WO2014067318A1 - 存取餐自助终端和自助订餐及存取餐系统 - Google Patents

存取餐自助终端和自助订餐及存取餐系统 Download PDF

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Publication number
WO2014067318A1
WO2014067318A1 PCT/CN2013/081624 CN2013081624W WO2014067318A1 WO 2014067318 A1 WO2014067318 A1 WO 2014067318A1 CN 2013081624 W CN2013081624 W CN 2013081624W WO 2014067318 A1 WO2014067318 A1 WO 2014067318A1
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WO
WIPO (PCT)
Prior art keywords
meal
unit
interface
access
self
Prior art date
Application number
PCT/CN2013/081624
Other languages
English (en)
French (fr)
Inventor
符伟
Original Assignee
Fu Wei
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN 201220563402 external-priority patent/CN202995889U/zh
Priority claimed from CN2012104241173A external-priority patent/CN102982382A/zh
Application filed by Fu Wei filed Critical Fu Wei
Publication of WO2014067318A1 publication Critical patent/WO2014067318A1/zh

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Classifications

    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F9/00—Details other than those peculiar to special kinds or types of apparatus
    • G07F9/10—Casings or parts thereof, e.g. with means for heating or cooling
    • G07F9/105—Heating or cooling means, for temperature and humidity control, for the conditioning of articles and their storage
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F11/00—Coin-freed apparatus for dispensing, or the like, discrete articles
    • G07F11/02—Coin-freed apparatus for dispensing, or the like, discrete articles from non-movable magazines
    • G07F11/04—Coin-freed apparatus for dispensing, or the like, discrete articles from non-movable magazines in which magazines the articles are stored one vertically above the other

Definitions

  • the invention relates to the field of catering, and particularly relates to an access self-service terminal and a self-service ordering and accessing meal system.
  • the options for ordering and taking meals mainly include the following: one is the most traditional way of ordering meals, that is, the orderer places a meal at a dining place such as a restaurant or a cafeteria, and then the waiter will The order is manually delivered to the orderer, and the orderer can take the meal; the other is the emerging online ordering method, that is, the orderer selects the meal provided by a restaurant through the online platform and makes a reservation, and then The food delivery staff will order the meal according to the reservation information - the order will be given to the orderer, and the orderer can take the meal; there is also a way to realize the order meal taking process through the automatic vending machine.
  • the above-mentioned first conventional order-taking method and the third method of automatically ordering meals by using the automatic vending machine have a problem.
  • a large number of people concentrate on eating near the crowded office due to the above two modes It takes time to select meals, order, pay and deliver food, which makes the feeding efficiency low.
  • Usually, when a large number of people concentrate on eating there is inevitably a large number of waiting queues, which seriously affects the phenomenon.
  • Dining experience At the same time, when using the vending machine to provide meals for the orderer, it is generally necessary to manually load a fixed type of the meal for sale into the vending machine, and the orderer can only order in advance when ordering through the vending machine.
  • the invention provides an accessing self-service terminal and a self-service ordering and accessing meal system, the system comprises a ordering server and an accessing self-service terminal, and the accessing self-service terminal is provided with an accessing meal unit provided with a loading lunch box; Booking information, and generating deposit or take-out information, depositing or picking up the meal information directly or via a third-party medium to the access meal self-service terminal, or directly or indirectly by the access meal self-service terminal; Save or take meal information, open the access or meal access operation permission of the corresponding access meal unit, and check the deposit or take meal operation permission and save or take meal information according to the received save or take meal instruction, to control the deposit or take Meal operation.
  • the access self-service terminal comprises: an incubator body, the incubator body is provided with an access meal unit for loading the lunch box, and an opening unit corresponding to the access meal unit; a main control unit for controlling the access operation operation, The main control unit is mounted on the thermal insulation box and electrically connected to the opening unit.
  • the reservation information only needs to be sent to the ordering server, and the ordering server generates the deposit or take-out information according to the order, and the depositor advances to the corresponding access unit of the meal self-service terminal according to the deposit information.
  • the ordering server In the memory meal, just enter and save the meal into the self-service terminal.
  • the meal order corresponding to the operation authority can be used.
  • the meal order corresponding to the meal operation permission can be input into the meal buffet terminal to take out the corresponding meal of the reservation, and the system will order the meal.
  • the three processes of storing and taking meals are linked, so that the feeding place can store the corresponding meals in advance according to the reservation information of the orderer, so that the orderer can not order the meal at the same time.
  • the purpose is that there is no need for a large number of food delivery personnel to shuttle back and forth to the food delivery place during meal delivery, avoiding waste of manpower and meal delivery time.
  • the meal-keeping operation and the meal-taking operation can be completed according to the reservation information of the meal before and during the meal, and the meal selection is omitted. Meal, ordering, payment, food delivery and other aspects, avoiding the waste of time, low efficiency of meals and other phenomena.
  • FIG. 1 is a schematic diagram of a front structure of an access self-service terminal according to a first embodiment of the present invention
  • FIG. 2 is a schematic diagram of a back structure of an access self-service terminal according to Embodiment 1 of the present invention
  • the internal circuit structure diagram of the self-service terminal
  • FIG. 4 is a schematic structural diagram of the self-service ordering and accessing meal system according to the second embodiment of the present invention.
  • the shape of the self-service terminal is an insulated box body 101 made of a heat-resistant material.
  • the size of the heat-insulating box 101 can be specifically designed according to the actual use.
  • the height of 101 is approximately 80 cm, the length is approximately 120 cm, and the width is approximately 20 cm.
  • the storage box 101 is internally partitioned with a plurality of fixed-size access meal units, and each of the access meal units is provided with an access menu 103 with an access function merged, wherein the deposit window and the meal window are also They can be set independently, and the separately set storage window and the meal taking window are respectively the same as the number of accessing meal units, and corresponding to the corresponding access meal unit.
  • the outer wall of the access meal window 103 is also made of a heat-resistant material.
  • the access meal window 103 is movably connected to the meal window door 104 via the spring device 105, and the shape and size of the meal window 103 are accessed and the access window window 104 is accessed.
  • the shape and the size are matched, and the automatic access lock 106 and the automatic lock 112 are respectively mounted on the access meal window 103 and the access meal window 104, and the automatic lock 106 and access installed on the meal window 103 are accessed.
  • the position of the automatic lock 112 mounted on the meal window 104 corresponds to the position, and the automatic lock 106 and the automatic lock 112 cooperate to control the opening and closing of the access meal window 103 and the access window door 104.
  • the access bar window 104, the spring device 105, the automatic latch 106 and the automatic latch 112 together constitute an opening unit in this embodiment, and each opening unit corresponds to an access unit.
  • a main control unit 102 Above the incubator 101, a main control unit 102, a communication unit for inputting order information and inputting the order information into the main control unit, or an input/output interface for inputting the diners to take meal instructions and An input unit of the depositor's meal order instruction, and an output unit for outputting the meal taking information and the meal meal information, such as outputting the meal window number or the input with the corresponding meal The number of the deposit window to be stored corresponding to the meal information.
  • the communication unit or the input/output interface is electrically connected to the main control unit, the input unit is electrically connected to the main control unit, the output unit is electrically connected to the main control unit, and the output end of the main control unit is connected to the open unit.
  • the main control unit is The automatic lock 106 is connected to the access meal window 103, and the meal window is accessed by the automatic lock 106 on the access meal window 103 and the opening and lock control of the automatic lock 112 on the access window 104. 103 and accessing the opening and closing of the dining window 104, the power unit is connected to the main control unit, and provides the required power for the normal operation of the main control unit 102.
  • the power unit can be composed of an internal battery or an external power supply.
  • the main control unit 102 is connected to the automatic lock 106 on the set access window 103 through the control line 107, and the automatic locks installed on the other different access menus are also electrically connected to the main control unit 102 through the control line 107.
  • the first lock, the second lock, the third lock... and the Nth lock represent the automatic locks installed on different access menus.
  • the unit 102 controls access to the meal window 104 and access the meal window by controlling the mutual locking of the automatic lock 106 and the automatic lock 112 according to the meal instruction sent by the input unit or the meal instruction sent by the input unit.
  • the opening and closing of the insulating box 101 in this embodiment further includes a mounting device 108 and a carrying ear 109.
  • the mounting device 108 facilitates the installation of the device, and the handling of the ear 109 facilitates the handling of the device.
  • the lug device 108 is installed at the boundary line between the back side and the side wall of the heat insulating box 101, and two lug devices 108 are installed on each boundary line, and two junctions
  • the deposit window and the meal window may be combined into one setting as in the embodiment, or may be separately set.
  • the corresponding deposit and withdrawal window doors are also independently set.
  • a deposit window and a meal window correspond to one access meal unit, and the independently set store window and the store window are connected by a spring device, and the deposit window and the store window are respectively installed at corresponding positions.
  • the locks and the automatic locks respectively installed on the different deposit windows are electrically connected to the main control unit 102 through the control line.
  • the main control unit 102 controls the opening of the interlocking automatic locks according to the meal order sent by the input unit.
  • the lock is used to control the opening and closing of the storage window door and the deposit window; the independently set meal window and the meal window door can also be connected by the spring device, and the meal window and the meal window are respectively installed at corresponding positions.
  • the automatic locking buckles are respectively electrically connected to the main control unit 102 through the control line.
  • the main control unit 102 controls the interlocking automatic locking buttons according to the meal taking instruction sent by the input unit.
