KR102620239B1 - Non-contact type short-term rental monitoring system - Google Patents

Abstract

The non-face-to-face short-term rental unmanned control system for accommodations according to an embodiment of the present invention calculates the user's age based on the scanned user identification code, determines that the user is an adult if the user's age is more than a predetermined age, and then signals a successful adult authentication. an adult authentication unit that generates an adult authentication unit, a kiosk unit located inside the common entrance that generates and provides a payment completion signal when payment for the accommodation number entered by the user authenticated by the adult authentication unit is completed, and a plurality of Among the item lockers, the locker unit provides a locker unlock signal to the item locker corresponding to the accommodation number for which payment has been completed, and when different types of events are received, the operation of the adult authentication unit, kiosk unit, and locker unit is performed according to the type of the event. Includes a control unit that controls.

Description

Accommodation non-face-to-face short-term rental unmanned control system {NON-CONTACT TYPE SHORT-TERM RENTAL MONITORING SYSTEM}

The present invention relates to an unmanned control system for non-face-to-face short-term rental of lodging establishments. More specifically, to an unmanned control system for non-face-to-face short-term rental of lodging establishments, the present invention relates to a speaker for two-way communication with users in a plurality of places in an unmanned lodging establishment. If a problem occurs when a user visiting a lodging establishment by installing a microphone and performing adult authentication or kiosk payment, etc. to use the lodging establishment unattended, the manager of the lodging establishment located in a remote location will have two-way communication with the user using a speaker and microphone. By solving the problem through this, it is possible to operate a more stable unmanned lodging establishment, and from the user's perspective, they can use the lodging establishment without having to face the operator, so they can use the lodging establishment at any time regardless of the presence of the operator while protecting their personal privacy. This is also possible, by monitoring the user's behavior within the lodging establishment and detecting abnormal user behavior events such as loitering, through two-way communication between the manager and the user who generated the abnormal event using the microphone and speaker installed within the lodging establishment. This relates to a non-face-to-face, short-term rental unmanned control system for lodging establishments that enables rapid response to events and increases the reliability of the operation of unmanned lodging establishments.

As science and technology develop, the number of unmanned facilities is increasing throughout our lives. While unmanned facilities provide various benefits to users who use them 24 hours a day, they also have the disadvantage of causing many inconveniences to employees due to working all night or in shifts.

The disadvantages of unmanned lodging facilities so far are that they cannot respond quickly to various thefts or fire accidents because there are no staff on duty, that they do not provide a plan for retrieving room keys, and that there is no legalized use of disposable products. Payment was not implemented.

However, currently, due to the development of surveillance, alarm, and detection devices such as CCTV, communication devices, alarm devices, and fire detection devices, the technology has reached a level where unmanned facilities can be equipped much more efficiently than in the past.

Meanwhile, the advantage of unmanned facilities is that they can protect the privacy of users while saving labor costs. As society has become more individual-centered than in the past, public facilities are also strengthening the protection of users' privacy by excluding face-to-face payments. am.

Here, a representative unmanned facility is an 'unmanned hotel', which is an unmanned version of an existing motel. With the advent of unmanned hotels, the previously stagnant lodging industry has become active again, and existing motels are also being converted into 'unmanned hotels'. It's a trend.

Various technologies are being proposed in relation to the management technology of unmanned lodging facilities such as unmanned hotels.

Korean Patent Publication No. 10-2022-0035542

The present invention relates to a non-face-to-face short-term rental unmanned control system for lodging establishments, where speakers and microphones for two-way communication with users are installed in a plurality of places in an unmanned lodging establishment, so that users who visit the lodging establishment can use the lodging establishment unmanned. If a problem occurs when performing adult authentication or kiosk payment, etc., the lodging facility manager located in a remote location can resolve the problem through two-way communication with the user using a speaker and microphone to enable more stable unmanned lodging operation. From the user's point of view, the user can use the accommodation without having to face the operator, thus protecting personal privacy and using the accommodation at any time regardless of the presence of the operator. In addition, the user's behavior within the accommodation can be monitored to prevent loitering. When detecting a user's abnormal behavior event, etc., two-way communication between the manager and the user who generated the abnormal event using the microphone and speaker installed in the lodging establishment enables rapid response to the abnormal behavior event, thereby increasing the reliability of the operation of the unmanned lodging establishment. The purpose is to provide a non-face-to-face, short-term rental unmanned control system for lodging establishments that can increase.

