CN110827569B - Parking space reservation method, vehicle machine and back-end server - Google Patents
Parking space reservation method, vehicle machine and back-end server Download PDFInfo
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- CN110827569B CN110827569B CN201810908813.9A CN201810908813A CN110827569B CN 110827569 B CN110827569 B CN 110827569B CN 201810908813 A CN201810908813 A CN 201810908813A CN 110827569 B CN110827569 B CN 110827569B
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
- G08G1/143—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces inside the vehicles
Abstract
The invention provides a parking space reservation method, a vehicle machine and a back-end server, wherein the parking space reservation method comprises the steps that the vehicle machine sends a parking request to a back-end server; the background server searches a parking space information list and sends the parking space information list to the vehicle machine; obtaining a selected parking space according to user operation, and making an appointment request through a background server; if the reservation is successful, the information of the parking lot is used for planning a navigation route; and if the reservation fails, the parking space information of the vacant parking spaces or the newly searched parking space information list is updated to perform reservation. According to the parking space information list, a user can select a parking space, reservation is carried out through the background server, and after the reservation is successful, the position of the parking lot where the selected parking space is located serves as a navigation destination to guide a vehicle to go forward; after the reservation is successful, before the vehicle of the user does not reach the parking lot, the selected parking space can be changed through the parking space adjusting operation, the optimal free parking space is recommended for the user, the navigation route is recalculated, the user can go out conveniently, and the cost is reduced.
Description
Technical Field
The invention relates to the field of life service technology and equipment, in particular to a parking space reservation method, a vehicle machine and a back-end server.
Background
Along with the popularization of automobiles and the construction of roads, the economic exchange between cities is more frequent, and the moving area is larger and larger; in order to improve the quality of life, more and more people can do activities such as exploration, tourism and the like, the automobile holding amount of urban residents is increased sharply, the demand on parking spaces is increased day by day, and the problem that motor vehicles are difficult to park begins to appear. In many places, either no parking lot is available or the parking space is not sufficient all the time. Many car owners often find cars in one place and then in another place in order to find a parking space, and if the weekends are reached, the parking spaces are more difficult to find in many public places. The problem of indiscriminate parking of motor vehicles is also increased due to the unsolved problem of parking. So to speak, the parking is difficult to induce the disorderly parking behaviors of a plurality of car owners; in turn, parking disordering also exacerbates the difficulty of parking.
In the prior art, many car machines have a function of 'nearby-parking lot', but the number of vacant parking places in the parking lot corresponding to the vehicles of the user cannot be displayed, some car machines can display the number of the vacant parking places in the parking lot, but the user needs to actively select one parking lot and inquire whether the parking lot has the vacant parking places in the driving process, and the inquired car machines cannot really correspond to the parking of the vehicles of the user. In addition, after the parking space is reserved, if the vehicle is not parked, when the parking space which is relatively more consistent with the ideal parking space of the user exists in the current parking space, the user cannot timely know and change the parking space.
Disclosure of Invention
In view of the above disadvantages of the prior art, an object of the present invention is to provide a parking space reservation method, a vehicle machine, and a back-end server, which are used to solve the problems in the prior art that parking space reservation requires autonomous query and cannot be changed in time.
In order to achieve the above and other related objects, the present invention provides a parking space reservation method applied to a vehicle machine, including the steps of: s100, sending a parking request with vehicle information to a background server; s110, receiving a parking space information list which is searched from a background server and meets reservation conditions; the parking space information list comprises parking space information of vacant parking spaces in a parking lot and parking lot information of the parking lot; s120, obtaining a selected parking space according to user operation, and sending parking space information of the selected parking space to a background server for making an appointment request; if receiving the feedback of successful reservation, executing S130; if receiving the feedback of the reservation failure, executing S140; s130, planning a navigation route according to the parking lot information of the parking lot where the selected parking space is located; and S140, receiving the updated parking space information of the vacant parking spaces or the searched parking space information list sent by the background server, and returning to execute S120.
In an embodiment of the present invention, the parking lot information at least includes: the parking lot position, the total number of parking spaces and the number of vacant parking spaces; the vehicle information includes at least a vehicle size, a navigation destination, and a license plate number.
