WO2022045538A1 - Apparatus for automatically storing and returning identification card and automatically issuing and retrieving access card, on basis of smart facial recognition and biometrics, and method therefor - Google Patents

Abstract

An access card issuing device enabling automatic identification card storage and return, and automatic access card issuance and retrieval, according to the present invention, comprises: a personal information processing unit; an identification card processing unit; an access card processing unit; an ID card storage unit; and a transfer unit, wherein, when any one ID card from among an identification card and an access card corresponding to the identification card is obtained on any one empty tray among empty trays respectively arranged on the access card processing unit and in an identification card chamber constituting the identification card processing unit, a tray containing the obtained ID card of which the identity of a user has been determined is located in an empty tray storage chamber of the ID card storage unit, and a tray containing an ID card including personal information corresponding to the obtained ID card is arranged on the access card processing unit.

Description

Smart 　Facial recognition and 　Biometric recognition 　Based on automatic storage and return of identification cards, automatic issuance and collection of access cards and methods thereof

The present invention automatically stores the visitor's ID and automatically issues the access card, permits entry into the customer's security area, and automatically collects the access card and returns the ID when leaving after work. It relates to a device for automatic card issuance and collection and a method therefor.

Visitors who visit government offices or public institutions directly enter the access authority and purpose of entry at the information desk and present their ID card, or after presenting the ID, the receptionist enters personal information into the computer and receives a visitor pass process, etc. will be followed.

The ID submitted to the information desk is then stored in a form that is simply displayed in an open ID box without any special measures, thereby exposing an individual's identity, thereby infringing on privacy, and also risks theft or theft of ID.

Republic of Korea Patent No. 1,140,734 (registered on April 30, 2012) discloses an automatic identification and automatic storage device.

The device for automatic identification and automatic storage of IDs has an ID storage unit in the case to prevent loss and theft due to exposure and storage of ID cards, and after the visitor directly inputs the ID, receives a visitor pass, and then enters a simple key by the visitor Alternatively, the access procedure is completed only with the RF (radio frequency) reader recognition process of the visit pass. This device is limited to automatic recognition and automatic storage of IDs. Therefore, it is not possible to issue an access card by keeping the ID.

It is an object of the present invention to provide a device for automatically storing and returning a visitor's ID and automatically issuing and collecting an access card after receiving and automatically storing the visitor's ID, automatically issuing the access card, and automatically collecting the access card and automatically returning the ID .

It is an object of the present invention to further apply the visitor's biometric authentication to the personal information of the identification card, to prevent the visitor from receiving another person's identification card with an access card other than the one issued by the visitor, and to use an authorized low security level access card with a high security level It is to provide an automatic storage and return of ID card and automatic issuance and collection of access cards to prevent access to the area.

The present invention is equipped with a location transmitter on the access card to identify the location and movement of the visitor within the customer company through communication with the customer's location receiver, prevent safety accidents of visitors, and automatically store identification cards that can quickly respond to safety accidents It is to provide a device for automatic issuance and collection of return and access cards.

Another object of the present invention is to provide a method for enabling automatic storage and return of identification cards and automatic issuance and collection of access cards using the device.

The access card issuer that enables automatic storage and return of identification cards and automatic issuance and collection of access cards according to an aspect of the present invention for achieving the above object receives personal information and security pledges of visitors and processes them in a touch panel method a personal information processing unit; ID card processing unit that receives and reads the visitor's ID card and authenticates the ID card by comparing the visit reservation information stored in the customer's visit reservation information management unit with the read personal information; an access card processing unit that records a security level corresponding to the visit reservation information, issues an access card, and collects the used access card; an ID card storage unit in which a plurality of trays for storing the ID and the access card stored in the access card issuing machine are arranged in a stacked state; and a transfer unit configured to change the position of a selected tray from among the plurality of trays between the ID card storage unit and the access card processing unit, wherein the empty trays are respectively disposed on the identification chamber and the access card processing unit constituting the ID card processing unit When any one of an ID card and an access card corresponding to the ID is obtained on any one of the empty trays, the tray containing the obtained ID card for which the user's identity is determined is placed on the empty tray of the ID card storage unit It is characterized in that it is placed on the storage chamber, and a tray containing an ID card containing personal information corresponding to the obtained ID card is placed on the access card processing unit.

The transfer unit transfers the ID card storage unit to store the ID card in the ID card chamber, and transfers the ID card storage unit to the access card processing unit from the ID card storage unit to return the stored ID card through the access card processing unit ID card returned to the visitor.

In accordance with another aspect of the present invention for achieving the above object, there is provided a device for automatic storage and return of identification cards and automatic issuance and collection of access cards, a personal information processing unit for receiving and processing a visitor's personal information and security pledge; ID card processing unit that receives and reads the visitor's ID card and compares the visit reservation information stored in the customer's visit reservation information management unit with the read personal information to authenticate, store, and return the ID card; and an access card processing unit that records the security level corresponding to the visit reservation information to issue an access card and collects the used access card, wherein the access card processing unit 23 includes an access card processing body 231, the A pair of access card support panels 232 disposed on both sides on the front of the access card processing body 231, an access card hole that is coupled on the front end of the access card support panel 232 and enables entry and exit of the access card at the same time The access card panel 233 on which (233a) is formed, the access card transfer roller 234 rotatably disposed between the pair of access card support panels 232, and the access card support panel 232 advance the access card A pair of pulleys 236 arranged in the front and rear according to the direction, a power transmission belt 237 connecting between the pair of pulleys 236, is disposed on the rear of the access card processing body 231 to discharge the access card It is preferable to include a dispenser control unit 238 that functions to control the .

