CN104835084B - System for acquiring food selection information - Google Patents
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- CN104835084B CN104835084B CN201510283858.8A CN201510283858A CN104835084B CN 104835084 B CN104835084 B CN 104835084B CN 201510283858 A CN201510283858 A CN 201510283858A CN 104835084 B CN104835084 B CN 104835084B
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- 235000013305 food Nutrition 0.000 title claims abstract description 24
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Abstract
The invention relates to a system for acquiring food selection information, which comprises a mobile device, a server, a smart phone terminal and a graphic code, wherein the server is connected with the smart phone terminal; the mobile equipment sends the drawn graphic code to the server, and after the server passes the authority verification of the mobile equipment, the server marks the graphic code sent by the mobile equipment; the intelligent mobile phone terminal sends the graphic code information to the server, the server receives the graphic code and sends ordering page information corresponding to the graphic code to the intelligent mobile phone terminal, and the intelligent mobile phone terminal acquires the type information selected by the user in the ordering page and sends the type information to the server; the server compares the graphic code sent by the smart phone terminal with the marked graphic code; if the graphic code sent by the smart phone terminal is marked in the server, the server receives the category information sent by the smart phone terminal and binds the smart phone terminal and the graphic code one to one.
Description
Technical Field
The invention relates to the field of communication applied to the catering industry, in particular to a system for acquiring food selection information.
Background
With the acceleration of life rhythm, dining to restaurants is an indispensable part of catering and social interaction in daily life, at present, most restaurants still keep the traditional dish ordering mode, namely manual dish ordering and menu writing modes, then a service person takes a handheld device to order dishes in the market, the problem of the traditional manual dish ordering is still caused although the menu is not required to be manually written, that is, the time of the meal is mostly concentrated in several time periods in one day, and one dining table is charged with dish ordering by one service person at the peak of the meal time, if the time of ordering dishes at some dining tables is too long, the condition that the hands of the service person are not enough is caused, and other dining tables are not charged with service by the service person. In order to solve the problem, a technology that diners scan two-dimensional codes pasted on a dining table through WeChat or mobile phone APP to order dishes starts to appear in the market from 2013, the technology is that when the diners order dishes, the two-dimensional codes are scanned through mobile phones, the mobile phones open websites corresponding to the two-dimensional codes, all dishes of the diner are in the websites, then the diners directly select the dishes according to needs, after the diners determine the dishes, the mobile phones send selected dish information to a server, the server sends the dish information to a dish management terminal, and the dish management terminal sequentially displays the dish information of the diners on a display screen or prints the dish information. However, a problem also occurs in the technology, some people have eaten in a restaurant, the two-dimensional code information in the restaurant is stored in the mobile phone, dishes can be ordered at home or in other places without the restaurant, and the condition that the dishes are ordered and not paid can often occur, so that the condition that the loss occurs in the restaurant due to messy dish ordering is caused.
In order to avoid the loss situation of the messy ordering, the existing technology is to position through WIFI, the ordering can be realized only by accessing the mobile phone of a diner through the WIFI router of a restaurant, the ordering of the user outside the restaurant cannot be realized, the problem still occurs in the way, the user can order the food only by connecting the WIFI of the restaurant at first when ordering the food in an unfamiliar restaurant, and the WIFI is connected, so that the operation is complex, and the processes of inputting a WIFI password and the like are often required when the WIFI is connected.
Disclosure of Invention
The invention aims to solve the problems in the ordering process in the prior art, and provides a system for acquiring meal selection information. In the actual dining process, people go to a restaurant to have a meal, the simplest requirement is meal, the second implicit deep-level requirement is guest-to-home experience, if the restaurant does not have any reception or any guest welcoming person, only diners walk into the restaurant by themselves, and then the diners order the meal by themselves after sitting down, the customers can feel that the service quality of the restaurant is poor, and the customers cannot visit the restaurant continuously for a long time.
