JP2002342715A - Certification card preparing device and certification card preparing method and certification card processing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a certification card preparing device capable of preparing a highly reliable certification card suitable for the driver's license of an automobile, and improving the convenience of a license owner by automating the update of the license. SOLUTION: The facial picture of an applicant is imaged, and the identification information of the applicant is inputted, and the information of the applicant to be described on a first card medium is obtained from a host device based on the inputted identification information, and the obtained information of the application and the imaged facial picture of the applicant are printed on the first card medium, and the validity/invalidity of the printed state of the printed first card medium is checked, and when it is judged that the printed state is satisfactory according to the check, a second card medium incorporating a storage means different from that of the first card medium is adhered to the printed first card medium so that a certification card can be prepared. Then, the obtained information of the applicant is written on the storage means of the certification card prepared by adhering the second storage medium to the first storage medium.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a certification card producing apparatus and a certification card producing method for producing a certification card with a face image such as an automobile driver's license or a personal identification card called an ID card. The present invention also relates to a certification card processing method for performing a predetermined process using a certification card created by the above.

[0002]

2. Description of the Related Art At present, among the certificates with full-color face images, a driver's license for a car, in particular, is almost manually handled from reception to issuance, and is renewed every three years at each driving test site. In addition, 15 million people are very crowded to visit every year. To improve this, there have been recent attempts to automate some tasks.
For example, JP-A-2-1353, JP-A-2-31
Japanese Patent Application Laid-Open Nos. 1982, 3-149662, 5-73580, and the like.

[0003]

However, these proposals are only a part of automation and a device for preventing double issuance, and automation such as completely unmanned operation, such as a cash corner of a bank, which has been remarkably advanced in recent years. It must be said that the automation rate is far inferior to the system.

[0004] This includes driving suitability inspections such as eyesight inspection, identity verification, confirmation of items to be described by reference registration with a host computer, update availability check based on a history of violations, update training, and the like. Because there was not. As a result, license renewers are currently experiencing the following inconveniences:

(1) Since one or two places can be updated on the same day in each prefecture, it is necessary to make time by means such as taking a break from the company and wait for half a day or more. (2) For this reason, a large number of people will be rushed in the morning and afternoon at the top of the morning, but if the peak hours are short, increasing the number of workers will not be able to increase the free time and the efficiency, and the cost burden will not increase. , And thus a tremendous queue.

[0006] (3) In order to deal with this peak, photographing and the like are sometimes messy, and photographing that is inappropriate as a license, such as blinking, may occur. (4) In order to secure people's hangouts by queues, a large space must be prepared for each person in charge, and the renewer must travel a fairly long distance and repeat the queue each time.

[0007] (5) Each clerk must be located in a separate place, so each clerk must accept each individual clerk, and it is necessary to repeat the old license, application form, and identity check , Which also causes the matrix to grow longer. Even if you make a check, you may make a mistake, and you may notice a mistake only when you receive the last grant, so you may have to recreate it and you may have to wait very long. In addition, if the person has returned home after performing the mailing procedure, a more complicated process is required, such as making a telephone call to return to re-create.

(6) If the old license is lost because the face photograph has not been electronically filed, search the shelf for the previous application with the photograph of the person on the shelf and hold it. Otherwise, it may take more time without confirmation of the identity.

[0009] (7) Information on the administrative disposition of the person (violation,
The history of the accident, etc.) or the contents of the entries are all registered in the host computer, and if you do not output it by communicating online, you can not issue a license, so if the host computer goes down, Even if I take a break and renew, I can not renew my license,
At a later date, or indirect photography, you only have to create a face image from the photo posted on the application form and create a license,
Your efforts are wasted. (8) Even if you find an error on the way, after printing the mount on the computer, the stamp of the fee is pasted on the application, so you can not process it with another application, It is troublesome to paste blank paper and reprint.

Therefore, the present invention is suitable for use as, for example, a driver's license for a car, enables automatic renewal of the license, improves the convenience of the license holder, and creates a highly reliable certification card. It is an object of the present invention to provide a certification card creation device and a certification card creation method that can perform the above. Another object of the present invention is to provide a certification card processing method in which a police officer can quickly and easily create a so-called offense ticket when the certification card is used as a driver's license for a car.

[0011]

SUMMARY OF THE INVENTION A certification card creation device of the present invention is a certification card creation device that is connected to a host device and creates a certification card, and a face image of an applicant who applies for creation of a certification card. Imaging means for capturing an image of the applicant, identification information input means for inputting the identification information of the applicant, and information of the applicant to be described in the first card medium based on the identification information input by the identification information input means. Means for acquiring the applicant from the host device, and the face image of the applicant captured by the imaging means and the information of the applicant obtained by the applicant information obtaining means are printed on a first card medium. A printing unit, an inspection unit for inspecting whether the printing state of the first card medium printed by the printing unit is good, and determining that the printing state of the first card medium is good by the inspection unit. In this case, the first card medium printed by the printing means is attached to a second card medium incorporating a storage means different from the first card medium to form a certification card; A writing unit for writing the information of the applicant obtained by the applicant information obtaining unit to the storage unit of the certification card bonded by the bonding unit;

Further, the certification card creation device of the present invention is a certification card creation device that is connected to a host device and creates a certification card, and captures a face image of an applicant who applies for creation of a certification card. Means, identification information input means for inputting identification information of the applicant, and information of the applicant to be written on a first card medium based on the identification information input by the identification information input means. Applicant information acquisition means for acquiring from the applicant, a face image of the applicant imaged by the imaging means and printing means for printing the applicant information acquired by the applicant information acquisition means on a first card medium, A protective film forming means for forming a protective film on the surface of the first card medium on which the face image of the applicant and the information of the applicant are printed by the printing means; An inspection means for inspecting the quality of the first card medium on which the protective film is formed; and a protective film formed by the protective film forming means only when the inspection means determines that the first card medium is non-defective. A second card medium having a storage means different from the first card medium, which is bonded to the first card medium, to form a certification card, and the first card medium is bonded by the bonding means. The storage means of the certification card includes at least writing means for writing at least the face image of the applicant captured by the imaging means and the applicant information acquired by the applicant information acquiring means.

According to the present invention, at least a face image of the holder and character information necessary as a certification card are printed on the surface, and a first protective film is formed on the printed surface.
And a second card medium having storage means for storing at least the face image and the character information are used as a certification card. For example, if the card medium is used as a driver's license for a car, the license is renewed. Can be automated, and the convenience of the license holder is improved.

Further, according to the present invention, after the creation of the first card medium is completed, the first card medium and the second card medium are integrated, and then the work of creating the second card medium is performed. Therefore, under the condition that the second card medium is not damaged, a highly reliable certification card having a beautiful image, a good protective film, and a good image can be produced. According to the present invention, the quality of the first card medium is inspected before the first card medium and the second card medium are integrated, and if the first card medium is defective, the first card medium is not integrated. The expensive second card medium is not wasted.

