KR20200049037A - Reservation and management system for guest room of accommodations - Google Patents

Abstract

The present invention relates to an accommodation reservation and management system, which is configured to make reservations and payments for rooms of accommodations by a smartphone, open a room door, control a room device, and transmit an authentication code to a companion smartphone. The present invention includes: an application of the smartphone equipped with a selection window to access an accommodation reservation and payment server online to perform the reservation and payment of the room and to pass the authentication code of the room received from the reservation and payment server to the companion after reservation and payment; a door lock recognizing the authentication code and opening the door of the room by tacking the smartphone where the application is installed and the authentication code is stored; and after the reservation and payment, a management server receiving the authentication code of the corresponding room from the reservation and payment server and transmitting the authentication code to the door lock.

Description

RESERVATION AND MANAGEMENT SYSTEM FOR GUEST ROOM OF ACCOMMODATIONS}

The present invention relates to a room reservation and management system of a lodging facility, and more specifically, a customer can receive an authentication code to the app by making a payment through an app on a smartphone, etc., and opening the room door by tagging the smartphone. It is possible, and it is possible to transfer the authentication code to a companion, and also to control a room's devices, and relates to a room reservation and management system for accommodations configured to be made of a smartphone.

Recently, many attempts have been made to unattend by increasing convenience to users of accommodation facilities, such as hotels and motels, and minimizing the management personnel of accommodation facilities.

1 and 2 are described in Korean Patent Publication No. 10-2018-0008082, and show a configuration for automating the use of accommodation.

1 and 2, first, a customer using a lodging facility requests reservation and payment of a lodging facility using the smart phone 1 to the door lock key issuing server 2 (S1 to S2).

The door lock key issuing server (2) performs reservation and payment of accommodation, and approval is made. When the approval is completed, the door lock key issuing server (2) is valid for the accommodation period for the room of the accommodation. The set door lock key is issued and transmitted to the customer smartphone 1. In addition, the password of the door lock key is transmitted to the corresponding accommodation server 3 (S3).

Next, the customer's smartphone 1 receives and stores the door lock key issued by the door lock key issuing server 2, and the customer's smart phone 1 accesses the accommodation server 3 to be authenticated, and the door lock ( 4) Performs Bluetooth communication with and authenticates the opening of the room door. (S4)

Next, the customer smartphone 1 is authenticated to open the door of the room by performing Bluetooth communication with the door lock 4 (S5).

In the above-described conventional configuration, a system for reservation and payment of a room in a lodging facility using a customer's smartphone 1 and providing a room for opening of the room are provided, but a customer who has reserved a room usually has a companion. In many cases, it is common for the reserved customer and the companion to arrive at the room at different times.

However, in the above-mentioned conventional accommodation use system, there is a problem in that there is no consideration of a method in which a companion who uses the accommodation can use a room.

In addition, in the above-described conventional system, only the door of the room can be opened using the smart phone 1, and a configuration that can enhance the convenience of the customer by using the smart phone 1 when using the room is presented. It is not.

The present invention has been derived in view of the above, and the object of the present invention is to configure a reservation and payment for a room in a lodging facility by a smartphone, opening a room door, and transmitting an authentication code to a companion smartphone. To provide a room reservation and management system for accommodations with a structure that increases convenience of use of accommodation and minimizes management personnel.

Another object of the present invention is to provide a room reservation and management system for a lodging facility that increases convenience of use of a lodging facility by configuring the user to control the room equipment by a smartphone after the reservation of the room.

In order to achieve the above object, the room reservation and management system of the accommodation according to the present invention accesses the reservation and payment server in charge of the reservation and payment of the rooms of the accommodation, and performs reservation and payment of the rooms. , After the reservation and payment, the application of the smartphone equipped with a selection window to deliver the authentication code of the room received from the reservation and payment server to a companion, and the tagging of the smartphone where the application is installed and the authentication code is stored. It characterized in that it comprises a door lock for recognizing the authentication code to open the door of the room, and a management server for receiving the authentication code of the corresponding room after receiving the reservation and payment from the reservation and payment server and transmitting it to the door lock. .