The specific technical scheme of the invention is as follows:
a system for acquiring meal selection information comprises at least one pre-authorized mobile device with a code scanning module, a server, at least one smart phone terminal with a camera module, and a printed matter which is positioned on a dining table and printed with graphic codes corresponding to information of the dining table and the dining table; the mobile equipment is provided with a wireless module, the wireless module is used for sending the graphic codes scanned by the code scanning module to the server, the server carries out authority verification on the mobile equipment, the authority comprises the authority that the mobile equipment requests the server to mark the graphic codes sent by the mobile equipment, and the server marks the graphic codes sent by the mobile equipment; the intelligent mobile phone terminal shoots a graphic code through a camera and then sends the graphic code information to a server through a wireless network, the server receives the graphic code sent by the intelligent mobile phone terminal and sends ordering page information corresponding to the graphic code to the intelligent mobile phone terminal, the intelligent mobile phone terminal acquires the category information selected by a user in an ordering page and sends the category information to the server, and the server compares the graphic code sent by the intelligent mobile phone terminal with the marked graphic code; if the graphic code sent by the intelligent mobile phone terminal is marked in the server, the server receives the category information which is sent by the intelligent mobile phone terminal and selected by the user in the ordering page, and the server binds the intelligent mobile phone terminal and the graphic code in a one-to-one manner.
Further, the server calculates a difference value between the moment of acquiring the marked graphic code in the server sent by the smart phone terminal and the moment of marking the graphic code in the server, and when the calculated difference value time is within a preset time, the server receives the item information, sent by the smart phone terminal, selected by the user in the ordering page.
Further, after the server marks the graphic code sent by the pre-authorized mobile device, the server cancels the marking of the graphic code when the server does not receive the graphic code which is sent by the smart phone terminal and is the same as the marked graphic code within a preset time, and the server removes the binding between the smart phone terminal and the graphic code.
Furthermore, the system also comprises a restaurant host computer arranged in the restaurant and display equipment for receiving the video signals sent by the host computer, the server sends the category information to the restaurant host computer corresponding to the graphic code, and the restaurant host computer displays the category information and the dining table information corresponding to the graphic code in the display equipment in a correlated manner.
Further, after the server obtains the instruction of the completion of the payment of the table money corresponding to the graphic code, the server cancels the mark of the graphic code, and the server releases the binding of the smart phone terminal and the graphic code.
Further, the order of completing the payment of the table money corresponding to the graphic code is sent by the restaurant host corresponding to the graphic code.
Further, the system for acquiring the meal selection information further comprises a payment subsystem, the payment subsystem acquires a payment instruction sent by the smart phone terminal, the server sends the money information corresponding to the graphic code to the payment subsystem, the payment subsystem verifies the payment instruction sent by the smart phone terminal, when the payment instruction sent by the smart phone terminal passes the verification, the payment subsystem compares the payment amount contained in the payment instruction with the money information corresponding to the graphic code, and when the payment amount contained in the payment instruction sent by the smart phone terminal is equal to the money information corresponding to the graphic code, the payment subsystem sends a dining table money payment completion instruction corresponding to the graphic code to the server.
Further, the server also comprises a dynamic graphic code generation module, the graphic code generated by the dynamic graphic code generation module changes due to the change of the graphic code generation time, after the server binds the smart phone terminal and the marked graphic code in a one-to-one manner, the server generates a dynamic first derivative graphic code and sends a first derivative graphic code corresponding to the smart phone information and the marked graphic code information to the smart phone terminal, the server acquires the first derivative graphic code information sent by a second smart phone terminal and verifies the smart phone information corresponding to the first derivative graphic code information, and when the smart phone generating the first derivative graphic code information is bound with the marked graphic code, the server receives the category information which is sent by the second smart phone terminal and selected by the user in the ordering page, and simultaneously, the server generates a dynamic second derivative graphic code and sends the second derivative graphic code corresponding to the first derivative graphic code information to the second smart phone terminal, and the server associates the second smart phone terminal with the second derivative graphic code.
