CN111243182A - On-site making and on-site selling system supporting on-line ordering - Google Patents
On-site making and on-site selling system supporting on-line ordering Download PDFInfo
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- CN111243182A CN111243182A CN202010067057.9A CN202010067057A CN111243182A CN 111243182 A CN111243182 A CN 111243182A CN 202010067057 A CN202010067057 A CN 202010067057A CN 111243182 A CN111243182 A CN 111243182A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F13/00—Coin-freed apparatus for controlling dispensing or fluids, semiliquids or granular material from reservoirs
- G07F13/10—Coin-freed apparatus for controlling dispensing or fluids, semiliquids or granular material from reservoirs with associated dispensing of containers, e.g. cups or other articles
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisions for transferring data to distant stations, e.g. from a sensing device
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/0064—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for processing of food articles
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/42—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for ticket printing or like apparatus, e.g. apparatus for dispensing of printed paper tickets or payment cards
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- Food Science & Technology (AREA)
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
Abstract
A system for on-the-spot sale supporting on-line ordering, comprising: the system comprises on-site manufacturing and on-site selling equipment, a code printer, an access device, an online ordering system and a cloud server; the on-site food selling equipment is used for making food, the code printer is used for coding the on-site food outer package, and the storing and taking device is provided with storage positions with the number more than or equal to 10 and used for storing the preset number of the on-site food; the on-site manufactured on-site sale equipment supports user offline ordering; the online ordering system is used for online ordering of the user and generating order information and pick-up code information related to the order information, and the order information and the pick-up code information are sent to the on-site selling equipment through the cloud server, so that the on-site selling equipment can make corresponding on-site food according to the order information, and the on-line ordering user can pick up the on-site food according to the pick-up code information. The sale mode of the on-site sale equipment is expanded, and the conflict between the on-line order taking and the off-line order taking is avoided.
Description
Technical Field
The invention relates to the technical field of on-site making and on-site selling, in particular to an on-site making and on-site selling system supporting on-line ordering.
Background
The existing manufacturing and selling equipment can complete the manufacturing of food according to manufacturing procedures, the existing manufacturing and selling equipment is put into operation to greatly facilitate the life of people, but the existing manufacturing and selling equipment supports offline ordering, namely, a customer needs to go to the existing manufacturing and selling equipment and wait for an existing manufacturing process, and take the existing food after the manufacturing is completed, taking the existing food for manufacturing one cup of coffee for example, if the time for manufacturing one cup of coffee is 3 minutes, the customer needs to wait for at least 3 minutes, if a plurality of customers queue up, the queuing time of the next customers is longer, and in addition, the existing manufacturing and selling equipment does not support online ordering, the customer can only use the offline ordering mode, and the use of the existing manufacturing and selling equipment is further limited.
Disclosure of Invention
Aiming at the defects of the on-site food selling equipment, the on-site food selling system supporting the on-line order ordering is provided, and the on-line order ordering, the on-line order ordering user and the off-line order ordering user can get the food through different goods taking openings, so that the selling radius of the on-site food selling equipment is expanded.
The technical scheme provided by the invention is as follows:
the invention provides on-line ordering supported on-site production and sale information, which comprises the following steps: the system comprises on-site manufacturing and on-site selling equipment, a code printer, an access device, an online ordering system and a cloud server;
the on-site making and selling equipment, the code printer and the access device are arranged in a matched mode in space, wherein the on-site making and selling equipment is used for making food, the code printer is used for printing codes on an outer package of the on-site making food, and the access device is provided with storage positions with the number being more than or equal to 10 and used for storing the preset number of the on-site making food;
the on-site manufacture and sale equipment supports user offline ordering;
the online ordering system is used for the user to order online, generate order information and pickup code information associated with the order information, and send the order information and the pickup code information to the cloud server;
the cloud server is in communication connection with the on-site making and on-site selling equipment, and is used for sending the order information and the pickup code information to the on-site making and on-site selling equipment so that the on-site making and on-site selling equipment can make corresponding on-site making food according to the order information, and the on-site making and on-site selling equipment is further used for sending the pickup code information to the access device so that an on-line ordering user can take the on-site making food according to the pickup code information.
Further preferably, the on-site preparation and sale equipment is provided with a first goods taking port for the on-site ordering user to take the on-site preparation food, and the access device is provided with a second goods taking port for the on-site ordering user to take the on-site preparation food.
