KR20020065005A - Identification information printing apparatus - Google Patents

Abstract

PURPOSE: A device for printing identity information is provided to coat the first printing part with a special resin for printing colors, and to 2-dimensionally print personal photos and identity information in the second printing part, thereby preventing a pictured part or personal information from being forged. CONSTITUTION: An installation board is installed by corresponding to a length direction on a base plate. A printing paper supplier(10) is guided from a receiving part of the installation board, and is detachable, then accumulates many printing papers to supply one by one. A printing paper transfer(20) absorbs the printing papers, and transfers the printing papers to a printing direction. A vacuum tank(30) supplies a predetermined vacuum force necessary for paper absorption. The first printing part(40) sets the printing papers in a normal position of the printing direction, and coats one side of the printing papers with colors. The second printing part(50) receives the coated printing papers to set the papers in a normal position of the printing direction, and prints personal photos and personal information in set positions, respectively. A printing paper storage(60) is guided from a receiving part of the installation board, and is detachable, then accumulates the printing-completed papers to store the papers.

Description

Identity information printing apparatus

The present invention relates to an identification information printing apparatus, and more particularly, in printing a printing paper (special paper, security film), which is personal identification information such as a passport, visa, national ID card, and other identification card for identification, printing By supplying paper, printing part by part, and storing printing paper by a series of automatic processes, it is possible to prevent photo alteration and forgery and alteration of identity information by forgery method, and to prevent the loss or damage of identification card. The reissuance was to be made quickly.

In general, to print identity information, individual photos, simple records, and two-dimensional barcodes containing information are printed separately on printed paper provided with a secure base so that forgery or alteration is not easy. The identification card is made in a manner that is completed by a separate imprinted print that can indicate their identity information on the base of the printed paper.

Each passport, visa, ID card, etc. produced by the above method is produced by including each manual work. With the development of excellent color copiers and printers and chemicals, the use of chemical counterfeiting or tampering makes it impossible to distinguish experts, and various accidents such as frauds continue to occur.

The present invention has been made in view of the above-mentioned problems, the printing is a printing that can transfer the film to the necessary area by printing in reverse phase, such as a transfer paper with a normal left print so that the forgery and modulation is not easy to distinguish The purpose is to provide a printing system that can be produced in a series of printing processes to enable.

According to the present invention for achieving the above object, the mounting base is installed to correspond to each other in the longitudinal direction on the base plate; A printing paper supply unit which is guided from a storage hole provided at one side of the mounting table and is detachably installed, and which supplies a plurality of printing papers and supplies the sheets one by one; A printing paper conveying unit which is installed on an upper portion of the mounting table on which the printing paper supplying unit is located and absorbs the printing paper and transfers the printing paper in a printing progress direction; A vacuum tank connected to the printing paper conveying unit and supplying a predetermined vacuum pressure necessary for absorbing the paper; A first printing unit which sets the printing paper supplied through the printing paper conveying unit to a correct position in a printing progress direction and coats a special resin for printing colors (Y, M, C, BK) on one surface of the printing paper; A second printing unit which receives the coated printing paper from the first printing unit, sets the printing paper in the correct position in the printing direction, and prints the photograph and the personal information of the individual in the set position; A printing paper storage unit which is guided from a storage hole provided at one side of the mounting table and is detachably installed, and stores and stores the printed printing paper from the second printing unit; It is achieved by providing an identification information printing apparatus comprising a control means for transmitting a personal information data signal to the first printing section and the second printing section, and controlling the operation of each section.

1 is a block diagram schematically showing an identity information printing apparatus of the present invention;

Figure 2 is a front view for explaining the configuration of the printing apparatus according to the invention and the area where the main parts are installed,

Figure 3 is a side cross-sectional view showing a state of setting the printing paper supply unit according to the present invention,

4 and 5 are cross-sectional views showing an operating state for raising and lowering the loaded paper as a printing paper supply unit according to the present invention;

6 is a bottom view showing the internal structure of the printing paper supply unit;

7 is a side cross-sectional view showing a meshed state of a drive motor and a gear for raising and lowering a paper stacking plate of a printing paper supply unit;

8 to 11 are cross-sectional views showing a printing paper transport unit including a printing paper supply unit according to the present invention.

8 is a state before the initial operation of the printing paper supply unit and the printing paper transfer unit,

9 is a state diagram of lowering the adsorption member to the printing paper supply unit in accordance with the reverse operation of the moving table of the printing paper conveying unit;

10 is a state in which the paper loading plate of the printing paper supply unit according to the descending operation of the adsorption member of the printing paper conveying unit is raised;

11 is a view showing a state in which the printing paper conveying unit is returned to the initial state by raising the adsorption member which adsorbs the printing paper from the paper loading plate of the printing paper supplying unit;

12 and 13 are longitudinal cross-sectional views of the adsorption member showing an operation of adsorbing the printing paper in Fig. 10;

14 and 15 are plan views showing a state in which the moving table of the printing paper conveying unit is moved back and forth by the operation state when the adsorption member is raised and lowered in the printing paper supply unit;

16 is an operation of the operation lever for detecting a state in which the printing paper enters the entry roller of the first printing unit from the printing paper conveying unit,

Fig. 17 is a side sectional view showing an alignment member for aligning printing paper at right angles in the first printing portion and the second printing portion supplied with the printing paper supply tray;

18 shows the progress of the paper at the printing position of the printing paper supplied on the bottom of the print control and the transfer control member which temporarily blocks the progress of the printing paper to be aligned from the printing paper feed table at the first printing section and the second printing section. Side cross-sectional view showing a sensing stand that stops

FIG. 19 is a side sectional view of the transfer control member temporarily blocking the first and second printing portions in FIG. 18; FIG.

20 and 21 are side cross-sectional views of the operation state of the head control member for up / down the print head when printing the supplied printing paper in the first and second printing portions of the film;

Fig. 22 is a front view showing the positioning member and the reciprocating transfer member for controlling the driving of the printing film roll on the first printing section and the second printing section;

FIG. 23 is a front view showing a reciprocating transfer member and a positioning member for reciprocating back and forth the printing paper traveling on the second printing unit side;

Fig. 24 is a sectional view showing a state in which paper printed from a second printing unit is stored in a printing paper storage unit in which printing has been completed;

* Description of the symbols for the main parts of the drawings *

10: printing paper feeder 20: printing paper feeder

30: vacuum tank 40: first printing unit

50: second printing unit 60: printing paper storage unit

Hereinafter, with reference to the accompanying drawings showing an embodiment of the present invention in more detail as follows.

As shown in FIG. 1 and FIG. 2, as a block diagram schematically showing an identity information printing apparatus, the printing apparatus of the present invention provides a supply of printing paper, transfer of printing paper, primary printing of printing paper, Secondary printing and printing paper storage is divided into large order, and the order for printing work is a vacuum tank for supplying a vacuum pressure to the printing paper supply unit 10, the printing paper conveying unit 20, the conveying unit 20 ( 30, the first printing unit 40, the second printing unit 50, the printing paper storage unit 60 can know the installed position of each part.

The printing apparatus includes a mounting table (1) which is installed to correspond to each other in the longitudinal direction on the base plate (A); A printing paper supply unit 10 which is guided from the receiving hole 1 provided at one side of the mounting table 1 and is detachably installed, and which supplies a plurality of printing papers p and supplies the sheets one by one; A printing paper conveying unit 20 installed at an upper portion of the mounting table 1 on which the printing paper supplying unit 10 is positioned to absorb the printing paper and transfer the printing paper in a printing progress direction; A vacuum tank 30 connected to the printing paper conveying unit 20 and supplying a predetermined vacuum pressure necessary for absorbing paper; Special resin for printing the color (Y, M, C, BK) on one side of the printing paper (p) by setting the printing paper (p) supplied through the printing paper conveying unit 20 to the correct position in the printing progress direction And the first printing portion 40 to coat the; A second printing unit 50 which receives the coated printing paper p from the first printing unit 40, sets the printing paper p to the correct position in the printing progress direction, and prints the personal information and the record of the individual at the set position; Including a printing paper storage unit 60 which is guided from the receiving hole (3) provided on one side of the mounting table (1) is detachably installed, and loads and stores the printed printing paper from the second printing unit (50). It is a configuration.

