KR101445599B1 - The apparatus and method of auto printing a smart admission ticket - Google Patents

Abstract

The present invention is to provide an apparatus and a method for automatically printing a face recognition type smart admission ticket which can: block access of sex offenders and prohibited parties to building and school by real-time vivid face recognition and visitor authentication; print a smart admission ticket on site in real-time; print a unique identification marker on the smart admission ticket; provide an automatic admission ticket management system to automatically open the door lock by only recognizing the unique identification marker printed; improve security of the automatic opening and closing of the door lock; connect to a central building management server at a remote location via a WiFi communications module; provide an unattended automated system.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a smart paper pass card,

The present invention realizes clear face recognition and visitor authentication to block sex offenders and out-door visitors from entering buildings and schools, and print smart paper passes in real time on the spot, Therefore, it is easy to judge and compare the type of face and the type of visitor printed on the smart paper pass, which is attached to the visitor's chest, and the purpose of visit, unlike the general visitor's visit. It is possible to print the markers (circular plate shape, marker shape, bar code shape, QR code, RFID shape) on the smart paper pass, recognize the printed unique identification markers, and automatically open the door lock in the building. A face recognition smart paper pass card automatic issuing device and It relates to the law.

Generally, when you visit a school or business, you will enter the purpose of the visit and the name of the visitor in the guard or guard room, leave your ID card, and then take a visiting pass card and enter the building.

However, there was a problem that the second safety accident was caused by allowing visitors to visit the inside of the building without a real-time authentication device on the spot whether the visitor was a sexual violent person or a general visitor who came for pure visiting purpose.

Also, since the visiting access card is formed of magnetic or plastic card, it is costly and time consuming to make a new visiting pass card from time to time due to lost or stolen visitor.

In addition, there is a problem that the door lock is opened in all the buildings through a single access pass card in which an RFID or a bar code is formed, without a separate unique identification mark that identifies each visitor, resulting in poor security.

Korean Patent Registration No. 10-1195539

In order to solve the above problems, in the present invention, it is possible to prevent the sex offender and the entrance blocker of the visitor from entering the building and the school from the source by means of real-time clear face recognition and visitor authentication and to print the smart paper pass- The system can print out the unique identification markers on the smart paper pass for each visitor who has been permitted to enter and exit and automatically recognize the printed unique identification markers and automatically open the door lock in the building. The security of door lock automatic opening and closing can be improved compared to the existing one and the WiFi communication module can be connected to the central management server of the remote building and the bidirectional data communication network, You can build a system and, most of all, It is an object of the present invention to provide a device and method for automatically issuing face recognition smart paper passbooks, which can improve the publicity of advertisements and advertisements of companies in real time by displaying self-produced advertisements and realizing them.

According to an aspect of the present invention, there is provided an automatic issuing device for a face recognition type smart paper pass,

(100) having an upright "S" shape and protecting and supporting each device from external pressure,

A screen unit 200 positioned at one side of the upper portion of the main body and responsive to a user's finger touch signal to display an advertisement, a visiting destination selection, a device abnormality, and an access card printing operation state on the screen,

A panoramic camera unit 300, which is positioned at the top of the head of the screen unit and continuously photographs a face of a visitor who wishes to visit a specific building made up of a school or an office building, and transmits the filtered face detection data to the smart control module, Wow,

A key input unit 400 located at a lower end of the screen unit for transmitting visitor personal information data on the name and resident registration number of the visitor inputted through the keypad to the smart control module,

A touch-type access card reader 500 positioned at one side of the key input unit for scanning an access card made up of an employee ID card and a student ID card and transmitting the scanned information data to the smart control module,

A Smart Passcard printer 600 which is located in the same line on one side of the touch-type access card reader and outputs a smart paper passcard printed with a unique identification mark for each visitor according to a control signal of the smart control module,

And is connected to a building central management server and a WiFi communication network to transmit the visitor's face detection data and visitor personalization data to the building central management server according to the control signal of the smart control module A WiFi communication module 700 for receiving the visitor access allowance authentication signal and transmitting the received visitor access authentication signal to the smart control module,

And is connected to a screen portion, a six-motion camera portion, a key input portion, a touch-type access card reader, a smart pass-through printer portion, and a WiFi communication module to control the overall operation of each device, And the face detection data of the visitor photographed through the six-motion camera unit are transmitted to the building central management server at the remote site via the WiFi communication module, and the visitor access permission authentication signal is received from the building central management server And a smart control module 800 that controls the smart passcard printer unit to output a smart paper passcard.

