description and teachings. Therefore, the invention is not limited to the specific embodiments disclosed and described above, but some modifications and changes of the invention should be also included in the scope of the claims of the invention. In addition, although specific terms are used in the present specification, these terms are for convenience of description only and do not limit the present invention in any way.
Claims (10)
1. An online parking service handling system comprises a server, a plurality of first terminals and a plurality of second terminals; the method is characterized in that: the first terminal is in communication connection with the server, and the second terminal is in communication connection with the server; the server is managed by a third party supervision organization, the first terminal is used by a common user, and the second terminal is used by a parking lot supervision organization user;
the server side is provided with a registration login module, a business handling module, a query module, a transaction module and a storage module;
the common user and the parking lot management mechanism user register account information in the registration login module through the first terminal and the second terminal respectively; other modules may be accessed if and only if the user registration is successful;
in the service handling module, the functions accessible by the first terminal comprise parking mode selection, payment, renewal and withdrawal, and the functions accessible by the second terminal comprise parking lot information setting;
the inquiry module is used for inquiring the parking lot information by a common user and inquiring the common user information of the parking lot management mechanism user which has transacted the parking service;
the transaction module is used for settling the fund exchange between the common user and the third party supervision organization and settling the fund exchange between the parking lot supervision organization user and the third party supervision organization;
the storage module is used for storing data generated when the registration login module, the business handling module and the transaction module run.
2. An on-line parking business handling system according to claim 1, wherein:
when the common user registers an account, the uploaded information comprises personal identity information and license plate numbers;
uploading the parking lot information, including a parking lot name, a parking lot address, a business license and the number of parking spaces, when the parking lot management mechanism user registers an account;
when any one of the ordinary users selects any one of the parking lots, selects a parking mode and pays fees, the service handling module automatically generates a parking order and generates fee paying state information, and the information of the parking order comprises cut-off parking time;
when the ordinary user performs the renewal or refund operation on one parking order, the service handling module automatically modifies the payment status information corresponding to the parking order; when the real-time exceeds the stop parking time of one parking order, the service handling module can automatically modify the payment state information of the corresponding parking order.
3. An on-line parking business handling system according to claim 2, wherein: when the service handling module generates or modifies the payment state information, the service handling module sends information to inform the second terminal; and the common user or the parking lot management mechanism user checks the corresponding payment state information by checking the parking order.
4. An on-line parking business handling system according to claim 2, wherein: the service end is provided with a payment state API interface; a proprietary parking management system is operated on the second terminal; the parking lot information comprises a parking lot identification number; and after the special parking management system identifies the license plate number of the vehicle, the special parking management system is combined with the parking lot identification number, and then the payment state information corresponding to the license plate number is queried in real time through the payment state API interface.
5. An on-line parking business handling system according to claim 2, wherein: the parking lot information further includes a parking contract; the parking lot information setting comprises modification of total number of parking spaces, modification of parking cost and uploading or updating of parking contracts; when the parking fee is modified by the parking management mechanism user, synchronously updating the parking contract; and if and only if the number of parking spaces of the parking lot is greater than 0 and the ordinary user agrees to the content of the parking contract, the ordinary user enters the payment operation through the first terminal.
6. An on-line parking business handling system according to claim 5, wherein: after the parking contracts are updated, the number of the parking contracts of the parking lot management agency user is increased; any of the parking orders is associated only with the parking contract of the latest version prior to the time of generation.
7. An on-line parking business handling system according to claim 2, wherein: the parking mode comprises a daily rental mode, a monthly rental mode and an annual rental mode; when the common user selects the daily rental mode, the monthly rental mode or the annual rental mode to pay fees, the common user pays fees for one day, one month or one year respectively;
if and only if the business handling module generates one parking order, the ordinary user also pays deposit;
the deposit is returned to the user if and only if the ordinary user completes the refund operation on one of the parking orders.
8. An on-line parking business handling system according to claim 2, wherein: when the ordinary user carries out the refund operation on one parking order, the refund cost is calculated according to the proportion occupied by the residual parking use time or the residual parking use date, and then the default is deducted, namely:
refund cost= (payment amount x proportion) -deposit violation;
wherein, the calculation formula of the proportion is as follows:
proportion = 1- (cut-off parking time-real time)/(cut-off parking time-order generation time);
the default fund is preset by the parking lot management mechanism user; if the real-time is greater than the cut-off parking time, the default gold is 0.
9. An on-line parking business handling system according to claim 1, wherein: the storage module is a block chain database.
10. An on-line parking service handling method, applying an on-line parking service handling system according to any one of claims 2 to 9; the method is characterized in that: the method comprises the following steps:
step S1, the parking lot management mechanism user accesses a registration login module of the server through the second terminal, and logs in after registering an account;
s2, the parking lot management mechanism performs parking lot information setting operation through the service handling module;
s3, the common user accesses a registration login module of the server through the first terminal, and logs in after registering an account;
s4, the common user searches the parking lot information through the query module and performs parking mode selection operation and payment operation through the service handling module; when the ordinary user pays the fee successfully, a parking order is generated;
s5, the ordinary user searches the existing parking order information through the query module, and performs renewal or refund operation on the selected parking order through the service handling module;
and S6, the common user drives the automobile to the parking lot, and a manager or intelligent equipment of the parking lot recognizes and uploads the license plate number of the automobile through the second terminal to inquire payment state information of the corresponding license plate number.
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