In addition, the room reservation and management system of a lodging facility according to the present invention includes a selection window through which the application can operate a room lighting device and a temperature controller for heating and cooling, and is communicated by communication with a smartphone on which the application is installed. Another feature is to include a room controller that controls a room lighting device and a temperature controller.

In addition, the room reservation and management system of a lodging facility according to the present invention is installed in the entrance located inside the door of the room that enters and exits the room, a motion sensor that transmits a detection signal to the room controller, and is installed in the room and the room controller When receiving a control signal of the voice output includes a voice output unit, and further comprises an earthquake detection sensor for transmitting a detection signal to the room controller, the room controller when receiving a P-wave detection signal from the earthquake detection sensor , When the voice output unit controls to output first voice information regarding a behavioral tip and sequentially output second voice information warning that an S wave will arrive, and when an S wave detection signal is transmitted from the earthquake detection sensor, Controls the audio output device to output third audio information regarding the S wave arrival facts and evacuation tips, and sets after output of the third audio information Another feature is to transmit information about the room information and the abnormality to the management server when the detection signal is not received from the motion sensor within a time period.

In addition, in the room reservation and management system of a lodging facility according to the present invention, the motion detector is provided on the inner surface from the lower end of the room door, and is installed on the stepped portion of the front door to illuminate the reflector toward the reflector And a light receiving body irradiated from the light emitting body and receiving light reflected from the reflector, wherein a plurality of light emitting bodies and the light receiving bodies are respectively installed at a plurality of positions at predetermined intervals in the stepped portion, and from the light emitting body. Another feature is that a plurality of paths for the irradiated light to be received from the light-receiving body are formed independently of each other.

On the other hand, in another aspect, the present invention, a reservation payment step of connecting to the reservation and payment server by the application of the smartphone to proceed with the online reservation and payment of the room of the accommodation; An authentication code receiving step of receiving an authentication code from the reservation and payment server to the smartphone after the reservation and payment; A companion confirmation step in which the application is activated such that after receiving the authentication code in the authentication code reception step, a selection window for confirming delivery to the companion is displayed; An authentication code delivery step in which an authentication code is transmitted to the companion's smartphone through the reservation and payment server when entering information of the companion in the selection window in the companion confirmation step; When the smartphone is tacked to the door lock, the room opening step of checking whether the authentication code of the smartphone matches the stored authentication code by reading the door lock and opening a room door when matching; And management methods.

The room reservation and management method of a lodging facility according to the present invention includes a room status control screen capable of controlling lighting and temperature of a corresponding room in the application, and after the authentication code receiving step, control from the room status control screen When a value is input, the management server of the accommodation facility is characterized in that it controls the room lighting device and the temperature controller of the corresponding room according to the control value.

The room reservation and management system of the accommodation according to the present invention allows the reservation and payment of the rooms of the accommodation by a smartphone, and the opening of the room door, so that even if the management staff does not reside in the accommodation, the operation of the accommodation is You can make it possible.

In addition, the room reservation and management system of the accommodation according to the present invention is configured to transmit an authentication code to a companion's smartphone by a smartphone, so that the companion does not have any inconvenience in using the product when first arriving in the room, It is possible to increase the convenience of using the accommodation by configuring to control the lighting and temperature of the corresponding room by using the application of the smartphone before arrival.

