JPH07309087A - Card-fabricating device - Google Patents

Abstract

PURPOSE:To provide a card-fabricating device wherein a plurality of classifications can be automatically carried out according to classification information to a fabricated certification card, and classification processing by troublesome manual operation having a fear of generating classification miss like conventional one is made useless. CONSTITUTION:A fabricated certification card is discharged onto a card distributing rack 112 via a pair of carrier rollers 110. At that time ON-OFF of a solenoid 122 of a card distributing rack-displacement mechanism 116 is controlled according to distinction of sex of the certification card discharged to kind information inputted from an operation board, and a slant direction of the card distributing rack 112 is switched. Then, a male certification card is distributed to a stacker 94, further a female certification card is respectively distributed to a stacker 92. They are housed in a classified state.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a card producing apparatus for producing a certification card such as a driver's license for a vehicle or a personal identification card called an ID card.

[0002]

2. Description of the Related Art Generally, in this type of card making apparatus, after a face image of a holder and character information necessary for a certification card are printed on the surface of a card medium, a protective film is formed on the printed surface of the card medium. Is formed and is discharged as a certification card to a stacker which is a card storing means. Further, in the conventional device, the produced certification card is discharged to only one place.

[0003]

As described above, the conventional card making apparatus has the following problems because the produced certification card is discharged to only one place. . (1) Separation based on the type of the created proof card, for example, sex based on gender such as male and female, needs to be done manually after creating the proof card, which is troublesome and time consuming, and classification errors occur. There is fear.

(2) When forcibly ejecting an incomplete card due to a device trouble or the like, it mixes with a completed good card, and it is necessary to manually perform it later, which is troublesome and time-consuming, and also human-made. There was a possibility that problems such as double issuance would occur due to a mistake in the operation.

Therefore, the present invention has been made based on the above circumstances, and the purpose thereof is to perform a plurality of classifications automatically according to the classification information for the created certification card, which is troublesome as in the prior art. In addition, it is an object of the present invention to provide a card making apparatus that does not require manual sorting processing that may cause a sorting error.

[0006]

As a first means for solving the problems of the present invention, information input means for inputting a face image of a holder and character information necessary for a certification card,
Printing means for printing at least the face image of the holder and character information required as a certification card on the surface of the card medium by the input information from the information input means, and a card medium on which the face image and the character information are printed by the printing means A protective film forming means for forming a protective film on the printed surface of the protective film, and a certificate card having a protective film formed by the protective film forming means according to the type information inputted from the input means. The distribution means for distributing the cards and the plurality of card accommodation means for accommodating the certification cards distributed by the distribution means for each type are provided.

As a second means, an information input means for inputting the face image of the holder and character information necessary for a certification card, and input information from this information input means allows at least the holder's face image on the surface of the card medium. Printing means for printing face information and character information required as a certification card, and protective film formation for forming a certification card by forming a protective film on the printing surface of a card medium on which the face image and character information are printed by this printing means Means, an inspection means for inspecting the quality of the certification card having the protective film formed by the protective film forming means, and a sorting device for allocating the certification card to a non-defective card and a defective card in accordance with the inspection result by the inspection means. And a plurality of storing means for individually storing the non-defective card and the defective card sorted by the sorting means. That.

Further, as a third means, there is provided a certificate card producing device for producing a certification card by printing a face image of a holder and necessary character information, and a card carrying-out means for carrying out the produced certification card. A card displacing table which is provided in the card unloading direction of the card unloading means and which is capable of turning and displacing a certificate card that has been unloaded; Card sorting table displacing means for inclining in the direction 2 and control means for controlling the tilting direction of the card sorting table by the card sorting table displacing means to be switched according to the sorting information for the certification card. And a plurality of accommodating means for accommodating individually the certification cards in which the certification cards are selectively distributed in two different directions according to the inclination of the card sorting table. One in which the.