In an embodiment of the invention, after the step of obtaining the planned navigation route in step S130 is executed, the method further includes: and S150, when the distance between the user vehicle and the position of the parking lot where the selected parking space is located exceeds the preset distance, the vehicle-mounted machine carries out parking space adjustment operation at a fixed frequency, and adjusts the selected parking space and the navigation route.
In an embodiment of the present invention, the parking space adjusting operation specifically includes the following steps:
s151, the vehicle machine collects the position of the vehicle;
s152, judging whether the distance between the vehicle and the parking lot where the selected parking space is located exceeds a preset distance, if so, executing S153; if not, executing S155;
s153, sending a parking space adjusting request to a background server;
s154, receiving the parking space information list adjusted by the background server, judging whether the position of the parking lot in the adjusted parking space information list is the same as the position of the parking lot in the parking space information list before adjustment, and if so, executing S155; if not, go to S156;
s155, the navigation route is unchanged;
s156, the vehicle machine inquires whether the user changes the selected parking space, if so, the adjusted parking space information list is called for the user to select, the changed selected parking space is received, the changed parking space information of the selected parking space is sent to a background server for reservation, and if the reservation is successful, the navigation route is re-planned according to the parking lot position of the parking lot where the changed selected parking space is located; if the reservation fails, the navigation route is not changed.
The invention also provides a parking space reserving method of the background server, which is applied to the background server and comprises the following steps: s200, receiving a parking request with vehicle information; s210, searching a parking space information list meeting reservation conditions in a database and sending the parking space information list to a vehicle machine; the parking space information list comprises parking space information of vacant parking spaces in a parking lot and parking lot information of the parking lot; s220, receiving the parking space information of the selected parking space and making an appointment; and S230, feeding back the reservation success information to the user vehicle machine, and updating the database. S240, feeding back reservation failure information to a user vehicle machine, updating the parking space information of the vacant parking spaces by the background server, if the vacant parking spaces remain, sending the vehicle machine, and returning to execute S220; and if no vacant parking space remains after updating, re-executing the step S210.
In an embodiment of the present invention, after the step S230, the step S250 is further included, and the parking space adjusting operation specifically includes:
s251, receiving a parking space adjusting request sent by a vehicle machine;
s252, searching and obtaining the adjusted parking space information list in the database according to the reservation condition; s253, sending the adjusted parking space information list to a vehicle machine;
s254, receiving the changed parking space information of the selected parking space and reserving; if the reservation is successful, canceling the reservation of the selected parking space before adjustment, updating the database, and feeding back the reservation success information to the user vehicle machine; if the reservation fails, the operation is ended.
In an embodiment of the present invention, the reservation conditions include a first reservation condition and a second reservation condition, wherein the first reservation condition: selecting one of different options of 'nearest distance', 'lowest cost' and 'best reputation' as a first reservation condition to select a parking lot position; the second reservation condition: the size of the vacant parking space accords with the size of the vehicle.
In an embodiment of the present invention, the searching for the parking space information list meeting the reservation condition in the database in S210 specifically includes:
s211, searching nearby parking lots according to the destination in the database;
s212, searching the database according to the second reservation condition to obtain the parking space information of the vacant parking spaces and obtain the parking lot information of the parking lot corresponding to the vacant parking spaces;
s213, sequencing the parking lot information according to a first reservation condition, obtaining first-order parking lot information and parking space information of vacant parking spaces corresponding to the first-order parking lot information, and forming a parking space information list;
and S214, sending the searched parking space information list to the vehicle machine of the user.
The invention also provides the vehicle machine, which comprises a processor and a memory, wherein the memory stores program instructions, and the processor runs the program instructions to realize the parking space reservation method.
The invention also provides a background server, which comprises a processor and a memory, wherein the memory stores program instructions, and the processor runs the program instructions to realize the parking space reservation method of the background server.
As described above, the parking space reservation method, the vehicle machine and the back-end server of the present invention have the following beneficial effects:
(1) acquiring a parking space information list according to reservation conditions, selecting a parking space by a user, reserving through a background server, and when the reservation is successful, using the position of the parking lot where the selected parking space is as a navigation destination to guide a vehicle to go; and when the reservation fails, the vacant parking space information in the parking lot is updated and selected again by the user until the reservation succeeds, and if no vacant parking space exists in the parking lot, the background server searches again to obtain a parking space information list to reselect the user.
