CN103035057A - Merchant queuing and calling system and merchant queuing and calling method - Google Patents
Merchant queuing and calling system and merchant queuing and calling method Download PDFInfo
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- CN103035057A CN103035057A CN 201210508649 CN201210508649A CN103035057A CN 103035057 A CN103035057 A CN 103035057A CN 201210508649 CN201210508649 CN 201210508649 CN 201210508649 A CN201210508649 A CN 201210508649A CN 103035057 A CN103035057 A CN 103035057A
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Abstract
The invention provides a merchant queuing and calling system. The merchant queuing and calling system comprises an NFC (Near Field Communication) electronic label and terminal equipment, wherein the NFC electronic label comprises an NFC data sending module and a two-dimensional code label; the NFC data sending module is used for sending queue information to the terminal equipment, wherein the queue information includes merchant identification information and queue window identification information; the two-dimensional code label is used for recording the queue information; and the terminal equipment is used for acquiring the queue information from the NFC electronic label, then generating the user queue data according to the queue information, and transmitting the user queue data to an outer network server. The merchant queuing and calling system has the advantages of being simple, convenient, active and timely during the user queue management, and can be widely applied to the fields such as business catering.
Description
Technical field
The present invention relates to field of wireless communication, especially a kind of needs the user to open mobile phone NFC and mobile phone is pressed close to the method that electronic tag can obtain queue number, is specifically related to a kind of trade company Zero queuing system and method.
Background technology
The mode of traditional user's Zero queuing needs manually to provide papery Zero queuing card by trade company more, this mode has a very large problem, be exactly that trade company needs great human cost and paper material and printing cost, and the user is also glad receives this mode.
Therefore, be necessary to design a kind of have easy, initiatively, the timely system of new trade company's Zero queuing of characteristics.
Summary of the invention
For defective of the prior art, the purpose of this invention is to provide a kind of easy, initiatively, timely trade company's Zero queuing system and method.
According to an aspect of the present invention, provide a kind of trade company Zero queuing system, comprise NFC electronic tag and terminal device, described NFC electronic tag comprises NFC data transmission blocks and two-dimension code label, wherein:
Described NFC data transmission blocks is used for to described terminal device dispatcher queue queuing message, and wherein, described queue queue information comprises businessman's identification information and queuing window ID information;
Described two-dimension code label is used for putting down in writing described queue queue information;
Described terminal device is used for obtaining described queue queue information from described NFC electronic tag, and then according to described queue queue Information generation user place queuing data, and outwards network server sends described user place queuing data.
Preferably, described terminal device comprises NFC data reception module, NFC data processing module and NFC data communication module, wherein:
Described NFC data reception module be used for to receive the described queue queue information that comes from described NFC data transmission blocks, and with described queue queue communication to described NFC data processing module;
Described NFC data processing module is used for described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information, and described user place queuing data is transferred to described NFC data communication module;
Described NFC data communication module is used for described user place queuing data is sent to described outer network server.
Preferably, described terminal device comprises two-dimension code read module, NFC data processing module and NFC data communication module, wherein:
Described two-dimension code read module is used for reading the described queue queue information that described two-dimension code label is put down in writing, and with described queue queue communication to described NFC data processing module;
Described NFC data processing module is used for described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information, and described user place queuing data is transferred to described NFC data communication module;
Described NFC data communication module is used for described user place queuing data is sent to described outer network server.
Preferably, described NFC data processing module comprises NFC Data Analysis unit, NFC DEU data execution unit and security monitoring unit, wherein:
Described NFC Data Analysis unit is used for described queue queue information is resolved to obtain resolution data;
Described NFC DEU data execution unit is used for generating described user place queuing data according to the user totem information that store described resolution data and described terminal device this locality;
Described security monitoring unit, the data handling procedure that is used to described NFC DEU data execution unit to generate described user place queuing data provides safe key.
Preferably, also comprise outer network server and database, described outer network server comprises server monitoring unit and server process unit, wherein:
Described server monitoring unit is used for the work execution of described server process unit is monitored, and monitoring record is stored in the described database;
Described server process unit, be used for obtaining described businessman identification information, queuing window ID information and user totem information from the described user place queuing data that is received from described terminal device, then from described database, transfer corresponding queue number according to described businessman identification information, queuing window ID information and user totem information, and described queue number is sent to described terminal device.
