CN108022372B - Charging system based on intelligent table - Google Patents

Charging system based on intelligent table Download PDF

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Publication number
CN108022372B
CN108022372B CN201711295776.0A CN201711295776A CN108022372B CN 108022372 B CN108022372 B CN 108022372B CN 201711295776 A CN201711295776 A CN 201711295776A CN 108022372 B CN108022372 B CN 108022372B
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China
Prior art keywords
module
charging
user
information
judgment
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CN201711295776.0A
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Chinese (zh)
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CN108022372A (en
Inventor
孟奇奎
李小强
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Beijing Xinhongbao Technology Co ltd
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Beijing Xinhongbao Technology Co ltd
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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
    • G07F15/006—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity dispensed for the electrical charging of other devices than vehicles
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/02—Reservations, e.g. for tickets, services or events
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/08—Payment architectures
    • G06Q20/14—Payment architectures specially adapted for billing systems
    • G06Q20/145—Payments according to the detected use or quantity
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F9/00—Details other than those peculiar to special kinds or types of apparatus
    • G07F9/02—Devices for alarm or indication, e.g. when empty; Advertising arrangements in coin-freed apparatus
    • G07F9/023—Arrangements for display, data presentation or advertising
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • H02J7/0047—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries with monitoring or indicating devices or circuits
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/50—Network services
    • H04L67/52—Network services specially adapted for the location of the user terminal
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02T90/10—Technologies relating to charging of electric vehicles
    • Y02T90/12—Electric charging stations

Abstract

The invention relates to a charging system based on an intelligent table, which comprises a server and the intelligent table, wherein the intelligent table comprises a touch screen as a table top and a plurality of charging output interfaces with independent IDs, and the server comprises a screen splitting module group, a login module group and a charging order processing module group; the charging system of the invention is only used for logging in by a user and carrying out order settlement, then the charging output interface is powered, APP operation of a mobile terminal provided by the user can be received, selection or reservation operation of the charging output interface is supported to be carried out remotely, a large amount of flow can be attracted, a charging and charging mode is reasonably set, and spare resources of a merchant are utilized to the maximum extent to generate economic value.

Description

Charging system based on intelligent table
Technical Field
The invention belongs to the field of intelligent electrical appliances, and particularly relates to a charging system based on an intelligent table.
Background
The smart phone is extremely popular in use in the current society, when people go out, the power failure condition or low electric quantity of the mobile terminal can lead people to be stranded, the mobile charging equipment can solve part of the problems, but when the mobile charging equipment is powered off or is not carried about, the problems can greatly cause the anxiety of people; at present, shared charging equipment is generally only arranged in places such as airports, railway stations and bus stations, and has the advantages of few charging interfaces, dense population, poor charging experience, poor charging requirement of most of charging equipment, incapability of meeting the charging requirement of people and large market gaps.
The existing intelligent tables generally do not provide charging service for users, some intelligent tables such as the adjustable intelligent dining table disclosed in the Chinese patent CN104433261B can provide charging function for users according to monitoring human body infrared signals, the arrangement can enable any person to carry out charging operation, certain economic loss can be brought to a dining room, reservation service of the users can not be provided, charging can be realized only when the users enter the dining room, intelligence is low, larger passenger flow is difficult to attract, and the contradiction between the need of charging for the users and the charging service provided by the dining room by using idle time and idle resources can not be solved.
Disclosure of Invention
In order to solve the problems, the invention provides a charging system based on an intelligent table, which has the following specific scheme:
a charging system based on an intelligent table comprises a server and the intelligent table, wherein the intelligent table comprises a touch screen as a table top and a plurality of charging output interfaces with independent IDs, and the server comprises a split screen module group, a login module group and a charging order processing module group; the screen splitting module group is used for setting 1 or more than 1 position ID for an intelligent table, setting human-computer interaction interfaces for each user to log in, the number of which is the same as that of the position IDs, on a touch screen, and associating the position IDs, the charging output interfaces and the human-computer interaction interfaces; the login module group is used for receiving and verifying login information input by a user through a human-computer interaction interface, displaying an operation interface on the corresponding human-computer interaction interface, and associating the user ID, the operation interface and the position ID; and the charging order processing module group is used for receiving a charging request which is sent by a logged-in user and carries the information of the charging output interface, forming a charging order and supplying power to the associated charging output interface.
The charging request sent by the logged-in user can be from an operation interface, can be from a mobile terminal APP, can be from an on-site order placing mode or a reservation order placing mode, and the charging request in contact with the charging order processing module group in any mode can be.
The charging system provided by the invention can be applied to the field of using the intelligent table at will, and is preferably applied to the catering industry.
Further, the charging order includes charging time information T1 related to the charging output interface; the charging order processing module group comprises a timing module, and is used for starting to record continuous power supply time Ta after power is supplied to the associated charging output interface, and stopping supplying power to the associated charging output interface when Ta is T1.
Since the location ID, the logged-in user ID, the human-computer interaction interface, and the charging output interface have associated information, the "corresponding", "associated", and "associated" are all clear expressions.
Further, the charging order processing module group comprises an order forming module, an order processing module and a charging module; the order forming module is used for sending time selection information to the user when receiving a charging request sent by a logged-in user, judging the authority and the grade of the user after receiving the charging time selection information feedback of the user, forming a charging order according to a preset rule and sending a processing instruction to the order processing module; the order processing module is used for judging whether the payment amount of the charging order is zero or not, and if so, sending a power distribution request to the charging module; if not, feeding the order information back to the user, and sending a power distribution request to the charging module after receiving the charging order processing operation of the user; and the charging module is used for receiving the power distribution request and supplying power to the associated charging output interface.
When a logged-on user sends a charging request through a mobile terminal APP, sending time selection information to a mobile terminal APP display interface of the user; and when the logged-in user sends a charging request through the man-machine interaction interface of the intelligent table, sending the time selection information to the operation interface logged in by the user.
Furthermore, the server also comprises an equipment management module and a mobile terminal APP management module, wherein the mobile terminal APP management module comprises a user management submodule and an information recommendation submodule; the equipment management module is used for setting merchant labels on the intelligent table and associating charging output interfaces of the same merchant labels into a first group; the user management submodule is used for receiving and managing user information logged in through the mobile terminal APP; and the information recommendation submodule is used for acquiring the position information of the user when receiving the information that the user logs in through the mobile terminal APP, searching the merchant label of the charging output interface according to the position information, and pushing merchant recommendation list information with the charging output interface to the mobile terminal APP.
Preferably, the smart table further comprises a terminal identification module; the order forming module is used for sending time selection information and mobile terminal label adding information to a mobile terminal APP display interface when receiving a charging request from a mobile terminal APP, judging the authority and the grade of a user after receiving information feedback of the user, forming a charging order according to a preset rule, and sending a processing instruction to the order processing module; the charging module is also used for sending an identification instruction to the terminal identification module after supplying power to the associated charging output interface; and the terminal identification module is used for receiving the identification instruction, acquiring the mobile terminal label information in the order, starting an identification function, and performing matching operation on the mobile terminal to be identified, if the label information of the mobile terminal to be identified is consistent with the mobile terminal label information in the order, supplying power, otherwise, not supplying power.
