CN116363901A - Intelligent parking space sharing method and system - Google Patents
Intelligent parking space sharing method and system Download PDFInfo
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- CN116363901A CN116363901A CN202310353511.0A CN202310353511A CN116363901A CN 116363901 A CN116363901 A CN 116363901A CN 202310353511 A CN202310353511 A CN 202310353511A CN 116363901 A CN116363901 A CN 116363901A
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Abstract
The invention provides an intelligent parking space sharing method and system, which are characterized in that sharable time of a user parking space is generated by acquiring travel information of a user of the shared parking space, and meanwhile, a proper shared parking space is pushed for the user of the parking space demand according to a parking request sent by the user of the parking space demand; according to the intelligent parking space sharing method and system provided by the invention, intelligent sharing management of the parking space can be realized without excessive operations of the owners of the parking space, even no-sense sharing is realized, so that the use experience of the owners of the parking space is greatly improved, the sharing enthusiasm of the owners of the parking space is further promoted, and more parking spaces can be reasonably allocated and used.
Description
Technical Field
The invention relates to the technical field of Internet, in particular to an intelligent parking space sharing method and system.
Background
With the increasing number of private cars, limited public parking spaces are broken through, the private parking spaces are high in cost, and most of people are not located in the workplaces and residences, so that the problems of unbalanced utilization rate of the parking lot, difficulty in finding parking spaces, illegal parking at road edges and the like are caused;
With the development of the sharing economy, the concept of sharing parking spaces gradually goes into the field of view of people, however, the current sharing parking solutions are mostly focused on solving the reasonable scheduling problem of parking space renters, and neglecting the use experience of parking space owners.
Disclosure of Invention
The invention aims to overcome the defects of the prior art, and provides an intelligent parking space sharing method and system, so that parking space owners can conveniently realize parking space sharing management and even realize non-inductive sharing, and the intelligent sharing parking space management can be realized without excessive operations of the parking space owners in the parking space sharing process.
The invention adopts the following technical scheme for realizing the purposes:
in a first aspect, the present invention provides an intelligent parking space sharing method, including the following steps:
acquiring departure journey information of a parking space sharing user;
generating round trip time of the parking space sharing user according to the departure journey information, and recording the round trip time as sharable time;
the shared parking space information bound by the parking space sharing user is obtained, the sharable time is bound with the shared parking space information, and the shared parking space information is written into a preset shared parking space list;
acquiring the current time, and updating the sharable time of each piece of shared parking space information in the preset shared parking space list according to the current time;
When a parking request sent by a parking space demand user is obtained;
the shared parking space information which can be shared for a time not less than a preset minimum shared time and has an idle parking space state is obtained from the preset shared parking space list and is sent to a parking space demand user;
when a shared parking space selection instruction sent by a parking space demand user is obtained, the parking space state of the shared parking space information selected by the parking space demand user is rewritten into occupied parking space state, and contact information of the parking space demand user is written into user information of the shared parking space information;
generating parking permission information bound with the parking space demand user according to the shared parking space information selected by the parking space demand user;
and sending the parking permission information to the parking space demand user.
In an embodiment of the present invention, the departure trip information includes navigation route information;
and generating the round trip time of the parking space sharing user according to the departure journey information, wherein the round trip time is recorded as sharable time, and the round trip time specifically comprises the following steps:
generating return time according to the departure place and destination information in the navigation route information;
acquiring a matched preset stay time from a preset database according to destination information in the navigation route information;
Generating the round trip time of the parking space sharing user according to the journey time, the return journey time and the preset residence time in the navigation route information, and recording the round trip time as sharable time.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
acquiring shared parking space information with occupied parking space states from the preset shared parking space list, and marking the shared parking space information as occupied parking space information;
acquiring sharable time matched with the information of the already-shared parking space from the preset shared parking space list, and recording the information of the already-shared parking space with the sharable time smaller than the minimum sharing time as overtime parking space information;
acquiring user information matched with the overtime parking space information from the preset shared parking space list;
and sending a vehicle moving prompt to the matched parking space demand user according to the acquired user information, acquiring shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
acquiring return navigation information of a parking space sharing user;
When the journey time in the return navigation information is smaller than the preset minimum journey time, acquiring shared parking space information bound by the parking space sharing user, and recording the shared parking space information as parking space information to be returned;
acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, acquiring user information matched with the parking space information to be returned from the preset shared parking space list;
and sending a vehicle moving prompt to the matched parking space demand user according to the acquired user information, acquiring shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
when the return trigger information of the parking space sharing user is acquired;
acquiring shared parking space information bound by the parking space sharing user from the preset shared parking space list, and recording the shared parking space information as returned parking space information;
acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
When the acquired parking space state is occupied, acquiring standby parking space information with idle parking space state from the preset shared parking space list;
generating parking permission information bound with the parking space sharing user according to the standby parking space information;
and sending the parking permission information to the parking space sharing user.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
acquiring daily travel information of a parking space sharing user, wherein the daily travel information comprises a date tag, daily activity time, daily departure time and daily destination;
acquiring a current date, and when the current date is matched with the date label;
when the destination of the departure trip information is matched with the daily destination and the departure time of the departure trip information is matched with the daily departure time;
generating round trip time of the parking space sharing user according to the daily activity time and the departure journey information, and recording the round trip time as sharable time.
