CN111311830B - Intelligent management method and system for shared charger - Google Patents
Intelligent management method and system for shared charger Download PDFInfo
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- CN111311830B CN111311830B CN202010069386.7A CN202010069386A CN111311830B CN 111311830 B CN111311830 B CN 111311830B CN 202010069386 A CN202010069386 A CN 202010069386A CN 111311830 B CN111311830 B CN 111311830B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
- G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
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- G—PHYSICS
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- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
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- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
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Abstract
The invention provides a method and a system for intelligently managing a shared power bank, which comprise the following steps: a step of taking out a shared charger: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter; the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet; a step of sharing the charger baby to enter the slot, which is to acquire the identification result information of the type of the shared charger baby according to the identification information of the type of the shared charger baby; the shared charger classifying and allocating steps are as follows: acquiring shared charger classification and allocation control information according to the shared charger type identification result information; and updating the shared charge treasure stock data and acquiring the result information of the shared charge treasure stock. The invention can realize that the charger pal compatible with different brands, different models and different types shares one shared entity platform device.
Description
Technical Field
The invention relates to the field of intelligent management, in particular to an intelligent management method and system for a shared power bank.
Background
With the increasing maturity of the development of the shared charger industry, the shared charger industry enters the industry development key year in 2019 according to industry related data display. According to the data display of i iMedia Research (media consultation), the user scale of the Chinese shared charger in 2019 reaches 3.05 hundred million people, and the user scale in 2020 increases to 4.08 hundred million; the growth rate of 2019 gradually drops back to 55.6%. The shared charger industry began to enter a relatively stable and rapidly changing industry maturity period in 2019.
The sharing treasured brand that charges has obvious level, is in that three mainstream enterprises that street electricity, little electronic technology and odd animal charge are in first article tablet echelon, is in that there is incoming telegram technology, cloud that the second echelon fills bar and other enterprises. And for the first ladder team or the second ladder team, the coverage range of the field of the shared charger device and the attribute of the covered field are mainly used. For example, the subdivisions of a business district, a hospital, a railway station, an airport, a movie theater, a restaurant, a supermarket, a bath and the like are occupied by a first echelon and a second echelon, and most obviously, the coverage quantity of the shared charger borrowing and returning terminals of each brand manufacturer in each area is obviously different.
In summary, the sharing economy brings great convenience to the people for going out and living, but simultaneously has great confusion. Because the coverage quantity of the shared charger borrowing and returning terminal of each brand manufacturer in each area is obviously different, the following problems occur; the user borrows a charging treasure of one brand in one area, but finds a returning terminal of the same brand in returning, which is laborious; the user finds a return terminal of the same brand, and the user needs to find the next or next return site after finding that the terminal is full and cannot return; when a user cannot find a return site, APP mapping search is usually started first, and various unconfirmed return troubles are frequently encountered when the user cannot find the return site. For example; the storefront is closed, the brand of the merchant is removed, the merchant refuses the foreign person to borrow for various reasons in consideration of the benefits of the merchant, the returning device is damaged due to lack of maintenance and cannot return, and the like; the shared power bank is charged in units of time, and the time returned will also be charged, which is certainly unfair to the user. Because the more reasons for returning are the results caused by the competition circles of merchants, the embarrassing situation that the user can not quickly find and return is avoided; due to the cooperation rule of the shared charger, the charger signs an exclusive agreement with a merchant, a merchant circle or an area can be provided with a limited charger terminal, and the exclusive agreement causes serious waste of offline social resources invisibly.
Patent document CN110084332A discloses a document intelligent management method, which is adapted to manage at least one document, wherein the document is provided with at least one identification symbol, the identification symbol marks each document, and the document intelligent management method identifies and reads the document according to the identification symbol and establishes an archive. The patent is not well applicable to the intelligent management of the shared power bank.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide an intelligent management method and system for a shared power bank.
The invention provides an intelligent management method for a shared power bank, which comprises the following steps: a step of taking out a shared charger: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter; the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet; a step of sharing the charger baby to enter the slot, which is to acquire the identification result information of the type of the shared charger baby according to the identification information of the type of the shared charger baby; the shared charger classifying and allocating steps are as follows: acquiring shared charger classification and allocation control information according to the shared charger type identification result information; updating the data of the shared charge treasure stock to obtain result information of the shared charge treasure stock; the shared charging bank classifying and dialing control information guides the shared charging bank to classify and dial to a set region.