Preferably, the mobile terminal APP management module further comprises a reservation management submodule, and the intelligent table comprises a user judgment module and a reservation timing module; the reservation management submodule is used for providing a reservation selection function for the mobile terminal APP, and sending a judgment instruction to a user judgment module of the corresponding intelligent table when receiving a charging reservation request which is sent by a user and carries merchant information and charging output interface information, wherein the judgment instruction comprises reservation user information logged in by the mobile terminal APP; the user judgment module is used for receiving the judgment instruction, judging whether the user information of the login request sent by the man-machine interaction interface corresponding to the position ID associated with the charging output interface within the preset time threshold Tb is the same as the reserved user information, and if so, sending the login request to the login module group and sending the charging request to the charging order processing module group; if the login information is different, login failure information is fed back; meanwhile, a judgment stopping instruction is received, user information is cleared, and user judgment operation is stopped; and the reservation timing module is used for receiving the timing instruction, starting to record the time T2 and sending a stop judgment instruction to the user judgment module when T2 is Tb.
Furthermore, more than 1 position ID is arranged on one intelligent desk; the screen splitting module group comprises a position ID processing module, a screen splitting module and an association module; the position ID processing module is used for generating more than 1 position ID corresponding to the unique intelligent table ID according to the intelligent table ID and the number of dining positions; the screen splitting module is used for partitioning a touch screen into equal number of partitions according to the number of the position IDs, and each partition is provided with a human-computer interaction interface for each user to log in; the association module is used for associating the human-computer interaction interface, the position ID and the charging output interface, and the position ID can access the open authority of the intelligent table; preferably, the human-computer interaction interface comprises an operation interface and a login interface; the operation interface comprises a button area, and the button area comprises a meal ordering button and a charging button; the operation interface further comprises a food ordering area and a shopping cart area, and the shopping cart area comprises a payment button area; the server also comprises a meal position group processing module which is used for binding the position IDs corresponding to the M user IDs of the application group request into a meal position group when receiving the application group request with the number of the user IDs being M, and is also used for receiving and processing the group quitting request of the user ID in any group, wherein M is an integer larger than 1.
Furthermore, the order forming module comprises a feedback sub-module, a group judgment sub-module, a shopping cart merging sub-module and an order forming sub-module; the feedback submodule sends time selection information to the associated operation interface when receiving a charging request sent by a user, and sends a judgment instruction to the first group judgment module after receiving the feedback of the charging time selection information of the user; the first group judgment module is used for receiving the judgment instruction, judging whether the user ID belongs to one of the meal position groups, and if the judgment result is negative, sending the judgment instruction to the order forming submodule; if the judgment result is yes, sending a shopping cart merging instruction to the charging shopping cart merging module; the charging shopping cart merging module is used for receiving a shopping cart merging instruction, displaying charging time selection information of a user in association with a corresponding user ID, displaying the charging time selection information in a shopping cart area, merging the charging time selection information in the shopping cart areas of all the user IDs in a corresponding dining space group to form uniform group charging time selection information, displaying the uniform group charging time selection information in the shopping cart area corresponding to each user ID, and sending a judgment instruction to the order forming submodule when the condition that the settlement operation is triggered by any user ID in the group is monitored; the order forming submodule is used for receiving and judging the user authority and the level of the user ID requesting for charging or triggering the checkout operation, forming a charging order according to a preset rule, and sending a processing instruction to the order processing module, wherein the charging order comprises one or more charging time selection information; and the charging module is used for supplying power to the charging output interfaces corresponding to all the charging time selection information in the order after receiving the charging request.
Furthermore, the server also comprises an ordering module used for receiving an ordering request and a service request input by a user on the operation interface to form a dining order; the order processing module group also comprises a dining order judging module and a recording judging module; the dining order judging module is used for judging whether the corresponding position ID contains a dining order or not when receiving a charging request sent by a user through a charging button, and sending the charging request to the order forming module when the judgment result is negative; when the judgment result is yes, calculating free charging time information Tx, and sending a judgment request to a recording judgment module; and the record judging module is used for receiving the judging request, judging whether the corresponding user ID has the free charging history information on the associated position ID, and sending the charging request to the order forming module when the judging result is yes.
Furthermore, the order processing module group also comprises a second group judgment module, a recording judgment module and a judging module, wherein when the judgment result is negative, the recording judgment module sends a judgment instruction to the second group judgment module; the second group judgment module is used for receiving the judgment instruction, judging whether the user ID belongs to one of the dining position groups, and when the judgment result is negative, sending a power distribution request carrying position ID information to the charging module and sending charging time T1 of the corresponding position ID to the timing module, wherein the charging time T1 is Tx information; and when the judgment result is yes, sending a power distribution request carrying position ID information to the charging module, and sending charging time T1 of the corresponding position ID to the timing module, wherein a is the number of the user IDs contained in the group.
Furthermore, a slide way for the charging output interface to slide is arranged on the intelligent table; the server also comprises a monitoring module and a rebinding module; the monitoring module is used for monitoring the position change of the charging output interface, acquiring corresponding position ID information before and after the position change of the charging output interface, and sending a binding instruction to the rebinding module; and the rebinding module is used for receiving the binding instruction and interchanging the human-computer interaction interfaces associated with the corresponding position IDs before and after the charging output interface is changed.
Preferably, the slide is a conductive slide, the charging output interface is a wireless charging output interface, a positioning module communicated with the monitoring module is arranged on the wireless charging output interface, and the positioning module sends the ID information and the position information of the wireless charging output interface to the monitoring module and sends a monitoring instruction after monitoring that the position information of the charging output interface changes.
Preferably, the slide way is provided with accommodating parts with the same number as the position ID, the accommodating parts are provided with induction modules, and the charging output interface is provided with a positioning module communicated with the monitoring module; the induction module is used for monitoring the position information of the charging output interface in the accommodating groove and sending a positioning instruction to the positioning module when the charging output interface enters a preset range in the accommodating groove; and the positioning module is used for receiving the positioning instruction and sending the ID information of the wired charging output interface to the monitoring module.
Furthermore, the monitoring module comprises a user ID judgment sub-module and a user ID searching sub-module; the user ID judging submodule is used for receiving the ID information of the charging output interface, judging whether the position ID associated with the mobile charging output interface has associated user ID information or not, if the judgment result is negative, not processing, and if the judgment result is positive, sending a searching instruction to the user ID searching submodule; the user ID searching submodule is used for receiving a searching instruction, collecting user ID information associated with all position IDs on the corresponding intelligent table, searching the position ID of an operation interface corresponding to the user ID associated with the mobile charging output interface, marking a label of the position ID as a removal position ID, and sending a binding instruction to the rebinding module; and the rebinding module is used for receiving the binding instruction, interchanging the human-computer interaction interfaces associated with the corresponding position IDs before and after the charging output interface is changed, and modifying the label marks of the position IDs.
