KR102421230B1 - One-pass system of common entrance door by face recognition and automatic elevator call system - Google Patents

Abstract

The present invention relates to a system for one-pass access to a common entrance through facial recognition, and for an automatic elevator call. The present invention is to allow the one-pass access system to operate smoothly even in large-scale apartments with thousands of households or more. To this end, according to the present invention, in an apartment equipped with a common entrance door (40) and a lobby phone (41) provided at the entrance of an apartment, an elevator, and a wall pad (50) installed in each household, the one-pass access system interlocks the opening and closing of the common entrance door (40) and opening and closing operations of an elevator door. The system comprises: an integration server (60) which manages the entire apartment; a registration server (70) connected to the integration server (60) and provided in each building of the apartment; and a lobby phone (41) provided at the apartment common entrance door (40) and recognizing the face of a user. The registration server (70) recognizes the face of the user with a camera of the lobby phone (41) provided at the common entrance door (40), and automatically opens the common entrance door (40) when the user is registered as a user, and automatically calls an elevator at the same time and automatically opens the door.

Description

{ONE-PASS SYSTEM OF COMMON ENTRANCE DOOR BY FACE RECOGNITION AND AUTOMATIC ELEVATOR CALL SYSTEM}

The present invention relates to a facial recognition common entrance one-pass entry and elevator automatic call system, and more particularly, when it is confirmed that the registrant is a registrant by the facial recognition camera and registration server provided in the lobby phone of the apartment common entrance door, the common entrance door At the same time as the automatic opening, the elevator call and elevator door opening are automatically made, and when the user gets on the boarding car, the user automatically moves to the destination floor without pressing the button, so that the user can use the button on the common entrance door, the platform button and boarding. It relates to a facial recognition common entrance one-pass entry and elevator automatic call system that eliminates the need to press the car button by hand.

In general, at the entrance of an apartment, as shown in FIG. 1 , a common entrance door 40 for restricting entry of non-residents is installed.

Also, in apartments where the elevator is connected to the underground parking lot, an underground parking lot entrance door (not shown) is installed between the underground elevator platform and the parking lot.

The common front door or underground parking lot entrance (hereinafter collectively referred to as 'common front door') is provided with a common front door control unit 41, and the common front door control unit 41 has a keypad or access card for entering a password. Recognition unit, intercom for communication with each household and management office, camera, etc. are provided.

Accordingly, when a resident inputs a password previously entered in the common front door operation unit 41 or tags an access card, the common front door 40 is automatically opened.

On the other hand, an outsider such as a delivery driver requests the opening of the common front door 40 by contacting the household to visit through an intercom.

In addition, the resident or outsider (hereinafter referred to as 'user') who has passed through the common entrance door 40 moves to the elevator platform and calls the elevator by pressing the platform button 31 installed on the outer wall of the platform.

Then, the elevator boarding car (hereinafter referred to as 'boarding car') moves to the first floor, and the platform door 30a and the boarding car door 30b are opened at the same time.

Then, when the user who enters the boarding car operates the boarding car button 32 provided in the boarding car, the boarding car moves to the destination floor, and then the boarding car door 30b and the landing door 30a are opened simultaneously. .

That is, when the user enters the apartment from the outside, he must repeat the operation of entering the password for the common entrance (or tagging the access card) → pressing the platform button → pressing the boarding car button.

In addition, when the user leaves the apartment, as shown in FIG. 2 , the user who exits the household front door D presses the platform button 31 provided on the outer wall of the platform to call the boarding car.

Then, the user who enters the boarding car presses the boarding car button 32 provided inside the boarding car and moves to the first floor or the underground parking lot.

That is, in order for the user to go out from the inside of the apartment to the outside of the apartment, the operation of pressing the platform button → pressing the boarding car button must be performed.

Meanwhile, the recent spread of the coronavirus around the world poses a great threat to human health.

The above-mentioned corona virus is known to increase the risk of infection in an enclosed space, especially through the elevator button.

Accordingly, an antibacterial film is sometimes attached to the button of an elevator, and it has been announced that such an antibacterial film is insignificant in blocking virus infection.

Therefore, there is a risk of the virus spreading through the button on the common entrance door, the platform button, and the boarding car button used by several people.

Meanwhile, in the prior art, there is a method of automatically opening the common front door when a user approaches a certain distance of the common front door using Bluetooth and a beacon sensor.