  • the opening and closing controls the opening and closing of the meal window and the meal window.
  • the heating unit is further installed in the heat preservation box, and the heating unit is electrically connected to the main control unit 102, which may be specifically designed in the embodiment.
  • the heat source mounting plate 110 see FIG. 2 of the specification, the heat source mounting plate 110 is installed inside the heat insulating box 101, and the heat source mounting plate 110 has a hollow structure inside.
  • a through hole 111 is bored in the hollow heat source mounting plate 110.
  • the through hole 111 communicates with the inside of the hollow heat source mounting plate 110. Water can be injected into the heat source mounting plate 110 through the through hole 111. After the water is injected, the through hole 111 can be matched.
  • the sealing plug seals the through hole 111, and the operator sets a suitable temperature value and inputs it through the input unit.
  • the main control unit 102 After receiving the temperature value sent by the input unit, the main control unit 102 causes the heat source mounting plate 110 to inject therein.
  • the water is heated to reach the set temperature value, and the structure of the heat source mounting plate can make the meal stored in the access meal unit achieve better heat preservation effect in a certain period of time.
  • heat radiation sources can be placed directly in the incubator as a heating unit, such as an active infrared heater.
  • This type of thermal radiation source such as an active infrared heater, is also electrically connected to the main control unit, the operator Setting a suitable temperature value and inputting through the input unit, after receiving the temperature value sent by the input unit, the main control unit 102 sends an instruction to enable a heat radiation source such as an active infrared heater to radiate the corresponding temperature.
  • the heat, the temperature inside the incubator can maintain the set temperature value, and the food stored in the incubator to access the meal unit can be kept warm.
  • the heating unit is installed in the incubator body, and may not be connected to the main control unit.
  • the heating unit is directly connected to the external power source.
  • the heating unit selects the heating wire and is placed in the incubator body, and the heating wire is connected with the external power source.
  • the meals stored in the meal are heated.
  • the main control unit 102 can control the small system for the single chip microcomputer, and the communication unit can be a GPRS ⁇ 3G communication unit, a WIFI communication unit or an Ethernet communication unit, and the input/output interface can be a USB interface, a memory card read/write interface, and an RS485 interface. , Bluetooth interface, infrared interface or I 2 C interface, the input unit can be a touch screen, a numeric keyboard input unit, an IC card sensing module, an infrared scanning device or a magnetic card swipe device, etc., and the output unit can be a display screen.
  • the communication unit can be a GPRS ⁇ 3G communication unit, a WIFI communication unit or an Ethernet communication unit
  • the input/output interface can be a USB interface, a memory card read/write interface, and an RS485 interface.
  • Bluetooth interface infrared interface or I 2 C interface
  • the input unit can be a touch screen, a numeric keyboard input unit, an IC card sensing module, an in
  • the operator Before using the access meal self-service terminal to take a meal, the operator first customizes the lookup table file or the configuration/control containing the lookup table file information according to the order information of the orderer in the application layer of the communication protocol of the communication unit or the input/output interface.
  • Setting information, the lookup table file contains the following information: the severee identity information, the meal type information, the diners identity information, the correspondence between the four types of meal catering units, or the lookup table file contains The following information: The identity information of the diners, the identity information of the diners, the correspondence between the three types of meal catering units, the lookup table file or the configuration ⁇ control setting information containing the information of the lookup table file will be communicated.
  • the unit or the input/output interface is input to the main control unit, and after detecting the correctly formatted lookup table file or the configuration ⁇ control setting information containing the lookup table file information, the main control unit will look up the table file or the information containing the lookup table file. Configure ⁇ control settings information for storage. Of course, if the above reservation information changes, the changed subscription information may be re-customized to generate a lookup table file or corresponding configuration ⁇ control setting information, and the regenerated lookup table file or corresponding configuration ⁇ control setting information will be communicated again.
  • the unit or the input/output interface is input to the main control unit to overwrite the previously stored lookup table file or the corresponding configuration ⁇ control setting information in the main control unit.
  • the information contained in the custom generated lookup table file is: a diners identity information, a meal type information, a diners identity information, a corresponding type of meal, and an access meal unit between the four
  • the implementation of the deposit process is as follows.
  • the main control unit stores the meal order instruction such as the depositor identity information and the stored meal type information therein.
  • the lookup table file or the configuration ⁇ control setting information is matched, and after the matching is matched, the main control unit sends an instruction, so that the access ticket window of the corresponding accessing meal unit and the automatic locking buckle on the accessing dining window door are opened, and The number of the corresponding access meal unit is outputted to the diners through the output unit, and at the same time, the access device window that is connected to the number and the spring device that accesses the meal window door automatically open the access window door. .
  • the depositor manually inserts the lunch box containing the corresponding type of meal into the corresponding access meal unit according to the lookup table file or the corresponding configuration ⁇ control setting information, and the depositor The access control window is manually closed, and the main control unit determines that the access meal self-service terminal is ready, and the access meal self-service terminal enters a standby state.
  • the input meal order instruction includes both the depositor identity information and the stored meal type information
  • the opened access meal unit must simultaneously correspond to the depositor identity information and the meal type information. That is, the meals stored in the access unit opened by the depositor each time the meal is stored are the same kind of meals.
  • the meal process is implemented as follows.
  • the depositor inputs the meal order instruction such as the depositor identity information through the input unit, and the main control unit sends the instruction after receiving the meal order instruction, such as the depositor identity information, so that all the access meals satisfying the identity information of the depositor are sent.
  • the access menu of the unit is all open at the same time.
  • the output unit outputs all the order type information and the number of the corresponding access unit, and displays it to the diners, and the diners display the correlation according to the output unit.
  • the meals stored in the meal taking unit may be the same kind of meals or different kinds of meals.
  • the diners use the access meal self-service terminal to take a meal
  • the meal taking instruction such as the diners' identity information
  • the main control unit matches the meal taking instruction sent by the input unit, such as the diners' identity information, with the lookup table file or the configuration ⁇ control setting information stored therein, and sends the command after matching, so that the corresponding access menu and the corresponding access menu are
  • the automatic lock that cooperates with the access window door is opened, and the number of the corresponding access unit is outputted to the diners through the output unit, and at the same time, the number is accessed and the access window is accessed.
  • the spring device of the dining window door automatically opens the access window door, and the meal box with the meal can be accessed by the diners through the dining window.
  • the mouth is manually removed from the access meal unit, and the above process can complete a complete fast meal taking process.
  • the access meal window is merged into one setting.
  • the implementation of the access meal process is basically the same as the above, the difference is: when the meal is eaten, when the depositor passes the input
  • the main control unit sends an instruction to enable the corresponding number of the access meal unit to be stored on the storage window and the storage window door.
  • the interlocking automatic lock is opened, and the number of the corresponding access meal unit is outputted through the output unit and displayed to the depositor, and at the same time, the spring device of the storage window and the storage window door that is connected to the number is automatically
  • the top of the storage window is open.
  • the depositor manually inserts the lunch box containing the corresponding type of meal into the corresponding access meal unit according to the lookup table file or the configuration ⁇ control setting information, and is manually closed by the depositor.
  • the main control unit judges that the accessing self-service terminal is ready, and the accessing self-service terminal enters a standby state.
  • the taking-out window and the taking-out window door are always closed; when taking the meal, when the diners pass
  • the main control unit sends an instruction to make the meal taking window and the take-out window corresponding to the meal taking instruction.
  • the interlocking automatic lock on the door is opened, and the number of the corresponding access meal unit is outputted through the output unit and displayed to the diners, and at the same time, the numbered meal window and the spring device of the meal window are movably connected.
  • the meal window door is automatically opened, and the meal box containing the meal can be manually taken out from the access meal unit by the meal taker window, and the above process can be completed.
  • the deposit window and the storage window door are always closed.
  • the lookup table file may also be generated as follows: The operator inputs the reservation information through the communication unit or the input/output interface, and the communication unit or the input/output interface receives the received information.
  • the reservation information is transmitted to the main control unit, and the main control unit automatically generates a lookup table file or configuration ⁇ control setting information according to the received reservation information, and the lookup table file includes the following information: The diners identity information, the meal type information, the diners The identity information corresponds to the correspondence between the four types of meals of the meal type, or the lookup table file contains the following information: the keeper identity information, the diners identity information, the access catering unit of the corresponding type of meal.
  • the correspondence between the three, and the lookup table file or the corresponding configuration ⁇ control setting information is stored, that is, the main control unit automatically formulates the unlocking number according to the reservation information.
  • the storage process and the meal taking process are the same as the above methods, and will not be described here.
  • the communication unit, the input unit, the main control unit and the output unit cooperate with each other, so that the diners and the diners can perform the access operation accurately and quickly according to the reservation information, which is near the crowded office.
  • the diners can store the booked meal boxes in the device before the meal according to the reservation information, and the diners only need to use at the take-out place.
  • the meal taking device can take out the lunch box with the reserved meal, and saves the various steps of selecting a meal, ordering, paying, and delivering the meal during the meal, thereby avoiding waste of time and low efficiency of feeding. .
  • the storage window and the meal taking window are made of heat insulating material, and a heat source mounting plate or a heat radiation source is installed in the heat preservation box, so that the stored food can achieve better heat preservation effect in a certain period of time.
  • the catering staff can only choose to eat the meal in the meal placed in advance.
  • the orderer can select a meal from the meal for sale to make a reservation, or book other non-sale meals according to his or her preference, which expands the order type of the orderer.
