WO2016065716A1 - Implementation method and system for checking in/checking out in hotel - Google Patents

Abstract

An implementation method for checking in/checking out in a hotel. The method comprises: a mobile terminal sends room-reserving information to a cloud server of a hotel and makes a payment; the cloud server of the hotel randomly generates a checking-in key code and a checking-in lock code matched with the checking-in key code after the mobile terminal pays successfully, sends he checking-in key code to the mobile terminal and sends the checking-in lock code to an access controller of a room reserved by a user; the mobile terminal sends the checking-in key code to the access controller of the reserved room in a near-field communication manner; and the access controller of the reserved room checks the checking-in key code by using the checking-in lock code, and the access controller is opened when the checking is successful. By means of the method, unnecessary and complicated procedures and waiting in the process of checking in and checking out in a hotel are eliminated, the operation is convenient, the life efficiency of people is improved, the intervention of other people is not needed in the whole process, the checking code needed in checking in and checking out processes is generated randomly and the security is higher.

Description

Hotel check-in/check-out implementation method and system Technical field

The invention belongs to the field of mobile payment applications, and in particular relates to a method and a system for implementing check-in/check-out of a non-intrusive hotel based on mobile payment.

Background technique

For the current hotel check-in method, users usually need to wait through the network, telephone or register at the hotel reception desk, and then they may have to wait while paying at the front desk. The process of checking in and checking out at the hotel front desk is more expensive. For a long time, in the fast-paced modern life, this kind of hotel accommodation has brought inconvenience to a certain extent.

The Chinese invention patent application with the publication number CN 103729817 A, the invention name "Hotel Management System and its operation and management method" discloses a non-intrusive hotel management method, which can realize complete automatic management of its own hotel, even Realize the unattended nature of the hotel, effectively reducing the hardware and management costs of the hotel.

In the technology disclosed in the invention patent application, the customer can go directly to the booked room without having to register or go through any formalities at the hotel reception desk when arriving at the booked accommodation. When the customer arrives outside the room, there are three ways to open the room. One is to brush their own membership card on the card reader of the door lock control node of the room, the other is to brush their ID card on the card reader of the door lock control node, and the third way is to use mobile phones and other mobile settings. Install the client to open the door. For the first two methods, after the customer swipes the card on the door lock, the door lock control node reads the card or ID card, reads the information in the card, and compares the information with the reservation information previously sent by the hotel management platform. In comparison, if the information does not meet, the guest is refused to enter. If the information is met, the lock mechanism that controls the door lock opens the door to allow the guest to stay, and changes the state of the room to the check-in state, and the relevant information and terminal of the swipe guest are swiped. The processing results are sent to the hotel management platform through the room control and network coordination unit. After receiving the information, the hotel management platform saves its information. The customer can also choose to use the client to open the door in the third way, the customer uses the user application to log in to the database server, the database server will automatically upload the customer reservation room to the customer page, the customer can press the open button according to the prompt. The mobile phone will upload this information to the hotel management platform. The hotel management platform checks the mobile phone number, membership number and password. If it matches, the door opening command is transmitted to the room control and network coordination unit, and further transmitted to the door lock control node, the door lock control. The node responds to the command, opens the door, and sends back information to the hotel management platform.

The above three hotel check-in methods do save the customer from registering at the front desk of the hotel or going through any formalities, but each of these three methods has other problems or poses hidden dangers for the customer. For the first type of check-in: the customer needs to apply for the membership card in advance, and the information of the membership card is fixed, easy to be cracked, which brings certain hidden dangers to the security of the stay; for the second type of check-in: although there is no need to apply for the membership card in advance, the ID card The information is also fixed and there is a risk of being cracked; for the third type of check-in: each time you open the door, you need to log in to the database server first, which is not convenient enough.

Looking at the check-out process, the technology disclosed in the invention patent application, when the customer checks out, there is no need to go to the hotel front desk for check-out, just press the check-out button on the door lock control node installed behind the door, and then Close the door and swipe your card or ID card on the card reader of the door lock control node, and the customer will complete the check-out procedure.

The above check-out process requires the customer to perform the cumbersome operation of "pressing the check-out button---closing the door---swipe card", and the convenience is not enough.

In short, in the fast-paced modern life, if the management and operation of the hotel can provide customers with safer and more convenient check-in and check-out procedures, it will further enhance the user's living experience.