Further, a method of automatically issuing a face recognition type smart paper pass according to the present invention

A step S10 of driving the smart control module by turning on the power,

(S20) of displaying an advertisement, a visit destination selection, a device abnormality, and an operation of printing an entrance pass on a screen by driving a screen unit under the control of a smart control module, reacting according to a user touching a finger,

A step S30 of connecting a facial recognition type smart paper pass deck automatic issuing device to a building central management server and a WiFi communication network through a WiFi communication module,

(S40) of transmitting visitor personal information data on the name and resident registration number of a visitor inputted through the keypad of the key input unit to the smart control module,

A step S50 of continuously photographing the face of the visitor through the panoramic camera unit in a panoramic manner and then transmitting the filtered face detection data to the smart control module,

The WiFi communication module transmits the visitor's face detection data and the visitor personal data to the building central management server according to the control signal of the smart control module and receives the visitor access permission authentication signal and transmits the visitor access permission authentication signal to the smart control module Step S60,

And a step (S70) of driving the Smart Passcard printer unit under the control of the smart control module to output the smart paper passcard printed with the unique identification mark for each visitor.

As described above, according to the present invention, it can be installed in the entrance of a school building or a building, and it is excellent in compatibility and installation, and real-time clear face recognition and visitor authentication allow the sex offender and the access- It is possible to prevent the second cargo in the building beforehand, and it is possible to print the smart paper pass in real time immediately on the spot, attach it directly to the visitor's body, and remove it from the body after leaving the house, It eliminates the need to manage passbooks, reduces passbook management time and costs by up to 60%, and enables automated pass-through management systems to automatically open door locks in buildings via unique identification markers printed on smart paper passes. The security of automatic opening and closing of the door lock can be improved by 70% compared with the existing one. In addition, it is possible to display the school advertisement and the advertisement text of the company on the screen on the screen and display it in real time, which is a good effect of improving the advertisement effect of the school and the company by 80% compared to the existing advertisement.

Fig. 1 is a configuration diagram showing the components of the automatic recognition and issuing device 1 of the smart paper access authentication system according to the present invention. Fig.
FIG. 2 is a perspective view showing the components of the automatic recognition and issuing device 1 of the smart paper access authentication system according to the present invention,
FIG. 3 is a diagram illustrating an example of an initial screen 221 for issuing a home visit of the main screen of the screen unit according to the present invention.
4 is a view illustrating an example of a personal information collection and usage agreement guide screen 222 in the main frame screen of the screen unit according to the present invention.
FIG. 5 is a diagram illustrating a face recognition photographing screen 223 in the main frame screen of the screen unit according to an embodiment of the present invention.
6 is a view showing an example of a visitor type selection screen 224 in the main frame screen of the screen unit according to the present invention,
FIG. 7 is a diagram illustrating an example of a name input screen 225 in the main frame screen of the screen unit according to the present invention.
8 is a diagram illustrating an example of a phone number input screen 226 of the main frame screen of the screen unit according to the present invention,
FIG. 9 is a view showing an example of a screen 227 of the main screen of the screen unit according to the present invention,
FIG. 10 is a view showing an example of a main screen of a screen according to the present invention,
11 is a view showing an example of the exit time selection screen 229 in the main frame screen of the screen unit according to the present invention,
FIG. 12 is a view showing an embodiment in which a visit increase output screen 229a among the main frame screens of the screen unit according to the present invention is shown.
13 is a block diagram illustrating components of a real-time face detection module according to the present invention.
14 shows an embodiment in which a smart identification code is printed on the inside of a circular intaglio shape at the bottom of a smart paper pass through a smart unique identification mark according to the present invention,
15 is a block diagram illustrating components of a smart control module according to the present invention,
16 is a block diagram showing the components of the manager managing unit according to the present invention,
17 is a flowchart illustrating a process of transmitting visitor identity data and face detection data to a building central management server at a remote site through a WiFi communication module under the control of the smart control module according to the present invention, And receives the smart paper pass by driving the smart pass printer unit to output the smart paper pass,
FIG. 18 is a view showing an identification camera and a reader installed on an entrance door of a building, when the smart paper pass according to the present invention is worn toward the entrance door of the building with the body attached thereto, reading and authenticating the smart identification code of the smart paper pass. Also in the embodiment,
FIG. 19 is a view showing an embodiment in which a door door is automatically opened and closed after a Smart ID code authentication of a smart paper pass according to the present invention is completed,
20 is a flowchart showing a method of automatically issuing a face recognition type smart paper pass according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing the constituent elements of the facsimile recognition type smart paper pass card automatic issuing device 1 according to the present invention, and FIG. 2 is a block diagram showing the components of the facsimile recognition automatic paper money issuing device 1 A screen unit 200, a panoramic camera unit 300, a key input unit 400, a touch-type access card reader 500, a smart passbook printer unit 600, A WiFi communication module 700, and a smart control module 800.