Further, the third smart phone terminal acquires the second derivative graphic code through the camera and sends the second derivative graphic code information to the server through a wireless signal, the server verifies a first derivative graphic encoding corresponding to the second derivative graphic encoding information, when the smart phone corresponding to the first derived graphic code information is one-to-one bound to the graphic code that has been marked, the server receives the item information which is sent by the third intelligent mobile phone terminal and selected by the user in the ordering page, and simultaneously generates a dynamic third derivative graphic code, and transmitting a third derivative graphic code corresponding to the third smartphone terminal and the second derivative graphic code information to the third smartphone terminal, and the server associates a third smartphone terminal with the third derivative graphics code.
Further, the server acquires first derived graphic code information sent by a third smart phone terminal and verifies smart phone information corresponding to the first derived graphic code information, when the smart phone generating the first derived graphic code information is bound with a marked graphic code, the server receives category information, which is sent by the third smart phone terminal and selected by a user in a ordering page, simultaneously generates a dynamic third derived graphic code, and sends a third derived graphic code corresponding to the third smart phone terminal information and the first derived graphic code information to the third smart phone terminal, and the server associates the third smart phone terminal with the third derived graphic code.
Compared with the prior art, the intelligent ordering system based on the graphic codes has the main beneficial effects that: firstly scanning a graphic code attached to a dining table by a mobile device held by a restaurant welcome person, sending the scanned graphic code to a server, carrying out authority verification on an identifier of the mobile device by the server, marking the graphic code sent by the mobile device after the identifier of the mobile device is verified by the server, then photographing the graphic code on the same dining table by a smart phone terminal held by a customer, sending graphic code picture information to the server, sending ordering page information corresponding to the graphic code information to the smart phone terminal by the server, feeding back the selected dish type information to the server by the smart phone, judging whether the graphic code sent by the smart terminal is marked by the server, and determining whether to accept the dish type information sent by the smart phone terminal or not, and finishing the ordering process. One of the design ideas of the embodiment of the invention is that guests are guided to customers as seats by guest welcoming personnel, so that the feeling experience of guest welcoming is enhanced, meanwhile, after code scanning is carried out on the graphic codes of the dining table by the mobile equipment held by the guest welcoming personnel, the customers can effectively order the food through a mobile phone within a preset time period, so that the customers can order the food without connecting wifi of the dining room, and the ordering process is more convenient; the beneficial technical effect of effectively preventing other economic losses caused by random ordering is achieved.
Drawings
Fig. 1 is a schematic block diagram of a system for acquiring meal selection information according to embodiment 1 of the present invention.
Fig. 2 is a block diagram of a mobile device according to embodiment 1 of the present invention.
Fig. 3 is a schematic block diagram of a server according to embodiment 1 of the present invention.
Fig. 4 is a schematic block diagram of a structure of a system for acquiring meal selection information in embodiment 2 of the present invention.
Fig. 5 is a schematic block diagram of a structure of a system for acquiring meal selection information according to embodiment 3 of the present invention.
Fig. 6 is a schematic block diagram of a structure of a system for acquiring meal selection information according to embodiment 4 of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Example 1
Please refer to fig. 1-3.
The invention provides a system for acquiring food selection information, which comprises a server and a graphic code, wherein the graphic code is positioned on a dining table and is printed with information corresponding to the dining table and the dining table; the system comprises at least one pre-authorized mobile device and at least one smart phone terminal with a camera module.
The mobile equipment comprises a code scanning module, a control module and a wireless module, wherein the code scanning module is used for scanning a graphic code on a dining table and sending the graphic code information to the control module, and the control module sends the graphic code scanned by the code scanning module to the server through the wireless module. The graphic code comprises dining table number information, and the graphic code can be a two-dimensional code.
The server comprises a background communication module, an information acquisition module, an authority management module, a background processing module and a background control module; the background communication module receives the graphic code sent by the mobile equipment and sends the graphic code to the background processing module; the information acquisition module acquires identification information of the mobile equipment through a communication link established by the wireless module and the background communication module and transmits the identification information of the mobile equipment to the authority management module, the authority management module carries out authority verification on the identification code of the mobile equipment, and the authority is the authority of the mobile equipment for requesting the server to mark a graphic code sent by the mobile equipment; if the authority management module verifies that the identification code of the mobile equipment has the authority, the authority management module sends verification passing information and sends the verification passing information to the background control module, and the background control module controls the background processing module to mark the graphic code sent by the mobile equipment according to the verification passing information.