The ID card processing unit includes an ID card reader 112 that reads a visitor's ID inserted into the slot, and the ID card reader 112 has an ID card transfer chamber 1121 with front and rear open so as to have a structure that allows the ID card to be moved through the inside. ), an ID card transport roller 1122 rotatably disposed on the inside of the ID card transport chamber 1121, an ID card discrimination module 1123 that performs image identification of an ID card drawn into the ID card transport chamber 1121, an ID card Recognition sensors 1124 and 1125 are included, and the ID recognition sensors 1124 and 1125 are spaced apart from the paper sensor 1124 and the paper sensor 1124 disposed on the inside of the ID transfer chamber 1121. It is desirable to include an IR sensor 1125 .

A biometric authentication unit that authenticates the visitor's biometric information, stores it in the customer's biometric information management unit, and adds biometric information to the visit reservation information to further trust the use of a security level access card corresponding to the visit reservation information; It is preferable to include

It is preferable that the biometric authentication unit includes a facial scanner, and the facial scanner implements a facial recognition function and a temperature check function integrally, and performs a preventive function for infectious diseases by performing a thermal image check through this.

The automatic storage and return of identification card and automatic issuance and collection of access card according to another aspect of the present invention for achieving the above object is the personal information processing unit of the automatic storage and return of identification card and automatic issuance and collection of access card. Personal information processing step (ST1) of receiving and processing information and security pledge; ID card storage step (ST2) of receiving and reading the visitor's ID from the ID card processing unit and comparing the visit reservation information stored in the customer's visit reservation information management unit with the read personal information to authenticate and store the ID; an access card issuing step (ST3) of issuing an access card by recording a security level corresponding to the visit reservation information in the access card processing unit; Using the issued access card to access the security area connected to the customer's access management unit (ST4); and collecting the access card when the access card processing unit returns the access card used by the visitor, and returning an identification card corresponding to the access card from the ID card processing unit to receive the visitor's identification card (ST5) Do.

Between the personal information processing step (ST1) and the ID storage step (ST2), the method further includes a step (ST15) of verifying whether the visitor is biometrically authenticated, and when authenticating the biometric information, the biometric information After reading, it is preferable to further include a step (ST16) of storing the biometric information management unit of the customer.

Between the access card issuance step (ST3) and the use step (ST4), check whether the stored visitor's biometric information and the personal information stored in the customer's personal information management unit match, and reflect the matching information (ST17) It is preferable to further include.

As described above, the present invention includes a personal information processing unit, an identification card processing unit, and an access card processing unit in the access card issuance unit, and connects to each corresponding unit of the customer company system, so that the visitor's ID card is automatically authenticated and stored, and the access card is automatically issued and retrieved After that, you can automatically return your ID.

According to the present invention, through the option management and interface of each corresponding unit in the customer's system, it is possible to manage, operate and maintain the existing security policy and system while minimizing the change.

The present invention further includes a biometric authentication unit in the access card issuance machine, so that personal information by ID and biometric information by biometric authentication are applied in parallel, it is possible to prevent a visitor from receiving another person's ID card with an access card other than the one issued. In addition, it is possible to prevent access to areas with a high security level that are not permitted with an authorized low security level access card.

According to the present invention, a location transmitter is provided on an access card, a location receiver is installed in a customer company, and the location transmitter is connected to the location management unit to communicate with the location transmitter and the location receiver. .

The present invention makes it possible to prevent a safety accident of the visitor by making contact when the visitor is about to enter the danger zone, and when the visitor has a safety accident, the safety personnel are immediately put into the accident location, so that the safety accident can be quickly responded do.

1 is a block diagram of a device for automatic storage and return of identification cards and automatic issuance and collection of access cards according to an embodiment of the present invention.

2 is a schematic front view of the access card issuing machine (identification card storage and return, and access card issuance and collection) applied to FIG. 1 .

3 is a schematic side view of an access card issuing machine applied to FIG. 1 .

4 is a perspective view of the access card issuing machine.

5 is a front view of an ID card storage unit applied to an access card issuing machine.

6 is a partial perspective view of the transfer unit applied to FIG. 1 .

7 is a schematic front view of an access card issuance machine (identity card storage and return, and access card issuance and collection) according to another embodiment.

8 shows a detailed configuration of the access card processing unit.

9 shows a specific configuration of an identification card reader.

10 to 12 are operational state diagrams of the transfer unit applied to FIG. 6 .

13 shows another embodiment of the tongs assembly constituting the transfer unit applied to FIG. 6 .

14 is a flowchart of a method for automatic storage and return of identification cards and automatic issuance and collection of access cards according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms, and only these embodiments allow the disclosure of the present invention to be complete, and the scope of the invention to those of ordinary skill in the art It is provided for complete information. In the drawings, like reference numerals refer to like elements.