In an embodiment of the present invention, the obtaining the current date, when the current date matches the date tag, further includes:
Acquiring the time for the parking space sharing user to leave the parking space;
when the driving-away parking space time is matched with the daily departure time, generating estimated journey time according to the information of the position of the shared parking space of the parking space sharing user and the daily destination information;
acquiring the position information of the parking space sharing user at regular time according to the estimated journey time, and when the acquired position information is matched with the daily destination;
generating the round trip time of the parking space sharing user according to the daily activity time and the estimated journey time, and recording the round trip time as sharable time.
The invention also provides an intelligent parking space sharing system, which comprises a journey acquisition module, a sharing time generation module, a parking space list management module, a parking management module and a parking space selection module;
the travel obtaining module is used for obtaining departure travel information of the parking space sharing user;
the sharing time generation module generates round trip time of the parking space sharing user according to the departure journey information and records the round trip time as sharable time;
the parking space list management module is used for acquiring the shared parking space information bound by the parking space sharing user, binding the sharable time with the shared parking space information and writing the sharable time into a preset shared parking space list;
The parking space list management module is further used for acquiring the current time and updating the sharable time of each piece of shared parking space information in the preset shared parking space list according to the current time;
the parking management module is used for acquiring a parking request sent by a parking space demand user;
when the parking management module obtains a parking request sent by a parking space demand user, the parking space selection module is used for obtaining shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user;
the parking management module is also used for acquiring a shared parking space selection instruction sent by a parking space demand user;
when the parking management module acquires a shared parking space selection instruction sent by a parking space demand user, the parking space list management module is also used for rewriting the parking space state of the shared parking space information selected by the parking space demand user into occupied parking space, and writing contact information of the parking space demand user into user information of the shared parking space information;
the parking management module is further used for generating parking permission information bound with the parking space demand user according to the shared parking space information selected by the parking space demand user;
And the parking management module is also used for sending the parking permission information to the parking space demand user.
In an embodiment of the present invention, the departure trip information includes navigation route information;
the shared time generation module is further used for generating a return time according to the departure place and destination information in the navigation route information;
the shared time generation module is further used for acquiring matched preset residence time from a preset database according to destination information in the navigation route information;
the sharing time generation module is further configured to generate a round trip time of the parking space sharing user according to the journey time, the return time and the preset residence time in the navigation route information, and record the round trip time as sharable time.
In an embodiment of the present invention, the parking space list management module further obtains shared parking space information, which is used as occupied parking space information, from the preset shared parking space list, and records the shared parking space information as occupied parking space information;
the parking space list management module is further used for acquiring sharable time matched with the information of the shared parking space from the preset shared parking space list and recording the information of the shared parking space with the sharable time smaller than the minimum sharing time as overtime parking space information;
The parking space list management module is further used for acquiring user information matched with the overtime parking space information from the preset shared parking space list;
the parking management module is further used for sending a vehicle moving prompt to a matched parking space demand user according to the acquired user information, acquiring shared parking space information with the sharable time not less than the preset minimum sharing time and the idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
In an embodiment of the present invention, the trip obtaining module is further configured to obtain return navigation information of the parking space sharing user;
when the journey time in the return navigation information is smaller than the preset minimum journey time, the parking space list management module is also used for acquiring the shared parking space information bound by the parking space sharing user and recording the shared parking space information as parking space information to be returned;
the parking space list management module is further used for acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, the parking space list management module is further used for acquiring user information matched with the parking space information to be returned from the preset shared parking space list;
The parking management module is further used for sending a vehicle moving prompt to a matched parking space demand user according to the acquired user information, acquiring shared parking space information with the sharable time not less than the preset minimum sharing time and the idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
In an embodiment of the present invention, the intelligent parking space sharing system further includes a trigger instruction acquisition module;
the triggering instruction acquisition module is used for acquiring the returned triggering information of the parking space sharing user;
when the triggering instruction acquisition module acquires the return triggering information of the parking space sharing user, the parking space list management module is also used for acquiring the shared parking space information bound by the parking space sharing user from the preset shared parking space list and recording the shared parking space information as returned parking space information;
the parking space list management module is further used for acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, the parking space list management module is further configured to acquire standby parking space information that the parking space state is idle from the preset shared parking space list;
The parking management module is further used for generating parking permission information bound with the parking space sharing user according to the standby parking space information;
and the parking management module is also used for sending the parking permission information to the parking space sharing user.
In an embodiment of the present invention, the intelligent parking space sharing system further includes a daily travel judgment module;
the daily travel judgment module is used for acquiring daily travel information of the parking space sharing user, wherein the daily travel information comprises a date tag, daily activity time, daily departure time and daily destination;
the daily travel judging module is further used for acquiring a current date, and when the current date is matched with the date label;
the daily travel judgment module is further used for comparing the destination of the departure travel information with the daily destination;
the daily travel judgment module is further used for comparing the departure time of the departure travel information with the daily departure time;
when the destination of the departure trip information is matched with the daily destination and the departure time of the departure trip information is matched with the daily departure time;
The sharing time generation module is further used for generating round trip time of the parking space sharing user according to the daily activity time and the departure journey information, and recording the round trip time as sharable time.
