CN114267194B - Parking space intelligent management method and system - Google Patents
Parking space intelligent management method and system Download PDFInfo
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- CN114267194B CN114267194B CN202111541910.7A CN202111541910A CN114267194B CN 114267194 B CN114267194 B CN 114267194B CN 202111541910 A CN202111541910 A CN 202111541910A CN 114267194 B CN114267194 B CN 114267194B
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Abstract
The invention is suitable for the field of computers, and provides an intelligent parking space management method and system, wherein the method comprises the following steps: receiving parking space reservation information sent by a client, and generating a parking space order to be confirmed based on the parking space reservation information; generating a parking space reservation order based on the parking space order to be confirmed and a confirmation result of the client to the parking space order to be confirmed, and sending the parking space reservation order to the client, wherein the parking space reservation order at least comprises a parking space reservation and parking space information, and the parking space information comprises a parking space number, a physical position of a parking lot where a parking space is located and a specific position of the parking space in the parking lot; the method has the advantages that the first parking space navigation information is generated based on the physical position of the parking lot where the parking space is located in the parking space information, wherein the first parking space navigation information is sent to the client in advance, and the method has the following beneficial effects: the vehicle owner can be guided to quickly and safely find the reserved parking space through the first parking space navigation information and the second parking space navigation information.
Description
Technical Field
The invention belongs to the technical field of computers, and particularly relates to an intelligent parking space management method and system.
Background
With the continuous improvement of national economy, more and more automobiles enter common families, and in addition, the automobile industry is vigorously developed in China in recent years, various consumption policies for encouraging families to own automobiles are frequently issued, so that the automobile keeping quantity is improved year by year, along with the rapid increase of the automobile keeping quantity, the scale of a parking lot is continuously enlarged, the contradiction between urban automobiles and the parking lot is increasingly prominent, the parking lot is difficult to park, the automobile is difficult to find, the parking lot is difficult to manage, and the like.
The intelligent management requirement of the parking lot aims at realizing the intelligent management of the parking lot, takes fixed parking users purchasing monthly cards as main service objects of the service, and gives consideration to the service of external temporary vehicle parking, so that the aims of convenient, rapid and safe access of the parking users, scientific and efficient management of a management department, high-quality culture of the service are fulfilled, and the intelligent management requirement of the parking lot plays an important role in improving the management level and comprehensive service level of the management department.
Among the prior art, when managing large-scale underground parking garage, the car owner parks difficultly, easily in the parking garage lost the direction, can not look for the problem of own predetermined parking stall gradually and obviously.
Disclosure of Invention
An embodiment of the present invention provides a parking space intelligent management method and system, and aims to solve the problems in the background art.
The embodiment of the invention is realized in such a way that, on one hand, an intelligent parking space management method comprises the following steps:
receiving parking space reservation information sent by a client, and generating a parking space order to be confirmed based on the parking space reservation information;
generating a parking space reservation order based on the parking space order to be confirmed and a confirmation result of the client to the parking space order to be confirmed, and sending the parking space reservation order to the client, wherein the parking space reservation order at least comprises a parking space reservation and parking space information, and the parking space information comprises a parking space number, a physical position of a parking lot where a parking space is located and a specific position of the parking space in the parking lot;
generating first parking space navigation information based on the physical position of the parking lot where the parking space is located in the parking space information, wherein the first parking space navigation information is sent to a client in advance;
after a target vehicle where a client is located is identified by an entering license plate, a second vehicle position navigation information sharing entrance is provided, the second vehicle position navigation information is used for navigating the specific position of a searched vehicle in a parking lot, and the second vehicle position navigation information is generated in real time after the target vehicle where the client is located enters the parking lot;
and the client displays the position of the target vehicle in the entrance route based on the second vehicle position navigation information.