In the configuration as described above, the printing paper supply unit 10 for supplying the printing paper (p) is, as shown in Figures 4 to 7 attached, round bar-shaped handle (11a) on the front surface including a side The tray main body 11 of the rectangular body attached, the paper stacking plate 12 which is installed in the tray main body 11 can be raised and lowered, and are installed to cross each other while corresponding to the lower portion of the paper stacking plate 12 The diffraction link 13 for raising and lowering the paper stacking plate 12, and is connected to the lower end of the corresponding diffraction link 13, one end of the long hole (11b) is provided on both sides of the tray body (11) A coaxial shaft 14 guided and adjusted to the guide shaft, a transfer table 15 connected to one end of the coaxial shaft 14 in the tray main body 11, and both ends are supported and installed in the tray main body 11, Of the feed screw shaft 16 and the feed screw shaft 16 penetrated to one side of the base 15, A driven gear (g1) installed at the stage and driven to rotate together with the feed screw shaft (16), an idle gear (g2) meshed with the driven gear (g1), and a mounting table for being engaged with the idle gear (g2) ( It consists of a drive motor (M1) for rotationally driving the power drive gear (g3) and the power drive gear (g3) on the side of 1).

In order for the tray main body 11 to be accommodated in the mounting table 1, a storage hole 1 is formed at one side of the front surface of the mounting table 1, and a handle of the tray main body 11 is formed at an inner side facing the storage hole 1. The guide roller 17a for guiding the side part of 11a) is rotatably coupled to the fixed shaft 17 which is vertical.

At least one magnet a1 is installed on the inner surface of the tray body 11, and the mounting table 1 corresponding to the rear surface of the tray body 11 is accommodated in the mounting table 1 accommodating the tray body 11. The magnet a1 and the magnet a2 different from the pole surface are attached to the inner wall to allow the coupling of the tray main body 11 (FIG. 3).

Looking at the configuration of the printing paper conveying unit 20 is installed on the upper side of the printing paper supply unit 10, as shown in Figures 8 to 11 attached, so as to correspond to the upper side of one side in the longitudinal direction of the mounting table (1) It is fixedly installed, the support panel 21 is formed with a plurality of guide holes (21a) that require horizontal and lowering motion on each surface, and a link with a roller (22a) is guided to each guide hole (21a) ( 22) and the connecting shaft 23 is connected to the corresponding link 22, respectively, and is installed vertically on the connecting shaft 23, the vacuum hose (h) connected from the vacuum tank 30 is fixedly installed Any one of the mounting plate 24 and the movable shaft 25 is installed on both sides of the connecting shaft 23 to be transferred along the horizontal line with the connecting shaft 23, and the connecting shaft 23 An adsorption member 70 installed on the connecting shaft 23 to adsorb the printing paper p from the tray main body 11; Group is installed on the upper surface of the moving base 25 is composed of a horizontal transfer member 80 to move horizontally the moving base (25) with the suction member (70).

The adsorption member 70 for adsorbing the printing paper p is penetrated through the connecting shaft 23, the hollow shaft 71 is installed to be connected to the air flow from the vacuum hose (h), and the hollow shaft ( 71) The suction pad shaft 72 is connected to both sides of the lower side to receive the vacuum pressure from the vacuum hose h, and both sides penetrate and are installed to the suction pad shaft 72, and the printing paper ( A connecting rod 73 having a detection sensor c1 for detecting an adsorption state of p) and a bottom surface of the hollow shaft 71 are installed at a predetermined position to pressurize the connecting rod 73 according to the pressing state of the connecting rod 73. It is composed of a sensing rod (74) for detecting a state, the compression shaft (s1) is provided on the bottom surface and the connecting table 73 and the hollow shaft (71) to compensate for the position of the connecting table (73).

The horizontal conveying member 80 installed on the upper side of the suction member 70 is penetrated through a rectangular fixing frame 81 fixed to the upper surface of the movable table 25 and a surface corresponding to the fixing frame 81. It is supported and installed, both ends rotatably supported by the fixing frame 84 of the mounting table 1, the feed screw shaft 83 and the driving gear g4 is connected to one end and penetrates the fixing frame 81 The screw is installed on the screw shaft 83, the horizontal feeder 85 for horizontally conveying the movable base 25 together with the fixing frame 81, and is installed in close contact with both sides of the horizontal feeder 85, both ends of the transfer screw It is installed on the transfer auxiliary shaft 86 through which the shaft 83 is penetrated and supported by the fixing frame 81 through which the shaft 83 is installed, and on the movable table 25 where one of the auxiliary shafts 86 of the transfer auxiliary shaft is positioned. A detection sensor (c2) for detecting one end of the auxiliary shaft 86, and the shaft on the feed screw shaft 83 in the fixing frame 81 And a compression spring (s2) for securing a maximum distance according to the horizontal movement of the movable table (25) and a drive gear (g4) of the transfer screw shaft (83) to rotate the feed screw shaft (83). It consists of a drive motor M2.

On the other hand, the first printing portion 40 and the second printing portion 50 installed in the traveling direction of the mounting table 1 to achieve the printing process in accordance with the supply and transfer of the printing paper (p) is attached to Figure 16 to As shown in Fig. 23, a plurality of feed rollers 41a and 51a are arranged to connect the printing paper feed trays 41 and 51 to enter the printing paper p and the printing paper feed trays 41 and 51. Drive motors M3 and M4 installed to drive the transfer rollers 41a and 51a for conveying the print paper, and print paper which is installed and supplied with a predetermined gap on the print paper feed trays 41 and 51 ( Pressing panels 42 and 52 for holding the upper surface of p) and transfer control members 90 and 100 installed close to the rear of the printing paper feed trays 41 and 51 to block / release the feeding of the supplied printing paper. ) And the side of the printing paper (p) which is installed and supplied on one side of the printing paper supply base (41, 51) at right angles Print film rolls 43 and 53 rotatably provided at both ends of the alignment member 110 and 120 and the upper inside of the mounting table 1 on which the printing paper feed trays 41 and 51 are installed. 53) is provided between the positioning member (130,140) and the positioning member (130,140) to determine the position of the printing portion of the film paper wound on the printing film roll to give a rotation force to the printing operation in the second printing portion (50) Reciprocating conveying the reciprocating transfer member 150 for printing the necessary information printing on the printing paper and the mounting film (1) between the printing film rolls (43, 53) are arranged in a plurality of rows, one side Rubber roller shafts 44 and 54 which are provided with a plurality of gear pulleys g5 and g6 rotated from the drive motors M5 and M6 through the belt to support and transport the bottom surface of the printing paper p, and the rubber roller shafts. The printing start position is detected by detecting the leading edge of the printed paper installed in the direction of (44,54). Wheels (W1) interlocked through the belt from the drive table pulley (g7) is installed and connected to the holding detection table 45, 55 and the rubber roller shaft (44, 54) of the second printing portion 50 One side is rotatably installed on the upper side of the mounting sensor 1 for detecting the printing process of the personal information according to the rotation of the printing and the mounting film 1, the print film rolls 43 and 53 are installed, the other end ( 1) film paper on the printing paper p, which is elastically installed and supplied by the head covers 46 and 56 that are un / locked and the compression spring s3 provided on the bottom surfaces of the head covers 46 and 56. Print heads 47 and 57 to pressurize and print, and are attached to the bottom surface of the head covers 46 and 56 in which the print heads 47 and 57 are installed so as to dissipate heat generated from the print head according to the printing state. It is installed in close contact with both the driving fans 48 and 58 and the print heads 47 and 57 so that the first print heads 47 and 57 are separated from the printing paper p. It is configured to include a head control member (160, 170) up / down.

The first printing unit 40 has an access roller 49 for detecting an initial entry state of the printing paper p inside the installation direction 1 of the printing paper conveying unit 20, and the entry roller 49 The operating lever 49-1 for detecting the entry state of the paper is installed outside the mounting table 1 on which is installed), and one end portion of the operating lever 49-1 is rotated at a predetermined position of the mounting table 1. The sensing sensor (c5) for detecting the configuration is configured to drive the printing paper feed table (41, 51).

The pressure panels 42 and 52 installed on the printing paper feed trays 41 and 51 of the first and second printing parts 40 and 50 have a plurality of weights having a metal material on an upper surface thereof in a thin plate shape. The upper surface of the printing paper (p) to which the 42a and 52a are attached and installed is pressed to help a stable conveyance.