The intelligent mobile phone terminal comprises a terminal camera module, a terminal communication module and a terminal control module; the camera module takes a picture of the graphic code and transmits the picture information of the graphic code to the terminal control module, the terminal control module sends the picture information of the graphic code to a server through the terminal communication module, a background communication module of the server receives the graphic code sent by the smart phone terminal and sends the graphic code to the background control module, the background control module sends ordering page information corresponding to the graphic code to the smart phone terminal according to the graphic code, a wireless module of the smart phone terminal receives the ordering page information, the control module controls the ordering page information to be displayed on a display module of the smart phone terminal, and a receiving module of the smart phone terminal receives externally input dish type selection information, and sending the dish type selection information to the terminal control module, and sending the dish selection information to the server by the terminal control module through the terminal communication module.
The background communication module sends the graphic codes sent by the smart phone terminal to the background processing module, and the background processing module is also used for comparing the graphic codes sent by the smart phone terminal with the marked graphic codes; if the graphic code sent by the smart phone terminal is marked in the server, the background processing module sends marked information, the control module controls the background communication module to receive the dish type information sent by the smart phone terminal and selected by the user in the ordering page according to the marked information, the background processing module of the server establishes a corresponding relation between the identification of the smart phone terminal and the graphic code, and the smart phone terminal and the graphic code are bound one to one.
If the graphic code sent by the smart phone terminal is not marked in the server, the background processing module sends out unmarked information, and the control module controls the background communication module to refuse to accept the dish type information sent by the smart phone terminal and selected by the user in the ordering page according to the unmarked information.
The server further comprises a background clock module, the background clock module is used for providing time information, the background processing module of the server performs difference calculation on the time of acquiring the graphic code which is sent by the smart phone terminal and marked in the server and the time of marking the graphic code in the server, and when the calculated difference time is within the preset time, the background control module of the server sends the ordering page information corresponding to the graphic code to the smart phone terminal through the background communication module. The ordering page information comprises all dish names of the restaurant, price information corresponding to the dish names, dish introduction, customer evaluation and other information.
In the embodiment of the invention, a mobile device held by a restaurant guest greeting personnel firstly scans a two-dimensional code pasted on a dining table and sends the scanned two-dimensional code to a server, the server verifies the authority of the identification of the mobile device, if the server verifies that the mobile device has the authority, the server marks the two-dimensional code sent by the mobile device, a smart phone terminal held by a customer takes a picture of the two-dimensional code on the same dining table and sends the picture information of the two-dimensional code to the server, the server compares the two-dimensional code information sent by the smart phone terminal with the marked two-dimensional code information, if the two-dimensional code sent by the smart phone terminal is the same as the marked two-dimensional code information, the server establishes a corresponding relationship between the smart phone terminal and the two-dimensional code and binds the smart phone terminal and the two-dimensional code one-to-one, and sending the ordering page information corresponding to the graphic code to the smart phone terminal. According to the design idea of the embodiment of the invention, guests are guided to seats by the guest welcoming personnel, the feeling experience of guest welcoming is enhanced, and meanwhile, after the mobile equipment held by the guest welcoming personnel scans the two-dimensional code of the dining table, the guests effectively order the food through the mobile phone within a preset time period, so that the beneficial technical effects achieved by the embodiment are as follows: customers can order food without connecting with wifi of a restaurant, and the ordering process is more convenient; effectively preventing other people from ordering food at will to cause economic loss.
Example 2
Please refer to fig. 4.
On the basis of embodiment 1, the invention provides a system for acquiring meal item selection information, wherein after a server marks a graphic code sent by a pre-authorized mobile device, in a preset time, when a background communication module of the server does not receive a graphic code which is sent by a smart phone terminal and is the same as the marked graphic code, the background processing module of the server cancels the marking of the graphic code, and the background processing module of the server cancels the corresponding relation between the smart phone terminal and the graphic code, so that the fact that a customer at a dining table corresponding to the graphic code does not perform a meal ordering action is indicated, that is, the binding between the smart phone terminal and the graphic code is removed, so that the mobile device scans the graphic code again, and other customers can continue to order meals.