The objects of the present invention are not limited to the objects mentioned above, and other objects and advantages of the present invention that are not mentioned can be understood by the following description and will be more clearly understood by the examples of the present invention. Additionally, it will be readily apparent that the objects and advantages of the present invention can be realized by the means and combinations thereof indicated in the patent claims.

To achieve this purpose, the lodging facility's non-face-to-face short-term rental unmanned control system calculates the user's age based on the scanned user identification code, determines that the user is an adult if the user's age is over a predetermined age, and generates an adult authentication success signal. an adult authentication unit, a kiosk unit located inside the common entrance that generates and provides a payment completion signal when payment for the accommodation number entered by the user authenticated by the adult authentication unit is completed, and a plurality of item lockers. A locker unit that provides a locker unlock signal to the item locker corresponding to the accommodation number for which payment has been completed, and a locker unit that controls the operations of the adult authentication unit, kiosk unit, and locker unit depending on the type of the event when different types of events are received. Includes a control unit.

According to the present invention as described above, in the non-face-to-face short-term rental unmanned control system for lodging establishments, speakers and microphones for two-way communication with users are installed in a plurality of places in the unmanned lodging establishment to enable users who visit the lodging establishment. If a problem occurs when performing adult authentication or kiosk payment for use of an accommodation unmanned, the manager of the accommodation located in a remote location can resolve the problem through two-way communication with the user using a speaker and microphone, making it more stable and unmanned. This has the advantage of enabling the operation of lodging establishments and allowing users to use the lodging establishments at any time regardless of the presence or absence of the operator while protecting personal privacy as they can use the lodging establishments without having to face the operator of the lodging establishments.

In addition, when abnormal behavior events of users such as loitering are detected by monitoring the user's behavior within the lodging establishment, two-way communication between the manager and the user who generated the abnormal event using the microphone and speaker installed within the lodging establishment is used to quickly respond to the abnormal behavior event. It has the advantage of increasing the reliability of operation of unmanned lodging establishments by enabling response.

Figure 1 is a network configuration diagram illustrating a non-face-to-face short-term rental unmanned control system for lodging establishments according to an embodiment of the present invention.
Figure 2 is a block diagram for explaining the internal structure of a non-face-to-face short-term rental unmanned control system for lodging establishments according to an embodiment of the present invention.
Figure 3 is a block diagram for explaining the internal structure of a non-face-to-face short-term rental unmanned control system for lodging establishments according to an embodiment of the present invention.
Figures 4 and 5 are diagrams for explaining an embodiment of a non-face-to-face short-term rental unmanned management method for lodging establishments according to the present invention.
Figure 6 is a diagram for explaining a locker according to an embodiment of the present invention.

The above-mentioned objects, features, and advantages will be described in detail later with reference to the attached drawings, so that those skilled in the art will be able to easily implement the technical idea of the present invention. In describing the present invention, if it is determined that a detailed description of known technologies related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings. In the drawings, identical reference numerals are used to indicate identical or similar components.

Figure 1 is a network configuration diagram illustrating a non-face-to-face short-term rental unmanned control system for lodging establishments according to an embodiment of the present invention.

Referring to Figure 1, it includes a non-face-to-face short-term rental unmanned control system for lodging establishments (100_1 to 100_N) and an unmanned management server (200).

The non-face-to-face, short-term rental unmanned control system (100_1~100_N) can be applied to lodging establishments with a common entrance. At this time, when entering from the outside to the inside, the common entrance can be passed through adult authentication or accommodation key recognition, and when going from the inside to the outside, the entrance can be passed after pressing the door open button inside the common entrance.

The non-face-to-face short-term rental unmanned control system for lodging establishments (100_1~100_N) performs adult authentication by scanning user identification cards according to the number of users wishing to enter the lodging establishment through the first camera unit. A transparent printing layer is formed on the user identification card, and a user identification code may be formed in a pattern on the transparent printing layer. At this time, the user identification code value may be formed in the form of a pattern using transparent ink on the transparent printing layer.