[0009]

According to the card creating device of the first means, the created certification cards are sorted according to the type information input from the input means by the sorting means, and the sorted certification cards are sorted by type. It can be stored in more than one card storage means, which automatically sorts the created certification cards according to gender, such as male and female, which is troublesome and time-consuming as in the past. At the same time, it is possible to eliminate the manual work classification that may cause a classification error.

Further, according to the second means, the produced certification cards are sorted by the sorting means into the non-defective cards and the defective cards according to the inspection result by the inspecting means, and the sorted certification is obtained. Each card can be individually accommodated in a plurality of card accommodation means, whereby
When forcibly ejecting an incomplete card due to device trouble etc., it does not mix with a completed good card, it is troublesome and time consuming as in the past,
It is possible to eliminate the manual work division that may cause troubles such as double issuance due to human error.

Further, according to the third means, the produced certification card is carried out on a card displacing table which is provided in the card unloading means in the card unloading direction and which is rotatable and displaceable. In the certification card transferred to, the card sorting table is tilted in the first direction and the second direction different from the first direction according to the sorting information for the certification card by the card sorting table displacement means. 2 depending on switching to
The certification cards can be selectively distributed in one direction, and the certification cards can be individually accommodated in a plurality of card accommodation means. As a result, sorting information for the created certification cards, for example, gender of male and female, or non-defective product Cards and defective cards, etc. can be automatically classified, and it is possible to eliminate the manual labor classification that may cause troubles such as classification mistakes and double issuance as in the past, which is troublesome and time consuming. Becomes

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 schematically shows the configuration of a license creation device 1 as a card creation device of the present invention.
In the figure, reference numeral 2 denotes a housing as a main body of the apparatus, and an operation input section 4 formed on a front surface portion (right side portion in the drawing) of the housing 2 is provided as an information and certification card for independently operating the apparatus. The operation panel 6 as the first input means for inputting necessary information, the 3.5-inch magneto-optical disk device 8 as the second input means for directly inputting the face image information of the owner, and the input by these A display device is provided for displaying information content, abnormality, and the like.

A card medium supply unit 12 is provided at an upper portion on the front surface side inside the housing 2 so as to sequentially take out and supply the card medium 10 which is the original ticket of the certification card 100 one by one. The card medium supply unit 12 includes a card hopper 14, and the card hopper 14 has a large number of card mediums 10.
Are stacked and stored in a horizontal state with the surface to be printed facing up.
A weight 16 is provided in the card hopper 14 for pressing the stored card medium 10 downward.

The card medium 10 in the card hopper 14 is
Extraction roller 1 made of a rubber roller that rotates counterclockwise
By 8, the cards are sequentially taken out one by one from the card medium 10 at the lowermost end.
The card medium take-out port 14a of the card hopper 14 is provided with a mechanism (not shown) called a throat knife for holding a gap that is wider than one sheet of the card medium 10 and narrower than two sheets.

The card medium 10 taken out by the take-out roller 18 is sent to a glue roller 20 arranged in the take-out direction (left direction in the drawing). The glue roller 20 adheres to the adhesive layer and peels off the dust when the dust adheres to the surface (printing surface) of the card medium 10 due to contact with the throat knife at the time of taking out, and the surface of the card medium 10 Has the function of cleaning.

The card medium 10 that has passed the disposition position of the glue roller 20 is sent to a three-color color thermal sublimation printing unit 22 as a printing unit. The three-color thermal sublimation printing unit 22
A full-color multicolor printing of the face image of the owner (updater) on the card medium 10, and a yellow printing section 24Y, a magenta printing section 24M, and a cyan printing sequentially arranged in the transport direction of the card medium 10. Consisting of part 24C, Y
The three colors of (yellow), M (magenta), and C (cyan) are sequentially superimposed to perform thermal sublimation printing.