[0015]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 2 is a conceptual diagram showing a layout of an automatic renewal place of, for example, a driver's license of a car according to the present invention. In the figure, 1 is an update room, which has an entrance 2
And an outlet 3. In the update room 1, reception boxes 4,... For a plurality of updaters (users) are arranged side by side, and these reception boxes 4 are provided with automatic reception devices 5,. In the update room 1, a license creating device 6 for creating a license using a wireless IC card, a slit conveyor 7 for transporting the license created by the license creating device 6, and a predetermined number of A license receiving device 9 including a pickup device 8 for taking out a license, and an inquiry registration terminal device 10 for changing the contents of the license entry are provided. Reference numeral 11 denotes a training room for receiving a training at the time of renewal.
There are different kinds of training rooms. In the training room 11, there is provided a license number reading and printing device 12 for performing printed and IC-encoded training on the license.

Automatic accepting device 5 directly operated by an updater
Are required in order to proceed while interacting with each other, and in this example, there are 10 units. The operation can be done in about 1 minute if you get used to it, and it will take about 3 minutes at all. The automatic receiving device 5 is separated by the receiving box 4 because a hearing test is entered on the way.
The reception box 4 may be omitted since the actual actual test site has a normal conversation and the other party does not have to say anything strange in response.

FIG. 1 shows a configuration of a driving license automatic updating system for automatically updating a driving license of an automobile to which a certification card and a certification card creating apparatus according to the present invention are applied. In the figure, an automatic accepting device 5 includes a license number reading and printing unit 21, an imaging camera 22, a color CRT display 23, a touch panel switch 2
4. Visual acuity tester 25, hearing tester 26, limb motor performance tester 27, voice guidance unit 28, coin processing unit 2
9, a bill processing unit 30, a transmission control unit 31, a power supply / control unit 32, and a hard disk device 33 for storing created license information and the like.

The automatic accepting device 5 is connected to a host computer 34 in which information of an updater is registered by a communication line 35, and updates necessary information via a transmission control unit 31. Information described in the license updated by the automatic accepting device 5,
The face image is sent to the license creating device 6 via a run (LAN) line 36, and the face is printed and necessary information is encoded into an IC memory.

The information described in the license, the face image, and the information obtained by the automatic accepting device 5 are transmitted from the automatic accepting device 5 to an image file server (for example, an optical disk device) 38 via a LAN line 37. Is transmitted and stored here. A search terminal device 39 is connected to the image file server 38. The search terminal device 39 can search and output information in the image file server 38 when necessary.

The license preparing device 6 includes a printing raw card hopper 40, a Y-, M-, and C-color heat-sensitive sublimation printing unit 41, a black character fusion transfer printing unit 42, and a light-resistance-improving protective film transfer unit 4.
3. Surface protection film application unit 44, surface protection film coin unit 45, printing surface scanner 46, wireless IC raw card hopper 47, two types of raw card fusion bonding unit 48, wireless IC encoder 49, reject hopper 50, reject stacker 51 , And a magneto-optical disk drive 52.

When the acceptance by the automatic accepting device 5 is completed, the necessary information on the old license brought by the renewer is encoded, printed, and returned to the renewal person. After completion of the reception, the license number reading and printing device 12 having substantially the same configuration as the license number reading and printing unit 21 built in the automatic accepting device 5 receives the encoded and stamped. License number reading and printing device 12
Is composed of a date setting unit 53, a thermal transfer printing unit 54, a wireless IC encoder 55, and the like.

The license receiving / encoding device 9 receives the encoded and stamped license received by the license number reading / printing device 12.
By inserting it into the license number reading and printing unit of
The new license that was created in advance by the license creation device 6 during the course and stored in the slit conveyor 7 is picked up by the pickup device 8 and released to the window (grant) and updated to the old license Invalid stamping and encoding are performed and collected. The license receiving device 9 includes a serial number indicating lamp 56 installed on the ceiling of the update room 1, a license number reading and printing unit 57, a pickup device 8, a new license issuing port 58, and the like. .

FIGS. 3 and 4 show the appearance of the automatic receiving device 5. FIG. In the figure, 61 is an apparatus main body,
On the front surface, a customer service surface 62 is formed, and the customer service surface 62 can be operated while the updater 63 is sitting on a chair 64. An imaging camera 22 is provided on the upper surface of the main body 61, and an imaging field of view is set so that a face image can be captured for the updater 63 sitting in a chair 64. The imaging camera 22 includes, for example, R (red), G
(Green) and B (blue) CCD type image sensors of 410,000 pixels are built in.

The customer service surface 62 is provided with a license insertion slot 65 communicating with the license number reading and printing unit 21 and the color CRT display 23. The CRT display 23 also serves as a monitor display of the imaging camera 22 and an operation guide display, and a transparent touch panel switch 24 is provided on a screen thereof.

The customer service surface 62 is connected to a visual acuity tester 25 for testing the visual acuity of the renewal person and a hearing acuity tester 26 for testing the rehabilitation of the renewal person, and outputs a voice or outputs the voice of the renewal person. Speaker 66 functioning as a microphone for recording the sound. The speaker 66 is also used as a microphone for outputting the voice of the voice guidance unit 28 and as a microphone for recording the voice of the updater in the eyesight tester 25. The visual acuity tester 25 has both a deep visual acuity test function and a retinal image capturing function. The hearing tester 26 is mainly composed of the speaker 66 and a voice response device for analyzing the content of the recorded voice.

A lever 67 and a pedal 68 connected to the limb movement ability tester 27 for performing a limb movement and function test of the renewer are provided on the customer service surface 62 and the lower part of the main body 61.
In response to the instruction displayed on the CRT display 23, the movement and function of the limbs are inspected by moving the lever 67 with the left and right hands or depressing the pedal 68 with the left and right feet. You can do it.

The customer service surface 62 is provided with a coin slot 69 communicated with a recycling type coin processing unit 29 capable of depositing and dispensing coins of four denominations, and a deposit and withdrawal process of three denomination bills. A bill slot 70 is provided which communicates with a possible recycling type bill processing unit 30.

FIG. 5 shows a license number reading and printing unit 21.
1 schematically shows the configuration of the first embodiment. In the figure, when a license is inserted from the license insertion slot 65, a sensor (not shown) detects the license and a motor (not shown) operates, and the pinch roller 71 rotates to take in the license. The acquired license passes through the wireless IC encoder 72 and is sent to the transport roller 73. The wireless IC encoder 72
Information is written and read wirelessly to and from the IC memory in the license passing therethrough.

The license conveyed by the conveyance rollers 73 is sent to a license number reading unit 74. License number reading unit 74
Is a device for optically reading a license number printed in the OCR-B font on the surface of a license passing therethrough, a lower guide plate 75 supporting the license to be conveyed, and an LE for illumination.
D array 76, lens 77 that illuminates the light from the LED array 76 into parallel light and illuminates the surface of the license, contact sensor 78 that photoelectrically converts light reflected from the surface of the license, light reflected from the surface of the license It is constituted by a lens 79 that forms an image on the light receiving surface of the contact sensor 78.

The license that has passed through the license number reading section 74 is sent to the thermal transfer printing section 81 by the transport roller 80. The thermal transfer printing section 81 prints necessary information on the surface of the license passing therethrough, and includes a printing platen roller 82, a thermal transfer print head 83, and a delivery shaft 85 of a thermal transfer ribbon 84. And a winding shaft 86 of the thermal transfer ribbon 84. Thermal transfer printing section 8
The license passing through 1 is sent to the license collection hopper 88 by the transport roller 87 and stored therein. Reference numeral 89 denotes a display, which is installed, for example, when this unit is used alone.