According to the above-described prior art, there is an advantage in that access to the common front door is simplified because there is no need for the user to input a password or tag an access card.

However, the conventional method using the Bluetooth and the beacon sensor has a problem in that the door does not open or malfunctions when approaching within 3m due to the characteristics of radio waves.

In addition, since the above prior art only automatically opens the common entrance door, the user must call the elevator by pressing the platform button 31 after approaching the platform, and after boarding the vehicle, the boarding car button 32 You have to press the button.

Accordingly, there is a problem in that it is not possible to solve the concern about the spread of the virus through the buttons.

In addition, recent apartments are being built in high floors, and when the elevator is stopped on the high floor, there is an inconvenience that the user has to wait at the platform after calling the elevator even if there are no other users.

In order to solve the above problems, the present inventor has developed and applied for a patent on December 24, 2020 by developing an "untact one-pass door opening and closing system that interlocks the opening and closing of a common entrance door and an elevator door".

In the above-described patent application, when the user selects the corresponding menu in the app on the smartphone, the common front door is automatically opened and the elevator is automatically called.

This allows the user to pass through one pass without having to manually press the button on the common entrance door, the button on the elevator platform, and the button on the inside of the boarding car.

That is, as shown in FIG. 3 , when the user presses the destination floor to get off from the wall pad 50 inside the household to go out, the elevator moves to the calling floor and waits with the door open.

Thereby, the user can go out of the household front door D and get on the elevator which has been waiting directly.

Also, after the user boards the elevator, the boarding car automatically moves to the destination floor (1st floor or underground parking lot).

Accordingly, the user does not need to press the platform button 31 to get on the elevator, and there is no need to press the boarding car button 32 after boarding the vehicle.

In addition, when the user goes home, as shown in FIG. 4 , when the user touches the 'Go To My Home' menu in the app of the smartphone while approaching the common front door or the underground parking lot door, the common front door 40 or the basement The entrance to the parking lot is automatically opened and the elevator is called.

Thereby, the user who has passed through the common entrance door 40 or the underground parking lot entrance has the advantage of being able to directly board the elevator that has been waiting with the door open.

However, the one-pass access method using the smartphone app sometimes does not work because it uses a Bluetooth function.

In addition, since the conventional one-pass access method is managed by the complex server that manages the entire apartment complex, there is a disadvantage that the user's confirmation time may be slightly delayed.

In particular, in large apartment complexes with more than 3,000 households, the number of occupants reaches or exceeds 10,000, so it is difficult to apply the one-pass access system.

The present invention supplements and improves the function of the "untact one-pass door opening and closing system that interlocks the opening and closing of a common entrance door and an elevator door" proposed by the present inventor.

Korean Patent Registration 10-2171016 (2020. 10. 28. Announcement) Korean Patent Laid-Open Patent 10-2018-0076169 (published on July 5, 2018) Korean Patent Registration 10-0719294 (published on May 18, 2007)

The present invention is to solve the problems of the prior art, and it is an object of the present invention to increase the reliability of the system by allowing the one-pass access system for the common entrance to an apartment to operate smoothly.

Another object of the present invention is to provide a registration server in each apartment building to check the user in each building, so that the one-pass access system can be applied even in a large apartment complex.

Another object of the present invention is to extract feature points from various photos of the user and check whether the registration is registered, so that the user can be accurately identified even when wearing glasses or a mask.

Another object of the present invention is to improve the efficiency and security of management by separately managing apartment residents and temporary visitors.

Another object of the present invention is to allow the user to pass through the common front door and the elevator door in a one-pass manner by allowing the opening of the common front door of the apartment, the calling of the elevator, and the opening of the door to be successively made.

Another object of the present invention is to eliminate the need for a user to manually press a button for a common entrance door or an underground parking lot entrance door, a platform button, and a boarding car button.

Another object of the present invention is to prevent the spread of a virus due to the button contact of a finger by omitting the operation of pressing various buttons by the user.

In order to achieve the above object, the present invention provides, in an apartment equipped with a common front door and a lobby phone provided at the entrance of an apartment, an elevator, and a wall pad installed in each household, opening and closing the common front door and calling the elevator and In the one-pass access system interlocked with door opening and closing operations, an integrated server that manages the entire apartment complex, a registration server connected to the integrated server and provided in each building of the apartment, and provided at the common entrance of the apartment to the user's face is configured to include a lobby phone for recognizing a user, and the registration server recognizes the user's face by the camera of the lobby phone provided in the common door, and automatically opens the common front door when registered as a user At the same time, it is characterized by automatically calling the elevator and automatically opening the elevator door.