Further preferably, the on-site sale device and the access device are cooperatively arranged in a space, so that the first access port and the second access port are physically the same access port.
Further preferably, the access device is externally arranged on the on-site production and sale equipment and further comprises a transmission mechanism;
the transmission mechanism is arranged between the on-site production and sale equipment and the access device, and transmits the on-site production food ordered by the single user on the on-site production line of the on-site production and sale equipment to the access device for storage.
Further preferably, the access device is structurally separate from the on-the-shelf device.
Further preferably, the access device is integrated outside the on-the-shelf device.
Further preferably, the access device is built in the on-the-spot sale device.
Further preferably, the access device includes:
the warehouse-in and warehouse-out mechanism is used for placing the ready-made food in a specified storage position, and is also used for taking the ready-made food from the corresponding storage position according to a pickup instruction and placing the ready-made food in the second pickup port;
the code scanner is used for reading the pickup code information;
the access controller is in communication connection with the code scanner, the in-out warehouse mechanism and the on-site manufactured on-site selling equipment, and is used for receiving pickup code information sent by the on-site manufactured on-site selling equipment, receiving pickup code information sent by the code scanner, and controlling the in-out warehouse mechanism to pick up on-site manufactured food from a corresponding storage position and place the food at the second goods taking port according to the pickup code information sent by the code scanner; the access controller is also used for controlling the warehouse entry and exit mechanism to place the ready-made food in a specified storage position according to the access information sent by the ready-made ready-sale equipment.
Further preferably, the access device includes:
the warehouse-in and warehouse-out mechanism is used for placing the ready-made food in a specified storage position, and is also used for taking the ready-made food from the corresponding storage position according to a pickup instruction and placing the ready-made food in the second pickup port;
the code scanner is used for reading the pickup code information;
the code scanner and the in-out warehouse mechanism are respectively in communication connection with the on-site manufactured on-site selling equipment, and the on-site manufactured on-site selling equipment is also used for receiving the pickup code information sent by the code scanner, controlling the in-out warehouse mechanism to pick up the on-site manufactured food from the corresponding storage position according to the pickup code information sent by the code scanner and placing the on-site manufactured food at the second goods taking port; the on-site food selling equipment is also used for controlling the warehouse entering and exiting mechanism to place on-site food in a specified storage position according to the order information.
Further preferably, the system further comprises a display device, and the display device is used for displaying basic information related to the currently shipped spot-made food while the second goods taking port is shipped the spot-made food.
Further preferably, the display device is a printer for printing the basic information related to the currently shipped ready-made food, or the display device is a display screen for displaying the basic information related to the currently shipped ready-made food.
Preferably, the on-site manufacture and sale equipment is further configured to calculate expected completion time of the order information according to the order of the order information, and send the expected completion time to the on-line ordering system through the cloud server.
Preferably, the on-site manufacture and sale equipment is further configured to send the manufacture completion information of the order information to the on-line ordering system through the cloud server.
Preferably, the on-site manufactured on-site selling equipment is further in communication connection with a takeout platform, and is further used for receiving order information and pickup code information sent by the takeout platform, so that the on-site manufactured on-site selling equipment can manufacture corresponding on-site manufactured food according to the order information, and the on-site manufactured on-site selling equipment is further used for sending the pickup code information to the access device, so that take-out workers can take the on-site manufactured food according to the pickup code information.
The on-site production and sale system supporting on-line ordering provided by the invention has the following effects:
1) the on-site food selling equipment has the functions of ordering under the line and ordering on the line at the same time through the on-line ordering system, so that the selling radius of on-site food of the on-site food selling equipment is expanded;
2) the on-line point order picking and the off-line point order picking are carried out through different picking ports, so that the conflict between the on-line point order picking and the off-line point order picking is avoided;
3) the on-site manufacture and sale equipment is connected with the takeout platform in a butt joint mode, so that the on-site manufacture and sale equipment supports group purchase and takeout, and different consumption modes of customers are greatly expanded.
Drawings
FIG. 1 is a schematic block diagram of a system for on-the-spot sale provided by the present invention;
FIG. 2 is a schematic view of the structure of the on-site sale device and the access device;
FIG. 3 is another schematic diagram of the structure of the on-the-spot sale device and the access device;
FIG. 4 is a schematic view of coding;
FIG. 5 is a schematic block diagram of an access device according to the present invention;
FIG. 6 is a further functional block diagram of the present invention;
FIG. 7 is a further functional block diagram of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the following detailed description and accompanying drawings.