FIG. 6 schematically shows the configuration of the visual acuity tester 25. The visual acuity tester 25 also has a retinal image capturing function as described above. In the figure, 91
Is the renewer's eyeball, 92 is a prism, 93 is a 1 × lens,
94 is a contact sensor, 95 is a disk on which an eyesight test chart is stuck,
96 is a stepping motor for rotating the disk 95, 97
Is an illumination lamp for illuminating the eyesight test chart on the disk 95. In the visual acuity test table 96, many types of visual acuity test marks, in which a part of a circular pattern is cut out, are arranged from large to small. The visual acuity test table 96 is driven to rotate by a stepping motor 97 based on random number data, and a visual acuity test mark is randomly projected, so that the updater responds with voices up, down, right, and left. .

During the visual acuity test, the light from the illumination lamp 97 is reflected by the disk 95 and passes through the prism 92 to irradiate the renewer's eyeball 91. The reflected light from the eyeball 91 is reflected by the prism 92, passes through the equal-magnification lens 93, and forms an image on the contact sensor 94. Therefore, the renewal person scans the retinal image a plurality of times with the contact sensor 94 and performs photoelectric conversion during the recognition of the time during which only the eyesight test is being performed. As a result, a retina image of the updater can be obtained.

FIG. 7 schematically shows the structure of the license making device 6. In the figure, the printed raw card hopper 4
In FIG. 0, a large number of raw print cards 102 are stacked and stored in a horizontal state with their surfaces facing up. In the future, there will be three types of driver's licenses, each of which has a different color tinge. for that reason,
The printed raw card hopper 40 is provided for each of the printed raw cards 1.
The two hoppers containing No. 02 are set so as to be movable in the vertical direction. After the pertinent hopper is moved to the take-out position, the operation of taking out the raw print card 102 is performed. A weight 103 is provided in the print raw card hopper 40 to press the stored print raw card 102 downward.

The printed raw card 102 is subjected to thermal sublimation printing on the image receiving layer on its surface. However, if dust adheres to this surface, it becomes white and defective, so that it is sealed in such a manner that dust does not adhere. When the card is packed and set in the raw card hopper 40, the seal on the lower surface is broken so that the card can be taken out.

The printing raw card 102 in the printing raw card hopper 40 is a take-out rubber roller 10 which rotates counterclockwise.
By 4, the sheets are sequentially taken one by one from the lowermost end of the corresponding hopper, but at this time, a gap is kept on the front wall of the hopper at a thickness smaller than the thickness of a card called a throat knife so as not to overlap. A mechanism (not shown) is provided.

The raw print card 102 taken out by the rubber roller 104 is sent to the glue roller 105. When the dust adheres to the surface of the printed raw card 102 due to contact with the throat knife at the time of removal, the glue roller 105 adheres the debris to the adhesive layer to separate the dust, and cleans the surface of the printed raw card 102. Has a function.

The raw print card 1 that has passed through the glue roller 105
02 is sent to the three-color thermal sublimation printing unit 41. 3
The color / color thermal sublimation printing unit 41 prints a full-color multicolor print of the face image of the updater photographed by the automatic accepting device 5 on the print raw card 102.
, A Y (yellow) printing unit 106Y, an M (magenta) printing unit 106M, and a C (cyan) printing unit 106C, which are sequentially arranged in the transport direction of the three colors Y, M, and C. Sublimation printing is performed.

Each of the printing units 106Y, 106M, 106
C is a platen roller 107Y, 107M, 107C,
Thermal printing heads 108Y, 108M, 108C, Y,
M, C thermal sublimation printing ink ribbons 109Y, 109
M, 109C, ink ribbon delivery shafts 110Y, 110
M, 110C, and a winding shaft 111 of the ink ribbon
Y, 111M and 111C. The platen rollers 107Y, 107M and 107C are formed of a soft rubber roller or a ceramic powder implantation roller in order to minimize slippage with the printed raw card 102.

In order to print the written information in characters following the face image, black thermal fusion transfer printing is performed. In general, heat-sensitive melt transfer printing can transfer at high speed because the applied energy is lower than that of sublimation printing. Therefore, compared to the face image, the printing area (length in the longitudinal direction)
For character printing with a wide range, melt transfer printing is more desirable.

The raw card 102 on which the face image has been printed by the three-color thermal sublimation printing unit 41 is sent to the black character fusion transfer printing unit 42. Black character fusion transfer printing section 42
Prints written information as described above, and includes a platen roller 113, a thermal printing head 114, a black heat-melt transfer ink ribbon 115, and an ink ribbon feed shaft 1.
16 and an ink ribbon take-up shaft 117.

Next, fusion transfer of the ultraviolet (UV) protective film is performed. This is to protect the face image subjected to sublimation printing from fading due to the application of an ultraviolet-curable surface protective film in the next stage and irradiation of ultraviolet rays.
The UV protective film also has an essential function to prevent fading (light resistance) when exposed to sunlight in actual use conditions.

This UV protective film is also formed on a transfer paper ribbon and is transparent, similarly to the thermal printing ink ribbon, and is pressed against a pinch roller having a heating element embedded therein to be thermally transferred. Perform Of course, the transfer may be performed by a thermal printing head, but it is more advantageous to use a cheaper heat roller because the transfer is performed entirely.

Then, the printed raw card 102 on which the written information is printed by the black character fusion transfer printing section 42 is sent to the light resistance improving protective film transfer section 43. The light-resistance-improving protective film transfer unit 43 performs the fusion transfer of the UV protective film as described above, and includes a platen roller 119 and a heat roller 12.
0, a UV protection film fusion transfer ribbon 121, a ribbon sending shaft 122, and a ribbon winding shaft 123. Since the heat roller 120 is expensive if it has a vertically movable structure, a part of the roller is cut out to leave a gap with the platen roller 119.
Since it is cheaper to perform that function, many are actually used.

The raw print card 102 on which the UV protective film has been melt-transferred by the light-resistance improving protective film transfer section 43 is fed by a clamp roller 124, and when the tip of the raw raw card 102 abuts against a stopper / falling chute 125, the raw print card 102 The rear end separates from the clamp roller 124, rotates rightward, and falls along the stopper / falling chute 125. A belt conveyor 126 in a horizontal state is provided on the falling surface, and while receiving the printed raw card 102 that has been dropped and transporting it to the right, the alignment guide (not shown) gradually guides the position disturbed by the drop to the correct position. While
It is conveyed to the surface protection film application section 44.

The surface protection film coating unit 44 is provided for the printed raw card 1
02, a pinch roller 128, a UV curing liquid tank 129, and a fixed amount supply device 13.
0 and an application pen 131. That is, the raw print card 102 conveyed by the belt conveyor 126 is first pressed firmly onto the belt conveyor 126 by the pinch roller 128,
30 sucks a fixed amount of UV curable liquid from the UV curable liquid tank 129, and then sends the UV curable liquid to the coating pen 131, and applies the capillary phenomenon to the printed raw card 102 by the coating pen 131.
A thin UV curing liquid is applied to the entire surface of the substrate. In addition,
Since the surface of the UV curing liquid becomes very hard when cured,
Compared to a simple overcoat layer, the surface is less likely to be scratched, and the durability can be greatly improved.