Furthermore, the server also comprises a matching judgment module and a login judgment module; the timing module is also used for sending a matching judgment instruction to the matching judgment module when the power supply to the associated charging output interface is stopped; the matching judgment module is used for receiving a matching judgment instruction, judging whether the ID information of the charging output interface is associated with the position ID corresponding to the current accommodating groove or not, and if the judgment result is yes, not processing the ID information; when the judgment result is negative, sending a judgment instruction to the login judgment module; the login judging module is used for receiving the judging instruction, judging whether the human-computer interaction interface corresponding to the position ID associated with the current accommodating groove is a login interface or not, and if the judging result is negative, not processing; and if so, displaying warning information on the login interface.
The charging system based on the intelligent table provided by the invention can be used for supplying power to the charging output interface only after a user logs in, sends out a charging request and settles an order, so that the power resource is saved, the APP operation of the mobile terminal provided by the user can be received, the selection or reservation operation of the charging output interface can be remotely carried out, the flow of people can be greatly attracted, the economic benefit of a merchant is improved, the charging mode is reasonably set, and the spare resources of a restaurant are utilized to the maximum extent to generate the economic value.
Drawings
Fig. 1 is a block diagram of a smart table-based charging system of embodiment 1;
FIG. 2 is a schematic diagram of connection among components of the charging system based on the smart table in embodiment 1;
FIG. 3 is a schematic diagram illustrating the connection between modules of the charging system based on the smart table in embodiment 2;
FIG. 4 is a schematic diagram of the connection between some modules of the charging system based on the smart table in the embodiment 3;
FIG. 5 is a schematic view of a configuration of a split screen module according to embodiment 4;
FIG. 6 is a schematic diagram showing connection between partial modules in the server according to embodiment 5;
FIG. 7 is a view showing a touch screen of the smart table according to embodiment 5;
FIG. 8 is a schematic diagram of the connection between some modules of the charging system based on the smart table in the embodiment 6;
FIG. 9 is a schematic bottom view of the smart table of example 7;
FIG. 10 is a schematic diagram of the connection between some modules of the charging system based on the smart table in the embodiment 7;
FIG. 11 is a schematic bottom view of the smart table of example 8;
fig. 12 is a schematic diagram of connection between partial modules of a charging system based on a smart table in embodiment 8.
Detailed Description
The invention is further described with reference to the following figures and examples, which are provided for the purpose of illustrating the general inventive concept and are not intended to limit the scope of the invention.
Example 1
A charging system based on an intelligent table, as shown in fig. 1 and fig. 2, includes a server 1 and an intelligent table 2, the intelligent table is an intelligent dining table, the intelligent table 2 includes a touch screen as a desktop and a plurality of charging output interfaces 101 with independent IDs, the server 1 includes a split screen module group 102, a login module group 103 and a charging order processing module group 104; the screen splitting module group 102 is used for setting 1 or more than 1 position ID for an intelligent table, setting human-computer interaction interfaces for each user to log in, the number of which is the same as that of the position IDs, on a touch screen, and associating the position IDs, the charging output interface 101 and the human-computer interaction interfaces; the login module group 103 is used for receiving and verifying login information input by a user through a human-computer interaction interface, displaying an operation interface on the corresponding human-computer interaction interface, and associating the user ID with the position ID; the charging order processing module group 104 is configured to receive a charging request carrying charging output interface information sent by a logged-in user, form a charging order, and supply power to the associated charging output interface 101; the charge order includes charge time information T1; the charging order processing module group 104 includes a timing module 105 configured to start recording the continuous power supply time Ta after power is supplied to the associated charging output interface 101, and stop supplying power to the associated charging output interface 101 when Ta is T1.
The number of the charging output interfaces can be the same as that of the position IDs, namely each position ID corresponds to one charging output interface, the position IDs, the charging output interfaces and the human-computer interaction interfaces are in a one-to-one corresponding relationship, the number of the charging output interfaces can also be larger than that of the position IDs, for example, each position ID corresponds to 2 or more charging output interfaces, each charging output interface has one own ID, and the position IDs and the human-computer interaction interfaces are in a one-to-one corresponding relationship; the position ID, the man-machine interaction interface and the charging output interface ID are in one-to-many relationship. The setting method of the position ID and the charging output interface ID can be customized according to a merchant; illustratively, one smart table, such as Kendeki, has a unique MAC code KFC-011, which if a four-person table includes four location IDs, KFC-011-A, KFC-011-B, KFC-011-C, KFC-011-D, respectively; if the dining positions with the IDs of KFC-011-A are associated with the two charging output interfaces, the IDs of the charging output interfaces are KFC-011-A-CD01 and KFC-011-A-CD02 and have an association relationship.
The charging request sent by the logged-in user can be from an operation interface, can be from a mobile terminal APP, can be from an on-site order placing mode or a reservation order placing mode, and the charging request in contact with the charging order processing module group in any mode can be.
The charging system based on the intelligent table provided by the embodiment is preferably applied to the catering field, the intelligent table terminal is provided with the charging output interface, the position ID, the human-computer interaction interface and the charging output interface are associated, the charging output interface has an independent ID and cannot be used conveniently, ordering operation is required, the application range of the intelligent table is reasonably widened, better service is provided for users, more users are attracted, electric energy is reasonably configured and utilized, waste and abuse are prevented, economic benefits are balanced, and application value is improved.
Example 2
As shown in fig. 3, the charging system based on the smart table provided in this embodiment is different from that in embodiment 1 in that the charging order processing module group 104 includes an order forming module 201, an order processing module 202, and a charging module 203; the intelligent table 2 further comprises a terminal identification module 204;
the order forming module 201 is used for receiving a charging request from the mobile terminal APP, wherein the charging request comprises ID information of a charging output interface; sending time selection information and mobile terminal label addition information to a mobile terminal APP display interface, judging the authority and the grade of a user after receiving information feedback of the user, forming a charging order according to a preset rule, and sending a processing instruction to an order processing module 202;
the order processing module 202 is configured to determine whether the payment amount of the charging order is zero, and if the determination result is yes, send a power distribution request to the charging module 203; if not, feeding back order information to a mobile terminal APP display interface of the user, wherein the order information may include an ID or position information of a selected charging output interface, charging time information T1, mobile terminal label information and amount information; after receiving the charging order processing operation of the user, namely after completing payment, sending a power distribution request to the charging module 203;
the charging module 203 is configured to receive a power distribution request, supply power to the associated charging output interface 101, and send an identification instruction to the terminal identification module 204;
the terminal identification module 204 is configured to receive an identification instruction, acquire mobile terminal tag information in the order, start an identification function, perform matching operation on the mobile terminal to be identified, perform power supply if the tag information of the mobile terminal to be identified is consistent with the mobile terminal tag information in the order, and otherwise not perform power supply, where the mobile terminal tag information may be information such as a mobile MAC and an SIM card.
