KR100609394B1 - Touch and un touch radio frequency reader - Google Patents

Abstract

The present invention relates to a contact and contactless RF card reader. The present invention and the first rotation member consisting of a main motor installed on one side inside the vertical frame; A first power transmission member which rotates by receiving the main motor rotational force; A feeding member for feeding the RF card by the rotational force of the first power transmission member; An RF card feeding device provided in an upper portion of the vertical frame and configured to include a non-contact reader for determining information of the RF card; First and second vertical plates rotatably provided as angle adjusting means in the rear region of the vertical frame body; A second rotating member comprising a bracket installed outside the second vertical plate and a rotating motor installed outside the bracket; A second copper transmission member which rotates by receiving the rotational force of the rotary motor; An RF card closing device composed of a first guide member for feeding the RF card by a rotational force of a second power transmission member; First and second horizontal reinforcing plates which protrude outwardly on both sides of the vertical frame body and are fixed to be located forward of the first and second vertical plates; First and second reinforcing plates provided in the first and second horizontal reinforcing plates to be angle-adjustable as upper angle adjusting means; A third rotating member comprising a bracket installed outside the first reinforcing plate and a rotating motor installed outside the bracket; A third copper transmission member which rotates by receiving the rotational force of the rotary motor; An RF card discharge device comprising a second guide member for feeding the RF card by the rotational force of the third power transmission member; And a control means provided on one surface of the base member fixed to the lower portion of the vertical frame to integrally control each device constituting the RF card reader.

The present invention configured as described above is made to accommodate both contact and non-contact type of RF card as one module, and can be vertically discharged without bending the card, and the operation control of the motor and the solenoid With the possibility of closing the ticket, it is possible to separate the closing ticket according to the type of card (commuter pass, short-term pass), and to have a separate contact reader outside and a means for reading and verifying the information of the credit card inside. It is possible to use a wide range of cards.

Contact, non-contact, RF, card, lead machine

Description

TOUCH AND UN TOUCH RADIO FREQUENCY READER}

1 is a side view showing the overall structure of a contact and contactless RF card reader according to the present invention.

2 is a front view of the RF card feeding apparatus constituting the contact and non-contact RF card lead according to the present invention.

Figure 3 is a perspective view of the main portion showing the shutter member of the contact and contactless RF card reader according to the present invention.

4 is a cross-sectional view of the operating state of FIG.

5 is a left side view of FIG. 2;

6 is a right side view of the RF card closing mark device constituting the contact and contactless RF card lead according to the present invention;

FIG. 7 is a left side view of FIG. 6; FIG.

8 is a plan view of FIG.

9 is a right side view of the RF card ejecting device constituting the contact and contactless RF card lead according to the present invention;

10 is a left side view of FIG. 9;

FIG. 11 is a plan view of FIG. 9;

12 is an operating state of the upper angle adjusting means constituting the RF card ejecting device of FIG.

Figure 13 is an exploded perspective view of the main portion of the angle adjusting member constituting the RF card closing device in the present invention.

14 is an operational state diagram of FIG.

Fig. 15 is a sectional view of the installation state of credit card information input and confirmation means constituting a contact and contactless RF card reader according to the present invention;

<Description of the symbols for the main parts of the drawings>

1 vertical frame 3 contactless reader

4: RF card 6: Base member

10: RF card feeding device 12: main motor

13,44,96: 1,2,3 rotating member 14,47,100: 1,2,3 power transmitting member

30: shutter member 31: vertical movement hole

32,71: Rod 33,72: Solenoid

34: horizontal blocking plate 35: horizontal connection hole

36: tension spring 37: mounting bracket

37a: Horizontal hole 38: Rotating pin

40: RF card closing device 42, 43: first and second vertical plate

45,97 Bracket 46,98 Rotating Motor

57,150: 1st and 2nd guide member 60: Internally built holes

61: rotating shaft 62: rotating support bracket

70: angle adjustment member 73: vertical link

74: horizontal connecting shaft 75: reinforcing shaft

76: rotation engaging part 76a, 76b, 76c: first, second, third locking part

77: horizontal axis of rotation 78,86: horizontal axis

79: support spring 80: return member

81: motor shaft 82: return motor

83: pulley 84,241: belt

85: Jubokgui pulley 91,92: 1st and 2nd horizontal reinforcing plate

200: guide 210: rotating shaft

220: support bracket 230: horizontal fixing long shaft

240: rotating pulley 250: motor pulley

260: forward and reverse rotation motor 300: hub bracket

310: fitting hole 400: reclining head

410: leading head A: angle adjusting means

B: Upper angle adjusting means C: Credit card information input and confirmation means

D: control means

The present invention relates to a contact and contactless RF card reader, in particular, can accommodate both contact and contactless cards as one module, vertical ejection of the card, selective separation according to the type of card (commuter pass, short pass) It is configured to be closed.