The raw printed card 102 to which the UV curing liquid has been applied in the surface protective film applying section 44 is sent to the surface protective film curing section 45. The surface protection film hardened part 45 is provided on the printed raw card 10.
The UV curing liquid applied on the substrate 2 is cured, and is constituted by a belt conveyor 133 and a mercury lamp 134 installed at a distance of about 10 cm above the belt conveyor 133. That is, the raw print card 102 conveyed by the belt conveyor 126 is delivered to and conveyed to the belt conveyor 133. A mercury lamp 134 is applied to the surface of the raw print card 102 which is transported on the belt conveyor 133.
By irradiating ultraviolet rays from the printing raw card 10
The UV curing liquid applied to the surface of No. 2 is rapidly cured.

UV curing liquids have recently been widely used because they have the property of being hard to cure except for the irradiation of ultraviolet rays and of being rapidly cured in a short period of time when irradiated with ultraviolet rays. However, because it was applied only on one side,
Naturally, curing has the disadvantage that distortion occurs, which causes the entire card to warp. Printed raw card 10
Since the base material of No. 2 is formed of plastic resin (PET), if the thickness is about 0.7 mm or more, the strength of the base material is greater and the warpage can be suppressed. However, in the printed raw card 102 of this time, unless the printing base material is pressed down to a thickness of about 0.15 mm, the entire thickness cannot be reduced to 0.76 mm, which is a thickness determined by the ISO standard.

Therefore, in the surface protection film hardened portion 45,
If only the surface is hardened slightly so that the surface is slightly sticky, and the inside is kept in a liquid state and is conveyed to the next stage, the printed raw card 102 having a small thickness does not warp. In this case, unlike the usual photopolymerization initiator contained in the UV curing liquid, once the curing reaction by polymerization is started, it is necessary to make the reaction proceed as it is even if the irradiation of ultraviolet rays is stopped. It is. It is convenient to formulate the composition such that it is completely cured after a few minutes. The printed raw card 102 whose surface has been lightly cured by the surface protective film curing unit 45 is the wireless IC adapter unit 1
Sent to 35. In addition, if a license with a face photograph is to be used without mounting a wireless IC, a stacker may be placed here for stacking.

In the wireless IC adapter unit 135, the raw print card 102 sent by the belt conveyor 133 of the surface protection film hardening section 45 is delivered to the transport path 136 and sent to the print surface scanner 46. Printing surface scanner 4
Reference numeral 6 denotes an illumination unit 138 including an LED array and a lens for illuminating the surface of the raw card 102, and a contact sensor and a lens for receiving reflected light from the surface of the raw card 102 and converting the reflected light into an electric signal. 139.

The printing of the ticket surface includes predetermined items and a photograph of the face, of which the license number is described in OCR characters. Therefore, if the OCR reader (printing surface scanner 46) is set here, it is possible to read the license number and determine what the card is.

However, in this type of automatic printing machine used by ordinary people (for example, a bank passbook printer),
As for the function for verifying a printing error, an important function in magnetic recording and the like is always provided with a verify function, but only a very simple print density detection is provided for printing. This is because there is an inexpensive mechanism called a magnetic head for both magnetic writing and reading, whereas printing is a thermal printing head and reading is an image scanner, and both are composed of expensive parts. It is because.

However, in the present embodiment, since the face image of the face is transmitted as an image from the automatic accepting device 5 and the face is output in accordance with the image, not only the print density detection but also the printing is performed. Bayfiring can be performed relatively inexpensively. This is because, for example, if the information is not printed at all due to breakage, breakage, jam, etc. of the ink ribbon, abnormal detection of the ink ribbon may not be detected. Then, re-creation can be instructed.

In the wireless IC raw card hopper 47, the backup plate 14 pressed by the pressing spring 141 is provided.
2, a plurality of wireless IC raw cards 143 are stacked and stored on the backup plate 142 in a horizontal state. The wireless IC raw card 143 is a so-called wireless IC card capable of wirelessly transmitting and receiving data to and from an external device, such as an IC memory, a CPU for controlling the IC, a wireless communication unit, and the like. Built-in.

The wireless IC raw card 143 stored in the wireless IC raw card hopper 47 is sequentially taken out one by one from the lowermost end by a take-out rubber roller 144 rotating in a clockwise direction. The printed raw card 102 that has passed through is superimposed.

That is, the terminal end of the transport path 136 is a junction, and the pinch roller 145 is provided here. The pinch roller 145 can be pressed against or separated from the terminal end of the transport path 136 by a plunger solenoid (not shown) or the like. Further, a stopper 146 is provided at the end of the junction, and is also driven by a plunger solenoid 147 so that the conveyance path can be shut off / open.

Printed raw card 102, wireless IC raw card 1
When 43 joins from above and below the transport path 136, the pinch roller 145 is separated from the terminal end of the transport path 136, and is stopped by the stopper 146. After the two cards completely overlap, the pinch roller 146 is removed. After being pressed by the plunger solenoid, the stopper 146 is opened and conveyed to the two-piece raw card fusion bonding section 48.

The two-type raw card fusion bonding section 48 is for heat-welding the two raw cards 102 and 143, and includes a heat roller 148 having a heating element embedded therein and a rubber roller 149. Rollers 148, 149
And is integrated by heating and pressing.

If the printing surface is determined to be defective before performing the above-mentioned thermal welding, the wireless IC raw card 143 is not taken out and the reject flapper 15 is not taken out.
0 is operated, the printed raw card 102 is removed to the reject hopper 50, and the printed raw card
Take out 2 and print raw card 102 of the corresponding license number
To recreate.

The license card in which the two raw cards 102 and 143 are integrated is sent to the wireless IC encoder 49 by the transport roller 152. The wireless IC encoder 49 writes necessary information on the license card and performs verification, and if there is no abnormality, the information is sent to the next stage.

If there is an abnormality as a result of the verification,
The transport roller 152 is reversed, and writing to the license card is performed again. If writing is still not possible, the sheet is sent to the reject flapper 155 by the transport roller 154, and the reject flapper 155 is operated to be accumulated on the reject stacker 51. In order to stack a large number of cards in the reject stacker 51, it is necessary to prevent the cards from standing up. Therefore, the backup plate 157 is supported by the coil spring 158 so that the backup plate 157 is lowered by the weight of the card. It has become.

It is to be noted that the defective print card and the wireless IC encoding defective card are integrated in separate stackers, but if there is no need to separate them, only the reject stacker 51 is used and mixed and stored therein. You may do so. As a result of the wireless IC verification, if there is no abnormality, the correct license card is sent to the discharge roller 160 by the transport roller 159 as a completed card-shaped license, and is sent to the slit conveyor 7 by the discharge roller 160. ing.