  • a self-service ordering and accessing meal system in the embodiment includes a ordering server 201 and an accessing self-service terminal 202, and the ordering server 201 is configured to receive a orderer through a wired or wireless network platform. Waiting for the sent reservation information, and automatically generating the deposit or withdrawal information according to the received reservation information, and the generated deposit or withdrawal information is sent to the access meal self-service terminal 202 directly or via a third-party medium, or by the self-service buffet.
  • the terminal 202 directly or indirectly queries the use; the access meal self-service terminal 202 is provided with an access meal unit for loading the lunch box, and the access meal self-service terminal opens the corresponding access meal unit according to the acquired deposit or withdrawal information.
  • the meal operation permission is obtained, and according to the received save or take meal instruction, the deposit or take meal operation permission and the save or take meal information are checked to control the save or take meal operation.
  • the self-service buffet access terminal in the system comprises an incubator, a main control unit 2021, a WIFI LAN, a WAN interface, a GPRS ⁇ 3G communication interface, an Ethernet LAN, a WAN interface, a Bluetooth interface, an infrared interface, a USB interface, A memory card read/write interface, an RS485 interface or an I 2 C interface, an input unit 2026, an output unit 2027, a power supply unit 2024, and a heating unit 2023.
  • the heat preservation box body is provided with an access meal unit for loading the lunch box and an opening unit 2025 corresponding to the access meal unit.
  • the access meal unit and the opening unit 2025 are correspondingly arranged, that is, one open unit 2025 controls one Accessing the opening and closing of the meal unit;
  • the input unit 2026 is configured to receive the store or take meal instruction, and send the received save or take meal instruction to the main control unit 2021, such as inputting the accessor identity information through the input unit 2026 Or the type information of the meal to be deposited or taken out;
  • the main control unit 2021 is mounted on the incubator and electrically connected to the opening unit 2025.
  • the deposit or withdrawal information generated by the above-mentioned ordering server is sent to the main control unit directly or via a third-party medium, or is directly or indirectly used by the main control unit.
  • the main control unit can adopt any one of the following four methods.
  • the I 2 C interface receives the access meal information output by the ordering server; the second is that the access meal information generated by the ordering server is first output to the third party medium, and the third party media follows the agreement.
  • the WIFI LAN ⁇ WAN interface, GPRS ⁇ 3G communication interface, Ethernet LAN ⁇ WAN interface, Bluetooth interface, infrared interface, USB interface, memory card read/write interface, RS485 interface or I 2 C interface are output to the main control unit; Is the main control unit through WIFI LAN ⁇ WAN interface, GPRS ⁇ 3G communication interface, Ethernet LAN ⁇ WAN interface, Bluetooth interface, infrared interface, USB interface, memory card read/write interface, RS485 interface or I 2 C interface to read the order server
  • the access meal information generated by the ordering server is first output to the third party medium, and the main control unit passes the WIFI LAN ⁇ WAN interface, GPRS ⁇ 3G communication interface, Ethernet LAN ⁇ WAN interface, Bluetooth interface, Infrared interface, USB interface, memory card read/write interface, RS485 interface or I 2 C interface read and access meal information from third-party media.
  • the main control unit opens the access or meal taking operation authority of the corresponding access meal unit in the corresponding self-service terminal according to the access meal information obtained directly or indirectly through the above manner, and according to the received deposit or meal order, Checking the permission to save or take the meal operation and storing or taking the meal information to control the deposit or meal taking operation;
  • the output unit is configured to output the meal taking information and the meal storing information, such as the access table unit corresponding to the meal taken by the meal taker Or open the number of the unit, or output the number of the access unit or the opening unit corresponding to the meal stored by the diners;
  • the heating unit 2023 is disposed in the incubator and electrically connected to the main control unit 2021 for storage in the thermal insulation box
  • the meal of the access meal unit provides a heat preservation function, and the operator inputs an appropriate temperature value to the main control unit through the input unit, and the main control unit controls the heating unit to cause the heating unit to release the heat corresponding to the temperature, thereby making the heat preservation box body
  • the meals are kept at this
  • the heating unit may also be connected to the main control unit without direct connection to the external power source.
  • the heating unit selects the heating wire and is placed in the incubator body, and the heating wire is connected to the external power source to heat the meals stored in the access meal unit.
  • the access meal self-service terminal further includes a power supply unit 2024, and the power supply unit 2024 is connected to the main control unit 2021.
  • the deposit or withdrawal information corresponds to the deposit or meal operation permission corresponding to the deposit or the diners, and the distribution of the access unit when the different kinds of meals are stored on the one or more access buffet terminals and the storage or Correspondence information between the diners and the access unit on the meal buffet.
  • the ordering server generates a lookup table file according to the above stored or taken meal information or generates configuration ⁇ control setting information with corresponding lookup table file information, and the generated lookup table file or corresponding configuration ⁇ control setting information will also be directly or via a third party medium. It is sent to the main control unit, or is directly or indirectly queried by the main control unit.
  • the main control unit can directly or indirectly obtain the configuration ⁇ control setting information corresponding to the lookup table file in any of the following four ways: First, the ordering server outputs the lookup table file or the corresponding configuration ⁇ control setting information to the main control unit on the access meal self-service terminal; second, the ordering server first outputs the above-mentioned lookup table file or corresponding configuration ⁇ control setting information to the third party. The medium, the third party medium outputs the lookup table file or the corresponding configuration ⁇ control setting information to the main control unit on the self-service terminal in accordance with the agreement agreement; and the third is to access the ordering unit on the self-service terminal of the meal self-service terminal.
  • Server-generated lookup table file or corresponding configuration ⁇ control setting information Generated lookup table or the corresponding configuration file ⁇ output control setting information to a third party to the media, the master unit reads the access food ordering kiosk server-generated lookup table or the media file from a third party Corresponding configuration ⁇ control settings information.
  • the information contained in the lookup table file is the identity information of the diners, the type information of the meal, the identity information of the diners, the correspondence between the catering units of the corresponding types of meals, or the information contained in the lookup table file is the diners.
  • Identity information - the correspondence between the diners' identity information and the access catering unit of the corresponding type of meal.
  • the main control unit checks the lookup table file directly or indirectly obtained according to the above manner according to the received save or take meal instruction, and controls the open unit of the corresponding access meal unit to be opened after checking whether the error is correct, or directly according to the above manner
  • the corresponding configuration ⁇ control setting information obtained directly or indirectly controls the opening unit of the corresponding access meal unit to be turned on.
  • the main control unit can control the small system for the single chip microcomputer, and the input unit can be a keyboard, an infrared scanning device, a touch screen, an RF card reader or an ordinary IC card reader, the output unit can be a display screen, and the heating unit can be infrared heating. And so on.
  • the ordering server After receiving the reservation information sent by the orderer through the wired or wireless network, the ordering server automatically generates the deposit or withdrawal information according to the received reservation information, and the automatic generation or collection of the meal information is directly copied or printed by the operator from the ordering server. Come out, it is convenient to arrange meals according to the reservation information and send the corresponding reservation meals to different access meal units in the corresponding different access meal self-service terminals for stocking.
  • the deposit or take-out information includes the permission to store or take meals of different deposit or diners, and the distribution of the access unit when different types of meals are stored on one or more access buffet terminals, and different deposits or withdrawals. The correspondence between the identity of the diners and the access to the meal unit on the meal buffet terminal.
  • the ordering server generates a lookup table file based on the above-mentioned access meal information or generates configuration ⁇ control setting information with corresponding lookup table file information.
  • the generated lookup table file or the corresponding configuration ⁇ control setting information will be sent to the main control unit directly or via a third-party medium, or directly or indirectly queried by the main control unit.
  • the main control unit adopts the following four modes. Any one of the methods directly or indirectly obtains the lookup table file or the corresponding configuration ⁇ control setting information:
  • the ordering server passes the lookup table file or the corresponding configuration ⁇ control setting information through the WIFI LAN ⁇ WAN interface on the access self-service terminal , GPRS ⁇ 3G communication interface, Ethernet LAN ⁇ WAN interface, Bluetooth interface, infrared interface, USB interface, memory card read/write interface, RS485 interface or I 2 C interface output to the main control unit in the self-service terminal, such as single-chip microcomputer Control the small system, the main control unit such as the single-chip microcomputer controls the small system to store it; second, the lookup table file generated by the ordering server or the corresponding configuration ⁇ control setting information is first output to the third-party medium, and then the third-party medium passes the agreed agreement
  • the information contained in the lookup table file is the identity information of the diners, the type information of the meal, the identifiable information of the diners, the correspondence between the four of the catering units of the corresponding types of meals, or the identities of the diners.
  • the subscription server may further regenerate the lookup table file or the corresponding configuration ⁇ control setting information according to the received changed subscription information, and regenerate the lookup table file or the corresponding configuration.
  • ⁇ Control settings information will be passed through WIFI LAN ⁇ WAN interface, GPRS ⁇ 3G communication interface, Ethernet LAN ⁇ WAN interface, Bluetooth interface, infrared interface, USB interface, memory card read/write interface, RS485 interface or I 2 C interface, etc. The same manner as described above is directly or indirectly obtained and used by the main control unit such as the single-chip microcomputer control system.
  • the depositor deposits the configured meal into the access meal self-service terminal in the system, and the process of depositing the meal by using a self-service ordering and accessing meal system in the embodiment is divided into the following two cases.
  • the information contained in the lookup table file generated by the ordering server is: a diners identity information, a meal type information, a diners identity information, a corresponding type of meal, and an access meal unit between the four
  • the implementation of the deposit process is as follows.