Both ends of the transfer control member 90 and 100 are rotatably installed on the mounting table 1, and semicircular gates 91a and 101a are formed on the outer circumference thereof, and the transfer control g8 and g9 are connected to one end. A first gear g10 is provided to be coupled to the shafts 91 and 101 and the driven gears g8 and g9 of the feed control shafts 91 and 101 by a belt so that the feed control shafts interlock at the same time. A second transmission gear g11 is installed on the shaft to receive power from the driving motor M7, and a power transmission shaft 92 having a wheel W2 for transmitting a signal of rotation degree at one end thereof; It consists of a sensor (c6) for detecting the wheel rotation state on the power transmission shaft (92).

A drive motor fixedly installed on the mounting table 1 includes alignment members 110 and 120 for aligning the paper transferred to the printing paper feed trays 41 and 51 of the first printing unit 40 or the second printing unit 50. Both ends are rotatably supported between (M8, M9) and the support protruding from the mounting table (1), and drive gears (g12, g13) interlocked with the drive motor (M8, M9) at a predetermined position. ) Is installed on the shaft, the magnetic hollow shaft (a3, a4) is coupled to the outer periphery, the rotary shaft (111, 121) coupled to one end of the wheel (W3, W4 for transmitting a degree of rotation signal), and the rotary shaft ( It is installed through the detection sensor (c7, c8) for detecting the rotation state of the wheel (W3, W4) on the 111, 121, and the mounting table (1) of the position close to the magnet hollow shaft (a3, a4) on the rotating shaft (111, 121) To align the sides of the operating rods 112 and 122 with magnets a5 attached to one end and the side of the printing paper p installed and connected to the operating rods 112 and 122 at right angles. It consists of a push rod (113 123). The magnet hollow shafts a3 and a4 have a structure in which the magnet hollow shafts a3 and a4 are divided into an N pole and an S pole with a center of a cross-sectional area with respect to a diameter.

The printing film roll 43 installed on the first printing part 40 may coat a basic deposition liquid material, a background pattern, and a surface treatment material for printing personal information on a printing paper p, and the material may be printed. It is apply | coated to the film paper wound by the film roll 43.

The printing film roll 43 is installed on the mounting table 1 in a state in which a plurality of pieces of film paper containing a printing material are wound from one side, wherein one end of the printing film rolls 43 and 53 has a central axis protruding therefrom. And the other end is coupled to the hubs of the driving gears g14, g15, g22, g23 of the positioning members 130 and 140 and the reciprocating transfer member 150, so as to rotate the respective driving gears. It has a structure that can be interlocked accordingly.

On the other hand, the positioning member (130,140) for controlling the transfer of the printing paper in the forward and backward direction in accordance with the supply of the printing paper (p) is the printing film roll of the first printing portion 40 and the second printing portion (50) The idle gears g16 and g17 connected to the drive gears g14 and g15 to drive 43 and 53, and the driven gears that are engaged or disengaged from the idle gears g16 and g17 according to the feed control state of the printing film. (g18 and g19), brackets (131 and 141a) provided with long holes (131a and 141a) for inducing engagement / release of the driven gears (g18 and g19) from the idle gears (g16 and g17) and the idle gears (g16). and worm gears g20 and g21 installed on the brackets 131 and 141 together with g17 to drive the driven gears g18 and g19, and drive motors M10 and M11 for driving the worm gears.

Then, the rotating pieces 132 and 142, which can be rotated on one side, are installed on the coaxial side where the driven gears g18 and g19 are installed in the positioning members 130 and 140 of the first and second printing parts 40 and 50, respectively. Detection sensors c9 and c10 are installed at predetermined positions of the brackets 131 and 141 to detect the rotation state of one end of the rotation pieces 132 and 142 to detect forward / reverse rotation of the driving motors M10 and M11. Do it.

Between the first printing unit 40 and the second printing unit 50 side, the reciprocating transfer member 150 is the second printing unit from the printing film roll (43, 53) from the first printing unit 40 ( Idle gears g24 and g25 connected to the driving gears g22 and g23 on which the print film rolls 43 and 53 of the 50 are driven, respectively, and the first and second printing portions 40 and 40, respectively. A driven gear (g26) spaced between the idle gears (g24, g25) on the (50) side and engaged / departed from the idle gear in accordance with the control direction of the printing film paper, and from the idle gears (g24, g25). The worm gear 151 is provided with a bracket 151 provided with a long hole 151a to induce engagement / deviation of the driven gear, and the bracket 151 together with the idle gears g24 and g25 to transfer power to the driven gear g26. g27 and a driving motor M12 for driving the worm gear.

In addition, a rotating piece 152 rotatable on one side is installed on the coaxial shaft on which the driven gear g26 is installed in the reciprocating transfer member 150, and a bracket (1) is used to detect a rotating state of one end of the rotating piece 152. A detection sensor (c11) is installed at a predetermined position of the 151 is configured to detect the forward / reverse rotation of the drive motor (M12).

The head control members 160 and 170 of the print heads 47 and 57, which perform a printing process from the printing paper p, are proximate to the inner wall surface of the mounting table 1, and the upper portion thereof is the print heads 47 and 57. Up and down operating panels (161, 171) for supporting both sides of the operation panel is installed in the lower portion of the operating panel (161, 171) is composed of a drive member for raising and lowering the operation panel according to printing.

The driving member is configured to lift up and down by supporting the bottom of the support panel 21 with the eccentric cams 162 and 172 rotatable from the driving of the driving motors M13 and M14.

In addition, in the embodiment according to the present invention, the driving member is connected to the lower portion of the operating panel (161,171) can be raised and lowered by the linear motion of the hydraulic cylinder (not shown in the figure) for raising and lowering the operation panel It can also be installed as a structure.

On the other hand, the printing paper storage unit 60 for supplying the printing paper (p) printed through the second printing unit 50 is a rectangular tray with an annular handle (61a) is attached to the front surface including a side At least one magnet a6 is installed on the inner surface of the tray body 61, and the mounting table 1 corresponding to the rear surface of the tray body is accommodated in the mounting table 1 for accommodating the tray body. A magnet a7 different from the magnet a6 and the pole is attached to the inner wall to allow the tray main body 61 to be coupled to the housing hole 3 of the mounting table 1.

Referring to the operation and effects on the identity information printing apparatus of the present invention configured as described above are as follows.

First, the paper required for printing is loaded in the tray main body 11 of the printing paper supply unit 10 in a predetermined size. The printing paper p is loaded onto the paper stacking plate 12 provided in the tray main body 11, and in the state where the paper is loaded, the tray main body 11 is mounted as shown in FIG. It guides to the receiving hole (2) formed on the front side.

The tray main body 11 guided to the receiving hole 2 is a drawer having a circular rod-shaped handle 11a provided on the front side of the tray main body 11 guided to a guide roller 17a installed on a fixed shaft 17 in the mounting table 1. It can be guided in a sliding manner as shown. Here, the tray main body 11 has a magnet a1 attached to the inner side of the rear surface of the tray main body 11 so that the magnet a2 is attached to the inner wall surface of the mounting table 1 at a position corresponding to the magnet a1 with another polarity. ), The tray main body 11 can be accommodated.

The tray main body 11 of the printing paper supply unit 10 has the tray main body 61 of the printing paper storage unit 60 in the same manner as the tray main body 11, and also accommodates the mounting table 1 side in the same manner as described above. It can be guided to the ball (3), the tray body 61 of the printing paper storage unit 60 is the polarity of the magnet (a1) installed in the tray body 11 of the printing paper supply unit 10 is opposite to each other When the tray main body 61 of the printing paper storage unit 60 is guided to the receiving hole 2 through which the tray main body 11 of the printing paper supply unit 10 is guided, the magnet a6 Because of the same polarity of the silver magnet a2, the tray main body 61 cannot be guided to the storage hole 3 in a designated position at all times because the tray main body 61 cannot be accommodated in addition to the desired storage hole 3.

In the state where the tray main body 11 of the printing paper supply unit 10 is completely guided, the idle gear g2 for driving the driven gear g1 installed on the feed screw shaft 16 on the tray main body 11 side is provided with a mounting table 1. Naturally meshes with the power drive gear (g3) installed on the side) is in a state capable of transmitting power from the drive motor (M1).

On the other hand, in the mounting table 1, each of the printing film rolls 43 and 53 provided on the side of the first printing section 40 and the second printing section 50 are located at positions corresponding to the upper side of the mounting table 1. Put it on.