The printing units 24Y, 24M and 24C are
Platen rollers 26Y, 26M and 26C, thermal printing heads 28Y, 28M and 28C, and platen rollers 26Y, 26M and 26C and thermal printing heads 28Y and 28
Ink ribbons 30Y, 30M, 30C and thermal sublimation printing ink ribbons 30Y, 30M, 30C of three colors of Y (yellow), M (magenta), and C (cyan) with intermediate portions interposed between M and 28C The ink ribbon delivery shafts 32Y, 32M and 32C are wound around both ends thereof and the ink ribbon take-up shafts 34Y, 34M and 34C.

The platen rollers 26Y, 26M, 2
6C is designed to minimize slippage with the card medium 10.
It is made of soft rubber rollers or ceramic powder implantation rollers.

Further, in order to print the written information in black characters following the face image printing by the three-color thermal sublimation printing unit 22 thus constructed, thermal fusion transfer printing is performed.
In general, heat-sensitive melt transfer printing has a lower applied energy than sublimation printing, and therefore can be conveyed at high speed. Therefore, the melt transfer printing is more preferable for character printing having a larger printing area (length in the longitudinal direction) than the face image.

Therefore, a black character fusion transfer printing section 36 as a second printing means is arranged at the subsequent stage (left side in the drawing) of the three-color thermal sublimation printing section 22, and the card medium 10 on which the face image is printed. Are sent to the black character fusion transfer printing section 36.

The black character fusion transfer printing section 36 prints the described information as characters as described above.
8, a thermal printing head 40, a black heat-melt transfer ink ribbon 42, an ink ribbon delivery shaft 44, and an ink ribbon take-up shaft 46.

Further, a light resistance improving protective film transfer portion 50 as a protective film forming means is disposed after the black character fusion transfer printing portion 36, and the card medium 10 on which printing has been completed is completed.
An ultraviolet (UV) protective film is melt-transferred onto the surface of the.

This is a protection against the fading of the sublimation-printed face image due to the irradiation of ultraviolet rays by coating the ultraviolet-curable surface protective film in the next stage. The UV protective film also has an essential function for preventing fading (light resistance) when exposed to sunlight in actual use.

Like the thermal printing ink ribbon, this UV protective film is also transparent and is formed on the ribbon of the transfer paper, and a pinch roller having a heating element embedded therein is pressed against the UV protective film for thermal transfer. Do. Of course, the transfer may be performed with a thermal printing head, but since the transfer is performed over the entire surface, it is advantageous to use a cheaper heat roller.

Therefore, the card medium 10 on which the written information is printed by the black character fusion transfer printing section 36 is sent to the light resistance improving protective film transfer section 50. Light resistance improvement protective film transfer part 5
0 is for performing the melt transfer of the UV protective film as described above, and includes the platen roller 52, the heat roller 54, and the U roller.
A V protective film melt transfer ribbon 56, a ribbon delivery shaft 58,
It is composed of a ribbon winding shaft 60.

The card medium 10 on which the UV protection film is melt-transferred at the light resistance improving protection film transfer portion 50 is clamped by the clamp roller 6.
It is sent to the chute section 64 via the No. 2 and transferred to the lower belt conveyor 66.

That is, it is sent by the clamp roller 62,
When the front end of the card medium 10 hits the stopper / fall chute 68, the rear end (right end) of the card medium 10 is disengaged from the clamp roller 62 and rotated clockwise to drop along the stopper / fall chute 68. ing.
The falling surface is provided with a horizontal belt conveyor 66, which receives the dropped card medium 10 and conveys it to the right, while gradually guiding the disturbed posture by a not-shown alignment guide to a correct posture. Then, it is conveyed to a surface protective film coating section 70 as a surface protective film coating means.

The surface protective film coating section 70 is used for the card medium 10.
UV curing liquid is applied to the surface of the pinch roller 7
2, UV curing liquid tank 74, constant quantity feeder 76, and
It is composed of an application pen 78. That is, the card medium 10 conveyed by the belt conveyor 66 is first firmly pressed onto the belt conveyor 66 by the pinch rollers 72, and then the constant quantity feeder 76 is used by the UV curable liquid tank 74.
Sampling a fixed amount of UV curing liquid from the
Then, the UV curable liquid is thinly applied to the entire surface of the card medium 10 by the application pen 78 by applying the capillary phenomenon.