The system further comprises a restaurant host arranged in the restaurant and display equipment for receiving the video signals sent by the host, the smart phone terminal obtains dish type information selected by a user in a ordering page and sends the dish type information to the server, a background communication module of the server sends the dish type information to the restaurant host corresponding to the graphic code, and the restaurant host displays the dish type information and the dining table information corresponding to the graphic code in a display device in a correlated mode. It can be understood that display device can set up in the kitchen, display device shows dining table number information and the dish type information that corresponds with the dining table number, has reached the convenient useful technological effect who cooks and service person according to the dish of dining table number information.
The host corresponding to the graphic code sends a dining table money payment completion instruction corresponding to the graphic code to the server, a background communication module of the server receives the dining table money payment completion instruction corresponding to the graphic code and then sends the money payment completion instruction to the background control module, the background control module controls the background processing module to cancel the mark of the graphic code, and meanwhile, the background processing module of the server releases the binding of the smart phone terminal and the graphic code.
Example 3
Please refer to fig. 5.
On the basis of embodiment 1, the invention provides a system for acquiring meal selection information, the ordering system further comprises a payment subsystem, the smart phone terminal sends a payment instruction to the payment subsystem, the payment instruction comprises an identifier of the smart phone terminal and a graphic code bound with the identifier, the payment subsystem receives the payment instruction sent by the smart phone terminal and sends the payment instruction to the server, a background communication module of the server receives the payment instruction, the background control module controls the background processing module to calculate the money information corresponding to the graphic code according to the payment instruction, the background control module sends the money information calculated by the background processing module to the payment subsystem through the background communication module, and the payment subsystem verifies the payment instruction sent by the smart phone terminal, and when the payment instruction sent by the smart phone terminal passes the verification, the payment subsystem compares the payment amount contained in the payment instruction with the money information corresponding to the graphic code, and when the payment amount contained in the payment instruction sent by the smart phone terminal is equal to the money information corresponding to the graphic code, the payment subsystem sends a dining table money payment completion instruction corresponding to the graphic code to the server.
After the server acquires the instruction of completing the payment of the dining table money corresponding to the graphic code, the background control module of the server controls the background processing module to cancel the mark of the graphic code according to the money payment completing instruction, and the server releases the binding of the smart phone terminal and the graphic code.
Example 4
Please refer to fig. 6.
The invention provides a system for acquiring meal selection information, which comprises at least one pre-authorized mobile device with a code scanning module, a server, at least one smart phone terminal with a camera module and a printed matter which is positioned on a dining table and printed with graphic codes corresponding to information of the dining table and the dining table; the mobile equipment is provided with a wireless module, the wireless module is used for sending the graphic codes scanned by the code scanning module to the server, the server verifies the authority of the mobile equipment, and the authority comprises the authority of the mobile equipment for requesting the server to mark the graphic codes sent by the mobile equipment; the server marks the graphic code sent by the mobile equipment; the intelligent mobile phone terminal shoots the graphic code through the camera module and then sends the graphic code information to the server through the wireless network, the server receives the graphic code sent by the intelligent mobile phone terminal, and the server compares the graphic code sent by the intelligent mobile phone terminal with the marked graphic code; when the graphic code sent by the intelligent mobile phone terminal is marked in the server, the server sends the ordering page information corresponding to the graphic code to the intelligent mobile phone terminal, and the server binds the intelligent mobile phone terminal and the graphic code in a one-to-one manner.
Furthermore, in the actual dining process of a customer, a plurality of customers sit on a dining table, the condition that a plurality of people order food is often caused, if only one smart phone terminal is used for ordering food, inconvenience is brought to the customer, and in order to solve the problem, the server further comprises a dynamic graphic code generation module, graphic codes generated by the dynamic graphic code generation module change due to the change of the dynamic graphic code generation time, after the background processing module of the server binds the first smart phone terminal and the marked graphic codes one by one, the dynamic code generation module generates a dynamic first derivative graphic code, and sends the first derivative graphic code corresponding to the smart phone information and the marked graphic code information to the first smart phone terminal through the background communication module. The first smart phone terminal is a smart phone terminal bound with the graphic code.