Therefore, the non-face-to-face short-term rental unmanned control system (100_1 to 100_N) of the lodging establishment can scan the user identification card and generate a user identification code using the information of the light reflected from the user identification card. At this time, the light information can be the reflection speed of light, the pixel value of a captured image, that is, an image containing diffuse reflection, or the luminance value among the pixel values.

As described above, the lodging facility's non-face-to-face short-term rental unmanned control system (100_1~100_N) scans the user identification card to generate a user identification code, calculates the user's age based on the user identification code, and then determines the user's age in advance. If the user's age is above the predetermined age, the user is determined to be an adult and an adult authentication success signal is generated. If the user's age is below the predetermined age, an adult authentication failure signal is generated.

As described above, the lodging facility's non-face-to-face short-term rental unmanned control system (100_1 to 100_N) generates an adult authentication success signal or an adult authentication failure signal according to the user's authentication result and provides the signal to the common entrance lock control device.

Therefore, when the community entrance lock control device receives an adult authentication success signal, it unlocks the door to open the community entrance, and when it receives an adult authentication failure signal, it does not unlock the door to prevent the community entrance door from opening. .

Afterwards, the lodging facility's non-face-to-face short-term rental unmanned control system (100_1~100_N) locates the common lobby located after the door of the common entrance is opened, and upon the user's request, the accommodation number is selected through the accommodation price input process and then selected. Proceed with payment for the accommodation number.

If payment for the selected accommodation number is completed, the lodging facility's non-face-to-face short-term rental unmanned control system (100_1~100_N) generates a payment completion signal and provides it to the locker. If payment for the selected accommodation is not completed, a payment failure signal is sent. Create and display.

Accordingly, the user can pick up accommodation items from the item locker corresponding to the accommodation number for which the user has completed payment. At this time, the accommodation items may include disposable items such as an accommodation key corresponding to the accommodation number, toothbrush, toothpaste, etc.

As mentioned above, after the user's adult authentication is completed and the user enters the common entrance, the user who successfully checks in by selecting the accommodation number, paying, and obtaining the accommodation key can authenticate using the accommodation key every time he or she passes through the common entrance. there is.

The unmanned management server 200 is a server that monitors and provides operating conditions of lodging establishments where non-face-to-face short-term rental unmanned control systems are installed.

The unmanned management server 200 displays the occupancy status of accommodations for each business site where a non-face-to-face short-term rental unmanned control system is installed.

In one embodiment, the unmanned management server 200 receives an event from the non-face-to-face short-term rental unmanned control system (100_1 to 100_N) of the lodging establishment, and if the type of event is a loitering detection event, the loitering detection event is displayed on the map for each business location. The location where it occurred can be displayed.

In addition, the unmanned management server 200 displays a map for each business location where the accommodation non-face-to-face short-term rental unmanned control system is installed, and displays the location where the loitering detection event occurred on the map for each business location.

In one embodiment, the unmanned management server 200 receives an event from the lodging facility's non-face-to-face short-term rental unmanned control system (100_1 to 100_N), and if the type of event is a check-out event, the lodging facility's non-face-to-face short-term rental unmanned control system Displays the occupancy status of accommodations for each installed business location.

Figure 2 is a block diagram for explaining the internal structure of a non-face-to-face short-term rental unmanned control system for lodging establishments according to an embodiment of the present invention.

Referring to Figure 2, the accommodation non-face-to-face short-term rental unmanned control system includes a first camera unit 110, a second camera unit 115, a card recognition unit 120, a door open button 125, and an adult authentication unit ( 130), microphone unit 135, keypad unit 140, event generation unit 145, locker unit 150, card collection unit 155, speaker unit 160, communication unit 165, common entrance opening and closing unit It includes (170) and a control unit (175).

The non-face-to-face, short-term rental unmanned control system for lodging establishments can be applied to lodging establishments with a common entrance. At this time, when entering from the outside to the inside, the common entrance can be passed through adult authentication or accommodation key recognition, and when going from the inside to the outside, the entrance can be passed after pressing the door open button inside the common entrance.

A common entrance opening and closing unit 170 is formed in the common entrance, and a card recognition unit 120, a first camera unit 110, and an adult authentication unit 130 are formed on the outside of the common entrance, and on the inside of the common entrance, A second camera unit 115, a keypad unit 140, and a locker unit 150 are formed.