In general, RF (Radio Frequency) cards, which use cards instead of cash paid for public transportation such as buses and subways, have a built-in RF control chip and coil. Transportation charges are paid by sending to the lead.

That is, the antenna of the card reader reads the information embedded in the control chip of the RF card wirelessly, and reads and displays the information on the card reader itself.

However, such a conventional card reader has a structure that can be used only when contacting an RF card with various types of information embedded therein, that is, it can be used only by a contact type, thereby allowing the card to be inserted into a non-contact type, that is, a card reader. Inconvenience has arisen because it can not be used in the type of reading and reading by reading and reading, there is also an economic problem that must be installed separately in order to use the RF card reader of the non-contact type.

The present invention has been made to solve such a conventional problem, the present invention is made to accommodate both contact and contactless type of RF card, it is possible to vertically eject the card when the contactless, type of card (commuter pass) Its purpose is to provide contact and contactless RF card readers that can be selectively segregated according to their short-term rights.

Technical problem of the present invention for achieving the above object, the first rotation member consisting of a main motor installed on one side of the vertical frame; A first power transmission member which rotates by receiving the main motor rotational force; A feeding member for feeding the RF card by the rotational force of the first power transmission member; An RF card feeding device provided in an upper portion of the vertical frame and configured to include a non-contact reader for determining information of the RF card; First and second vertical plates rotatably provided as angle adjusting means in the rear region of the vertical frame body; A second rotating member comprising a bracket installed outside the second vertical plate and a rotating motor installed outside the bracket; A second copper transmission member which rotates by receiving the rotational force of the rotary motor; An RF card closing device composed of a first guide member for feeding the RF card by a rotational force of a second power transmission member; First and second horizontal reinforcing plates which protrude outwardly on both sides of the vertical frame body and are fixed to be located forward of the first and second vertical plates; First and second reinforcing plates provided in the first and second horizontal reinforcing plates to be angle-adjustable as upper angle adjusting means; A third rotating member comprising a bracket installed outside the first reinforcing plate and a rotating motor installed outside the bracket; A third copper transmission member which rotates by receiving the rotational force of the rotary motor; An RF card discharge device comprising a second guide member for feeding the RF card by the rotational force of the third power transmission member; And a control means provided on one surface of the base member fixed to the lower portion of the vertical frame body to integrally control each device constituting the RF card lead device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 16, the RF card reader according to the present invention is composed of the RF card feeding device 10, the RF card closing device 40, the RF card ejection device 80 and the control means (D). .

The RF card feeding apparatus 10 includes a first rotating member 13, a first power transmission member 14, and a feeding member 28.

The first rotating member 13 is installed on one side of the vertical frame body 1, and consists of a main motor 12 that reverses and reverses the motor shaft 11 to be protruded to one side of the vertical frame body 1.

The first power transmission member 14 includes a motor pulley 15 rotatably arranged on the motor shaft 11 of the main motor 12; A horizontal rotation shaft 16 arranged to be horizontally rotatable between the vertical frames 1 in the upper region of the motor pulley 15; A main pulley 17 arranged on one side of the horizontal rotating shaft 16 and connected to the motor pulley 15 by the belt 15a; A main gear 18 rotatably arranged on the other side of the horizontal rotating shaft 16 on the other side of the vertical frame 1; First and second lower shafts 19 and 20 which are rotatably arranged between the vertical frames 1 on both sides of the horizontal rotating shaft 16 at the same center as the horizontal rotating shaft 16; First and second upper shafts 21 and 22 rotatably arranged at the same height between the vertical frames 1 above the first and second lower shafts 19 and 20; First and second lower gears 24 and 25 arranged on the other side of the first and second lower shafts 19 and 20 to be engaged with the main gear 17; The first and second lower gears 26 and 27 are arranged on the other side of the first and second upper shafts 21 and 22 to be engaged with the first and second lower gears 24 and 25.

The feeding member 28 includes lower guide rollers 29a arranged on both outer diameters of the first and second lower shafts 19 and 20; The first and second upper shafts 21 and 22 are arranged on both outer diameters, and the upper and lower guide rollers 29b are in close contact with the lower guide rollers 29a to guide the feeding of the RF card 4.