(2) After the reservation is successful, if the selected parking space is not the optimal parking space, when the vehicle of the user does not reach the parking lot where the selected parking space is located, even under the reservation condition, the selected parking space can be adjusted through the parking space adjustment request, the parking space adjustment operation is automatically carried out between the vehicle machine and the background server, the optimal empty parking space is recommended for the user, the opportunity of changing the selected parking space is given to the user, and after the selected parking space is changed by the user, the vehicle machine can recalculate the navigation route according to the changed parking place position of the parking lot where the selected parking space is located, the vehicle owner can be guided to park quickly, quickly and accurately, and meanwhile, the previous parking space reservation is cancelled, so that the user can go out conveniently, and the cost is reduced.
Drawings
Fig. 1 is a flow chart illustrating a car-mounted vehicle parking space reservation method according to the present invention.
Fig. 2 is a flow chart illustrating a parking space adjustment of a vehicle machine according to the parking space reservation method of the present invention.
Fig. 3 is a flowchart illustrating a background server parking space reservation process in the parking space reservation method of the present invention.
Fig. 4 is a flowchart illustrating a parking space adjustment process performed by a background server according to the parking space reservation method of the present invention.
Description of the element reference numerals
S100 to S150 steps
S151 to S156 steps
S200 to S240
S251 to S254
Detailed Description
The embodiments of the present invention are described below with reference to specific embodiments, and other advantages and effects of the present invention will be easily understood by those skilled in the art from the disclosure of the present specification. The invention is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention. It is to be noted that the features in the following embodiments and examples may be combined with each other without conflict.
It should be noted that the drawings provided in the following embodiments are only for illustrating the basic idea of the present invention, and the components related to the present invention are only shown in the drawings rather than drawn according to the number, shape and size of the components in actual implementation, and the type, quantity and proportion of the components in actual implementation may be changed freely, and the layout of the components may be more complicated.
First embodiment
Referring to fig. 1, the present invention provides a parking space reservation method applied to a vehicle machine, wherein the parking space reservation method includes the following steps:
s100, sending a parking request to a background server; the parking request contains vehicle information, and the vehicle information at least comprises vehicle position, vehicle size, license plate number and navigation information. The navigation information includes at least a destination and a navigation route.
S110, receiving a parking space information list which is searched from a background server and meets reservation conditions; the parking space information list comprises parking space information of a plurality of vacant parking spaces and parking lot information corresponding to the parking space information, and the plurality of vacant parking spaces are located in the same parking lot; the parking space information at least comprises a parking space number, a parking space price and a parking space size; the parking lot information at least comprises: the parking lot comprises a parking lot position, a parking lot name, a total number of parking spaces and a number of spare parking spaces.
The reservation conditions comprise a first reservation condition and a second reservation condition, wherein the first reservation condition is as follows: the user can select one of different options such as "closest distance", "lowest cost", "best reputation" and the like as the reservation condition, and preferably selects "closest distance", which means that the distance between the parking lot where the reserved parking space is located and the destination is closest, mainly because the user mostly walks to the destination from the parking lot after parking in the parking lot, the shorter distance is better. The second reservation condition is: the size of the vacant parking space accords with the size of the vehicle, and two reservation conditions are required to be met simultaneously during searching.
S120, acquiring a selected parking space according to user operation, and sending parking space information of the selected parking space to a background server for making an appointment request;
if receiving the feedback information of successful reservation, executing S130; if the feedback of the reservation failure is received, S140 is executed.
And S130, planning a navigation route according to the parking lot information corresponding to the selected parking space. If the car machine is already using navigation at the moment, the navigation destination of the car machine may be set as the destination to be reached by the user finally, and at the moment, after the reservation of the selected parking space is successful, the car machine will adjust the navigation destination to the parking lot where the selected parking space is located.
And S140, receiving the updated parking space information of the vacant parking spaces or the searched parking space information list sent by the background server, and returning to execute S120.
The updated parking space information of the vacant parking spaces is only to update the vacant parking spaces under the parking lot information in the step S110, and all the information is not required to be searched again, and the parking space information in one parking lot is mainly updated, so that the updating speed is increased; the parking space information list after re-searching is completely different from the original parking space information list in parking lot information under the common condition, so that the user is ensured to finally obtain a parking space in the process of requesting parking.