The invention provides a system for on-line ordering and on-line selling, aiming at expanding the selling radius of on-line food of on-line selling equipment and expanding different consumption modes of customers through network ordering.
The present embodiment provides an on-line ordering-supported on-site sale system, whose schematic diagram is shown in fig. 1, and includes an on-site sale device 1, a code printer 2, an access device 3, an on-line ordering system 4 and a cloud server 5.
The on-site making and selling equipment 1, the code printer 2 and the access device 3 are arranged in a matched mode in space, wherein the on-site making and selling equipment 1 is used for making food, the code printer 2 is used for printing codes on outer packages of the on-site making food, and the access device 3 is provided with storage positions with the number being more than or equal to 10 and used for storing the preset number of the on-site making food.
The on-site product sale equipment 1 supports the user to order and is provided with a first goods taking port 11 for the user to take the on-site product, and the access device 3 is provided with a second goods taking port 31 for the user to take the on-site product.
The online ordering system 4 is used for the user to order online, generate order information and pickup code information associated with the order information, and send the order information and the pickup code information to the cloud server 5.
The cloud server 5 is in communication connection with the on-site manufactured on-site selling equipment 1, the cloud server 5 is used for sending the order information and the pickup code information to the on-site manufactured on-site selling equipment 1 so that the on-site manufactured on-site selling equipment 1 can manufacture corresponding on-site manufactured food according to the order information, and the on-site manufactured on-site selling equipment 1 is further used for sending the pickup code information to the access device 3 so that an on-line ordering user can pick up the on-site manufactured food according to the pickup code information.
Since the food includes various kinds of food, for example, the beverage is one kind of food, and therefore, according to practical applications, the on-the-spot vending apparatus 1 in the present embodiment may be implemented in various forms, for example, when the on-the-spot vending apparatus 1 is an on-the-spot vending juicer when the on-the-spot vending apparatus is specifically applied to fresh narrow juice, and further, for example, when the on-the-spot vending apparatus 1 is an on-the-spot vending coffee machine when the on-the-spot vending apparatus is specifically applied to coffee, the specific implementation form of the on-the-spot vending apparatus 1 is not limited in this embodiment, and as is well known to those skilled in the art, the on-the-spot vending apparatus 1 is food processing automatically implemented according to the food processing procedure, and the processing procedure thereof does not need human intervention, and therefore, the on-spot vending apparatus 1 integrates processing apparatuses related to the food processing procedure and controllers in signal connection with.
For example, taking the on-the-shelf device 1 as an on-the-shelf coffee machine as an example, the on-the-shelf device 1 integrates a mechanical arm, a coffee machine, an ice dropping mechanism, a milk pumping mechanism, a pulp dropping mechanism, a cup dropping mechanism, a capping mechanism, a cup discharging mechanism, a controller and the like, and the controller controls corresponding processing devices or mechanisms to execute corresponding processing actions according to coffee making procedures in sequence, so as to finally make a cup of on-the-shelf coffee.
The code printer 2 is disposed in the on-site food selling apparatus 1, and specifically, in the process that the robot arm in the on-site food selling apparatus 1 grabs the outer package of the on-site food and moves, the code printer prints a code on a preset position of the outer package, wherein the code printing refers to printing basic information of the on-site food on the outer surface of the outer package, for example, printing food material information and taste information of the on-site food on the outer surface of the outer package. In order to better code the curved outer package, it is preferable to perform a corresponding code printing operation during the movement of the outer package.
The access device 3 is arranged to place the prepared food of the single user on the line into the access device 3 aiming at the single user on the line, and the single user on the line takes the goods through the second goods taking port 31 provided by the access device 3.
The access device 3 and the on-site production and sale equipment 1 are matched in space, so that the on-line ordering of the produced food is stored in the access device 3, and the access device 3 and the on-site production and sale equipment 1 can be assembled in the following ways.
One way is that the access device 3 is structurally separate from the on-site vending apparatus 1, i.e. the access device 3 and the on-site vending apparatus 1 are structurally independent structures, and in the spatial arrangement, the access device 3 and the on-site vending apparatus 1 can be independent from each other.
Alternatively, the access device 3 is integrated outside the on-the-shelf device 1, that is, the access device 3 and the on-the-shelf device 1 may be structurally independent, but the access device 3 needs to be mounted outside the on-the-shelf device 1 when assembled, as shown in fig. 2.