According to another aspect of the present invention, also provide a kind of trade company queuing management method, comprise the steps:
Step 1: queue queue's information is stored in the NFC data transmission blocks of NFC electronic tag, and record the two-dimension code label of described queue queue information the setting of described NFC electronic tag, wherein, described queue queue information comprises businessman's identification information and queuing window ID information;
Step 2: utilize terminal device to obtain queue queue's information from the NFC electronic tag, then according to described queue queue Information generation user place queuing data, and outwards network server sends described user place queuing data.
Preferably, described step 2 comprises the steps:
Step 210A: receive the described queue queue information that comes from described NFC data transmission blocks;
Step 220: described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information;
Step 230: described user place queuing data is sent to described outer network server.
Preferably, described step 2 comprises the steps:
Step 210AA: read the described queue queue information that described two-dimension code label is put down in writing;
Step 220: described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information;
Step 230: described user place queuing data is sent to described outer network server.
Preferably, described step 220 comprises the steps:
Step 221: described queue queue information is resolved to obtain resolution data;
Step 222: the user totem information of storing according to described resolution data and described terminal device this locality generates described user place queuing data;
Step 223: utilize safe key that described user place queuing data is encrypted.
Preferably, also comprise the steps:
Step 3: from the described user place queuing data that is received from described terminal device, obtain described businessman identification information, queuing window ID information and user totem information, then from database, transfer corresponding queue number according to described businessman identification information, queuing window ID information and user totem information, and described queue number is sent to described terminal device.
By the present invention, businessman can at first be attached to the NFC electronic tag influential position of trade company and (as advance the shop door mouth, door handle, cashiers etc. are located), the user presses close to the NFC electronic tag with mobile phone after opening mobile phone NFC, open behind arbitrary software that scans two-dimension code mobile phone terminal obtains after the NFC data automatically open any browser and shows specific businessman mobile phone web pages if mobile phone does not possess the NFC function, after clicking " queuing system ", terminal device is resolved data and data is sent to outer network server, after monitoring and process data, outer network server returns the number of users that this businessman is arranging in numerical order and waiting for, the rear terminal device of user's click " number of getting " is resolved data and data is sent to outer network server, return user's queue number after outer network server is monitored and processed data, when calling user's number, can consume.Therefore the present invention in the process of leading subscriber queuing, have easy, initiatively, advantage timely, can be widely used in the fields such as commercial food and drink.
Description of drawings
By reading the detailed description of non-limiting example being done with reference to the following drawings, it is more obvious that other features, objects and advantages of the present invention will become:
Fig. 1 illustrates the structural representation according to trade company provided by the invention Zero queuing system;
Fig. 2 illustrates the concrete structure synoptic diagram according to NFC data processing module in the trade company provided by the invention Zero queuing system shown in Figure 1;
Fig. 3 illustrates the schematic flow sheet according to trade company provided by the invention queuing management method.
Embodiment
The present invention is described in detail below in conjunction with specific embodiment.Following examples will help those skilled in the art further to understand the present invention, but not limit in any form the present invention.Should be pointed out that to those skilled in the art, without departing from the inventive concept of the premise, can also make some distortion and improvement.These all belong to protection scope of the present invention.
Fig. 1 illustrates the structural representation according to trade company provided by the invention Zero queuing system, particularly, in the present embodiment, according to trade company provided by the invention Zero queuing system, comprise NFC electronic tag 100, terminal device 200, outer network server 300 and database 400.Described NFC electronic tag 100 comprises NFC data transmission blocks 110 and two-dimension code label 120.Wherein: described NFC data transmission blocks 110 is used for to described terminal device 200 dispatcher queue queuing messages, and wherein, described queue queue information comprises businessman's identification information and queuing window ID information; Described two-dimension code label 120 is used for putting down in writing described queue queue information; Described terminal device 200 is used for obtaining described queue queue information from described NFC electronic tag 100, and then according to described queue queue Information generation user place queuing data, and outwards network server 300 sends described user place queuing data.
More specifically, described terminal device 200 comprises NFC data reception module 210, NFC data processing module 220 and the NFC data communication module 230 that connects successively.Wherein, described NFC data reception module 210 is used for receiving the described queue queue information that comes from described NFC data transmission blocks 110, and with described queue queue communication to described NFC data processing module 220; Described NFC data processing module 220 is used for described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information, and described user place queuing data is transferred to described NFC data communication module 230; Described NFC data communication module 230 is used for described user place queuing data is sent to described outer network server 300.
Further particularly, described outer network server 300 comprises server monitoring unit 310 and server process unit 320, wherein, described server monitoring unit 310 is used for the work execution of described server process unit 320 is monitored, and monitoring record is stored in the described database 400; Described server process unit 320 is used for obtaining described businessman identification information, queuing window ID information and user totem information from the described user place queuing data that is received from described terminal device 200, then from described database 400, transfer corresponding queue number according to described businessman identification information, queuing window ID information and user totem information, and described queue number is sent to described terminal device 200.