In the invention, a user does not need to actively inquire which parking lot has the vacant parking spaces in the driving process, only needs to directly send a parking request to the background through the vehicle machine, the background server sends a parking space information list meeting the reservation condition to the vehicle machine for the user to select, and then the parking spaces are reserved according to the selection of the user.
For example, the following steps are carried out: at some point in time, during driving, the user searches for A, B, C each of three parking lots near the destination through the car machine, where parking lot a is closest to the destination, parking lot B is next, and parking lot C is farthest. According to the reservation condition, the background server searches and finds that the parking spaces meeting the reservation condition only appear in the parking lot B and the parking lot C, so that the parking space information No. 2, the parking space information No. 3 and the parking lot B of the parking lot B are placed in the parking space information list. If the user selects the parking space No. 2, the parking space No. 2 is reserved successfully by other people in the background server operation process, the user fails to reserve, the background server updates the parking space information in the parking lot B and sends the parking space information to the vehicle machine again, only the parking space No. 3 remains in the parking space information list, and if the parking space No. 3 is reserved successfully, the vehicle machine is navigated to take the position of the parking lot B as a navigation destination. If the parking space of the No. 3 position is preempted by other people for reservation, the vehicle-mounted terminal receives the parking space information list searched again by the background server, if only the parking lot C has the parking spaces meeting the reservation condition at the moment, the parking space information list is replaced by the parking space information of the empty remaining parking spaces in the parking lot C, and the user selects the parking space information given in the parking lot C at the moment.
In an embodiment of the present invention, after the step of obtaining the navigation route in S130 is executed, the method further includes step S150: and when the position of the user vehicle away from the parking lot where the selected parking space is located exceeds a preset distance, the vehicle machine sends parking space adjusting operation to the background server at a fixed frequency, and the reserved selected parking space and the reserved navigation route are adjusted.
Further, referring to fig. 2, the parking space adjusting operation specifically includes the following steps:
s151, the vehicle machine collects the current vehicle position;
s152, judging whether the distance between the vehicle and the parking lot where the selected parking space is located exceeds a preset distance, if so, executing S153; if not, executing S155;
s153, sending a parking space adjusting request to a background server;
s154, receiving the parking space information list adjusted by the background server, judging whether the position of the parking lot in the adjusted parking space information list is the same as the position of the parking lot in the parking space information list before adjustment, and if so, executing S155; if not, go to S156;
s155, the navigation route is unchanged;
s156, the vehicle machine inquires whether the user changes the selected parking space, if so, the adjusted parking space information list is called for the user to select, the changed selected parking space is received, the changed parking space information of the selected parking space is sent to a background server for reservation, and if the reservation is successful, the navigation route is re-planned according to the parking lot position of the parking lot where the changed selected parking space is located; if the reservation fails, the navigation route is unchanged, and the next parking space adjustment operation is waited.
By way of example: the parking place reserved by the user at the moment is the parking place No. 3 of the parking lot C, the distance between the vehicle and the parking lot C exceeds the set distance, the vehicle machine sends a parking place adjusting request, the parking place meeting the reservation condition is arranged in the parking lot B (the parking lot B is closer to the destination), the updated parking place information list is replaced by the parking place information of the parking lot B, the navigation route is re-planned, and the parking lot B is changed.
Further, a distance from the parking lot where the selected parking space is located to the destination before adjustment is set as a distance S1, a distance from the parking lot location in the adjusted parking space information list to the destination is set as a distance S2, and when a difference between the distance S1 and the distance S2 is a set value, if a distance between the parking lot location where the selected parking space is located before adjustment and the parking lot location in the adjusted parking space information list does not exceed a set distance, the set distance may be two kilometers or three kilometers, and the set distance may be adjusted by the user, and the adjusted parking space information list is not considered, at this time, in S154, the parking lot location in the adjusted parking space information list is the parking lot location in the parking space information list before adjustment.
Therefore, the situation that the distance between the adjusted parking lot position and the parking lot position before adjustment is far, a user needs to spend long running time and some extreme conditions are eliminated is mainly guaranteed; for example, if the parking lot a is at the south gate of the destination, the parking lot B is at the north gate of the destination, the parking lot a is 500 meters away from the destination, the parking lot B is 600 meters away from the destination, and the parking lot position before adjustment is the parking lot B, the distance between the east gate and the west gate may be more than three kilometers, and if the parking lot B is adjusted to be the parking lot a, the user does not substantially reduce the time, but rather may increase the travel time.