Summary of the invention

The technical problem to be solved by the present invention is to provide a method and a system for implementing hotel check-in/check-out, aiming at improving the safety and convenience of the hotel check-in and check-out process in the self-service hotel service without intervention.

The present invention is implemented in such a manner that a hotel staying method includes the following steps:

Booking step: the mobile terminal sends the reservation information to the hotel cloud server and makes a payment;

Check-in code generation step: After the mobile terminal successfully pays the mobile terminal, the hotel cloud server randomly generates a check-in key code and a check-in code matching the check-in key code, and sends the check-in key code to the mobile terminal to send the check-in code. Access to the room reserved by the user;

Check-in scanning procedure: the mobile terminal sends the key-entry code to the access control room in near field communication;

Check-in verification procedure: The access control of the reserved room is checked by the lock code to check the key code of the check-in. When the check is successful, the access control is opened.

Preferably, in the check-in scanning step, before the mobile terminal sends the check-in key code to the reserved room in the near field communication manner, the following steps are further included:

When the mobile terminal receives the operation instruction of the user to open the check-in function, it determines whether the key code of the check-in is stored internally, and if the result of the judgment is that there is no key code for the check-in, the user is prompted to make the payment first.

Preferably, the step of subscribing specifically comprises:

The mobile terminal sends the reservation information to the hotel cloud server;

After receiving the reservation information, the hotel cloud server returns a confirmation message of the reservation success to the mobile terminal, and prompts the user to make a payment;

The mobile terminal performs online payment according to the user's operation instruction or pays in near field communication with the access control of the reserved room.

The implementation system for hotel stay provided by the present invention comprises: a mobile terminal, an access control installed in a hotel room, and a hotel cloud server;

The mobile terminal is configured to send the reservation information to the hotel cloud server and perform payment;

The hotel cloud server is configured to randomly generate a check-in key code and a check-in code matching the check-in key code after the mobile terminal successfully pays, and send the check-in key code to the mobile terminal, and send the check-in code to the user. Book a room for access;

The mobile terminal is further configured to send the received check-in key code to the access control of the reserved room in a near field communication manner;

The door for booking the room is disabled to check the key code of the check-in with the lock code, and when the check is successful, the door is opened.

The method for implementing hotel check-out provided by the present invention includes the following steps:

Check-out request sending step: the mobile terminal sends the check-out request information to the hotel cloud server;

Check-out verification code generation step: after receiving the check-out request information, the hotel cloud server randomly generates a check-out key code and a check-out lock code matching the check-out key code, and sends the check-out key code to The mobile terminal sends the check-out lock code to the access control room to be checked out;

Check-out request scanning step: the mobile terminal sends the check-out request information to the access room to be checked out in the near field communication manner;

The access control detecting step: after receiving the check-out request information, the access control check box detects whether the self-check-out request information has been turned off, and if the detection result is closed, returns an access-close confirmation message to the mobile terminal;

Checking the key code scanning step: after receiving the access confirmation confirmation message, the mobile terminal sends the check-out key code to the access control room in the near field communication manner;

Check-out verification step: The door to check-out is disabled after the check-out key code is received, and the check-out key code is verified by the stored check-out lock code. When the check is successful, the check-out is successful. .

The implementation system of the hotel check-out provided by the invention comprises: a mobile terminal, an access control installed on the door of the check-out room, and a hotel cloud server;

The mobile terminal is configured to send the check-out request information to the hotel cloud server, and receive the check-out key code sent by the hotel cloud server, and then send the check-out request information to the access control room in the near-field communication manner, and receive the desire After the door-opening confirmation message sent by the access control in the check-out room, the check-out key code is sent to the door-to-door check-out in near-field communication;

The hotel cloud server is configured to randomly generate a checkout key after receiving the checkout request information. The key code and the check-out lock code matching the check-out key code, and the check-out key code is sent to the mobile terminal, and the check-out lock code is sent to the check-in room for the check-out;

The door to be checked out is disabled to receive the check-out lock code sent by the hotel cloud server, and after receiving the check-out request information sent by the mobile terminal, it is detected whether it has been closed, and if the detection result is closed, then The mobile terminal returns an access confirmation confirmation message, and after receiving the check-out key code, uses the stored check-out lock code to check the check-out key code, and when the verification is successful, the successful check-out is realized.

