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A food ordering system that supports multi-merchant public cloud and privatization collaborative deployment mode

A technology for ordering and merchants, applied in transmission systems, commerce, data processing applications, etc., can solve problems such as difficult to achieve personalized rational deployment, customers unable to put forward personalized needs, and prolong customer waiting time. The effect of communication and settlement, saving restaurant manpower, and reducing unnecessary manual participation

Active Publication Date: 2021-09-21
北京新弘宝科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Most of the existing restaurants use manual ordering, and the waiters need to complete the entire process from reception, pouring water and other services to ordering and checking out, which consumes a lot of human resources, and it is easy to fail due to lack of manpower Prolong the waiting time of customers and reduce the dining experience of customers
In order to solve the above problems, some smart dining tables are disclosed in the prior art. Some dining tables can be ordered by scanning the two-dimensional code on the dining table, and some dining tables are equipped with a display screen with the function of ordering food, but the above dining tables only have The function of ordering food is difficult to carry out data statistics, and it cannot be connected to other smart devices for external communication. It is difficult to realize personalized and reasonable deployment, and it is not smart enough; Customers can only order food together, so that each customer cannot put forward individual needs, and it is not possible to share tables during peak meal times, which is inconvenient to use

Method used

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  • A food ordering system that supports multi-merchant public cloud and privatization collaborative deployment mode
  • A food ordering system that supports multi-merchant public cloud and privatization collaborative deployment mode
  • A food ordering system that supports multi-merchant public cloud and privatization collaborative deployment mode

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0050] An ordering system that supports multi-merchant public cloud and privatized collaborative deployment modes, such as figure 1 shown and figure 2 As shown, the ordering system includes a server end 1 and a device terminal, the server end 1 is deployed in the cloud or locally, and can be one or more servers; the device terminal includes a smart dining table 2, and the smart dining table 2 includes a touch screen 3 as a desktop and has The unique MAC address of the device. The server side 1 includes a split-screen module group 101 and an order module group 102. The split-screen module group 101 is used to set 2 or more seat IDs for a dining table, and is set on a touch screen 3 The same man-machine interface 103 for each diner to log in with the number of seat IDs, and the seat ID is associated with the man-machine interface 103; The ordering interface is provided to the user, and the ordering request and service request input by the user on the human-computer interaction...

Embodiment 2

[0055] Such as image 3 As shown, the difference between the ordering system that supports multi-merchant public cloud and privatized collaborative deployment mode provided by this embodiment, and Embodiment 1 is that it is further defined that the server end 1 also includes a back kitchen module group 201, a side dish module group 202 and wristband module group 203; the equipment terminal also includes a kitchen terminal 204, a wristband terminal 205 and a side dish terminal 206; 203 and the device management module group can be deployed on the same server or on different servers;

[0056] The ordering module group 102 is also used to send order information to the back kitchen module group 201 and the side dish module group 202; the ordering module group 102 can also provide customers with service operation options, and when receiving the user's service request , sending a service request to the bracelet module group 203;

[0057] The back kitchen module group 201 is used t...

Embodiment 3

[0064] Such as Figure 4 As shown, the difference between the ordering system provided by this embodiment that supports multi-merchant public cloud and privatized collaborative deployment mode and Embodiment 2 is that it is further defined that the ordering module group 102, the back kitchen module group 201 and the side dishes The module group 202 is respectively arranged on the local meal ordering server 301, the local back kitchen server 302 and the local side dish server. The meal system also includes a printer 304 communicating with the ordering module group 102, a dish input terminal 305 communicating with the back kitchen module group 201 and the side dish module group 202, and the ordering module group 102 also includes an equipment monitoring module 306 connected to the printer. module 307;

[0065] The equipment monitoring module 306 is used to monitor the available state of the kitchen terminal 204, and when it is judged that the kitchen terminal 204 is unavailable...

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Abstract

The invention provides a meal ordering system that supports multi-merchant public cloud and privatized collaborative deployment modes. The meal ordering system includes a server end and a smart table, and the server end is deployed in the cloud or locally; the smart table includes a touch screen as a desktop and has a unique The MAC address of the device, the server side includes the split-screen module group and the order module group, the split-screen module group is used to set 2 or more seat IDs for a dining table, and the number of seat IDs on a touch screen is the same A human-computer interaction interface for each diner to log in, and associate the seat ID with the human-computer interaction interface; on the same large screen for ordering, display in partitions, according to different settings, different dining users use separate seats ID, perform operations such as ordering food on a separate display window, and accurately locate and manage users to avoid practical problems such as order errors, side dish errors, and service deviations.

Description

technical field [0001] The invention belongs to the field of catering, and in particular relates to an ordering system supporting multi-merchant public cloud and privatized collaborative deployment modes. Background technique [0002] Most of the existing restaurants use manual ordering, and the waiters need to complete the entire process from reception, pouring water and other services to ordering and checking out, which consumes a lot of human resources, and it is easy to fail due to lack of manpower Prolong the waiting time of customers and reduce the dining experience of customers. In order to solve the above problems, some smart dining tables are disclosed in the prior art. Some dining tables can be ordered by scanning the two-dimensional code on the dining table, and some dining tables are equipped with a display screen with the function of ordering food, but the above dining tables only have The function of ordering food is difficult to carry out data statistics, and...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G06Q30/06G06Q50/12H04L29/08
CPCG06Q30/0635G06Q50/12H04L67/125
Inventor 孟奇奎李小强
Owner 北京新弘宝科技有限公司
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