KR20220067785A - Access control system and method for restricted access - Google Patents

Abstract

An access control system according to the present invention comprises: a server for each service for storing and managing the personal information of a one-time visitor to perform a visiting service requested from a regular visitor of a specific space and comparing the personal information and the visiting information of the visiting service depending on the reception of a request for the approval of access for the one-time visitor to transmit an approval of access if the comparison result indicates correspondence; and an access control server for controlling at least one among a room entrance door control device, a building entrance door control device and a vehicle access control device in response to the approval of access to control access into the specific space. Accordingly, the present invention determines whether to permit the access of many one-time visitors, which access the space of a regular visitor, accurately on request of the regular visitor for a visiting service, and permits the access of appointed and approved one-time visitors only at time and date for performing the visiting service, thereby controlling the access of one-time visitors more safely and more conveniently.

Description

Access control system and method for restricted access

The present invention relates to an access control system for restricted access and a method therefor, and more particularly, when a temporary resident who is not allowed to enter at all times enters a common residential facility or a common business facility after being assigned a visiting service task , to an access control system and method for restricted access, allowing access only for a specific time and a certain number of times.

Before describing the present invention and its background, terms are first defined as shown in Table 1 below, and below, English symbols in parentheses are symbols for specifying items of a sentence.

Terms Explanation or definition of a term just Hereinafter, the meaning of 'complex' means an area where the interior of a complex is composed of one or more buildings (dongs) and is separated from the surrounding area, such as 'apartment complex, corporate housing complex, and factory complex'. It can be an example of 'just'. dong Hereinafter, the meaning of 'dong' means a separate (or independent) building within the same complex, and an example of 'dong' is 'apartment building, villa building, shopping mall building, officetel building'. can be room Hereinafter, the meaning of 'room' means a space (e.g., room, office) separated by a wall from other rooms within the same building (building), such as 'a room in an apartment, a room in an office building, a room in an officetel'. This can be an example of a 'room'. visit service It is a generic term for services that visit each room at home or office, such as 'courier service, cleaning, delivery, laundry, real estate relay, etc.' temporary entry A person who is not normally allowed to enter a specific complex, a specific building, or a specific room, and is a person who can only temporarily (or temporarily) enter and exit by using the present invention to provide a visiting service means temporary visitors to
Specifically, the former are people with occupations or status such as 'food delivery workers, real estate agents, courier drivers, housekeepers, cleaning company employees, laundry employees, meter readers, etc.', and the latter means acquaintances of regular visitors. regular entry It means a person who is always permitted to enter a specific complex, a specific building, or a specific room, as opposed to a temporary entry. Company by visiting service Companies that provide door-to-door services.
In the present invention, it is a company that operates a server for each service. Affiliated companies by visiting service It refers to a company that requests a specific service to a company for each door-to-door service. For example, an e-commerce company is a company related to each door-to-door service, and a courier company is a company for each door-to-door service.
A company affiliated by visiting service requests a visiting service on behalf of a consumer to a company by visit service, and a company affiliated by visiting service has the characteristics of a customer of the company by visit service. In the present invention, it is a company that operates a link server for each service. access control
system The entire system consisting of vehicle blockers, various doors, controllers, servers, and software is called an access control system. access control device Hereinafter, the access control device is a term that collectively names three types of vehicle blockers, dong-by-dong entrances, and room-by-room entrances. access control device Door control device for each room, door control device for each building, vehicle access control device
The three types are collectively referred to as access control devices. security office It means the place where the access control server of a specific complex is installed, and in this place, a worker (or manager or security guard) can operate the access control server.
Depending on the place where it is used, it is also called a guard room or management office or management office or command and control room or control room or control room or control center or control station. embedded
system An embedded system consists of hardware and firmware. The hardware is a semiconductor chip (IC) called CPU (MCU or MPU or Processor or microcomputer) and other electronic components and electronic circuits are designed and then implemented on a PCB board, and the firmware is a type of software. As such, it is executed on the CPU. software The software mentioned below includes all of the following three types: App (AA), Web (BA), and Firmware (CA).
The first type (AA) is application software running on a computer or mobile terminal (eg, a smartphone).
The second type (BA) is software in the form of a web application serviced through a web browser running on a computer or mobile terminal (eg, a smartphone).
The third type (CA) is firmware running on an embedded system. firmware In general, software running on an embedded system without an OS is called firmware. server Generally, it means server, which is a term used in a client-server environment.
In this specification, a server including a hardware device and software (or firmware) executed on the hardware is referred to as a server, and the hardware device may be in the form of a computer or an embedded system. mobile
terminal Most mobile terminals are smartphones, but are not limited to names such as cell phones, cell phones, smartphones, PDA's, portable terminals, and tablet PCs. It means any electronic device capable of being executed.
In addition, any OS (eg, Android, IOS, Windows, MAC, etc.) is applicable to this mobile terminal, even if the mobile terminal operates in the form of firmware without an OS. communication The most commonly used communication method is 'TCP/IP-based wired/wireless network communication', but the communication mentioned below does not mean only 'TCP/IP-based wired/wireless network communication', and all communication 'means' , methods, protocols, standards, SPEC'. terminal The mobile terminal and the computer are collectively referred to as a terminal.

For security, safety, and crime prevention, an access control system has been installed and constructed in the conventional communal residential facilities and communal business facilities to allow regular visitors to always access and to restrict access to temporary occupants. Described as a specific example, for each stage (or type or use) of residential and business facilities, as shown in the example in <Table 2> below, various access control systems exist.

Taking an apartment, which is one of the above <Table 2>, as an example, the configuration of the access control system is composed of three types (DA, EA, FA) as shown in <Table 3> below.

An existing access control system to which the above prior art is applied is shown in FIG. 1 or FIG. 2 or FIG. 3 or FIG. 4 .

1 is an overall system diagram in the case of a conventional vehicle access control device, a dong-byeol door control device, and a door-by-room control device together, and FIG. It is an overall system diagram, and FIG. 3 is an overall system diagram in the case of having only the conventional door access control device for each room, and FIG. 4 is an overall system diagram in the case of only the conventional vehicle access control device.

In addition, in order for temporary occupants to perform the visiting service, they must go through the access steps according to the three types of access control devices (DA, EA, FA) as shown in <Table 3> above.

Hereinafter, a conventional method in which temporary occupants can enter (enter) by obtaining access authentication for each of these three types (DA, EA, FA) will be described in detail below.

First (DA), the case of the vehicle access control device at the front door will be described.