One at present embodiment changes in the example, described NFC data reception module 210 can be changed to the two-dimension code read module, particularly, in this variation example, described terminal device comprises two-dimension code read module, NFC data processing module 220 and NFC data communication module 230, wherein, described two-dimension code read module is used for reading the described queue queue information that described two-dimension code label 120 is put down in writing, and with described queue queue communication to described NFC data processing module 220; Described NFC data processing module 220 is used for described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information, and described user place queuing data is transferred to described NFC data communication module 230; Described NFC data communication module 230 is used for described user place queuing data is sent to described outer network server 300.
In a preference of present embodiment, as shown in Figure 2, described NFC data processing module 220 comprises NFC Data Analysis unit 222, NFC DEU data execution unit 224 and security monitoring unit 226.Wherein, described NFC Data Analysis unit 222 is used for described queue queue information is resolved to obtain resolution data; Described NFC DEU data execution unit 224 is used for generating described user place queuing data according to the user totem information that store described resolution data and described terminal device this locality; The data handling procedure that described security monitoring unit 226 is used to described NFC DEU data execution unit 224 to generate described user place queuing data provides safe key.
Abovely in conjunction with Fig. 1 and Fig. 2 the Zero queuing system according to trade company provided by the invention has been described, next in conjunction with Fig. 3 explanation according to trade company provided by the invention queuing management method.
Particularly, according to trade company provided by the invention queuing management method, comprise the steps:
Step 1: queue queue's information is stored in the NFC data transmission blocks 110 of NFC electronic tag 100, and at described NFC electronic tag 100 two-dimension code label 120 that records described queue queue information is set, wherein, described queue queue information comprises businessman's identification information and queuing window ID information, such as step S100.
Step 2: utilize terminal device 200 to obtain queue queue's information from NFC electronic tag 100, then according to described queue queue Information generation user place queuing data, and outwards network server 300 sends described user place queuing data, such as step S200, step S300.
Step 3: from the described user place queuing data that is received from described terminal device 200, obtain described businessman identification information, queuing window ID information and user totem information, then from database 400, transfer corresponding queue number according to described businessman identification information, queuing window ID information and user totem information, and described queue number sent to described terminal device 200, such as step S400.
More specifically, described step 2 comprises the steps:
Step 210A: receive the described queue queue information that comes from described NFC data transmission blocks 110;
Step 220: described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information;
Step 230: described user place queuing data is sent to described outer network server 300.
Further particularly, described step 220 comprises the steps:
Step 221: described queue queue information is resolved to obtain resolution data;
Step 222: the user totem information of storing according to described resolution data and described terminal device this locality generates described user place queuing data;
Step 223: utilize safe key that described user place queuing data is encrypted.
One at present embodiment changes in the example, and described step 210A can be changed to step 210AA, and particularly, in this variation example, described step 2 comprises the steps:
Step 210AA: read the described queue queue information that described two-dimension code label 120 is put down in writing;
Step 220: described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information;
Step 230: described user place queuing data is sent to described outer network server 300.
More than specific embodiments of the invention are described.It will be appreciated that the present invention is not limited to above-mentioned particular implementation, those skilled in the art can make various distortion or modification within the scope of the claims, and this does not affect flesh and blood of the present invention.
Claims (10)
1. trade company's Zero queuing system is characterized in that, comprises NFC electronic tag (100) and terminal device (200), and described NFC electronic tag (100) comprises NFC data transmission blocks (110) and two-dimension code label (120), wherein:
Described NFC data transmission blocks (110) is used for to described terminal device (200) dispatcher queue queuing message, and wherein, described queue queue information comprises businessman's identification information and queuing window ID information;
Described two-dimension code label (120) is used for putting down in writing described queue queue information;
Described terminal device (200), be used for obtaining described queue queue information from described NFC electronic tag (100), then according to described queue queue Information generation user place queuing data, and outwards network server (300) sends described user place queuing data.
2. trade company according to claim 1 Zero queuing system is characterized in that described terminal device (200) comprises NFC data reception module (210), NFC data processing module (220) and NFC data communication module (230), wherein:
Described NFC data reception module (210) be used for to receive the described queue queue information that comes from described NFC data transmission blocks (110), and with described queue queue communication to described NFC data processing module (220);
Described NFC data processing module (220), be used for described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information, and described user place queuing data is transferred to described NFC data communication module (230);
Described NFC data communication module (230) is used for described user place queuing data is sent to described outer network server (300).