1 and 2 are conceptual diagrams and flowcharts of a system capable of reservation and payment of conventional accommodations.
3 is an overall configuration diagram of a room reservation and management system of an accommodation facility according to an embodiment of the present invention
4 is an exemplary view of a selection window for controlling room lighting and temperature included in an application of a smart phone in a room reservation and management system of a lodging facility according to an embodiment of the present invention
5 is an explanatory diagram illustrating and sequentially showing a process of using a room in a lodging facility using a room reservation and management system of a lodging facility according to an embodiment of the present invention
6 is a flowchart of an operation process performed in a smartphone in a room reservation and management system of a lodging facility according to an embodiment of the present invention
7 is a flowchart of the operation process of the accommodation server and the door lock of the accommodation in the room reservation and management system of the accommodation according to an embodiment of the present invention
8 is an overall configuration diagram of a room reservation and management system for accommodation according to another embodiment of the present invention
9 and 10 is a configuration explanatory diagram illustrating a configuration for detecting movement in the entrance of the room in the room reservation and management system of the accommodation according to another embodiment of the present invention
11 is a block diagram illustrating a process of automatically assisting the evacuation of a customer staying in a room when an earthquake occurs in the room reservation and management system of a lodging facility according to another embodiment of the present invention

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

The room reservation and management system of the accommodation according to the embodiment of the present invention is connected to the reservation and payment server 20 in charge of the reservation and payment of the room 90 of the accommodation online, and reservation of the room 90 and The application of the smartphone 10 with a selection window for performing the payment, transmitting the authentication code of the room 90 received from the reservation and payment server 20 to the companion after reservation and payment, and the application is installed The door lock 31 which recognizes the authentication code and opens the room door 92 by tacking the smartphone 10 in which the authentication code is stored, and after the reservation and payment, reserves the authentication code of the corresponding room 90 And a management server 70 received from the payment server 20 and transmitted to the door lock 31.

The application is installed on the user's smart phone 10, and accesses the reservation and payment server 20 in charge of the reservation and payment of the room 90 of the accommodation facility online and makes reservation and payment of the room 90. Perform.

In addition, after the reservation and payment is provided with a selection window for transmitting the authentication code of the room 90 received from the reservation and payment server 20 to a companion.

To this end, the application may include a reservation payment module, an authentication module, and an authentication code management module.

The reservation and payment module may be connected to the reservation and payment server 20 of the room seller through an internet network to provide reservation and payment services for accommodation. Specifically, the reservation payment module receives accommodation information, status information of the room, and available room information from the reservation and payment server 20 when the room 90 is booked, and according to the room to be booked and the accommodation schedule when payment is made. Payment amount information, discount information, and the like are provided, and payment processing can be performed through the reservation and payment server 20.

The authentication module is a module for processing an authentication task based on reservation information reserved by a customer, and allows personal information to be entered for authentication and transmitted to the reservation and payment server 20.

The authentication code management module receives the authentication code to open the room 90 from the reservation and payment server 20 according to the result of the authentication module's authentication process, and uses a short-range wireless communication method such as NFC when opening the door. The authentication code can be transferred to the door lock 31 of the room 90.

In addition, the authentication code management module can change the information of the authentication code, such as a password, and when the information of the authentication code is changed in the application, the authentication code with the changed information is sent to the reservation and payment server 20 through the Internet network. It is delivered, and the reservation and payment server 20 transmits the changed authentication code to the management server 70.

The change of the authentication code information is made when the user wants to change the password, etc. When the password of the authentication code is changed, the newly changed authentication in the management server 70 so that the room 90 can be opened by the changed authentication code. This is sending the code again.

The authentication code management module is provided with a selection window for transmitting the authentication code of the room 90 received from the reservation and payment server 20 to the companion.

The selection window for transmitting the authentication code to the companion is automatically displayed on the screen after receiving the authentication code to confirm whether it is delivered to the companion.

When the user inputs information such as the phone number of the companion through the selection window, a request signal for requesting delivery to the companion is transmitted to the reservation and payment server 20 when the information is input, and the application of the companion's smartphone 10 is transmitted. The authentication code is transmitted through and stored.

Accordingly, even when the companion arrives in the room 90 before the customer who has booked, the companion can open the door lock 31 of the room door 92.

Meanwhile, the door lock 31 recognizes the authentication code and opens the room door 92 by tacking the smartphone 10 where the application is installed and the authentication code is stored.

The door lock 31 includes the NFC module 32, and is a configuration included in the room door 92 and the external manipulator 30 installed on the wall where the room door 92 is located.

The external manipulator 30 includes a door lock 31, a chime 33, and an indicator 34.