In the case of the conventional system, there are two (GA, HA) methods as shown in <Table 4> below for a temporary occupant driving a vehicle to pass the vehicle access control device.

Second (EA), the case of the door installed in the building will be described.

In the case of the conventional system, there are three methods (IA, JA, KA) as shown in Table 5 below for temporary occupants to pass through the dong-byeol gate installed at the entrance of each dong.

Third (FA), the case of the door installed in the room will be explained.

In the case of the conventional system, there are two methods (LA, MA) as shown in <Table 6> below for temporary occupants to pass through the door for each room.

However, all of the various existing methods described above have problems, and specific problems are described in Table 7 below.

Accordingly, the present invention has been devised to solve the problems of the prior art, and relates to an entire system including an apparatus (hardware), software, a method, and an algorithm.

That is, the present invention provides an access control system and method for restricted access that can solve many of the above-mentioned problems while temporarily allowing temporary visitors to enter the complex, building, and room in order for regular visitors to receive visiting service. Its purpose is to provide

The technical problems to be achieved by the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those of ordinary skill in the art to which the present invention belongs from the description below. will be able

In order to achieve the above object, the access control system for restricted access according to the present invention is at least one of a building, one or more rooms of the building, and a complex partitioned into a predetermined area including one or more buildings In the access control system for controlling access into a specific space comprising a service-specific server that compares the personal information and the visit information of the visiting service upon reception, and transmits an access approval if the comparison result is the same; In response to the access approval for temporary occupants, at least one of a room-by-room door control device for controlling access to the room, a dong-by-room door control device for controlling access to the building, and a vehicle access control device for controlling access to the complex an access control server for controlling access to the specific space by controlling one; a temporary visitor terminal installed with software for temporary access for performing member registration and access approval request of the temporary visitor; And it characterized in that it comprises a regular resident terminal installed with consumer software for each service company that processes the service requested by the regular resident, including the visit service.

According to the present invention, in the access control system for restricted access, the service-specific server receives the visit service application from the regular resident terminal, and receives the visit service from the visit information of the visiting service and the candidate list of temporary occupants. You can match temporary visitors who will perform .

According to the present invention, the access control system for restricted access receives an application for a service including the visit service from the regular-entry terminal, and requests the visit service related to the service to the service-specific server. further comprising, wherein the service-specific server receives the request for the visiting service from the service-specific link server, and matches the visit information of the visiting service and the temporary visitor to perform the corresponding visiting service from the candidate list of the temporary visitor. can

According to the present invention, in the access control system for restricted access, the access control server is provided in one or more corresponding to one or more of the specific space, is connected to the one or more access control servers by wire or wireless, and the service-specific server Central to receive the access approval of the temporary visitor for the visiting service from the one or more access control servers and transmit the access approval to the access control server corresponding to the specific space to which the regular visitors who have applied for the visiting service enter and exit It may further include an operating server.

The access control system for restricted access according to the present invention further comprises a room-by-room door control device for controlling access to the room in the specific space, wherein the room-by-room door control device is installed at the entrance of the room separate entrance; and a door-by-room door controller for controlling opening and closing of the door for each room in response to the access approval, wherein the door-by-room controller for locking and unlocking the door for each room in response to the access approval a door lock driving unit to control the; a door opening/closing detection unit for detecting an open or closed state of the entrance door for each room; And it may include a character-dong opening/closing driving unit for driving the opening and closing of the entrance door for each room.

In the access control system for restricted access according to the present invention, the service-specific server receives a visiting service execution completion message instructing completion of the visiting service from the temporary entry terminal and completes the corresponding visiting service, A door closing command is transmitted to the door controller of the room in which the visiting service is performed, and the door opening/closing driving unit of the door controller for each room drives the door for each room to close the door according to the door closing command. can

In the access control system for restricted access according to the present invention, the service-specific server receives the location information of the temporary entrant from the temporary entrant terminal, and the temporary entrant's location is preset from the room visited by the temporary entrant. If it deviates more than the distance, it sends a door closing command to the door controller for each room in which the visiting service is performed, and the door opening/closing driving unit of the door controller for each room closes the door according to the door closing command. It is possible to drive the entrance door for each room.

In the access control system for restricted access according to the present invention, when the server by service receives the open or closed state of the door for each room from the door open/close detector, and detects that the door for each room is open counts the open time of the door for each room, and when the open time exceeds a preset time, a door closing command is sent to the door controller for each room in which the visiting service is performed, and the door controller for each room moves a text message The closing driving unit may drive the door for each room to close the door for each room in response to the door closing command.

The access control system for restricted access according to the present invention, wherein the access control server includes a new switch for controlling opening and closing of at least one of the dong-byeol door control device and the vehicle access control device, wherein the new switch includes: , and an existing switch configured to control opening/closing of at least one of the dong-byeol access door control device and the vehicle access control device may be logically connected.

In the access control system for restricted access according to the present invention, the central operation server and the server for each service, or the central operation server and the access control server may be installed in the same place or configured as one server.

In the access control system for restricted access according to the present invention, the central operation server, the service-specific server, and the access control server may be installed in the same place or configured as a single server.

The access control system for restricted access according to the present invention controls at least one of the door control device for each room, the door control device for each building, and the vehicle access control device for a specific person who wants to restrict access to the specific space. It may further include an administrator terminal installed with access control server control software for setting the access control server to block access to the specific space.

In order to achieve the above object, the access control method for restricted access according to the present invention is at least one of a building, one or more rooms of the building, and a complex partitioned into a predetermined area including one or more buildings. An access control method for controlling access to a specific space, comprising: a personal information storage and management step of storing and managing personal information of temporary visitors who will enter the specific space and provide a visit service; a visiting service application step of receiving an application for a visiting service and receiving and storing visit information on the visiting service; an access approval step of comparing the personal information of the temporary visitor and the visit information of the visiting service in response to receiving an access approval request for the temporary visitor, and transmitting an access approval if the comparison result is the same; and in the access control server, in response to the access approval, a door-by-room door control device for controlling access to the room, a building-by-room door control device for controlling access to the building, and a vehicle access control device for controlling access to the complex and controlling at least one of them to allow entry and exit of the temporary entrant into the specific space.

According to the present invention, the access control method for restricted access, the visit service application step,

a visit information receiving step of receiving visit information for the visiting service from the regular occupant terminal; and a matching step of matching the temporary visitor to perform the corresponding visiting service from the visit information of the visiting service and the candidate list of the temporary visitor.