The non-intrusive hotel check-in/check-out method provided by the invention solves unnecessary cumbersome procedures and waiting in the process of staying at the hotel and checking out, and the operation is very convenient, which improves people's living efficiency, and more importantly, the whole There is no need for the intervention of others in the process, so that the user really has a feeling of home. Moreover, the check code required for check-in and check-out is randomly generated and the security is higher.

DRAWINGS

1 is a structural diagram of a system for implementing check-in/check-out of a hotel according to an embodiment of the present invention;

2 is a flow chart of a method for implementing hotel occupancy according to a first embodiment of the present invention;

3 is a schematic structural diagram of a hotel cloud server according to a first embodiment of the present invention;

4 is a schematic structural diagram of an access control according to a first embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a mobile terminal according to a first embodiment of the present invention; FIG.

6 is a flowchart of a method for implementing check-out of a hotel according to a second embodiment of the present invention;

7 is a schematic structural diagram of a hotel cloud server according to a second embodiment of the present invention;

FIG. 8 is a schematic structural diagram of an access control according to a second embodiment of the present invention; FIG.

FIG. 9 is a schematic structural diagram of a mobile terminal according to a second embodiment of the present invention.

detailed description

In order to make the objects, technical solutions and advantages of the present invention more clear, the following The invention will be further described in detail by way of examples. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The hotel check-in/check-out implementation system provided by the embodiment of the present invention is based on the mobile terminal-hotel server-access control architecture, as shown in FIG. The mobile terminal can support near field data communication functions, such as NFC and HotKnot, and the mobile terminal is installed with a client application software matching the implementation system of the hotel without check-in/check-out, the application software has the following functions: user account management Function: including registration, login, uploading of valid ID pictures, logout and other functions to the hotel cloud server, convenient for hotel cloud server to achieve user audit, to ensure the security and effectiveness of the system; hotel room information management functions: including information viewing, room reservation, check-in By means of communication with the server, the user can conveniently view the spare information of the hotel room; realize the room reservation through the client application software; realize the payment and the door opening and closing with the hotel room access control, which is convenient for the user to check in and check out. The mobile terminal supports mobile payment functions at the same time. The mobile payment can be divided into two types: mobile near-field payment and online payment. Mobile near-field payment means that the user can communicate with the access control and the cloud server through the near field data communication function. To complete the payment, online payment is like Alipay.

The hotel cloud server is mainly used to interact with the mobile terminal to realize user account information management, manage hotel room information, record the occupancy status of the room, and generate the key code and lock code required for check-in and check-out. The key code and the lock code are a pair of matching random codes generated by the hotel cloud server. The matching means that the two random codes are the same, or are matched according to a specific algorithm, and are not limited herein. A pair of random codes is generated when the user checks in, and another pair of random codes is generated when checking out. The random code sent to the mobile terminal is called a key code, which is equivalent to the role of the key. The random code sent to the access control is called a lock code, which is equivalent to the function of the lock.

The access control also has near-field data communication function, which can complete electronic payment, and control the opening and checking of the access control by key code and lock code verification.

The technical principle of the present invention will be described in detail below by taking check-in and check-out as an example.

Example 1 Booking, staying

2 is a flow chart of a method for implementing a hotel stay according to a first embodiment of the present invention. The process includes a booking step, a check-in code generation step, a check-in scanning step, and a check-in verification step.

In the booking step, the mobile terminal sends the reservation information input by the user to the hotel cloud server and makes a payment.

In the present invention, the user needs to pre-register at the hotel cloud server, upload personal authentication information, and verify through the hotel cloud server. When booking, the user accesses the hotel cloud server to query the hotel room information through the mobile terminal, and then sends the reservation information input by the user to the hotel cloud server, and after receiving the reservation information, the hotel cloud server returns the confirmation information of the reservation success to the mobile terminal. The user is prompted to make a payment, and the specific payment method may be paid by online payment as described above or by near field communication at the time of check-in.

In the check-in code generation step, after the mobile terminal successfully pays, the hotel cloud server randomly generates a check-in key code and a check-in code matching the check-in key code, and sends the check-in key code to the mobile terminal to lock the lock. The code is sent to the access control room of the user's reservation.

In the check-in scanning step, the mobile terminal transmits the check-in key code to the access control of the booked room in near field communication.