Second embodiment
Referring to fig. 3, the present invention further provides a parking space reservation method applied to a background server, including the following steps:
s200, receiving a parking request sent by a user vehicle machine; the parking request contains vehicle information including at least a vehicle position, a vehicle size, and a license plate number.
S210, searching a parking space information list meeting reservation conditions in a database and sending the parking space information list to a vehicle machine; the parking place list comprises parking place information of vacant parking places in the same parking lot and parking lot information of the parking lot; the parking space information at least comprises a parking space number, a parking space price and a parking space size; the parking lot information at least comprises: the parking lot comprises a parking lot position, a parking lot name, a total number of parking spaces and a number of spare parking spaces. The database stores parking lot information of all areas of a city where a destination is located and parking space information of each parking space in the parking lot.
Wherein the reservation condition comprises two reservation conditions:
the first reservation condition is: the parking lot position can be selected by the user as a first reservation condition from different options such as "closest distance", "lowest cost", "best reputation", and the like, preferably "closest distance" is selected, wherein the "closest distance" refers to the distance between the parking lot where the reserved parking space is located and the destination, and mainly because the user reaches the destination from the parking lot after parking in the parking lot and walks to the destination, the shorter distance is the better.
The second reservation condition is: the size of the vacant parking space accords with the size of the vehicle; only if the size of the parking space is matched with the size of the vehicle, the condition that the vehicle parking of a user can be met can be guaranteed.
In the search, two reservation conditions need to be satisfied simultaneously.
Further, in S210, searching the parking space information list meeting the reservation condition in the database specifically includes:
s211, searching nearby parking lots in a database according to the destination; several parking lots may appear during the search.
And S212, searching the parking space information of the database according to the second reservation condition, and obtaining the parking lot information corresponding to the parking space information.
And S213, sequencing the parking lot information by taking the parking lot as a unit according to the first reservation condition, obtaining the parking lot information of the first ordinal position and the parking space information of the vacant parking spaces corresponding to the parking lot information of the first ordinal position, and forming a parking space information list.
And S214, sending the searched parking space information list to the vehicle machine of the user.
The parking space information list obtained by the step S210 simultaneously meets two reservation conditions, and the optimal parking space selection at the current time can be obtained.
S220, reserving the received parking space information of the selected parking space;
and S230, feeding back the reservation success information to the user vehicle machine, and updating the data in the database.
S240, feeding back reservation failure information to a vehicle machine of a user, updating the parking space information of the vacant parking spaces by the background server, if the vacant parking spaces remain (the vacant parking space number in the parking lot information is not zero), sending the vehicle machine, and returning to execute S220; and if the number of the empty parking spaces is not left (the number of the empty parking spaces in the parking lot information is zero) after updating, executing the step S210 again. And ensuring that the vehicle of the user can reserve a corresponding parking space at the timing of the first parking request.
Further, after the step S230, a step S250 is included, where the parking space is adjusted; the vehicle can send a parking space adjusting request to the background server at a fixed frequency, and once the background server finishes the parking space adjusting request, the parking space adjusting operation can be carried out. Please refer to fig. 4, which specifically includes:
s251, receiving a parking space adjusting request sent by a vehicle machine;
s252, searching and obtaining the adjusted parking space information list in the database according to the reservation condition, the step is the same as the step S210; the adjusted parking space information list also comprises parking space information of a plurality of vacant parking spaces and parking lot information corresponding to the parking space information,
s253, sending the adjusted parking space information list to a vehicle machine for selection by a user;
s254, receiving the adjusted parking space information of the selected parking space and reserving; if the reservation is successful, canceling the reservation of the selected parking space before adjustment, updating the database, and feeding back the reservation success information to the user vehicle machine; if the reservation fails, the operation is ended.
For example, the parking space reserved by the user at this time is the parking space No. 3 of the parking lot C, the distance between the vehicle and the parking lot C exceeds the set distance, the vehicle machine sends the parking space adjustment request, at this time, a parking space meeting the reservation condition exists in the parking lot B (the parking lot B is closer to the destination), at this time, the updated parking space information list is replaced by the parking space information of the parking lot B, the navigation route is re-planned, and the parking lot B is changed.