As a further scheme of the present invention, the receiving the parking space reservation information sent by the client, and generating the parking space order to be confirmed based on the parking space reservation information specifically includes:
receiving parking space reservation information sent by a client, wherein the parking space reservation information at least comprises a parking space reservation time period and a license plate number;
counting the number of remaining parking spaces before a parking space reservation time period and total parking space reservation information in the parking space reservation time period, wherein the total parking space reservation information at least comprises the total parking space reservation number and respective corresponding parking space reservation time periods;
and comparing the number of the remaining parking spaces before the parking space preset time period with the total parking space preset number, and generating a parking space order to be confirmed based on the comparison result, wherein the parking space order to be confirmed comprises a parking space number, parking space position information and a corresponding parking space order.
As a still further scheme of the present invention, the generating of the parking space reservation order based on the parking space order to be confirmed and the confirmation result of the client for the parking space order to be confirmed specifically includes:
sending a parking place order to be confirmed to a client;
when receiving confirmation and payment information based on the parking space order to be confirmed in a preset time period, generating a parking space reservation order based on the confirmation and payment information, and sending the parking space reservation order to the client.
As a further aspect of the present invention, the generating the parking space order to be confirmed based on the comparison result specifically includes:
when the number of the remaining parking spaces before the parking space preset time period is not less than the total parking space preset number, selecting the parking spaces according to set parking space numbers and parking space selection sequences, wherein the parking space numbers correspond to the parking spaces one by one;
when the number of the remaining parking spaces before the parking space reservation time period is smaller than the total parking space reservation number, priority is set in sequence according to the time for receiving the parking space reservation information sent by the client, and the parking spaces are selected according to the priority, wherein the earlier the time for receiving the parking space reservation information sent by the client is, the higher the priority level is;
and generating a parking space order to be confirmed based on the selected parking space and the parking space reservation information.
As a further aspect of the present invention, the generating of the first parking space navigation information based on the physical position of the parking lot where the parking space is located in the parking space information specifically includes:
acquiring a navigation skip confirmation instruction of the digital map;
and generating a navigation skip link accessed into the digital map based on the physical position of the parking lot where the parking space is located.
As a further aspect of the present invention, after identifying an entrance plate number of a target vehicle in which a client is located, providing a second parking space navigation information sharing entry, where the second parking space navigation information is used to navigate a specific position of a vehicle in a parking lot, specifically includes:
acquiring a license plate number of a vehicle which is prepared to enter currently, matching the license plate number with a license plate number in parking space reservation information, extracting a corresponding parking space reservation time period when the matching is successful, and judging whether the entering time of the vehicle which is prepared to enter currently is within the vehicle entering preparation time period, wherein the vehicle entering preparation time period is the difference between the corresponding parking space reservation time period and preset entering time in advance;
if the entry time of the current vehicle ready to enter is within the vehicle entry preparation time period, sending a shared entry file associated with second vehicle position navigation information to the client, wherein the shared entry file is generated based on the corresponding second vehicle position navigation information;
and the client acquires the second car position navigation information in real time through the shared entry file.
As a further scheme of the present invention, the real-time generation of the second vehicle position navigation information based on the approach of the target vehicle where the client is located specifically includes:
planning a route from the entrance position to a corresponding parking space of at least one target vehicle to obtain an entrance planning route of the target vehicle;
recording an entrance road condition in real time based on an entrance planning route, wherein the entrance road condition at least comprises parked vehicles passing through an entrance, an entrance roadbed and a target vehicle where a client is located;
marking the real-time position of a target vehicle where a client is located in the entrance road condition;
obtaining a central line of an approach planning route, carrying out local offset processing on the central line relative to parked vehicles to obtain a central track, enabling the central track to be within a preset safety distance from the parked vehicles passing the approach, decomposing and breaking the central track to obtain a plurality of lines connected at intervals, and loading a forward indication arrow on each line, wherein the lines of different types are provided with corresponding shape arrows;
and displaying the corresponding line loaded with the forward indication arrow in real time at the front center position of the target vehicle where the client is located after real-time recording, and generating second vehicle position navigation information based on the real-time recording result and the real-time display information.