Preferably, the shared power bank type identification result information includes: own shared charger type identification result information and non-own shared charger type identification result information; the step of classifying and allocating the shared charger baby comprises the following steps: the first sharing charger is classified and allocated: acquiring classified calling control information of the shared charger according to the type identification result information of the shared charger; the second sharing is charged precious to classify and transfer step: acquiring classifying and allocating control information of the non-owned sharing charger bank according to the type identification result information of the non-owned sharing charger bank; the shared power bank classifying and allocating control information comprises: classifying and allocating control information of the shared charger, and classifying and allocating control information of the non-shared charger; the own shared charger classifying and calling control information guides the shared charger to classify and call the own shared charger to the own shared charger area; and the non-owned sharing power bank classifying and dialing control information guides the sharing power bank to classify and dial to the non-owned sharing power bank region.
Preferably, the step of allocating the first shared power bank in a classified manner includes: judging the position of the own shared charging treasure slot: judging whether the number of the slot positions of the first owned sharing power bank area is larger than that of the slot positions of the second owned sharing power bank area, if so, acquiring classification and allocation control information of the first owned sharing power bank area; if not, acquiring second own shared charger region classification and allocation control information; the second sharing treasured that charges is categorised transfers the step and includes: a non-owned sharing charger treasure slot position judgment step: judging whether the number of the slot positions of the first non-owned sharing power bank area is larger than that of the slot positions of the second non-owned sharing power bank area, if so, acquiring classified call control information of the first non-owned sharing power bank area; and if not, acquiring second non-owned sharing power bank region classification and allocation control information.
Preferably, the method further comprises the following steps: the shared charger baby map production step: and acquiring the shared charging pal position map information according to the shared charging pal position information.
Preferably, the method further comprises the following steps: cloud platform communication: the shared charging treasure cabinet is communicated with the cloud platform through a 5G network.
According to the invention, the intelligent management system for the shared power bank comprises: sharing treasured of charging takes out module: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter; the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet; the shared charger bank in-slot module is used for acquiring the shared charger bank type identification result information according to the shared charger bank type identification information; sharing treasured allotment of charging module of dialling: acquiring shared charger classification and allocation control information according to the shared charger type identification result information; updating the data of the shared charge treasure stock to obtain result information of the shared charge treasure stock; the shared charging bank classifying and dialing control information guides the shared charging bank to classify and dial to a set region.
Preferably, the shared power bank type identification result information includes: own shared charger type identification result information and non-own shared charger type identification result information; sharing treasured of charging is classifyed and is transferred and dial the module and include: first sharing treasured of charging is classifyed and is transferred and dial module: acquiring classified calling control information of the shared charger according to the type identification result information of the shared charger; the second sharing is charged precious to classify and transfers the module: acquiring classifying and allocating control information of the non-owned sharing charger bank according to the type identification result information of the non-owned sharing charger bank; the shared power bank classifying and allocating control information comprises: classifying and allocating control information of the shared charger, and classifying and allocating control information of the non-shared charger; the own shared charger classifying and calling control information guides the shared charger to classify and call the own shared charger to the own shared charger area; and the non-owned sharing power bank classifying and dialing control information guides the sharing power bank to classify and dial to the non-owned sharing power bank region.
Preferably, the first shared power bank classifying and allocating module includes: precious trench judgment module charges has by oneself to share: judging whether the number of the slot positions of the first owned sharing power bank area is larger than that of the slot positions of the second owned sharing power bank area, if so, acquiring classification and allocation control information of the first owned sharing power bank area; if not, acquiring second own shared charger region classification and allocation control information; the second sharing treasured of charging is categorised and is transferred the module and includes: the non-self sharing charger treasure slot position judgment module: judging whether the number of the slot positions of the first non-owned sharing power bank area is larger than that of the slot positions of the second non-owned sharing power bank area, if so, acquiring classified call control information of the first non-owned sharing power bank area; and if not, acquiring second non-owned sharing power bank region classification and allocation control information.
Preferably, the method further comprises the following steps: sharing precious map production module that charges: and acquiring the shared charging pal position map information according to the shared charging pal position information.
Preferably, the method further comprises the following steps: cloud platform communication module: the shared charging treasure cabinet is communicated with the cloud platform through a 5G network.