The first camera unit 110 is formed outside the common entrance to scan user identification cards according to the number of users and provide them to the adult authentication unit 130. At this time, a transparent printing layer is formed on the user identification card, and a user identification code may be formed in a pattern on the transparent printing layer. At this time, the user identification code value may be formed in the form of a pattern using transparent ink on the transparent printing layer.

Therefore, the first camera unit 110 scans the user identification card and provides information on the light reflected from the user identification card to the adult authentication unit 130. At this time, since the user identification card has a recognizable code value printed with transparent ink, the user identification code is connected after recognizing the code value reflected and displayed through the flash built into the first camera unit 110. Here, the code value can be various information using the characteristics of light.

The second camera unit 115 is formed inside the common entrance, photographs the vicinity of the counter including the kiosk unit 140 and the locker unit 150, and provides second captured data to the control unit 175. As described above, the second camera unit 115 is formed inside the common entrance and takes pictures, so that when a lodging business user is exposed for more than a preset time, the event generation unit 145 can detect this and generate a loitering detection event. There is.

The card recognition unit 120 is formed outside the common entrance of the lodging establishment, and recognizes the authentication key provided from the locker unit 150 after completing adult authentication through the adult authentication unit 130 and checking in at the lodging establishment. do.

When the card recognition unit 120 receives the accommodation number and authentication key identification number from the authentication key, the card recognition unit 120 checks whether the key is authenticated using the accommodation number and authentication key identification number, generates a card recognition result, and then shares the card recognition result. Provided in the entrance opening and closing unit (170).

The door open button 125 is located inside the common entrance, and when the user presses it when going from the inside to the outside, it generates a common entrance opening signal and provides it to the common entrance opening and closing unit 170.

The adult authentication unit 130 is formed outside the common entrance of the lodging establishment, and performs adult authentication by scanning user identification cards according to the number of users who wish to enter the lodging establishment through the first camera unit 110. A transparent printing layer is formed on the user identification card, and a user identification code may be formed in a pattern on the transparent printing layer. At this time, the user identification code value may be formed in the form of a pattern using transparent ink on the transparent printing layer.

Therefore, the adult authentication unit 130 can scan the user identification card through the first camera unit 110 and generate a user identification code using information on light reflected from the user identification card. At this time, the light information can be the reflection speed of light, the pixel value of a captured image, that is, an image containing diffuse reflection, or the luminance value among the pixel values.

The adult authentication unit 130 may receive and display the user identification code linked to the code value. As described above, the adult authentication unit 130 generates a user identification code using light information obtained by scanning the user identification card through the first camera unit 110, and determines the user's age based on the user identification code. After calculating, if the user's age is above the predetermined age, it is determined that the user is an adult and an adult authentication success signal is generated. If the user's age is below the predetermined age, an adult authentication failure signal is generated.

Accordingly, the adult authentication unit 130 generates an adult authentication success signal or an adult authentication failure signal according to the user's authentication result and provides the signal to the common entrance lock control device. Therefore, when the community entrance lock control device receives an adult authentication success signal, it unlocks the door to open the community entrance, and when it receives an adult authentication failure signal, it does not unlock the door to prevent the community entrance door from opening. .

The microphone unit 135 is installed near the counter and at a certain location in the hallway to acquire voice data of a wandering user and provide it to the unmanned management server 200. Therefore, a certain conversation between the manager and the wandering user is also possible through the microphone unit 135.

The kiosk unit 140 is located in a common lobby located after the door of the common entrance is opened, and upon the user's request, the user selects an accommodation number through an accommodation price input process and then proceeds with payment for the selected accommodation number.

If payment for the selected accommodation number is completed, the kiosk unit 140 generates a payment completion signal and provides it to the event generation unit 145, and if payment for the selected accommodation is not completed, it generates and displays a payment failure signal. and is not provided separately in the locker unit 150.

Accordingly, when the locker unit 150 receives a payment completion event through the event generation unit 145, it provides a locker lock release signal to the item locker corresponding to the accommodation number for which payment has been completed based on the payment completion signal.