In an embodiment of the present invention, the intelligent parking space sharing system further includes a driving-off time obtaining module;
the driving-off time acquisition module is used for acquiring the driving-off parking space time of the parking space sharing user;
the daily travel judgment module is further used for comparing the time of the vehicle-leaving space with the daily departure time;
when the driving-away parking space time is matched with the daily departure time, the shared time generation module is further used for generating estimated journey time according to the information of the shared parking space of the parking space sharing user and the daily destination information;
the daily travel judging module is further used for acquiring the position information of the parking space sharing user at regular time according to the estimated journey time, and when the acquired position information is matched with the daily destination;
the sharing time generation module is further configured to generate round trip time of the parking space sharing user according to the daily activity time and the estimated journey time, and record the round trip time as sharable time.
The invention has the beneficial effects that: according to the intelligent parking space sharing method and system provided by the invention, intelligent sharing management of the parking space can be realized without excessive operations of the owners of the parking space, even no-sense sharing is realized, so that the use experience of the owners of the parking space is greatly improved, the sharing enthusiasm of the owners of the parking space is further promoted, and more parking spaces can be reasonably allocated and used.
Drawings
FIG. 1 is a flow chart of an intelligent parking space sharing method according to an embodiment of the invention;
fig. 2 is a schematic structural diagram of an intelligent parking space sharing system according to an embodiment of the invention.
Detailed Description
The invention will be further described with reference to the accompanying drawings and specific examples, which are given for illustration only and are not to be construed as limiting the invention.
In a first aspect, as shown in fig. 1, the present invention provides an intelligent parking space sharing method, including the following steps:
s100: acquiring departure journey information of a parking space sharing user;
s200: generating round trip time of the parking space sharing user according to the departure journey information, and recording the round trip time as sharable time;
S300: the shared parking space information bound by the parking space sharing user is obtained, the sharable time is bound with the shared parking space information, and the shared parking space information is written into a preset shared parking space list;
s400: acquiring the current time, and updating the sharable time of each piece of shared parking space information in the preset shared parking space list according to the current time;
s500: when a parking request sent by a parking space demand user is obtained;
s600: the shared parking space information which can be shared for a time not less than a preset minimum shared time and has an idle parking space state is obtained from the preset shared parking space list and is sent to a parking space demand user;
s700: when a shared parking space selection instruction sent by a parking space demand user is obtained, the parking space state of the shared parking space information selected by the parking space demand user is rewritten into occupied parking space state, and contact information of the parking space demand user is written into user information of the shared parking space information;
s800: generating parking permission information bound with the parking space demand user according to the shared parking space information selected by the parking space demand user;
s900: and sending the parking permission information to the parking space demand user.
In an embodiment of the present invention, the departure trip information includes navigation route information;
The step S200 specifically includes:
generating return time according to the departure place and destination information in the navigation route information;
acquiring a matched preset stay time from a preset database according to destination information in the navigation route information;
generating the round trip time of the parking space sharing user according to the journey time, the return journey time and the preset residence time in the navigation route information, and recording the round trip time as sharable time.
In a specific application scenario of the present invention, the method provided in the first aspect of the present invention is executed by a cloud server;
when a parking space sharing user goes out, setting navigation route information by operating an intelligent terminal of the parking space sharing user, when the parking space sharing user starts navigation, sending the navigation route information to a cloud server by the intelligent terminal, generating the return time of the parking space sharing user according to the received navigation information of the parking space sharing user, for example, 1 hour, acquiring matched preset stay time from a preset database according to a destination in the navigation information, if the navigation destination is a comprehensive commercial square, synthesizing the preset stay time of the commercial square from the preset database by the cloud server for 2 hours, generating sharable time of the parking space sharing user to be 4 hours according to the 1 hour of the journey time, the 1 hour of the return time and the 2 hours of the preset stay time in the navigation route information, and writing the sharable time of the parking space sharing user into corresponding shared parking space information in a preset shared parking space list, and starting to reduce the sharable time in real time;
When the cloud server receives a parking request sent by a parking space demand user through an intelligent terminal, the cloud server acquires the parking space state which is idle from a preset shared parking space list, the sharable time is not less than the preset minimum sharable time, such as half an hour, the shared parking space information is sent to the intelligent terminal of the parking space demand user, the parking space demand user clicks a parking space which is hoped to be rented on the intelligent terminal, selection information is sent to the cloud server, and after the cloud server receives the parking space selection information of the parking space demand user, the cloud server rewrites the parking space state of the shared parking space information selected by the parking space demand user into occupied parking space state, and writes contact information of the parking space demand user into user information of the shared parking space information; meanwhile, the cloud server generates corresponding parking permission information according to the selected shared parking space, binds the parking permission information with the parking space demand users and sends the parking permission information to the parking space demand users;
the parking permission information comprises entrance guard access authentication information, such as an entrance guard two-dimensional code, of an area to which the shared parking space belongs, and/or ground lock unlocking information, such as a ground lock unlocking password, on the shared parking space.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
acquiring shared parking space information with occupied parking space states from the preset shared parking space list, and marking the shared parking space information as occupied parking space information;
acquiring sharable time matched with the information of the already-shared parking space from the preset shared parking space list, and recording the information of the already-shared parking space with the sharable time smaller than the minimum sharing time as overtime parking space information;