First, the main body 100 according to the present invention will be described.

The main body 100 has an upright "S " shape, and protects and supports each device from external pressure.

A panoramic camera part is formed on an upper end head part of the screen part, a key input part is formed on a lower part of the screen part, a touch type access card reader is formed on one side of the key input part, A Smart Passcard printer unit is formed on one side of the reader, a WiFi communication module is formed on one side of the interior space of the main body, and a smart control module is formed on the bottom of the WiFi communication module.

In addition to the "S" shape of the upright structure, the main body according to the present invention is made up of animated character shapes such as Pororo and Cocomong to enhance affinity with students in the case of a school building.

Next, the screen unit 200 according to the present invention will be described.

The screen unit 200 is located at one side of the upper part of the main body, and responds to a signal that the user touches with a finger to display advertisement, visit destination selection, device abnormality, and access control printing operation state on the screen.

The main frame 220 displays an advertisement frame 210 for displaying the advertisement of the school and the advertisement of the advertisement by dividing the screen. .

As shown in FIGS. 3 and 12, the main frame 220 includes an initial screen 221 for issuing a visitor's certificate, a personal information collection and use agreement guide screen 222, a face recognition shot screen 223, A screen 224, a name input screen 225, a telephone number input screen 226, a destination selection screen 227, a destination input screen 228, a leaving time selection screen 229, .

As shown in FIG. 3, the initial screen 221 for issuing the visit-related information on the upper side displays a screen for displaying compliance information on the entrance to the school and the entrance to the business in a state of displaying a screen for visiting the entrance on the upper side, It activates the button.

As shown in FIG. 4, the personal information collection and usage consent guidance screen 222 displays the personal information collection and usage consent guidance message and induces the user to click the consent.

As shown in FIG. 5, the face recognition photographing screen 223 has a function of sending a photographing command signal to the panoramic camera unit so as to perform an operation of recognizing the face of the visitor through the panoramic camera unit and successively photographing the visitor in a panarama style .

As shown in FIG. 6, the visitor type selection screen 224 serves to guide the user to select a type of visitor who visits the school building and the business building.

This type of visitor is divided into several types, such as parents, after-school trainers, service companies, and other types of visits.

The name input screen 225 serves to guide the user to input the name of the visitor as shown in FIG.

The telephone number input screen 226 serves to guide the user to input the telephone number of the visitor as shown in FIG.

As shown in FIG. 9, the destination selection screen 227 serves to guide the visitor to select a destination to visit.

At this time, when the visiting place selection screen is selected, the visiting site location data, which the visitor intends to visit, is transmitted to the building central management server of the remote site together with the face detection data and the visitor personal information data of the visitor under the control of the smart control module.

As shown in FIG. 10, the visit destination input screen 228 serves to guide the user to input a visit destination.

At this time, the contents of the visit target inputted from the visit purpose input screen are firstly transmitted to the building central management server at the remote place under the control of the smart control module, and the visit destination of the visitor is displayed on the PC monitor managed by the building central management server side, In real time.

The exit time selection screen 229 serves to guide the user to select the exit time of the visitor as shown in FIG.

As shown in FIG. 12, the visit increase output screen 229a outputs a command signal to the smart access printer unit so as to output a smart paper access pass.

Next, the panoramic camera unit 300 according to the present invention will be described.

