KR20040069226A - Auto-Reception System for Use in Hotel and Method thereof - Google Patents

Abstract

PURPOSE: A system and a method for the automatic reception/settlement of a hotel are provided to give a card key of a guest room by automatically performing check-in with the simple key operation of a guest without a guider and automatically perform check-out by receiving the card key from the guest. CONSTITUTION: A guide message storage(116) stores a guide message for guiding the check-in/out. Guide message output parts(102,104) output the guide message for executing the check-in/out. A data input part(136) inputs the guest information needed for executing the check-in/out. A guest database(134) stores guest information data. A CPU(118) executes the check-in by storing the guest information to the guest database, draws out the card key for the guest, and settles a use charge based on the card key for the check-out. A data memory(126) temporarily stores the data processed by the CPU or inputted from the data input part.

Description

Hotel Auto-Reception System for Use in Hotel and Method

The present invention relates to a hotel automatic reception / settlement system and a method thereof, and more specifically, to a guest staying in the hotel, a room key and a card is automatically provided by checking-in with only a simple key input without a guide, and the room key at the end of the stay. The present invention relates to an automatic hotel reception / settlement system and a method for automatically checking out by returning a cum card.

The hotel is used for a good night's sleep or relaxation when traveling or on business trips. The hotel has facilities such as a health club, a swimming pool, a bar and a business center. The use of these facilities can relieve fatigue and add a sense of relaxation to overseas business trips.

However, in order to use such hotel facilities, first, when entering the hotel entrance, the receptionist is guided by the receptionist at the front desk, simply writes his / her personal information to the lodging, and then goes through a check-in process where a guest room lake and a room key are given. .

Of course, if there aren't many guests who want to use the hotel at the front desk, you can check-in immediately and go to your room to relax, but if there are many people who want to stay, the check-in is delayed. The check-in process of standing and waiting and recording personal information in the lodging complex is cumbersome.

On the other hand, when you leave the hotel after your stay date, you must return your room key to the visitor at the front desk, and settle the fee for the visitor's use of the hotel. The check-out process is paid.

By the way, the hotel guests are scheduled to check out the day, but when the time to perform the check-out due to late sleep comes to the scheduled time, check-out such as using a credit card to settle the charge The process of doing so becomes more cumbersome.

Therefore, there has been a demand for a method that simplifies the check-in process for hotel guests to use the hotel and also simplifies the check-out process for paying a fee while returning room keys.

In order to meet the above demands while solving the above-mentioned problems, the present invention provides a guest key and a card by automatically checking in by simply entering a key without a guide to a guest staying in a hotel, and at the end of the stay, a room key and a card. It is an object of the present invention to provide an automatic hotel reception / settlement system and a method for automatically checking out by returning a hotel.

1 is a block diagram of a hotel automatic reception / settlement system according to an embodiment of the present invention,

2 is a view showing the internal configuration of the hotel applied to the automatic hotel reception / settlement system,

3 is a flowchart illustrating an operation during check-in;

4 is a flowchart illustrating an operation during check-out;

5 is a view showing an operation flowchart when a guest does not make a reservation;

6 is a diagram illustrating a screen for selecting a check-in or a check-out;

7 illustrates a screen for selecting a language to be used;

8 is a view showing a screen for confirming whether a reservation;

9 is a view showing a screen for inputting a stay type selection and the number of people staying,

FIG. 10 is a diagram illustrating a screen for selecting a room type and inputting a night number;

11 is a view showing a screen for selecting a room,

12 is a view showing a screen for selecting a payment method;

FIG. 13 is a diagram illustrating a screen in which cash payment is selected among payment methods; FIG.

14 is a diagram illustrating a screen for withdrawing a room card.