When the mobile terminal receives the operation instruction of the user to open the check-in function, it determines whether the key code of the check-in is stored internally, and if the result of the judgment is that there is no key code for the check-in, the user is prompted to make the payment first.

In the check-in verification step, the access control of the reserved room is checked by the lock code to check the key code of the check-in. When the check is successful, the access control is opened to achieve successful check-in.

In this embodiment, when the lock code and the check-in key code are the same, or both meet the preset matching rule, the verification is considered successful.

In the above check-in process, the hotel cloud server actually assumes the function of hotel reservation information processing, the access control assumes the function of access control information processing, and the mobile terminal bears the trigger function of room reservation, payment, and access control opening.

FIG. 3 is a schematic diagram showing the structure of the hotel cloud server provided by the first embodiment, including a reservation information receiving module 31, a check-in code generation module 32, and a check-in code sending module 33, wherein the reservation information receiving module 31 is used for Receiving the reservation information sent by the mobile terminal and providing a payment service to the mobile terminal, the check-in code generation module 32 is configured to randomly generate a check-in key code after the mobile terminal successfully sends the payment And the check code matching the check key code, the check code sending module 33 is used for sending the key code and sending to the mobile terminal, and sending the check code to the door of the room reserved by the user.

4 shows the structural principle of the access control provided by the first embodiment, including the lock code receiving module 41, the check-in key code receiving module 42, and the check-in key code check module 43, wherein the check-in code receiving module 41 is configured to receive The check-in code sent by the hotel cloud server, the check-in key code receiving module 42 is configured to receive the check-in key code sent by the mobile terminal in the near field communication manner, the check-in key code is randomly generated and matched with the check-in lock code, and the check-in key code check Module 43 finally verifies the check-in key code using the stored check-in lock code. When the check is successful, the access control is opened.

FIG. 5 shows the structural principle of the mobile terminal provided by the first embodiment, including a reservation information sending module 51, a payment module 52, a check-in key code receiving module 53, and a check-in key code sending module 54, wherein the reservation information transmitting module 51 uses The reservation information is sent to the hotel cloud server; the payment module 52 is configured to perform online payment on the hotel cloud server or to perform payment in the near field communication mode with the reserved room; the check key code receiving module 53 is configured to receive the hotel cloud server randomly generated. The check-in key code; the check-in key code sending module 54 is configured to send the check-in key code to the access control of the booked room in near field communication.

Further, in this embodiment, the mobile terminal may further include a determining module 55, configured to determine whether the check-in key code is stored internally when receiving the operation instruction of the user to enable the check-in function, and if the judgment result is that the key code is not checked in internally , the user is prompted to pay first.

Example 2 Check out

6 is a flow chart of a method for implementing hotel check-in according to a second embodiment of the present invention, which includes a check-out request sending step, a check-out check code generating step, a check-out request scanning step, an access control detecting step, and a check-out key code scanning. Steps, check-out verification steps, etc.

In the checkout request sending step, the mobile terminal sends the checkout request information to the hotel cloud server.

In the check-out verification code generating step, after receiving the check-out request information, the hotel cloud server randomly generates a check-out key code and a check-out lock code matching the check-out key code, and the check-out key code is generated. Send to the mobile terminal and send the check-out lock code to the access control room.

In the check-out request scanning step, the mobile terminal sends the check-out request information to the near field communication method to Want to check out the door.

In the access control detecting step, after the check-in request information is received, the access control check box detects whether the self-check-out request information has been turned off, and if the detection result is closed, returns an access-close confirmation message to the mobile terminal.

In this embodiment, if the access check result of the check-out room is not closed, the user is prompted to close the door and then check-out again to avoid the check-out in the open state and bring hidden danger to the safety of the hotel.

In the check-out key code scanning step, after receiving the access-closing confirmation message, the mobile terminal sends the check-out key code to the access control room in the near field communication mode.

In the check-out verification step, the door to be checked out is disabled after the check-out key code is received, and the check-out key code is verified by the stored check-out lock code. When the check is successful, the success is achieved. check out.

In this embodiment, after the verification is successful, the access control to clear the check-in code and the check-out lock code stored in the check-out room (the check-in key code and the check-out key code are stored in the mobile terminal, and need not be cleared). If the access control checkout is not successful, the user is prompted to check out again.