The door lock 31 is a lock and unlock operation of the room door 92 as installed in a conventional electronic door, and its operation is performed by a controller built in the door lock 31.

The NFC module 32 is included in the door lock 31, and the NFC module 32 can exchange information with the smartphone 10 through NFC communication by a tagging operation of the smartphone 10. When the smartphone 10 is tagged on the NFC module 32 of the activated door lock 31, the NFC module 32 can obtain information from the smartphone 10.

The chime bell 33 is a pager that a visitor in the room 90 presses from the outside, and the indicator 34 is a display device that displays information such as room status on the corridor side of the door lock 31.

Meanwhile, the management server 70 is a part that manages the entire operation of the accommodation.

The management server 70, the reservation and payment server 20, when the customer completes the reservation and payment, the reservation and payment server 20 transmits the authentication code of the corresponding room 90, so the reservation and payment server (20) ) Receives the authentication code of the corresponding room 90 and transmits it to the door lock 31 of the corresponding room 90.

At this time, the management server 70 activates the door lock 31 of the corresponding room 90 and transmits an authentication code on the reservation date of the reserved room 90, and the door lock 31 manages the authentication code on the reservation date (70) After receiving and storing from), it waits until tagging of the smartphone 10.

Meanwhile, the application includes a selection window for adjusting lighting and temperature.

After the customer completes the reservation and payment and receives the authentication code from the reservation and payment server 20, on the reservation date, the customer uses the application of the smartphone 10, such as the lighting and temperature of the room 90 ( It is possible to adjust the condition of 90).

4, the selection window of the application is displayed so that the room lighting and temperature control can be performed, as shown in FIG. 4, and the selection button for each position of the room lighting is configured to enable selection of temperature for heating or heating and cooling. desirable.

The control of the room condition is that the smart phone 10 accesses the reservation and payment server 20 by the communication network or the internet network of the communication company 15, and the room controller 50 through the management server 70 of the accommodation. It is made by controlling the room lighting equipment and temperature controller.

On the other hand, each room 90 of the accommodation includes an inner manipulator 40 installed on the front door 96 inside the room door 92, separately from the outer manipulator 30 installed on the outside of the room door 92. do.

The internal manipulator 40 includes a push button 41, a room card reader 42, a selection input device 43, and the like, and the room card reader 42 and the manipulator can be integrated into one device.

The push button 41 is a button pressed to open the room door 92, and the room card reader 42 is a customer using a card key after visiting the front desk instead of the smartphone 10, as in a normal hotel. This is the part where the card key is inserted and recognized for power supply and lighting operation.

The selection input device 43 is provided with a button to be pressed for indication of prohibition, cleaning request, and exit, and when the button is pressed, a signal is transmitted to the room controller 50, and the room controller 50 is an external operator. The signal is transmitted to the 30 so that the corresponding information can be displayed on the indicator 34 by a letter or symbol.

In the interior of the room 90, a router 60 is installed so that a control signal can be transmitted to each room device by the room controller 50, and the router 60 includes a management server 70 and a room controller for the accommodation. 50 is connecting to communicate.

The room controller 50 may wirelessly transmit control signals to the plug 81 and the switch 82 in the room 90 through the router 60, and the room controller ( A power circuit breaker that is turned on / off by a control signal of 50) is installed.

Hereinafter, a process of reservation and management of a room using a room reservation and management system of an accommodation facility according to an embodiment of the present invention will be described in detail.

First, it connects to the reservation and payment server 20 by the application of the smartphone 10 and proceeds to the reservation and payment of the room 90 of the accommodation online.

As shown in FIG. 5A, after activating the application of the smartphone 10 to access the reservation and payment server 20, the accommodation and remaining room information and fee information are checked.

Subsequently, when the accommodation is determined, reservation and payment proceed as shown in FIG. 5 (b) by the reservation payment module of the application. (Step S11 in Fig. 6)

After the reservation and payment, as shown in c of FIG. 5, an authentication code is sent from the reservation and payment server 20 to reach the smartphone 10 (step S12 of FIG. 6), as shown in d of FIG. The authentication code is received and stored in the application of the smart phone (step S13 in FIG. 6).