In addition, the camera is additionally installed in the existing common entrance door, and the camera is characterized in that it is connected to the integrated server by Ethernet.

In addition, if the user is an apartment resident, the elevator is automatically operated to the residential floor without pressing the destination floor button inside the user's elevator car.

In addition, the registration server provided in each building of the apartment is characterized in that the user is registered by dividing the apartment resident from the temporary visitor.

In addition, the step of registering as an apartment resident in the registration server includes (a) the user taking a picture of himself/herself with a smartphone and sending it to the integrated server to request authentication, (b) from the integrated server to the wall pad of each household (c) the user inputs the authentication code transmitted to the wall pad into the smartphone, (d) the user transmits his or her photo to the registration server, (e) the registration server Transmitting a photo to the lobby phone of the common entrance, (f) transmitting the registration result from the lobby phone to the registration server, (g) transmitting the registration result from the registration server to the smartphone characterized.

In addition, the step of registering a temporary visitor in the registration server includes: (h) capturing a user's face photo from the registration server provided in each apartment building and transmitting it to the lobby phone; (i) registering the registration result in the lobby phone and transmitting to the server.

The step of registering as an apartment resident in the registration server includes (j) the user taking a picture of himself/herself with a smartphone and sending it to the registration server to request authentication, (k) authentication with the user's smartphone in the registration server Transmitting the code, (l) the user transmitting his or her photo to the registration server, (m) transmitting the photo from the registration server to the lobby phone of the common entrance, (n) the registration result from the lobby phone Transmitting to the registration server, (o) characterized in that it comprises the steps of transmitting the registration result from the registration server to the smartphone.

In addition, the lobby phone is further provided at the entrance door of the apartment underground parking lot connected to the elevator, and when it is confirmed that the resident is a resident by the facial recognition of the lobby phone, the entrance door of the underground parking lot is automatically opened, and the elevator is automatically called and the door is opened. , it is characterized by automatically moving to the residential floor of the residents without pressing a button when boarding the boarding car.

In addition, the registration server is characterized in that it is configured to include a common front door and an underground parking lot door control unit, an elevator platform door control unit, and an elevator boarding car door control unit.

In addition, the integrated server and the registration server, characterized in that provided with an access record storage unit for storing the underground parking lot door access record and the common front door access record.

Also, when apartment residents enter the elevator call and drop off floor on the wall pad of each household to go out, the elevator moves to the calling floor and waits with the door open. Alternatively, it is characterized in that the entrance to the parking lot of the underground parking lot is automatically opened.

In addition, the smart phone is characterized in that it includes a menu that temporarily permits access to the common front door of a third party not registered in the registration server.

According to the present invention, by recognizing the user's face by the lobby phone and the registration server provided in the common front door and opening and closing the common front door and the elevator door, there is an effect that the one-pass system can be operated smoothly and quickly.

In addition, by having a registration server in each apartment building to check users in each building, there is an effect that the one-pass access system can be applied even in a large apartment complex.

In addition, by extracting feature points from various photos of the user to identify the user, there is an effect that the user can be accurately identified even when wearing glasses or a mask.

In addition, there is an effect that the one-pass access system of the present invention can be built even on an existing common entrance door that is not equipped with a camera.

In addition, by separating and managing apartment residents and temporary visitors, there is an effect of improving management efficiency and security.

In addition, when the user approaches the camera of the lobby phone of the common door when returning home, the door of the common door is opened, the elevator is called, and the elevator door is automatically opened, thereby eliminating the need to press various buttons by hand.

In addition, when the user calls the elevator from the wall pad in each household when going out, there is an effect of automatically opening the elevator door and the underground parking lot door.

In addition, since the user does not need to press the button on the common entrance door and the elevator button by hand, there is an effect of preventing virus infection through the button.

In addition, since all records of entering and leaving the common entrance door and the underground parking lot door are stored in the database, there is an effect of improving the security of apartment management.

In addition, the data stored in the database can be used for various theft investigations and virus infection epidemiologic investigations.