Alternatively, the access device 3 is built into the on-the-spot vending apparatus 1. Taking beverage production as an example, as shown in fig. 3 and 4, when a mechanical arm inside the on-site production and sale device 1 performs beverage capping operation, after capping is completed, and the capped beverage passes through a coding area, the coder 2 sprays beverage information onto a beverage cup. The cup outlet is positioned above the table board, and 6 cups can be simultaneously discharged in the sample. A beverage temporary storage area (namely the storing and taking device 3) is arranged above the cup outlet. The arm is put the prepared online order to the temporary storage area, and the family is used for getting single when sign indicating number gets the order for use, and the arm is taken the drink from the temporary storage area to the exit (for example, set up two exports, every export can go out two drinks, and the below of export is provided with the display screen of calling out the number, and the user gets goods through the number that the display screen of calling out the number shows).
In order to smoothly place the prepared food ordered on line into the access device 3, the food ordering device further comprises a transmission mechanism which is arranged between the on-line preparation sale device 1 and the access device 3 and transmits the on-line prepared food ordered by the on-line preparation sale device 1 to the access device 3 for storage.
The transmission mechanism can be belt transmission, sliding rail transmission or turntable transfer transmission, the transmission mechanism is in signal connection with a controller of the existing manufacturing and selling equipment 1, and the controller sends a starting signal to the transmission mechanism to control the transmission mechanism to perform transmission work.
It should be noted that, the above-mentioned on-site vending apparatus 1 is provided with the first goods-taking port 11, the access device 3 is provided with the second goods-taking port 31, and the first goods-taking port 11 and the second goods-taking port 31 are physically independent from each other, so that the on-line ordering user and the off-line ordering user can take goods through different goods-taking ports, and conflict between the on-line ordering user and the off-line ordering user in taking goods is avoided. That is, the first access port 11 and the second access port 31 are physically the same access port.
The access device 3 includes: a predetermined number of storage bits 32, an in-out mechanism 33, a scanner 34, and an access controller 35, the schematic of which is shown in fig. 5.
The storage locations 32 are used for storing the ready-made food, and preferably, the storage locations 32 may include a number of first temperature storage locations and a number of second temperature storage locations according to the temperature of the ready-made food, wherein the temperature of the first temperature storage locations is higher than that of the second temperature storage locations, for example, the temperature of the first temperature storage locations is greater than 60 degrees, and the temperature of the second temperature storage locations is normal temperature.
Furthermore, the storing and taking device 3 is also provided with temperature controllers according to the temperature requirements of the temperature storage positions, for example, a first temperature storage position can be planned into one area, a second temperature storage position can be planned into another area, and then each area is provided with a corresponding temperature controller, and the temperature in each area is controlled through the temperature controllers.
It should be noted that, when the temperature difference between the first temperature storage location and the second temperature storage location is large, a temperature isolation strip needs to be arranged in the boundary area between the first temperature storage location and the second temperature storage location to avoid temperature transfer.
The storage bit 32 can be expanded and divided into sub-intervals of different applications by those skilled in the art according to the above concept to meet the corresponding storage requirements.
The in-out mechanism 33 is used for placing the ready-made food in the designated storage location 32, and is also used for taking the ready-made food from the corresponding storage location 32 according to the pick-up command and placing the ready-made food in the second pick-up port 31, preferably, the in-out mechanism 33 is a mechanical arm which can move up and down and left and right and is provided with a gripper for gripping the food.
The code scanner 34 is configured to read pickup code information, where the pickup code information may be a two-dimensional code, and correspondingly, the code scanner 34 is a camera for reading the two-dimensional code; the item code information may be numerical information and accordingly, the scanner 34 is an intelligent terminal with interface input.
The access controller 35 is in communication connection with the code scanner 34, the warehousing mechanism 33 and the on-site manufactured on-site selling equipment 1, the access controller 35 is used for receiving the pickup code information sent by the on-site manufactured on-site selling equipment 1, receiving the pickup code information sent by the code scanner 34, and controlling the warehousing mechanism 33 to pick up the on-site manufactured food from the corresponding storage position 32 and place the on-site manufactured food at the second goods taking port 31 according to the pickup code information sent by the code scanner 34; the access controller 35 is also used for controlling the warehouse-in/warehouse-out mechanism 33 to place the prepared food in the designated storage position 32 according to the access information sent by the prepared preparation sale device 1.