  • the depositor sends a meal order instruction such as the depositor identity information and the stored meal to the main control unit such as the single chip microcomputer control system through an input unit such as a keyboard, an infrared scanning device, a touch screen, an RF card reader or a general IC card reader.
  • the main control unit such as the single-chip microcomputer controls d, and the system first checks the depositing operation permission of the diners according to the input stocking instructions such as the servant identity information and the stored category information, and the check is based on the save
  • the meal instruction such as the depositor identity information and the stored meal type information, is matched with the lookup table file or the corresponding configuration ⁇ control setting information obtained directly or indirectly by the access meal self-service terminal according to the above manner, and the matching command is sent after the match is matched.
  • the opening unit of the access unit corresponding to the meal order instruction such as the depositor identity information and the stored meal type information
  • the number of the corresponding access unit or the open unit and the stored The meal type information is output through an output unit such as a display screen and displayed to the depositor.
  • the storage unit is stored in the corresponding access unit of the incubator, and the open unit corresponding to the access unit is manually closed by the depositor, and the above process can complete a complete fast meal storage process.
  • the open access meal unit must correspond to the depositor identity information and the meal type information, that is, the stored meal unit that is opened when the depositor opens the meal. Meals are the same kind of meals.
  • the meal process is implemented as follows.
  • the depositor sends a meal order instruction such as the depositor identity information to the main control unit such as the single-chip microcomputer control system through an input unit such as a keyboard, an infrared scanning device, a touch screen, an RF card reader or an ordinary IC card reader, etc., the main control unit such as The single-chip computer controls the small system to first check the privilege operation permission of the diners according to the input meal order instruction, such as the servant identity information, and according to the meal order instruction, such as the sipator identity information, and the access meal self-service terminal according to the The lookup table file or the corresponding configuration ⁇ control setting information obtained directly or indirectly in the above manner is matched, and the matching command is sent to send the instruction, so that all the access unit corresponding to the storing instruction such as the depositor identity information
  • the unit is simultaneously turned on, and the number of the corresponding access unit or the open unit and the stored meal type information are output through the output unit such as the display screen and displayed to the depositor. Then, the diners according to the number of the corresponding access meal unit or the opening unit outputted by the output unit and the stored meal type information or according to the manually printed meal information, the lunch box containing the corresponding type of meal
  • the storage unit is stored in the corresponding access unit of the incubator, and the open unit corresponding to the access unit is manually closed by the depositor.
  • the above process can also complete a complete fast meal process. In this case, since the input meal order instruction only includes the depositor identity information, the open access meal unit only needs to correspond to the depositor identity information, and at this time, the depositor opens the deposit every time.
  • the meals stored in the meal taking unit may be the same kind of meals or different kinds of meals.
  • the diners When the diners input the meal taking instructions such as the digester identity information through an input unit such as a keyboard, an infrared scanning device, a touch screen, an RF card reader, or a general IC card reader, the input unit such as a keyboard, an infrared scanning device, a touch screen, The RF card reader or the ordinary IC card reader and the like will receive the meal taking instruction, such as the diners' identity information, and send it to the main control unit, such as a single-chip microcomputer to control the small system.
  • the main control unit such as the single-chip microcomputer, controls the small system to receive an input unit such as a keyboard.