Since the surface of the UV curable liquid becomes very hard when it is cured, the surface of the UV curable liquid is less likely to be scratched as compared with a simple overcoat layer, and the durability can be greatly improved.

The card medium 10 coated with the UV curable liquid in the surface protective film coating section 70 is sent to the surface protective film curing section 80 as the surface protective film curing means. Surface protection film curing part 8
0 cures the UV curable liquid applied on the card medium 10, and is composed of a belt conveyor 82 and a mercury lamp 84 installed above it by about 10 cm. That is, the card medium 10 conveyed by the belt conveyor 66 is delivered to the belt conveyor 82 and conveyed. By irradiating the surface of the card medium 10 carried on the belt conveyor 82 with ultraviolet rays from a mercury lamp 84, the UV curable liquid applied to the surface of the card medium 10 is rapidly cured. Is.

The UV curable liquid has been widely used in recent years because it has a property that it is easily cured in a short time when it is irradiated with ultraviolet rays, and it does not cure except when it is irradiated with ultraviolet rays.

The card medium 10 that has passed through the surface protection film curing section 80, that is, the produced certification card 100, is a section stacking section 90 as a section stacking means arranged to the right of the surface protection film hardening section 80 in the figure. Then, as will be described later, it is automatically accommodated in the stackers 92 and 94 as individual card accommodating means according to the classification information for the created certification card 100.

In FIG. 1, 96 is a power supply section for supplying operating power, and 98 is a control unit for controlling the entire apparatus. Next, the sorting / collecting unit 90, which is an essential part of the present invention.
The configuration will be described with reference to FIGS. 2 and 3.

In the subsequent stage of the surface protective film curing section 80, a pair of conveying rollers 110 as a card unloading means for unloading the certification card 100 delivered from the surface protective film curing section 80 is arranged. The pair of transport rollers 110 includes the lower transport rollers 110a and 110a and the upper transport roller 1 which is in rolling contact with the lower transport rollers 110a and 110a.
10b and 110b, and the certification card 100 is provided with the lower conveyance rollers 110a and 110a and the upper conveyance roller 1
It is held between 10b and 110b, and as it rotates, FIG.
In this state, it is carried out to the right.

A card sorting table 112 is provided in the card carrying-out direction of the carrying roller pair 110 to receive the carried-out certification card 100 and sort it in a predetermined direction.
The card sorting table 112 has a rectangular plate shape, and is provided with guide frames 112a, 112a that are erected upward on both side edges of the conveying roller pair 110 that are orthogonal to the carrying-out direction.

The card distribution table 112 is rotatably supported with a support shaft 114 penetrating a pair of support arm portions 112b, 112b provided on the lower surface side thereof as a fulcrum.

On the lower surface side of the card sorting table 112,
As shown in detail in FIG. 3, the card sorting table 112 is arranged in a first direction indicated by a solid line and in a second direction indicated by a chain double-dashed line different from the first direction, respectively, by 20 ° or more with respect to the horizontal. A card sorting table displacing mechanism 116 is provided as a card sorting table displacing means for inclining.

The card sorting table displacement mechanism 116 is a tension spring 118 as a biasing means for constantly biasing the card sorting table 112 so as to incline the card sorting table 112 in the first direction shown by the solid line, and the biasing force of the tension spring 118. And a pulling mechanism 120 for inclining in a second direction shown by a chain double-dashed line.

The pulling mechanism 120 includes a solenoid 122 as an operation source and a plunger 12 of the solenoid 122.
2a and a linking support plate 112c protruding from the lower surface of the card distribution table 112.