The panoramic camera unit 300 is located at the top of the head of the screen unit, continuously photographs a face of a visitor who wants to visit a particular building made up of a school or an office building, panoramicly photographs the face, It is a role to convey.

This is configured to include a real-time face detection module 310.

The real-time face detection module 310 converts a panoramic continuous shot image into a gray scale input image, performs a first resize transformation on the converted gray scale input image, performs second ICT transformation on the converted gray scale input image, 8 * 8,16 * 16,20 * 20 It applies the face filter to detect the final face.

As shown in FIG. 13, the image processing apparatus includes a gray-scale image conversion unit 311, a resize unit 312, an ICT conversion unit 313, and a find candle (FIND_CAND) unit 314.

First, the gray-scale image conversion unit 311 according to the present invention will be described.

The gray-scale image conversion unit 311 converts a plurality of images continuously captured in a panoramic manner into a gray-scale input image.

Second, the resize section 312 according to the present invention will be described.

The resize unit 312 reduces the original image according to the resize ratio of the gray-scale input image converted through the gray-scale image conversion unit.

This retrieves the reference coordinates of the image stored in the memory unit, calculates the coordinates of the area to be reduced based on the reference coordinates, and then reads only the pixel values of the corresponding part and stores the read pixel values in the register.

Third, the ICT conversion unit 313 according to the present invention will be described.

The ICT conversion unit 313 performs an ICT (Improved Census Transform) conversion for extracting only the structure information that is not related to the brightness change on the gray-scale input image that is resized by the resize unit.

It reads the resize-converted gray-scale input image stored in the register and converts it into ICT (Improved Census Transform) which extracts only structure information irrespective of the brightness change.

Here, the structure information refers to the count of the X-axis pixels of the gray scale input image, the density depth, and the count of the Y-axis pixels.

Fourth, the find candle (FIND_CAND) unit 314 according to the present invention will be described.

The find candle (FIND_CAND) unit 314 applies the ICT-converted gray scale input image through the ICT transform unit to a scanning method using 8 × 8, 16 × 16, and 20 × 20 face filters, and then, compared with the reference sharpness setting value So that only the gray scale input image including the forehead, the eyebrow, the eyes, the nose, the mouth, and the outline of the face including the clear face is detected and generated as the final face detection data.

First, the initial face detection data is detected by applying an 8x8 face filter to the ICT-converted gray scale input image, and then the detected area is subjected to final face detection through a 16x16 face filter and a 20x20 face filter Data is detected.

Then, a lookup table for every feature position that can be compared in the face image and the non-face image is generated, and the final face detection data is detected using the lookup table.

Next, the key input unit 400 according to the present invention will be described.

The key input unit 400 is located at a lower end of the screen unit and transmits visitor's personal information about the visitor's name and resident registration number inputted through the keypad to the smart control module.

It consists of a 3x4 keypad consisting of letters, numbers and symbols.

Next, a touch-based access card reader 500 according to the present invention will be described.

The touch-based access card reader 500 is located at one side of the key input unit, and scans the access card made up of the employee ID card and the student ID card, and transmits the scanned information data to the smart control module.

It consists of a barcode reader and an RFID reader.

The barcode reader scans a barcode formed on one side of an access card made up of an employee ID card and a student ID card, and then transmits the scanned information data to the smart control module.

The RFID reader scans the RFID formed on one side of the access card made up of the employee ID card and the student ID card, and then transmits the scanned information data to the smart control module.

Through the touch-based access card reader 500 according to the present invention, it is possible to manage not only the visitors but the authenticity of the students and employees at work, whether or not they are leaving the office, the work hours, and the work time as a DB.

Next, the smart pass printer 600 according to the present invention will be described.

The Smart Passcard printer unit 600 is located in a line on one side of the touch-type access card reader and outputs a smart paper passcard printed with a unique identification mark for each visitor according to the control signal of the smart control module.

As shown in Fig. 14, this is made of a rectangular paper material, and an adhesive tape is formed at the rear end to detach the visitor's clothes.

The entrance number is displayed on the upper right side, the entrance number and entrance date are displayed at the lower part of the entrance number, the visitor number is displayed at the bottom of the entrance number, the visitor name is displayed at the bottom of the visitor number, The visitor type, the telephone number, the visiting place, the company name, the departure time, and the purpose of the visit are displayed in order, and a unique identification mark is displayed on the lower central one side.