At the same time, the reservation and payment server 20 transmits the authentication code to the management server 70 of the corresponding accommodation through the Internet network (step S21 in FIG. 7), and the management server 70 stores the authentication code after , On the reservation date, transfer to the door lock 31 of the room 90 through the room controller 50 and store it. (Step S22 of FIG. 7)

When the authentication code is received and stored in the user's smart phone 10, the application is activated such that a selection window for confirming delivery to the companion is automatically displayed in the application, as shown in FIG. 5E (step S14 in FIG. 6).

Accordingly, when the user enters information such as a phone number of a companion in the selection window, the application transmits a signal requesting delivery of an authentication code to the companion along with the information of the companion to the reservation and payment server 20, and the reservation and payment server 20 ) Also transmits an authentication code to a companion (steps S15 to S16 in FIG. 6).

After receiving the authentication code, the user can control the condition of the room 90 before entering the room by controlling the room lighting device and the temperature controller as shown in FIG. 5 f on the reservation date.

That is, when the lighting and temperature control values are input on the room status control screen of the application, the control values are transferred to the reservation and payment server 20, and the management server 70 of the corresponding accommodation from the reservation and payment server 20 The control signal is transmitted, and the management server 70 controls the room lighting device and the temperature controller of the corresponding room 90 according to the control value, and adjusts the condition of the room 90 according to the request of the customer.

The application includes a room status control screen capable of controlling lighting and temperature of the corresponding room 90, as illustrated in FIG. 4.

When the user arrives at the accommodation on the reservation date or the companion who has received the authentication code arrives at the room 90 of the accommodation, as shown in g of FIG. 5, when the smartphone 10 is tacked on the door lock 31 (FIG. Step S17 of 6), the authentication code of the smart phone 10 is read by the NFC module 32 of the door lock 31 (step S18 of FIG. 6), and is stored and received by the management server 70 Check whether it matches with, and when it matches, the room door 92 is opened (steps S24 to S25 in FIG. 7).

Even after opening and entering the room door 92, the condition of the room 90 can be controlled by controlling the lighting and temperature by the application of the smart phone 10, and the application activates the selection window that delivers the authentication code to the companion in the application. By doing so, the authentication code can be delivered to a companion who has not arrived.

To exit after using the room 90, as shown in h of FIG. 5, press the exit button on the input selector 43 of the internal manipulator 40 and then move out, and when the exit button is pressed, the management server is operated by the room controller 50. As the exit information is transmitted to (70), an indication for cleaning is generated to the indicator (34) of the external manipulator (30).

The room reservation and management system of the accommodation according to the present embodiment is managed by the smartphone 10 by making reservations and payments for the rooms 90 of the accommodation and opening of the room door 92. Even if the staff is not resident, the accommodation can be operated.

In addition, by configuring the smart phone 10 to transmit an authentication code to the companion's smart phone 10, so that the companion does not have any inconvenience in use even when first arriving in the room 90, the arrival of the room 90 It is possible to increase the convenience of using the accommodation by configuring the lighting and temperature of the corresponding room 90 using the application of the smartphone 10 before.

The following describes the configuration and operation of the room reservation and management system of a lodging facility according to another embodiment of the present invention.

Referring to FIG. 8, in another embodiment of the present invention, the motion sensor is installed on the entrance 96 located inside the door 92 for entering and exiting the room 90 to transmit a detection signal to the room controller 50. (87), a voice output device (83) installed in the room (90) and receiving a control signal from the room controller (50) to output a voice, and an earthquake detection sensor (85) transmitting the detection signal to the room controller (50) ).

9 and 10 show a configuration in which the motion sensor 87 of the front door 96 is installed.

The floor of the interior porch 96 of the room 90 is lower than the floor of the interior space of the room 90, and a stepped section 91 is usually formed at its boundary, and the motion detector 87 has a stepped section 91 In the room is installed in the stepped portion 91 to be disposed toward the door 92.