In other embodiments, the access device 3 may only include a preset number of storage locations 32, the in-out mechanism 33 and the barcode scanner 34, that is, the access device 3 may not include the access controller 35, but the access device 3 and the on-site vending apparatus 1 share one controller, because the controller is necessarily present in the on-site vending apparatus 1, preferably, the barcode scanner 34 and the in-out mechanism 33 are respectively in communication connection with the controller of the on-site vending apparatus 1, and the on-site vending apparatus 1 is further configured to receive the pickup code information sent by the barcode scanner 34, and control the in-out mechanism 33 to pick up the on-site manufactured food from the corresponding storage location 32 and place the on the second pickup port 31 according to the pickup code information sent by the barcode scanner 34; the on-site food selling equipment 1 is also used for controlling the warehouse-in and warehouse-out mechanism 33 to place the on-site food into the designated storage position 32 according to the order information.
The specific presentation mode of the online ordering system 4 may be an APP program loaded on an intelligent terminal, for example, the APP program loaded on a smart phone or an IPAD, the online ordering system 4 may also be an applet loaded on the intelligent terminal, and when the user opens the online ordering system 4 by using the intelligent terminal, the online ordering system 4 displays an ordering interface to the user for the user to order online ordering, wherein the online ordering system 4 can support group purchase of the user. The user can know the production time of the on-line order in real time through the on-line order system 4, for example, the user can know the expected completion time and the reminder after the production is completed in time.
Further, in order to avoid taking the spot-made food by the online ordering user by mistake during picking up the food, the on-line spot-selling system of the embodiment further includes a display device 6, as shown in fig. 6, when the on-line ordering user goes out of the spot-made food from the second pick-up port 31, the display device 6 is controlled to display order information related to the currently-outgoing spot-made food, for example, according to a process signal of picking up the stored spot-made food to the second pick-up port 31 by the in-out mechanism 33, the display device 6 is controlled to display the order information related to the currently-outgoing spot-made food, and the order taker can correctly judge whether the currently-outgoing spot-made food is matched with the own order information through the order information, wherein the order information includes information such as a mobile phone number and an order number of the online ordering user.
In one embodiment, the display device 6 may be a printer, for example, the display device 6 is disposed near the second access opening 31, and the printer prints the order information related to the currently shipped off-the-shelf food product while the second access opening 31 is shipped.
In another embodiment, the display device 6 may also be a display screen disposed near the second access opening 31, and the display screen is used for displaying order information related to the currently shipped on-site food while the second access opening 31 is shipped.
Further, in order to make the on-site sale device 1 have the takeout function, in the on-site sale system of the present embodiment, the on-site sale device 1 is further communicatively connected to a takeout platform 7 (for example, a mei takeout platform, a zao takeout platform), as shown in fig. 7, the on-site sale device 1 is further configured to receive order information and pickup code information sent by the takeout platform 7, so that the on-site sale device 1 makes a corresponding on-site product according to the order information, and the on-site sale device 1 is further configured to send the pickup code information to the access device 3, so that a takeout worker takes the on-site product according to the pickup code information. Regarding the specific process of taking out through the takeout platform 7 by the on-site-made on-site-sale device 1, reference may be made to the existing takeout implementation process, which is not described in detail in this embodiment.
It should be noted that, the second goods-taking port 31 is configured with a corresponding packing area, and for the case of ordering on the take-out and user line, the goods-taking person can select the packing material through the packing area to perform corresponding packing processing.
The on-site production and sale system provided by the invention has the following advantages:
1) the on-site food selling equipment 1 has the functions of ordering under the line and ordering on the line at the same time through the on-line ordering system 4, so that the selling radius of the on-site food selling equipment 1 is expanded;
2) the on-line point order picking and the off-line point order picking are carried out through different picking ports, so that the conflict between the on-line point order picking and the off-line point order picking is avoided;
3) the on-site manufacture and sale equipment 1 is connected with the takeout platform 7 in a butt joint mode, so that the on-site manufacture and sale equipment 1 supports group purchase and takeout, and different consumption modes of customers are greatly expanded.
The present invention provides a method for making a product on-the-spot sale system, which is capable of providing a product on-the-spot sale system.
Customer A gets 2 cups ice coffee through single system 4 points on the line, and customer B gets 1 cup vanilla hot coffee through single system 4 points on the line, and customer C point down is got 1 cup ice coffee and is queued up and wait to take, and customer D gets 10 cups coffee through takeaway platform according to the demand point, if, be equipped with 30 hot cup storage position, 30 warm cup storage position, 30 ice cup storage position in the access arrangement 3.