1 is a view showing the use of an elevator when going out according to the prior art.
Figure 2 is a view showing the process of using the common entrance and the elevator according to the prior art when returning home.
3 is a view showing a process of using the elevator when going out according to another prior art.
Figure 4 is a view showing the use of the common entrance door and the elevator returning home according to another prior art.
5 is an overall configuration diagram of the common entrance one-pass entry and elevator automatic call system according to the present invention.
6 is a view showing the configuration of the integrated server and the registration server in the common entrance one-pass access and elevator automatic call system according to the present invention.
7 to 10 are views showing the registration process of residents in the common entrance one-pass access and elevator automatic call system according to the present invention.
11 is a view showing a visitor registration process in the common entrance one-pass access and elevator automatic call system according to the present invention.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to FIGS. 5 to 11 .

In this specification, the platform button 31 means a call button provided on the outer wall of each floor platform, and the boarding car button 32 means various buttons provided on an operation panel inside the boarding car.

In addition, the boarding car door 30b means a door that goes up and down together with the boarding car, and the boarding point door 30b means a door installed in each floor platform.

Since the boarding car door 30b and the landing door 30b are opened and closed at the same time, the doors will be simply referred to as 'doors' in some cases.

In addition, the term "communal entrance door" will be used in the sense of including the entrance door connected to the underground parking lot in some cases.

As shown in FIG. 5, the facial recognition common entrance one-pass entry and elevator automatic call system according to the present invention includes a common entrance door 40 and a lobby phone 41 provided at the entrance to an apartment, an elevator, and each household. In the one-pass access system in which the opening and closing of the common entrance door 40 and the opening and closing operation of the elevator door are interlocked in an apartment having a wall pad 50 installed in It is connected to the integrated server 60 and is configured to include a registration server 70 provided in each building of the apartment, and a lobby phone 41 provided at the common entrance door 40 of the apartment to recognize the user's face.

That is, in the present invention, in addition to the existing integrated server 60 of the apartment complex, a registration server 70 for managing the entrances and exits in each building of the apartment is further provided.

According to the conventional method of managing visitors by smart phone in the integrated server of an apartment complex, it operates smoothly up to about 3,000 households, but it becomes difficult to practically apply the one-pass access system for large buildings beyond that.

In contrast, the present invention further provides a registration server 70 in each apartment building and connects it to the lobby phone 41 of the common entrance door 40, so that the one-pass access system can be smoothly installed even in large apartment complexes of 3,000 households or more. be able to operate.

And the registration server 70 according to the present invention recognizes the user's face by the camera of the lobby phone 41 provided in the common front door 40, and when registered as a user, the common front door 40 ), automatically calls the elevator at the same time, and automatically opens the elevator door.

As a result, apartment residents registered in the registration server can get on board immediately without having to wait for the elevator, and the elevator automatically runs to their living floor without pressing the destination floor button after boarding the car.

And in the present invention, a face recognition device may be additionally provided in the existing common entrance door without a camera.

In this case, it is preferable that the face recognition device is connected to the integrated server 60 by Ethernet.

By the above method, it is possible to build the face recognition one-pass access system according to the present invention even in the existing common entrance door without a camera.

In addition, the registration server 70 provided in each building of the apartment registers users by distinguishing between apartment residents and temporary visitors.

In this way, it is possible to efficiently manage the entrance and exit of the apartment.

And the step of registering as an apartment resident in the registration server 70 is, (a) the user takes a picture of himself/herself with the smartphone 20 and sends it to the integrated server 60 to request authentication (S11), (b) transmitting the authentication code from the integrated server 60 to the wall pad 50 of each generation (S12), (c) the user transmits the authentication code transmitted to the wall pad 50 to the smartphone 20 Step (S13), (d) the user transmits his or her photo to the registration server (70) (S14), (e) the lobby phone (41) of the common entrance (40) in the registration server (70) ), (S15), (f) transmitting the registration result from the lobby phone 41 to the registration server 70 (S16), (g) from the registration server 70 to the smartphone ( 20) and transmitting the registration result (S17).

On the other hand, the user may request authentication by photographing his or her face and transmitting it to the registration server 70 provided in each apartment building without requesting authentication from the integrated server 60 .

In this case, the registration server 70 directly transmits the authentication code to the user's smartphone 20 .

And the camera provided in the lobby phone 41, it is preferable to use the one equipped with an artificial intelligence function.

By the above-described artificial intelligence camera, it is possible to extract facial feature points from the photo transmitted to the smartphone and update the facial change state of the user.