The motion detector 87 installed on the stepped section 91 of the front door 96 includes a light emitting body irradiating toward the front door 96, and a reflector 88 is attached to the inner surface at the lower end of the room door 92. .

The motion detector 87 irradiates light toward the reflector 88 of the cabin door 92 in which the light-emitting body is closed, and then the light-receiving body receives the reflected light, so that it is possible to check whether the user is operating.

The light-emitting body 87a and the light-receiving body 87b are provided in a plurality of pairs at a predetermined interval from the stepped portion 91, respectively, and the light irradiated from the light-emitting body 87a is received by the light-receiving body 87b. A plurality of paths P1 and P2 are formed independently of each other.

Accordingly, even if some light paths are interfered with by shoes or the like, it is possible to check a motion detection signal from the remaining light paths. Therefore, it is possible to more accurately detect the operation of the customer at the front door 96 and output a signal.

On the other hand, the seismic sensor 85 is preferably an acceleration sensor capable of detecting both vertical and horizontal vibrations, and the seismic sensor 85 can measure both the vertical and horizontal directions. Among the seismic waves, it can be detected by distinguishing the longitudinal P wave and the transverse wave S wave.

When the seismic wave is detected, the room controller 50 causes the voice output unit 83 to output voice at each step, thereby inducing the customer of the room 90 to take appropriate action.

When the P-wave detection signal is received from the seismic sensor 85, the room controller 50 outputs the first voice information regarding the action point and warns that the S-wave will be sequentially reached. Control to output the second voice information.

In addition, when the S-wave detection signal is transmitted from the earthquake sensor 85, the voice output unit 83 controls to output the third voice information regarding the S-wave arrival facts and evacuation tips, and the third voice information If the detection signal is not received from the motion detector 87 within the set time after output, the management server 70 transmits the room information and the abnormality information.

 11 is a block diagram specifically illustrating a process of helping an evacuation of a customer staying in the cabin 90 in the event of an earthquake.

First, when an earthquake occurs and the room controller 50 receives a P wave detection signal from the earthquake detection sensor 85 (step S31), the voice output unit 83 warns of the occurrence of an earthquake and then acts The first audio information is output (step S32).

The above act is a voice guided to the first action such as avoiding the body under the table.

After the arrival of the P wave, there is a time interval of several seconds until the arrival of the S wave, so the audio output device 83 repeatedly outputs the action point twice by the control of the room controller 50, and then the S wave is sequentially Outputs second voice information to warn that it will be reached (step S33).

When the earthquake detection sensor 85 measures the S-wave detection signal and receives it to the room controller 50 (step S34), the voice output unit 83 receives the third voice information about the S-wave arrival facts and evacuation tips. The room controller 50 controls to output (step S35).

The evacuation tips are guide information to evacuate outside the building using the emergency stairs.

After outputting the third voice information, the room controller 50 within a set time checks whether a detection signal is received from the motion detector 87 (step S36).

According to the third voice information, the customer of the room 90 will open the room door 92 and evacuate to the outside, so a detection signal of the operation must be generated at the entrance 96.

If the room controller 50 does not receive the detection signal of the motion detector 87, it transmits the room information and the abnormality information to the management server 70 (step S37).

The room information is identification information of the room 90, such as a room number, and information on an abnormal state is information informing that an operation has not been detected in the entrance 96 of the room 90.

After the earthquake has been settled, the manager of the accommodation facility can quickly identify and visit the rooms (90) transmitted as being in an abnormal state because there is no detection signal regarding the operation, and can quickly check the safety of the customers (90) due to the earthquake. Can be.

Although the preferred embodiments of the present invention have been described above, the above embodiments are only one embodiment within the scope of the technical spirit of the present invention, and those skilled in the art within the technical spirit of the present invention. Of course, other modified implementations are possible.