That is, the central axis of one end of the printing film rolls 43 and 53 is axially supported by a support provided on one side of the mounting table 1, and the other end thereof is a positioning member 130 or 140 and a reciprocating member on the corresponding mounting table 1 side. The print film is rotatably mounted by being guided to the inner hub of the driving gears g14 and g15 and g22 and g23 engaged with the idle gears g16 and g17 of the transfer member 150. The head cover 46 and 56 of the first printing part 40 and the second printing part 50 on which the rolls 43 and 53 are positioned are rotated to the upper side of the mounting table 1, and provided in the mounting table 1. As the locking members R1 and R2, the head covers 46 and 56 are fixed to the upper side of the mounting table 1 to complete preparation before printing.

As described above, the printing apparatus of the present invention is electrically connected to the control means (to be omitted in the drawing) in which data information such as identification information is input, and the identification information is set by the following setting program. Can be printed.

First, when the power is applied to the printing apparatus, each component is initially driven to warm up, and when the warm-up driving motor M2 of the horizontal conveying member 80 side of the printing paper conveying unit 20 is initially driven, By the operation of the driving motor M2, the components of the horizontal conveying member 80 and the suction member 70 are uniformly operated. In this operation, the printing paper feeder 10 is loaded with the paper on the tray body 11. The trial 12 is raised to raise the printing paper p loaded on the paper stacking plate 12.

When the above state is described in more detail, the transfer screw shaft by the rotational drive of the drive gear (g4) of the transfer screw shaft 83 of the transfer horizontal transfer member 80 in accordance with the rotational power transfer of the drive motor (M2). (83) is rotated from the fixed frame 84 on the mounting table (1), the horizontal conveyer (85) fastened to the conveying screw shaft in accordance with the rotation of the conveying screw shaft (83) is a movable table through which the conveying screw shaft is installed ( The movable base 25 is retracted in the opposite direction to the printing progress of the mounting base 1 together with the fixing frame 81 on the upper side 25.

The horizontal movement of the movable table 25 is connected to the rollers 22a and rollers 22a guided along the long holes 21a of the support panel 21 on which the printing paper conveying unit 20 is installed. 22 and the link 22 are connected to each other, the connecting shaft 23 is installed through the moving table 25, the horizontal conveying member 80 together with the connecting shaft 23 can be horizontally reversed As shown in FIG. 9, a link 22 guided from the horizontal portion of each long hole 21a to the downwardly inclined portion by the link 22 lowers the adsorption member 70. Let it be.

The lowering of the adsorption member 70 lowers the mounting plate 24 fixed to the upper side on the connecting shaft 23 connected to the link 22 by a support rod, and thus the adsorption pad shaft 72 which is a component of the adsorption member 70. Let down.

On the other hand, in the above state, the conveying screw shaft 83 of the horizontal conveying member 80 in the drive of the drive motor M2, the conveying screw shaft 83 in the state that the suction member 70 is lowered. The horizontal feeder 85 fastened to the rear side is retracted together with the auxiliary shafts 86 installed on both sides of the horizontal feeder 85 only in the fixed frame 81 positioned on the upper surface of the movable stand 25. At this time, the compression spring (s1) installed in the feed screw shaft 83 in the fixing frame 81 is in a pressurized state.

In this state, one end of the auxiliary shaft 86 protrudes from the fixing frame 81, and one end of the protruding auxiliary shaft 86 reaches the detection sensor c3 installed on the movable table 25 and moves horizontally. The progress of the stand 85 can be detected.

As the auxiliary shaft 86 protrudes from the sensing sensor c3, the electric signal received stops the operation of the driving motor M2 for rotating the transfer screw shaft 83.

In this state, the adsorption member 70 is located at the lowest point with respect to the long hole 21a of the support panel 21, that is, the adsorption pad shaft 72 is formed on the paper stacking plate 12 of the printing paper supply unit 10. This state is lowered to the loaded paper.

The paper stacking plate 12 is installed correspondingly in the tray main body 11, and both ends thereof are lifted up and down by the operation of the diffraction link 13 connected to the lower portion of the paper stacking plate 12, and mutually corresponding The diffractive links 13 may be simultaneously operated simultaneously by the coaxial shaft 14 connecting the lower ends thereof. Here, the linear movement of the tuning shaft 14 is made by the operation of the diffraction link 13 by the feeder 15 connected to the tuning shaft 14, the feeder 15 is both ends in the tray body (11) The screw is fastened to the feed screw shaft 16 installed to rotate, and is horizontally operated by the feed table 15 which is horizontally conveyed in accordance with the rotation of the feed screw shaft 16.

In addition, the transfer screw shaft 16 is provided with a driven gear (g1) at one end, the power is transmitted from the idle gear (g2) to be engaged with it, the idle gear (g2) is a power installed inside the mounting table (1) As the gears of the driving gear g3 are interlocked with the gears g1, g2 and g3 through the driving motor M1, the paper stacking plate 12 is raised. Here, the paper stacking plate 12 that rises according to the driving of the driving motor M1 rises to the lower end of the adsorption pad shaft 72 of the lowered adsorption member 70, and the upper surface of the paper loaded on the uppermost layer in the raised state. Is relatively pressed against the lower end of the adsorption pad shaft (72).

The connecting rod 73 is installed upward through the suction pad shaft 72 according to the pressure of the suction pad shaft 72, and is pressed upwards along with the suction pad shaft 72. The sensing rod 74 under the hollow shaft 71 in which the adsorption pad shaft 72 is installed is penetrated by the connecting rod 73, and the protrusion is detected by a detection sensor c1 installed at the bottom of the connecting rod 73. The sensed electrical signal stops the driving of the drive motor M1 for rotationally driving the feed screw shaft 16 driven by the respective gears.

That is, the stop of the driving motor M1 stops the paper stacking plate 12 in a state where it is no longer raised, and in the repetitive process of the horizontal conveying member 80, only the driving motor M1 is stopped at this time. In operation, the paper stacking plate 12 can be raised to the suction pad shaft 72.

The driving motor M1 is driven in response to the stop signal of the driving motor M2 for rotating the feed screw shaft 83 while the suction member 70 is lowered at the same time as the horizontal conveying member 80 moves backward. It is driven.

In the state where the suction pad shaft 72 is pressed against the upper surface of the printing paper p loaded on the paper loading plate 12, a vacuum pressure is generated in the vacuum tank 30 wired from the suction pad shaft 72. The sheet is attracted, and the adsorption member 70 which sucks the sheet is lifted up.

In the state where the paper loading plate 12 is raised to stop the rotation drive of the drive motor (M1) by the detection sensor (c1) in the state that the paper is pressed by the suction pad shaft 72, the horizontal conveying member ( Drive the driving motor M2 on the 80 side to raise the adsorption member 70 to lift the paper, and rotate the conveying screw shaft 83 of the horizontal conveyance member 80 to reverse the adsorption member 70. The movable table 25 and the suction pad shaft 72 including the movable table 25 are operated horizontally in the printing progress direction.

In the reverse rotation of the feed screw shaft 83, as shown in Figure 14 and 15 attached, the compression spring of the feed screw shaft 83 side fastened through the fixing frame 81 on the movable table 25 (s2) is returned to the initial state, the horizontal conveyance table 85 proceeds in the reverse direction, and at the same time the auxiliary shaft that protrudes out of the fixing frame 81 to be sensed by the sensor c3 on the movable table 25 One end of 86 is retracted.

On the other hand, the printing paper p adsorbed on the suction pad shaft 72 as the movable table 25 proceeds is guided to the entry roller 49, which is the starting point of the first printing unit 40, and continuously The movable table 25 moving horizontally is a detection sensor installed on the fixing frame 84 through the fixing frame 84 supporting the feed screw shaft 83 through the sensing rod 82 attached to the fixing frame 81. When reaching (c2), the detected signal stops the operation of the drive motor M2 for driving the feed screw shaft 83 to control further progress.

In the state where the front end of the printing paper p is guided to the entry roller 49, first, the vacuum pressure of the vacuum tank 30 is released from the suction pad shaft 72. At this time, the entry roller 49 By accepting the paper from the shaft, the operating lever 49-1 provided on the outside of the mounting table is rotated as shown in FIG. 16 so that the shaft on which the access roller is installed with respect to the thickness of the paper can be interlocked according to the rotation angle.

At this time, according to the rotation of the operating lever 49-1, the electrical signal of the sensor c5 for detecting the movement of one end of the operating lever 49-1 from the outside of the mounting table 1 is soon the first printing unit 40 It is installed in the printing paper supply unit (41, 51) that is in charge of the progress of the printing paper (p) can be transferred to the printing paper.