According to the present invention, an access control method for restricted access receives an application for a service including the visit service from the regular-entry terminal in a service-specific link server, and requests the visit service included in the service for each service The method further includes an linking step, wherein the service-specific server includes: a visit information receiving step of receiving visit information for the visited service requested from the service-specific linking step; and a matching step of matching the temporary visitor to perform the corresponding visiting service from the visit information of the visiting service and the candidate list of the temporary visitor.

In the access control method for restricted access according to the present invention, the access control server is provided in one or more corresponding to one or more of the specific space, and the central operation server, the date and time for the visit service from the access approval step The method may further include an access approval transmission step of receiving the access approval of an occupant and transmitting the access approval to an access control server corresponding to the specific space to which regular visitors who have applied for the visit service from among the one or more access control servers enter and exit can

The access control system and method for restricted access according to the present invention have six (NA, OA, PA, QA, RA, SA) effects as shown in Table 8 below.

The first (NA) effect is superior to the existing system in terms of security and safety because it is possible to accurately determine whether or not to allow access of a large number of temporary visitors in response to the visit service requests of many regular visitors.
Therefore, it is possible to block temporary entrants from entering for other purposes (eg, theft, sexual violence) disguised as performing visiting service. Even if other problems (eg, theft, assault, etc.) are caused after entry to perform the original purpose of visiting service, the identity can be easily checked and the suspects can be quickly arrested, so waste of police administrative power can be prevented.
The second (OA) effect is that workers in the security room do not have to respond individually, so labor can be reduced and productivity can be improved.
Third (PA) effect is that even when regular occupants are doing other work in each room, when they cannot hear a call from another room, or when a guard office worker is doing other work such as patrolling, reservation and permission It is more convenient as temporary entry and exit is possible.
The fourth (QA) effect is to allow the entry and exit of temporary entrants who have been reserved and approved only when performing visiting services, so regular entrants can be absent, and regular entrants who have gone out do not have to return to their residence and open the door. , There is no need to inform regular visitors of the password, and there is no need to change the password given to regular visitors.
Since the password is not leaked, it is possible to fundamentally block the person who obtained the password from entering for other purposes (eg, theft, sexual violence).
Fifth (RA) effect is that, even when regular visitors are not in each room in advance, and even when a person who has not reserved the date and time of the visit and has not been approved (eg, an acquaintance of a regular visitor) visits, the regular occupants use the regular entrant software from the outside. You can use it to allow access.
The sixth (SA) effect is that if the tenant (or lessee) living in each room fails to pay the rent, the lessor can lock each room to prevent the tenant (or lessee) from entering, thereby preventing nonpayment of rent.

1 is an overall system configuration diagram in the case where the existing vehicle access control device, the dong-byeol door control device, and the room-by-room door control device are together.
2 is an overall system configuration diagram in the case where the existing dong-byeol door control device and room-by-room door control device are together.
3 is an overall system configuration diagram in the case where there is only the existing door control device for each room.
4 is an overall system configuration diagram in the case of only the existing vehicle access control device.
5 is a configuration diagram of an access control system according to the first embodiment, in which a service-specific link server is not included.
6 is a configuration diagram of an access control system according to the first embodiment, in which a link server for each service is included.
7 is a network configuration diagram according to the first embodiment.
8 is a flowchart of a member registration and approval process of a temporary visitor according to the first embodiment.
9 is a view for explaining up to the service execution stage of a temporary visitor in the case where there is no service-specific connection server in the first embodiment.
FIG. 10 is a view for explaining up to the service execution stage of a temporary visitor when there is a service-specific linked server in the first embodiment.
11 is a block diagram showing the configuration of a door controller for each room.
12 is a view for explaining a first method of automatically closing the door for each room when the door for each room is not closed after the temporary access service is completed according to the first embodiment.
13 is a view for explaining a second method of automatically closing the door for each room when the door for each room is not closed after the temporary access service is completed according to the first embodiment.
FIG. 14 is a view for explaining a third method of automatically closing the door for each room when the door for each room is not closed after the temporary access service is completed according to the first embodiment.
15 is a view for explaining compatibility with the existing access control system when constructing the access control system according to the first embodiment.
16 is a view for explaining a specific implementation method for compatibility between the existing access control system and the access control system of the present invention.
17 is a block diagram of an access control system according to the second embodiment.
18 is a block diagram of an access control system according to the third embodiment.
19 is a block diagram of an access control system according to the fourth embodiment.

A preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. The following detailed description is merely exemplary, and only shows preferred embodiments of the present invention.

(Example 1)

5 is a block diagram of an access control system according to the first embodiment.

As shown in FIG. 5 , the access control system 100 according to the first embodiment of the present invention includes a door for each room 101 , a door controller for each room 102 , an entrance door for each building 103 , and a door controller 104 for each building. ), vehicle breaker 105, vehicle breaker controller 106, access control server 107, access control server control software 108, central operation server 109, central operation server control software 110, server by service Part or all of (111), server control software for each service 112, software for regular visitors 113, software for temporary access 116, server linked by service 115, and consumer software 116 for each service company includes

The door 101 for each room means various types of doors installed for each room of an apartment or office.

The door controller 102 for each room is an electronic device that controls the opening and closing of the door 101 for each room, and in general, a digital door lock is also a type of door controller for each room.

The dong-byeol entrance door 103 refers to various types of doors installed at the common entrance of the dong used jointly by several rooms.

The dongbyeol access door controller 104 is an electronic device that operates the opening and closing of the dongbyeol access door 103 .

The vehicle breaker 105 is a device for controlling the entrance of a vehicle entering a specific complex.

The vehicle breaker controller 106 is an electronic device that operates the opening and closing of the vehicle breaker 105 .

The door 101, the entrance door 103, and the vehicle breaker 105 for each room above are composed of a mechanical mechanism and electrical parts such as some electric motors (motors).

The above door controller 117 for each room, the door controller 104 for each building, and the vehicle breaker controller 106 are a kind of embedded system.

The access control server 107, the central operation server 109, the service-specific server 111, and the service-specific linkage server 115 are a kind of server, meaning software serving as a server and a hardware device in which the software is executed. do.

The access control server 107 is a server installed and operated for the purpose of operating each complex.

In addition, the access control server 107, in response to the access approval for the temporary occupants, a room-by-room door control device for controlling the entrance to the room, a dong-by-dong door control device for controlling the entrance to the building, and to control the entrance of the complex It may be configured to control access to a specific space by controlling at least one of the vehicle access control devices.

The central operating server 109 is a server installed and operated for the purpose of integrating and operating a plurality of complexes and a company that performs a plurality of visiting services. The central operation server performs a very appropriate role in terms of efficiency and load distribution in this system.