In addition, the user can frequently send and update a photo of himself wearing a hat or mask to his/her smartphone.

According to the above method, it is possible to accurately determine whether the user is a resident even if the user is wearing a hat or a mask.

In addition, the registration server 70 stores the number of users in the number of the building and the number of the user in the data data, and transmits this information to the integrated server 60 so that all records of the people entering the apartment are stored.

In this way, in the event of a theft or an accident, it is possible to accurately check all the access conditions of the entrants.

7 to 10 show screens in which apartment residents register their photos in the registration server 70 .

On the other hand, the step of registering visitors such as courier drivers, housekeepers, and relatives to the registration server 70 is (h) capturing a user's face photo in the registration server 70 provided in each apartment building to obtain a lobby phone (41). ), (S21), (i) transmitting the registration result from the lobby phone 41 to the registration server 70.

12 shows a process of registering such a visitor.

By the above method, even a third party who frequently enters the apartment can pass through the common entrance door and the elevator door in one pass without the need to press various buttons.

In addition, in the present invention, the lobby phone 41 is further provided at the entrance door of the apartment underground parking lot connected to the elevator.

And when it is confirmed that the resident is a resident by the facial recognition of the lobby phone 41, the entrance to the underground parking lot is automatically opened and the elevator is automatically called and the door is opened. move to the residential floor.

As a result, the apartment resident can get off the basement parking lot and arrive in front of their house without manually pressing the door button on the basement parking lot entrance door and the elevator door button.

Also, the registration server 70 according to the present invention includes a common front door and an underground parking lot door control unit, an elevator platform door control unit, and an elevator boarding car door control unit, and the control units are configured to interlock with each other.

Accordingly, the common entrance door and the elevator doors can be operated in a one-pass manner.

Hereinafter, a case in which a user registered in the registration server (hereinafter simply referred to as 'registrant') returns home or visits will be described.

When the registrant approaches the camera provided in the lobby phone 41 of the common front door 40 , the camera recognizes the registrant's face and transmits it to the registration server 70 .

When the registration server 70 identifies as a registrant, the common front door 40 is automatically opened, and the elevator door is automatically opened by calling the elevator.

Then, when the registrant boards the elevator, it automatically moves to the destination floor without pressing a button.

Here, if the registrant does not board the vehicle after a certain period of time has elapsed, the registrant's call signal is canceled so that another person can use the elevator.

On the other hand, when an apartment resident enters the elevator getting off floor on the wall pad 50 of each household to go out, the elevator moves to the calling floor and waits with the door open.

Then, when the resident boards the boarding car, they automatically move to the destination floor without pressing a button.

And when the resident gets off the elevator, the communal entrance or the entrance to the underground parking lot is automatically opened.

As a result, residents do not have to press various buttons by hand until they leave their house and pass through the common entrance or underground parking lot entrance.

In addition, it is preferable that the smart phone 20 includes a menu for temporarily allowing a third party not registered in the registration server 70 to access the common front door.

This allows the resident to allow the delivery driver to enter and exit from a remote location, so that the goods can be delivered to the front door of the house.

In addition, outdoor fine dust information and the like may be provided along with weather information to the wall pad 50 provided in each household in the apartment.

According to the present invention, it is determined whether it is registered in the registration server by the facial recognition camera provided in the lobby phone of the common door, and the common front door is opened.

Accordingly, it is possible to improve the convenience of use compared to the conventional method of opening the common front door by operating the smartphone.

In addition, the one-pass access system is controlled by the registration server provided in each apartment building, rather than the one-pass access system being controlled by the apartment complex integrated server.

This enables the one-pass access system to operate smoothly even in large-scale apartments with thousands of households or more.

And a common common entrance door or an underground parking lot entrance door is opened only when a detection sensor is provided on the inner upper part of the entrance door and close to the door.

However, in the present invention, since the common front door or the underground parking lot door is opened at the same time as the user gets off the elevator, the user can pass through the common front door or the underground parking lot in a one-pass manner without stopping.

In the above, preferred embodiments of the present invention have been exemplarily described, and the scope of the present invention is not limited to the specific embodiments described above. Those of ordinary skill in the art will understand that various changes and modifications can be made without departing from the scope of the technical spirit of the present invention.