The printing paper feed table 41 is provided with a plurality of feed rollers (41a,) separately, to transfer the paper (p) in one direction by the drive motor (M3), which is primarily transported to feed the printing paper The printing paper seated on the table 41 is first conveyed to the pressure panel 42 installed on the printing paper supply table 41 while being in close contact with the transfer roller 41a, and the transferred printing paper p is Secondly, the tip is no longer made by the feed control member 90.

Looking at the operation of the feed control member 90 in the above state, the gate 91a portion of the feed control shaft 91 installed near the end of the printing paper feed table 41 has a half-moon-shaped vertical surface. The front end of the printing paper p is cut off, and the feed roller 41a of the printing paper feed table 41 at this time is in a state where the continuous driving is actually performed in a state where the printing paper is slim.

In this state, when the feed control shaft 91 is in the state where the operation of the printing paper alignment member 110 for aligning the side of the printing paper p at right angles on the printing paper feed table 41 is performed, the alignment member In response to the drive stop signal on the side of 110, the portion of the gate 91a of the transfer control shaft 91 is rotated by 90 degrees to advance the printing paper p blocked.

The alignment member 110 is operated in a state in which the conveying member blocks the printing paper p on the printing paper feed table 41, as shown in FIG. 17, on the outside of the mounting table 1. The driving gear g12 is rotated according to the driving of the installed driving motor M8, and the rotating shaft 111 is rotated together with the driving gear g12. Here, the rotating shaft 111 is coupled to the outer periphery of the magnet hollow shaft (a3, a4) is divided into the N pole and the S pole, it is installed to the mounting table (1) side through the operating rod 112 installed through the push rod 113 ) To move horizontally.

A magnet a5 is installed at one end of the operating rod 112, and an N pole and an S pole in accordance with rotation of the magnet hollow shafts a3 and a4 are alternately used as a magnet a5 on the operating rod 112 side. Rotating in the state close to the) to operate the push rod 113 horizontally through the operating rod so that the upper end of the push rod lightly hits the side of the printing paper (p) in the direction of the printing paper in the direction in which the printing paper proceeds. Make at right angles. The paper to be hit may be placed at right angles to the rolling prevention jaw 41b provided on the upper side of the printing paper feed table 41 in which the transfer rollers 41a are installed in the traveling direction.

On the other hand, the degree of hitting of the printing paper (p) is set to about 2 to 3 times the rotation of the magnet hollow shaft (a3, a4) about the rotary shaft 111 to determine the number of hits, which is the According to the driving of the wheel W3 installed at one end, the detection sensor c7 detects the degree of rotation of the wheel W3 to determine the set number of hits.

In response to the stop signal of the driving motor M8 in which the alignment member 110 is operated, the feed control shaft (7) is rotated by the rotation of the drive motor M7 installed in connection with the feed control shaft 91 of the feed control member 90. The printing paper p is conveyed by rotating the gate 91a on the surface 91. Here, the gate 91a is rotated so as to pass through the printing paper. The first gear g10 and the second gear g11 are connected to the belt through a driven gear g8 installed from the transfer control shaft 91. The transfer control shaft 91 may be rotated by the power transmission of the driving motor M7 according to each driving of) to rotate the gate 91a by a predetermined angle.

That is, the degree of rotation of the power transmission shaft 92 in which the first gear g10 and the second gear g11 are shafted detects the degree of rotation of the wheel W2 interlocked with the power transmission shaft 92. Eventually, by controlling the rotation angle of the feed control shaft 91 according to the power transmission by the sensor c6 to open the vertical plane of the gate (91a) to be able to advance the transfer of the printing paper (p).

As described above, the printing paper p transferred through the gate 91a is immediately transferred to the lower side of the print head 47 of the first printing unit 40, and the rubber roller installed on the mounting table 1 of the printing paper being transferred. The tip end portion passes through the shaft 44 and reaches the sensing table 45 installed in close proximity to the rubber roller shaft 44, and the electrical signal sensing the tip of the printed paper p reaches the mounting table 1 side. When a pulse is provided to the driving motor M5 which is installed in the rubber roller shaft 44 to drive the driving motor M5, the driving motor M5 is rotated in reverse to the printing paper conveyed on the rubber roller shaft 44. (p) is reversed a predetermined distance to set the initial printing start point.

After the printing paper p is retracted by a predetermined distance according to the operation of the driving motor M5, the stop signal of the driving motor determines the up / down of the print head 47 by a program set from a control unit (not shown). The print head control member 160 is driven to lower the print head 47 by a predetermined distance.

The operation of the print head control member 160 is operated by the lowering of the operation panel 161 which presses the rollers B installed on both sides of the print head 47 installed on the bottom surface of the head cover 46. The lower side of the operation panel 161 can lower the operation panel by the operation of the drive member for raising and lowering it.

20 and 21, the driving member includes a driving motor M13 and an eccentric cam 162 on the driving motor side, so that the height deviation of the curved surface of the eccentric cam is caused by the operation panel 161. The lower part of the) is supported and the operating panel is lowered to the minimum height difference.

In addition, the drive member may make the up / down state of the print head 47 by adjusting the lifting and lowering of the operation panel using a hydraulic cylinder.

On the other hand, in accordance with the lowering operation of the operation panel 161, the print head 47 is a printing paper (p) located in the lower portion of the portion coated on the film through the film of the printing film roll 43 prepared on the lower side thereof. Pressing on enables the coating of the deposited material from the film. At this time, the printing time is progressed by the set program, and the printing paper p in the printing progress state is driven by the printing paper feed table 51 of the second printing unit 50 according to the driving of the second printing unit 50. Is transferred to).

The print head 47 is a magnetic head thermal recording type. The heat generated from the print head at this time can cool down the heat generated by the driving fan 48 installed on the bottom of the head cover 46. 47) uniformly presses the printing paper (p) by the compression spring (s3) provided between the bottom side of the head cover 46.

The rubber roller shaft 44 which supports the bottom surface of the printing paper p in the printing process state is supported by the print head 47 with the film paper, while stably supporting the bottom surface of the printing paper with the film roller. The printing paper can be advanced by driving to the driving motor M5 for driving the shaft 44.

As described above, the deposition material primarily coated on the printing paper (p) may improve the printing of the film paper after being printed from the second printing unit 50 by the surface treatment effect of the printing paper to improve the identification information printing. For sake.

On the other hand, the printing paper (p) conveyed to the second printing unit 50 is first passed through the printing paper supply table 51 on the second printing unit 50 side as described in the first printing unit (40). The paper p is conveyed in one direction by a driving motor M4 for driving the feed roller 51a on the printing paper feed table 51, and the printing paper seated on the conveyed printing paper feed tray 51 is provided. It is conveyed in a state in which it is in close contact with the transfer roller 51a to the pressure panel 52 installed on the printing paper feed table 51, and the transferred printing paper p is secondly distal to the front end by the transfer control member 100. To block.

As described above, the gate 101a portion of the feed control shaft 101 installed near the end of the printing paper feed table 51 has a half moon shape, and its vertical surface blocks the progression of the front end portion of the printing paper p. At this time, the feed roller 51a of the printing paper feed table 51 is continuously rolling in a state where a slim occurs with respect to the printing paper.

In this state, the feed control shaft 101 is operated by the printing paper aligning member 120 for aligning the side of the printing paper p at right angles on the printing paper feed table 51, and stops driving. In this state, the gate 101a of the transfer control shaft 101 is rotated by 90 degrees in accordance with the driving stop signal to advance the printing paper p blocked therefrom.

The alignment member 120 is operated while the feed control member 100 blocks the printing paper p on the printing paper feed table 51, as shown in FIG. The drive gear g13 is rotated in accordance with the drive of the drive motor M9 provided on the outside of the inside, and the rotation shaft 121 is rotated together with the drive gear g13. Here, the rotating shaft 121 has a magnet hollow shaft a3, a4, which is divided into the N pole and the S pole, is installed on the outer circumference thereof, and is installed to the mounting table 1 side and penetrated from the rod 123 to be installed. ) To move horizontally.

One end of the operating rod 122 is provided with a magnet a5, the N pole and the S pole in accordance with the rotation of the magnet hollow shaft (a3, a4) alternately the magnet (a5) on the operating rod 122 side Rotating in the state close to the) to operate the push rod 123 horizontally through the operating rod so that the upper end of the push rod lightly hits the side of the printing paper (p) in the direction of the printing paper in the direction of printing paper advances. Align them at right angles.