acquiring user information matched with the overtime parking space information from the preset shared parking space list;
and sending a vehicle moving prompt to the matched parking space demand user according to the acquired user information, acquiring shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
Specifically, along the above example, the cloud server periodically inquires the remaining sharable time of the rented shared parking space, when the sharable time is less than the preset minimum sharing time, for example, 30 minutes, the cloud server acquires the user information of the parking space from the preset shared parking space list, sends a vehicle moving prompt to the corresponding parking space demand user according to the acquired user information, and simultaneously sends the shared parking space information with idle parking space state and sharable time more than 30 minutes to the parking space demand user for selection.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
acquiring return navigation information of a parking space sharing user;
when the journey time in the return navigation information is smaller than the preset minimum journey time, acquiring shared parking space information bound by the parking space sharing user, and recording the shared parking space information as parking space information to be returned;
acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, acquiring user information matched with the parking space information to be returned from the preset shared parking space list;
and sending a vehicle moving prompt to the matched parking space demand user according to the acquired user information, acquiring shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
Specifically, along with the above example, when the parking space sharing user returns, the return navigation information can be sent to the cloud server through the intelligent terminal, and the cloud server judges that the navigation is return navigation according to the received navigation information when the destination of the received navigation information is the shared parking space; when the journey time in the return navigation information received by the cloud server is smaller than the preset minimum journey time, such as 30 minutes, the cloud server acquires the shared parking space information bound by the parking space sharing user, when the acquired shared parking space is occupied, the cloud server acquires the user information of the shared parking space from a preset shared parking space list, sends a vehicle moving reminding to a corresponding parking space demand user according to the acquired user information, and simultaneously sends the shared parking space information which is free in parking space state and has the sharable time larger than the preset minimum sharing time to the parking space demand user for selection.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
when the return trigger information of the parking space sharing user is acquired;
acquiring shared parking space information bound by the parking space sharing user from the preset shared parking space list, and recording the shared parking space information as returned parking space information;
acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, acquiring standby parking space information with idle parking space state from the preset shared parking space list;
generating parking permission information bound with the parking space sharing user according to the standby parking space information;
and sending the parking permission information to the parking space sharing user.
In a specific application scenario of the invention, the return trigger information includes entrance guard information of a parking space sharing user entering an area where the shared parking space belongs, or trigger information sent by an intelligent terminal or a cloud server of the user when the position information of the parking space sharing user is matched with the position information of the shared parking space of the parking space sharing user;
specifically, in the above example, when the cloud server obtains the access control information that the parking space sharing user enters the cell to which the shared parking space belongs, the cloud server obtains the shared parking space information bound by the parking space sharing user, when the state of the obtained shared parking space is still occupied, the cloud server obtains the spare parking space information with the idle parking space state from the preset shared parking space list, and generates parking permission information bound with the parking space sharing user, such as a ground lock unlocking password of the spare parking space, according to the spare parking space information, and sends the parking permission information to the parking space sharing user.
In an embodiment of the present invention, the method for sharing an intelligent parking space further includes:
acquiring daily travel information of a parking space sharing user, wherein the daily travel information comprises a date tag, daily activity time, daily departure time and daily destination;
acquiring a current date, and when the current date is matched with the date label;
when the destination of the departure trip information is matched with the daily destination and the departure time of the departure trip information is matched with the daily departure time;
generating round trip time of the parking space sharing user according to the daily activity time and the departure journey information, and recording the round trip time as sharable time.
In a specific application scenario of the present invention, the date label is a date feature corresponding to a daily activity set by a user, such as a working day, a rest day, 15 # monthly, etc.;
specifically, along with the above example, a parking space sharing user can set daily schedule through an application program on an intelligent terminal, for example, a date label is a workday, the daily activity time is 8 hours, the daily departure time is 8 points in the morning, the daily destination is a company, and daily formation information for setting and finding is sent to a cloud server;
The cloud server acquires the current date and daily trip information of the parking space sharing user, when the current date accords with the date label set by the user, for example, on monday, the cloud server judges whether the current trip of the user is daily trip according to the acquired departure trip information of the parking space sharing user, when the navigation destination of the departure trip information is a company and the departure time is 8 a.m., at the moment, the cloud server judges that the trip of the parking space sharing user is daily trip, the cloud server generates round trip time of the parking space sharing user according to the navigation information, for example, 2 hours, and generates sharable time of the sharing parking space of the parking space sharing user to be 10 hours according to the daily trip time set by the parking space sharing user.
In an embodiment of the present invention, the obtaining the current date, when the current date matches the date tag, further includes:
acquiring the time for the parking space sharing user to leave the parking space;
when the driving-away parking space time is matched with the daily departure time, generating estimated journey time according to the information of the position of the shared parking space of the parking space sharing user and the daily destination information;
acquiring the position information of the parking space sharing user at regular time according to the estimated journey time, and when the acquired position information is matched with the daily destination;
Generating the round trip time of the parking space sharing user according to the daily activity time and the estimated journey time, and recording the round trip time as sharable time.