Then, the solenoid 122 is turned ON-O.
By the vertical movement of the plunger 122a associated with the FF operation, the support shaft 114 can be tilted in each direction at an angle of 20 ° or more with respect to the horizontal with the support shaft 114 as a fulcrum of rotation.

Further, on the inclined lower end side of each card sorting table 112, a stacker 9 as the card storing means is provided.
2, 94 are provided. The transport roller pair 110
A card detection sensor 126 as a card detection means for detecting the passage of the certification card 100 carried out to the card sorting table 112 is provided in the vicinity of.

The card detection sensor 126 is connected to a control unit 128 as control means as shown in FIG.
In addition, the control unit 128 is provided with a solenoid 1 of the card sorting table displacement mechanism 116 via a solenoid driver 130.
22 is in a connected state. Furthermore, the control unit 1
An operation panel 6 as a first input means is connected to the card 28, and based on the type information input from the operation panel 6, in this embodiment, the input information of the gender of the male and female, the card distribution table The displacing mechanism 116 controls the distribution direction.

That is, when the certification card 100 sent to the sorting / collecting unit 90 is determined to be the male certification card 100 based on the type information input from the operation panel 6, the card sorting table displacement mechanism. 116 solenoid 12
2 is in the OFF state, and the card sorting table 112 is in the solid line state in FIG. 3 due to the biasing force of the tension spring 118, and in the inclined state in which the stacker 94 side is the inclined lower end as shown in FIG.

Then, the male certification card 100 carried out through the pair of carrying rollers 110 is a card sorting table 112.
It is guided by the stacker 94 and accommodated therein. If the certification card 100 sent to the sorting / collecting unit 90 is determined to be the female certification card 100 based on the type information input from the operation panel 6, the solenoid of the card sorting table displacement mechanism 116 is determined. 122 is in the ON state, the card sorting table 112 resists the biasing force of the tension spring 118, and the stacker 9 is in the two-dot chain line state of FIG. 3 and as shown in FIG.
The inclined state is that the 2 side is the inclined lower end.

Then, the female certification card 100 carried out through the pair of carrying rollers 110 is used as a card sorting table 112.
Is guided to the stacker 92 and is stored therein. Normally, the solenoid 122 of the card sorting table displacement mechanism 116 is in the OFF state so that the certification card 100 is distributed to the stacker 94, and the tip of the certification card 100 distributed to the stacker 92 is the card. Detection sensor 126
When the optical axis of is blocked, the solenoid 122 remains ON for a predetermined time, and the certification card 100 is distributed to the stacker 92.

As described above, in this embodiment, the produced certification cards 100 are sorted according to the type information input from the operation panel 6 as the input means, and the sorted certification cards 100 are distributed. Each type can be accommodated in a plurality of stackers 92 and 94 as card accommodating means.
The classification according to the classification of 0, in this example, the classification according to the gender such as male and female can be automatically performed, eliminating the manual labor classification which is tedious and time consuming and may cause a classification error as in the past. Is possible.

Next, another embodiment of the present invention will be described with reference to FIGS. In this embodiment, an inspection means 140 for inspecting the quality of the produced certification card 100 is provided between the surface protective film curing section 80 and the sorting and accumulating section 90, and a non-defective card is placed in the stacker 94 and a defective card is placed. The stacker 92 is distributed and stored in the stacker 92, and the other parts have the same structure as that of the one embodiment. Therefore, the overlapping portions are given the same reference numerals and detailed description thereof is omitted.

The inspection means 140 is a belt conveyor 142.
And a printing surface scanner 144 that is an OCR reader. The printing surface scanner 144 includes a lighting unit 146 including an LED array and a lens that illuminates the surface of the certification card 100, and a reflected light from the surface of the certification card 100. The image pickup unit 148 includes a contact sensor that receives light and converts the light signal into an electric signal, and a lens.