Accordingly, the user can pick up accommodation items from the item locker corresponding to the accommodation number for which the user has completed payment. At this time, the accommodation items may include disposable items such as an accommodation key corresponding to the accommodation number, toothbrush, toothpaste, etc.

The event generator 145 generates different types of events. At this time, the event includes an authentication request event, payment completion event, exit event, and loitering detection event.

In one embodiment, the event generator 145 determines that the user's abnormal behavior is abnormal and generates a loitering detection event when the lodging facility user is exposed to the second camera unit 115 for more than a preset time.

In another embodiment, the event generation unit 145 generates an authentication request event when the user identification card is scanned by the first camera unit 110 and provides the event to the adult authentication unit 130.

In another embodiment, when the payment received from the kiosk unit 140 is completed and a payment completion signal is received, the event generation unit 145 generates a payment completion event and provides it to the locker unit 150.

Accordingly, when the locker unit 150 receives a payment completion event through the event generation unit 145, it provides a locker lock release signal to the item locker corresponding to the accommodation number for which payment has been completed based on the payment completion signal.

In another embodiment, when the event generation unit 145 receives card information from the card collection unit 155, the event generation unit 145 generates a check-out event notifying that the user of the accommodation number corresponding to the card information has checked out, and sends it to the unmanned management server 200. can be provided. Therefore, the unmanned management server 200 can display the lodging occupancy status for each business location where the non-face-to-face short-term rental unmanned control system is installed.

When the locker unit 150 receives a payment completion event from the event generation unit 145 after checking in at the accommodation, it provides a locker lock release signal to the locker corresponding to the accommodation number.

Accordingly, the user can pick up accommodation items from the item locker corresponding to the accommodation number for which the user has completed payment. At this time, the accommodation items may include disposable items such as an accommodation key corresponding to the accommodation number, toothbrush, toothpaste, etc.

As mentioned above, after the user's adult authentication is completed and the user enters the common entrance, the user who successfully checks in by selecting the accommodation number, paying, and obtaining the accommodation key can authenticate using the accommodation key every time he or she passes through the common entrance. there is.

The card collection unit 155 is located near the common entrance and retrieves the accommodation key when the user checks out after using the accommodation. When the user's accommodation key is placed, the card collection unit 155 recognizes the card information and provides it to the event generation unit 145. Accordingly, the event generator 145 may generate a check-out event indicating that the user with the accommodation number corresponding to the card information has checked out and provide the check-out event to the unmanned management server 200.

The speaker unit 160 is formed near the counter or in the hallway and broadcasts a predetermined guidance message received from the unmanned management server 200 through the communication unit 165.

In one embodiment, the speaker unit 160 provides guidance when a preset guidance message regarding the loitering detection event is received from the unmanned management server 200 through the communication unit 165 after the loitering detection event is provided to the unmanned management server 200. Provides a message.

In another embodiment, the speaker unit 160 receives the voice data from the unmanned management server 200 through the communication unit 165 after the user's voice data acquired through the microphone unit 135 is provided to the unmanned management server 200. When response data is received, response data is provided. Accordingly, a certain conversation is also possible between the manager and the wandering user through the microphone unit 135 and the speaker unit 160.

When the common entrance opening/closing unit 170 receives a common entrance opening signal, it opens the common entrance.

The control unit 175 controls other components of the non-face-to-face short-term rental unmanned control system for lodging establishments and provides a non-face-to-face short-term rental unmanned control process for lodging establishments.

Figure 3 is a block diagram for explaining the internal structure of a non-face-to-face short-term rental unmanned control system for lodging establishments according to an embodiment of the present invention.

Referring to FIG. 3, the unmanned management server 200 includes a communication unit 210, a business use management unit 215, a business information management unit 220, a first display unit 225, an event reception unit 230, and an event management unit 235. , includes a second display unit 240 and a control unit 245.

The business use management unit 215 manages the accommodation occupancy status for each business site where the non-face-to-face short-term rental unmanned control system is installed, and displays it through the first display unit 225.

The workplace information management department 220 manages information on workplaces where a non-face-to-face short-term rental unmanned control system for lodging establishments is installed.

The first display unit 225 is a large display device installed in a location visible to the manager, and displays the lodging occupancy status for each business site where the non-face-to-face short-term rental unmanned control system is installed.