In the charging system based on the intelligent table provided by this embodiment, order information is set to be from the mobile terminal APP, and then a user logs in on the personal mobile terminal APP, communicates with the server by using personal user ID information, selects a merchant on the APP, selects charging output interface ID information of the intelligent table, adds mobile terminal tag information, selects time to be charged, such as 30min, 1h, 2h and the like, places an order, and after payment is completed, the server starts to distribute power to the corresponding charging output interface and starts to time; but the charging is started only after the recognition is successful, the recognition is carried out at the intelligent desk terminal. Above-mentioned setting can be in order when a certain user's mobile terminal electric quantity leads to the shutdown for zero, can use other people's cell-phone APP to place an order to it charges, uses comparatively in a flexible way.
The preset rule is customized by a merchant, and user authority and level can be set, for example, a user is a staff, the user can charge freely, and the user has corresponding free time or discount when the consumption level of the user reaches a certain amount in the merchant; or different charging modes are set according to idle time and busy time, when the order amount of the user is identified to be zero, the order confirmation operation is not needed, and power distribution can be directly carried out, so that convenience is improved.
Example 3
As shown in fig. 4, the charging system based on the intelligent table provided in this embodiment is different from embodiment 1 in that the charging order processing module group 104 includes an order forming module 201, an order processing module 202, and a charging module 203;
the order forming module 201 is used for sending time selection information to a corresponding operation interface when receiving a charging request sent by a user through the intelligent table, judging the authority and the grade of the user after receiving the feedback of the charging time selection information of the user, forming a charging order according to a preset rule, and sending a processing instruction to the order processing module 202;
the order processing module 202 is configured to determine whether the payment amount of the charging order is zero, and if the determination result is yes, send a power distribution request to the charging module 203; if not, feeding back order information to a corresponding operation interface, wherein the order information comprises charging time information T1 and money, and sending a power distribution request to the charging module 203 after receiving the charging order processing operation of the user, namely payment is finished;
and the charging module 203 is used for receiving a power distribution request and supplying power to the charging output interface 101 associated with the human-computer interaction interface.
When a user communicates with the server on the intelligent desk and processes orders, namely, a man-machine interaction interface is logged in, an operation interface is displayed, and a charging request is sent, the associated position ID and the ID information of the charging output interface are obtained according to the operated man-machine interaction interface, power distribution can be directly carried out, the problem of mobile phone labels does not need to be considered, the position ID serves as the standard, any mobile terminal can carry out charging operation, and the use is more flexible.
Further, the server 1 further comprises an equipment management module 301 and a mobile terminal APP management module 302, wherein the mobile terminal APP management module 302 comprises an information recommendation sub-module 304 and a reservation management sub-module 305; the intelligent table 2 comprises a user judgment module 306 and an appointment timing module 307;
the equipment management module 301 is configured to set a merchant tag for the smart table 2, and associate the charging output interfaces 101 of the same merchant tag into a first group;
the information recommendation submodule 304 is used for acquiring the position information of the user when the information that the user logs in through the mobile terminal APP is received, searching the merchant label of the charging output interface 101 according to the position information, and pushing merchant recommendation list information with the charging output interface 101 to the mobile terminal APP; the merchant recommendation list information can comprise merchant labels, positions of available charging interfaces, charging modes, preferential information, distance information, environment information, information on whether the merchant recommendation list information is consumed or not and the like, and can be optimized and recommended according to a preset algorithm;
the reservation management submodule 305 is configured to provide a reservation selection function for the mobile terminal APP, and send a judgment instruction to the user judgment module 306 of the smart table 2 associated with the charging output interface 101 when receiving a charging reservation request carrying merchant information and charging output interface 101 information sent by a user, where the judgment instruction includes reservation user information logged in by the mobile terminal APP;
the user judging module 306 is configured to receive the judging instruction, judge whether the user information of the login request sent through the human-computer interaction interface within the preset time threshold Tb is the same as the reserved user information, send the login request to the login module group 103 if the user information is the same as the reserved user information, and send the charging request to the charging order processing module group 104 at the same time; if the login information is different, login failure information is fed back; the system is also used for receiving a stop judgment instruction, emptying user information and stopping user judgment operation;
the reservation timing module 307 is configured to receive the timing instruction, start recording the time T2, and send a stop determination instruction to the user determination module 306 when T2 is Tb.
A user communicates with a server through a mobile terminal APP, and a certain charging output interface is reserved, the server communicates with an intelligent table associated with the charging output interface, and a human-computer interaction interface associated with the charging output interface is locked, and the user wants to log in the intelligent table and needs to log in on the human-computer interaction interface, such as inputting user information or scanning code login; when the logged-in user is the same as the reserved user, the user can log in a human-computer interaction interface corresponding to the ID of a certain position, display an operation interface, directly jump out the selection information of the charging time, process the charging order, do not need to perform other operations, and automatically process charging items. When the logged-in user is different from the reserved user, the user can not log in the human-computer interaction interface of the position ID, the reserved function is achieved, power distribution and timing are not carried out in the reserved time period, the user can use the system more conveniently, and charging timing is more reasonable.
Example 4
As shown in fig. 5, the charging system based on the smart table provided in this embodiment is different from embodiment 1 in that more than 1 location ID is set on one smart table 2; the split screen module group 102 comprises a position ID processing module 401, a split screen module 402 and an association module 403; a position ID processing module 401, configured to generate more than 1 position ID corresponding to the unique smart table ID according to the smart table ID and the number of dining positions; a screen splitting module 402, configured to divide a touch screen into equal partitions according to the number of the position IDs, and set a human-computer interaction interface for each user to log in each partition; the associating module 403 is configured to associate the human-computer interaction interface, the location ID, and the charging output interface 101, where the location ID may access an opening right of the smart table 2.
Further, the human-computer interaction interface comprises an operation interface and a login interface; the operation interface comprises a button area, and the button area comprises a meal ordering button and a charging button; the operation interface further comprises a food ordering area and a shopping cart area, and the shopping cart area comprises a payment button area; the user clicks the ordering button to display the ordering area; a user clicks a charging button, and then a charging request with a position ID is sent to the charging processing module group; and when the user clicks the checkout button area, the payment page is displayed, and the execution result corresponding to the operation is common knowledge and is not the invention point of the invention, so that the payment page is not explained too much.
The server 1 further includes a meal location group processing module 404, configured to, when receiving a group application request with the number of user IDs M, bind the location IDs corresponding to the M user IDs of the group application request as a meal location group, and further configured to receive and process a group exit request of a user ID in any group, where M is an integer greater than 1.