In the above check-out process, the hotel cloud server actually assumes the function of the hotel's check-out request pre-processing, the access control assumes the function of the check-out request processing, and the mobile terminal assumes the function of sending the check-out information.

FIG. 7 shows the structural principle of the hotel cloud server provided by the second embodiment, including a checkout request receiving module 71, a checkout check code generating module 72, and a checkout check code sending module 73, wherein the checkout request is received. The module 71 is configured to receive the checkout request information sent by the mobile terminal, and the checkout check code generating module 72 is configured to randomly generate a checkout key code and the checkout key code after receiving the checkout request information sent by the mobile terminal. The matching check-out lock code, then, the check-out check code sending module 73 sends the check-out key code to the mobile terminal, and sends the check-out lock code to the access control room.

FIG. 8 shows the structural principle of the access control provided by the second embodiment, including the check-out lock code receiving module 81, the check-out request processing module 82, and the check-out check module 83, wherein the check-out lock code receiving module 81 is used for Receive the checkout code sent by the hotel cloud server. The check-out request processing module 82 is configured to receive the check-out request information sent by the mobile terminal in the near field communication manner, to detect whether it is turned off, and if the detection result is closed, return an access control confirmation message to the mobile terminal, and check the request. Processing module 82 is in the detection result When not closed, the user is prompted to close the access control. The check-out verification module 83 is configured to receive the check-out key code sent by the mobile terminal in the near field communication manner, and check the check-out key code by using the stored check-out lock code, and when the verification is successful, the check-out is successful. The check-out verification module 83 prompts the user to check-out again when the verification is unsuccessful.

Further, the access control in this embodiment may further include a clearing module 84 for clearing the stored check-in code and check-out lock code after the check-out verification module 83 successfully checks.

FIG. 9 shows the structural principle of the mobile terminal provided by the second embodiment, including a checkout request information sending module 91, a checkout key code receiving module 92, and a checkout key code sending module 93, wherein the checkout request information sending module 91 is used for sending the check-out request information to the access control room in the near field communication manner, and can also be used for sending the check-out request information to the hotel cloud server, and receiving the check-out key code sent by the hotel cloud server; the check-out key code receiving The module 92 is configured to receive the check-out key code sent by the hotel cloud server; the check-out key code sending module 93 is configured to send the check-out key code to the check-out room in a near field communication manner after receiving the access control close confirmation information. Access control.

In summary, the use of mobile terminals, mobile networks and near-field data communication to achieve reservation, payment, check-in, check-out process without the intervention of hotel staff, and check code generated randomly, compared to the traditional way of carrying cash consumption, It is more convenient, faster and safer.

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. Within the scope.

Industrial adaptability

The invention utilizes the mobile terminal, the mobile network and the near-field data communication to realize the whole process of reservation, payment, check-in and check-out without the intervention of the hotel staff, and solves unnecessary cumbersome procedures and waiting in the process of staying at the hotel and checking out, operation It is very convenient, it improves the efficiency of people's life, and more importantly, it does not require the intervention of others in the whole process, so that users really have a feeling of home. Moreover, the check code required for check-in and check-out is randomly generated and the security is higher.

Claims (12)