<Description of Symbols for Main Parts of Drawings>

100: hotel automatic reception / settlement system 102: audio output unit

104: touch screen 106: specification table output unit

108: room card reader 110: input and output interface unit

112: credit card reader 114: identification scanner

116: voice guidance data storage unit 118: central processing unit

120: room card box 122: card ejection drive unit

124: room card ejector 126: data memory

128: cash box 130: cash in and out

132: cash flow driver 134: guest database

136: key input section 138: NIC

In order to achieve the above object, the present invention provides a check-in or check-out system for a hotel automatic reception / settlement system which enables automatic check-in or check-out by simple key input. A guide message storage unit for storing a guide message; A guide message output unit configured to output a guide message for executing the check-in or check-out; A data input unit for inputting staying information data required for executing the check-in or check-out; A guest database for storing the stay information data; A room card box containing room cards for guests; It controls the overall device, and when the staying information data is input, stored in the guest database to execute the check-in, eject the room card for the guest, based on the room card at the check-out A central processing unit (CPU) which performs a function of setting a fee; A room card discharge unit configured to discharge the room cards of the room card box one by one; A card ejection driver for driving the room card ejection unit; A room card reader unit for recognizing and reading contents of the room card; An input / output interface unit that performs an interface function for inputting data and outputting data; And a data memory for temporarily storing data processed by the CPU or temporarily storing data input from the data input unit.

In addition, according to another object of the present invention, as a hotel automatic reception / settlement method that can be executed automatically check-in or check-out by a simple key input, (a) selecting the check-in or check-out Outputting a guide message; (b) selecting and entering the check-in or check-out; (c) outputting a guide message requesting input of data required for the check-in or check-out according to the selection; (d) inputting data necessary for the check-in or check-out; (e) executing the check-in or check-out based on the required data entered; and (f) automatically calculating a hotel use rate from the time of executing the check-in and performing a payment for the hotel use rate at the time of executing the check-out.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

Figure 1 shows the configuration of the hotel automatic reception / payment system according to an embodiment of the present invention.

Hotel automatic reception / payment system 100 according to the present invention is the voice output unit 102, touch screen 104, specification table output unit 106, room card reader unit 108, input and output interface unit 110, credit Card reader unit 112, identification card scanner 114, voice guidance data storage unit 116, a central processing unit (CPU: Central Process Unit, hereinafter referred to as "CPU") 118, cabin card box 120, Card ejection unit 122, room card ejection unit 124, data memory 126, cash box 128, cash inlet 130, cash inlet driver 132, guest database 134, key input unit ( 136), NIC 138, and the like.

In the above configuration, the voice output unit 102 outputs a hotel welcoming greeting and reception guide, and outputs a Korean or multilingual guide voice and includes a speaker. The touch screen 104 outputs a hotel guide and an interview content on a screen, and receives data necessary for reception of a hotel stay. Of course, instead of the touch screen 104, it may be configured separately by dividing the key input button and the screen output unit.

The specification table output unit 106 issues a receipt after the guest has settled a fee for the hotel stay, or issues a deposit detail specification table for the billed amount. The room card reader 108 recognizes and reads the contents of the room card given to the hotel guest. The input / output interface 110 performs an interface function for inputting data and outputting data. The credit card reader 112 reads the information recorded in the magnetic strip of the BC card, the credit card of the people, foreign exchange, LG, Samsung, and the like.

The identification card scanner 114 scans and reads identification cards such as a resident registration card or a driver's license of the guest, and the voice guide data storage unit 116 stores voice data regarding the hotel guide as data. The CPU 118 controls the device as a whole, and when the staying information of the guest is input from the touch screen 104, it is stored and registered in the guest database 134, the room card is given to the guest, and the room card is about to leave. When the return is made, the hotel charges the hotel fee.

The room card issuer 120 prints and issues a room card (Key) granted to the hotel guest for each room, and the room card discharge unit 124 is connected to the room card issuer 120. ) To eject the guest room cards issued one by one. The card ejection driver 122 drives the room card ejection unit 124 to eject the room card issued by the room card issuer 120 one by one according to a control signal applied from the CPU 118.

The data memory 126 temporarily stores data processed by the CPU 118 or temporarily stores data input from the touch screen 104. The cash box 128 stores bills and coins. The cash box 128 houses bills, coins, bills, checks, and bills. It is divided into a space for storing bills and coins inputted in).

The cash inlet 130 is connected to the cash box 128, discharges the bills and coins stored in the cash box 128, and performs a function of depositing the bills and coins input by the guest. . The cash in / out driver 132 performs a function of driving the cash in / out unit 130 to discharge cash stored in the cash box 128 according to a control signal applied from the CPU 118.