As a further aspect of the present invention, the shared entry file is a shared two-dimensional code, and the number of clients permitted to log in at the same time by the shared two-dimensional code is several.
As a further aspect of the present invention, the method further includes performing settlement based on the parking space subscription, the parking space reservation time period, and the parking space unit price per hour when the target vehicle departs from the parking space.
As a further aspect of the present invention, in another aspect, a parking space intelligent management system includes:
the receiving and confirming module is used for receiving the parking space reservation information sent by the client and generating a parking space order to be confirmed based on the parking space reservation information;
the order sending module is used for generating a parking space reservation order based on the parking space order to be confirmed and a confirmation result of the client on the parking space order to be confirmed, and sending the parking space reservation order to the client, wherein the parking space reservation order at least comprises a parking space reservation and parking space information, and the parking space information comprises a parking space number, a physical position of a parking lot where a parking space is located and a specific position of the parking space in the parking lot;
the system comprises a navigation information generation module, a client and a navigation information generation module, wherein the navigation information generation module is used for generating first parking space navigation information based on the physical position of a parking lot where a parking space is located in parking space information, and the first parking space navigation information is sent to the client in advance;
the entrance providing module is used for providing a second parking space navigation information sharing entrance after a target vehicle where the client is located is identified by an entrance plate, the second parking space navigation information is used for navigating the specific position of a searched parking space in the parking lot, and the second parking space navigation information is generated in real time after the target vehicle where the client is located enters the parking lot;
and the display module is used for displaying the position of the target vehicle in the entrance route by the client side based on the second vehicle position navigation information.
According to the intelligent management method and system for the parking space, provided by the embodiment of the invention, after a target vehicle generates a parking space preset order, first parking space navigation information is generated based on the physical position of a parking lot where the parking space is located in parking space information, and after a license plate of the target vehicle where a client side is located is identified, a second parking space navigation information sharing entrance is provided, the second parking space navigation information is used for navigating the specific position of the searched parking space in the parking lot and can be used for navigating the interior of the parking lot, the second parking space navigation information is generated in real time based on the entrance of the target vehicle where the client side is located, and a user can obtain the second parking space navigation information through a sharing file after entering the parking lot, so that the sharing process can be effectively optimized, the situations of line occupation and the like are reduced, the pressure of a related server is reduced, and the position of the preset parking space can be conveniently searched through the first parking space navigation information and the second parking space navigation information.
Drawings
Fig. 1 is a main flow chart of a parking space intelligent management method.
Fig. 2 is a flowchart of receiving parking space reservation information sent by a client, and generating a parking space to-be-confirmed order based on the parking space reservation information.
Fig. 3 is a flowchart of providing a second parking space navigation information sharing entry after identifying an entrance license plate of a target vehicle where a client is located.
FIG. 4 is a flow chart of second seat navigation information generated in real time based on the approach of a target vehicle in which the client is located.
Fig. 5 is a main structural diagram of a parking space intelligent management system.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Specific implementations of the present invention are described in detail below with reference to specific embodiments.
The parking space intelligent management method and the parking space intelligent management system solve the technical problems in the background technology.
As shown in fig. 1, a main flow chart of a parking space intelligent management method according to an embodiment of the present invention is a parking space intelligent management method, where the method includes:
step S10: receiving parking space reservation information sent by a client, and generating a parking space order to be confirmed based on the parking space reservation information;
step S11: generating a parking space reservation order based on the parking space order to be confirmed and a confirmation result of the client to the parking space order to be confirmed, and sending the parking space reservation order to the client, wherein the parking space reservation order at least comprises a parking space reservation and parking space information, and the parking space information comprises a parking space number, a physical position of a parking lot where a parking space is located and a specific position of the parking space in the parking lot;
step S12: generating first parking space navigation information based on the physical position of the parking lot where the parking space is located in the parking space information, wherein the first parking space navigation information is sent to a client in advance;
step S13: after a target vehicle where a client is located is identified by an entering license plate, a second vehicle position navigation information sharing entrance is provided, the second vehicle position navigation information is used for navigating the specific position of a searched vehicle in a parking lot, and the second vehicle position navigation information is generated in real time after the target vehicle where the client is located enters the parking lot; and
step S14: and the client displays the position of the target vehicle in the entrance route based on the second vehicle position navigation information.