In a specific application scenario of the invention, the time for driving away the parking space includes the lifting time of a ground lock on the parking space shared by the parking space sharing user or the time for triggering the entrance guard of the parking space sharing user when leaving the area where the shared parking space belongs;
specifically, in the above example, when the cloud server does not acquire departure trip information of the user, the cloud server determines that the trip of the parking space sharing user is likely to be a daily trip according to the acquired travel time of the parking space sharing user, for example, the ground lock lifting time on the parking space sharing user is 8 a.m., at this moment, the cloud server generates estimated trip time according to daily destination information set by the parking space sharing user and information of the location of the sharing parking space, for example, 1 hour, then the cloud server acquires the location information of the parking space sharing user after 1 hour, for example, when the location information of the cloud server is matched with the set daily destination, the cloud server determines that the trip of the parking space sharing user is a daily trip, at this moment, the cloud server generates sharable time of the sharing parking space of the parking space sharing user according to the daily activity time set by the parking space sharing user for 8 hours, and the generated estimated trip time is 9 hours.
In a second aspect, as shown in fig. 2, the present invention further provides an intelligent parking space sharing system, which includes a journey obtaining module 100, a sharing time generating module 200, a parking space list management module 300, a parking management module 400, and a parking space selecting module 500;
the journey obtaining module 100 is configured to obtain departure journey information of a parking space sharing user;
the sharing time generating module 200 generates round trip time of the parking space sharing user according to the departure journey information, and marks the round trip time as sharable time;
the parking space list management module 300 is configured to obtain the shared parking space information bound by the parking space sharing user, bind the sharable time with the shared parking space information, and write the sharable time into a preset shared parking space list;
the parking space list management module 300 is further configured to obtain a current time, and update sharable time of each piece of shared parking space information in the preset shared parking space list according to the current time;
the parking management module 400 is configured to obtain a parking request sent by a parking space demand user;
when the parking management module 400 obtains a parking request sent by a parking space demand user, the parking space selection module 500 is configured to obtain shared parking space information that the sharable time is not less than a preset minimum shared time and the parking space state is idle from the preset shared parking space list, and send the shared parking space information to the parking space demand user;
The parking management module 400 is further configured to obtain a shared parking space selection instruction sent by a parking space demand user;
when the parking management module 400 obtains a shared parking space selection instruction sent by a parking space demand user, the parking space list management module 300 is further configured to rewrite a parking space state of the shared parking space information selected by the parking space demand user to be occupied, and write contact information of the parking space demand user into user information of the shared parking space information;
the parking management module 400 is further configured to generate parking permission information bound to the parking space demand user according to the shared parking space information selected by the parking space demand user;
the parking management module 400 is further configured to send the parking permission information to the parking space demand user.
In an embodiment of the present invention, the departure trip information includes navigation route information;
the shared time generating module 200 is further configured to generate a return time according to the departure point and destination information in the navigation route information;
the shared time generating module 200 is further configured to obtain a matched preset residence time from a preset database according to destination information in the navigation route information;
The sharing time generating module 200 is further configured to generate a round trip time of the parking space sharing user according to the journey time, the return journey time and the preset residence time in the navigation route information, and record the round trip time as sharable time.
In a specific application scenario of the present invention, the system provided in the second aspect of the present invention is integrated in a cloud server;
when a parking space sharing user goes out, setting navigation route information by operating an intelligent terminal of the parking space sharing user, when the parking space sharing user starts navigation, sending the navigation route information to a cloud server by the intelligent terminal, generating the return time of the parking space sharing user according to the received navigation information of the parking space sharing user, for example, 1 hour, acquiring matched preset stay time from a preset database according to a destination in the navigation information, if the navigation destination is a comprehensive commercial square, synthesizing the preset stay time of the commercial square from the preset database by the cloud server for 2 hours, generating sharable time of the parking space sharing user to be 4 hours according to the 1 hour of the journey time, the 1 hour of the return time and the 2 hours of the preset stay time in the navigation route information, and writing the sharable time of the parking space sharing user into corresponding shared parking space information in a preset shared parking space list, and starting to reduce the sharable time in real time;
When the cloud server receives a parking request sent by a parking space demand user through an intelligent terminal, the cloud server acquires the parking space state which is idle from a preset shared parking space list, the sharable time is not less than the preset minimum sharable time, such as half an hour, the shared parking space information is sent to the intelligent terminal of the parking space demand user, the parking space demand user clicks a parking space which is hoped to be rented on the intelligent terminal, selection information is sent to the cloud server, and after the cloud server receives the parking space selection information of the parking space demand user, the cloud server rewrites the parking space state of the shared parking space information selected by the parking space demand user into occupied parking space state, and writes contact information of the parking space demand user into user information of the shared parking space information; meanwhile, the cloud server generates corresponding parking permission information according to the selected shared parking space, binds the parking permission information with the parking space demand users and sends the parking permission information to the parking space demand users;
the parking permission information comprises entrance guard access authentication information, such as an entrance guard two-dimensional code, of an area to which the shared parking space belongs, and/or ground lock unlocking information, such as a ground lock unlocking password, on the shared parking space.