The invention also provides the vehicle machine, which comprises a processor and a memory, wherein the memory stores program instructions, and the processor runs the program instructions to realize the parking space reservation method.
The invention also provides a background server, which comprises a processor and a memory, wherein the memory stores program instructions, and the processor runs the program instructions to realize the parking space reservation method of the background server.
In summary, the invention provides a parking space reservation method for reserving a parking space, wherein a parking space information list is obtained according to reservation conditions, a user selects a parking space and makes reservation through a background server, and when the reservation is successful, the position of a parking lot where the selected parking space is located is used as a navigation destination to guide a vehicle to go; and when the reservation fails, the vacant parking space information in the parking lot is updated and selected again by the user until the reservation succeeds, and if no vacant parking space exists in the parking lot, the background server searches again to obtain a parking space information list to reselect the user.
In addition, after the reservation is successful, if the selected parking space is not the optimal parking space, when the vehicle of the user does not reach the parking lot where the selected parking space is located, even under the reservation condition, the selected parking space can be adjusted through the parking space adjustment request, the parking space adjustment operation is automatically carried out between the vehicle machine and the background server, the optimal space before the parking space is recommended for the user, the opportunity of changing the selected parking space is given to the user, and after the selected parking space is changed by the user, the vehicle machine can recalculate the navigation route according to the parking lot position of the changed parking lot where the selected parking space is located, the vehicle owner can be guided to park quickly, quickly and accurately, and meanwhile, the reservation of the previous parking space is cancelled, so that the user can go out conveniently, and the cost is reduced.
Therefore, the invention effectively overcomes various defects in the prior art and has high industrial utilization value.
The foregoing embodiments are merely illustrative of the principles and utilities of the present invention and are not intended to limit the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.
Claims (3)
1. The utility model provides a parking stall predetermined method, is applied to the car machine, its characterized in that, parking stall predetermined method includes following step:
s100, sending a parking request with vehicle information to a background server;
s110, receiving a parking space information list which is searched from a background server and meets reservation conditions; the parking space information list comprises parking space information of vacant parking spaces in a parking lot and parking lot information of the parking lot;
s120, obtaining a selected parking space according to user operation, and sending parking space information of the selected parking space to a background server for making an appointment request; if receiving the feedback of successful reservation, executing S130; if receiving the feedback of the reservation failure, executing S140;
s130, planning a navigation route according to the parking lot information of the parking lot where the selected parking space is located;
after executing S130 to obtain the planned navigation route, the method further includes: s150, when the distance between the user vehicle and the position of the parking lot where the selected parking space is located exceeds the preset distance, the vehicle machine performs parking space adjustment operation at a fixed frequency, adjusts the selected parking space and the navigation route,
s140, receiving the updated parking space information of the vacant parking spaces or the re-searched parking space information list sent by the background server, and returning to execute S120;
the parking space adjusting operation specifically comprises the following steps:
s151, the vehicle machine collects the position of the vehicle;
s152, judging whether the distance between the vehicle and the parking lot where the selected parking space is located exceeds a preset distance, if so, executing S153; if not, executing S155;
s153, sending a parking space adjusting request to a background server;
s154, receiving the parking space information list adjusted by the background server, judging whether the position of the parking lot in the adjusted parking space information list is the same as the position of the parking lot in the parking space information list before adjustment, and if so, executing S155; if not, go to S156;
s155, the navigation route is unchanged;
s156, the vehicle machine inquires whether the user changes the selected parking space, if so, the adjusted parking space information list is called for the user to select, the changed selected parking space is received, the changed parking space information of the selected parking space is sent to a background server for reservation, and if the reservation is successful, the navigation route is re-planned according to the parking lot position of the parking lot where the changed selected parking space is located; if the reservation fails, the navigation route is not changed.
2. The stall reservation method according to claim 1, wherein: the parking lot information at least includes: the parking lot position, the total number of parking spaces and the number of vacant parking spaces; the vehicle information includes at least a vehicle size, a navigation destination, and a license plate number.
3. A vehicle machine comprising a processor and a memory, wherein the memory stores program instructions, and the processor executes the program instructions to implement the parking space reservation method according to any one of claims 1 to 2.
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| CN114519937A (en) * | 2020-11-18 | 2022-05-20 | 宝能汽车集团有限公司 | Parking method and computer-readable storage medium |
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