In adding reference numerals to the components of each drawing, it should be noted that the same components are given the same reference numerals as much as possible even though they are indicated on different drawings. In addition, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

Hereinafter, an apparatus for automatic storage and return of identification cards and automatic issuance and collection of access cards according to an embodiment of the present invention will be described with reference to FIG. 1 .

The automatic storage and return of ID card and automatic issuance and collection of access card (hereinafter referred to as "device") is configured so that the visitor (1) can access the customer through the access card issuance machine (2) and the customer system (3). . Therefore, the device includes the access card issuing machine (2) as a main component, and partially includes the customer company system (3) as necessary.

Table 1 shows the interrelationships between the automatic storage and return of identification cards and automatic issuance and collection of access cards. Hereinafter, it will be described with reference to the drawings and tables.

visitant	Access card issuing machine	customer security system
Consent to personal information collection and security pledge through the touch panel on the front of the device	Processing of personal information and security pledge in the personal information processing department	Storing personal information and security pledges in the personal information management unit
	Biometric information (vein, face, iris) is read and stored in the biometric authentication unit (vein scanner, face scanner, iris scanner)	Save biometric information in biometric information management unit
ID input	ID card processing unit, ID card reading, ID and visitor information check, ID verification, and storing in ID card storage unit	Stored in the visit reservation information management unit (Internet, phone, customer company door)
Receive access card	At the access card processing unit, check the information on non-return of the access card, record the security level on the access card, and then issue the access card	Stores access permission and permission status of the security area connected to the access control unit
Return of access card	ID card retrieval Retrieve the access card to the access card processing unit (when using the access card, check the matching of biometric information and personal information recorded on the access card) ID card return from ID processing unit (check the matching of biometric information and personal information of ID card) Unable to receive vouchers	Cancel and cancel status of access permission for the security area connected to the access control unit Save
Carrying access card	Location transmitter installed on access card	The visitor location information received through the location receiver installed in the customer is stored in the location management unit in real time.

The device according to the present invention stores an identification card according to personal information, issues an access card, and receives the identification card when returning the access card after using the personal information processing unit 21, the identification card processing unit 22 and the access card processing unit 23 including. The personal information processing unit 21 receives and processes the visitor's personal information and security pledge. The visitor agrees to the collection of personal information through the touch panel (not shown) provided in the access card issuance machine 2 and makes a security pledge.

The identification card processing unit 22 receives and reads the identification card that the visitor puts into the access card issuance machine 2, compares the visit reservation information stored in the visit reservation information management unit 31 of the customer company system 3, and the read personal information to generate an identification card. After authentication and storage, it is configured to return the ID when returning the access card. At this time, the personal information and security pledge read and authenticated from the ID card are stored in the personal information management unit 32 of the customer company system 3 .

The visit reservation information management unit 31 may reserve a visit through a terminal (not shown) installed separately from the access card issuance machine 2 at the customer's site, or make a reservation for a visit inside or outside the customer company by phone or the Internet. . That is, when the personal information processing unit 21 receives and processes personal information and security pledge, the visit reservation information management unit 31 reserves the visitor's visit including the visitor's personal information.

The access card processing unit 23 records the visit reservation information stored in the visit reservation information management unit 31 and the security level corresponding to the personal information read by the identification card processing unit 22, issues an access card, and returns the access card after use. is configured to recover A known technology may be used for the access card processing unit 23 .

The visitor receives the issued access card and enters the customer's security area. At this time, the access management unit 33 of the customer company system 3 checks the visitor's access card and allows access into the permitted security area.

On the other hand, the access card enables access to the security area permitted by the access management unit 33 of the customer company by recording the security level. Also, the access card may be equipped with a location transmitter (PE). In this case, the location transmitter (PE) mounted on the access card can further store the location information of the visitor in the customer company in the location management unit 333 of the customer company system 3 through communication with the location receiver (PR) installed in the customer company. do.

The location transmitter (PE) of the access card receives the location information of the visitor to the location receiver (PR) in real time through communication with the location receiver (PR) installed in the customer when the visitor carries the access card, and resists the location management unit 333 Therefore, it is possible to grasp the current location and movement of the visitor.

As described above, in one embodiment, the personal information processing unit 21, the identification card processing unit 22 and the entrance card processing unit 23 are provided in the access card issuance machine 2, and are connected to each corresponding unit of the customer company system 3, so that the visitor's It automatically authenticates and stores ID cards, automatically issues and collects access cards, and allows ID cards to be returned automatically.

Therefore, through the option management and interface of each counterpart in the customer system 3 , it is possible to manage, operate and maintain the existing security policy and system counterpart while minimizing changes in the system.

On the other hand, the access card issuing machine (2) may further include a biometric authentication unit (24). The biometric authentication unit 24 authenticates the visitor's biometric information so that it can be stored in the biometric information management unit 34 of the customer system 3 . The biometric authentication unit 24 adds biometric information to the visit reservation information to make it more reliable to use the security level access card corresponding to the visit reservation information. For example, the biometric authentication unit 24 may be formed of at least one of a vein scanner that reads a visitor's vein, a facial scanner that reads the visitor's face, and an iris scanner that reads the visitor's iris.

The biometric authentication unit 24 reads the biometric information, and stores the read biometric information in the biometric information management unit 34 of the customer system 3 . The biometric information stored in the biometric information management unit 34 may be stored when an identification card is inserted and personal information is processed, and thereafter may be a standard for comparison with the visitor's biometric information.