  • the diners are first checked according to the input meal taking instructions, such as the diners' identity information.
  • the meal operation authority is checked, according to the meal taking instruction, such as the diners' identity information, the search table file or the corresponding configuration ⁇ control setting information obtained directly or indirectly by the access self-service terminal according to the above manner is matched, and the matching is matched.
  • the system links the three processes of ordering, storing and taking meals, which not only achieves the purpose of ordering meals without leaving the house, but also does not require a large number of food delivery personnel to shuttle back and forth between the various feeding places, and at the same time, due to the use of the system.
  • the ordering operation, the meal-keeping operation and the meal-taking operation can be completed according to the reservation information of the meal before and during the meal, and the various items such as meal selection, ordering, payment, and meal delivery are eliminated, and the avoidance is avoided. Time wasted, meal efficiency is low, and the orderer can choose to order meals from the meals for sale when booking meals, or book other non-sale meals according to their preferences. , expanding the ordering order of the orderer.

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Abstract

一种存取餐自助终端和自助订餐及存取餐系统，系统包括订餐服务器201和存取餐自助终端202，订餐服务器201接收预订信息以生成存或取餐信息，存或取餐信息直接或经由第三方媒介下发至存取餐自助终端202，或由存取餐自助终端202直接或间接查询使用；存取餐自助终端202根据存或取餐信息，开放对应存取餐单元的存或取餐操作权限，并根据接收到的存或取餐指令核对存或取餐操作权限和存或取餐信息，以控制存或取餐操作。该系统将订餐、存餐和取餐联系起来，既实现足不出户订餐的目的，又省掉就餐时选餐、点餐、支付和送餐等各环节，还无需大量送餐人员送餐时来回穿梭于送餐场所。

Description

存取餐自助终端和自助订餐及存取餐系统 技术领域
本发明涉及餐饮领域， 具体涉及一种存取餐自助终端和自助订餐及 存取餐系统。
背景技术
在现代生活及工作当中， 可供选取的订餐及取餐方式主要包括以下 几种， 一种是最为传统的订餐取餐方式， 即订餐者在就餐场所如餐厅或 食堂订餐， 然后由服务员将所订餐食人工递送给订餐者， 订餐者即可实 现取餐； 另外一种则是目前正在兴起的网络订餐取餐方式， 即订餐者通 过网络平台选取某一餐厅提供的餐食并预订， 再由送餐人员将餐食按照 预订信息——当面送给订餐者， 订餐者即可取餐； 还有一种方式， 即通 过自动售餐机实现订餐取餐过程。 上述第一种传统的订餐取餐方式以及 第三种利用自动售餐机自动订餐取餐的方式都存在一个问题， 在人员密 集的办公场所附近， 当大量人员集中就餐时， 由于上述两种模式在选餐、 点餐、 支付和送餐等各个环节上都需要花费时间， 使得供餐效率较低， 通常还会导致大量人员集中就餐时， 不可避免的出现大量排队等候的现 象， 严重影响了就餐体验。 同时， 在利用自动售餐机为订餐者提供餐食 时， 一般是由人工提前将固定种类的待售餐食装入自动售餐机， 订餐者 通过自动售餐机订餐时， 只能在提前放入自动售餐机中的餐食中选择， 这样， 使得订餐者选择的餐食的种类受到一定程度的限制。 而利用第二 种即网络订餐取餐的方式， 虽然避免了就餐时在选餐、 点餐等环节上时 间的浪费， 但由于采用此种方式， 需要大量送餐人员在预订餐食派送过 程中穿梭于送餐场所， 浪费了大量人力及时间。
发明内容
本发明提供一种存取餐自助终端和自助订餐及存取餐系统， 系统包 括订餐服务器和存取餐自助终端， 存取餐自助终端上设置有装载餐盒的 存取餐单元； 订餐服务器接收预订信息， 并生成存或取餐信息， 存或取 餐信息直接或经由第三方媒介下发至存取餐自助终端， 或者由存取餐自 助终端直接或间接查询使用； 存取餐自助终端根据存或取餐信息， 开放 对应存取餐单元的存或取餐操作权限， 并根据接收到的存或取餐指令， 核对存或取餐操作权限和存或取餐信息， 以控制存或取餐操作。
存取餐自助终端包括： 保温箱体， 保温箱体设有装载餐盒的存取餐 单元和与存取餐单元——对应设置的开启单元； 用于控制存取餐操作的 主控单元， 主控单元安装在保温箱体上， 并与开启单元电连接。
订餐及存或取餐时， 只需要将预订信息发送给订餐服务器， 订餐服 务器据此生成存或取餐信息， 而存餐者提前根据存餐信息向存取餐自助 终端的对应存取餐单元内存餐时， 只需向存取餐自助终端内输入与存餐 操作权限相符的存餐指令即可， 取餐者取餐时， 只需向存取餐自助终端 内输入与取餐操作权限相符的取餐指令即可取出预订的对应餐食， 该系 统将订餐和存餐、 取餐三个过程联系起来， 使得供餐场所可根据订餐者 的预订信息提前向对应存取餐自助终端存入相应餐食， 因而， 既实现了 订餐者足不出户订餐的目的， 又无需大量送餐人员送餐时来回穿梭于送 餐场所， 避免人力和送餐时间的浪费。 同时， 采用本发明所述的系统进 行自助订餐及自助存取餐时， 由于存餐操作及取餐操作分别在就餐之前 及就餐时即可根据餐食的预订信息完成， 省掉了就餐时选餐、 点餐、 支 付、 送餐等各个环节， 避免了浪费时间， 供餐效率较低等现象的产生。 附图说明
图 1为本发明实施例一中存取餐自助终端的正面结构示意图； 图 2为本发明实施例一中存取餐自助终端的背面结构示意图； 图 3为本发明实施例一中存取餐自助终端的内部电路结构图； 图 4为本发明实施例二中自助订餐及存取餐系统的结构示意图。 具体实施方式
下面通过具体实施方式结合附图对本发明作进一步详细说明。
实施例一
请参考说明书附图中的图 1、 图 2及图 3。本实施例中存取餐自助终 端的外形结构是一个四壁由阻热材料制成的保温箱体 101 ,保温箱体 101 的尺寸大小可根据实际使用情况具体设计， 本实施例中保温箱体 101的 高度大约为 80cm, 长度大约为 120cm, 宽度大约为 20cm。保温箱体 101 内部分隔设置有若干个固定尺寸的存取餐单元， 每个存取餐单元都对应 设置有一个存取功能合并的存取餐窗口 103 , 其中， 存餐窗口和取餐窗 口也可分别独立设置， 独立设置的存餐窗口和取餐窗口分别与存取餐单 元个数相同， 并与相应存取餐单元——对应。 存取餐窗口 103的外壁也 由阻热材料制成， 存取餐窗口 103通过弹簧装置 105活动连接存取餐窗 门 104, 存取餐窗口 103的形状及大小与存取餐窗门 104的形状及大小 相匹配， 存取餐窗口 103和存取餐窗门 104上分别安装有相互配合的自 动锁扣 106和自动锁扣 112, 存取餐窗口 103上安装的自动锁扣 106和 存取餐窗门 104上安装的自动锁扣 112位置相对应， 自动锁扣 106和自 动锁扣 112相互配合，控制存取餐窗口 103和存取餐窗门 104的开与闭。 本实施例中， 上述存取餐窗门 104、 弹簧装置 105、 自动锁扣 106及自动 锁扣 112共同构成本实施例中的开启单元， 每一个开启单元对应一个存 取餐单元。
保温箱体 101 的上方安装有主控单元 102、 用于接收订餐信息并将 接收到的订餐信息输入到主控单元中的通信单元或输入 \输出接口、用于 输入取餐者取餐指令和存餐者存餐指令的输入单元， 以及用于输出取餐 信息和存餐信息的输出单元， 如输出装有对应餐食的取餐窗口编号或输 出对应餐食信息所应存储的存餐窗口编号等。通信单元或输入\输出接口 与主控单元电连接， 输入单元与主控单元电连接， 输出单元与主控单元 电连接， 主控单元的输出端连接开启单元， 本实施例中主控单元即连接 存取餐窗口 103上的自动锁扣 106, 通过相互配合的存取餐窗口 103上 的自动锁扣 106与存取餐窗门 104上的自动锁扣 112的开与锁控制存取 餐窗口 103和存取餐窗门 104的开与闭， 电源单元与主控单元连接， 为 主控单元 102的正常工作提供所需电源，电源单元可以为内置电池组成 , 也可以为外接电源。
主控单元 102 通过控制线路 107 连接合并为一设置的存取餐窗口 103上的自动锁扣 106,其它不同存取餐窗口上安装的自动锁扣也都通过 控制线路 107与主控单元 102电连接， 请参见说明书附图中图 3 , 图 3 中第一锁扣、 第二锁扣、 第三锁扣…、 第 N锁扣分别代表不同存取餐窗 口上安装的自动锁扣， 主控单元 102根据输入单元发送的存餐指令或输 入单元发送的取餐指令， 通过控制相互配合的自动锁扣 106和自动锁扣 112的开与锁来控制存取餐窗门 104和存取餐窗口 103的开与闭， 该实 施例中的保温箱体 101上还带有挂耳装置 108及搬运耳朵 109, 挂耳装 置 108便于装置的安装， 搬运耳朵 109便于装置的搬运， 挂耳装置 108 共有四个， 搬运耳朵 109共有两个， 挂耳装置 108安装在保温箱体 101 的背面与侧壁交界线处， 且每一交界线上安装有两个挂耳装置 108 , 两 交界线上的挂耳装置 108对称安装， 而两个搬运耳朵 109则对称安装在 保温箱体的侧壁上。