The unique identification mark is formed by selecting any one of a circular plate shape, a bar code shape, a marker shape, and a QR code shape.

The unique identification mark is formed through the smart unique identification mark portion 610.

The smart unique identification mark portion 610 is printed in a circular plate shape, a marker shape, a bar code shape, a QR code, and an RFID shape on one side of a liquid surface made of rectangular paper, and has a circular plate- The smart identification code hidden in the barcode shape part, the QR code shape part and the RFID lid part is hidden and printed so that the smart identification code hidden through the identification camera and the reader installed on the door side of the door inside the building is read, Thereby opening and closing the door.

The process of printing the smart identification code on the circular plate-shaped portion is as follows.

That is, point points having a size of 0.5 mm to 2 mm are cut out in a negative shape to form an intaglio board having a circular or rectangular shape as a whole.

Subsequently, a plurality of the intaglio plates are formed on the surface of the cylindrical drum.

Subsequently, the cylindrical drum having the intaglio plate is rotated to apply the ink to the cylindrical drum surface through the ink remover. At this time, the ink on the surface of the intaglio plate is removed, and a portion formed by the depressed shape of the dotted point leaves the ink.

Then, when the smart paper pass is ejected while being laser printed, the ink at the intrinsic mark portion of the intaglio plate is pressed at high pressure under the unique identification mark portion at the bottom of the smart paper pass and fused to the unique identification mark portion.

Finally, a smart identification code consisting of a letter or a number is hidden inside the circular intaglio shape fused to the unique identification mark area by laser printing, and printed.

Next, the WiFi communication module 700 according to the present invention will be described.

The WiFi communication module 700 is located at one side of the internal space of the main body of the WiFi communication module 700. The WiFi communication module 700 is connected to a building central management server via a WiFi communication network, Data and visitor personal information data, and receives the visitor access permission authentication signal and transmits the authentication signal to the smart control module.

Next, the smart control module 800 according to the present invention will be described.

The smart control module 800 is located in a lower internal space of the main body, and is connected to a screen portion, a six-motion camera portion, a key input portion, a touch-type access card reader, a smart access printer portion, and a WiFi communication module, And transmits the visitor personal information data inputted through the key input unit and the face detection data of the visitor photographed through the six-motion camera unit to the building central management server at the remote site via the WiFi communication module, And outputs the smart paper pass through the smart pass gate printer unit.

15, a manager management unit 810, a bidirectional data communication control unit 820, a device control unit 830, an access card authentication control unit 840, and a visitor access authentication control unit 850.

The manager managing unit 810 downloads menus, files, images, and the like to be used in the touch screen unit and manages programs and setting files.

As shown in Fig. 16, the system includes a visitor searching unit 811, a visiting place managing unit 812, a screen changing unit 813, and a visiting illegality registering unit 814. [

The visitor search unit 811 searches for a daily visitor, a weekly visitor, a monthly visitor, and a name visitor.

The visiting place management unit 812 is a place for managing a visitor's visit place, which is composed of additional registration of a visiting place, registration of a visiting place modification, addition of a visitor type, and modification of a visitor type.

The screen changing unit 813 changes the name, the display text, and the management telephone number according to the school building and the business building.

The illegitimacy registering unit 814 registers and changes the sex offender and the entrance blocker in advance.

The bidirectional data communication controller 820 connects the building central management server to a bidirectional data communication network through a WiFi communication module.

The device control unit 830 is responsible for communication between a screen unit, a six-motion camera unit, a key input unit, a touch-type access card reader, a smart access printer unit, a WiFi communication module and an application program. An input unit, a touch-type access card reader, a smart passcard printer unit, and a WiFi communication module.

The access card authentication control unit 840 checks whether or not the access card made up of the employee ID card and the student ID card is touched by the visitor and compares the data with the access authentication reference data stored in advance, Access authentication to the building is completed by transmitting an access authentication completion signal to the server, and if it does not coincide with the access authentication reference data, access to the building is completed by guiding the entrance card number input through the key input unit together with the guidance voice message It plays a role.

The visitor access control unit 850 transmits the visitor personal information data inputted through the key input unit and the face detection data of the visitor photographed through the six-motion camera unit to the building central management server, Receives a signal and sets a unique identification mark matching the access allowance authentication signal to the Smart Passcard printer unit 1: 1, and then drives the Smart Passcard printer unit to request a smart paper passcard output.