Figure 2 is a schematic front view of the access card issuance machine (identity card storage and return and access card issuance and collection) applied to Figure 1, Figure 3 is a schematic side view of the access card issuer applied to Figure 1, Figure 4 is access It is a perspective view of the card issuing machine, and FIG. 5 is a front view of the ID card storage unit applied to the access card issuing machine.

The access card issuance machine 2 has a personal information processing unit 21 disposed on the front of the main body to receive and process the visitor's personal information and security pledge in the form of a touch panel. The visitor agrees to the collection of personal information through the personal information processing unit and executes a security pledge.

The access card issuer 2 is a biometric authentication unit 24 for biometric authentication, and includes a face scanner or an iris scanner. The iris scanner may be substituted for the facial scanner, or may be installed separately alongside the facial scanner. The facial scanner may be formed as a camera. The facial scanner can implement a facial recognition function and a temperature check function in one piece, and through this, a thermal image check is performed to enable a preventive function against infectious diseases such as corona. On the other hand, the device prevents viruses by removing internal and external pollutants through the LED sterilization function and the front hand disinfection function.

According to the present invention, an identification card processing unit 22 disposed on the lower end of the biometric authentication unit 24, an access card processing unit 23 disposed in the central portion of the body, and a plurality of trays for storing ID cards and passes stored in the access card issuing machine are provided. It includes an ID card storage unit 25 arranged in a stacked state, and a transfer unit for changing the position of a tray selected from among the plurality of trays between the ID card storage unit and the access card processing unit.

The ID processing unit reads the ID input by the visitor. The ID card processing unit has an ID card slot 221 and an ID card chamber 223 disposed on the lower end of the ID slot. An empty tray is always disposed on the identification chamber. That is, the ID card, which has undergone the identification process while being inserted through the ID slot, is prepared to be moved to the ID card storage unit through the transfer unit in a state in which it falls on a tray disposed in the ID card chamber.

The ID card storage unit 25 compares the visitor's personal information and the reservation information of the read ID, and if they match, authenticates the visitor's ID and then stores the ID.

The ID card storage unit shows a structure in which a plurality of trays 253 are arranged in a row along the horizontal and vertical directions, for example, by arranging 6 trays in the horizontal direction and 17 trays in the vertical direction to provide a total of 102 trays. The trays may be configured in the form of an apartment structure. That is, the ID card storage unit has 102 tray storage chambers 251 each formed in a state where the front side is blocked and the rear side is opened at the same time, and the tongs (FA) constituting the transfer unit hold the tray through the rear side of the ID card storage unit. Allows storage and ejection onto the tray storage chamber in one state. Here, the tray 253 is in the form of a hollow plastic case having a rectangular parallelepiped shape with an open top so that ID cards or pass passes can be stored, and a handle portion 255 that can be gripped through tongs is formed on the rear end thereof.

Referring to FIG. 6 , the transfer unit 114 transfers the ID card storage unit to store the identification card on the identification card processing unit, and transfers the stored identification card from the ID card storage unit to the access card processing unit to return the stored identification card. The ID transferred through the access card processing unit is returned to the visitor. It will be described that the ID card storage unit 113 in FIG. 6 functions as an ID card storage unit.

The transfer unit is configured to transfer the tray containing the ID to the ID card storage unit and the access card processing unit.

For example, the transfer unit 114 includes a first transfer belt V1 that moves in a first direction (x-axis direction), and a second transfer belt V1 that moves in a second direction (y-axis direction) crossing the first direction ( V2), a third transfer belt V3 that moves in a third direction (z-axis direction) intersecting the second direction, and a clamp assembly FA that grips and releases the ID card (release grip).

The first transfer belt V1 is installed in the x-axis direction, driven by the first driving motor M1 and operated in the x-axis direction, and the column member 42 mounted on the first transfer belt V1 in the y-axis direction. to reciprocate in the x-axis direction. On the other hand, it is possible to limit the excessive movement of the column member 42 in a state in which the left and right limit sensors are respectively disposed on both sides of the first transfer belt V1.

The second transfer belt V2 is installed on the column member 42 in the y-axis direction, is driven by the second driving motor M2 and operated in the y-axis direction, and is mounted on the second transfer belt V2 in the z-axis direction. The beam member 43 is moved in the y-axis direction. On the other hand, in a state where the upper limit sensor is disposed on the upper end of the second transfer belt V2, excessive movement of the beam member 43 is restricted.

The third transfer belt (V3) is installed on the beam member 43 in the z-axis direction, driven by the third driving motor (M3) and operated in the z-axis direction, and the clamp assembly mounted on the third transfer belt (V3) ( FA) is moved in the z-axis direction.

The tongs assembly (FA) is mounted on the third transfer belt (V3) and moved in the third direction (z-axis direction) to handle the tray 253 containing the ID card or access card toward the ID card storage unit 25. 255) to hold or release.

The tongs assembly (FA) includes a pair of tongs 51 for gripping or releasing the ID, a fourth driving motor M4 for releasing and operating the tongs 51, and an elastic member 52 for adjusting tension for gripping and operating the tongs 51 ) and a plurality of link members 54 and 55 respectively rotating in a state coupled to the pair of tongs 51 . By rotating the plurality of link members 54 and 55 through the fourth driving motor M4, the pair of clamps 51 are moved closer to each other or moved away from each other.