After the client A finishes corresponding ordering operation and payment through the online ordering system 4, the online ordering system 4 generates order information and pickup code information related to the order information, the online ordering system 4 sends the order information and pickup code information of the client A to the on-site production on-site sale device 1 through the cloud server, and meanwhile, the client A can self-pick the order information and pickup code information through the online ordering system 4.
After the client B finishes corresponding ordering operation and payment through the online ordering system 4, the online ordering system 4 generates order information and pickup code information related to the order information, the online ordering system 4 sends the order information and pickup code information of the client B to the on-site production on-site sale device 1 through the cloud server, and meanwhile, the client B can self-pick the order information and pickup code information through the online ordering system 4.
After the customer C issues the order through the line and completes the corresponding payment, the on-site making and selling equipment 1 generates a corresponding order taking receipt, wherein the order taking receipt comprises order information of the customer C, a waiting sequence number of the customer C and waiting duration of the customer C.
After the customer D finishes corresponding ordering operation and payment through the takeout platform 7, the takeout platform 7 generates order information and pickup code information related to the order information, and the takeout platform 7 sends the order information and pickup code information of the customer D to the on-site sale device 1 and the intelligent terminal of the takeout rider through the cloud server.
After receiving the order information of the client a, the client B, the client C and the client D, the on-site-manufacture equipment 1 reorders the corresponding order information through a manufacture strategy, and adds the ordered result to a current manufacture list, the on-site-manufacture equipment 1 calculates the expected completion time of the corresponding order information according to the ordering of the order information in the manufacture list, and sends the expected completion time to the corresponding client, for example, when the client a and the client B order through an on-line order system, the on-site-manufacture equipment 1 sends the expected completion time to the client a and the client B, and the client D orders through a take-out order, the on-site-manufacture equipment 1 sends the expected completion time to an intelligent terminal of a take-out rider through a take-out platform, and when the client C orders through a take-out order, the expected completion time is displayed in a take-out order receipt.
The on-site making and selling equipment 1 sequentially makes corresponding coffee according to ordering information in the making list, wherein the on-site making and selling equipment 1 sequentially stores 2 cups of ice coffee made on site to an ice cup storage position according to the ordering information of the client A, the client A takes the corresponding 2 cups of ice coffee at the second goods taking port 31 through the fetching codes, and the client A can also pack the 2 cups of ice coffee in a packing area; aiming at ordering information of a client B, the on-site making and on-site selling equipment 1 stores on-site making 1 cup of vanilla hot coffee into a hot cup storage position, and the client B takes corresponding 1 cup of vanilla hot coffee at a second goods taking port 31 through a goods taking code; aiming at the order information of the customer C, the on-site making and selling equipment 1 discharges 1 cup of on-site making ice coffee through the first goods taking opening 11, and the customer C directly takes the on-site making ice coffee from the first goods taking opening 11; the takeaway rider takes the corresponding 10 freshly made coffees at the second pick-up port 31 by the pick-up code and performs a packing process for the 10 freshly made coffees in the packing area.
According to the application scene, the on-site food sale system provided by the invention has multiple sale modes, breaks through the single sale mode of the existing on-site food sale system, brings great convenience to the life of a user, expands the sale radius of on-site food in on-site food sale equipment and improves the economic benefit brought by the on-site food sale equipment.
The present invention has been described in terms of specific examples, which are provided to aid understanding of the invention and are not intended to be limiting. For a person skilled in the art to which the invention pertains, several simple deductions, modifications or substitutions may be made according to the idea of the invention.
Claims (14)
1. A system for on-the-spot sale supporting on-line ordering, comprising: the system comprises on-site manufacturing and on-site selling equipment, a code printer, an access device, an online ordering system and a cloud server;
the on-site making and selling equipment, the code printer and the access device are arranged in a matched mode in space, wherein the on-site making and selling equipment is used for making food, the code printer is used for printing codes on an outer package of the on-site making food, and the storage device is provided with storage positions with the number being more than or equal to 10 and used for storing the on-site making food in a preset number;
the on-site manufacture and sale equipment supports user offline ordering;
the online ordering system is used for the user to order online, generate order information and pickup code information associated with the order information, and send the order information and the pickup code information to the cloud server;
the cloud server is in communication connection with the on-site making and on-site selling equipment, and is used for sending the order information and the pickup code information to the on-site making and on-site selling equipment so that the on-site making and on-site selling equipment can make corresponding on-site making food according to the order information, and the on-site making and on-site selling equipment is further used for sending the pickup code information to the access device so that an on-line ordering user can take the on-site making food according to the pickup code information.