其中， 存餐窗口和取餐窗口既可如本实施例中合并为一设置， 也可 分别独立设置， 当存、 取餐窗口分别独立设置时， 对应的存、 取餐窗门 也将独立设置。 一个存餐窗口和一个取餐窗口对应一个存取餐单元， 而 独立设置的存餐窗口和存餐窗门通过弹簧装置活动连接， 存餐窗口和存 餐窗门上分别在对应位置安装有自动锁扣， 不同存餐窗口上分别安装的 自动锁扣都通过控制线路与主控单元 102相互电连接， 主控单元 102根 据输入单元发送的存餐指令， 通过控制相互配合的自动锁扣的开与锁来 控制存餐窗门和存餐窗口的开与闭； 独立设置的取餐窗口和取餐窗门也 可通过弹簧装置活动连接， 取餐窗口和取餐窗门上分别在对应位置安装 自动锁扣， 不同取餐窗口上分别安装的自动锁扣也都通过控制线路与主 控单元 102相互电连接， 主控单元 102根据输入单元发送的取餐指令， 通过控制相互配合的自动锁扣的开与锁来控制取餐窗门和取餐窗口的开 与闭。
进一步地， 为了使存取餐单元中存储的餐食更好的保温， 在保温箱 体中还安装了加热单元， 加热单元与主控单元 102电连接， 具体可以为 本实施例中设计的两个热源安装板 110 , 参见说明书附图图 2 , 热源安装 板 110安装在保温箱体 101 内部， 热源安装板 110的内部为空心结构， 在空心热源安装板 110上挖有通孔 111 ,通孔 111与空心热源安装板 110 内部连通， 通过通孔 111可向热源安装板 110内注入水， 水注入后可用 与通孔 111相匹配的密封塞将通孔 111密封住， 操作人员设定一合适的 温度值， 并通过输入单元输入， 主控单元 102接收到输入单元发送的该 温度值后， 使热源安装板 110对其内注入的水加热， 以达到所设定的温 度值， 以上热源安装板的结构可使存放在存取餐单元中的餐食在一定时 间内达到更好的保温效果。
另外， 还可以通过直接在保温箱体内放置其它热量辐射源作为加热 单元， 如有源的红外发热器， 该类型的热量辐射源如有源的红外发热器 也与主控单元电连接， 操作人员设定一合适的温度值， 并通过输入单元 输入， 主控单元 102接收到输入单元发送的该温度值后， 即发送指令， 使热量辐射源如有源的红外发热器辐射对应温度所需的热量， 保温箱体 内的温度即可保持此设定的温度值， 进而使存放在保温箱体内存取餐单 元中的餐食达到保温作用。
当然， 加热单元安装在保温箱体内， 也可不与主控单元连接， 加热 单元直接连接外部电源， 如加热单元选用加热丝， 放置于保温箱体内， 加热丝与外部电源连接， 对存取餐单元中存储的餐食加热。
具体的， 主控单元 102可以为单片机控制小系统， 通信单元可以为 GPRS\3G通信单元、 WIFI通信单元或以太网通信单元， 输入 \输出接口 可以为 USB接口、 存储卡读写接口、 RS485接口、 蓝牙接口、 红外线接 口或 I2C接口， 输入单元可以是触摸屏、 数字键盘输入单元、 IC卡感应 模块、 红外扫描装置或者磁卡刷卡器等， 输出单元可以为显示屏。
在使用存取餐自助终端取餐之前， 操作人员先根据订餐者的预订信 息在通信单元或输入 \输出接口的通信协议的应用层自定义查找表文件 或者含有该查找表文件信息的配置 \控制设置信息，查找表文件包含以下 信息： 存餐者身份信息一餐食种类信息一取餐者身份信息一对应种类餐 食的存取餐单元四者之间的对应关系， 或， 查找表文件包含以下信息： 存餐者身份信息一取餐者身份信息一对应种类餐食的存取餐单元三者之 间的对应关系，查找表文件或者含有查找表文件信息的配置\控制设置信 息将通过通信单元或输入 \输出接口输入到主控单元中，而主控单元检测 到格式正确的查找表文件或者含有查找表文件信息的配置\控制设置信 息后，将查找表文件或者含有查找表文件信息的配置 \控制设置信息进行 存储。 当然， 如果上述预订信息发生变化， 可将变化后的预订信息重新 自定义生成查找表文件或者对应的配置 \控制设置信息，重新生成的查找 表文件或对应的配置 \控制设置信息将再次通过通信单元或输入 \输出接 口输入到主控单元中， 以覆盖主控单元中原先存储的查找表文件或者对 应的配置\控制设置信息。
利用本实施例中一种存取餐自助终端实现存餐的过程将分成以下两 种情况详细介绍。
第一种情况， 当自定义生成的查找表文件所含的信息为： 存餐者身 份信息一餐食种类信息一取餐者身份信息一对应种类餐食的存取餐单元 四者之间的对应关系时， 存餐过程的实现如下。 当存餐者通过输入单元 输入存餐指令如存餐者身份信息及所存的餐食种类信息时， 主控单元将 此存餐指令如存餐者身份信息及所存的餐食种类信息与其内存储的查找 表文件或者配置\控制设置信息进行匹配， 匹配相符后， 主控单元发送指 令， 使对应存取餐单元的存取餐窗口和存取餐窗门上相互配合的自动锁 扣打开，并将对应存取餐单元的编号通过输出单元输出并显示给存餐者， 与此同时， 活动连接该编号的存取餐窗口与存取餐窗门的弹簧装置自动 将存取餐窗门顶开。 随后， 存餐者按照该查找表文件或者相应配置 \控制 设置信息， 将装有该对应种类餐食的餐盒人工通过存取餐窗口放入对应 的存取餐单元中， 并由存餐者人工关闭存取餐窗口， 主控单元判断存取 餐自助终端准备就绪， 使存取餐自助终端进入待命状态。 该情况下由于 输入的存餐指令既包含了存餐者身份信息又包含了所存的餐食种类信 息， 因此， 打开的存取餐单元必须与存餐者身份信息和餐食种类信息同 时对应， 即存餐者每次存餐时打开的存取餐单元中所存的餐食都为同种 类的餐食。
第二种情况， 当自定义生成的查找表文件所含的信息为： 存餐者身 份信息一取餐者身份信息一对应种类餐食的存取餐单元三者之间的对应 关系时， 存餐过程的实现如下。 存餐者通过输入单元输入存餐指令如存 餐者身份信息， 主控单元接收到此存餐指令如存餐者身份信息后即发送 指令， 使所有符合此存餐者身份信息的存取餐单元的存取餐窗口同时全 部打开， 与此同时， 输出单元将所有的订餐种类信息及对应存取餐单元 的编号一并输出， 并显示给存餐者， 存餐者按照输出单元显示的相关信 息， 将所有装有对应餐食的餐盒放入相应的存取餐单元中， 并人工关闭 所有存取餐窗门。 该情况下由于输入的存餐指令只包含了存餐者身份信 息， 因此， 打开的存取餐单元只须与存餐者身份信息相对应即可， 此时， 存餐者每次打开的存取餐单元中所存的餐食可以为同种类的餐食也可以 为不同种类的餐食。
当取餐者利用存取餐自助终端取餐时， 一旦输入单元接收到取餐者 输入的取餐指令如取餐者身份信息后， 即将此取餐指令如取餐者身份信 息发送给主控单元， 主控单元将输入单元发送的取餐指令如取餐者身份 信息与其内存储的查找表文件或者配置 \控制设置信息进行匹配， 匹配相 符后即发送指令， 使对应的存取餐窗口与存取餐窗门上相互配合的自动 锁扣打开， 并将对应存取餐单元的编号通过输出单元输出并显示给取餐 者， 与此同时， 活动连接该编号的存取餐窗口与存取餐窗门的弹簧装置 自动将存取餐窗门顶开， 装有餐食的餐盒即可以由取餐者通过存取餐窗 口从存取餐单元内人工取出， 以上过程即可完成一次完整的快速取餐过 程。
以上为存取餐窗口合并为一设置时的情况， 当存取餐窗口分别独立 设置时， 存取餐过程的实现和上述基本相同， 所不同的是： 存餐时， 当 存餐者通过输入单元输入的存餐指令与主控单元内存储的查找表文件或 者配置 \控制设置信息匹配无误后， 主控单元发送指令， 使对应编号的存 取餐单元的存餐窗口和存餐窗门上相互配合的自动锁扣打开， 并将对应 存取餐单元的编号通过输出单元输出并显示给存餐者， 与此同时， 活动 连接该编号的存餐窗口与存餐窗门的弹簧装置自动将存餐窗门顶开。 随 后， 存餐者按照该查找表文件或者配置 \控制设置信息， 将装有该对应种 类餐食的餐盒人工通过存餐窗口放入对应的存取餐单元中， 并由存餐者 人工关闭窗口， 主控单元判断存取餐自助终端准备就绪， 使存取餐自助 终端进入待命状态， 此时， 取餐窗口和取餐窗门一直处于关闭状态； 取 餐时， 当取餐者利通过输入单元输入的取餐指令与主控单元内存储的查 找表文件或者配置 \控制设置信息匹配无误后， 主控单元即发送指令， 使 与该取餐指令相对应的取餐窗口与取餐窗门上相互配合的自动锁扣打 开， 并将对应存取餐单元的编号通过输出单元输出并显示给取餐者， 与 此同时， 活动连接该编号的取餐窗口与取餐窗门的弹簧装置自动将取餐 窗门顶开， 装有餐食的餐盒即可以由取餐者通过取餐窗口从存取餐单元 内人工取出， 以上过程即可完成一次完整的快速取餐过程，取餐过程中， 存餐窗口和存餐窗门一直处于关闭状态。
上述使用存取餐自助终端取餐之前的过程中， 查找表文件也可按照 以下方式生成： 操作人员将预订信息通过通信单元或输入 \输出接口输 入， 通信单元或输入\输出接口将接收到的预订信息传送给主控单元， 主 控单元根据接收到的预订信息自动生成查找表文件或者配置 \控制设置 信息， 查找表文件包含以下信息： 存餐者身份信息一餐食种类信息一取 餐者身份信息一对应种类餐食的存取餐单元四者之间的对应关系， 或， 查找表文件包含以下信息： 存餐者身份信息一取餐者身份信息一对应种 类餐食的存取餐单元三者之间的对应关系， 并将查找表文件或者对应的 配置 \控制设置信息进行存储， 即主控单元自动根据预订信息制定开锁编 号。 其中， 存餐过程及取餐过程的实现和上述方法相同， 这里不再赘述。
本实施例中通信单元、输入单元、主控单元和输出单元的相互配合， 使得存餐者及取餐者可根据预订信息准确快速无误的进行存取餐操作， 这在人员密集的办公场所附近，当大量人员集中就餐时具有很大的便利， 存餐者可根据预订信息在就餐之前将预订的装有餐食的餐盒存入该装置 中， 而取餐者只需在取餐场所利用本实施例中取餐装置取出装有预订餐 食的餐盒即可， 省掉了就餐时选餐、 点餐、 支付、 送餐等各个环节， 避 免了浪费时间， 供餐效率较低等现象。 另外， 该装置中除了保温箱体、 存餐窗口和取餐窗口采用隔热材料制成以外， 在保温箱体内还安装有热 源安装板或热量辐射源， 使得存入的餐食能在一定时间内达到较好的保 温效果。 同时， 由于本实施例中存取餐自助终端的存取餐单元中存放的 餐食是事先根据预订信息存入的， 避免了就餐人员只能在提前放入的餐 食中选择餐食就餐的情况，订餐者既可从待售餐食中选择餐食进行预订， 也可根据自己的喜好预订其它非待售餐食， 扩大了订餐者的订餐种类。 实施例二
请参考说明书附图中的图 4, 本实施例中的一种自助订餐及存取餐 系统包括订餐服务器 201和存取餐自助终端 202, 订餐服务器 201用于 接收订餐者通过有线或无线网络平台等发送的预订信息， 并根据接收到 的预订信息自动生成存或取餐信息， 生成的存或取餐信息直接或经由第 三方媒介下发至存取餐自助终端 202, 或者由存取餐自助终端 202直接 或间接查询使用；存取餐自助终端 202上设置有装载餐盒的存取餐单元， 存取餐自助终端根据获取到的存或取餐信息， 开放对应存取餐单元的存 或取餐操作权限， 并根据接收到的存或取餐指令， 核对存或取餐操作权 限和存或取餐信息， 以控制存或取餐操作。