In an embodiment of the present invention, the parking space list management module 300 further obtains shared parking space information, which is used as the occupied parking space information, from the preset shared parking space list;
the parking space list management module 300 further obtains sharable time matched with the shared parking space information from the preset shared parking space list, and records the shared parking space information with the sharable time smaller than the minimum sharing time as overtime parking space information;
the parking space list management module 300 is further configured to obtain user information matched with the overtime parking space information from the preset shared parking space list;
the parking management module 400 is further configured to send a vehicle moving reminder to a matched parking space demand user according to the obtained user information, obtain shared parking space information with a sharable time not less than a preset minimum sharing time and an idle parking space state from the preset shared parking space list, and send the shared parking space information to the parking space demand user.
Specifically, along the above example, the cloud server periodically inquires the remaining sharable time of the rented shared parking space, when the sharable time is less than the preset minimum sharing time, for example, 30 minutes, the cloud server acquires the user information of the parking space from the preset shared parking space list, sends a vehicle moving prompt to the corresponding parking space demand user according to the acquired user information, and simultaneously sends the shared parking space information with idle parking space state and sharable time more than 30 minutes to the parking space demand user for selection.
In an embodiment of the present invention, the trip obtaining module 100 is further configured to obtain return navigation information of the parking space sharing user;
when the journey time in the return navigation information is less than the preset minimum journey time, the parking space list management module 300 is further configured to obtain shared parking space information bound by the parking space sharing user, and record the shared parking space information as parking space information to be returned;
the parking space list management module 300 is further configured to obtain a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, the parking space list management module 300 is further configured to acquire user information matched with the parking space information to be returned from the preset shared parking space list;
the parking management module 400 is further configured to send a vehicle moving reminder to a matched parking space demand user according to the obtained user information, obtain shared parking space information with a sharable time not less than a preset minimum sharing time and an idle parking space state from the preset shared parking space list, and send the shared parking space information to the parking space demand user.
Specifically, along with the above example, when the parking space sharing user returns, the return navigation information can be sent to the cloud server through the intelligent terminal, and the cloud server judges that the navigation is return navigation according to the received navigation information when the destination of the received navigation information is the shared parking space; when the journey time in the return navigation information received by the cloud server is smaller than the preset minimum journey time, such as 30 minutes, the cloud server acquires the shared parking space information bound by the parking space sharing user, when the acquired shared parking space is occupied, the cloud server acquires the user information of the shared parking space from a preset shared parking space list, sends a vehicle moving reminding to a corresponding parking space demand user according to the acquired user information, and simultaneously sends the shared parking space information which is free in parking space state and has the sharable time larger than the preset minimum sharing time to the parking space demand user for selection.
In an embodiment of the present invention, the intelligent parking space sharing system further includes a trigger instruction acquisition module;
the triggering instruction acquisition module is used for acquiring the returned triggering information of the parking space sharing user;
when the trigger instruction obtaining module obtains the return trigger information of the parking space sharing user, the parking space list management module 300 is further configured to obtain the shared parking space information bound by the parking space sharing user from the preset shared parking space list, and record the shared parking space information as returned parking space information;
the parking space list management module 300 is further configured to obtain a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, the parking space list management module 300 is further configured to acquire standby parking space information that the parking space state is idle from the preset shared parking space list;
the parking management module 400 is further configured to generate parking permission information bound with the parking space sharing user according to the standby parking space information;
the parking management module 400 is further configured to send the parking permission information to the parking space sharing user.
In a specific application scenario of the invention, the return trigger information includes entrance guard information of a parking space sharing user entering an area where the shared parking space belongs, or trigger information sent by an intelligent terminal or a cloud server of the user when the position information of the parking space sharing user is matched with the position information of the shared parking space of the parking space sharing user;
Specifically, in the above example, when the cloud server obtains the access control information that the parking space sharing user enters the cell to which the shared parking space belongs, the cloud server obtains the shared parking space information bound by the parking space sharing user, when the state of the obtained shared parking space is still occupied, the cloud server obtains the spare parking space information with the idle parking space state from the preset shared parking space list, and generates parking permission information bound with the parking space sharing user, such as a ground lock unlocking password of the spare parking space, according to the spare parking space information, and sends the parking permission information to the parking space sharing user.
In an embodiment of the present invention, the intelligent parking space sharing system further includes a daily travel judgment module;
the daily travel judgment module is used for acquiring daily travel information of the parking space sharing user, wherein the daily travel information comprises a date tag, daily activity time, daily departure time and daily destination;
the daily travel judging module is further used for acquiring a current date, and when the current date is matched with the date label;
the daily travel judgment module is further used for comparing the destination of the departure travel information with the daily destination;
The daily travel judgment module is further used for comparing the departure time of the departure travel information with the daily departure time;
when the destination of the departure trip information is matched with the daily destination and the departure time of the departure trip information is matched with the daily departure time;
the sharing time generating module 200 is further configured to generate round trip time of the parking space sharing user according to the daily activity time and the departure trip information, and record the round trip time as sharable time.