When the event reception unit 230 receives an event from the non-face-to-face short-term rental unmanned control system (100_1 to 100_N) of the lodging establishment through the communication unit 210, it provides the event to the event management unit 235.

When the event management unit 235 receives an event from the event reception unit 230, it processes the event according to the type of event.

In one embodiment, when the type of event is a loitering detection event, the event management unit 235 displays the location where the loitering detection event occurred on a map for each business location through the second display unit 240.

In another embodiment, when the type of event is a check-out event, the event management unit 235 displays the accommodation occupancy status for each business establishment where the non-face-to-face short-term rental unmanned control system is installed through the first display unit 225.

The second display unit 240 is a large display device installed in a position where the manager can see, and displays a map for each business location where the lodging non-face-to-face short-term rental unmanned control system is installed, and for each business location received from the event management unit 235. Displays the location where the wandering detection event occurred on the map.

The control unit 245 controls other components of the unmanned management server 200 to monitor and provide operating conditions of the lodging establishment.

Figures 4 and 5 are diagrams for explaining an embodiment of a non-face-to-face short-term rental unmanned management method for lodging establishments according to the present invention.

Referring to Figures 4 and 5, the unmanned management server 200 monitors the operating status of the lodging establishment where the non-face-to-face short-term rental unmanned control system is installed. This unmanned management server 200 controls the non-face-to-face short-term rental unmanned control system of the lodging establishment through the first display unit 225 and the second display unit 240. Displays the operating status of lodging establishments where the system is installed.

To this end, when the unmanned management server 200 receives an event from the lodging facility's non-face-to-face short-term rental unmanned control system (100_1 to 100_N), the event is displayed on the first display unit 225 according to the type of event as shown in FIG. 4(a). ) and is displayed through the second display unit 240 as shown in FIG. 4(b).

In one embodiment, when the type of event is a check-out event, the unmanned management server 200 displays the business site where the non-face-to-face short-term rental unmanned control system of the corresponding lodging establishment is installed through the first display unit 225 as shown in FIG. 4(a). Indicates the occupancy status of each accommodation.

In another embodiment, when the type of event is a loitering detection event, the unmanned management server 200 displays the location where the loitering detection event occurred on the map for each business site through the second display unit 240, as shown in FIG. 4(b). Display.

In addition, when the non-face-to-face short-term rental unmanned control system for a specific lodging establishment is selected, the unmanned management server 200 displays the internal and external screens of the lodging establishment as shown in FIG. 5.

Figure 6 is a diagram for explaining a locker according to an embodiment of the present invention.

Referring to FIG. 6, the locker unit 150 has lockers for each accommodation number, and accommodation items are stored in each locker. At this time, the accommodation items may include disposable items such as an accommodation key corresponding to the accommodation number, toothbrush, toothpaste, etc.

When the locker unit 150 receives a payment completion event from the event generation unit 145 after checking in at the accommodation, it provides a locker lock release signal to the locker corresponding to the accommodation number.

Accordingly, the user can pick up accommodation items from the item locker corresponding to the accommodation number for which the user has completed payment. At this time, the accommodation items may include disposable items such as an accommodation key corresponding to the accommodation number, toothbrush, toothpaste, etc.

As described above, according to the present invention, in the non-face-to-face short-term rental unmanned control system for lodging establishments, adult authentication is performed by scanning ID cards for users visiting unmanned lodging establishments, and the adult-verified user is unmanned. When making payment for use of an accommodation through a kiosk, the unmanned locker where the key and disposable items of the accommodation for which the user has paid are stored are automatically opened, allowing the operator of the accommodation to operate the accommodation unmanned, thereby maximizing profits. From the user's point of view, the user can use the accommodation without having to face the operator of the accommodation, so he or she can use the accommodation at any time regardless of the presence of the operator while maintaining personal privacy. In addition, the user's behavior within the accommodation is monitored to prevent loitering. When detecting abnormal behavior events of users, such as loitering, through unmanned cameras and speakers installed within the lodging establishment, it is possible to quickly process abnormal behavior events through remote conversation with the detected user, thereby increasing the reliability of the operation of unmanned lodging establishments. It is there so you can.