At this time, if another customer wants to order at the same time, a second smart phone terminal held by the another customer acquires a first derivative graphic code, the second smart phone terminal sends the first derivative graphic code to the server, the server receives first derivative graphic code information sent by the second smart phone terminal and verifies information of the first smart phone terminal corresponding to the first derivative graphic code information, when the smart phone generating the first derivative graphic code information is bound with the marked graphic code, or the server verifies that the first derivative graphic code information is the same as the first derivative graphic code generated by the server and sent to the first smart phone terminal, the server sends ordering page information corresponding to the first derivative graphic code information to the second smart phone terminal, and simultaneously, the server generates a dynamic second derivative graphic code and sends the second derivative graphic code corresponding to the first derivative graphic code information to the second intelligent mobile phone terminal, and the server associates the second intelligent mobile phone terminal with the second derivative graphic code.
If a third smart phone terminal needs to order, the third smart phone terminal acquires the second derivative graphic code through the camera module and sends the second derivative graphic code information to the server through the wireless network, the server verifies the first derivative graph code corresponding to the second derivative graph code information, if the first smart phone corresponding to the first derivative graph code information and the marked graph code have been one-to-one bound, the server sends the ordering page information corresponding to the second derivative graphic code information to a third smart phone terminal, and simultaneously the server generates a dynamic third derivative graphic code, and transmitting a third derivative graphic code corresponding to the third smartphone terminal and the second derivative graphic code information to the third smartphone terminal, and the server associates a third smartphone terminal with the third derivative graphics code.
In this embodiment, three smart phone terminals order food, it should be noted that the principle of the technical scheme is the same that a plurality of smart phone terminals order food, and if a plurality of smart phone terminals order food, the smart phone terminals bound with the graphic codes are used as the beginning, and the plurality of smart phone terminals transmit derived graphic codes to the next smart phone terminal one by one in a linear manner, so that the plurality of smart phone terminals acquire the food ordering page information sent by the server.
Example 5
Please refer to fig. 6.
On the basis of embodiment 1, the invention provides a system for acquiring meal selection information,
the server also comprises a dynamic graphic code generation module, the graphic code generated by the dynamic graphic code generation module changes due to the change of the graphic code generation time, after the server binds the smart phone terminal and the marked graphic code in a one-to-one manner, the server generates a dynamic first derivative graphic code and sends a first derivative graphic code corresponding to the smart phone information and the marked graphic code information to the smart phone terminal, the server acquires the first derivative graphic code information sent by a second smart phone terminal and verifies the smart phone information corresponding to the first derivative graphic code information, when the smart phone generating the first derivative graphic code information and the marked graphic code are timed, the server sends meal ordering page information corresponding to the first derivative graphic code information to the second smart phone terminal, and simultaneously, the server generates a dynamic second derivative graphic code and sends the second derivative graphic code corresponding to the first derivative graphic code information to the second smart phone terminal, and the server associates the second smart phone terminal with the second derivative graphic code.
The server acquires first derived graphic coding information sent by a third smart phone terminal and verifies smart phone information corresponding to the first derived graphic coding information, when a smart phone generating the first derived graphic coding information is bound with a marked graphic code, the server sends ordering page information corresponding to the first derived graphic coding information to the third smart phone terminal, meanwhile, the server generates a dynamic third derived graphic code and sends a third derived graphic code corresponding to the third smart phone terminal information and the first derived graphic coding information to the third smart phone terminal, and the server associates the third smart phone terminal with the third derived graphic code.
The embodiment of the invention is used for ordering food by three smart phone terminals, and it needs to be explained that the principle of the technical scheme is the same as that of ordering food by a plurality of smart phone terminals, if a plurality of smart phone terminals order food, the smart phone terminals bound with the graphic codes are taken as the beginning, the plurality of smart phone terminals all acquire the first derivative graphic codes of the smart phones bound with the graphic codes and diverge from one point to multiple points, so that the plurality of smart phone terminals acquire the ordering page information sent by the server.