The striking paper is in contact with each other and can be positioned at right angles to the rolling prevention jaw 51b provided on the upper side of the printing paper feed table 51 in which the transfer rollers 51a are installed. From the impact of the printing paper p to set the rotation of the magnet hollow shaft (a3, a4) about two to three times about the rotating shaft 121 to determine the number of blows, which is at one end of the rotating shaft 121 According to the driving of the wheel W4 installed, the detection sensor c8 detects the degree of rotation of the wheel W4 to determine the set number of hits.

In response to the stop signal of the driving motor M9 in which the alignment member 120 is operated, the feed control shaft is driven by the rotation of the drive motor M7 installed in connection with the feed control shaft 101 of the feed control member 100. The printing paper p is conveyed by rotating the gate 101a on 101.

The gate 101a is rotated so as to pass through the printing paper so that the first gear g10 and the second gear g11 are connected by a belt through a driven gear g9 installed from the transfer control shaft 101. It is possible to open the gate 101a by rotating the feed control shaft 101 by the power transmission of the drive motor M7 according to each drive of.

The rotational degree of the power transmission shaft 102 in which the first gear g10 and the second gear g11 are installed is detected to detect the rotational degree of the wheel W2 interlocked with the power transmission shaft 102. Eventually, the sensor c6 controls the rotation angle of the feed control shaft 101 according to the power transmission to open the vertical plane of the gate 101a horizontally so that the transfer of the printing paper p can proceed.

As described above, the printing paper p which is passed through the opening of the gate 101a is transferred to the lower side of the print head 57 of the second printing unit 50 and installed on the mounting table 1 of the printing paper to be transferred. Passing the rubber roller shaft 54, the tip portion reaches the sensing table 55 installed in close proximity to the rubber roller shaft 54, and the electrical signal sensing the tip of the printed paper p is reached. 1) If the pulse is provided to the drive motor (M6) is installed on the side to drive the rubber roller shaft 54, the drive motor (M6) as much as the reverse rotation and transported on the rubber roller shaft (54) The printed paper p is retracted a predetermined distance to obtain an initial printing start point.

After the printing paper p is retracted by a predetermined distance according to the operation of the driving motor M6, the stop signal of the driving motor determines the up / down of the printhead 57 by a program set from a control unit (not shown). The printhead control unit 170 is driven to lower the printhead a predetermined distance.

The operation of the print head control member 170 is operated by the lowering of the operation panel 171 which presses the rollers B installed on both sides of the print head 57 installed on the bottom surface of the head cover 56. The lower side of the operation panel 171 can lower the operation panel by the operation of the drive member for raising and lowering it. In this case, the driving member may include the driving motor M14 and the eccentric cam 172 toward the driving motor to raise and lower the height deviation of the curved surface of the eccentric cam while supporting the bottom of the operating panel 171.

On the other hand, in accordance with the lowering operation of the operation panel 171, the print head 57 is a printing paper (p) located on the lower portion of the coating portion coated on the film through the film of the printing film roll 53 prepared at the lower side thereof. Press to print identity information from the film.

The print head 57 is a magnetic head thermal recording type. The heat generated from the print head at this time can cool down the heat generated by the driving fan 58 installed on the bottom of the head cover 56. 57 is made constant by pressing the printing paper (p) by the compression spring (s3) provided between the bottom side of the head cover 56.

The rubber roller shaft 54 supporting the bottom surface of the printing paper p while the printing is in progress is supported by the print head 57 with the film paper, while stably supporting the bottom surface of the printing paper with the film roller. The printing paper is advanced by driving the driving motor M6 which drives the shaft 54.

On the other hand, the printing paper to be printed from the second printing unit 50, the information required for the corresponding area while the reciprocating back and forth the printing paper in accordance with the drive of the reciprocating transfer member 150 and the positioning member (130, 140) of the mounting table (1) side (Picture, Bar-Coat, Serial Number, Hangul Record, etc.)

The positioning members 130 and 140 are installed in the first and second printing portions 40 and 50, respectively, and transfer the film sheets of the printing film rolls 43 and 53 which proceed from the printing film rolls 43 and 53, respectively. It will be able to advance or reverse the printing paper conveyed in error.

That is, the driving of the positioning members 130 and 140 is performed by driving gears g14 and g15 on which the print film rolls 43 and 53 are mounted on the hub and driving gears g14 and g15, as shown in FIG. Worm gears g20 and g17, which are selectively engaged with the idle gears g16 and g17 installed on the brackets 131 and 141, driven gears g18 and g19 which are driven by being selectively engaged with the idle gears g20 and g17. and g21) and drive motors M10 and M11 for transmitting power to the worm gear, wherein the driven gears are coaxial with the driven gears g18 and g19 engaged with the worm gears g20 and g21. The rotating pieces 132 and 142 are rotated from, and the driving motors M10 and M11 are detected by detecting the movement of the rotating pieces 132 and 142 which are rotated by the sensing sensors c8 and c9 located at the bottom of the brackets 131 and 141. Printing by giving electric control signal to the control means to determine whether the driving state of It plays a role for holding the correct position relative to the film-base-up according to the printing paper (p).

The engagement of the idle gears g16 and g17 according to the driving of the driven gears g18 and g19 is driven by the worm gears g20 and g21 and the long holes 131a and 141a formed in the brackets 131 and 141 at the same time. The driven gears (g18, g19) are guided through the shafts installed with the idle gears through the driving gears (g14, g15) of the print film roll (43, 53) side through the idle gears (g16, g17). By rotating, the film of the printing film rolls 43 and 53 can be reversed to determine the position of the film with respect to the printing paper p.

The first printing portion on the side of the passage that proceeds from the first printing portion 40 to the second printing portion 50 with respect to the positioning members 130 and 140 of the first printing portion 40 and the second printing portion 50. 40 and the reciprocating conveying member 150 provided on the mounting table 1 on which the printing film rolls 43 and 53 on the second printing part 50 side are positioned are separated from the first printing part 40 by the second. With respect to the printing paper p proceeding to the printing section 50, the film sheets of each of the printing film rolls 43 and 53 on the first printing section 40 side and the second printing section 50 side can be reversed. Will be.

Referring to the above state in more detail, as shown in the accompanying FIG. 23, the printing film roll 43 is driven in accordance with the printing progress state in the first printing unit 40 of the printing paper (p) from one side Rotation of the drive gear g22 of the printing film roll 43 on the first printing unit 40 side of the components of the reciprocating transfer member 150 in the state of being wound at the same time as the movement is performed by the worm gear according to the operation of the drive motor M12. (g27) followed by the driven gear (g26) to drive the idle gear (g22) to rotate the drive gear (g22) on the print film roll (43, 53) side to help the advance of the film paper of the print film roll (43).

Alternatively, the printing film roll of the second printing unit 50 of the components of the reciprocating transfer member 150 in a state in which the printing paper p is supplied to the second printing unit 50 from the first printing unit 40. (53) From the drive gear g23, the engagement of the idle gear g25 and the driven gear g26 is performed from the worm gear g27 to the driven gear g26 according to the forward / reverse rotation of the drive motor M12. At the same time as the rotation can be moved horizontally through the long hole (151a) of the bracket 151 can be engaged with the idle gear (g25). In this state, the detection of the forward / reverse rotation of the driving motor M12 detects the lower part of the rotation piece 511 according to the rotation operation of the rotation piece 152 installed on the coaxial axis of the driven gear g26. The electrical signal of the sensor c11 detects the correct forward / reverse rotation of the driving motor M12 and moves the film paper in the conveying direction through the driving gear g22 of the printing film roll 43 of the first printing unit 40. The winding operation may be selected, or the winding operation in the reverse direction of the film paper may be selected through the driving gear g23 on the printing film roll 53 side of the second printing unit 50.

The driven gear g26 may be placed on the left or right side in the forward / reverse drive of the worm gear g27 from the long hole 151a of the bracket 151 or may be positioned neutral from the long hole 151a of the bracket 151. Can be.

As described above, as the driven gear g26 is positioned in the neutral position of the long hole g26 and is separated from the left and right idle gears g22 and g23, the print process is performed in the second printing unit 50. In the reciprocating transfer of the printing paper p by the driving of the rubber roller shaft 54 installed at the lower side of the back side, the driving of the printing film roll 53 is performed by the reciprocating member 150 and the second printing unit 50. By controlling the position of the film on the positioning member 140 side, it is possible to print identification information on the printing paper.