Compared with the prior art, the invention has the following beneficial effects:
1. the invention can realize that the charger pal compatible with different brands, different models and different types shares one shared entity platform device;
2. the invention can obviously improve the convenience and efficiency of borrowing and returning the charge pal by the user;
3. the invention can reasonably utilize the public resource space and shorten the last 50 m distance of the user;
4. the block layout of the shared charge pal of the first, second and third echelons is more sufficient and reasonable;
5. the invention can realize that one APP can simultaneously complete one-button borrowing and payment of a plurality of charge pal products of different brands, and the best experience and the best choice of a user can be realized as long as the charge pal products can be charged under the condition that the mobile phone of the user is out of power.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
FIG. 1 is a schematic flow diagram of the process of the present invention;
FIG. 2 is a system framework diagram of the present invention.
Detailed Description
The present invention will be described in detail with reference to specific examples. The following examples will assist those skilled in the art in further understanding the invention, but are not intended to limit the invention in any way. It should be noted that it would be obvious to those skilled in the art that various changes and modifications can be made without departing from the spirit of the invention. All falling within the scope of the present invention.
As shown in fig. 1 and fig. 2, the method for intelligently managing a shared power bank according to the present invention includes: a step of taking out a shared charger: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter; the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet; a step of sharing the charger baby to enter the slot, which is to acquire the identification result information of the type of the shared charger baby according to the identification information of the type of the shared charger baby; the shared charger classifying and allocating steps are as follows: acquiring shared charger classification and allocation control information according to the shared charger type identification result information; updating the data of the shared charge treasure stock to obtain result information of the shared charge treasure stock; the shared charging bank classifying and dialing control information guides the shared charging bank to classify and dial to a set region.
Specifically, in one embodiment, an electronic integral conversion method suitable for a shared power bank intelligent management cabinet can be used as a part of a shared power bank intelligent management method, and includes: a first connection step of the user intelligent chip card: connecting the user intelligent chip card with a communication module of a game tea table and a communication module of a shared charger intelligent management cabinet; collecting the area of the game tea table: acquiring a first time parameter and a first route parameter in a game tea table area, and acquiring first time parameter information and first route parameter information; collecting time point parameters when a user arrives at a game tea table area, and acquiring time point parameter information when the user arrives at the game tea table area; acquiring first speed information according to the first time parameter information and the first process parameter information; the method comprises the following steps of sharing the region acquisition of the intelligent management cabinet of the charger: acquiring a second speed parameter and a second route parameter in the shared charger intelligent management cabinet area, and acquiring second speed parameter information and second route parameter information; acquiring parameters of time points when a user arrives at a shared charger intelligent management cabinet area, and acquiring information of the parameters of the time points when the user arrives at the shared charger intelligent management cabinet area; acquiring second speed information according to the second speed parameter information and the second route parameter information; acquiring information of a route to be judged according to the parameter information of the time point when the user arrives at the area of the game tea table, the parameter information of the time point when the user arrives at the area of the shared charger intelligent management cabinet, the first speed information and the second speed information; a route judgment step: acquiring information of an acquisition result to be integrated and converted according to the information of the route to be judged and the standard route information; and (3) integral conversion: acquiring integral conversion result information according to the information of the acquisition result to be integrated and the information of the integral conversion rule; and (3) point exchange step: acquiring electronic identification information of common equivalent of the game tea table according to the score conversion result information; and acquiring the information of the point exchange result according to the electronic identification information of the common equivalent of the game tea table.
Preferably, the second connection step of the user smart chip card: establishing communication connection between the intelligent chip cards of the users; passenger flow volume data acquisition: and acquiring the passenger flow data acquisition result information according to the passenger flow data acquisition control information. The point redemption step comprises: cloud platform communication: and acquiring the storage information of the cloud platform electronic account according to the general equivalent electronic identification information.
Preferably, the point redemption step comprises: cloud platform communication: and acquiring the electronic identification information of the common equivalent of the client according to the cloud platform electronic account storage information.
Preferably, the integral conversion rule information includes: a queuing time acquisition rule and a game score acquisition rule; the electronic integral conversion method suitable for the shared charger intelligent management cabinet further comprises the following steps: a queuing time acquisition step: acquiring a queuing time acquisition result parameter according to a queuing time acquisition rule; a game score acquisition step: acquiring game score acquisition result parameters according to game score acquisition rules; the information of the acquisition result of the conversion of the to-be-integrated comprises the following steps: and acquiring result information by queuing time and game score.