In FIG. 7, reference numeral 161 denotes a power supply unit for supplying operating power, 162 denotes a control unit for controlling the entire apparatus, 163 denotes an operation panel required for operating the apparatus alone, and 52 denotes a face. This is a 3.5-inch magneto-optical disk drive for directly inputting an image or information to be encoded into a wireless IC, instead of transmitting the information from the automatic receiving device 5.

FIGS. 8 and 9 show the structure of a card-shaped license according to the present embodiment. That is, the printed raw card 102 as the first card medium is formed, for example, on the surface of a plastic support 171 by the image receiving layer 17.
2 and a release layer 173 are sequentially laminated.
Then, on the release layer 173, as described above, the three-color color thermal sublimation printing unit 41 and the black character fusion transfer printing unit 42
The printing ink layer 174 of the face image and the written information, the light-resistance improving ultraviolet absorbing film 175 by the light-resistant protective film transfer unit 43, and the ultraviolet curing surface protective film 176 by the surface protective film applying unit 44 are sequentially formed. In FIG. 9, reference numeral 177 denotes a printed face image, and reference numeral 178 denotes printed description information.

The raw wireless IC card 143 as the second card medium is, for example, a plastic support 181.
Of one side is machined to face the groove 182.
Are formed, and a wireless antenna 183 is wound and housed in the groove 182 in a loop shape. On the other surface of the support 181, a writing layer 184 is formed. Also, the support 18
An IC board 185 is housed in the center of 1.
The IC board 185 includes a capacitor / diode unit 186 for power rectification, and hardware logic (wireless communication circuit, CPU, etc.) 18 formed on a one-chip wafer.
7 and an FRAM 188 which is a ferroelectric memory. The inside of the groove 182 is filled with a filler 189.

Some wireless IC cards have a built-in battery in order to transmit radio waves to a distant place. However, the battery naturally has a life and the processing cost is high for collecting and discarding a battery with a long life. Therefore, in the case of short-distance transmission, an electromagnetic coupling type battery-less power supply method in which an internal circuit is operated after a power source is charged by radio waves is also predominant.

As a memory, a ferroelectric memory (FRAM) which operates at a high speed and at a low voltage and retains the stored contents even when the power is cut off has been used. IC cards have been put to practical use. However, in order to keep the thickness of the entire card within 0.76 mm, which is the ISO standard, if all of the capacitors and hard logic forming the wireless IC card are not contained within 0.4 mm, the entire card is required. Therefore, commercialization is considerably difficult because the thickness of the film becomes large.

Further, even when the thickness of the hardware logic 177 and the like of the wireless IC raw card 143 is formed to be 0.4 mm, the remaining thickness of the lower writing layer 184 is set to 0.1 mm.
If it is 15 mm, the thickness of the filler 189 in the upper groove 182 remains only 0.05 mm, and even if the filler 189 is sufficiently filled, the surface cannot be polished cleanly.

For this reason, the wireless IC raw card 143 shown in FIG.
It is also conceivable that the printed raw card 102 is bonded or heat-welded to the wireless IC raw card 143 and integrated, and then subjected to heat-sensitive sublimation printing and heat-sensitive fusion printing on the image receiving layer 172 of the printed raw card 102. Wireless IC raw card 14
That the accuracy of the part of the filler 189 of No. 3 cannot be high;
Even if the height is increased, there is also a difference in the material from other support members 181, and when pressed with a thermal printing head from above, the head touch cannot be made uniform and printing unevenness occurs.

Also, even if measures are taken against this printing unevenness, a sufficiently strong light-resistance improving ultraviolet absorbing film 175 can be obtained.
Is transferred by a heat roller, or after applying an ultraviolet-cured surface protective film 176, and then irradiating ultraviolet rays with a mercury lamp, it is impossible to heat or pressurize the internal IC part.
The part will be destroyed. Therefore, the wireless IC
It is desirable that the raw card 143 be processed into a license card under the condition that the temperature and pressure are as low as possible.

For this reason, currently available wireless IC cards have a simple adhesive structure in which a separately printed sticker is attached from above, and if this is to be removed, it can be easily removed. There was a problem in terms of anti-counterfeiting. However, it is used in a very limited place, and rather, the description on the printed surface is merely a preliminary matter for confirmation, and it is possible to use the contents of the memory built in the IC card body However, since the main purpose was to control the entry and exit of the person and the behavior history, there was no major problem.

In the license making apparatus 6 shown in FIG. 7, after the printing is completed with the printed raw card 102 as a separate body, the wireless IC raw card 143 is taken out as a separate body, and the printed raw card 102 is inspected and confirmed. Thus, the necessary items corresponding to the contents are written (encoded) on the wireless IC raw card 143, and furthermore, the encoded contents are inspected and, if there is no abnormality, sent to the next slit conveyor 7. .

As described above, the two raw cards 102 and 14
If the correspondence between the two raw cards 102 and 143 is compared and encoded in the apparatus by using No. 3, no difference in the content of the comparison occurs. Also, if the adhesive surface of both raw cards 102 and 143 is made of an adhesive which can exhibit sufficient strength even when the temperature and pressure are considerably low, the internal IC part can be printed or heated with a heat roller. Highly reliable wireless IC with printed information on the surface because no pressurization is required
A card-shaped license can be created.

Next, automatic renewal of a license in the above configuration will be described with reference to FIGS. The renewer who has come to the renewal of the license enters the reception box 4 of FIG. 2 and sits on the chair 64 in front of the automatic reception device 5 to renew from the license insertion slot 65 of the license number reading and printing unit 21. Insert your old license. The inserted old license is taken into the license number reading / printing unit 21, the stored contents in the wireless IC (memory) are read out by the wireless IC encoder 72, and the license number reading unit 74 reads the contents of the ticket. The license number is read.

The contents stored in the wireless IC include, for example, 1. Name, 2. 2. date of birth; Permanent domicile, 4. Address, 5. Delivery date,
6. Expiration date, 7. 7. Conditions of license 8. License number;
Type of license 10. Date of acquisition, 11. Blood group, 12.
Retinal image, 13. 13. bit image characters; Other necessary information. Of these stored contents,
The contents described up to 10 are stored as master data in a host computer 34 called a prefectural office host.

Generally, any change in the description is accepted at any police station, and since the police station does not have an online registration terminal, the accepted change is mailed to the driver's license center at a later date. Intensively batched. Therefore, for the person who has changed (generally, nearly 10% in three years), the contents of the certificate and the storage contents of the wireless IC have not been updated, and only the master data has been updated. It is necessary to call up master data.

Further, since the host computer 34 also stores history information such as administrative dispositions and accidents of the license holder, it is determined whether or not renewal procedures such as suspension of a license or cancellation of a license may be accepted. Information and the extension of the validity period of good drivers to five years, which will be implemented from 1995, are classified according to violations, accidents, and histories.

By the way, generally, the host computer 34
Is stored as code data. As for kanji, the first and second JIS standards are standardized, but in the case of a license, there are many special kanji whose names do not fall within this range. For Japanese, it is often a typographical error, and in the era of handwriting registration before computerization, many people wrote non-existent characters by hand by mistake. In recent years, the number of foreigners has increased, and Chinese citizens have many nonstandard Chinese characters.