Hereinafter, a detailed process of a method of automatically issuing a face recognition smart paper passcard according to the present invention will be described.

First, as shown in Fig. 20, the power is turned on to drive the smart control module (S10).

Next, the screen unit is driven under the control of the smart control module, and the user reacts according to a finger-touching signal to display advertisement, visit destination selection, device abnormality, and pass printing operation state on the screen (S20).

Next, the automatic issuance device of the face recognition type smart paper passbook is connected to the building central management server and the WiFi communication network through the WiFi communication module (S30).

Next, the visitor personal information data on the name and resident registration number of the visitor inputted through the keypad of the key input unit is transmitted to the smart control module (S40).

Next, the panoramic camera unit sequentially photographs the face of the visitor in a panoramic manner, and transmits the filtered face detection data to the smart control module (S50).

17, the WiFi communication module transmits the face detection data of the visitor and the visitor personal data to the building central management server at the remote site in accordance with the control signal of the smart control module, The authentication signal is received and transmitted to the smart control module (S60).

Finally, under the control of the smart control module, the Smart Passcard printer section is driven to output a smart paper passcard printed with a unique identification mark for each visitor (S70).

At this time, as shown in Figs. 18 and 19, the smart paper pass with the unique identification mark printed thereon is brought close to the identification camera installed on the door door side of the building to open / close the door.

The ink composition printed on the smart paper pass is made of a material that is fragile and is wiped off when the water touches it, thus further upgrading the information security of the personal information.

Wherein the ink composition comprises 2 to 10 wt% of at least one coloring agent selected from carbon black, a mixture of an iron compound and a tannic acid, titanium oxide, lead chromate, mercury sulfide,

80 to 90% by weight of a vehicle as prepared by mixing ethanol and water in a weight ratio of 1: 1,

0.01 to 1 wt% of a plasticizer of dioctyl phthalate,

And 0.01 to 10 wt% of a perfume.

When the amount of the coloring agent used is less than 2 wt%, color development is not performed properly. When the amount of the coloring agent is more than 10 wt%, uniform ink composition And the printing quality may be deteriorated. Therefore, the amount of the colorant to be used is preferably limited within a range of 2 to 10 wt% with respect to the total weight of the ink.

The colorant is used to print the colorant properly on a printed matter. The colorant is mixed with ethanol and water in a weight ratio of 1: 1, so that the colorant can work together with the plasticizer so that ink can be erased at a desired time after printing.

When the amount of the vehicle is less than 80 wt%, the ink composition is not uniformly mixed. When the amount of the vehicle is more than 90 wt%, the viscosity is low and the print quality may deteriorate. Therefore, To 90 wt%.

If the amount of the plasticizer used is less than 0.01 wt%, it may not be properly erased when it is intended to be erased after printing. When the amount exceeds 1 wt%, the effect is not changed, meaning that the plasticizer is used in an amount of 0.01 To 1 wt%.

The fragrance may be selected from natural or synthetic fragrances and may be used according to the purpose. If the amount of the fragrance is less than 0.01 wt%, the fragrance may be poor. If the amount exceeds 10 wt%, the printing quality may drop sharply. Is preferably limited to a range of 0.01 to 10 wt% with respect to the total weight of the ink.

More specifically, 90 wt% of a vehicle was added to 8 wt% of chromium lead (yellow) and stirred at 100 ° C for 2 hours to prepare a mixed solution. The mixed solution was allowed to cool naturally, and then dioctyl phthalate 0.5 wt%, and lemon flavor 1.5 wt% are added to prepare an ink.