Preferably, the method further comprises the following steps: lottery ticket issuing step: the lottery ticket information is obtained according to the electronic identification information of the common equivalent of the game tea table.
Specifically, in one embodiment, a merchant first distributes an intelligent chip card to a customer waiting for a number calling and dining, and the intelligent chip card can establish communication connection with a game tea table, a shared charger intelligent management cabinet, an intelligent game chess set, an AI intelligent wearable device, a mobile terminal and the like. When a client is in a game tea table area (an area diffused by taking a game tea table as a circle center, for example, the radius of the area is 3M-5M), the intelligent chip card can record the time point when the client enters the game tea table area, the distance between the client and the game tea table from the edge of the game tea table area, and the time. Similarly, when the customer is in the shared smart storage management cabinet area (the area spread out with the shared smart storage management cabinet as the center of circle, for example, the radius of the area is 3M to 5M), the smart chip card can record the time point when the customer enters the shared smart storage management cabinet area, and the distance and time before the customer moves from the edge of the shared smart storage management cabinet area to the shared smart storage management cabinet. And sending the data recorded by the intelligent chip card to a processor for processing and operation, and further performing characteristic comparison with the standard route data in the database so as to set the number of points for the customer.
In addition, the intelligent chip cards can establish contact with each other, when a client walks on a certain path, the intelligent chip card held by the client records other adjacent intelligent chip cards (for example, in an area with the intelligent chip card as the center of a circle and the radius of 1M-3M). That is, the customer walks on a certain path, the smart chip card captures the number of other customers meeting the customer on the path, and further judges whether the customer walks on a path with larger passenger flow. If yes, charging a set number of points into the electronic account of the customer; if not, the customer cannot obtain points and the customer is prompted for point rules.
Further, points may also be obtained based on the game score of the customer, the queue waiting time of the customer, and the like.
Specifically, in one embodiment, a shared physical platform device based on a shared power bank is a first, second, third and fourth echelon charging bank borrowing and returning shared physical platform based on pain points and contradictions of industry background. The most important characteristic of the charge pal sharing entity platform is that a plurality of charge pal borrowing and returning sharing entity platforms are additionally laid in subdivided plots of places such as commercial districts, hospitals, railway stations, airports, cinemas, restaurants, supermarkets, bathrooms and the like through laying the charge pal sharing entity platform terminals under the line, and the sharing entity platform can simultaneously accept different brands and one-station borrowing and returning cabinet type terminals of charge pal with different models. The terminal can be designed according to scenes, and can be in the form of a multifunctional shared charging bank intelligent management cabinet in front of a restaurant door, a shared borrowing and returning cabinet with a multimedia touch screen or a table terminal and the like. The borrowing and returning functions and requirements of a shared entity platform device and compatible shared charging treasures of various brands are basically achieved.
Preferably, the shared power bank type identification result information includes: own shared charger type identification result information and non-own shared charger type identification result information; the step of classifying and allocating the shared charger baby comprises the following steps: the first sharing charger is classified and allocated: acquiring classified calling control information of the shared charger according to the type identification result information of the shared charger; the second sharing is charged precious to classify and transfer step: acquiring classifying and allocating control information of the non-owned sharing charger bank according to the type identification result information of the non-owned sharing charger bank; the shared power bank classifying and allocating control information comprises: classifying and allocating control information of the shared charger, and classifying and allocating control information of the non-shared charger; the own shared charger classifying and calling control information guides the shared charger to classify and call the own shared charger to the own shared charger area; and the non-owned sharing power bank classifying and dialing control information guides the sharing power bank to classify and dial to the non-owned sharing power bank region.
Preferably, the step of allocating the first shared power bank in a classified manner includes: judging the position of the own shared charging treasure slot: judging whether the number of the slot positions of the first owned sharing power bank area is larger than that of the slot positions of the second owned sharing power bank area, if so, acquiring classification and allocation control information of the first owned sharing power bank area; if not, acquiring second own shared charger region classification and allocation control information; the second sharing treasured that charges is categorised transfers the step and includes: a non-owned sharing charger treasure slot position judgment step: judging whether the number of the slot positions of the first non-owned sharing power bank area is larger than that of the slot positions of the second non-owned sharing power bank area, if so, acquiring classified call control information of the first non-owned sharing power bank area; and if not, acquiring second non-owned sharing power bank region classification and allocation control information.