The guest database 134 stores information such as information entered by the guest, information on the guest using the hotel, and settled charges for the hotel when the guest checks in to the hotel. . The key input unit 136 is used by a hotel employee to input a reservation for a hotel use, a system administrator to input data for checking the overall device, and input data for updating the system content. . NIC 138 is a network interface card for connection with LAN 270.

2 is a view showing the internal configuration of the hotel to which the hotel automatic reception / payment system 100 is applied.

Hotel automatic reception / settlement system 100 according to the present invention includes a sauna 220, a bar 230, a business center 240, a restaurant 250, a coffee shop 260, including rooms 210 inside the hotel. It is connected to the back and local area network (LAN). In addition, each component is provided with a recognition device (not shown) capable of recognizing a room card of a hotel guest. Therefore, the hotel guest can replace the use price by using the room card, and the result calculated by each component is transmitted to the hotel automatic reception / settlement system 100. Of course, hotel guests may pay in cash for each component's charges without using a room card.

The hotel automatic reception / settlement system 100 is connected to each of the hotel's components and the LAN 270 by allowing the hotel guest to recognize the room card possessed by the guest each time they use the hotel's components. The guest's room card information is transmitted from the department to the LAN (270) to the hotel automatic reception / settlement system 100, and the hotel automatic reception / settlement system (100) is the room card information transmitted from each of the hotel units and the price of use. By collecting the information, the final hotel price will be settled when the guest checks out.

In addition, the hotel automatic reception / settlement system 100 is provided with a call button (not shown) to call a hotel employee in case of an error in the operation of the system or when a guest wants to be assisted in operating the system. can do.

Next, the operation of the automatic hotel reception / payment system 100 configured as described above will be described in detail with reference to the flowchart shown in FIG.

3 is a flow chart showing a hotel automatic reception / settlement method according to an embodiment of the present invention.

First, the hotel automatic reception / settlement system 100 is installed at the hotel front desk. The hotel automatic reception / settlement system 100 includes a sauna 220, a bar 230, a business center, as well as respective rooms 210. The recognition devices in the 240, the restaurant 250, the coffee shop 260, and the like are connected to the LAN 270 so that data can be transmitted from the respective recognition devices to the hotel automatic reception / settlement system 100. .

In the above state, the CPU 118 of the hotel automatic reception / settlement system 100 outputs a screen relating to the hotel usage guide to the touch screen 104. The screen regarding the hotel usage guide includes contents related to a guest room guide, a restaurant guide, a convenience facility guide, and a reception. The touch screen 104 executes an input by a touch through a human finger along with a screen output. The touch screen 104 is a screen for inputting check-in and check-out when a reception part is touched with a finger on the screen about the hotel usage guide. Is switched. Of course, the input and output devices may be configured by separating the key input button from the monitor and not the touch screen 104.

With the screen about the hotel usage guidance being displayed on the touch screen 104 from the hotel automatic reception / settlement system 100, guests entering the hotel entrance to stay in the hotel use the hotel to perform check-in. Touch the 'reception' part of the screen about the guide with your finger to execute the input.

When there is a touch input related to reception from the touch screen 104, the CPU 118 outputs a screen for selecting check-in or check-out to the touch screen 104 as shown in FIG. 6 (S302). . Here, the hotel automatic reception / settlement system 100 may execute check-in or check-out as shown in the screen of FIG. 6 from the beginning without outputting a screen on the hotel usage guide so that a guest may perform check-in immediately. It can also be configured as a screen.

In the screen for selecting the check-in or the check-out of FIG. 6, the guest selects the check-in (S304). When the guest selects check-in, the CPU 118 outputs a screen for selecting a language to be used as shown in FIG. 7. In addition, the CPU 118 causes the voice guidance data storage 116 to select a language to be used, for example, "Please select a language to use." Voice data is read and output to the voice output unit 102. 7 is a screen for selecting one of Korean, Japanese, English, and Chinese. Therefore, if the guest is a Korean, Korean is selected, if a Japanese is Japanese, and if the person is in English, the English is selected (S306).

In the same manner, the CPU 118 reads the voice guide data from the voice guide data storage 116 and simultaneously outputs the screen to the voice output unit 102 every time the screen is switched. In addition, the CPU 118 outputs a guide message for placing an ID card such as a resident registration card or a driver's license on the ID scanner 114 on the touch screen 104 to scan the guest ID card. In this case, the scanned data is stored in the guest database 134. Of course, closed circuit cameras (CCDs) can be used to capture and store guest images.