Accordingly, one or more access control servers may be provided to correspond to one or more specific spaces (complexes). Upon receiving the temporary access approval for the service, the access control server can transmit the access approval to the access control server corresponding to the specific space that the regular visitor who has applied for the visit service from among one or more access control servers.

The service-specific server 111 is a server installed and operated for the purpose of sharing and responsible for each service TA. Each of these services (TA) specifically means services such as 'courier service, cleaning, delivery, laundry, real estate relay, etc.' (Example: courier service, cleaning, etc.) service can be performed.

In addition, the service-specific server is a building, one or more rooms in the building, and the date and time to perform the visiting service requested from regular occupants of a specific space including at least one of the complexes divided into a predetermined area including one or more buildings It may be configured to store and manage the personal information of the visitor, and to transmit the access approval if the comparison result is the same by comparing the personal information and the visit information of the visiting service as a request for an access approval for a temporary visitor is received.

The access control server control software 108 is software for performing various tasks such as setting, management, operation, control, and reservation of the access control server.

The central operation server control software 110 is software for performing various tasks such as setting, management, operation, control, and reservation of the central operation server.

The service-specific server control software 112 is software for performing various tasks such as setting, management, operation, control, and reservation of the server for each service.

The access control server control software 108, the central operation server control software 110, and the service-specific server control software 112 are used by the administrator, and are executed on the administrator terminal such as a computer or mobile terminal.

The software 114 for regular occupants is software used by a computer or mobile terminal for temporary occupants to perform 'member registration' and 'access authentication request'.

The software 113 for regular visitors is software used by regular visitors in a computer or mobile terminal for three tasks (UA, VA, WA) as shown in Table 9 below.

The access control server controls three subsystems 117, 118, and 119 as shown in Table 10 below.

According to an embodiment of the present invention, one or more of the above three subsystems 117, 118, and 119 may be included and used, or some may be omitted and not used.

In FIG. 5, the central operation server 109 is composed of one, and the remaining components may be composed of one or more, but in the drawing, in order to avoid complexity, two or more parts are not shown. In addition, arrows used in the drawings mean the flow of communication (direction of commands), and do not actually mean a physical communication line.

6 is a configuration diagram of an access control system according to the first embodiment, showing a case in which a server linked by service is included. same. Linked servers for each service will be described later.

7 is a diagram showing the entire network including the present invention.

According to FIG. 7 , the components constituting the access control system according to the present invention are connected to a communication network by wire or wireless, and can be controlled by wire or wireless.

FIG. 8 is a flowchart illustrating a member registration and member approval process while a temporary visitor communicates with the service-specific server 111, and the contents thereof will be described below.

Temporary occupants may cause various problems (eg, theft, assault, etc.) when visiting the complex, building, or room where the customer resides in order to provide visiting service. In order to be able to take action, the identity of the temporary entrant must be certain.

In order to prove the identity of temporary visitors for this purpose, when registering as a member for each visiting service company, use the software for regular visitors and include three types of information (XA, YZ, ZA) as shown in <Table 11> below. information of each service is transmitted to the server 111 .

The company for each visit service sets specific criteria (eg, criminal history) based on the personal information transmitted by temporary visitors, and only temporary visitors who meet the criteria are approved as members, and the information of the approved temporary visitors is stored in the database (D Save to /B).

This identification process is used to prevent criminal acts by temporary entrants and to investigate later when a crime occurs, and operates so as not to violate laws related to 'personal information protection' (e.g., collection , use, storage, disposal).

The company for each visiting service or the affiliated company for each visiting service provides the consumer software for each service company, and the consumer uses this software to request the service. There may be two cases (AB, BB) of this process as shown in <Table 12> below.

The service-specific link server 115 receives an application for a service including a visit service (eg, purchase of goods in an e-commerce transaction, etc.) from a regular visitor terminal, and provides a visit service related to the service (eg, a courier service) for each service A request can be made to a server (eg, a courier service server), in which case the server for each service receives an application for a visiting service (eg, courier service) from a service-linked server, and visits the corresponding visit from the visit information of the visiting service and the temporary visitor's candidate list. Temporary visitor to perform service can be matched.

9 is a flowchart illustrating the first (AB) case of <Table 12>, and FIG. 10 is a flowchart illustrating the second (BB) case of <Table 12>, which will be described in more detail below.

When a customer who is a regular visitor requests a specific service using the consumer software 116 for each service company provided (or distributed) by the service company, the request command is sent to the service-specific server 111 in the case of AB above. In the case of the above BB, it is transmitted to the service-specific server 111 via the service-specific link server 115 .

The service-specific server 111 notifies the temporary visitor that there is a service requested by the customer through the temporary visitor software 114 .

The temporary visitor sees a service notification (request) through the temporary visitor software 114 and provides support for service provision. The service-specific server 111 matches (connects) the service requested by the customer and the temporary visitor who supported the service. Here, ‘matching’ means allocating visiting service tasks while notifying temporary visitors of the date and time of the visiting service requested by the customer. After matching, the service-specific server 111 transmits information (eg, temporary visitor, date and time, location, service details) of both sides to the temporary visitor software 114, and informs the temporary visitor as an applicant. At the same time, the service-specific server notifies the consumer (customer) of both information (eg, temporary visitor, date, time, location, service details).

In the case of AB in <Table 12> above, the service-specific server 111 transmits to the consumer software 116 for each service company, and informs the consumer (customer) who is a regular visitor. In the case of BB of <Table 12> above, the service-specific server 111 transmits to the service-specific linked server 115, and the service-specific linked server 115 transmits the service-specific consumer software 116 to the consumer software 116. Notify (customer)

The service-specific server may receive a visit service request from the regular visitor terminal, and match the temporary visitor who will perform the corresponding visit service from the visit information of the visiting service and the candidate list of the temporary visitor.

Here, the temporary visitor candidate list is a list of temporary visitors who saw the service notification and applied for service provision, and the service-specific server 111 matches the visitor service requested by the customer with the candidate list of temporary visitors who supported the service ( connection) is exemplified, but the temporary visitor does not separately support for the provision of services, and the service-specific server 111 extracts a candidate list from the temporary visitor information previously held, and automatically detects temporary visitors based on the list. Matching is also possible.

When the service execution date arrives, temporary entrants move to the service area, and after moving, there are three processes (CB, DB, EB) as shown in Table 13 below.

The first (CB) process in <Table 13> above will be described in detail as follows.