Preferably, the method further comprises the following steps: the shared charger baby map production step: and acquiring the shared charging pal position map information according to the shared charging pal position information.
Preferably, the method further comprises the following steps: cloud platform communication: the shared charging treasure cabinet is communicated with the cloud platform through a 5G network.
Specifically, in one embodiment, a user can view the shared power bank location at the mobile phone client and be online (e.g., at the mobile phone client), select a shared power bank type, and retrieve a specific type of shared power bank. When the user returns the shared treasured that charges, can the disect insertion sharing treasured cabinet that charges in the notch, the sharing treasured cabinet that charges automatic identification user returns the shared treasured that charges whether the shared treasured cabinet that charges is the shared treasured cabinet that charges of own brand type, if yes, then according to the sharing treasured cabinet that charges, the regional empty slot position condition of brand type is intelligent with the sharing treasured that charges transfers to dial and return to corresponding trench. If not, the shared charging treasure is intelligently dialed and returned to the corresponding slot position according to the condition of the empty slot position of the non-own brand type area of the shared charging treasure cabinet. The shared charging treasure called into the corresponding slot position of the non-own brand type area can wait for the next client to rent, or is transferred to other shared charging treasure cabinets by staff.
According to the invention, the intelligent management system for the shared power bank comprises: sharing treasured of charging takes out module: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter; the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet; the shared charger bank in-slot module is used for acquiring the shared charger bank type identification result information according to the shared charger bank type identification information; sharing treasured allotment of charging module of dialling: acquiring shared charger classification and allocation control information according to the shared charger type identification result information; updating the data of the shared charge treasure stock to obtain result information of the shared charge treasure stock; the shared charging bank classifying and dialing control information guides the shared charging bank to classify and dial to a set region.
Preferably, the shared power bank type identification result information includes: own shared charger type identification result information and non-own shared charger type identification result information; sharing treasured of charging is classifyed and is transferred and dial the module and include: first sharing treasured of charging is classifyed and is transferred and dial module: acquiring classified calling control information of the shared charger according to the type identification result information of the shared charger; the second sharing is charged precious to classify and transfers the module: acquiring classifying and allocating control information of the non-owned sharing charger bank according to the type identification result information of the non-owned sharing charger bank; the shared power bank classifying and allocating control information comprises: classifying and allocating control information of the shared charger, and classifying and allocating control information of the non-shared charger; the own shared charger classifying and calling control information guides the shared charger to classify and call the own shared charger to the own shared charger area; and the non-owned sharing power bank classifying and dialing control information guides the sharing power bank to classify and dial to the non-owned sharing power bank region.
Preferably, the first shared power bank classifying and allocating module includes: precious trench judgment module charges has by oneself to share: judging whether the number of the slot positions of the first owned sharing power bank area is larger than that of the slot positions of the second owned sharing power bank area, if so, acquiring classification and allocation control information of the first owned sharing power bank area; if not, acquiring second own shared charger region classification and allocation control information; the second sharing treasured of charging is categorised and is transferred the module and includes: the non-self sharing charger treasure slot position judgment module: judging whether the number of the slot positions of the first non-owned sharing power bank area is larger than that of the slot positions of the second non-owned sharing power bank area, if so, acquiring classified call control information of the first non-owned sharing power bank area; and if not, acquiring second non-owned sharing power bank region classification and allocation control information.
Preferably, the method further comprises the following steps: sharing precious map production module that charges: and acquiring the shared charging pal position map information according to the shared charging pal position information.
Preferably, the method further comprises the following steps: cloud platform communication module: the shared charging treasure cabinet is communicated with the cloud platform through a 5G network.
Specifically, in one embodiment, a shared physical platform device and method based on a shared power supply treasure comprises; still device is borrowed to shared treasured that charges, shared treasured man-machine delivery interface terminal that charges, shared treasured APP that charges, sell machine, network deployment by oneself.
The difference of the shared charger borrowing and returning device is that the borrowing and returning device designs and divides 4 or more borrowing and returning blocks in equal proportion in a limited borrowing and returning area, and each block comprises more than 20 charger borrowing and returning doors and charger entrances and exits. The device structure is borrowed and is still installed the same and compatible with the structure that corresponds the treasured that charges to the treasured that charges of every block.