When the language used is selected from the touch screen 104, the CPU 118 outputs a screen for confirming reservation as shown in FIG. 8 to the touch screen 104 via the input / output interface 110 (see FIG. 8). S308). 8 shows a number button from 0 to 9, a cancel button (Cancel) to cancel the input, and a confirmation button (OK) to confirm the input of the reservation number so that the guest may have already made a reservation. , And other buttons entered when the guest has not made a reservation.

In other words, if the guest has made a reservation and enters the reservation number using the numeric buttons, otherwise press the other button to proceed to the next step.

If the guest has already made a reservation, if the user inputs a reservation number assigned to himself / herself by using the numeric buttons displayed on the touch screen 104 and inputs an OK button (S310), the CPU 118 touches the touch screen. The reservation number data input from the 104 is temporarily stored in the data memory 126, and based on this, the reservation number is confirmed from the guest database 134, and corresponding reservation information, that is, the room number and the number of guests In operation S312, information about the expected price of using the hotel is read and displayed on the touch screen 104. This screen includes a payment button for executing payment for the expected payment and a checkout payment button for payment at check-out.

Subsequently, when the guest inputs a payment button, the CPU 118 outputs a screen for selecting a payment method as shown in FIG. 12. Here, the payment screen is composed of information that the guest booked, namely the room number, the room type, the period of use, the details of the expected price, the cash button (Cash) and credit card (Credit) button.

If you want to pay in cash, enter the Cash button. When the cash settlement button is input, the CPU 118 operates the cash in / out driver 132 to deposit cash into the cash in / out unit 130. When the guest deposits a certain amount of cash, the amount of money deposited is counted by the cashier and driver 132, and the information is transferred to the CPU 118. If the amount of cash deposited is greater than the amount of payment, The control signal is settled and the control signal for discharging cash for the remaining amount is transmitted to the cash in / out driver 132. The cash in / out driver 132 drives the cash in / out unit 130 according to a control signal transmitted from the CPU 118 to discharge cash corresponding to the balance.

When the expected price is settled in the above-described process (S314), the CPU 118 transmits a control signal for discharging the cabin card to the card discharge driver 122, so that the card discharge driver 122 receives the cabin card discharge unit. Operation 124 to allow one of the room card issued by the room card issuer 120 is discharged through the room card discharge unit 124. In addition, the CPU 118 issues a payment receipt or a detailed statement to the detailed statement output unit 106 (S316). In addition, the CPU 118 outputs a voice prompt message along with a guide message for removing and carrying a guest room card as shown in FIG. 14 on the touch screen 104. Therefore, the guest will draw and hold a room card.

After the CPU 118 outputs the reservation information to the touch screen 104 in step S312, the guest does not perform the expected payment for the use of the hotel, but checks out the payment button to settle the payment at the check-out In the case of inputting the CPU, the CPU 118 stores the input information in the guest database 134 having the reserved information (S320). Then, the CPU 118 performs step S316.

On the other hand, when the guest uses the hotel as scheduled and exits, he / she approaches the hotel automatic reception / settlement system 100 installed at the front and outputs a check-in or check-out as shown in FIG. In step S304, the guest enters check-out.

Therefore, the CPU 118 recognizes that the check-out is input from the touch screen 104 (S402), and outputs a screen for selecting a language to be used as shown in FIG. In response, the guest selects a desired language (S404).

Subsequently, when the language to be used is selected, the CPU 118 outputs a screen of contents for recognizing the room card to the room card reader unit 108 and outputs a voice guidance message to the voice output unit 102.

The guest recognizes the room card possessed by the room card reader 108.

When the room card information is input from the room card reader unit 108, the CPU 118 searches the guest database 134 based on this, and determines whether to pay for the expected hotel use at check-in (S406). Then, the difference between the hotel use price and the expected price of the hotel use, which is settled on the room card, is checked to see if there is an additional rate (S408).

When a guest checks in and receives a room card and uses various amenities in the hotel, and pays for the use of the amenities using the recognition device installed in each component of the hotel, The charge rate information for each use of each facility is transmitted to the hotel automatic reception / settlement system 100, whereby the CPU 118 accumulates the guest information in the guest database 134 corresponding to the room card. .