That is, the tongs 51 overcome the elastic force of the elastic member 52 for tension control by driving the fourth driving motor M4 and release the gripped tray, and the elastic member for tension adjustment when the fourth driving motor M4 is not driven The tray is gripped by the adjusted tension of (52). Although not shown, the fourth driving motor and the elastic member may act opposite to each other.

That is, the elastic member 52 for adjusting the tension adjusts the engagement force of the tray gripped by the tongs 51 to prevent the tray from falling out during movement. In addition, the tongs 51 are provided with a rubber pad 511 to prevent the gripped tray from falling out due to shaking or impact.

On the other hand, the clamp assembly FA is fixedly mounted to the housing 53 on the third transfer belt V3 and reciprocates in the z-axis direction by driving the third driving motor M3. A piner gear 55 is mounted on the housing 53 via a mounting member 54 , and a rack 56 is fixed to a side surface of the beam member 43 and disposed in the z-axis direction.

The operation process of the present invention is as follows.

First, the ID input through the ID slot 221 is stored on a tray located in the ID chamber 223 after a verification process.

Thereafter, the transfer unit transfers the identity of the ID holder who has undergone the verification procedure in a state in which any one of the plurality of trays storing the pass is discharged to the access card processing unit in a state in which the identity is recorded on the discharged access card.

On the other hand, if a visitor with a pass intends to return after visiting the company and places the used pass on an empty tray located on the access card processing unit, the identity identified through verification of the returned pass is being stored. Go through the verification process with your ID. In the state in which the above confirmation process has been performed, the transfer unit moves and places the tray containing the returned pass, which has undergone the record deletion process, on the empty chamber on the ID card storage unit, and transfers the tray containing the ID corresponding to the returned pass to the access card processing unit transfer to In the above state, when the sliding door disposed on the front side of the access card processing unit is opened, the occupant recovers his/her ID and returns.

The present invention basically prepares to receive an ID card or pass from a visitor in a state where an empty tray is arranged on the ID chamber and the access card processing unit. When it is determined that the ID card or pass is obtained, the user's identity is determined and the tray containing the ID card or pass is placed on the empty tray storage chamber of the ID card storage unit. For example, after receiving the ID, the tray containing the pass is placed on the access card processing unit while the ID corresponding to the ID is recorded on the access card. On the other hand, after receiving the pass, the tray containing the ID is placed on the access card processing unit in a state in which the record of the pass has been deleted while checking the ID corresponding to the identity corresponding to the pass.

In order to enable the above process, it may be desirable to initially program in a state in which at least two of the plurality of tray storage chambers are left empty.

Meanwhile, another embodiment of the access card issuing machine will be described below.

7 is a schematic front view of the access card issuance machine (identity card storage and return, and access card issuance and collection) applied to FIG. and an access card processing unit 23 .

In addition, as the biometric authentication unit 24 for biometric authentication, the access card issuing machine 2 includes a vein scanner 241 , a face scanner 242 , and an iris scanner (not shown). The iris scanner may be replaced with the facial scanner 242 , or may be separately installed side by side with the facial scanner 242 . Also, the facial scanner 242 may be formed as a camera.

The facial scanner 242 may implement a facial recognition function and a temperature check function in one piece, and through this, a thermal image check is performed to enable a preventive function for infectious diseases such as corona. On the other hand, it prevents viruses by removing internal and external pollutants through the LED sterilization function and the front hand disinfection function in the device.

The ID processing unit 22 includes a reader 112 , an ID storage unit 113 , a transfer unit 114 , and a return port 115 . The reader 112 reads the ID input by the visitor into the slot.

The ID storage unit 113 compares the visitor's personal information and the reservation information of the read ID, and if they match, authenticates the visitor's ID and then stores the ID. The transfer unit 114 transfers the ID of the reader 112 to the ID storage unit 113 to store the ID, and transfers the stored ID from the ID storage unit 113 to the return port 115 to return the ID. The return port 115 returns the ID transferred through the transfer unit 114 to the visitor.

The transfer unit 114 is configured to transfer the identification card to the reader 112 and the return port 115 and the identification card storage unit 113 . That is, the transfer unit 114 is disposed at the rear of the reader 112 and the return port 115 and in the front of the ID storage unit 113 .

8 shows a detailed configuration of the access card processing unit. 9 shows a specific configuration of an identification card reader.

The access card processing unit 23 is on the front end of the access card processing body 231, a pair of access card support panels 232 disposed on both sides on the front of the access card processing body 231, and the access card support panel 232 At the same time coupled to the access card panel 233 having an access card hole (233a) capable of entering and exiting the access card, an access card transfer roller 234 rotatably disposed between a pair of access card support panels 232, On the access card support panel 232, the access card information recording unit 235 arranged in a horizontal direction according to the progress direction of the access card, and a pair of front and rear arranged in the access card support panel 232 according to the progress direction of the access card The pulley 236, the power transmission belt 237 connecting the pair of pulleys 236, and the dispenser controller 238 disposed on the rear of the access card processing body 231 to control the discharge of the access card. and an access card storage chamber 239 that enables stacked storage of access cards entering through the access card hole 233a in a state formed in the vertical direction on the rear of the access card processing body 231 .