Until now, a relatively large number of such characters have been created as external characters, and newly defined code data has been registered. And flickered on the terminal device to display it in an easy-to-understand manner. This was a great deal of trouble for the staff. In this embodiment, a person updating for the first time inputs a missing character with a manual tablet, takes in the image bit data, and stores it as a bit image character in the wireless IC.

Since the host computer 34 is not good at handling bit images, the entire computer can be automatically stored by storing the image locally in the driver's license. Therefore, the host computer 34 stores the missing character blank as before.

There are many people who change the contents of the license at the time of renewing the license. Confirmation by copying a certificate is indispensable for changing the contents. At present, such a copy of the certificate is a copy, and it is difficult for a machine to determine this directly. Therefore, after returning the old license and having the attendant change the registration, the automatic accepting device 5 is operated again. However, if a copy of the certificate is digitized in the future, it will remain unchanged. ,
The automatic accepting device 5 can also change the description.

With the above operation, the contents of the license are displayed on the display 23 of the automatic accepting apparatus 5 to request the confirmation of the renewer. In this case, the contents to be displayed and requested to be confirmed are the only
And the dot image of the missing character, and the contents stored in the wireless IC of the license are not normally displayed.

Here, when the updater presses the YES key displayed on display 23, the contents of the appropriate inspection in the next step are displayed on display 23. Appropriate tests include visual acuity, hearing, and motor skills. Of these, the strictness is required for the visual acuity test.

By looking into the visual acuity tester 25, the updater can use voices up, down, and up to a visual acuity test mark in which a part of a circular pattern is cut out and displayed in various sizes. , Left, right. In this case, a keyboard input may be performed for completeness, but since it is necessary to keep an eye on it, it is better to apply a speech recognition technology. In the middle of this examination, we captured the retinal image of the updater,
A matching check with the retinal image stored in the wireless IC of the old license is performed. For a driver's license, the biggest problem is that the face photo and the description are replaced by another person.
I have checked the application form with photos.

It is well known that the identity of a person is confirmed by a fingerprint pattern. However, in recent years, the retina of the eye has also been distinguished from person to person, and has been used for identification of individuals. Is coming. However, in order to capture a retinal image, it is necessary to look into a retinal image input device, and there has been such a situation that the retinal image input device is not popular because it is troublesome. When renewing the license, be sure to collect the retinal image information over a long period of time to ensure that all members perform a visual acuity test on both eyes, and check the matching with the retinal image registered in the wireless IC of the old license. can do.

In this case, a part of the retinal image may rarely change due to an accident, illness, or the like. In this case, a warning is issued to a staff member, and the staff member's face image and the face image of the old license are used. Is performed, and if it is determined that they are the same person, the retinal image is replaced with a newly acquired one by pressing a yes button for correction stored inside the attendant. That is, the image is updated to a new retinal image. Unless strictness is required for the retinal image, sufficient matching can be realized with a memory capacity of about 500 bytes, which is suitable for the present system.

Next, when the visual acuity test is completed, a hearing test using a hearing tester 26 and a limb motor test using a limb motor tester 27 are sequentially performed. In these cases,
Both display on display 23 and voice guidance unit 2
Guided by voice 8.

Thus, when all the suitability tests have been completed,
The guidance for instructing the input of the fee is displayed on the display 23. In this case, depending on the history of the violation, the validity period is divided into 3 years and 5 years, and the training at the time of updating is also divided into simple and normal,
Fees are also different. Here, when a bill is inserted into the bill slot 70 and the coin slot 69 with a bill and a coin, the bill processing unit 30 and the coin processing unit 29 accept it, return change if there is change, and start capturing a face image. .

In face image shooting, blinking, which accounts for the majority of defective cards so far, is the biggest bottleneck. If the eyes are not open, the function as a certificate cannot be performed, so it has always been confirmed that the eyes are open. However, in order to shoot a large number of people one after another, the image of the moment when the picture was taken was displayed on the monitor display, and if the attendant could not see it, another picture was taken again, but by all means check omission Every day, at the driver's license center, more than 10 people found defects during the final inspection. Also,
Even if the renewer himself was taken at a timing that he did not like, even if he was dissatisfied, if he had both eyes open, it would be processed as a correct photo, so he had to meet a bad photo license for several years Become.

In the present embodiment, the photographing is not performed once by the silver halide photography method but is performed by the imaging camera 22 using the three-plate CCD imaging device. Then, by pressing the shooting button, ten screens are taken into the memory as still images every 0.1 seconds. The face image stored in the memory is displayed on the display 23, and, for example, "another screen is
"There is a sheet" is displayed at the bottom of the screen to turn the page. Blinks that cause blinking occur several times to several tens of times a second, so that the face image that the user himself likes can be selected with ten screens. If the user still does not like it, the photographing is performed again to prepare ten new screens.

Since centering of a face image is also important, by using a function called auto framing,
Edit the image with software so that the face image is in the center of the image area. In this manner, the face image confirmed to be correct is input for the first time, and the face image on the ticket surface is determined. Thereafter, the written information of the ticket is called again, and the ticket image information is synthesized and displayed on the display 23.

The license image data of the license thus determined is sent to the hard disk device 33 and stored in the hard disk, and the license creation device 6
Send to Further, the electronically converted face image and the written information are transmitted to the image file server 38 as a ticket image and stored in the optical disk. In this manner, by storing the electronic image, when the reissue is requested due to a lost license or the like, the search terminal device 3 is required.
9 to search for a face image and collate with the person.

Since the image file server 38 is excellent in storing images, the host computer 3
It is convenient to reissue retina images, bit image characters, and the like that are not suitable for storage if they are registered as images. However, since image storage generally requires a large memory capacity, a very large file capacity is required unless the image is compressed. Various standardization attempts have been made for full-color image compression.
If the image compression is up to about 0 times, the deterioration of the image quality is practically not noticeable, and the file capacity can be suppressed by such an image compression technique.

After the image of the ticket has been determined in this way, the thermal transfer printing unit 8
1 to print the serial number of the issuance date (this becomes the serial number for receiving the new license), the class of the course (simple, normal), the date postponement during the renewal procedure, etc. The user writes the information, returns the old license to the renewer, and instructs the display 23 to go to the training room 11.

After the completion of the course, the renewer applies the old license to the license number reading and printing device 12 installed in the training room 11.
In addition to printing the trained seal on the back surface, the trained encoding is also performed on the wireless IC, and the old license is returned to the renewer. On the other hand, the license creating device 6 that has received the license image from the automatic accepting device 5 sequentially stores the image in the memory in the control unit 162, and then starts printing and encoding to the wireless IC.

Since the automatic accepting device 5 enters and operates separately, the finished pitches of the sheet surface data are different. Therefore, if this is transmitted one by one in real time, the line becomes congested at the peak time, so the face data created by the automatic accepting device 5 is stored once in the built-in hard disk device 33,
Receiving a call from the license making device 6, the ticket data is transmitted.

In this embodiment, there are two license preparing devices 6, but one of them is used as a master device, the other is used as a sub device, and the two operate in a well-balanced state. Is controlled by the master unit. The licenses created by the license making device 6 are sequentially accumulated on the slit conveyor 7 and the number up to the completed date serial number is lit on the license date receiving lamp 9 of the license receiving device 9 by lighting. indicate.