The logged user IDs are subjected to group association to form a dining group dining position group, so that unified group management can be performed, group dining of users or other service group operations are facilitated, and usability is improved.
Example 5
As shown in fig. 6 and fig. 7, the charging system based on the smart table provided in the present embodiment differs from embodiment 4 in that the charging order processing module group 104 includes an order forming module 201, an order processing module 202, and a charging module 203; the order forming module 201 comprises a feedback sub-module 501, a group judgment sub-module 502, a shopping cart merging sub-module 503 and an order forming sub-module 504;
the feedback sub-module 501 sends time selection information to the associated operation interface when receiving a charging request, and sends a judgment instruction to the group judgment sub-module 502 after receiving the feedback of the charging time selection information of the user;
the group judgment submodule 502 is configured to receive a judgment instruction, judge whether the associated user ID belongs to one of the meal space groups, and send a first judgment instruction to the order forming submodule 504 if the judgment result is negative; if the judgment result is yes, a shopping cart merging instruction is sent to the shopping cart merging submodule 503;
the shopping cart merging submodule 503 is configured to receive a shopping cart merging instruction, display charging time selection information of a user in association with a corresponding user ID, display the charging time selection information in a shopping cart region, merge charging time selection information in the shopping cart region of all user IDs in a corresponding dining space group to form unified group charging time selection information, display the unified group charging time selection information in the shopping cart region corresponding to each user ID, and send a second judgment instruction to the order forming submodule 504 when it is monitored that a checkout operation is triggered by any user ID in the group;
the order forming sub-module 504 is configured to receive a first judgment instruction, judge a user ID requesting charging, judge a user authority and a level of the user ID requesting charging or a user ID triggering checkout operation, form a charging order according to a preset rule, send a first processing instruction to the order processing module 202, receive a second judgment instruction, judge a user authority and a level of the user ID triggering checkout operation, form a charging order of a group according to the preset rule, send a second processing instruction to the order processing module 202, where the charging order of the group includes one or more charging time selection information, and each charging time selection information is associated with the user ID;
the order processing module 202 is configured to receive a first processing instruction, determine whether a payment amount of the charging order is zero, and send a first power distribution request to the charging module 203 if the determination result is yes; if not, feeding the order information back to the user, and sending a first power distribution request to the charging module 203 after receiving the charging order processing operation of the user; the charging module is further configured to receive a second processing instruction, determine whether the payment amount of the charging order of the group is zero, and send a second power distribution request to the charging module 203 if the determination result is yes; if not, feeding the order information back to the user triggering checkout, and sending a second power distribution request to the charging module 203 after receiving the charging order processing operation of the user;
the charging module 203 is used for supplying power to the charging output interface 101 corresponding to the charging user ID after receiving the first power distribution request; and after receiving the second power distribution request, supplying power to the charging output interfaces 101 corresponding to all the charging time selection information in the charging order of the group.
The timer module 105 is configured to start recording the continuous power supply time Ta after power is supplied to the associated charging output interface 101, and stop supplying power to the associated charging output interface 101 when Ta is T1.
In the charging system based on the intelligent table provided by the embodiment, when a user sends a charging request through the intelligent table, charging time selection is performed first, whether the user belongs to a certain dining group is judged, and if the user does not belong to the dining group, order forming and order processing steps are directly performed; when the user belongs to a certain dining group, after the user selects the charging time, the selected charging time information is associated with the user ID and displayed in a shopping cart area of the group, the charging requests of any member of the group can be uniformly displayed and can be merged for payment, and after the merged payment, each charging output interface is charged.
The arrangement is more beneficial to the use of users, in the process of having a meal by multiple people together, when the charging operation is needed by multiple people, the individual settlement is not needed, only the selection is needed, and the operation is unified by one person, so that the operation is simpler and more convenient; particularly, when the preferential policy set by the merchant is combined with the meal payment amount and the charging preferential, the setting brings better user experience to the customer; on the other hand, when a user needs to charge a plurality of mobile devices, the group function can be used, a plurality of charging ports can be started at a time, the function of simultaneously charging a plurality of mobile devices is achieved, better service is provided, attractiveness to the user is further improved, and the flow rate of people and the viscosity of the user of a merchant are improved.
Example 6
As shown in fig. 8, the charging system based on the smart table provided in this embodiment is different from embodiment 3 in that the server 1 further includes an ordering module 601, configured to receive an ordering request and a service request input by a user on an operation interface, and form a dining order; the charging order processing module group 104 further includes a dining order judging module 602, a recording judging module 603, and a second group judging module 604;
a dining order judging module 602, configured to judge whether the corresponding location ID contains a dining order when receiving a charging request sent by a user through a charging button, and send the charging request to the order forming module 201 when the judgment result is no; if the judgment result is yes, calculating free charging time information Tx, and sending a judgment request to the recording judgment module 603;
a record judging module 603, configured to receive the judgment request, judge whether the corresponding user ID has the free charging history information on the associated location ID, send the charging request to the order forming module 201 if the judgment result is yes, and send a judgment instruction to the second group judging module 604 if the judgment result is no;
a second group judgment module 604, configured to receive the judgment instruction, judge whether the user ID belongs to one of the dining space groups, and when the judgment result is no, send a power distribution request carrying location ID information to the charging module 203, and send information indicating that the charging time T1 of the corresponding location ID is Tx to the timing module 105; if the determination result is yes, a power distribution request carrying location ID information is sent to the charging module 203, and information indicating that the charging time T1 corresponding to the location ID is Tx/a is sent to the timing module 105, where a is the number of user IDs included in the group.
According to the arrangement, when a user sends a charging request from an intelligent table, whether a dining order is available is judged, if not, the charging order is directly processed, if order information exists, free charging time Tx is calculated, whether the user ID has a record of free charging on the position ID is judged, if yes, the free charging time of the user is used up, the charging order is directly processed, if not, whether the user ID is a group is judged, if not, power distribution is directly carried out on a charging output interface sending the request, and the free charging time Tx is recorded; if yes, power is distributed to the charging output interface sending the request, the free charging time is recorded as Tx/a, namely the time share capable of being charged free is calculated according to the price of the order, if the group has a meal, the free charging share is distributed to each charging output port in the group on average, convenience is further improved, the behavior habits of users are fitted, and economic benefits are improved.
Example 7
As shown in fig. 9 and fig. 10, the charging system based on the smart table provided in this embodiment is different from embodiment 1 in that the charging output interface is movable, and a slide 701 for sliding the charging output interface 101 is provided on the smart table 2; the server further comprises a monitoring module 702 and a rebinding module 703; a monitoring module 702, configured to monitor a position change of the charging output interface 101, obtain corresponding position ID information before and after the position change of the charging output interface 101, and send a binding instruction to the re-binding module 703; the rebinding module 703 is configured to receive a binding instruction, and interchange human-computer interaction interfaces associated with corresponding position IDs before and after the change of the charging output interface 101.