The LED lamp strips surround each block, when a user borrows the charge pal to send out yes, the LED lamp strips of the blocks can be started by the borrowing and returning terminal to be lightened, and the corresponding LED lamps of the borrowing and returning port are lightened, so that the effect of visual quick positioning is achieved.
Every block precious interior casing, spout, drive mechanism, electronic lock mechanism that charges, the characteristic is according to precious model, the outward appearance mechanism attribute of charging that each family provided and do supporting compatible design to this reaches and does not change under the prerequisite of original precious outward appearance structure that charges, accomplishes compatibly.
The blocks of the shared charger treasure exist in a modular design mode, and each module has detachable and assembled properties. When each precious producer that charges develops and changes in order to adapt to, realize quick change purpose.
The shared charger borrowing and returning device also comprises a charger; the intelligent charging system comprises a multimedia human-computer interaction interface, an MCU master control system, a charging treasure charging and discharging power supply management module, a signal input module, a relay input module and an Internet of things card wireless signal transceiving module.
The multimedia man-machine interaction interface terminal displays characteristic contents; scene layers such as two-dimensional code figure, precious brand selection button icon charges, the button icon of returning of borrowing of corresponding brand, the status information column of returning of borrowing, network payment two-dimensional code icon.
The APP is characterized by comprising; the two-dimensional code scanning lens triggers scene layers such as button icons, precious brand selection button icons that charge, the corresponding brand borrow and return button icons, borrow and return status information bars, network payment two-dimensional code icons.
The self-service vending machine does not have much description due to mature technology, namely, the user can randomly purchase the characteristics of medicines, beverages and other commodities while finishing quick borrowing and returning of the charge pal on the same shared entity platform.
The invention can be compatible with the sharing entity platform device shared by the charger bugs with different brands, types and types; the invention can obviously improve the convenience and efficiency of borrowing and returning the charge pal by the user; the invention can reasonably utilize the public resource space and shorten the last 50 m distance of the user; the block layout of the shared charge pal of the first, second and third echelons is more sufficient and reasonable; the invention can realize that one APP can simultaneously complete one-button borrowing and payment of a plurality of charge pal products of different brands, and the best experience and the best choice of a user can be realized as long as the charge pal products can be charged under the condition that the mobile phone of the user is out of power. The invention can greatly reduce the hardware cost investment of each manufacturer and the wireless network flow charge.
Those skilled in the art will appreciate that, in addition to implementing the system and its various devices, units provided by the present invention as pure computer readable program code, the system and its various devices, units provided by the present invention can be fully enabled to implement the same functions by logically programming the method steps in the form of logic gates, switches, application specific integrated circuits, programmable logic controllers, embedded microcontrollers and the like. Therefore, the system and various devices, units and units thereof provided by the invention can be regarded as a hardware component, and the devices, units and units included in the system for realizing various functions can also be regarded as structures in the hardware component; means, elements, units for performing various functions may also be regarded as structures within both software and hardware components for performing the method.
The foregoing description of specific embodiments of the present invention has been presented. It is to be understood that the present invention is not limited to the specific embodiments described above, and that various changes or modifications may be made by one skilled in the art within the scope of the appended claims without departing from the spirit of the invention. The embodiments and features of the embodiments of the present application may be combined with each other arbitrarily without conflict.