3. trade company according to claim 1 Zero queuing system is characterized in that described terminal device comprises two-dimension code read module, NFC data processing module (220) and NFC data communication module (230), wherein:
Described two-dimension code read module is used for reading the described queue queue information that described two-dimension code label (120) is put down in writing, and with described queue queue communication to described NFC data processing module (220);
Described NFC data processing module (220), be used for described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information, and described user place queuing data is transferred to described NFC data communication module (230);
Described NFC data communication module (230) is used for described user place queuing data is sent to described outer network server (300).
4. according to claim 2 or 3 described trade company Zero queuing systems, it is characterized in that, described NFC data processing module (220) comprises NFC Data Analysis unit (222), NFC DEU data execution unit (224) and security monitoring unit (226), wherein:
Described NFC Data Analysis unit (222) is used for described queue queue information is resolved to obtain resolution data;
Described NFC DEU data execution unit (224) is used for generating described user place queuing data according to the user totem information that store described resolution data and described terminal device this locality;
Described security monitoring unit (226), the data handling procedure that is used to described NFC DEU data execution unit (224) to generate described user place queuing data provides safe key.
5. trade company according to claim 4 Zero queuing system, it is characterized in that, also comprise outer network server (300) and database (400), described outer network server (300) comprises server monitoring unit (310) and server process unit (320), wherein:
Described server monitoring unit (310) is used for the work execution of described server process unit (320) is monitored, and monitoring record is stored in the described database (400);
Described server process unit (320), be used for obtaining described businessman identification information, queuing window ID information and user totem information from the described user place queuing data that is received from described terminal device (200), then from described database (400), transfer corresponding queue number according to described businessman identification information, queuing window ID information and user totem information, and described queue number is sent to described terminal device (200).
6. trade company's queuing management method is characterized in that, comprises the steps:
Step 1: queue queue's information is stored in the NFC data transmission blocks (110) of NFC electronic tag (100), and the two-dimension code label (120) record described queue queue information is set at described NFC electronic tag (100), wherein, described queue queue information comprises businessman's identification information and queuing window ID information;
Step 2: utilize terminal device (200) to obtain queue queue's information from NFC electronic tag (100), then according to described queue queue Information generation user place queuing data, and outwards network server (300) sends described user place queuing data.
7. trade company according to claim 6 queuing management method is characterized in that described step 2 comprises the steps:
Step 210A: receive the described queue queue information that comes from described NFC data transmission blocks (110);
Step 220: described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information;
Step 230: described user place queuing data is sent to described outer network server (300).
8. trade company according to claim 6 queuing management method is characterized in that described step 2 comprises the steps:
Step 210AA: read the described queue queue information that described two-dimension code label (120) is put down in writing;
Step 220: described queue queue information is resolved the rear generation user place queuing data corresponding with described queue queue information;
Step 230: described user place queuing data is sent to described outer network server (300).
9. according to claim 7 or 8 described trade company queuing management methods, it is characterized in that described step 220 comprises the steps:
Step 221: described queue queue information is resolved to obtain resolution data;
Step 222: the user totem information of storing according to described resolution data and described terminal device this locality generates described user place queuing data;
Step 223: utilize safe key that described user place queuing data is encrypted.
10. trade company according to claim 9 queuing management method is characterized in that, also comprises the steps:
Step 3: from the described user place queuing data that is received from described terminal device (200), obtain described businessman identification information, queuing window ID information and user totem information, then from database (400), transfer corresponding queue number according to described businessman identification information, queuing window ID information and user totem information, and described queue number is sent to described terminal device (200).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210508649 CN103035057A (en) | 2012-12-01 | 2012-12-01 | Merchant queuing and calling system and merchant queuing and calling method |
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| CN 201210508649 CN103035057A (en) | 2012-12-01 | 2012-12-01 | Merchant queuing and calling system and merchant queuing and calling method |
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| CN103035057A true CN103035057A (en) | 2013-04-10 |
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| CN 201210508649 Pending CN103035057A (en) | 2012-12-01 | 2012-12-01 | Merchant queuing and calling system and merchant queuing and calling method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103544760A (en) * | 2013-10-30 | 2014-01-29 | 潘佩恺 | Queue system and queue method based on mobile terminal |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103544760A (en) * | 2013-10-30 | 2014-01-29 | 潘佩恺 | Queue system and queue method based on mobile terminal |
| CN103544760B (en) * | 2013-10-30 | 2016-02-17 | 潘佩恺 | A kind of queuing system based on mobile terminal and method |
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Application publication date: 20130410 |