Temporary occupants who arrive at the complex transmit an access approval request command to the service-specific server 111 by using the temporary occupant software 114 . At this time, the temporary visitor's location information, the current time information, and the temporary visitor's personal information information are automatically transmitted together from the temporary visitor software 114 . In this case, the location information of the temporary visitor is information measured using the GPS device of the mobile terminal possessed by the temporary visitor. As described above, the temporary visitor may request the server 111 for each service by using the temporary entry software 114 as described above, but is not limited thereto, and various types of identification means that can identify temporary visitors This can be pursued.

In the service-specific server 111, various information related to the originally planned service (eg, time, place, personal information of temporary occupants) and various information (eg, time information, place information, temporary entrants) received from the software 114 for temporary entrants personal information) to determine whether it meets the requirements for approval. In other words, if the comparison result matches, access is granted as an approval requirement, and if the comparison result does not match, access is not granted because it does not meet the approval requirement. When access is approved by the service-specific server 111, the service-specific server 111 transmits an access approval command to the central operation server 109, and the central operation server 109 controls the received command. It is transmitted to the access control server 107 again. The access control server 107 transmits the received command back to the vehicle breaker controller 106 having jurisdiction over the corresponding place. The vehicle breaker controller 106 allows temporary entrants to enter the complex by opening the vehicle breaker 105 so that the received command is executed.

The second (DB) process in <Table 13> above will be described in detail as follows.

Temporary occupants who arrive in the building to perform the visit service within the complex they entered perform the same process as in the first (CB) above. However, the difference from the first (CB) process is that the dong-byeol door controller 104 operates instead of the vehicle breaker controller, and the dong-byeol gate 103 is opened instead of the vehicle breaker so that temporary occupants are allowed to enter the building.

The third (EB) process in <Table 13> is described in detail as follows.

Temporary occupants who arrive at the room to perform the visiting service in the ward they entered perform the same process as in the first (CB) above. However, the difference from the first (CB) process is that the door controller 102 for each room operates instead of the vehicle breaker controller, and the door 101 for each room is opened instead of the vehicle breaker, allowing temporary occupants to enter the room. .

It is not a procedure to go through all three (CB, DB, EB) processes as shown in <Table 13> above, and it varies depending on the type of service (eg home delivery, cleaning, food delivery) and the type of access control system installed.

For example, if the delivery driver does not enter the building and moves to the apartment shared delivery service location, only the first process (CB) is performed. ,Only the second (DB) process is performed, and when the cleaner enters the inside of each room and cleans the room, the first (CB), second (DB), and third (EB) processes are all performed.

9 and 10 is a method of opening and closing the access controllers 101, 103, and 105 without an administrator's intervention. In contrast, an administrator or regular occupant may open and close the access controllers 101, 103, and 105 by controlling the software in four (FB, GB, HB, IB) methods as shown in Table 14 below.

The managers of the three methods listed in <Table 14> may be different managers. For example, the manager of the first (FB) method is the manager of the server by service 111, the manager of the second (GB) method is the manager of the central operation server 109, and the manager of the third (HB) method is the manager of the complex It may be an administrator of the access control server 107 .

Although the operations shown in <Table 14> above are possible, the access control server control software 108 is installed in the terminal of the access control server administrator and includes a function to block the opening of a specific person. When the manager of the access control server 107 executes the door opening blocking function of a specific person that restricts access of a specific person to a specific space using the manager terminal in which the access control server control software is installed, the door control device for each room and the door control for each building The access control server may be set to control at least one of the device and the vehicle access control device to block access of a specific person to a specific space.

This specific person door opening blocking function is a function that makes it impossible to open the door by any other method or other software only for a set specific person. operate in the state. Of course, if the preset information as shown in <Table 15> below is released using the access control server control software, a preset specific person can access.

One example of using this function is in the field of monthly rental housing (eg, one-room). The tenant of the studio is a regular visitor, and the landlord or the rental management company of the studio can be the manager.

If the tenant of the studio, who is a regular occupant, does not pay the monthly rent, the administrator activates the door opening blocking function using the access control server control software 108. can do it

Another embodiment of using such a function is a case of using it for the purpose of blocking a person who has caused various problems in advance.

11 is a block diagram showing the configuration of a door controller for each room.

In the drawings, a solid arrow indicates a signal line, and a dotted arrow indicates a force transmission or movement of an instrument (or member).

The door controller 102 for each room is added to the function of the existing digital door lock to detect the door open state, and to open and close the door. The door controller 102 for each room is an MCU 205, a power supply 201, an oscillator 202, a memory 203, a communication unit 204, a door lock driver 206, a door open/close detection unit 207, a character Consists of a dynamic opening/closing driving unit 208 , a door locking unit 209 , and a character closing unit 210 . Software is loaded on the MCU 205 and executed.

The power supply unit 201 is a functional block composed of an electronic circuit for supplying power. The oscillator 202 is a functional block composed of an electronic circuit for supplying a clock. The memory unit 203 is a storage device for storing programs, variables, and the like.

The communication unit 204 is a functional block composed of an electronic circuit connected to a network communication network to communicate with the access control server. The door opening/closing detection unit 207 is a functional block composed of an electronic circuit that can detect whether the door is currently open or closed by detecting the 'open or closed' state of the door through a sensor. Although used, in implementations, it is not limited to this sensor, and various sensors or methods may be used.

The door lock driving unit 206 is generally a functional block composed of an electronic circuit that controls to lock or unlock the door by driving an electric part of an actuator such as a motor or a solenoid. The door lock driving unit 206 may drive the door lock unit to control the locking and unlocking of the entrance/exit door for each room in response to the temporary entry/exit approval transmitted from the service-specific server.

The character opening/closing driving unit 208 is a functional block composed of an electronic circuit that controls the door to be closed or opened by driving an electric part of an actuator such as a motor in general. This is distinct from the function of the door lock, which locks or unlocks the door while the door is closed.

The door lock 209 is a functional block including an actuator such as a motor or a solenoid, and a mechanical mechanism for locking and unlocking the door by using the actuator.

The character opening/closing unit 210 includes an actuator such as a motor, and when the door is opened, it uses an actuator such as a motor to move the door to close it, or to move the door to open it It is a functional block including a mechanical mechanism. .

In principle, after a temporary occupant completes a door-to-door service (eg, cleaning) in the room, the door 101 for each room is manually closed. However, there are three methods of closing the door as shown in <Table 16> below in case a temporary occupant forgets to close the door and does not close it.