Claims (6)
1. A shared power bank intelligent management method is characterized by comprising the following steps:
a step of taking out a shared charger: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter;
the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet;
a step of sharing the charger baby to enter the slot, which is to acquire the identification result information of the type of the shared charger baby according to the identification information of the type of the shared charger baby;
the shared charger classifying and allocating steps are as follows: acquiring shared charger classification and allocation control information according to the shared charger type identification result information;
updating the data of the shared charge treasure stock to obtain result information of the shared charge treasure stock;
the shared charger classifying and allocating control information guides the behavior that the shared charger is classified and allocated to a set area;
the shared power bank type identification result information includes: own shared charger type identification result information and non-own shared charger type identification result information;
the step of classifying and allocating the shared charger baby comprises the following steps:
the first sharing charger is classified and allocated: acquiring classified calling control information of the shared charger according to the type identification result information of the shared charger;
the second sharing is charged precious to classify and transfer step: acquiring classifying and allocating control information of the non-owned sharing charger bank according to the type identification result information of the non-owned sharing charger bank;
the shared power bank classifying and allocating control information comprises: classifying and allocating control information of the shared charger, and classifying and allocating control information of the non-shared charger;
the own shared charger classifying and calling control information guides the shared charger to classify and call the own shared charger to the own shared charger area;
the non-owned sharing power bank classifying and allocating control information guides the sharing power bank to classify and allocate to a non-owned sharing power bank area;
the first sharing power bank classifying and allocating step comprises the following steps:
judging the position of the own shared charging treasure slot: judging whether the number of the slot positions of the first owned sharing power bank area is larger than that of the slot positions of the second owned sharing power bank area, if so, acquiring classification and allocation control information of the first owned sharing power bank area;
if not, acquiring second own shared charger region classification and allocation control information;
the second sharing treasured that charges is categorised transfers the step and includes:
a non-owned sharing charger treasure slot position judgment step: judging whether the number of the slot positions of the first non-owned sharing power bank area is larger than that of the slot positions of the second non-owned sharing power bank area, if so, acquiring classified call control information of the first non-owned sharing power bank area;
and if not, acquiring second non-owned sharing power bank region classification and allocation control information.
2. The intelligent management method for the shared power bank according to claim 1, further comprising:
the shared charger baby map production step: and acquiring the shared charging pal position map information according to the shared charging pal position information.
3. The intelligent management method for the shared power bank according to claim 1, further comprising:
cloud platform communication: the shared charging treasure cabinet is communicated with the cloud platform through a 5G network.
4. The utility model provides a precious intelligent management system charges which characterized in that includes:
sharing treasured of charging takes out module: obtaining shared charger withdrawing control information according to the shared charger position information, the shared charger leasing protocol determining information and the shared charger selecting type parameter;
the shared power bank taking-out control information instructs the shared power bank to take out from the notch of the shared power bank cabinet;
the shared charger bank in-slot module is used for acquiring the shared charger bank type identification result information according to the shared charger bank type identification information;
sharing treasured allotment of charging module of dialling: acquiring shared charger classification and allocation control information according to the shared charger type identification result information;
updating the data of the shared charge treasure stock to obtain result information of the shared charge treasure stock;
the shared charger classifying and allocating control information guides the behavior that the shared charger is classified and allocated to a set area;
the shared power bank type identification result information includes: own shared charger type identification result information and non-own shared charger type identification result information;
sharing treasured of charging is classifyed and is transferred and dial the module and include:
first sharing treasured of charging is classifyed and is transferred and dial module: acquiring classified calling control information of the shared charger according to the type identification result information of the shared charger;
the second sharing is charged precious to classify and transfers the module: acquiring classifying and allocating control information of the non-owned sharing charger bank according to the type identification result information of the non-owned sharing charger bank;
the shared power bank classifying and allocating control information comprises: classifying and allocating control information of the shared charger, and classifying and allocating control information of the non-shared charger;
the own shared charger classifying and calling control information guides the shared charger to classify and call the own shared charger to the own shared charger area;
the non-owned sharing power bank classifying and allocating control information guides the sharing power bank to classify and allocate to a non-owned sharing power bank area;
the first sharing treasured of charging is categorised and is transferred and dial the module and include:
precious trench judgment module charges has by oneself to share: judging whether the number of the slot positions of the first owned sharing power bank area is larger than that of the slot positions of the second owned sharing power bank area, if so, acquiring classification and allocation control information of the first owned sharing power bank area;
if not, acquiring second own shared charger region classification and allocation control information;
the second sharing treasured of charging is categorised and is transferred the module and includes:
the non-self sharing charger treasure slot position judgment module: judging whether the number of the slot positions of the first non-owned sharing power bank area is larger than that of the slot positions of the second non-owned sharing power bank area, if so, acquiring classified call control information of the first non-owned sharing power bank area;
and if not, acquiring second non-owned sharing power bank region classification and allocation control information.
5. The shared power bank intelligent management system of claim 4, further comprising:
sharing precious map production module that charges: and acquiring the shared charging pal position map information according to the shared charging pal position information.
6. The shared power bank intelligent management system of claim 4, further comprising:
cloud platform communication module: the shared charging treasure cabinet is communicated with the cloud platform through a 5G network.
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