If there is an additional fee by checking whether there is an additional fee for the hotel usage fee, the CPU 118 outputs a screen for guiding payment for the usage fee to the touch screen 104 and guides the voice for this. The message is output to the voice output unit 102 (S412). Of course, even when the expected price is not paid in step S406, a guide message for paying the usage fee is output as in step S412. The screen for guiding the payment for the use fee includes a payment button for paying the use price.

When a guest enters a payment button to make a payment for a hotel use price or an additional fee, the CPU 118 outputs a screen for selecting a payment method, as shown in FIG. 12.

The guest enters a cash payment button (Cash) to pay in cash and a credit card payment button (Credit) to pay in credit card.

When the guest inputs the credit card payment button, the CPU 118 outputs a screen for recognizing the credit card by the credit card reader unit 112, and sends a guide voice message to the voice output unit 102. Output

The guest recognizes the credit card possessed by the credit card reader unit 112. At this time, the automatic hotel reception / settlement system 100 has a technical alliance for payment with a number of credit card companies, the CPU 118 to automatically transfer the hotel to the credit card company to read the credit card information There is a wired connection between the reception / settlement system 100 and the credit card company. Therefore, the CPU 118 transmits the credit card information read by the credit card reader unit 112 to the credit card company to complete the payment.

On the other hand, when the cash settlement button is input, the CPU 118 operates the cash in and out driver 132 to deposit the cash into the cash in and out unit 130. When the guest deposits a certain amount of cash, the amount of money deposited is counted by the cash in / out driver 132, and the information is transferred to the CPU 118. When the amount of cash deposited is greater than the settlement amount, the CPU 118 transmits a control signal to the cash in / out driver 132 to settle the settlement amount so that cash for the remaining amount is discharged. The cash in / out driver 132 drives the cash in / out unit 130 according to a control signal transmitted from the CPU 118 to discharge cash corresponding to the balance.

In the above-described process, when the hotel fee is received and the price is paid (S414), the CPU 118 displays a guide message for returning the room card and a guide message for using the hotel. And output to the audio output unit 102 (S416). In addition, the CPU 118 issues a payment receipt or a detailed statement to the detailed statement output unit 106.

In step S410, if there is no additional fee by comparing the expected price of the hotel use with the actual use price, the CPU 118 executes step S416 to allow the guest to return the room card.

On the other hand, when the guest does not make a reservation in step S310, the CPU 118 outputs a screen for inputting the stay type selection and the number of people to choose whether to stay or rest as shown in Figure 9 (S502) .

In the screen of FIG. 9, when the guest selects to rest without selecting accommodation (S504), the CPU 118 checks the guest database 134 and calculates the hotel fee by counting only the use time without calculating the number of nights. (S506).

In step S504, when the guest selects a stay and inputs the number of occupants, the CPU 118 stores the input data in the guest database 134 and uses the touch screen 104 as shown in FIG. 10. A screen for inputting and modifying the type selection and the number of nights is output (S508).

When the guest selects a room type called Single and inputs the number of nights, the CPU 118 stores the input data in the guest database 134, and displays a screen for selecting a room as shown in FIG. The output is performed on the touch screen 104 (S510).

Subsequently, when the guest selects and inputs room 106, the CPU 118 outputs a screen for selecting a payment method for the expected use price as shown in FIG. 12 (S512).

When the screen for selecting the payment method is output to the touch screen 104, the guest selects the payment method that he / she wants to pay, and the subsequent process will be omitted since it has been described in steps S314 to S320.

FIG. 13 illustrates a screen in which cash is selected among payment methods. As shown in FIG. 13, the cash payment screen has a button (Input Money Cancel) for canceling the cash payment in the same configuration as the screen for selecting the payment method of FIG. 12. You can cancel.

In the above-described process, when the hotel charge is received and the payment is made, the CPU 118 outputs a guide message for returning the room card and a message for appreciating the use of the hotel. Output to the unit 102, respectively.

The guest enters and returns a room card (or room key) in his / her room to the room card return box (not shown), thereby ending the use of the hotel using the hotel automatic reception / settlement system 100.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, it is possible to conveniently use it according to the process automatically performed when the guest performs the check-in or check-out when using the hotel, and the hotel side can also automate the management of the hotel. The cost of manpower requirements can be reduced.