2. The on-demand point of sale system of claim 1, wherein the on-demand point of sale device is provided with a first access port for an off-line ordering user to access the on-demand food product, and the access device is provided with a second access port for an on-line ordering user to access the on-demand food product.
3. The point-of-sale system of claim 2, wherein the point-of-sale device and the access device are cooperatively positioned in space such that the first access port and the second access port are physically the same access port.
4. The on-the-spot vending system of claim 2, wherein said access device is external to said on-the-spot vending apparatus, further comprising a transport mechanism;
the transmission mechanism is arranged between the on-site production and sale equipment and the access device, and transmits the on-site production food ordered by the single user on the on-site production line of the on-site production and sale equipment to the access device for storage.
5. The on-the-spot vending system of claim 4, wherein said access device is structurally separate from said on-the-spot vending apparatus.
6. The on-the-shelf system of claim 4, wherein the access device is integrated external to the on-the-shelf equipment.
7. The on-the-spot vending system of claim 2, wherein said access device is internal to said on-the-spot vending apparatus.
8. The on-the-spot vending system according to any one of claims 2-7, wherein said access device comprises:
the warehouse-in and warehouse-out mechanism is used for placing the ready-made food in a specified storage position, and is also used for taking the ready-made food from the corresponding storage position according to a pickup instruction and placing the ready-made food in the second pickup port;
the code scanner is used for reading the pickup code information;
the access controller is in communication connection with the code scanner, the in-out warehouse mechanism and the on-site manufactured on-site selling equipment, and is used for receiving pickup code information sent by the on-site manufactured on-site selling equipment, receiving pickup code information sent by the code scanner, and controlling the in-out warehouse mechanism to pick up on-site manufactured food from a corresponding storage position and place the food at the second goods taking port according to the pickup code information sent by the code scanner; the access controller is also used for controlling the warehouse entry and exit mechanism to place the ready-made food in a specified storage position according to the access information sent by the ready-made ready-sale equipment.
9. The on-the-spot vending system according to any one of claims 2-7, wherein said access device comprises:
the warehouse-in and warehouse-out mechanism is used for placing the ready-made food in a specified storage position, and is also used for taking the ready-made food from the corresponding storage position according to a pickup instruction and placing the ready-made food in the second pickup port;
the code scanner is used for reading the pickup code information;
the code scanner and the in-out warehouse mechanism are respectively in communication connection with the on-site manufactured on-site selling equipment, and the on-site manufactured on-site selling equipment is also used for receiving the pickup code information sent by the code scanner, controlling the in-out warehouse mechanism to pick up the on-site manufactured food from the corresponding storage position according to the pickup code information sent by the code scanner and placing the on-site manufactured food at the second goods taking port; the on-site food selling equipment is also used for controlling the warehouse entering and exiting mechanism to place on-site food in a specified storage position according to the order information.
10. The spot vending system of claim 2, further comprising a display device for displaying order information associated with a currently shipped spot food product while the second pick port is shipping the spot food product.
11. The spot vending system of claim 10, wherein said display device is a printer for printing order information associated with a currently shipped spot food product, or wherein said display device is a display screen for displaying order information associated with a currently shipped spot food product.
12. The spot-production spot-sale system of claim 1, wherein the spot-sale device is further configured to calculate an expected completion time of the order information according to the ordering of the order information, and send the expected completion time to the online ordering system via the cloud server.
13. The spot-production sale system of claim 12, wherein the spot-production sale device is further configured to send a production complete message of the order information to the online ordering system via the cloud server.
14. The spot-manufacturing point-of-sale system of claim 1, wherein the spot-manufacturing point-of-sale device is further communicatively coupled to a takeout platform, the spot-manufacturing point-of-sale device further configured to receive order information and pickup code information sent by the takeout platform to enable the spot-manufacturing point-of-sale device to manufacture a corresponding spot-manufactured food product based on the order information, the spot-manufacturing point-of-sale device further configured to send the pickup code information to the access device to enable a takeout worker to pick up a spot-manufactured food product based on the pickup code information.
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Application publication date: 20200605 |