The access card processing body 231 is configured to be connected to the front body and the rear of the front body, on which a pair of access card support panels 232 are placed on top thereof, and transferred through the rear of the pair of access card support panels 232 . It has a rear body in which an access card storage chamber 239 for storing access cards is formed. The front main body is disposed on the inside of the collection unit for storing the used access card.

That is, when the access card processing unit of FIG. 8 is viewed from the left, it has a B shape.

The access card transfer roller 234 is arranged in such a way that a pair of transfer rollers engage with each other on the upper and lower sides based on the access card entering through the access card hole 233a. That is, the surfaces of the pair of conveying rollers enable the entry/exit card to be inserted or taken out at an appropriate speed without slipping in a state in which an elastic member having a material for preventing slipping is disposed.

The access card information recording unit 235 functions to read/write information to the RFID card.

The pair of pulleys 236 has a driving pulley connected to the motor and a driven pulley connected to the driving pulley through a power transmission belt 237 . The dispenser control unit 238 drives a motor in a state in which the access card is recognized through sensing through the access card recognition sensor 235, and a pair of pulleys 236 and an access card transfer roller connected to the pair of pulleys 236 ( 234) to drive it.

The power transmission belt 237 transfers the access card RFID card to the access card storage chamber 239 or the access card panel 233 .

The dispenser control unit 238 controls the stepper motor to transfer the RFID card.

The access card storage chamber 239 stores the access card RFID Card, which is an access card, in a stacked form.

On the other hand, when returning the access card, after clearing the RFID card information through the power transmission belt 237, the used access card moves to the collection unit, which is a space inside the front body.

The ID card reader 112 includes an ID card transport chamber 1121 open front and back so as to have a structure in which the ID card can be moved through the inside, an ID card transport roller 1122 that is rotatably disposed on the inside of the ID transport chamber 1121, ID card identification module 1123 for performing image identification of the incoming ID card on the ID card transfer chamber 1121, ID recognition sensors 1124 and 1125, ID card insertion hole 1127 formed on the front of the ID card transfer chamber 1121 include

The ID card transfer chamber 1121 functions as a standby position before moving the ID card processing unit ARM after ID recognition.

The ID card conveying roller 1122 functions as a roller for conveying to a specific position in a motor driven method.

When an ID is recognized through the ID recognition sensors 1124 and 1125, it is processed through the ID identification module 1123 including an image detection unit or an OCR detection unit.

The ID recognition sensors 1124 and 1125 include a paper sensor 1124 disposed on the inside of the ID transfer chamber 1121 and an IR sensor 1125 disposed apart from the paper sensor 1124 . The IR sensor 1125 is an ID forgery and falsification detection sensor, equipped with its own UV LED, transmits the LED to reveal a hidden secret, and discriminates the displayed secret with the two-color LED mounted on the equipment. The paper sensor 1124 functions as a sensor for detecting the insertion of an identification card.

10 to 12 are operational state diagrams of the transfer unit applied to FIG. 6 . When the third transfer belt V3 and the clamp assembly FA are transferred in the z-axis direction (forward) by the driving of the third drive motor M3, the pinion gear 55 provided in the clamp assembly FA is a rack After the direction of the tongs 51 of the tongs assembly (FA) is switched to be toward the reader 112 or the return port 115 (forward) while being engaged with the (56) (the state of Fig. 10 to 11), the tongs assembly ( FA) is transferred.

In addition, when the third transfer belt V3 and the clamp assembly FA are transferred in the z-axis direction (rear) by driving in the opposite direction of the third driving motor M3, the pinion gear 55 provided in the clamp assembly FA ) is combined with the rack 56 and the direction of the tongs 51 of the tongs assembly (FA) is switched to the storage part 113 (rear) (the state in Fig. 10 to 12), the tongs assembly (FA) is transported

When the clamp assembly FA is transferred in the z-axis direction (forward or rearward), the pinion gear 55 is transferred while being coupled with the rack 56, and the clamp assembly FA moves upward in the vicinity of the center of the rack 56 ( y-axis direction) (state of FIG. 9 ). The gear coupling of the pinion gear 55 and the rack 56 is set so that the clamp assembly FA can be directed at intervals of 90 degrees in the y and z axis directions.

On the other hand, referring to FIG. 13 shows another embodiment of the tongs assembly constituting the transfer unit. The forceps assembly (FA) rotates in a state coupled to a pair of forceps 51 for gripping or releasing the ID, a fourth drive motor M4 for releasing and operating the forceps 51, and a pair of forceps 51, respectively. It includes a plurality of link members 54 and 55 that are in motion. By rotating the plurality of link members 54 and 55 through the fourth driving motor M4, the pair of clamps 51 are moved closer to each other or moved away from each other.

Hereinafter, a method of automatically storing and returning an identification card and automatically issuing and collecting an access card using the automatic storage and return of identification card and automatic issuance and collection device of an access card according to an embodiment will be described.

14 is a flowchart of a method for automatic storage and return of identification cards and automatic issuance and collection of access cards according to an embodiment of the present invention.