When the parking space reservation method is applied, after a parking space reservation order is generated through a target vehicle, first parking space navigation information is generated based on the physical position of a parking lot where a parking space is located in parking space information, a second parking space navigation information sharing entrance is provided after a license plate of the target vehicle where a client is located is identified, the second parking space navigation information is used for navigating the specific position of the parking space in the parking lot, the interior of the parking lot can be navigated, the second parking space navigation information is generated in real time based on the target vehicle where the client is located after the parking space, a user can obtain the second parking space navigation information through a sharing file after entering the parking space, the sharing process can be effectively optimized, the occurrence of the conditions such as line occupation is reduced, the pressure of a relevant server is reduced, and the reserved parking space position can be conveniently found through the first parking space navigation information and the second parking space navigation information.
As shown in fig. 2, as a preferred embodiment of the present invention, the receiving the parking space reservation information sent by the client, and generating the parking space to-be-confirmed order based on the parking space reservation information specifically includes:
step S101: receiving parking space reservation information sent by a client, wherein the parking space reservation information at least comprises a parking space reservation time period and a license plate number;
step S102: counting the number of remaining parking spaces before a parking space reservation time period and total parking space reservation information in the parking space reservation time period, wherein the total parking space reservation information at least comprises the total parking space reservation number and respective corresponding parking space reservation time periods;
step S103: and comparing the number of the remaining parking spaces before the parking space preset time period with the total parking space preset number, and generating a parking space order to be confirmed based on the comparison result, wherein the parking space order to be confirmed comprises a parking space number, parking space position information and a corresponding parking space order.
When the parking space reservation method is applied, the parking space reservation information sent by the client is received, and the parking space order to be confirmed can be generated based on the parking space reservation information, wherein the parking space order includes the parking space number, the parking space position information and the corresponding parking space order.
As a preferred embodiment of the present invention, the generating a parking space reservation order based on the parking space order to be confirmed and the confirmation result of the client for the parking space order to be confirmed, and sending the parking space reservation order to the client specifically includes:
step S111: sending a parking place order to be confirmed to a client;
step S112: and when receiving confirmation and payment messages based on the parking space order to be confirmed in a preset time period, generating a parking space reservation order based on the confirmation and payment messages, and sending the parking space reservation order to the client.
As a preferred embodiment of the present invention, the generating the parking space order to be confirmed based on the comparison result specifically includes:
step S1031: when the number of the remaining parking spaces before the parking space reservation time period is not less than the total parking space reservation number, selecting the parking spaces according to set parking space numbers and a parking space selection sequence, wherein the parking space numbers correspond to the parking spaces one by one, for example, the parking space sequence is selected according to the fact that the parking space numbers are from small to large;
step S1032: when the number of the remaining parking spaces before the parking space reservation time period is smaller than the total parking space reservation number, priority is set in sequence according to the time for receiving the parking space reservation information sent by the client, and the parking spaces are selected according to the priority, wherein the earlier the time for receiving the parking space reservation information sent by the client is, the higher the priority level is;
step S1033: and generating a parking space order to be confirmed based on the selected parking space and the parking space reservation information.
When the parking space selection method is applied, the parking spaces can be selected in sequence through the comparison result of the number of the remaining parking spaces before the parking space reservation time period and the total parking space reservation number.