The charging output interface 101 can slide in the slide 701, the slide 701 can be arranged on the side wall of the intelligent table 2 or on the bottom surface of the intelligent table 2, the shape of the slide 701 can be any shape, and the shape of the charging output interface 101 only needs to be matched with the slide 701; is not particularly limited; in the charging process, when the seat needs to be replaced, the seat does not need to be plugged again and the request needs to be sent again, the charging output interface only needs to slide to another position ID from the slide way, the human-computer interaction interface of the user is switched accordingly, the user can conveniently replace the seat, and the user experience is improved.
As shown in fig. 9, preferably, the slide 701 is arranged on the bottom surface of the smart table top and is a conductive slide 701, the charging output interface 101 is a wireless charging output interface 101, the wireless charging output interface 101 is clamped on the slide 701, a positioning module 704 in communication with the monitoring module 702 is arranged on the wireless charging output interface 101, and the positioning module 704 sends ID information and position information of the wireless charging output interface 101 to the monitoring module 702 and sends a monitoring instruction when monitoring that the position information of the charging output interface 101 changes; the positioning module can be a module which can be used for positioning at will and sending position information, and the monitoring module can obtain the position ID according to the position information of the wireless charging output interface. The wireless output interface that charges can the block on electrically conductive slide to can slide along electrically conductive slide, electrically conductive slide can be a plurality of, and the output interface that charges of difference can be located same slide, also can be located different slides.
The server further comprises a matching judgment module 806 and a login judgment module 807;
the timing module 105 is further configured to send a matching determination instruction to the matching determination module 806 when power supply to the associated charging output interface 101 is stopped;
a matching judgment module 806, configured to receive a matching judgment instruction, judge whether the ID information of the charging output interface 101 is associated with the position ID corresponding to the current accommodating slot, and if the judgment result is yes, do not perform processing; if the determination result is negative, a determination instruction is sent to the login determination module 807;
a login judging module 807 for receiving the judgment instruction, judging whether the human-computer interaction interface corresponding to the position ID associated with the current accommodating slot is a login interface, and if not, not performing the processing; and if so, displaying warning information on the login interface.
After the user is charged, the intelligent table needs to detect whether a charging output interface is matched with the position ID, when the situation is different, whether a human-computer interaction interface corresponding to the position ID is used in login of the user is judged, when the intelligent table is used, an operation interface is displayed, processing is not carried out, when no person is used, the login interface is displayed, warning information needs to be sent to a worker, the charging output interface and the position ID are matched and arranged, and the problem that the corresponding charging output interface is difficult to find when the intelligent table is used next time or the user makes a reservation at a mobile phone end is avoided.
Example 8
As shown in fig. 11 and 12, the charging system based on the smart table provided in this embodiment is different from embodiment 1 in that the charging output interface 101 is movable, and a slide 701 for sliding the charging output interface 101 is provided on the smart table 2; the server further comprises a monitoring module 702 and a rebinding module 703;
the slide 701 is provided with accommodating parts 801 with the same number as the position ID and used for accommodating charging output interfaces, the accommodating parts 801 are provided with induction modules 802, and the charging output interfaces 101 are provided with positioning modules 704 communicated with the monitoring modules 702; the sensing module 802 is configured to monitor position information of the charging output interface 101 in the accommodating groove, and when the charging output interface 101 enters a preset range in the accommodating groove, send a positioning instruction to the positioning module 704, and mark a tag of a position ID corresponding to a current position of the charging output interface 101 as an entering position ID; and the positioning module 704 is configured to receive a positioning instruction and send ID information of the wired charging output interface 101 to the monitoring module 702.
A monitoring module 702, configured to monitor a position change of the charging output interface 101, obtain corresponding position ID information before and after the position change of the charging output interface 101, and send a binding instruction to the re-binding module 703; the rebinding module 703 is configured to receive a binding instruction, and interchange human-computer interaction interfaces associated with corresponding position IDs before and after the change of the charging output interface 101.
Further, the monitoring module 702 includes a user ID determination sub-module 803 and a user ID search sub-module 804; the sensing module 802 is further configured to mark a tag of a location ID corresponding to the current location of the charging output interface 101 as an entry location ID while sending a positioning instruction to the positioning module 704;
a user ID determining submodule 803, configured to receive ID information of the charging output interface 101, determine whether a location ID associated with the mobile charging output interface 101 has associated user ID information, if the determination result is negative, do not perform processing, and if the determination result is positive, send a search instruction to the user ID searching submodule 804;
the user ID searching submodule 804 is configured to receive a search instruction, collect user ID information associated with all location IDs on the corresponding smart table 2, search for a location ID where an operation interface corresponding to the user ID associated with the mobile charging output interface 101 is located, mark a tag of the location ID as a removal location ID, and send a binding instruction to the re-binding module 703;
the rebinding module 703 is configured to receive a binding instruction, interchange human-computer interaction interfaces associated with the moving-out location ID and the entering location ID, and modify a tag label of the location ID.
Further, the server further includes a matching judgment module 806 and a login judgment module 807;
the timing module 105 is further configured to send a matching determination instruction to the matching determination module 806 when power supply to the associated charging output interface 101 is stopped;
a matching judgment module 806, configured to receive a matching judgment instruction, judge whether the ID information of the charging output interface 101 is associated with the position ID corresponding to the current accommodating slot, and if the judgment result is yes, do not perform processing; if the determination result is negative, a determination instruction is sent to the login determination module 807;
a login judging module 807 for receiving the judgment instruction, judging whether the human-computer interaction interface corresponding to the position ID associated with the current accommodating slot is a login interface, and if not, not performing the processing; and if so, displaying warning information on the login interface.
The position ID, the charging output interface and the man-machine interaction interface have an associated relationship, and when a user logs in, the user ID is associated with the position ID and the operation interface; according to the formed mutual correlation information, the position of the charging output interface can be monitored, and the operation interface and the seat of the user can be synchronously replaced according to the matching condition, so that the user experience is further improved, the use is more convenient, the attraction to the user is improved, the passenger flow volume is increased, and the economic benefit is improved.