Upon completion of the course, the updater who had the old driver's license sign and encode the completed license was displayed on the indicator light 5.
When the old license is inserted into the license insertion slot of the license receiving device 9 while looking at the display content of 6, a license number reading and printing unit 57 having the same configuration as that of FIG. 5 is installed following this insertion slot. Therefore, first, the license number and attendance are confirmed by the wireless IC encoder 72, and the license number on the front surface is checked by the license number reading unit 74. If there is no abnormality, the license is returned to the wireless IC encoder 72 again and the wireless IC encoder 72 is returned. Has been updated,
In addition to the invalid encoding, the thermal transfer printing section 81 prints a large updated updated invalid mark on the rear surface using a red ribbon on the rear surface, and then collects the updated invalid mark in the collection hopper 88. On the other hand,
The pick-up device 8 is operated to take out a new license from the slit conveyor 7 and discharge the new license downward using a chute in the vicinity of the license insertion slot.

With such a configuration, the license renewal procedure, which is currently performed almost manually and has a severe peak congestion, can be performed completely unattended. User renewal and extension of renewal procedure time can improve user convenience.

The advantage of adding a wireless IC to a license has not been described before, but the greatest advantage is the creation of a violation ticket during enforcement. Currently, police officers of the police see the information on the surface of the license held by the renewal person and transcribed to the violation ticket, but it is difficult to read in dark places at night, so eliminating mistakes Sometimes it took a long time.

On the other hand, as in the present embodiment, if all of the described information is stored in the wireless IC of the license, the license can be brought closer to the portable terminal device and a predetermined processing button can be operated. Since the portable terminal device drives the built-in printer and launches a violation ticket containing all the description contents,
Processing is extremely fast and reliable. In addition, some IC cards have contacts, but since the contacts may be damaged or rusted due to the carrying style of the license, the non-contact wireless type is completely shielded. Is desirable.

The host computer 3 of the driver's license center
In some rare cases, a long time may be required for repairs due to the failure of the device 4, which may occur. In this case, the license is currently stamped on the back of the license during the renewal process, and you will be asked to come back at a later date. The only option was to create a driver's license using indirect photography using the face photo attached to the application.

However, in the case of the present system, the face image of the person and the written information read from the stored contents of the wireless IC are sequentially written into the magneto-optical disk device 52 of the license making device 6, and
Just remember it (I can't issue it because I don't know the administrative disposition of the updater).
If the information stored in the magneto-optical disk device 52 is sequentially taken out, the contents are confirmed by communicating with the computer 34, only the items to be changed are changed, and the license making device 6 makes a license, The renewer will be mailed at a later date, but will be able to receive a license with a photo of the face that the renewer has agreed to.

In the present system, if the number of people who do not need to receive a license on the spot increases, for example, as shown in FIG.
A large number of receiving boxes 4 are installed in various places, and the image of the ticket created here is transmitted to a driver's license creation device at a driver's license center via a communication line, or a magneto-optical disk device is installed in an automatic receiving device. Then, the data is stored in the magneto-optical disk, and the magneto-optical disk is periodically collected and created by directly inserting it into the magneto-optical disk device of the license creating device of the driving license center. It is possible to select various system variations.

If the address and name of the renewal driver's license are machine-readable in this way, by adding information such as a telephone number and gender to other items, the current social life can be obtained. Various types of applications written on a daily basis (applications at government offices, application forms for mailing, applications for courier service, etc.) are also available on mobile terminal devices that read the contents of this wireless IC card type license. Just installing it eliminates the need for handwriting, greatly improving convenience.

However, it is often problematic that anyone who does not want to know the information can be taken out by opening such a device. Therefore, the contents of the memory are strictly divided and the security area is divided. It is absolutely necessary to define and set a guard that makes this security area inaccessible only for renewing the original driver's license.

As described above, according to the above embodiment, the following operational effects can be obtained. (1) By enabling license renewal in unmanned driving,
It is possible to reduce the congestion in the currently peak time zone, increase the update procedure time, and increase the number of machines (only possible with the automatic receiving device), thereby improving the convenience of the user who updates. (2) By seeking information for identity verification from a retinal image that is individually possessed by the individual and has high identification ability,
Even while unmanned, it is possible to achieve a higher degree of accuracy than identity verification that has conventionally been performed manually.

(3) Under a relaxed environment, a face image that is satisfied by the person himself is approved by the person at the time when he / she is satisfied. Once you're done, you can avoid having to worry about your face not being like this for years.

(4) Since the printing of the surface including the face image and the application and curing steps of the protective film are separated from the wireless IC card,
A license having a hard protective film with a beautiful image can be created under conditions that do not damage C. (5) Since the printing of the surface including the face image, the application of the protective film, and the curing process are separated, a license creation device that does not require a wireless IC must be made separately, and a wireless IC adapter unit must be additionally installed. The function can be extended.

(6) A verification test of the printing on the front side and the number reading are performed, and only a printed raw card that has passed the verification can be provided with a function by adding a wireless IC raw card. The license can be created without wasting the IC raw card and checking the correct matching. (7) Encoding to the wireless IC and printing on the back side are performed reliably in all steps, making the checks in each step more reliable, and even if there is a problem, the printed contents on the back side can be The staff can respond correctly based on this.

(8) By storing image information (retinal image, missing character dot image image) that is not suitable for the host computer to store in the wireless IC, reliable and quick response is possible and load on the host computer is reduced. It is possible to build a system that does not call.

(9) When the license card is completed,
Even if the defect is found only after receiving the person,
By specifying the license number, it is possible to recall and regenerate the card surface image data from the memory without taking the image again, so that it is possible to respond promptly without inconveniencing the person as in the conventional case. .

(10) Since the entire system operates using the old license as a medium, there is no need for extra tickets such as paper, attendance slips, renewal application forms, etc., and paperless management and waste of money can be eliminated. (11) Since no renewal application form is required, the labor of the renewer can be reduced.

(12) Since the license image can be automatically registered in the image file server, the identity of the license can be easily re-issued when the license is lost, etc. Since the image is also stored in the image file server, a more reliable identity check can be performed.

(13) If all of the described information is stored in the wireless IC of the license, the license can be brought closer to the portable terminal device and a predetermined processing button can be operated to activate the printer built in the portable terminal device. Since the drive is performed and a violation ticket including all the described contents is set, the processing is extremely fast and reliable. Therefore, it is quick and easy for a police officer to create a violation ticket.

In the above-described embodiment, a case has been described in which an automobile driver's license is automatically created. However, the present invention is not limited to this. For example, a personal identification called an ID card may be used. Cards and introductory certificates for factories, etc.
The same applies to the case of creating a certificate with another face image.

[0117]

As described above in detail, according to the present invention, for example, it is suitable as a driver's license for a car, and it is possible to automate the renewal of the license, thereby improving the convenience of the license holder and improving the reliability. It is possible to provide a certification card creation device and a certification card creation method capable of creating a highly reliable certification card. Further, according to the present invention, for example, when a certification card is used as a driver's license for a car, a certification card processing method can be provided that makes it possible for a police officer to quickly and easily create a so-called violation ticket.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of a driver's license automatic updating system according to an embodiment of the present invention.