A method for implementing a hotel stay includes the following steps: Booking step: the mobile terminal sends the reservation information to the hotel cloud server and makes a payment; Check-in code generation step: After the mobile terminal successfully pays the mobile terminal, the hotel cloud server randomly generates a check-in key code and a check-in code matching the check-in key code, and sends the check-in key code to the mobile terminal to send the check-in code. Access to the room reserved by the user; Check-in scanning procedure: the mobile terminal sends the key-entry code to the access control room in near field communication; Check-in verification procedure: The access control of the reserved room is checked by the lock code to check the key code of the check-in. When the check is successful, the access control is opened. The method for implementing hotel check-in according to claim 1, wherein in the check-in scanning step, before the mobile terminal transmits the check-in key code to the reserved room in the near field communication manner, the method further includes the following steps: When the mobile terminal receives the operation instruction of the user to open the check-in function, it determines whether the key code of the check-in is stored internally, and if the result of the judgment is that there is no key code for the check-in, the user is prompted to make the payment first. The method for implementing a hotel check-in according to claim 1, wherein the step of subscribing specifically comprises: The mobile terminal sends the reservation information to the hotel cloud server; After receiving the reservation information, the hotel cloud server returns a confirmation message of the reservation success to the mobile terminal, and prompts the user to make a payment; The mobile terminal performs online payment according to the user's operation instruction or pays in near field communication with the access control of the reserved room. A hotel occupancy realization system, which comprises: a mobile terminal, an access control installed in a hotel room, a hotel cloud server; The mobile terminal is configured to send the reservation information to the hotel cloud server and perform payment; The hotel cloud server is configured to randomly generate a check-in key code and a check-in code matching the check-in key code after the mobile terminal successfully pays, and send the check-in key code to the mobile terminal, and send the check-in code to the user. Book a room for access; The mobile terminal is further configured to send the received check-in key code to the access control of the reserved room in a near field communication manner; The door for booking the room is disabled to check the key code of the check-in with the lock code, and when the check is successful, the door is opened. The system for implementing a hotel check-in according to claim 4, wherein the mobile terminal is further configured to determine whether a check-in key code is stored internally when receiving an operation instruction of the user to turn on the check-in function, and if the judgment result is that the check-in is not internal. The key code prompts the user to pay first. A hotel occupancy realization system according to claim 4, wherein The hotel cloud server is further configured to: after receiving the reservation information, return confirmation information of the reservation success to the mobile terminal, and prompt the user to make a payment; The mobile terminal is further configured to perform online payment according to an operation instruction of the user or perform payment in a near field communication manner with the access control of the reserved room. A method for implementing hotel check-out includes the following steps: Check-out request sending step: the mobile terminal sends the check-out request information to the hotel cloud server; Check-out verification code generation step: after receiving the check-out request information, the hotel cloud server randomly generates a check-out key code and a check-out lock code matching the check-out key code, and sends the check-out key code to The mobile terminal sends the check-out lock code to the access control room to be checked out; Check-out request scanning step: the mobile terminal sends the check-out request information to the access room to be checked out in the near field communication manner; The access control detecting step: after receiving the check-out request information, the access control check box detects whether the self-check-out request information has been turned off, and if the detection result is closed, returns an access control confirmation letter to the mobile terminal. interest; Checking the key code scanning step: after receiving the access confirmation confirmation message, the mobile terminal sends the check-out key code to the access control room in the near field communication manner; Check-out verification step: The door to check-out is disabled after the check-out key code is received, and the check-out key code is verified by the stored check-out lock code. When the check is successful, the check-out is successful. . The method for implementing check-out of a hotel according to claim 7, wherein in the access control detecting step, if the access control result of the check-out period is not closed, the user is prompted to close the access control; in the check-out verification step, if If the access control check in the check-out room is not successful, the user is prompted to check out again. The method for implementing check-out of a hotel according to claim 7, wherein in the check-out verification step, after the verification is successful, the check-out interval of the check-out room is cleared by the check-out lock code stored therein and the check-in lock at the time of check-in. code. A system for implementing hotel check-out includes: a mobile terminal, an access control installed on the door of the check-out room, and a hotel cloud server; The mobile terminal is configured to send the check-out request information to the hotel cloud server, and receive the check-out key code sent by the hotel cloud server, and then send the check-out request information to the access control room in the near-field communication manner, and receive the desire After the door-opening confirmation message sent by the access control in the check-out room, the check-out key code is sent to the door-to-door check-out in near-field communication; The hotel cloud server is configured to randomly generate a check-out key code and a check-out lock code matching the check-out key code after receiving the check-out request information, and send the check-out key code to the mobile terminal. Send the check-out lock code to the door to check-out; The door to be checked out is disabled to receive the check-out lock code sent by the hotel cloud server, and after receiving the check-out request information sent by the mobile terminal, it is detected whether it has been closed, and if the detection result is closed, then The mobile terminal returns an access confirmation confirmation message, and after receiving the check-out key code, uses the stored check-out lock code to check the check-out key code, and when the verification is successful, the successful check-out is realized. The system for implementing the hotel check-out according to claim 10, wherein the access control room is also used to prompt the user to close the access control when the detection result is not closed; when the verification is unsuccessful, the user is prompted to check-out again. The system for implementing the hotel check-out according to claim 10, wherein the access control room is also used to clear the check-out lock code stored therein and the check-in code at the time of check-in after the verification is successful.

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