The printing of the certification card 100 is made up of predetermined description items and a facial photograph, of which the license number is written in OCR characters. Therefore, it is possible to read the license number with the printing surface scanner 144 and determine what the ticket surface is like.

Further, the printing surface scanner 144 is connected to the control unit 128 as a control means as shown in FIG. 8, and based on the pass / fail information input from the printing surface scanner 144, the card sorting table is provided. The displacing mechanism 116 controls the distribution direction.

When the certification card 100 sent to the sorting and stacking unit 90 is determined to be a non-defective certification card 100 based on the pass / fail information input from the printing surface scanner 144, the card sorting table. The solenoid 122 of the displacement mechanism 116 is turned off, and the card sorting table 11
2 by the biasing force of the tension spring 118, the solid line state of FIG. 3 described in the above-described embodiment and the inclined state in which the stacker 94 side is the inclined lower end as in the case shown in FIG.

Then, the non-defective certificate card 100 delivered through the pair of transport rollers 110 is transferred to the card sorting table 112.
It is guided by the stacker 94 and accommodated therein. In addition, the certification card 100 sent to the sorting and stacking unit 90 is based on the pass / fail information input from the printing surface scanner 144,
When it is determined that the card 100 is defective, the card sorting table displacing mechanism 1 is used in the same manner as described in the first embodiment.
The solenoid 122 of 16 is turned on, the card sorting table 112 resists the biasing force of the tension spring 118, and the two-dot chain line state of FIG. 3 and, as shown in FIG. It becomes a state.

Then, the defective proof card 100 carried out through the pair of carrying rollers 110 is transferred to the card sorting table 112.
Thus, the stacker 92 is guided and stored.
In this way, the produced certification cards 100 are sorted into non-defective cards and defective cards according to the inspection result by the inspection means 140, and the sorted certification cards 100 are individually stacked as a stacker as a plurality of card storage means. 9
It can be accommodated in 2, 94, so that when an incomplete card is forcibly ejected due to a device trouble or the like, it is not mixed with a finished good card,
As in the conventional case, it is possible to eliminate the manual work section which is troublesome and time-consuming and which may cause troubles such as double issuance due to human error.

In the above embodiment, the case where the card creating apparatus of the present invention is applied to the license creating apparatus 1 for automatically creating a driver's license of an automobile has been described, but the present invention is not limited to this. However, the invention can be similarly applied to the case of creating a certificate with another face image, such as a personal identification card called an ID card or an entrance certificate for a factory. In addition, it goes without saying that the present invention can be variously modified and implemented without departing from the spirit of the present invention.

[0055]

As described in detail above, the present invention has the following effects. According to the card producing apparatus of claim 1, the produced certification cards are sorted by the sorting means according to the type information inputted from the input means, and the sorted certification cards are divided into plural cards for each type. It can be stored in the storage means, which automatically sorts the created certification cards according to the type of sex, such as male and female, which is cumbersome and time-consuming as in the past, and misclassified. It is possible to eliminate the manual work division that may cause the occurrence of.

Further, according to the card producing apparatus of the second aspect, the produced certification cards are sorted by the sorting means into the non-defective cards and the defective cards according to the inspection result by the inspection means. The sorted certification cards can be individually stored in multiple card storage means, so that when an incomplete card is forcibly ejected due to equipment trouble, etc., it will be mixed with a completed good card. It is possible to eliminate the manual labor division which is troublesome and time-consuming and which may cause troubles such as double issuance due to human error, unlike the conventional case.

According to the card producing apparatus of claim 3, the produced certification card is carried out on the card displacing table which is provided in the card carrying-out direction of the card carrying-out means and which can be rotationally displaced. In the certification card transferred onto the distribution table, the card distribution table has a first direction and a second direction different from the first direction according to the distribution information for the certification card by the card distribution table displacement means. By selectively switching to tilt in the two directions, the certification cards can be selectively sorted into two different directions, and the certification cards can be individually accommodated in a plurality of card storage means. Gender such as male and female, or good card and bad card can be automatically classified, which is troublesome and time consuming as in the past, and troubles such as classification error and double issue It is possible to eliminate the manual classification that may occur.