In a specific application scenario of the present invention, the date label is a date feature corresponding to a daily activity set by a user, such as a working day, a rest day, 15 # monthly, etc.;
specifically, along with the above example, a parking space sharing user can set daily schedule through an application program on an intelligent terminal, for example, a date label is a workday, the daily activity time is 8 hours, the daily departure time is 8 points in the morning, the daily destination is a company, and daily formation information for setting and finding is sent to a cloud server;
the cloud server acquires the current date and daily trip information of the parking space sharing user, when the current date accords with the date label set by the user, for example, on monday, the cloud server judges whether the current trip of the user is daily trip according to the acquired departure trip information of the parking space sharing user, when the navigation destination of the departure trip information is a company and the departure time is 8 a.m., at the moment, the cloud server judges that the trip of the parking space sharing user is daily trip, the cloud server generates round trip time of the parking space sharing user according to the navigation information, for example, 2 hours, and generates sharable time of the sharing parking space of the parking space sharing user to be 10 hours according to the daily trip time set by the parking space sharing user.
In an embodiment of the present invention, the intelligent parking space sharing system further includes a driving-off time obtaining module;
the driving-off time acquisition module is used for acquiring the driving-off parking space time of the parking space sharing user;
the daily travel judgment module is further used for comparing the time of the vehicle-leaving space with the daily departure time;
when the driving-away parking space time is matched with the daily departure time, the shared time generating module 200 is further configured to generate an estimated journey time according to the information of the shared parking space of the parking space sharing user and the daily destination information;
the daily travel judging module is further used for acquiring the position information of the parking space sharing user at regular time according to the estimated journey time, and when the acquired position information is matched with the daily destination;
the sharing time generating module 200 is further configured to generate a round trip time of the parking space sharing user according to the daily activity time and the estimated journey time, and record the round trip time as sharable time.
In a specific application scenario of the invention, the time for driving away the parking space includes the lifting time of a ground lock on the parking space shared by the parking space sharing user or the time for triggering the entrance guard of the parking space sharing user when leaving the area where the shared parking space belongs;
Specifically, in the above example, when the cloud server does not acquire departure trip information of the user, the cloud server determines that the trip of the parking space sharing user is likely to be a daily trip according to the acquired travel time of the parking space sharing user, for example, the ground lock lifting time on the parking space sharing user is 8 a.m., at this moment, the cloud server generates estimated trip time according to daily destination information set by the parking space sharing user and information of the location of the sharing parking space, for example, 1 hour, then the cloud server acquires the location information of the parking space sharing user after 1 hour, for example, when the location information of the cloud server is matched with the set daily destination, the cloud server determines that the trip of the parking space sharing user is a daily trip, at this moment, the cloud server generates sharable time of the sharing parking space of the parking space sharing user according to the daily activity time set by the parking space sharing user for 8 hours, and the generated estimated trip time is 9 hours.
It is apparent that the above examples are only examples for the purpose of more clearly expressing the technical solution of the present invention, and are not limiting the embodiments of the present invention. It will be apparent to those skilled in the art from this disclosure that various other changes and modifications can be made herein without departing from the spirit and scope of the invention. The scope of the invention is therefore intended to be covered by the appended claims.
Claims (10)
1. An intelligent parking space sharing method is characterized by comprising the following steps:
acquiring departure journey information of a parking space sharing user;
generating round trip time of the parking space sharing user according to the departure journey information, and recording the round trip time as sharable time;
the shared parking space information bound by the parking space sharing user is obtained, the sharable time is bound with the shared parking space information, and the shared parking space information is written into a preset shared parking space list;
acquiring the current time, and updating the sharable time of each piece of shared parking space information in the preset shared parking space list according to the current time;
when a parking request sent by a parking space demand user is obtained;
the shared parking space information which can be shared for a time not less than a preset minimum shared time and has an idle parking space state is obtained from the preset shared parking space list and is sent to a parking space demand user;
when a shared parking space selection instruction sent by a parking space demand user is obtained, the parking space state of the shared parking space information selected by the parking space demand user is rewritten into occupied parking space state, and contact information of the parking space demand user is written into user information of the shared parking space information;
generating parking permission information bound with the parking space demand user according to the shared parking space information selected by the parking space demand user;
And sending the parking permission information to the parking space demand user.
2. The intelligent parking space sharing method of claim 1, wherein the intelligent parking space sharing method further comprises:
acquiring shared parking space information with occupied parking space states from the preset shared parking space list, and marking the shared parking space information as occupied parking space information;
acquiring sharable time matched with the information of the already-shared parking space from the preset shared parking space list, and recording the information of the already-shared parking space with the sharable time smaller than the minimum sharing time as overtime parking space information;
acquiring user information matched with the overtime parking space information from the preset shared parking space list;
and sending a vehicle moving prompt to the matched parking space demand user according to the acquired user information, acquiring shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
3. The intelligent parking space sharing method of claim 1, wherein the intelligent parking space sharing method further comprises:
acquiring return navigation information of a parking space sharing user;
When the journey time in the return navigation information is smaller than the preset minimum journey time, acquiring shared parking space information bound by the parking space sharing user, and recording the shared parking space information as parking space information to be returned;
acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, acquiring user information matched with the parking space information to be returned from the preset shared parking space list;
and sending a vehicle moving prompt to the matched parking space demand user according to the acquired user information, acquiring shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
4. The intelligent parking space sharing method of claim 1, wherein the intelligent parking space sharing method further comprises:
when the return trigger information of the parking space sharing user is acquired;
acquiring shared parking space information bound by the parking space sharing user from the preset shared parking space list, and recording the shared parking space information as returned parking space information;
acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
When the acquired parking space state is occupied, acquiring standby parking space information with idle parking space state from the preset shared parking space list;
generating parking permission information bound with the parking space sharing user according to the standby parking space information;
and sending the parking permission information to the parking space sharing user.