It should be noted that the above-mentioned embodiments are only for illustrating the technical solutions of the present invention and not for limiting, and although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions may be made on the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention, which should be covered by the claims of the present invention.
Claims (4)
1. A system for obtaining food selection information is characterized by comprising at least one pre-authorized mobile device with a code scanning module, a server, at least one smart phone terminal with a camera module, and a printed matter which is positioned on a dining table and printed with graphic codes corresponding to information of the dining table and the dining table; the mobile equipment is provided with a wireless module, the wireless module is used for sending the graphic codes scanned by the code scanning module to the server, the server carries out authority verification on the mobile equipment, the authority comprises the authority that the mobile equipment requests the server to mark the graphic codes sent by the mobile equipment, and the server marks the graphic codes sent by the mobile equipment; the intelligent mobile phone terminal shoots a graphic code through a camera and then sends the graphic code information to a server through a wireless network, the server receives the graphic code sent by the intelligent mobile phone terminal and sends ordering page information corresponding to the graphic code to the intelligent mobile phone terminal, the intelligent mobile phone terminal acquires the category information selected by a user in an ordering page and sends the category information to the server, and the server compares the graphic code sent by the intelligent mobile phone terminal with the marked graphic code; if the graphic code sent by the smart phone terminal is marked in the server, the server receives the category information which is sent by the smart phone terminal and selected by the user in the ordering page, and the server binds the smart phone terminal and the graphic code in a one-to-one manner;
the server also comprises a dynamic graphic code generation module, the graphic code generated by the dynamic graphic code generation module changes due to the change of the graphic code generation time, after the server binds the smart phone terminal and the marked graphic code in a one-to-one manner, the server generates a dynamic first derivative graphic code and sends a first derivative graphic code corresponding to the smart phone information and the marked graphic code information to the smart phone terminal, the server acquires the first derivative graphic code information sent by a second smart phone terminal and verifies the smart phone information corresponding to the first derivative graphic code information, and when the smart phone generating the first derivative graphic code information and the marked graphic code are timed, the server receives the category information sent by the second smart phone terminal and selected by the user in the ordering page, meanwhile, the server generates a dynamic second derivative graphic code and sends the second derivative graphic code corresponding to the first derivative graphic code information to the second smart phone terminal, and the server associates the second smart phone terminal with the second derivative graphic code;
the third smart phone terminal acquires the second derivative graphic code through the camera and sends the second derivative graphic code information to the server through a wireless signal, the server verifies the first derivative graphic code corresponding to the second derivative graphic code information, when the smart phone corresponding to the first derivative graphic code information is bound with the marked graphic code in a one-to-one manner, the server receives the category information, selected by the user, sent by the third smart phone terminal in the ordering page, generates a dynamic third derivative graphic code, sends the third derivative graphic code corresponding to the third smart phone terminal and the second derivative graphic code information to the third smart phone terminal, and the server associates the third smart phone terminal with the third derivative graphic code;
the server calculates the difference between the moment of acquiring the marked graph code sent by the intelligent mobile phone terminal in the server and the moment of marking the graph code in the server, and when the calculated difference time is within the preset time, the server receives the item information which is sent by the intelligent mobile phone terminal and selected by the user in the ordering page;
the system for obtaining the meal selection information further comprises a payment subsystem, wherein the payment subsystem obtains a payment instruction sent by the smart phone terminal, the server sends the money information corresponding to the graphic code to the payment subsystem, the payment subsystem verifies the payment instruction sent by the smart phone terminal, when the payment instruction sent by the smart phone terminal passes the verification, the payment subsystem compares the payment amount contained in the payment instruction with the money information corresponding to the graphic code, and when the payment amount contained in the payment instruction sent by the smart phone terminal is equal to the money information corresponding to the graphic code, the payment subsystem sends a dining table money payment completion instruction corresponding to the graphic code to the server;
after the server marks the graphic code sent by the pre-authorized mobile equipment, the server cancels the mark of the graphic code when the server does not receive the graphic code which is sent by the intelligent mobile phone terminal and is the same as the marked graphic code within the preset time, and the server removes the binding between the intelligent mobile phone terminal and the graphic code;
and after the server acquires the instruction of completing the payment of the table money corresponding to the graphic code, the server cancels the mark of the graphic code, and the server removes the binding of the smart phone terminal and the graphic code.