The methods of automatic storage and return of identification cards and automatic issuance and collection of access cards (hereinafter referred to as “methods”) include personal information processing step (ST1), identification card storage step (ST2), access card issuance step (ST3), and use step (ST4) , and receiving step ST5.

In the personal information processing step ST1, the personal information processing unit 21 receives and processes the visitor's personal information and security pledge. To this end, the visitor agrees to the collection of personal information through the touch panel (not shown) of the access card issuance machine 2, and proceeds with the security pledge. And the processed personal information and security pledge is stored in the personal information management unit 32 of the customer company system (3).

In the ID storage step (ST2), the ID card processing unit 22 receives and reads the ID input by the visitor, and compares the visit reservation information stored in the visit reservation information management unit 31 of the customer company system 3 and the read personal information, When matching, the ID is authenticated and stored.

In the access card issuance step (ST3), the access card processing unit 23 issues an access card by recording a security level corresponding to the visit reservation information stored in the visit reservation information management unit 31 . At this time, the access card non-return information is checked and appropriate measures are taken accordingly, and the access management unit 33 of the customer company system 3 permits access to the corresponding security area and stores the permission state.

A separate body temperature check step is configured between the identification card storage step (ST2) and the access card issuance step (ST3). A temperature check is performed using the facial scanner 242 in a state where the ID is kept. When measuring the temperature, for example, if it exceeds the preset limit temperature of 37.5°C, it is determined that the access card cannot be issued and the guide can be guided to the information desk.

On the other hand, if it is determined that there is no abnormality in body temperature when the temperature is checked using the facial scanner 242, a process of checking whether there is face recognition data is performed. If there is face recognition data, face authentication is performed through a face authentication guide message, and when authentication is successful, a pass is issued. On the other hand, when authentication fails, a face recognition registration procedure is performed together with an authentication failure guidance message.

Also, even if there is no face recognition data, a face recognition registration procedure is performed.

In the face recognition registration procedure, face registration is carried out if there is consent to the guide message on the collection/use of personal information along with the guide message on the necessity of face registration. If there is no consent, the procedure proceeds at the information desk.

Meanwhile, the process of confirming whether the face recognition data exists may be the first operation performed when a visitor arrives at a customer company and intends to enter a building.

In the use step (ST4), the issued access card allows the visitor to process business while entering the security area connected to the customer's access management unit 33 .

In the receiving step (ST5), when the access card processing unit 23 returns the access card used by the visitor, the access card is collected, and the ID card processing unit 22 returns an ID corresponding to the access card, so that the visitor receives the ID to receive

If you look at the receiving stage, when you touch Return Access Card on the touch panel, face authentication is performed through a face authentication guide message. do. If there is consent, the ID card is returned after determining whether the face recognized at the time of inputting the access card matches the ID card according to the access card input guide message. On the other hand, if the recognized face and ID do not match, it is judged as another person's pass and guided to the information desk with a message to restrict re-visit.

On the other hand, the method of an embodiment may further include a step (ST15) of verifying whether the visitor is biometrically authenticated between the personal information processing step (ST1) and the identification card storage step (ST2), and when authenticating the biometric information, It further includes a step of storing (ST16) and a step of reflecting (ST17).

In the storing step (ST16), the biometric information (eg, at least one of vein, face, and iris information) is read by the biometric authentication unit 24 and stored in the biometric information management unit 34 of the customer's system 3 .

In the reflecting step (ST17), it is checked whether the stored visitor's biometric information and the personal information stored in the personal information management unit 32 of the customer company system 3 match, and the matching information is used in the access card issuance step (ST3) and the use step ( ST4) is reflected in between.

Because biometric information is reflected (ST17), when using an access card, by verifying the matching of biometric information and personal information recorded on the access card, access to a different level of security area with another person's access card within the customer is impossible. Therefore, the customer's security level can be improved.

Because biometric information is reflected (ST17), when collecting the access card to the access card processing unit 23 and returning the ID to the ID processing unit 22, by checking the matching of the biometric information and the personal information of the identification card to another person's access card It will be impossible to receive an ID. Accordingly, the reliability of the storage of the identification card can be improved.

In addition, the method of an embodiment may further include a step (ST35) of checking whether the location transmitter (PE) is mounted on the access card between the access card issuance step (ST3) and the use step (ST4), and the location transmitter When using an access card equipped with (PE), the method further includes the step of storing (ST36).

In the storing step (ST36), the location management unit 333 stores the visitor's location information received through communication between the location transmitter PE and the location receiver PR installed in the customer company. The location information stored in the location management unit 333 in real time can be effectively used for the safety of visitors. Therefore, the safety of visitors in the customer company can be improved.