As a preferred embodiment of the present invention, the generating of the first parking space navigation information based on the physical position of the parking lot where the parking space is located in the parking space information specifically includes:
step S121: acquiring a navigation skip confirmation instruction of the digital map;
step S122: and generating a navigation skip link accessed into the digital map based on the physical position of the parking lot where the parking space is located.
When the parking lot navigation system is applied, the first parking lot navigation information is utilized in the process of searching the physical position of the parking lot, the first parking lot navigation information is generated based on the existing digital map, only an interface entering the digital map needs to be set, and the implementation is simpler and more convenient.
As shown in fig. 3, a preferred embodiment of the present invention provides a second parking space navigation information sharing entry after identifying an entrance license plate of a target vehicle where a client is located, where the second parking space navigation information is used to navigate a specific position of a vehicle located in a parking lot, and the navigation includes:
step S131: acquiring a license plate number of a vehicle which is prepared to enter currently, matching the license plate number with a license plate number in parking space reservation information, extracting a corresponding parking space reservation time period when the matching is successful, and judging whether the entering time of the vehicle which is prepared to enter currently is within the vehicle entering preparation time period, wherein the vehicle entering preparation time period is the difference between the corresponding parking space reservation time period and preset entering time in advance;
step S132: if the entry time of the current vehicle ready to enter is within the vehicle entry preparation time period, sending a shared entry file associated with second vehicle position navigation information to the client, wherein the shared entry file is generated based on the corresponding second vehicle position navigation information;
step S133: and the client acquires the second car position navigation information in real time through the shared entry file.
When the method is applied, the user can obtain the second vehicle position navigation information through the shared file after entering the field, and the target vehicle automatically exits the navigation after leaving the field, so that the sharing process is effectively optimized, and the pressure of a related server is reduced.
As shown in fig. 4, as a preferred embodiment of the present invention, the real-time generation of the second vehicle position guidance information based on the target vehicle where the client is located after entering the field specifically includes:
step S201: planning a route from an entrance position to a corresponding parking space of at least one target vehicle to obtain an entrance planning route of the target vehicle;
step S202: recording an entrance road condition in real time based on an entrance planning route, wherein the entrance road condition at least comprises parked vehicles passing through an entrance, an entrance roadbed and a target vehicle where a client is located;
step S203: marking the real-time position of a target vehicle where a client is located in the entrance road condition;
step S204: obtaining a central line of an approach planning route, carrying out local offset processing on the central line relative to parked vehicles to obtain a central track, enabling the central track to be within a preset safety distance from the parked vehicles passing the approach, decomposing and breaking the central track to obtain a plurality of lines connected at intervals, and loading a forward indication arrow on each line, wherein the different types of lines are provided with corresponding shape arrows, for example, a straight line is provided with a straight line arrow, and a curved line is provided with a curved arrow;
step S205: and displaying the corresponding line loaded with the forward indication arrow in real time at the front center position of the target vehicle where the client is located after real-time recording, and generating second vehicle position navigation information based on the real-time recording result and the real-time display information.
This embodiment is when using, through the safe distance setting of predetermineeing based on parking the vehicle, not only can navigate to the target vehicle based on recording in real time, the user can watch the real-time video recording and carry out safe driving under the guidance of the lines of loading instruction arrow in the real-time video recording on the client in the target vehicle, not only can effectively avoid the vision blind area, can also avoid as far as possible because the phenomenon of scraping that the parking is not normative and leads to.
As a preferred embodiment of the present invention, the shared entry file is a shared two-dimensional code, and the number of clients permitted to log in simultaneously by the shared two-dimensional code is several.
In the application of the embodiment, the second car-position navigation information can be acquired only after the shared two-dimensional code is scanned in the approach process, the number of clients logging in simultaneously can be limited, and the sharing process can be effectively optimized.
As a preferred embodiment of the present invention, the method further comprises:
s30: and when the target vehicle leaves the parking lot, settlement is carried out based on the parking space subscription, the parking space scheduled time period and the parking space unit price per hour.