In the reciprocation of the printing paper (p) in which the identification information is printed by reciprocating by the reciprocating transfer member 150, it operates with the operation panel 171 of the head control member 170 side of the second printing portion 50 The operation of the driving motor M14 and the eccentric cam 172, which is the driving member for raising and lowering the panel, is repeatedly performed.

As the printing paper is reciprocated in the second printing unit 50 and the printing operation is performed, the position of the film paper can be accurately determined with respect to the area of the printing paper from the rubber roller shaft 54 on the outside of the mounting table 1. The driving motor M11 of the positioning member 140 of the second printing unit 50 by detecting the degree according to the rotation of the wheel (W1) installed through the belt from the gear pulley (g7) and the second printing unit (50) and The driving of the driving motor M12 of the reciprocating transfer member 150 is determined to control the driving of the rubber roller shaft 54 according to the driving of the printing film roll 53 and the transfer of the printing paper p as described above. It is possible to determine the position of the printing portion of the printing paper according to the film paper and data to be made.

The printing paper that is printed from the second printing unit 50 according to the driving of each unit as described above may be sequentially loaded in the tray body 61, which is the printing paper storage unit 60, to complete a printing operation. 61) Through the side handle (61a) it is possible to recover a plurality of printing paper completed.

As described above, the present invention loads and feeds the photographic paper and identification information of the individual on the printing paper (special paper, security film) in the apparatus, as well as the color (Y, M, C, BK) in the first printing unit. Coated special resin for printing, and the second printing unit prints a photo of the person and other identification information in two dimensions by a bar code, such as a passport, visa, ID card, and so on the photo portion and personal information. While tampering can be prevented, in case of damage or loss of kidney failure, the issuing agent can be issued quickly.

Claims (22)