[Brief description of drawings]

FIG. 1 is a side view schematically showing the configuration of a license creation device according to an embodiment of the present invention.

FIG. 2 is a side view showing a configuration of a sorting and accumulating unit which is a main part of the embodiment.

FIG. 3 is a front view showing a configuration of a sorting and accumulating unit which is a main part of the embodiment.

FIG. 4 is a block diagram showing a control system of a sorting / collecting unit, which is a main part of the embodiment.

FIG. 5 is a front view showing a sorting operation of a sorting / collecting unit, which is a main part of the embodiment.

FIG. 6 is a front view showing a sorting operation in a direction different from that of FIG. 5 of the sorting and accumulating unit which is a main part of the embodiment.

FIG. 7 is a side view schematically showing the configuration of a license creation device according to another embodiment of the present invention.

FIG. 8 is a block diagram showing a control system of a sorting and accumulating unit which is a main part of the embodiment.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... License creation device (card creation device), 6 ... Operation panel (input means), 10 ... Card medium, 12 ... Card medium supply part, 22 ... Three-color color thermal sublimation printing part (printing means),
36 ... Black character melt transfer printing section (second printing means), 50
... Light resistance improving protective film transfer portion (protective film forming means), 70 ...
Surface protective film coating unit (surface protective film coating unit), 80 ... Surface protective film curing unit (surface protective film curing unit), 90 ... Sorting stacking unit (sorting stacking unit), 92, 94 ... Stacker (card accommodating unit), 100 ... Certification card, 110 ... Conveying roller pair (card unloading means), 112 ... Card sorting table, 116 ...
Card sorting table displacement mechanism (card sorting table displacement means), 11
8 ... tension spring (biasing means), 120 ... tension mechanism, 1
22 ... Solenoid (actuation source), 126 ... Card detection sensor (card detection means), 128 ... Control unit (control means),
140 ... Inspection means.

Claims (3)

[Claims] 1. A face image of a holder and an information inputting means for inputting character information necessary for a certification card, and input information from the information inputting means at least as a face image of the holder and a certification card on the surface of the card medium. Printing means for printing necessary character information, protective film forming means for forming a protective film on a printing surface of a card medium on which a face image and character information are printed by the printing means to form a certification card, and the protective film. A distribution means for distributing the certification card having the protective film formed by the forming means according to the type information input from the input means, and a certification card sorted by the distribution means for each type. A certification card creation apparatus comprising: a plurality of card accommodation means for accommodating. 2. An information input means for inputting character information necessary for a face image of a holder and a certification card, and at least a face image of the holder and a certification card on the surface of the card medium by the input information from the information input means. Printing means for printing necessary character information, protective film forming means for forming a protective film on a printing surface of a card medium on which a face image and character information are printed by the printing means to form a certification card, and the protective film. An inspection means for inspecting the quality of the certification card having the protective film formed by the formation means, and a sorting means for sorting the certification card into a non-defective card and a defective card according to the inspection result of this inspection means, A certification card creating device characterized by comprising a plurality of storing means for individually storing the non-defective card and the defective card sorted by the sorting means. . 3. A certification card creating apparatus for producing a certification card by printing a face image of a holder and necessary character information, the card carrying-out means for carrying out the produced certification card, and the card carrying-out means. A card displacing table that is provided in the card unloading direction and that can receive a proof card that has been unloaded and that is rotatable, and tilts the card allocating table in a first direction and a second direction different from the first direction. Card sorting table displacing means for controlling the tilting direction of the card sorting table by the card sorting table displacing means according to the sorting information for the certification card, and the card sorting table. 2 different certification cards depending on the tilt of the table
A certification card creating apparatus comprising: a plurality of accommodating means for individually accommodating the certification cards selectively distributed in one direction.