10; Smartphone 20 payment server
30; External manipulator 31; door lock
32; NFC module 33; Chime
34; Indicator 40; Internal Manipulator
41; Pushbutton 42; Room Card Reader
50; Room controller 60; router
70; Management server 81; plug
82; Switch 83; Voice output device
85; Earthquake detection sensor 87; Motion detector
87a; Luminous body 87b; Receiver
88; Reflector 90; guest room
91; Chin 92; Room Door
96; entrance

Claims (6)

Online access to the reservation and payment server 20 in charge of reservation and payment of the room 90 of the accommodation facility to perform reservation and payment of the room 90, and after reservation and payment, the reservation and payment server 20 ), The application of the smartphone 10 with a selection window for transmitting the authentication code of the room (90) received from the companion,
A door lock 31 that recognizes the authentication code and opens the room door 92 by tacking the smartphone 10 in which the application is installed and the authentication code is stored;
After the reservation and payment, rooms of accommodation, characterized in that it comprises a management server (70) that receives the authentication code of the corresponding room (90) from the reservation and payment server (20) and transmits it to the door lock (31). Reservation and management system According to claim 1,
The application includes a selection window that can adjust the lighting and temperature,
Room reservation and management system of accommodation, characterized in that it comprises a room controller (50) for controlling the room lighting device and the temperature controller by communication with the smart phone (10) where the application is installed. A reservation payment step of accessing the reservation and payment server 20 by the application of the smartphone 10 and proceeding with the reservation and payment of the room 90 of the accommodation online;
An authentication code receiving step of receiving an authentication code from the reservation and payment server 20 to the smartphone 10 after the reservation and payment;
A companion confirmation step in which the application is activated such that after receiving the authentication code in the authentication code reception step, a selection window for confirming delivery to the companion is displayed;
An authentication code transmission step in which an authentication code is transmitted to the companion's smartphone 10 through the reservation and payment server 20 when entering information of the companion in the selection window in the companion confirmation step;
When the smart phone 10 is tacked to the door lock 31, the authentication code of the smart phone 10 is read by the door lock 31 to check whether it matches the stored authentication code, and if so, the room door 92 Room opening step of opening; Room reservation and management method of accommodation, characterized in that it comprises a According to claim 3,
The application includes a room status control screen that can control the lighting and temperature of the room (90),
After the authentication code receiving step,
When a control value is input on the room status control screen, the management server 70 of the accommodation facility controls a room lighting device and a temperature controller of the corresponding room 90 according to the control value. Reservation and management According to claim 1,
A motion sensor (87) installed in the entrance (96) located inside the room door (92) entering and exiting the room (90) transmits a detection signal to the room controller (50),
It is installed in the room 90 and includes a voice output unit 83 for receiving the control signal of the room controller 50 and outputting voice,
Further comprising an earthquake detection sensor 85 for transmitting a detection signal to the room controller 50,
The room controller 50 is
When the P-wave detection signal is transmitted from the seismic sensor 85, the voice output device 83 outputs first voice information on a behavioral tip and sequentially transmits second voice information warning that the S-wave will be reached. Control to output,
When the S-wave detection signal is received from the earthquake sensor 85, the voice output unit 83 controls to output the third voice information regarding the S-wave arrival facts and evacuation tips,
If the detection signal is not received from the motion detector (87) within the set time after the output of the third voice information, the accommodation facility characterized by transmitting the room information and the abnormality information to the management server (70). Room reservation and management system The method of claim 5,
The motion detector 87
Reflector 88 disposed on the inner surface at the lower end of the room door 92,
A light emitting member (87a) is provided on the stepped portion (91) of the front door (96) to irradiate light toward the reflector (88),
A light receiving member (87b) for receiving the light reflected from the reflecting plate 88 is irradiated from the light emitting member (87a),
A plurality of the light-emitting body 87a and the light-receiving body 87b are respectively installed at a plurality of positions at predetermined intervals in the stepped portion 91,
Room reservation and management system for accommodation facilities, characterized in that a plurality of paths P1 and P2 received from the light emitting body 87a are received by the light receiving body 87b independently of each other.

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