As shown in fig. 5, as another preferred embodiment of the present invention, in another aspect, a parking space intelligent management system includes:
the receiving and confirming module 100 is configured to receive parking space reservation information sent by a client, and generate a parking space order to be confirmed based on the parking space reservation information;
the order sending module 200 is configured to generate a parking space reservation order based on the parking space to-be-confirmed order and a confirmation result of the client for the parking space to-be-confirmed order, and send the parking space reservation order to the client, where the parking space reservation order at least includes a parking space reservation and parking space information, and the parking space information includes a parking space number, a physical position of a parking lot where the parking space is located, and a specific position of the parking space in the parking lot;
the navigation information generating module 300 is configured to generate first parking space navigation information based on a physical position of a parking lot where a parking space is located in the parking space information, where the first parking space navigation information is sent to a client in advance;
the entrance providing module 400 is configured to provide a second parking space navigation information sharing entrance after an entrance license plate of a target vehicle where the client is located is identified, where the second parking space navigation information is used to navigate a specific position of a searched parking space in a parking lot, and the second parking space navigation information is generated in real time after the entrance of the target vehicle where the client is located;
and a display module 500, configured to display, by the client, a position of the target vehicle in the entry route based on the second parking space navigation information.
The invention provides an intelligent parking space management method based on which an intelligent parking space management system is provided, after a target vehicle generates a parking space preset order, first parking space navigation information is generated based on the physical position of a parking lot where a parking space is located in parking space information, and after a target vehicle where a client side is located is identified for entering a license plate, a second parking space navigation information sharing entrance is provided, the second parking space navigation information is used for navigating the specific position of the searched parking space in the parking lot and can be used for navigating the interior of the parking lot, the second parking space navigation information is generated in real time based on the target vehicle where the client side is located after entering the parking lot, a user can obtain the second parking space navigation information through a sharing file only after entering the parking lot, so that the sharing process can be effectively optimized, the occurrence of the conditions of line occupation and the like is reduced, the pressure of a related server is reduced, and the preset parking space position can be conveniently searched through the first parking space navigation information and the second parking space navigation information; through setting up based on the safe distance of predetermineeing of parking vehicle, not only can navigate to the target vehicle based on recording in real time, the user can watch real-time video recording and go on safely under the guidance of the lines of loading instruction arrow on the client in the target vehicle, not only can effectively avoid the vision blind area, can also avoid as far as possible because the phenomenon of scraping that the parking is not normal and leads to.
In order to load the above method and system to operate smoothly, the system may include more or less components than those described above, or combine some components, or different components, besides the various modules described above, for example, input/output devices, network access devices, buses, processors, memories, and the like.
The processor may be a Central Processing Unit (CPU), other general purpose processor, a Digital Signal Processor (DSP), an Application Specific Integrated Circuit (ASIC), an off-the-shelf programmable gate array (FPGA) or other programmable logic device, discrete gate or transistor logic, discrete hardware components, etc. The general purpose processor may be a microprocessor or the processor may be any conventional processor or the like which is the control center of the system and which is connected to the various parts using various interfaces and lines.
It should be understood that, although the steps in the flowcharts of the embodiments of the present invention are shown in sequence as indicated by the arrows, the steps are not necessarily executed in sequence as indicated by the arrows. The steps are not performed in the exact order shown and described, and may be performed in other orders, unless explicitly stated otherwise. Moreover, at least a portion of the steps in various embodiments may include multiple sub-steps or multiple stages that are not necessarily performed at the same time, but may be performed at different times, and the order of performance of the sub-steps or stages is not necessarily sequential, but may be performed in turn or alternately with other steps or at least a portion of the sub-steps or stages of other steps.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent should be subject to the appended claims.
The above description is intended to be illustrative of the preferred embodiment of the present invention and should not be taken as limiting the invention, but rather, the intention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.