As an example, a kentucky four-person table, for convenience of description, is divided into zones a, B, C and D; the position IDs are KFC-011-A, KFC-011-B, KFC-011-C, KFC-011-D respectively; if each position ID is associated with one charging output interface, the charging output interface ID KFC-011-A-CD01 is associated with the dining position of KFC-011-A; a meal level correlation charging output interface ID KFC-011-B-CD01 of KFC-011-B; a meal level correlation charging output interface ID KFC-011-C-CD0 of KFC-011-C; the dining positions of the KFC-011-D are associated with the charging output interface ID KFC-011-D-CD 01. When the charging output interface of the KFC-011-A-CD01 is powered and is connected with a mobile terminal of a user YH001, and when the user uses the human-computer interaction interface of the area A and logs in, the dining position of the KFC-011-A has an associated user ID of KFC-011-A-YH 001; when the user YH001 wants to change from the area A to the area B, the charging output interface enters the accommodating part through the slide way, the accommodating part finds that the charging output interface enters, and the ID information KFC-011-A-CD01 of the charging output interface is acquired; and begin to obtain KFC-011-A-CD01 associated with the smart table ID KFC-011-A, whether has associated user ID, through the judgment of the KFC-011-A-YH001 user, KFC-011-A is the shift-out position ID; KFC-011-B is the entry location ID; replacing the display contents of the two human-computer interaction interfaces; if no person logs in the area B, the area B is a login interface, and if a person logs in the area B, the area B is an operation interface; after the replacement, the labels of KFC-011-A and KFC-011-B are both removed, and when the user is replaced from zone B to other zones, KFC-011-B becomes the removal location ID and the zone to be entered in other zones becomes the entry location ID. When the user finishes charging in the area B, judging whether the human-computer interaction interface of the user in the area B is in a login state, if the user does not finish dining, keeping the login state, and not processing the user; when the fact that the user logs out is judged, the man-machine interaction interface in the area B returns to the login interface, KFC-011-A-CD01 exists in KFC-011-B-RN01 associated with KFC-011-B at the moment, if the unmatched state is not processed, the problem that when the next user sends a charging request at KFC-011-B, a charging output interface on the dining position cannot be supplied with power, and the power supply and charging output interface cannot be found occurs, therefore, a detection module is added, a warning is sent, the associated matching correctness of all parts is guaranteed, and the practicability is improved.

Claims (10)

1. The charging system based on the intelligent table is characterized by comprising a server (1) and the intelligent table (2), wherein the intelligent table (2) comprises a touch screen serving as a table top and a plurality of charging output interfaces (101) with independent IDs, and the server (1) comprises a split screen module group (102), a login module group (103) and a charging order processing module group (104); the screen splitting module group (102) is used for setting 1 or more than 1 position ID for an intelligent table, setting a human-computer interaction interface for each user to log in, the number of which is the same as that of the position IDs, on a touch screen, and associating the position IDs with the charging output interface (101); the login module group (103) is used for receiving and verifying login information input by a user through a human-computer interaction interface, displaying an operation interface on the corresponding human-computer interaction interface, and associating a user ID, the operation interface and a position ID; the charging order processing module group (104) is used for receiving a charging request which is sent by a logged-in user and carries information of the charging output interface (101), forming a charging order and supplying power to the associated charging output interface (101);
the intelligent tables are dining tables, and more than 1 position ID is arranged on one intelligent table (2); the split screen module group (102) comprises a position ID processing module (401), a split screen module (402) and an association module (403); the position ID processing module (401) is used for generating more than 1 position ID corresponding to the unique intelligent table ID according to the intelligent table ID and the number of dining positions; the screen splitting module (402) is used for partitioning a touch screen into equal number of partitions according to the number of the position IDs, and each partition is provided with a human-computer interaction interface for each user to log in; the association module (403) is configured to associate the human-computer interaction interface, a location ID and a charging output interface (101), where the location ID may access an open right of the smart table (2);
the charging order comprises charging time information T1 relating to the charging output interface (101); the charging order processing module group (104) comprises a timing module (105) which is used for starting to record continuous power supply time Ta after power is supplied to the associated charging output interface (101), and stopping power supply to the associated charging output interface (101) when Ta is T1;
the charging order processing module group (104) comprises an order forming module (201), an order processing module (202) and a charging module (203);
the order forming module (201) sends time selection information to the user when receiving a charging request sent by a logged-in user, judges the authority and the grade of the user after receiving the feedback of the charging time selection information of the user, forms a charging order according to a preset rule, and sends a processing instruction to the order processing module (202);
the order processing module (202) is used for judging whether the payment amount of the charging order is zero or not, and if the judgment result is yes, sending a power distribution request to the charging module (203); if not, feeding the order information back to the user, and sending a power distribution request to a charging module (203) after receiving the charging order processing operation of the user;
the charging module (203) is used for receiving a power distribution request and supplying power to the associated charging output interface (101);
the order forming module (201) comprises a feedback sub-module (501), a group judgment sub-module (502), a charging shopping cart merging sub-module (503) and an order forming sub-module (504);
the feedback sub-module (501) sends time selection information to the associated operation interface when receiving a charging request sent by a user, and sends a judgment instruction to the group judgment sub-module (502) after receiving the feedback of the charging time selection information of the user;
the group judgment submodule (502) is used for receiving the judgment instruction, judging whether the user ID belongs to one of the dining position groups, and if the judgment result is negative, sending the judgment instruction to the order forming submodule (504); if the judgment result is yes, a shopping cart merging instruction is sent to a charging shopping cart merging submodule (503);
the charging shopping cart merging submodule (503) is used for receiving a shopping cart merging instruction, displaying charging time selection information of a user in association with a corresponding user ID, displaying the charging time selection information in a shopping cart area, merging the charging time selection information in the shopping cart area of all the user IDs in a corresponding dining space group to form uniform group charging time selection information, displaying the uniform group charging time selection information in the shopping cart area corresponding to each user ID, and sending a judgment instruction to the order forming submodule (504) when the condition that the checkout operation is triggered by any user ID in the group is monitored;
the order forming submodule (504) is used for receiving a judgment instruction, judging the user authority and the level of a user ID requesting charging or a user ID triggering checkout operation, forming a charging order according to a preset rule, and sending a processing instruction to the order processing module (202), wherein the charging order comprises one or more charging time selection information;
and the charging module (203) supplies power to the charging output interfaces (101) corresponding to all the charging time selection information in the order after receiving the power distribution request.
2. A smart table based charging system as claimed in claim 1, wherein the smart table (2) further comprises a terminal identification module (204);
the order forming module (201) sends time selection information and mobile terminal label adding information to a mobile terminal APP display interface when receiving a charging request from a mobile terminal APP, judges the authority and the grade of a user after receiving information feedback of the user, forms a charging order according to a preset rule, and sends a processing instruction to the order processing module (202);
the charging module (203) is further used for sending an identification instruction to the terminal identification module (204) after power is supplied to the associated charging output interface (101);
and the terminal identification module (204) is used for receiving the identification instruction, acquiring the mobile terminal label information in the order, starting an identification function, matching the mobile terminal to be identified, supplying power if the label information of the mobile terminal to be identified is consistent with the mobile terminal label information in the order, and otherwise, not supplying power.