10: Server 20: Smart Phone
30a: platform door 30b: boarding car door
31: Platform button (Button) 32: Boarding car button
40: Common entrance 41: Lobby Phone
50: Wall Pad 60: Integrated Server
70: registration server

Claims (12)

In an apartment having a common front door 40 and a lobby phone 41 provided at the entrance to the apartment, an elevator, and a wall pad 50 installed in each household, opening and closing the common front door 40 and opening and closing the elevator door In the one-pass access system linked with
An integrated server 60 that manages the entire apartment,
A registration server 70 connected to the integrated server 60 and provided in each building of the apartment,
It is provided at the common entrance door 40 of the apartment and is configured to include a lobby phone 41 that recognizes the user's face,
The registration server 70,
When the user's face is recognized by the camera of the lobby phone 41 provided in the common front door 40 and registered as a user, the common front door 40 is automatically opened and the elevator is automatically called at the same time. and automatically open the door,
The registration server 70 provided in each building of the apartment,
Register users by distinguishing between apartment residents and temporary visitors,
The step of registering as an apartment resident in the registration server 70 is,
(a) a step of requesting authentication by the user taking a picture of himself/herself with the smartphone 20 and transmitting it to the integrated server 60 (S11),
(b) transmitting the authentication code from the integrated server 60 to the wall pad 50 of each generation (S12),
(c) the user inputs the authentication code transmitted to the wall pad 50 to the smartphone 20 (S13),
(d) the step of the user transmitting his or her photo to the registration server 70 (S14),
(e) transmitting a photo from the registration server 70 to the lobby phone 41 of the common entrance 40 (S15),
(f) transmitting the registration result from the lobby phone 41 to the registration server 70 (S16);
(g) transmitting the registration result from the registration server (70) to the smart phone (20) (S17). The method of claim 1,
The camera is additionally installed on the existing common entrance door (40), and the camera is connected to the integrated server (60) by Ethernet. The method of claim 1,
If the user is a resident of the apartment, the facial recognition one-pass entrance and elevator automatic call system, characterized in that the user does not press the destination floor button inside the elevator car, and automatically moves to the residential floor. delete delete The method of claim 1,
The step of registering a temporary visitor in the registration server 70 is,
(h) capturing a user's face photo in the registration server 70 provided in each apartment building and transmitting it to the lobby phone 41 (S21);
(i) The facial recognition common entrance one-pass entrance and elevator automatic call system, characterized in that it comprises the step of transmitting the registration result from the lobby phone (41) to the registration server (70). The method of claim 1,
The step of registering as an apartment resident in the registration server 70 is,
(j) a step of the user taking a picture of himself/herself with the smartphone 20 and sending it to the registration server 70 to request authentication;
(k) transmitting the authentication code from the registration server 70 to the user's smartphone 20;
(l) a step in which the user transmits his or her photo to the registration server 70;
(m) transmitting a photo from the registration server 70 to the lobby phone 41 of the common entrance 40;
(n) transmitting the registration result from the lobby phone 41 to the registration server 70;
(o) the face recognition common entrance one-pass entrance and elevator automatic call system, characterized in that it comprises the step of transmitting the registration result from the registration server (70) to the smartphone (20). The method of claim 1,
The lobby phone 41 is further provided at the entrance door of the apartment underground parking lot connected to the elevator,
When it is confirmed that the resident is a resident by the facial recognition of the lobby phone 41, the entrance to the underground parking lot is automatically opened, and the elevator is automatically called and the door is opened. Facial recognition common entrance one-pass entry and elevator automatic call system, characterized in that it moves to the floor. The method of claim 1,
The registration server 70, the common entrance door and the underground parking lot door control unit, the elevator platform door control unit, and the face recognition common entrance one-pass access and elevator automatic call system, characterized in that it comprises an elevator boarding car door control unit . The method of claim 1,
The integrated server 60 and the registration server 70, a facial recognition common entrance one-pass access and elevator automatic call system, characterized in that it has an access record storage unit for storing the underground parking lot door access record and the common front door access record . The method of claim 1,
When an apartment resident enters the elevator call and alighting floor on the wall pad 50 of each household to go out,
The elevator moves to the calling floor and waits with the door open,
When the resident gets off the elevator car, the public entrance door 40 or the parking lot entrance of the underground parking lot is automatically opened. The method of claim 1,
The smart phone (20), facial recognition one-pass access and elevator automatic call system, characterized in that it includes a menu that temporarily permits access to the common front door of a third party not registered in the registration server (70).

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