Although the present invention has been described with reference to limited embodiments and drawings, the present invention is not limited to the above embodiments, and various modifications and variations can be made by those skilled in the art from these descriptions. Accordingly, the spirit of the present invention should be understood only by the scope of the claims set forth below, and all equivalent or equivalent modifications thereof shall fall within the scope of the spirit of the present invention.

100_1~100_N: Accommodation non-face-to-face short-term rental unmanned control system,
110: first camera unit,
115: second camera unit,
120: card recognition unit,
125: Door open button,
130: Adult Verification Department,
135: Microphone section,
140: Kiostbu,
145: Event occurrence unit,
150: locker part,
155: card collection unit,
160: speaker unit,
165: Ministry of Communications;
170: Common entrance opening and closing part,
175: control unit,
200: unattended management server,
210: Ministry of Communications;
215: Business Use Management Department,
220: Business Information Management Department,
225: first display unit,
230: event receiver,
235: Event Management Department,
240: second display unit,
245: control unit

Claims (4)

As a non-face-to-face short-term rental unmanned control system for lodging establishments,
A common entrance door opening and closing unit that opens and closes the entrance door of the common entrance,
a first camera unit formed outside the common entrance to scan user identification cards according to the number of users;
An adult authentication unit that calculates the user's age based on the user identification code extracted from the scanned user identification card, determines that the user is an adult if the user's age is older than a predetermined age, and generates an adult authentication success signal;
A kiosk unit located inside the common entrance that generates and provides a payment completion signal when payment for the accommodation number entered by the user authenticated by the adult authentication unit is completed;
A locker unit that provides a locker unlock signal to the item locker corresponding to the accommodation number for which payment has been completed among a plurality of item lockers,
A card recognition unit that recognizes the accommodation key when entering from the outside of the common entrance,
A second camera unit installed at a predetermined first location in the counter space and hallway inside the lodging establishment,
a speaker unit installed at a predetermined second location in the counter space and the hallway;
An event generator that generates different types of events,
When receiving different types of events, it includes a control unit that controls the operation of the adult authentication unit, kiosk unit, and locker unit according to the type of the event,
The event generation unit,
If the accommodation user is exposed to the second camera unit for more than a preset time, it is judged to be abnormal behavior of the user and a wandering detection event is generated,
The control unit,
After transmitting the generated loitering detection event to an unmanned management server on a communication network, receiving a guidance message sent by the manager of the unmanned management server and broadcasting it through the speaker unit,
The common entrance door opening and closing part,
When a card authentication success signal is received from the card recognition unit, the common entrance door is opened and closed,
The non-face-to-face short-term rental unmanned control system for the above accommodations is,
A microphone unit installed at a predetermined third location in the counter space and the hallway to acquire voice data of a wandering user and provide the voice data to the unmanned management server;
It further includes a card collection unit installed at a predetermined fourth location near the common entrance to collect the accommodation key when the user checks out after using the accommodation, and recognizing card information when the accommodation key is placed and providing it to the event generation unit,
The unmanned management server,
An event receiver that receives events from the lodging facility's non-face-to-face short-term rental unmanned control system,
an event management unit that receives an event from the event reception unit and processes the event according to the type of event;
A business use management department that manages the occupancy status of accommodations at each business site where a non-face-to-face, short-term rental unmanned control system is installed;
A large display device installed in a location visible to the manager, including a first display unit that displays the occupancy status of accommodations for each business site where a non-face-to-face short-term rental unmanned control system is installed,
It is a large display device installed in a location visible to the manager, and displays a map for each business location where the non-face-to-face short-term rental unmanned control system for lodging is installed, and the loitering detection event received from the event management department occurs on the map for each business location. It includes a second display unit that displays the position,
The event generation unit,
When card information is received from the card collection unit, a check-out event is generated notifying that the user with the accommodation number corresponding to the card information has checked out,
The event management department,
If the type of event generated from the event generation unit is a check-out event, the first display unit displays the occupancy status of the accommodation for each business establishment where the non-face-to-face short-term rental system is installed,
The event management department,
If the type of event generated from the event generation unit is a loitering detection event, the second display unit displays the location where the loitering detection event occurred on a map for each business location where the non-face-to-face short-term rental system is installed. Non-face-to-face short-term rental unmanned control system for businesses. delete delete delete

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