FIG. 2 is a conceptual diagram showing a layout of an automatic renewal place of a driver's license.

FIG. 3 is a front view showing the appearance of the automatic receiving device.

FIG. 4 is a side view showing the appearance of the automatic receiving device.

FIG. 5 is a side view schematically showing a configuration of a license number reading and printing unit.

FIG. 6 is a schematic configuration diagram of an eyesight tester.

FIG. 7 is a side view schematically showing a configuration of a license making device.

FIG. 8 is an exploded side view showing the configuration of the license.

FIG. 9 is an exploded plan view showing a configuration of a license.

FIG. 10 is a flowchart illustrating an automatic license renewal operation.

FIG. 11 is a flowchart illustrating an automatic license renewal operation.

FIG. 12 is a flowchart illustrating an automatic license renewal operation.

FIG. 13 is a flowchart illustrating an automatic license renewal operation.

[Explanation of symbols]

1 ... update room, 4 ... reception box, 5 ... automatic reception device, 6 ... license creation device, 7 ... slit conveyor, 8 ... pickup device, 9 ... license reception device, 40 ... Printed raw card hopper, 41: 3-color color thermal sublimation printing unit, 42: Black character fusion transfer printing unit, 45
...... Surface protective film coating part, 47 ... Wireless IC raw card hopper, 48 ... Two kinds of raw card fusion bonding part, 49 ... Wireless I
C encoder, 102: printed raw card (first card medium), 143: wireless IC raw card (second card medium), 183: wireless antenna, 185: IC board, 187: hardware logic , 188 ... FR
AM ,.

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI theme coat ゛ (reference) H04N 5/76 G06K 19/00 SF term (reference) 2C005 HA03 HA05 HB03 JA26 JB02 JB32 KA02 KA06 KA37 KA40 LA04 LA20 LA28 LA30 LA33 LA34 LA35 LA36 LA37 LA38 LA39 LB06 LB10 LB34 LB37 LB45 LB46 LB47 LB52 LB55 MA04 MB01 NA08 PA18 SA01 SA13 TA22 TA27 5B035 AA00 BA05 BB09 BC01 CA23 5B058 CA17 KA04 KA05 FA08 FA02 FA05

Claims (7)

[Claims] 1. A certification card creation device connected to a host device for creating a certification card, comprising: imaging means for taking a face image of an applicant applying for creation of a certification card; and identification information of the applicant. Identification information input means for inputting, from the host device, information on the applicant to be written on a first card medium based on the identification information input by the identification information input means. The face image of the applicant captured by the imaging unit and the information of the applicant acquired by the applicant information acquiring unit are stored in a first
A printing unit that prints on the card medium, an inspection unit that checks whether the printing state of the first card medium printed by the printing unit is good, and that the inspection unit determines that the printing state of the first card medium is good If the first printing is performed by the printing unit,
A bonding means for bonding a second card medium having a storage means different from that of the first card medium into a certification card to form a certification card; and a certification card which is laminated by the bonding means. A writing unit for writing the applicant information acquired by the applicant information acquisition unit into the storage unit; and a certification card creation apparatus. 2. A certification card creation device connected to a host device for creating a certification card, comprising: imaging means for taking a face image of an applicant applying for creation of a certification card; and identification information of the applicant. Identification information input means for inputting, from the host device, information on the applicant to be written on a first card medium based on the identification information input by the identification information input means. The face image of the applicant captured by the imaging unit and the information of the applicant acquired by the applicant information acquiring unit are stored in a first
A printing means for printing on the card medium of the above, a protection film forming means for forming a protection film on the surface of the first card medium on which the face image of the applicant and the information of the applicant are printed by the printing means. Inspection means for inspecting the quality of the first card medium on which the protection film is formed by the protection film formation means; and forming the protection film only when the inspection means determines that the first card medium is non-defective. A first card medium on which a protective film is formed by means, a second card medium having a built-in storage means different from the first card medium, and a bonding means for forming a certification card; At least the face image of the applicant captured by the imaging unit and the information of the applicant obtained by the applicant information obtaining unit are stored in the storage unit of the certification card bonded by the bonding unit. And a writing means for writing a report. 3. An image reading means for optically reading an image printed on the surface of the first card medium; and a first card based on the image read by the image reading means. Character recognition means for recognizing characters printed on the surface of the medium; reference image input means for inputting a reference image of the surface of the first card medium corresponding to the recognition result of the character recognition means; 3. A certification card according to claim 2, further comprising: comparison means for comparing a reference image input by means with an image read by said image reading means, and outputting the comparison result as an inspection result. Creation device. 4. An image capturing step of capturing a face image of an applicant applying for the creation of a certification card; an identification information inputting step of inputting identification information of the applicant; and identification information input by the identification information inputting step. An applicant information acquiring step of acquiring from the host device the information of the applicant to be described in the first card medium based on the following: an applicant's face image captured by the imaging step and the applicant information acquiring step A printing step of printing the acquired information of the applicant on a first card medium, an inspection step of inspecting whether or not the printing state of the first card medium printed by the printing step is good, If it is determined that the printing state of the card medium of the first card medium is good, the first card medium printed in the printing step is replaced with the first card medium. A bonding step of bonding a second card medium having a storage means different from the medium into a certification card, and the applicant information obtaining step in the storage means of the certification card bonded by the bonding step. A method for creating a certification card, comprising: an applicant information writing step for writing the acquired applicant information. 5. An image capturing step of capturing a face image of an applicant who applies for creation of a certification card; an identification information inputting step of inputting identification information of the applicant; and identification information input in the identification information inputting step. An applicant information acquiring step of acquiring from the host device the information of the applicant to be described in the first card medium based on the following: an applicant's face image captured by the imaging step and the applicant information acquiring step A printing step of printing the acquired applicant information on the first card medium; and a printing step for printing the face image of the applicant and the applicant information on the surface of the first card medium by the printing step. A protective film forming step of forming a protective film, and a first protective film formed by the protective film forming step.
An inspection step of inspecting the quality of the card medium, and only when the inspection step determines that the first card medium is non-defective, the first card medium on which the protective film has been formed by the protective film forming step A bonding step of bonding a second card medium having a storage means different from the first card medium into a certification card, and the storage means of the certification card bonded by the bonding step. A certification card creation method, comprising: at least an applicant information writing step of writing at least the applicant's face image captured by the imaging step and the applicant information acquired by the applicant information acquisition step. 6. A storage device in which at least a face image of the holder and character information necessary as a certification card are recorded on the front surface, and storage means for storing at least the face information of the front surface, and the storage contents of the storage means A certification card that can be transmitted to the outside by non-contact communication is brought close to the portable terminal device, the portable terminal device is operated, and the contents stored in the storage means of the certification card are transmitted to the portable terminal device. Receiving the stored contents of the certification card storage unit transmitted from the certification card in the portable terminal device, and printing predetermined information including the received storage contents of the certification card storage unit on a form. Signature card processing method. 7. The certification card creation device according to claim 6, wherein the certification card is a license, and the form is a violation ticket.