Claims (11)

In the hotel automatic reception / settlement system, which can execute check-in or check-out automatically by simple key input, A guide message storage unit 116 for storing a guide message for guiding the check-in or check-out; A guide message output unit (102, 104) for outputting a guide message for executing the check-in or check-out; A data input unit for inputting staying information data required for executing the check-in or check-out; A guest database 134 for storing said stay information data; When the room information is input, the entire device is controlled and stored in the guest database 134 to execute the check-in, the room card is discharged for the guest, and the room card is checked during the check-out. A central processing unit (CPU) 118 which performs a function of setting a fee based on the basis; And A data memory 126 that temporarily stores data processed by the CPU 118 or temporarily stores data input from the data input unit; Hotel automatic reception / settlement system comprising a. The method of claim 1, And the guide message is output as voice guide data for guiding the check-in or check-out, and the guide message is output to the screen. The method of claim 2, The voice guidance data is divided into Korean or multilingual guidance voice, The guide message output unit is configured as a touch screen 104 or a monitor, And the data input unit comprises a touch screen (104). The method of claim 1, There are a number of amenities connected to the telecommunications network, A network interface card (138) for connection with the communication network; A cash box 128 for storing bills and coins; A cash dispenser 130 for discharging the bills and coins and depositing the bills and coins input by the guest; A cash in / out driver 132 for driving the cash in / out unit 130 to discharge coins and bills from the cash box 128; A specification table output unit 106 for issuing a receipt after calculating the fee for using the hotel or issuing a deposit specification table for the billed amount; A credit card reader 112 which performs a function of reading the contents of the credit card; An identification scanner 114 for scanning and reading the guest's identification card; A room card issuing machine (120) containing the room card to be given to the guest; A room card discharge unit 124 which performs a function of discharging the room cards of the room card issuer 120 one by one; A card ejection driver 122 for driving the room card ejection unit 124; A room card reader unit 108 for recognizing and reading contents of the room card; A key input unit 136 for inputting a hotel use reservation content or inputting data for checking the system and data for updating the system content; And Input / output interface unit 110 performing an interface function for inputting data and outputting data Hotel automatic reception / settlement system further comprises. The method of claim 2, The screen output of the guide message may include a screen for selecting check-in or check-out; A screen for selecting a language used; A screen for selecting a reservation number and not a reservation; A screen for selecting whether to stay or resting and input the number of people to stay; A screen for inputting and modifying the room type and the number of nights; A screen for selecting a room; A screen for selecting a payment method; The hotel automatic reception / payment system, characterized in that consisting of a screen that displays to take out the room card to take out. The method of claim 4, wherein The communication network is a local area network (Local Area Network) (270) characterized in that the hotel automatic reception / settlement system. The hotel automatic check-in / check-out method, which enables automatic check-in or check-out by simple keystrokes. (a) outputting a guide message for selecting the check-in or check-out; (b) selecting and entering the check-in or check-out; (c) outputting a guide message requesting input of data required for the check-in or check-out according to the selection; (d) inputting data necessary for the check-in or check-out; (e) executing the check-in or check-out based on the required data entered; And (f) automatically calculating a hotel fee from the time the check-in is executed and performing payment for the hotel fee at the time of the check-out; Hotel automatic reception / settlement method comprising a. The method of claim 7, wherein In the step (a), the guide message is output as voice guide data for guiding the check-in or check-out, and the guide message is output to the screen, characterized in that the automatic hotel reception / settlement method . The method of claim 7, wherein In the step (c), the data required for the check-in, Data about the reservation and the non-booking selection, including the input of the reservation number; Data on the selection of accommodation or rest and input of the number of persons; Data on the choice of room type and input of the number of nights; Automatic hotel reception / payment method characterized in that it comprises the room selection data. The method of claim 7, wherein In the step (f), the payment for the hotel fee, Hotel automatic receipt / settlement method characterized in that the selection and execution of cash payment or credit card payment. The method of claim 7, wherein In the step (e), the room card which is used as the basis for the settlement of the hotel charges upon the execution of the check-in is given to the hotel guest, The hotel automatic reception / settlement method characterized in that the payment for the hotel fee of the step (f) automatically based on the room card.