12 is a view for explaining a first method of automatically closing the door for each room when the door for each room is not closed after the temporary access service is completed according to the first embodiment.

Hereinafter, the first (MB) method of Table 16 will be described together with FIG. 12 .

When the temporary visitor completes the visit service task, the temporary visitor software 114 transmits an execution completion command to the service-specific server 111, and the service-specific server 111 performs the 'service completion processing' process. run Here, the 'service completion processing' process is an algorithm (procedure) in which the service-specific server processes that the service has been completed.

After that, when the service-specific server 111 sends a door closing command, the command goes through the central operation server 109, passes through the access control server 107, and is received by the door controller 106 for each room. , The door opening/closing driving unit 208 of the door controller 102 for each room drives the door opening/closing unit 210 to close the door 101 for each room.

In other words, the service-specific server receives a visiting service execution completion message instructing completion of the visiting service from the temporary occupant terminal, completes the corresponding visiting service, and commands to close the door to the door controller for each room in which the visiting service is performed. to send,

The door controller for each room can lock and close the door for each room according to the door closing command transmitted from the server for each service. At this time, the closing is performed by the character opening and closing unit and the locking is performed by the door locking unit.

13 is a view for explaining a second method of automatically closing the door for each room when the door for each room is not closed after the temporary access service is completed according to the first embodiment.

Below, the second (NB) method of Table 16 above will be described together with FIG. 13 .

When the temporary visitor completes the visit service task, the temporary visitor software 114 detects the location of the temporary visitor with a GPS device, and automatically transmits it to the service-specific server 111 in real time.

The service-specific server 111 calculates the moved distance by identifying the location (initial location) of the room where the visiting service is performed and the location where the temporary occupant is currently located (post-movement location). When this distance exceeds the preset distance, the service-specific server 111 transmits a door closing command, and the command passes through the central operation server 109, then the access control server 107, and then for each room. The reception is received by the door controller 102, and the door opening/closing driving unit 208 of the door controller 102 for each room drives the door opening/closing unit 210 to close the door 101 for each room.

In other words, the service-specific server receives the location information of temporary visitors from the temporary visitor terminal after the visit service is completed, and when the temporary visitor's location deviates by more than a preset distance from the room visited by the temporary visitor, the room in which the visiting service is performed Sends the door closing command to the door controller for each room, and the door controller for each room can lock and close the door for each room according to the door closing command transmitted from the service server. At this time, the closing is performed by the character opening and closing unit and the locking is performed by the door locking unit.

At this time, the preset distance is determined by the company operating the service-specific server 111 and is preset in the service-specific server 111 .

FIG. 14 is a view for explaining a third method of automatically closing the door for each room when the door for each room is not closed after the temporary access service is completed according to the first embodiment.

Below, the third (OB) method of Table 16 above will be described together with FIG. 14 .

The door opening/closing detection unit 207 of the door controller 102 for each room checks the OPEN state of the door 101 for each room. If the door opening/closing detection unit 207 of the door controller 102 for each room detects the OPEN state, the OPEN state transmission command sent from the door controller 102 for each room passes through the access control server 107 to centrally operate. It is transmitted to the service-specific server 111 via the server 109 .

The service-specific server 111 counts the time from after receiving the OPEN status transmission command. If the counted time exceeds the preset time, the service-specific server 111 transmits a door closing command, and the command goes through the central operation server 109 and then the access control server 107 and then the room The reception is received by the separate door controller 102, and the door opening/closing driving unit 208 of the door controller 102 for each room drives the door opening/closing unit 210 to close the door 101 for each room.

In other words, the service-specific server receives the open or closed state of the door for each room from the door open/close detection unit, and counts the open time of the door for each room when the door for each room is detected as open, and the door for each room When the open time exceeds the preset time, a door closing command is sent to the door controller for each room in which the visiting service was performed, and the door controller for each room locks and locks the door for each room according to the door closing command transmitted from the service server. Closing can be done. At this time, the closing is performed by the opening and closing unit of the character dong, and the locking is performed by the door locking unit.

There may be several criteria for allowing temporary entrants to enter and exit, and the two representative ones are “number of times allowed in and entry” and “time allowed”. , real estate brokerage, etc.), different standards (or policies) are applied.

For example, in the case of courier delivery, only one time is allowed, and in the case of a housekeeper service, it is allowed only for 3 hours. If the number of times is exceeded or the time is exceeded, the door closes automatically and does not open any more. However, only in exceptional cases, if a temporary occupant requests the managers or regular occupants through wired or wireless communication, use one of the four methods (FB, GB, HB, IB) in <Table 14> above to (105) or by manually operating the entrance door 103 or the entrance door 101 for each room may be opened and closed.

There may be three types of complexes and buildings to which the present invention can be applied (PB, QB, RB) as shown in Table 17 below.

According to the type of complex and building as shown in <Table 17> above, the three subsystems 117, 118, and 119 of the present invention can be constructed and installed in different combinations. The specific types and examples of application to apartments are It is the same as the 4 types (SB, TB, UB, VB) in <Table 18> below.

All of the above-described implementation methods are cases in which the entire system of the present invention is installed and constructed when the existing access control system is not installed and constructed. However, there are cases where this system needs to be applied to the already installed access control system. In such a case, a system as shown in FIG. 15 is configured.

15 is a view for explaining compatibility with the existing access control system when constructing the access control system according to the first embodiment.

15, the access control server 123, the vehicle access control device, and the dong-byeol door control device within the thick dotted line use the existing system as it is, and only the remaining parts may be constructed (installed) by applying the present invention. And, it is possible to switch signals between the existing system and the new system according to the present invention by the dotted arrows in the drawing.

16 is a diagram illustrating a specific method of signal switching between the existing system and the new system according to the present invention. When explaining the embodiment in which the existing system is constructed, when an occupant requests the manager to open the door through an intercom, etc., the manager is a part of the existing access control server 123, the existing switch 121 of the door opening and closing operation unit 120 If it is operated using such as, the opening operation of the corresponding dong-byeol door or vehicle breaker is performed. At this time, the door opening/closing operation unit 120 is composed of a physical existing switch 121, and a new switch 122 in which new wires are connected in parallel from both wires (conducting wires) connected to the physical existing switch 121. It is mounted on the new access control server 107 which is a part of the present invention.

That is, the new access control server 107 includes a new switch 122 for controlling the opening and closing of at least one of a door access control device for each building and a vehicle access control device, and the new switch includes a door access control device for each building, and a vehicle access control device. It may be configured by being connected to an existing switch 121 of an existing access control server 123 configured to control opening and closing of at least one of the devices by logical OR.