5. The intelligent parking space sharing method of claim 1, wherein the intelligent parking space sharing method further comprises:
acquiring daily travel information of a parking space sharing user, wherein the daily travel information comprises a date tag, daily activity time, daily departure time and daily destination;
acquiring a current date, and when the current date is matched with the date label;
when the destination of the departure trip information is matched with the daily destination and the departure time of the departure trip information is matched with the daily departure time;
generating round trip time of the parking space sharing user according to the daily activity time and the departure journey information, and recording the round trip time as sharable time.
6. The intelligent parking space sharing method of claim 5, wherein said obtaining a current date, when said current date matches said date tag, further comprises thereafter:
Acquiring the time for the parking space sharing user to leave the parking space;
when the driving-away parking space time is matched with the daily departure time, generating estimated journey time according to the information of the position of the shared parking space of the parking space sharing user and the daily destination information;
acquiring the position information of the parking space sharing user at regular time according to the estimated journey time, and when the acquired position information is matched with the daily destination;
generating the round trip time of the parking space sharing user according to the daily activity time and the estimated journey time, and recording the round trip time as sharable time.
7. The intelligent parking space sharing system is characterized by comprising a travel acquisition module, a sharing time generation module, a parking space list management module, a parking management module and a parking space selection module;
the travel obtaining module is used for obtaining departure travel information of the parking space sharing user;
the sharing time generation module generates round trip time of the parking space sharing user according to the departure journey information and records the round trip time as sharable time;
the parking space list management module is used for acquiring the shared parking space information bound by the parking space sharing user, binding the sharable time with the shared parking space information and writing the sharable time into a preset shared parking space list;
The parking space list management module is further used for acquiring the current time and updating the sharable time of each piece of shared parking space information in the preset shared parking space list according to the current time;
the parking management module is used for acquiring a parking request sent by a parking space demand user;
when the parking management module obtains a parking request sent by a parking space demand user, the parking space selection module is used for obtaining shared parking space information which can be shared for a time not less than a preset minimum sharing time and has an idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user;
the parking management module is also used for acquiring a shared parking space selection instruction sent by a parking space demand user;
when the parking management module acquires a shared parking space selection instruction sent by a parking space demand user, the parking space list management module is also used for rewriting the parking space state of the shared parking space information selected by the parking space demand user into occupied parking space, and writing contact information of the parking space demand user into user information of the shared parking space information;
the parking management module is further used for generating parking permission information bound with the parking space demand user according to the shared parking space information selected by the parking space demand user;
And the parking management module is also used for sending the parking permission information to the parking space demand user.
8. The intelligent parking space sharing system according to claim 7, wherein the parking space list management module further uses shared parking space information, which is obtained from the preset shared parking space list and has a parking space state of occupied, to record as the information of the occupied parking space;
the parking space list management module is further used for acquiring sharable time matched with the information of the shared parking space from the preset shared parking space list and recording the information of the shared parking space with the sharable time smaller than the minimum sharing time as overtime parking space information;
the parking space list management module is further used for acquiring user information matched with the overtime parking space information from the preset shared parking space list;
the parking management module is further used for sending a vehicle moving prompt to a matched parking space demand user according to the acquired user information, acquiring shared parking space information with the sharable time not less than the preset minimum sharing time and the idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
9. The intelligent parking space sharing system of claim 7, wherein said trip acquisition module is further configured to acquire return navigation information of a parking space sharing user;
When the journey time in the return navigation information is smaller than the preset minimum journey time, the parking space list management module is also used for acquiring the shared parking space information bound by the parking space sharing user and recording the shared parking space information as parking space information to be returned;
the parking space list management module is further used for acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, the parking space list management module is further used for acquiring user information matched with the parking space information to be returned from the preset shared parking space list;
the parking management module is further used for sending a vehicle moving prompt to a matched parking space demand user according to the acquired user information, acquiring shared parking space information with the sharable time not less than the preset minimum sharing time and the idle parking space state from the preset shared parking space list, and sending the shared parking space information to the parking space demand user.
10. The intelligent parking space sharing system of claim 7, wherein said intelligent parking space sharing system further comprises a trigger instruction acquisition module;
the triggering instruction acquisition module is used for acquiring the returned triggering information of the parking space sharing user;
When the triggering instruction acquisition module acquires the return triggering information of the parking space sharing user, the parking space list management module is also used for acquiring the shared parking space information bound by the parking space sharing user from the preset shared parking space list and recording the shared parking space information as returned parking space information;
the parking space list management module is further used for acquiring a parking space state matched with the parking space information to be returned from the preset shared parking space list;
when the acquired parking space state is occupied, the parking space list management module is further configured to acquire standby parking space information that the parking space state is idle from the preset shared parking space list;
the parking management module is further used for generating parking permission information bound with the parking space sharing user according to the standby parking space information;
and the parking management module is also used for sending the parking permission information to the parking space sharing user.
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