Claims (9)
1. A parking space intelligent management method is characterized by comprising the following steps:
receiving parking space reservation information sent by a client, and generating a parking space order to be confirmed based on the parking space reservation information;
generating a parking space reservation order based on the parking space order to be confirmed and a confirmation result of the client to the parking space order to be confirmed, and sending the parking space reservation order to the client, wherein the parking space reservation order at least comprises a parking space reservation and parking space information, and the parking space information comprises a parking space number, a physical position of a parking lot where a parking space is located and a specific position of the parking space in the parking lot;
generating first parking space navigation information based on the physical position of the parking lot where the parking space is located in the parking space information, wherein the first parking space navigation information is sent to a client in advance;
after a target vehicle where a client is located is identified by an entering license plate, a second vehicle position navigation information sharing entrance is provided, the second vehicle position navigation information is used for navigating the specific position of a searched vehicle in a parking lot, and the second vehicle position navigation information is generated in real time after the target vehicle where the client is located enters the parking lot;
the client displays the position of the target vehicle in the entrance route based on the second vehicle position navigation information;
the real-time generation of the second vehicle position navigation information after the target vehicle where the client is located enters the field specifically comprises the following steps:
planning a route from an entrance position to a corresponding parking space of at least one target vehicle to obtain an entrance planning route of the target vehicle;
recording an entrance road condition in real time based on an entrance planning route, wherein the entrance road condition at least comprises parked vehicles passing through an entrance, an entrance roadbed and a target vehicle where a client is located;
marking the real-time position of a target vehicle where a client is located in an entrance road condition;
obtaining a central line of an approach planning route, carrying out local offset processing on the central line relative to parked vehicles to obtain a central track, enabling the central track to be within a preset safety distance from the parked vehicles passing the approach, decomposing and breaking the central track to obtain a plurality of lines connected at intervals, and loading corresponding forward indication arrows on each line;
and displaying the corresponding line loaded with the forward indication arrow in real time at the front center position of the target vehicle where the client is located after real-time recording, and generating second vehicle position navigation information based on the real-time recording result and the real-time display information.
2. The intelligent parking space management method according to claim 1, wherein the receiving of the parking space reservation information sent by the client and the generating of the parking space to-be-confirmed order based on the parking space reservation information specifically comprise:
receiving parking space reservation information sent by a client, wherein the parking space reservation information at least comprises a parking space reservation time period and a license plate number;
counting the number of remaining parking spaces before a parking space reservation time period and total parking space reservation information in the parking space reservation time period, wherein the total parking space reservation information at least comprises the total parking space reservation number and respective corresponding parking space reservation time periods;
and comparing the number of the remaining parking spaces before the parking space preset time period with the total parking space preset number, and generating a parking space order to be confirmed based on the comparison result, wherein the parking space order to be confirmed comprises a parking space number, parking space position information and a corresponding parking space order.
3. The intelligent parking space management method according to claim 1, wherein the generating of the parking space reservation order based on the parking space order to be confirmed and the confirmation result of the client for the parking space order to be confirmed specifically comprises:
sending a parking place order to be confirmed to a client;
when receiving confirmation and payment information based on the parking space order to be confirmed in a preset time period, generating a parking space reservation order based on the confirmation and payment information, and sending the parking space reservation order to the client.
4. The intelligent parking space management method according to claim 2, wherein the generating of the to-be-confirmed parking space order based on the comparison result specifically comprises:
when the number of the remaining parking spaces before the parking space preset time period is not less than the preset number of the total parking spaces, selecting the parking spaces according to the set parking space numbers and the parking space selection sequence, wherein the parking space numbers correspond to the parking spaces one by one;
when the number of the remaining parking spaces before the parking space reservation time period is smaller than the total parking space reservation number, priority is set in sequence according to the time for receiving the parking space reservation information sent by the client, and the parking spaces are selected according to the priority, wherein the earlier the time for receiving the parking space reservation information sent by the client is, the higher the priority level is;
and generating a parking space order to be confirmed based on the selected parking space and the parking space reservation information.