The new switch 122 included in the new access control server 107 is an electronic method and software using various types of electrical and electronic components (eg, relays, power transistors, etc.) in the new access control server 107 . It is turned ON and OFF by a formal method, and by this ON and OFF, the dong-byeol door or vehicle breaker can be controlled.

(Second embodiment)

17 is a view showing an access control system according to a second embodiment of the present invention.

As shown in FIG. 17, the access control system 100 according to the second embodiment of the present invention is a door for each room, a door controller for each room, a door for each building, a door controller for each building, a vehicle breaker, a vehicle breaker controller, and an access control server. , including part or all of access control server control software, central operation and service-specific server, central operation and service-specific server control software, software for regular occupants, software for temporary occupants, server linked by service, and consumer software for each service company do. Elements in the drawing are expressed one by one for convenience, but in reality, there is only one central operation and one server for each service, and the remaining elements may be one or more.

Compared with the access control system according to the first embodiment of the present invention shown in FIG. 5, there are differences as shown in Table 19 below.

Except for the differences shown in <Table 19> above, it is constructed and operated in the same manner as in the first embodiment.

(Example 3)

18 is a view showing an access control system according to a third embodiment of the present invention.

As shown in FIG. 18 , the access control system 100 according to the third embodiment of the present invention includes a door for each room, a door controller for each room, a door for each building, a door controller for each building, a vehicle breaker, a vehicle breaker controller, access control and Central operation server, access control and central operation control software, service-specific server, service-specific server control software, regular access software, temporary access software, service-linked server, and some or all of consumer software for each service company are included. . The components in the drawing are expressed one by one for convenience, but in reality, only one access control and central operation server is used, and the remaining components may be one or more.

Compared with the access control system according to the first embodiment of the present invention shown in FIG. 5, there are differences as shown in Table 20 below.

Except for the differences shown in <Table 20> above, it is constructed and operated in the same manner as in the first embodiment.

(Example 4)

19 is a view showing an access control system according to a fourth embodiment of the present invention.

As shown in FIG. 19, the access control system 100 according to the fourth embodiment of the present invention includes a door for each room, a door controller for each room, a door for each building, a door controller for each building, a vehicle breaker, a vehicle breaker controller, an access control and It includes some or all of central operation and service-specific server, access control and central operation and server-specific server control software, software for regular users, software for temporary access, server linked by service, and consumer software for each service company.

Elements in the drawing are expressed one by one for convenience, but in reality, only one server for access control, central operation, and service is provided, and the remaining components may be one or more.

Compared with the access control system according to the first embodiment of the present invention shown in FIG. 5, there are differences as shown in Table 21 below.

Except for the differences shown in <Table 21> above, it is constructed and operated in the same manner as in the first embodiment.

That is, according to FIGS. 17 to 19, the access control system according to the present invention can be configured by installing a central operation server and a service-specific server, or a central operation server and an access control server in the same place or by integrating them into one server. have. In addition, the access control system of the present invention can be configured by installing the central operation server, each service server, and the access control server in the same place or integrating them into one server.

In the above, the configuration and operation of the access control system for restricted access according to the present invention has been described.

An access control method for restricted access according to the present invention based on this is a specific space including at least one of a building, one or more rooms of the building, and a complex partitioned into a predetermined area including one or more buildings In the access control method for controlling access to a specific space for regular and temporary visitors of If the result of comparison is the same, the personal information of the temporary visitor and the visit information of the visiting service are compared with the visit service application step, which receives and stores the visit information for the visit service, In the access approval step of transmitting access approval, in the access control server, in response to the access approval, a door control device for each room that controls access to a room, a door control device for each building that controls access to a building, and a complex access control Controlling at least one of the vehicle access control device to allow the entry and exit of a temporary entrant into a specific space may be configured to include the step of permitting.

Here, the visiting service application step includes a visiting information receiving step of receiving visit information for a visiting service from a regular visitor terminal, and matching temporary visitors who will perform the corresponding visiting service from the visit information of the visiting service and a candidate list of temporary visitors It may be configured to include a matching step.

In addition, the access control method for restricted access according to the present invention may further include a service-specific linkage step of receiving an application for a service including a visit service from a regular-entry terminal and requesting a visit service included in the service. . In this case, the visiting service application step includes a visiting information receiving step of receiving visit information for a visiting service requested from the linkage step for each service, and a temporary visitor who will perform the corresponding visiting service from the visit information of the visiting service and a candidate list of temporary visitors It may be configured to include a matching step of matching.

In addition, in the access control method for restricted access according to the present invention, when the access control server is provided with one or more corresponding to one or more specific spaces, the central operation server provides temporary access to the visiting service from the access approval step. It may be configured to perform an access approval transmission step of receiving the approval and transmitting the access approval to an access control server corresponding to a specific space accessed by regular visitors who have applied for a visit service from among one or more access control servers.

Through the above-described configuration, the access control system according to the present invention accurately determines whether or not a number of temporary visitors who enter the space of regular visitors are allowed or not according to the request of the regular visitors for visiting service, and performs the visit service. Only reserved and approved temporary visitors are allowed to enter, so it has the effect of more safely and conveniently controlling the access of temporary visitors.

In the foregoing, the present invention has been described and illustrated on the basis of preferred embodiments for illustrating the principles of the present invention, but the present invention is not limited to the configuration and operation as shown and described as such. Those skilled in the art to which the present invention pertains will be able to understand that the present invention may be embodied in other specific forms without changing the technical spirit or essential characteristics of the present invention. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive. The scope of the present invention is indicated by the following claims, and all changes or modifications derived from the meaning and scope of the claims and their equivalent concepts should be construed as being included in the scope of the present invention.