进一步地， 该系统中的存取餐自助终端包括保温箱体、 主控单元 2021、 WIFI 局域网 \广域网接口、 GPRS\3G 通信接口、 以太网局域网 \ 广域网接口、蓝牙接口、红外线接口、 USB接口、存储卡读写接口、 RS485 接口或 I2C接口、 输入单元 2026、 输出单元 2027、 电源单元 2024和加 热单元 2023。本领域技术人员可以理解的是， WIFI局域网 \广域网接口、 GPRS\3G 通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接 口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口还可以用其他 通信单元或输入 /输出接口 2022如 GPRS\3G通信单元、以太网通信单元 等代替。 保温箱体上设有装载餐盒的存取餐单元及与存取餐单元对应设 置的开启单元 2025 , 优选的， 存取餐单元与开启单元 2025——对应设 置，即一个开启单元 2025控制一个存取餐单元的开与闭；输入单元 2026 用于接收存或取餐指令， 并将接收到的存或取餐指令发送给主控单元 2021 ,如通过输入单元 2026输入存取餐者身份信息或需存入或取出的餐 食种类信息等； 主控单元 2021安装在保温箱体上， 且与开启单元 2025 电连接。 上述订餐服务器生成的存或取餐信息直接或经由第三方媒介下 发至主控单元， 或者由主控单元直接或间接查询使用， 优选地， 主控单 元可以通过以下四种方式中任意一种方式直接或间接获取存取餐信息： 一是通过 WIFI局域网 \广域网接口、 GPRS\3G通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接口、 USB 接口、 存储卡读写接口、 RS485接口或 I2C接口接收订餐服务器输出的存取餐信息； 二是订餐服 务器生成的存取餐信息先输出给第三方媒介， 由第三方媒介按照约定协 议通过 WIFI局域网 \广域网接口、 GPRS\3G通信接口、 以太网局域网 \ 广域网接口、蓝牙接口、红外线接口、 USB接口、存储卡读写接口、 RS485 接口或 I2C接口输出给主控单元； 三是主控单元通过 WIFI局域网 \广域 网接口、 GPRS\3G 通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口读取 订餐服务器生成的存取餐信息； 四是订餐服务器生成的存取餐信息先输 出给第三方媒介， 主控单元通过 WIFI局域网 \广域网接口、 GPRS\3G通 信接口、 以太网局域网 \广域网接口、蓝牙接口、红外线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口从第三方媒介处读取存取餐信 息。 主控单元根据通过上述方式直接或间接获取到的存取餐信息， 开放 对应存取餐自助终端内对应存取餐单元的存或取餐操作权限， 并根据接 收到的存或取餐指令， 核对存或取餐操作权限及存或取餐信息， 以控制 存或取餐操作； 输出单元用于输出取餐信息及存餐信息， 如输出取餐者 所取餐食对应的存取餐单元或开启单元的编号， 或输出存餐者所存餐食 对应的存取餐单元或开启单元的编号； 加热单元 2023 设置在保温箱体 内， 与主控单元 2021电连接， 为存储在保温箱体里存取餐单元的餐食提 供保温功能， 操作人员通过输入单元向主控单元输入适宜的温度值， 主 控单元控制加热单元， 使加热单元放出与此温度相对应的热量， 从而使 保温箱体内的餐食持续保持在该温度。加热单元也可不与主控单元连接， 直接连接外部电源， 如加热单元选用加热丝， 放置于保温箱体内， 加热 丝与外部电源连接， 对存取餐单元中存储的餐食加热。 存取餐自助终端 还包括电源单元 2024, 电源单元 2024与主控单元 2021连接。
进一步地， 存或取餐信息对应包括存或取餐者对应的存或取餐操作 权限、 不同种类餐食在一个或者多个存取餐自助终端上存放时的存取餐 单元分布以及存或取餐者身份与存取餐自助终端上的存取餐单元之间的 对应信息。 订餐服务器根据上述存或取餐信息生成查找表文件或者生成 带有对应查找表文件信息的配置 \控制设置信息，生成的查找表文件或对 应的配置 \控制设置信息将同样直接或经由第三方媒介下发至主控单元， 或者由主控单元直接或间接查询使用， 优选地， 主控单元可以通过以下 四种方式中任意一种方式直接或间接获取查找表文件对应的配置\控制 设置信息：一是订餐服务器将该查找表文件或对应配置\控制设置信息输 出给存取餐自助终端上的主控单元； 二是订餐服务器先将上述查找表文 件或对应配置 \控制设置信息输出给第三方媒介， 由第三方媒介按照约定 协议将该查找表文件或对应的配置 \控制设置信息输出给存取餐自助终 端上的主控单元； 三是存取餐自助终端上的主控单元读取订餐服务器生 成的查找表文件或对应的配置\控制设置信息； 四是订餐服务器生成的查 找表文件或对应的配置\控制设置信息先输出给第三方媒介，存取餐自助 终端上的主控单元从第三方媒介处读取订餐服务器生成的查找表文件或 对应的配置 \控制设置信息。查找表文件所含信息为存餐者身份信息一餐 食种类信息一取餐者身份信息一对应种类餐食的存取餐单元之间的对应 关系， 或查找表文件所含信息为存餐者身份信息一取餐者身份信息一对 应种类餐食的存取餐单元之间的对应关系。 主控单元根据接收到的存或 取餐指令， 与按照上述方式直接或间接获取到的查找表文件进行核对， 核对无误后控制对应存取餐单元的开启单元开启， 或者， 直接根据按照 上述方式直接或间接获取到的对应配置 \控制设置信息控制对应存取餐 单元的开启单元开启。
进一步地， 主控单元可以为单片机控制小系统， 输入单元可以是键 盘、 红外扫描装置、 触摸屏、 RF读卡器或者普通 IC读卡器等， 输出单 元可以为显示屏， 加热单元可以为红外加热器等。
以下将详细介绍利用本实施例中的一种自助订餐及存取餐系统实现 订餐及存取餐的过程。
订餐服务器通过有线或无线网络接收到订餐者发送的预订信息后， 根据接收到的预订信息自动生成存或取餐信息， 自动的生成存或取餐信 息由操作人员从订餐服务器中直接拷贝或打印出来， 方便按照预订信息 进行配餐以及将相应预订餐食送到对应的不同存取餐自助终端内不同存 取餐单元进行存餐。 其中， 存或取餐信息包括不同存或取餐者的存或取 餐操作权限、 不同种类餐食在一个或者多个存取餐自助终端上存放时的 存取餐单元分布以及不同存或取餐者身份与存取餐自助终端上的存取餐 单元之间的对应信息。 订餐服务器根据上述存取餐信息生成查找表文件 或者生成带有对应查找表文件信息的配置 \控制设置信息。
上述生成的查找表文件或对应的配置\控制设置信息将直接或经由 第三方媒介下发至主控单元， 或者由主控单元直接或间接查询使用， 优 选地， 主控单元通过以下四种方式中任意一种方式直接或间接获取查找 表文件或对应的配置 \控制设置信息：一是订餐服务器将该查找表文件或 对应配置\控制设置信息通过存取餐自助终端上的 WIFI局域网 \广域网接 口、 GPRS\3G 通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外 线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口输出给存 取餐自助终端内的主控单元如单片机控制小系统， 主控单元如单片机控 制小系统将其进行存储； 二是订餐服务器生成的查找表文件或对应的配 置\控制设置信息先输出给第三方媒介，再由第三方媒介按照约定协议通 过 WIFI局域网 \广域网接口、 GPRS\3G通信接口、 以太网局域网 \广域网 接口、 蓝牙接口、 红外线接口、 USB接口、 存储卡读写接口、 RS485接 口或 I2C 接口输出给存取餐自助终端内的主控单元如单片机控制小系 统， 主控单元如单片机控制小系统将其进行存储； 三是存取餐自助终端 内的主控单元如单片机控制小系统通过 WIFI 局域网 \广域网接口、 GPRS\3G 通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接 口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口读取订餐服务 器生成的查找表文件或对应的配置 \控制设置信息； 四是订餐服务器生成 的查找表文件或对应的配置 \控制设置信息先输出给第三方媒介，存取餐 自助终端上的主控单元通过 WIFI局域网 \广域网接口、 GPRS\3G通信接 口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接口、 USB接口、 存 储卡读写接口、 RS485接口或 I2C接口从第三方媒介处读取订餐服务器 生成的查找表文件或对应的配置 \控制设置信息。查找表文件所含信息为 存餐者身份信息一餐食种类信息一取餐者身份信息一对应种类餐食的存 取餐单元四者之间的对应关系或存餐者身份信息一取餐者身份信息一对 应种类餐食的存取餐单元三者之间的对应关系。
当然， 如果订餐服务器检测到上述预订信息发生变化， 订餐服务器 还可根据接收到的变化后的预订信息重新生成查找表文件或者对应的配 置\控制设置信息， 重新生成的查找表文件或对应的配置\控制设置信息 将再次通过 WIFI局域网 \广域网接口、 GPRS\3G通信接口、 以太网局域 网\广域网接口、 蓝牙接口、 红外线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口等按照上述同样的方式直接或间接被主控单元如 单片机控制小系统所获取并使用。
存餐者将配置好的餐食存入该系统中的存取餐自助终端， 利用本实 施例中一种自助订餐及存取餐系统实现存餐的过程将分成以下两种情况 详细介绍。
第一种情况， 当订餐服务器生成的查找表文件所含的信息为： 存餐 者身份信息一餐食种类信息一取餐者身份信息一对应种类餐食的存取餐 单元四者之间的对应关系时， 存餐过程的实现如下。 存餐者通过输入单 元如键盘、 红外扫描装置、 触摸屏、 RF读卡器或者普通 IC读卡器等向 主控单元如单片机控制小系统发送存餐指令如存餐者身份信息及所存的 餐食种类信息时， 主控单元如单片机控制 d、系统先根据输入的存餐指令 如存餐者身份信息及所存的餐食种类信息核对该存餐者的存餐操作权 限， 核对无误后根据该存餐指令如存餐者身份信息及所存的餐食种类信 息， 与存取餐自助终端按照上述方式直接或间接获取到的查找表文件或 对应的配置 \控制设置信息进行匹配， 匹配相符后发送指令， 使与此存餐 指令如存餐者身份信息和所存的餐食种类信息相对应的存取餐单元的开 启单元处于开启状态， 并将对应的存取餐单元或开启单元的编号及所存 的餐食种类信息通过输出单元如显示屏输出并显示给存餐者。 随后， 存 餐者按照该输出单元输出的对应的存取餐单元或开启单元的编号及所存 的餐食种类信息或按照人工打印出来的存餐信息， 将装有该对应种类餐 食的餐盒存放到保温箱体内相应的存取餐单元中， 并由存餐者人工关闭 与该存取餐单元对应的该开启单元， 以上过程即可完成一次完整的快速 存餐过程。 该情况下由于输入的存餐指令既包含了存餐者身份信息又包 含了所存的餐食种类信息， 因此， 打开的存取餐单元必须与存餐者身份 信息和餐食种类信息同时对应， 即存餐者每次存餐时打开的存取餐单元 中所存的餐食都为同种类的餐食。