1: Face recognition smart paper passcard automatic issuance device
100: main body 200:
300: panoramic camera unit 400: key input unit
500: Touch-type access card reader 600: Smart passcard printer part
700: WiFi communication module 800: Smart control module

Claims (7)

(100) having an upright "S" shape and protecting and supporting each device from external pressure,
A screen unit 200 positioned at one side of the upper portion of the main body and responsive to a user's finger touch signal to display an advertisement, a visiting destination selection, a device abnormality, and an access card printing operation state on the screen,
A panoramic camera unit 300, which is positioned at the top of the head of the screen unit and continuously photographs a face of a visitor who wishes to visit a specific building made up of a school or an office building, and transmits the filtered face detection data to the smart control module, Wow,
A key input unit 400 located at a lower end of the screen unit for transmitting visitor personal information data on the name and resident registration number of the visitor inputted through the keypad to the smart control module,
A touch-type access card reader 500 positioned at one side of the key input unit for scanning an access card made up of an employee ID card and a student ID card and transmitting the scanned information data to the smart control module,
A Smart Passcard printer 600 which is located in the same line on one side of the touch-type access card reader and outputs a smart paper passcard printed with a unique identification mark for each visitor according to a control signal of the smart control module,
And is connected to a building central management server and a WiFi communication network to transmit the visitor's face detection data and visitor personalization data to the building central management server according to the control signal of the smart control module A WiFi communication module 700 for receiving the visitor access allowance authentication signal and transmitting the received visitor access authentication signal to the smart control module,
And is connected to a screen portion, a six-motion camera portion, a key input portion, a touch-type access card reader, a smart pass-through printer portion, and a WiFi communication module to control the overall operation of each device, And the face detection data of the visitor photographed through the six-motion camera unit are transmitted to the building central management server at the remote site via the WiFi communication module, and the visitor access permission authentication signal is received from the building central management server And a smart control module (800) for controlling the smart passcard printer section to output a smart paper passcard. The smart card passcard automatic issuing device comprises:
The smart control module (800)
A manager managing unit 810 for downloading menus, files and images to be used in the touch screen unit and managing programs and setting files,
A bidirectional data communication control unit 820 for connecting to a building central management server and a bidirectional data communication network through a WiFi communication module,
A screen access unit, a key input unit, a touch access card reader, a smart access printer unit, a WiFi communication module, and an application program. The screen unit, the six-motion camera unit, the key input unit, A smart access printer unit, a device control unit 830 for performing error processing and recovery of the WiFi communication module,
It is checked whether or not the access card made up of the employee ID card and the student ID card is touched from the visitor and compared with the access authentication reference data stored in advance and then the access authentication completion signal is transmitted to the building central management server An access card authentication control unit 840 for completing entry and exit authentication to the building and for entering entrance and exit card numbers through a key input unit together with the guidance voice memo in case of inconsistency with access authentication reference data,
The visitor personal information data input through the key input unit and the face detection data of the visitor photographed through the six-motion camera unit are transmitted to the building central management server, and the access permission authentication signal is received as a response signal to the building central management server, And a visitor access authentication control unit (850) for setting a unique identification mark matching with the access allowance authentication signal and then requesting a smart paper access pass output by driving the smart access card printer unit Automated issuance of pass.
delete delete delete delete A step S10 of driving the smart control module by turning on the power,
(S20) of displaying an advertisement, a visit destination selection, a device abnormality, and an operation of printing an entrance pass on a screen by driving a screen unit under the control of a smart control module, reacting according to a user touching a finger,
A step S30 of connecting a facial recognition type smart paper pass deck automatic issuing device to a building central management server and a WiFi communication network through a WiFi communication module,
(S40) of transmitting visitor personal information data on the name and resident registration number of a visitor inputted through the keypad of the key input unit to the smart control module,
A step S50 of continuously photographing the face of the visitor through the panoramic camera unit in a panoramic manner and then transmitting the filtered face detection data to the smart control module,
The WiFi communication module transmits the visitor's face detection data and the visitor personal data to the building central management server according to the control signal of the smart control module and receives the visitor access permission authentication signal and transmits the visitor access permission authentication signal to the smart control module Step S60,
A method of automatically issuing a face recognition type smart paper pass, comprising the steps of: driving a Smart Passcard printer unit under the control of a smart control module to output a smart paper passcard printed with a unique identification mark for each visitor (S70)
The smart paper pass
2 to 10 wt% of at least one coloring agent selected from carbon black, a mixture of an iron compound and a tannic acid, titanium oxide, lead chromate, mercury sulfide,
80 to 90% by weight of a vehicle as prepared by mixing ethanol and water in a weight ratio of 1: 1,
0.01 to 1 wt% of a plasticizer of dioctyl phthalate,
Wherein the ink composition is printed with an ink composition prepared by adding 0.01 to 10 wt% of a perfume to a face recognition type smart paper pass.
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