100: access control system 101: door for each room
102: room-by-room door controller 103: dong-byeol entrance
104: dongbyeol entrance door controller 105: vehicle breaker
106: vehicle breaker controller 107: access control server
108: access control server control software 109: central operation server
110: central operation server control software 111: service-specific server
112: server control software for each service 113: software for regular users
114: software for temporary access 115: server linked by service
116: consumer software by service company 117: door control device for each room
118: dongbyeol entrance door control device 119: vehicle access control device
120: door opening and closing control unit 121: conventional switch
122: new switch 123: existing access control server
201: power unit 202: oscillation unit
203: memory 204: communication unit
205: MCU 206: door lock driving unit
207: door open/close detection unit 208: character opening/closing driving unit
209: door lock 210: door opening and closing part

Claims (16)

In the access control system for controlling access to a specific space including at least one of a building, one or more rooms of the building, and a complex partitioned into a predetermined area including one or more buildings, the access control system comprising:
Stores and manages the personal information of temporary visitors to perform the visiting service requested from the regular occupants of the specific space, and compares and compares the personal information and the visit information of the visiting service upon receiving an access approval request for the temporary occupants a service-specific server that transmits access approval if the results match;
In response to the access approval for temporary occupants, at least one of a room-by-room door control device for controlling access to the room, a dong-by-room door control device for controlling access to the building, and a vehicle access control device for controlling access to the complex an access control server for controlling access to the specific space by controlling one;
a temporary visitor terminal installed with software for temporary access for performing member registration and access approval request of the temporary visitor; and
An access control system for restricted access, characterized in that it includes a regular resident terminal installed with consumer software for each service company that processes the service requested by the regular occupants, including the visit service.
According to claim 1,
The service-specific server receives the request for the visiting service from the regular visitor terminal, and matches the visit information of the visiting service with the temporary visitor who will perform the corresponding visiting service from the candidate list of the temporary visitor. Access control system for access.
According to claim 1,
Further comprising a service-specific linkage server for receiving an application for a service including the visiting service from the regular visitor terminal, and requesting the visiting service related to the service to the service-specific server,
The service-specific server receives the request for the visiting service from the service-specific link server, and matches the visit information of the visiting service with the temporary visitor to perform the corresponding visiting service from the temporary visitor candidate list, Access control system for restricted access.
According to claim 1,
The access control server is provided in one or more corresponding to one or more of the specific space,
Connected to the one or more access control servers by wire or wireless, receiving the access approval for the visiting service from the service-specific server, and receiving the access approval for the visiting service from the one or more access control servers, the regular visitor who has applied for the visiting service from among the at least one access control server enters and exits An access control system for restricted access, characterized in that it further comprises a central operation server for transmitting the access approval to an access control server corresponding to a specific space.
According to claim 1,
Further comprising an entrance door control device for each room to control the entrance to the room in the specific space,
The door control device for each room is
The entrance door for each room installed at the entrance of the room; and
It characterized in that it comprises a door-by-room door controller for controlling the opening and closing of the door for each room in response to the access approval,
The door controller for each room,
a door lock driving unit for controlling locking and unlocking of the door for each room in response to the access approval;
a door opening/closing detection unit for detecting an open or closed state of the entrance door for each room; and
An access control system for restricted access, characterized in that it comprises a character opening and closing driving unit for driving the opening and closing of the entrance door for each room.
6. The method of claim 5,
The service-specific server receives a visiting service execution completion message indicating completion of the visiting service from the temporary access terminal, completes the corresponding visiting service, and closes the door with the door controller for each room in which the visiting service is performed. send a command,
An access control system for restricted access, characterized in that the door opening/closing driving unit of the door controller for each room drives the door for each room to close the door for each room according to the door closing command.
6. The method of claim 5,
The service-specific server receives the location information of the temporary entrant from the temporary entrant terminal, and when the temporary entrant's location deviates by more than a preset distance from the room visited by the temporary entrant, the room of the room in which the visiting service is performed Sending the door closing command to the separate door controller,
An access control system for restricted access, characterized in that the door opening/closing driving unit of the door controller for each room drives the door for each room to close the door for each room according to the door closing command.
6. The method of claim 5,
The server by service receives the open or closed state of the door by room from the door open/close detection unit, and counts the open time of the door by room when the door by room is detected as open, and When the time exceeds the preset time, a door closing command is transmitted to the door controller for each room of the room in which the visiting service is performed,
An access control system for restricted access, characterized in that the door opening/closing driving unit of the door controller for each room drives the door for each room to close the door for each room according to the door closing command.
According to claim 1,
The access control server includes a new switch for controlling the opening and closing of at least one of the dong-byeol door control device, and the vehicle access control device,
The new switch is an access control system for restricted access, characterized in that it is logically connected to an existing switch configured to control opening and closing of at least one of the building access door control device and the vehicle access control device.
5. The method of claim 4,
The central operation server and the server for each service, or the central operation server and the access control server are installed in the same place or are configured as one server, an access control system for restricted access.
5. The method of claim 4,
The central operation server, the service-specific server and the access control server are installed in the same place or configured as a single server, an access control system for restricted access.
According to claim 1,
An access control server is set to block access to the specific space by controlling at least one of the door control device for each room, the door control device for each building, and the vehicle access control device for a specific person who wants to restrict access to the specific space Access control system for restricted access, characterized in that it further comprises a manager terminal installed access control server control software is installed.
In the access control method for controlling the access of temporary entrants into a specific space including at least one of a building, one or more rooms of the building, and at least one of a complex divided into a predetermined area including one or more of the building,
a personal information storage and management step of storing and managing personal information of temporary visitors who will enter the specific space and provide a visiting service;
a visiting service application step of receiving an application for a visiting service and receiving and storing visit information on the visiting service;
an access approval step of comparing the personal information of the temporary visitor and the visit information of the visiting service in response to receiving an access approval request for the temporary visitor, and transmitting an access approval if the comparison result is the same; and
In the access control server, in response to the access approval, a door-by-room door control device for controlling access to the room, a building-by-room door control device for controlling access to the building, and a vehicle access control device for controlling access to the complex Controlling at least one to allow entry and exit of the temporary entrant into the specific space, characterized in that it comprises the step of allowing access, the access control method for restricted access.
14. The method of claim 13,
The visiting service application step is,
a visit information receiving step of receiving visit information for the visiting service from the regular occupant terminal; and
and a matching step of matching the temporary visitor to perform the corresponding visiting service from the visit information of the visiting service and the candidate list of the temporary visitor.
14. The method of claim 13,
In the linked server for each service,
The method further comprising: receiving an application for a service including the visiting service from the regular visitor terminal, and linking each service for requesting the visiting service included in the service;
The service-specific server, a visit information receiving step of receiving the visit information for the visited service requested from the service-specific link step; and
and a matching step of matching the temporary visitor to perform the corresponding visiting service from the visit information of the visiting service and the candidate list of the temporary visitor.
14. The method of claim 13,
The access control server is provided in one or more corresponding to one or more of the specific space,
The central operation server receives the access approval of the temporary visitor for the visiting service from the access approval step, and controls the access corresponding to the specific space to which the regular visitor who has applied for the visiting service from among the one or more access control servers enters and exits. Access control method for restricted access, characterized in that it further comprises an access approval transmission step of transmitting the access approval to the server.

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