5. The intelligent parking space management method according to claim 1, wherein the generating of the first parking space navigation information based on the physical position of the parking lot where the parking space is located in the parking space information specifically comprises:
acquiring a navigation skip confirmation instruction of the digital map;
and generating a navigation skip link accessed into the digital map based on the physical position of the parking lot where the parking space is located.
6. The intelligent parking space management method according to claim 2, wherein after the license plate of the target vehicle where the client is located is identified, a second parking space navigation information sharing entry is provided, and the navigation of the second parking space navigation information for searching a specific position of the parking space in the parking lot specifically comprises:
acquiring a license plate number of a vehicle which is prepared to enter currently, matching the license plate number with a license plate number in parking space reservation information, extracting a corresponding parking space reservation time period when the matching is successful, and judging whether the entering time of the vehicle which is prepared to enter currently is within the vehicle entering preparation time period, wherein the vehicle entering preparation time period is the difference between the corresponding parking space reservation time period and preset entering time in advance;
if the entry time of the current vehicle ready to enter is within the vehicle entry preparation time period, sending a shared entry file associated with second vehicle position navigation information to the client, wherein the shared entry file is generated based on the corresponding second vehicle position navigation information;
and the client acquires the second car position navigation information in real time through the shared entry file.
7. The intelligent parking space management method according to claim 6, wherein the shared entry file is a shared two-dimensional code, and the number of clients allowed to log in simultaneously by the shared two-dimensional code is several.
8. The intelligent parking space management method according to claim 2, 4 or 6, further comprising performing settlement based on the parking space subscription, the parking space scheduled time period and the unit price per hour when the target vehicle is departed.
9. A parking space intelligent management system, characterized in that the system comprises:
the receiving and confirming module is used for receiving the parking space reservation information sent by the client and generating a parking space order to be confirmed based on the parking space reservation information;
the order sending module is used for generating a parking space reservation order based on the parking space to-be-confirmed order and a confirmation result of the client to the parking space to-be-confirmed order, and sending the parking space reservation order to the client, wherein the parking space reservation order at least comprises a parking space reservation and parking space information, and the parking space information comprises a parking space number, a physical position of a parking lot where the parking space is located and a specific position of the parking space in the parking lot;
the system comprises a navigation information generation module, a client and a management module, wherein the navigation information generation module is used for generating first parking space navigation information based on the physical position of a parking lot where a parking space is located in parking space information, and the first parking space navigation information is sent to the client in advance;
the entrance providing module is used for providing a second parking space navigation information sharing entrance after a target vehicle where the client is located is identified by an entrance plate, the second parking space navigation information is used for navigating the specific position of a searched parking space in the parking lot, and the second parking space navigation information is generated in real time after the target vehicle where the client is located enters the parking lot;
the display module is used for displaying the position of the target vehicle in the entrance route based on the second vehicle position navigation information by the client;
the real-time generation of the second vehicle position navigation information after the target vehicle where the client is located enters the field specifically comprises the following steps:
planning a route from an entrance position to a corresponding parking space of at least one target vehicle to obtain an entrance planning route of the target vehicle;
recording an entrance road condition in real time based on an entrance planning route, wherein the entrance road condition at least comprises parked vehicles passing through an entrance, an entrance roadbed and a target vehicle where a client is located;
marking the real-time position of a target vehicle where a client is located in an entrance road condition;
obtaining a central line of an approach planning route, carrying out local offset processing on the central line relative to parked vehicles to obtain a central track, enabling the central track to be within a preset safety distance from the parked vehicles passing the approach, decomposing and breaking the central track to obtain a plurality of lines connected at intervals, and loading corresponding forward indication arrows on each line;
and displaying the corresponding line loaded with the forward indication arrow in real time at the front center position of the target vehicle where the client is located after real-time recording, and generating second vehicle position navigation information based on the real-time recording result and the real-time display information.
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