第二种情况， 当订餐服务器生成的查找表文件所含的信息为： 存餐 者身份信息一取餐者身份信息一对应种类餐食的存取餐单元三者之间的 对应关系时， 存餐过程的实现如下。 存餐者通过输入单元如键盘、 红外 扫描装置、 触摸屏、 RF读卡器或者普通 IC读卡器等向主控单元如单片 机控制小系统发送存餐指令如存餐者身份信息， 主控单元如单片机控制 小系统先根据输入的存餐指令如存餐者身份信息核对该存餐者的存餐操 作权限， 核对无误后根据该存餐指令如存餐者身份信息， 与存取餐自助 终端按照上述方式直接或间接获取到的查找表文件或对应的配置\控制 设置信息进行匹配， 匹配相符后发送指令， 使与此存餐指令如存餐者身 份信息相对应的所有存取餐单元的开启单元同时处于开启状态， 并将对 应的存取餐单元或开启单元的编号及所存的餐食种类信息通过输出单元 如显示屏输出并显示给存餐者。 随后， 存餐者按照该输出单元输出的对 应的存取餐单元或开启单元的编号及所存的餐食种类信息或按照人工打 印出来的存餐信息， 将装有该对应种类餐食的餐盒存放到保温箱体内相 应的存取餐单元中， 并由存餐者人工关闭与该存取餐单元对应的该开启 单元， 以上过程也可完成一次完整的快速存餐过程。 该情况下由于输入 的存餐指令只包含了存餐者身份信息， 因此， 打开的存取餐单元只须与 存餐者身份信息相对应即可， 此时， 存餐者每次打开的存取餐单元中所 存的餐食可以为同种类的餐食也可以为不同种类的餐食。
当取餐者通过输入单元如键盘、 红外扫描装置、 触摸屏、 RF读卡器 或者普通 IC读卡器等输入取餐指令如取餐者身份信息后，输入单元如键 盘、 红外扫描装置、 触摸屏、 RF读卡器或者普通 IC读卡器等即将接收 到的取餐指令如取餐者身份信息发送给主控单元如单片机控制小系统， 主控单元如单片机控制小系统接收到输入单元如键盘、 红外扫描装置、 触摸屏、 RF读卡器或者普通 IC读卡器等发送的取餐指令如取餐者身份 信息后， 先根据输入的取餐指令如取餐者身份信息核对该取餐者的取餐 操作权限， 核对无误后， 根据取餐指令如取餐者身份信息， 与存取餐自 助终端按照上述方式直接或间接获得的查找表文件或对应的配置\控制 设置信息进行匹配， 匹配相符后发送指令， 使与该取餐指令如取餐者身 份信息相对应的存取餐单元的开启单元处于开启状态， 并将对应的存取 餐单元或开启单元的编号及所取的餐食种类信息通过输出单元如显示屏 输出并显示给取餐者， 取餐者即可根据输出单元如显示屏输出并显示的 对应的存取餐单元或开启单元的编号及所取的餐食种类信息， 将装有预 订种类餐食的餐盒从保温箱体内该对应的存取餐单元中取出， 以上过程 即可完成一次完整的快速取餐过程。 该系统将订餐、 存餐和取餐三个过程联系起来， 既实现了足不出户 订餐的目的， 又无需大量送餐人员送餐时来回穿梭于各送餐场所， 同时， 由于利用该系统进行的订餐操作、 存餐操作及取餐操作分别在就餐之前 及就餐时即可根据餐食的预订信息完成， 省掉了就餐时选餐、 点餐、 支 付、 送餐等各个环节， 避免了浪费时间， 供餐效率较低等现象的产生， 并且， 订餐者在预订餐食时， 既可从待售餐食中选择餐食进行预订， 也 可根据自己的喜好预订其它非待售餐食， 扩大了订餐者的订餐种类。 以上所述仅为本发明的较佳实施例， 只是用于帮助理解本发明并不 用以限制本发明。 对于本领域的一般技术人员， 依据本发明的思想， 可 以对上述具体实施方式进行变化。

Claims

权 利 要 求
1.一种存取餐自助终端， 其特征在于， 包括：
保温箱体， 保温箱体设有装载餐盒的存取餐单元和与存取餐单元一 一对应设置的开启单元；
用于控制存取餐操作的主控单元， 主控单元安装在保温箱体上， 并 与开启单元电连接。
2.如权利要求 1所述的存取餐自助终端， 其特征在于， 还包括加热 单元， 加热单元安装在保温箱体内部， 与主控单元电连接。
3.如权利要求 1所述的存取餐自助终端， 其特征在于， 还包括加热 单元， 加热单元安装在保温箱体内部。
4.如权利要求 2所述的存取餐自助终端， 其特征在于， 还包括用于 接收订餐信息的通信单元、 输入 \输出接口的其中之一或之二， 通信单元 或输入 \输出接口与主控单元连接。
5.如权利要求 1、 2或 4所述的存取餐自助终端， 其特征在于， 还 包括输入单元， 输入单元与主控单元连接。
6.如权利要求 1、 2或 4所述的存取餐自助终端， 其特征在于， 还 包括输出单元， 输出单元与主控单元连接。
7.如权利要求 1、 2或 4所述的存取餐自助终端， 其特征在于， 还 包括电源单元， 电源单元与主控单元连接。
8.如权利要求 4所述的存取餐自助终端， 其特征在于， 所述通信单 元为 GPRS\3G通信单元、 WIFI通信单元或者以太网通信单元。
9.如权利要求 4所述的存取餐自助终端， 其特征在于， 输入 \输出接 口为 USB接口、 存储卡读写接口、 RS485接口、 蓝牙接口、 红外线接口 或 I2C接口。
10.如权利要求 6 所述的存取餐自助终端， 其特征在于， 输出单元 为显示屏。
11.一种自助订餐及存取餐系统， 其特征在于， 包括： 订餐服务器 和存取餐自助终端，
存取餐自助终端上设置有装载餐盒的存取餐单元；
订餐服务器接收预订信息， 并生成存或取餐信息， 存或取餐信息直 接或经由第三方媒介下发至存取餐自助终端， 或者由存取餐自助终端直 接或间接查询使用；
存取餐自助终端根据存或取餐信息， 开放对应存取餐单元的存或取 餐操作权限， 并根据接收到的存或取餐指令， 核对存或取餐操作权限和 存或取餐信息， 以控制存或取餐操作。
12.如权利要求 11 所述的系统， 其特征在于， 存取餐自助终端还包 括： 保温箱体， 保温箱体上设有装载餐盒的存取餐单元及与存取餐单元 对应设置的开启单元；
用于控制存取餐操作的主控单元， 主控单元安装在保温箱体上， 并 与开启单元电连接。
13.如权利要求 11 所述的系统， 其特征在于， 存取餐自助终端还包 括：
保温箱体， 保温箱体上设有装载餐盒的存取餐单元及与存取餐单元 ——对应设置的开启单元；
用于控制存取餐操作的主控单元， 主控单元安装在保温箱体上， 并 与——对应设置的开启单元电连接。
14.如权利要求 12或 13所述的系统， 其特征在于， 存取餐自助终端 还包括加热单元， 加热单元设于保温箱体内， 与主控单元电连接。
15. 如权利要求 12或 13所述的系统， 其特征在于， 存取餐自助终 端还包括加热单元， 加热单元安装在保温箱体内部。
16. 如权利要求 11、 12或 13所述的系统， 其特征在于， 存取餐信 息包括不同存或取餐者的存或取餐操作权限、 不同种类餐食在一个或者 多个存取餐自助终端上存放时的存取餐单元分布以及不同存或取餐者身 份与存取餐自助终端上的存取餐单元之间的对应信息。
17. 如权利要求 16所述的系统， 其特征在于，
订餐服务器根据生成的存或取餐信息生成查找表文件或者生成带有 对应查找表文件信息的配置 \控制设置信息，查找表文件所含信息为存餐 者身份信息一餐食种类信息一取餐者身份信息一对应种类餐食的存取餐 单元之间的对应关系或存餐者身份信息一取餐者身份信息一对应种类餐 食的存取餐单元之间的对应关系；
主控单元根据接收到的存或取餐指令， 在查找表文件中进行核对， 核对无误后控制对应开启单元开启， 或者， 直接根据所述订餐服务器生 成的对应的配置 \控制设置信息控制对应开启单元开启。
18. 如权利要求 17所述的系统， 其特征在于， 存取餐自助终端还包 括 WIFI局域网 \广域网接口、 GPRS\3G通信接口、 以太网局域网 \广域网 接口、 蓝牙接口、 红外线接口、 USB接口、 存储卡读写接口、 RS485接 口或 I2C接口，
查找表文件或对应的配置 \控制设置信息通过 WIFI局域网 \广域网接 口、 GPRS\3G 通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外 线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口输出给存 取餐自助终端；
或， 查找表文件或对应的配置 \控制设置信息输出给第三方媒介， 由 第三方媒介按照约定协议通过 WIFI局域网 \广域网接口、 GPRS\3G通信 接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口输出给存取餐自助终端； 或， 存取餐自助终端通过 WIFI局域网 \广域网接口、 GPRS\3 G通信 接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口读取订餐服务器生成的查找表 文件或对应的配置 \控制设置信息；
或，订餐服务器生成的查找表文件或对应的配置\控制设置信息先输 出给第三方媒介， 所述存取餐自助终端通过 WIFI局域网 \广域网接口、 GPRS\3G 通信接口、 以太网局域网 \广域网接口、 蓝牙接口、 红外线接 口、 USB接口、 存储卡读写接口、 RS485接口或 I2C接口从第三方媒介 处读取所述查找表文件或对应的配置 \控制设置信息。
19. 如权利要求 12或 13所述的系统， 其特征在于， 存取餐自助终 端还包括输入单元， 输入单元用于接收存或取餐指令， 并将接收到的存 或取餐指令发送给主控单元。
20. 如权利要求 16所述的系统， 其特征在于， 存取餐自助终端还包 括输出单元， 输出单元设置于保温箱体表面并与主控单元电连接。
21. 如权利要求 19所述的系统， 其特征在于， 输入单元为 RF读卡 器、 普通 IC读卡器、 键盘、 红外扫描装置或触摸屏。
PCT/CN2013/081624 2012-10-30 2013-08-16 存取餐自助终端和自助订餐及存取餐系统 WO2014067318A1 (zh)

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CN109840834A (zh) * 2019-02-26 2019-06-04 苏州星点点信息科技有限公司 团餐菜品的配送方法、装置及计算机设备

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