The above description is merely illustrative of the technical spirit of the present invention, and various modifications and variations will be possible without departing from the essential characteristics of the present invention by those skilled in the art to which the present invention pertains. Accordingly, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

Claims (9)

1. In the access card issuance machine that enables automatic storage and return of identification cards and automatic issuance and collection of access cards,

   a personal information processing unit that receives the visitor's personal information and security pledge and processes it in a touch panel method;

   ID card processing unit that receives and reads the visitor's ID card and authenticates the ID card by comparing the visit reservation information stored in the customer's visit reservation information management unit with the read personal information;

   an access card processing unit that records the security level corresponding to the visit reservation information, issues an access card, and collects the used access card;

   an ID card storage unit in which a plurality of trays for storing the ID and the access card stored in the access card issuing machine are arranged in a stacked state; and

   a transfer unit for changing the position of the selected tray from among the plurality of trays between the ID card storage unit and the access card processing unit;

   The ID card processing unit includes an ID card reader 112 that reads the ID of the visitor inserted into the slot,

   The ID card reader 112 has an ID card transport chamber 1121 opened front and rear to have a structure in which the ID card can be moved through the inside, and an ID card transport roller 1122 that is rotatably disposed on the inside of the ID card transport chamber 1121. ), an identification card identification module 1123 for performing image identification of an identification card introduced on the identification transfer chamber 1121, identification identification sensors 1124 and 1125, and the identification identification sensors 1124 and 1125 are the identification It includes a paper sensor 1124 disposed on the inside of the transfer chamber 1121 and an IR sensor 1125 disposed spaced apart from the paper sensor 1124,

   When any one of an ID card and an access card corresponding to the ID is obtained on any one of the empty trays respectively disposed on the ID chamber and the access card processing unit constituting the ID processing unit, the user's The tray containing the obtained ID card whose identity has been determined is placed on the empty tray storage chamber of the ID card storage unit, and the tray containing the ID card containing personal information corresponding to the obtained ID card is placed on the access card processing unit. Automatic storage and return of identification cards, and automatic issuance and collection of access cards, characterized in that they are placed in
2. The method of claim 1, wherein the transfer unit transfers the ID card storage unit to the ID card storage unit to store the ID card in the ID card chamber, and transfers the stored ID card from the ID card storage unit to the access card processing unit to the access card processing unit. A device for automatic storage and return of ID cards and automatic issuance and collection of access cards, which allows the ID transferred through the access card processing unit to be returned to the visitor.
3. a personal information processing unit that receives and processes the visitor's personal information and security pledge;

   ID card processing unit that receives and reads the visitor's ID card and compares the visit reservation information stored in the customer's visit reservation information management unit with the read personal information to authenticate, store, and return the ID card; and an access card processing unit that records the security level corresponding to the visit reservation information to issue an access card and collects the used access card, wherein the access card processing unit 23 includes an access card processing body 231, the A pair of access card support panels 232 disposed on both sides on the front of the access card processing body 231, an access card hole that is coupled on the front end of the access card support panel 232 and enables entry and exit of the access card at the same time The access card panel 233 on which 233a is formed, the access card transfer roller 234 rotatably disposed between the pair of access card support panels 232, and the access card support panel 232 advance the access card A pair of pulleys 236 arranged in the front and rear according to the direction, a power transmission belt 237 connecting between the pair of pulleys 236, is disposed on the rear of the access card processing body 231 to discharge the access card A device for automatic storage and return of identification cards, and automatic issuance and collection of access cards, including a dispenser control unit 238 having a function to control.
4. The method according to claim 1, wherein the biometric information of the visitor is authenticated and stored in the biometric information management unit of the customer company, and the biometric information is added to the visit reservation information to further trust the use of a security level access card corresponding to the visit reservation information. Biometric authentication unit; further comprising, automatic storage and return of ID card and automatic issuance and collection of access cards.
5. According to claim 4, wherein the biometric authentication unit is provided with a facial scanner,

   The facial scanner implements a facial recognition function and a temperature check function in an integrated manner, and performs a preventive function for infectious diseases by performing a thermal image check through this, an automatic storage and return of ID card and automatic issuance and collection of access cards.
6. A personal information processing step (ST1) of receiving and processing the visitor's personal information and security pledge from the personal information processing unit of the automatic storage and return of identification card of any one of claims 1 to 3 and automatic issuance and collection of access cards;

   ID card storage step (ST2) of receiving and reading the visitor's ID from the ID card processing unit and comparing the visit reservation information stored in the customer's visit reservation information management unit with the read personal information to authenticate and store the ID;

   an access card issuing step (ST3) of issuing an access card by recording a security level corresponding to the visit reservation information in the access card processing unit;

   Using the issued access card to access the security area connected to the customer's access management unit (ST4); and

   When the access card processing unit returns the access card used by the visitor, collecting the access card and returning the ID corresponding to the access card to receive the visitor's ID (ST5); including automatic storage and return of ID and automatic issuance and collection of access cards.
7. The method of claim 6, wherein in the step of collecting the access card and returning the ID,

   Placing the tray containing the obtained access card for which the identity of the user is determined is placed on the empty tray storage chamber of the ID card storage unit, and placing the tray containing the ID corresponding to the obtained access card on the access card processing unit A method for automatic storage and return of identification cards and automatic issuance and collection of access cards, characterized in that.
8. The method according to claim 6, further comprising, between the personal information processing step (ST1) and the identification card storage step (ST2), the step (ST15) of confirming whether the visitor is biometrically authenticated,

   In the case of authenticating biometric information, automatic storage and return of ID card and automatic issuance and collection of access card further comprising the step (ST16) of storing the biometric information in the customer's biometric information management unit after reading the biometric information in the biometric authentication unit.
9. 9. The method of claim 8,

   Between the access card issuance step (ST3) and the use step (ST4),

   Checking whether the stored visitor's biometric information matches the personal information stored in the customer's personal information management unit, and reflecting the matching information (ST17).

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