A mounting table 1 installed to correspond to each other in the longitudinal direction on the base plate A; A printing paper supply unit 10 which is guided from the receiving hole 2 provided at one side of the mounting table and is detachably installed, and which supplies a plurality of printing papers P and supplies the sheets one by one; A printing paper conveying unit 20 installed at an upper portion of the mounting table 1 on which the printing paper supplying unit 10 is positioned to absorb the printing paper and transfer the printing paper in a printing progress direction; A vacuum tank 30 connected to the printing paper conveying unit 20 and supplying a predetermined vacuum pressure necessary for absorbing paper; First printing to set the printing paper supplied through the printing paper conveying unit 20 to the correct position of the printing progress direction and to coat a special resin for printing color (Y, M, C, BK) on one surface of the printing paper. Section 40; A second printing unit (50) which receives the coated printing paper from the first printing unit (40), sets the printing paper in the printing printing direction, and prints individual photographs and personal information at the set positions; It is configured to be guided from the receiving hole (3) provided on one side of the mounting table (1) is detachably installed, consisting of a printing paper storage unit 60 for loading and storing the printed paper from the second printing unit (50) Characteristic information printing device characterized in. The printing paper supply unit 10 for supplying printing paper according to claim 1, wherein A tray body 11 of a rectangular body having an annular handle 11a attached to a front surface including a side surface thereof, A paper stacking plate 12 installed in the tray main body 11 to be lifted and lowered; A diffraction link 13 installed to cross the lower side of the paper stacking plate 12 so as to move up and down the paper stacking plate; It is connected to the lower end of the diffraction link 13 corresponding to each other, one end of the coaxial shaft 14 guided to the long hole (11b) provided on both sides of the tray body 11, A transfer table 15 connected to one end of the coaxial shaft 14 in the tray main body 11; Both ends are supported in the tray main body 11, and the feed screw shaft 16 is threaded through one side of the transfer table 15, An idle gear (g2) installed at one end of the transfer screw shaft (16) and engaged with the driven gear (g1) and the driven gear (g1) which are rotationally driven together with the transfer screw shaft (16); Identification information printing apparatus, characterized in that consisting of a drive motor (G1) and a drive motor (M1) for rotationally driving the power drive gear (g3) on the side of the mounting table (1) to be engaged with the idle gear (g2). The rear surface according to claim 1 or 2, wherein at least one magnet a1 is provided on the inner surface of the tray main body 11, and the tray main body is accommodated in the mounting table 1 accommodating the tray main body 11. And a magnet (a2) having a different polarity from the magnet (a1) on the inner wall surface of the mounting table to allow the coupling of the tray main body. The fixed shaft 17 according to claim 1 or 2, wherein a guide roller 17a for guiding the side portion of the handle of the tray body is perpendicular to the inside of the mounting table 1 in which the tray body 11 is accommodated. Personal information printing device, characterized in that rotatably coupled. According to claim 1, wherein the printing paper conveying unit 20 The support panel 21 is fixedly installed on the upper side in the longitudinal direction of the mounting table 1, and provided with a plurality of guide holes 21a, each of which requires horizontal and descending motions on each surface thereof. A link 22 to which a roller 22a is attached to guide each of the guide holes 21a, A connecting shaft 23 connected to each of the corresponding links 22, An installation plate 24 fixedly installed at an upper portion of the connection shaft 23 to fix the vacuum hose h connected from the vacuum tank 30; Both sides of the connecting shaft 23 is installed through the moving table 25 is transferred along the horizontal line with the connecting shaft, An adsorption member 70 installed on one of the connection shafts 24 to adsorb printing paper from the tray body; The identification information printing device, characterized in that it is provided on the upper surface of the movable table (25) consisting of a horizontal transfer member (80) for moving the movable table horizontally with the adsorption member (70). The method of claim 5, wherein the adsorption member 70 A hollow shaft 71 which penetrates through the connecting shaft 23 and is installed to be connected to the air through the vacuum hose h; A suction pad shaft 72 connected to both sides of the bottom of the hollow shaft 71 to receive a vacuum pressure from the vacuum hose h, and to adsorb the printing paper p; Both sides of the adsorption pad shaft 72 penetrates and is installed thereon, and a connection table 73 provided with a sensing sensor c1 at a lower portion thereof; A detection rod 74 installed at a predetermined bottom surface of the hollow shaft 71 to detect a pressurization state of the connecting table 73 and the suction pad shaft 72 by protruding from the detection sensor c1; Identity information printing apparatus, characterized in that consisting of a compression spring (s1) is provided between the bottom of the hollow shaft (71) and the connecting table (73) to compensate for the position of the connecting table (73). The method of claim 5, wherein the horizontal conveying member 80 Square fixing frame 81 is fixed to the upper surface of the movable table 25, A detection rod 82 attached to one side of the fixing frame 81 to detect a distance according to a horizontal movement of the movable table 25, and A feed screw shaft 83 installed through a surface corresponding to the fixing frame 81 and having a driving gear g4 connected to one end thereof; A fixed frame 84 installed on the mounting table 1 to support both ends of the transfer screw shaft 83; A detection sensor (c2) installed on the fixed frame (84) to control the detection rod (82) according to the transfer position of the movable table (25) to control the driving of the transfer screw shaft (83); A horizontal feeder 85 screwed to the feed screw shaft 83 penetrating the fixing frame 81 to horizontally convey the movable table 25 together with the fixing frame 81; A transfer auxiliary shaft 86 attached to both sides of the horizontal transfer table 85 and both ends thereof are supported by the fixing frame 81 in a direction in which the transfer screw shaft 83 passes; A detection sensor (c3) installed on the moving table (25) at which one of the auxiliary shafts (86) of the transport auxiliary shafts (86) is positioned and detecting one end of the auxiliary shaft (86); A compression spring s2 installed on the feed screw shaft 83 in the fixing frame 81 to secure the maximum distance according to the horizontal transfer of the movable table 25, and And a driving motor (M2) meshed with the drive gear (g4) of the transfer screw shaft (83) to rotate the transfer screw shaft (83). The method of claim 1, wherein the first printing portion 40 and the second printing portion 50 A plurality of feed rollers 41a and 51a are arranged to be arranged so that the printing paper feeders 41 and 51 enter the printing paper; Drive motors M3 and M4 connected to the printing paper feeders 41 and 51 and driven by a belt having transfer rollers 41a and 51a for transferring the printing paper p; Pressing panels 42 and 52 for holding the upper surface of the printing paper (p) that is installed and supplied with a predetermined gap on the printing paper supply base (41, 51), A feed control member (90,100) installed close to the rear of the print paper feed table (41, 51) to block / release the feed of the supplied print paper (p); An alignment member (110, 120) for aligning the side of the printing paper (p), which is installed and supplied at one side of the printing paper feed table (41, 51) at right angles, Print film rolls 43 and 53 rotatably provided at both ends in the upper inside of the mounting table 1 on which the printing paper feed tables 41 and 51 are installed. Positioning members (130, 140) for giving a rotational force to the printing film roll (43, 53) to determine the position of the printing portion of the film paper wound on the printing film roll, A reciprocating transfer between the positioning members (130, 140) to selectively transport the film paper from the printing film roll (43, 53) in accordance with the progress of the printing operation in the first printing section 40 and the second printing section (50) Member 150, The printing film rolls 43 and 53 are arranged in a plurality of rows on the mounting table 1 between them, with a plurality of gear pulleys g5 and g6 on one side to drive the motors M5 and M6 from the belt. Rubber roller shafts 44 and 54 for conveying printing paper through Detection bars 45 and 55 which are installed in the moving direction of the rubber roller shafts 44 and 54 to detect the leading end of the supplied printing paper p and hold the printing start position; Sensing to detect the presence or absence of printing of personal information according to the rotation of the wheel (w1) linked through the belt from the drive gear pulley (g7) is installed and rotated connected to the rubber roller shaft 54 of the second printing unit 50 Sensor c4, One side is rotatably installed on the upper side of the mounting table 1 on which the printing film rolls 43 and 53 are installed, and the other end of the head cover 46 and 56 is installed on the mounting table 1; Printheads 47 and 57 which pressurize and deposit deposition materials from film paper onto printing paper p provided elastically installed by compression springs s3 provided on the bottom surfaces of the head covers 46 and 56; Drive fans 48 and 58 attached to the bottoms of the head covers 46 and 56 on which the print heads 47 and 57 are installed and for dissipating heat generated from the print head according to a printing state; And a head control member (160, 170) installed on both sides of the print head (47, 57) to up / down the print head from the print paper (p) onto the film paper. 10. The method of claim 8, wherein the first printing unit 40 is provided with an access roller 49 for detecting the initial entry state of the printing paper (p) inside the mounting side (1) of the advancing direction side of the printing paper conveying unit (20) And, the operating lever 49-1 for detecting the entry state of the paper is installed on the outside of the mounting table (1) on which the access roller 49 is installed, the operating lever 49-1 at a predetermined position of the mounting table (1) The identification information printing device, characterized in that the detection sensor (c5) for detecting the rotational state of one end portion is installed to drive the printing paper feed table 41. 9. The identification information printing device according to claim 8, wherein the pressure panels (42, 52) are attached to a plurality of weights (42a, 52a) having a metal material on an upper surface thereof in a thin plate form. The method of claim 8, wherein the transfer control member (90,100) Both ends of the mounting table 1 are rotatably installed, and semicircular gates 91a and 101a are formed on the outer circumference thereof, and the feed control shafts 91 and 101 are connected to the driven gears g8 and g9 at one end thereof. A first gear g10 is provided to be coupled to a belt with respect to the driven gears g8 and g9 of the feed control shafts 91 and 101 so that the feed control shafts interlock at the same time, and is driven on a coaxial shaft provided with the first gear g10. A second transmission gear g11 is installed to receive power from the motor M7, and a power transmission shaft 92 having a wheel W2 for transmitting a signal of rotation degree at one end thereof; Identification information printing device, characterized in that consisting of a sensor (c6) for detecting a rotation state of the wheel (W2) on the power transmission shaft (92). The method of claim 8, wherein the alignment member (110, 120) Drive motors (M8, M9) fixed to the mounting table (1), Both ends are rotatably supported between the supports protruding from the mounting table 1, and drive gears g12 and g13 are axially installed at a predetermined position so as to be interlocked with the driving motors M8 and M9. Magnetic hollow shafts (a3, a4) are axially coupled to the circumference, and the rotary shafts (111, 121) coupled to one end of the wheel (W3, W4) for transmitting a signal of the degree of rotation, Detection sensors (c7, c8) for detecting the wheel rotation state on the rotary shaft (111, 121), Operating rods 112 and 122 installed through the mounting base 1 at positions close to the magnet hollow shafts 111a and 121a on the rotary shafts 111 and 121 and having a magnet a5 attached to one end thereof; Identification information printing device, characterized in that consisting of a push rod (113,123) to align the side of the printing paper (p) is connected to the operating rods (112, 122) and supplied at right angles. The identification information printing apparatus according to claim 12, wherein the magnet hollow shafts (a3, a4) are divided into N poles and S poles by a center of a cross-sectional area with respect to a diameter. The method of claim 8, wherein the film of the printing film roll 43 installed in the first printing portion 40 is coated with a special resin for printing the color (Y, M, C, BK) on the printing paper (p) Identity information printing device, characterized in that the security film of the deposition material. The method of claim 8, wherein the positioning member (130,140) Drive gears g14 and g15 for driving the print film rolls 43 and 53 of the first and second print parts 40 and 50, and idle gears g16 and g17 meshed with the drive gears; Driven gears g18 and g19 engaged or disengaged from the idle gears g16 and g17 according to the control state of the printing film rolls 43 and 53; Brackets 131 and 141 provided with long holes 131a and 141a to induce engagement / deviation of the driven gears g18 and g19 from the idle gears g16 and g17, Installed in the brackets (131, 141) with the idle gears (g16, g17) consisting of a worm gear (g20, g21) for transmitting power to the driven gear (g18, g19) and a drive motor (M10, M11) for driving the worm gear. Characteristic information printing device characterized in. 16. The coaxial shaft in which the driven gears g18 and g19 are installed at the positioning member 130 of the first printing part 40 and the positioning member 140 of the second printing part 50 is provided on one side thereof. Rotating rotatable pieces 132 and 142 are installed, and sensing sensors c9 and c10 are installed at predetermined positions of the brackets 131 and 141 to detect the rotational state of one end of the rotatable pieces 132 and 142 and drive motors M10 and M11. Identity information printing device characterized in that to detect the forward / reverse rotation of the). The method of claim 8, wherein the reciprocating transfer member 150 Drive gears g22 and g23 driving the print film roll 53 of the second print unit 50 from the print film roll 43 from the first print unit 40 and the idle gears respectively connected to the drive gears. (g24, g25), It is installed between the idle gears (g24, g25) of the first print portion 40 side and the second print portion 50 side is engaged from the idle gear (g24, g25) according to the control direction of the printing film. Driven gear (g26) A bracket 151 provided with a long hole 151a for inducing engagement / deviation of the driven gear g26 from the idle gears g24 and g25; Installed on the bracket 151 together with the idle gears g24 and g25, identification information printing comprising a worm gear g27 for transmitting power to the driven gear g26 and a driving motor M12 for driving the worm gear. Device. 18. The method of claim 17, wherein the reciprocating member 150 is provided with a rotating piece 152 which can be rotated on one side on the coaxial side where the driven gear g26 is installed, and detecting the rotating state of one end of the rotating piece 152. In order to detect the forward / reverse rotation of the drive motor (M12) is installed a sensor (c11) at a predetermined position of the bracket 151 identity information printing device. The method of claim 8, wherein the head control member (160, 170) It is close to the inner wall surface of the mounting table 1, the upper portion of the upper and lower operating panels (161, 171) for supporting both sides of the print head (47, 57), The identification information printing device, characterized in that the drive panel is installed in the lower portion of the operating panel (161,171) configured to move up and down the operation panel according to printing. 20. The driving member according to claim 19, wherein the driving member is supported by the eccentric cams (162, 172) rotatable from the driving of the driving motors (M13, M14) provided from the mounting table (1) to raise and lower the support panels (161, 171). Identification information printing apparatus. 18. The identification information printing device according to claim 17, wherein the driving member is a hydraulic cylinder which is installed at a lower portion of the operation panel (161, 171) to move the operation panel up and down. According to claim 1, wherein the printing paper storage unit 60 for supplying the printing paper (p) has a tray body 61 of a rectangular body attached to the rounded handle (61a) on the front surface including the side, the tray At least one magnet a6 is installed on the inner side of the main body 61, and the magnet a6 is disposed on the inner wall surface of the mounting base corresponding to the rear surface of the tray main body 61 in the mounting base 1 accommodating the tray main body. And a magnet (a7) different from the pole) is attached to allow the coupling of the tray main body (61).