2. The system for obtaining food selection information as recited in claim 1, further comprising a restaurant host machine disposed in a restaurant and a display device for receiving video signals transmitted by the host machine, wherein the server transmits the item information to the restaurant host machine corresponding to the graphic code, and the restaurant host machine displays the item information and table information corresponding to the graphic code in association with each other on the display device.
3. The system for obtaining meal selection information according to claim 2, wherein the instruction for payment completion of the table money corresponding to the graphic code is sent by the restaurant host corresponding to the graphic code.
4. The system for obtaining food item selection information according to claim 3, wherein the server obtains first derived graphic code information sent by a third smart phone terminal and verifies smart phone information corresponding to the first derived graphic code information, when a smart phone generating the first derived graphic code information is bound to a marked graphic code, the server accepts item information selected by a user in a meal ordering page sent by the third smart phone terminal, simultaneously the server generates a dynamic third derived graphic code, and sends a third derived graphic code corresponding to the third smart phone terminal information and the first derived graphic code information to the third smart phone terminal, and the server associates the third smart phone terminal with the third derived graphic code.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510283858.8A CN104835084B (en) | 2015-05-28 | 2015-05-28 | System for acquiring food selection information |
| PCT/CN2016/083605 WO2016188471A1 (en) | 2015-05-28 | 2016-05-27 | System for acquiring meal selection information |
| CN201680023710.3A CN107533738A (en) | 2015-05-28 | 2016-05-27 | The system for obtaining food product selection information |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510283858.8A CN104835084B (en) | 2015-05-28 | 2015-05-28 | System for acquiring food selection information |
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| Publication Number | Publication Date |
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| CN104835084A CN104835084A (en) | 2015-08-12 |
| CN104835084B true CN104835084B (en) | 2021-12-21 |
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| CN201510283858.8A Active CN104835084B (en) | 2015-05-28 | 2015-05-28 | System for acquiring food selection information |
| CN201680023710.3A Pending CN107533738A (en) | 2015-05-28 | 2016-05-27 | The system for obtaining food product selection information |
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| CN201680023710.3A Pending CN107533738A (en) | 2015-05-28 | 2016-05-27 | The system for obtaining food product selection information |
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| CN (2) | CN104835084B (en) |
| WO (1) | WO2016188471A1 (en) |
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| CN104835084B (en) * | 2015-05-28 | 2021-12-21 | 泉州臻美智能科技有限公司 | System for acquiring food selection information |
| CN105635140B (en) * | 2015-12-28 | 2019-05-24 | Tcl集团股份有限公司 | A kind of method for ordering dishes based on two dimensional code, system and mobile terminal and server end |
| CN106845581A (en) * | 2017-01-23 | 2017-06-13 | 广州云移信息科技有限公司 | Trade company's intelligent management and system based on Quick Response Code |
| CN106846063A (en) * | 2017-01-23 | 2017-06-13 | 广州云移信息科技有限公司 | Trade company's intelligent management and system |
| CN108288233A (en) * | 2018-03-14 | 2018-07-17 | 苏州小鱼信息科技有限公司 | A kind of system and device for supervising table-ware disinfection |
| CN111105295A (en) * | 2019-12-23 | 2020-05-05 | 广州随意门科技有限公司 | Service order processing method, device, equipment and storage medium |
| CN111524041A (en) * | 2020-03-31 | 2020-08-11 | 北京辰森世纪科技股份有限公司 | Ordering processing method, device and system based on dynamic content service |
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Also Published As
| Publication number | Publication date |
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| CN104835084A (en) | 2015-08-12 |
| WO2016188471A1 (en) | 2016-12-01 |
| CN107533738A (en) | 2018-01-02 |
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