3. The smart table-based charging system according to claim 1, wherein the server (1) further comprises a device management module (301) and a mobile terminal APP management module (302), the mobile terminal APP management module (302) comprising an information recommendation sub-module (304);
the equipment management module (301) is used for setting merchant labels on the intelligent table (2) and associating the charging output interfaces (101) of the same merchant labels into a first group;
and the information recommendation submodule (304) acquires the position information of the user when receiving the information that the user logs in through the mobile terminal APP, searches the merchant label of the charging output interface (101) according to the position information, and pushes merchant recommendation list information with the charging output interface (101) to the mobile terminal APP.
4. A smart table based charging system according to claim 3, wherein the mobile terminal APP management module (302) further comprises a subscription management sub-module (305), the smart table (2) comprising a user decision module (306) and a subscription timing module (307);
the reservation management submodule (305) is used for providing a reservation selection function for the mobile terminal APP, and sending a judgment instruction to a user judgment module (306) of the corresponding intelligent table (2) when receiving a charging reservation request which is sent by a user and carries merchant information and charging output interface (101) information, wherein the judgment instruction comprises reserved user information logged in by the mobile terminal APP;
the user judgment module (306) is used for receiving a judgment instruction, judging whether user information of a login request sent by a man-machine interaction interface corresponding to the position ID associated with the charging output interface (101) within a preset time threshold Tb is the same as reserved user information, and if the user information of the login request sent by the man-machine interaction interface is the same as the reserved user information, sending the login request to the login module group (103) and sending the charging request to the charging order processing module group (104); if the login information is different, login failure information is fed back; the system is also used for receiving a stop judgment instruction, emptying user information and stopping user judgment operation;
and the reservation timing module (307) is used for receiving the timing command, starting to record the time T2 and sending a stop judgment command to the user judgment module (306) when T2 is Tb.
5. The smart table-based charging system of claim 4, wherein the human-machine interface comprises an operator interface and a login interface; the operation interface comprises a button area, and the button area comprises a meal ordering button and a charging button; the operation interface further comprises a food ordering area and a shopping cart area, and the shopping cart area comprises a checkout button area; the server (1) further comprises a dining position group processing module (404) which is used for binding the position IDs corresponding to the M user IDs of the application group request into a dining position group when receiving the application group request with the number of the user IDs being M, and is also used for receiving and processing the group quitting request of the user IDs in any group, wherein M is an integer larger than 1.
6. A smart table-based charging system as recited in claim 5,
the server (1) further comprises a meal ordering module (601) which is used for receiving meal ordering requests and service requests input by users on an operation interface to form dining orders; the charging order processing module group (104) further comprises a dining order judging module (602) and a recording judging module (603);
the dining order judging module (602) judges whether the corresponding position ID contains a dining order or not when receiving a charging request sent by a user through a charging button, and sends the charging request to the order forming module (201) when the judgment result is negative; when the judgment result is yes, calculating free charging time information Tx, and sending a judgment request to a recording judgment module (603);
and the record judging module (603) is used for receiving the judging request, judging whether the corresponding user ID has the free charging history information on the associated position ID, and sending the charging request to the order forming module (201) when the judging result is yes.
7. The intelligent table-based charging system according to claim 6, wherein the charging order processing module group (104) further comprises a second group judgment module (604), and the record judgment module (603) sends a judgment instruction to the second group judgment module (604) when the judgment result is negative;
the second group judgment module (604) is used for receiving a judgment instruction, judging whether the user ID belongs to one of the dining position groups, and when the judgment result is negative, sending a power distribution request carrying position ID information to the charging module (203), and sending charging time T1 of the corresponding position ID to the timing module (105) as Tx information; and when the judgment result is yes, sending a power distribution request carrying position ID information to a charging module (203), and sending charging time T1 of the corresponding position ID to a timing module (105), wherein a is the number of user IDs contained in the group.
8. The smart table-based charging system according to claim 7, wherein a slide (701) for sliding the charging output interface (101) is provided on the smart table (2); the server further comprises a monitoring module (702) and a rebinding module (703); the monitoring module (702) is configured to monitor a position change of the charging output interface (101), acquire corresponding position ID information before and after the position change of the charging output interface (101), and send a binding instruction to the re-binding module (703); and the re-binding module (703) is used for receiving a binding instruction and interchanging the human-computer interaction interfaces associated with the corresponding position IDs before and after the charging output interface (101) is changed.
9. The charging system based on the smart table as claimed in claim 8, wherein the sliding channel (701) is a conductive sliding channel (701), the charging output interface (101) is a wireless charging output interface, a positioning module (704) in communication with the monitoring module (702) is disposed on the charging output interface (101), and the positioning module (704) sends the ID information and the position information of the charging output interface (101) to the monitoring module (702) and sends the monitoring instruction when the position information of the charging output interface (101) is monitored to be changed.
10. The smart table-based charging system as claimed in claim 9, wherein the slide (701) is provided with accommodating parts (801) with the same number as the position IDs, the accommodating parts (801) are provided with sensing modules (802), and the charging output interface (101) is provided with a positioning module (704) communicating with the monitoring module (702); the induction module (802) is used for monitoring the position information of the charging output interface (101) in the accommodating groove, and sending a positioning instruction to the positioning module (704) when the charging output interface (101) enters a preset range in the accommodating groove; the positioning module (704) is used for receiving a positioning instruction and sending the ID information of the charging output interface (101) to the monitoring module (702);
the monitoring module (702) comprises a user ID judgment sub-module (803) and a user ID searching sub-module (804);
the server further comprises a matching judgment module (806) and a login judgment module (807); the timing module (105) is further configured to send a matching judgment instruction to the matching judgment module (806) when power supply to the associated charging output interface (101) is stopped;
the user ID judging submodule (803) is used for receiving ID information of a charging output interface (101), judging whether a position ID associated with the charging output interface (101) has associated user ID information or not, if the judgment result is negative, not processing, and if the judgment result is positive, sending a searching instruction to a user ID searching submodule (804);
the user ID searching submodule (804) is used for receiving a searching instruction, collecting user ID information associated with all position IDs on the corresponding intelligent table (2), searching the position ID of an operation interface corresponding to the user ID associated with the charging output interface (101), marking a label of the position ID as a moved-out position ID, and sending a binding instruction to the re-binding module (703);
the re-binding module (703) is used for receiving a binding instruction, interchanging human-computer interaction interfaces associated with corresponding position IDs before and after the change of the charging output interface (101), and modifying the label marks of the position IDs;
the matching judgment module (806) is used for receiving a matching judgment instruction, judging whether the ID information of the charging output interface (101) is associated with the position ID corresponding to the current accommodating groove, and if the judgment result is yes, not processing the ID information; when the judgment result is negative, sending a judgment instruction to a login judgment module (807);
the login judging module (807) is used for receiving the judging instruction, judging whether the human-computer interaction interface corresponding to the position ID associated with the current accommodating groove is a login interface or not, and if the judging result is negative, not processing; and if so, displaying warning information on the login interface.
CN201711295776.0A 2017-12-08 2017-12-08 Charging system based on intelligent table Expired - Fee Related CN108022372B (en)

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