In addition, the upper portion of the vertical frame (1) is provided with a contactless reader (3) with an antenna that is determined to receive the information stored in the RF card (4).

On the other hand, in the vertical frame 1 in front of the RF card feeding apparatus 10, the shutter member is opened when the RF card 4 is drawn in and closed when the RF card 4 moves into the RF card feeding apparatus 10 ( 30).

The shutter member 30 includes a vertical movement hole 31 formed to penetrate perpendicularly to one surface and the other surface of the vertical frame body 1; A solenoid 33 installed on one surface of the vertical frame 1 and provided with a rod 32 that moves upward and downward on an upper surface thereof; A horizontal blocking plate 34 inserted at both sides of the vertical movement hole 31 so as to protrude to the outside and having one end fixed to the rod 32; The horizontal blocking plate 34 is composed of a tension spring 36 which is vertically connected to one side of the horizontal connecting rod 35 connected between one upper portion and the upper portion of the vertical frame 1 to support the rotation of the horizontal blocking plate 34.

At this time, one side of the vertical frame (1) is provided with a mounting bracket 37 having a horizontal hole (37a), through the horizontal hole (37a) of the mounting bracket 37, formed in one region of the horizontal blocking plate 34 The rotating pin 38 is inserted through the through hole 34a to rotate the horizontal blocking plate 34.

On the other hand, the upper and lower inner surface of the vertical frame (1) is provided with a detection sensor 39 for detecting the RF card (4) flowing into the shutter member (30).

The RF card closing mark device 40 includes first and second vertical plates 42 and 43, a second rotating member 44, a second power transmission member 47, and a first guide member 57.

The first and second vertical plates 42 and 43 may be rotatable while maintaining the same height as the vertical frame 1 by the angle adjusting means A in the rear region of the vertical frame 1.

The second rotating member 44 has a plate-shaped bracket 45 installed to extend outside the second vertical plate 43; It is installed on the outside of the bracket 45, and consists of a rotary motor 46 provided with a motor shaft 46a.

The second power transmission member 47 is the same as the second lower shaft 20 and the second upper shaft 22 of the first power transmission member 14 between the first and second vertical plates 42 and 43. Third and fourth lower shafts 48 and 49 and third and fourth upper shafts 50 and 51 respectively rotatably arranged at a height; Third and fourth lower gears 52 and 53 arranged in the outer diameter of the third and fourth lower shafts 48 and 49 on the other surface of the second vertical plate 43; Third and fourth upper gears 54 and 55 arranged on the other outer diameter of the third and fourth upper shafts 50 and 51 and engaged with the third and fourth lower gears 52 and 53; Rotatingly installed on the motor shaft 46a, the coupling gear 56 is engaged between the third and fourth upper gears 54 and 55 to transmit the rotational force of the rotary motor 46.

The first guide member 57 includes lower guide rollers 58a arranged on both outer diameters of the third and fourth lower shafts 48 and 49; The third and fourth upper shafts 50 and 51 are arranged on both outer diameters, and the upper and lower guide rollers 58b are in close contact with the lower guide rollers 58a to guide the feeding of the RF card 4.

 In addition, upper and lower portions of the second vertical plate 43 are provided with a detection sensor 40a for detecting the RF card 4 flowing into the RF card closing mark device 10.

The angle adjusting means (A) has an arc-shaped inner hole (60) penetrating to correspond to the rear region of the vertical frame (1); Rotating support brackets 62, one side of which is pivotally rotatable by the rotation shaft 61 inserted through the internal holes 60, and the other side of which is fixed to the first and second vertical plates 42 and 43 on the outside. and; An angle adjusting member 70 for rotating the pivot support bracket 62 at an appropriate angle; And a return member 80 for returning the first and second vertical plates 42 and 43 to the initial state.

The angle adjusting member 70 is installed on the other surface of the vertical frame (1), the solenoid 72 is provided with a rod 71 to move up and down; A vertical link 73 installed vertically on the rod 71; A horizontal connecting shaft 74 connected horizontally with the vertical link 73 to penetrate the vertical frame 1 horizontally; A pair of rotation engaging pieces 76 inserted into and fixed to the horizontal connecting shaft 74 inside the vertical frame 1, reinforced by the connecting reinforcing shaft 75, and to which the rotating shaft 61 is caught; A rotating horizontal shaft 77 pivotally arranged between the rotating locking pieces 76 and the vertical frame 1 to rotate the rotating locking pieces 76; The rotating horizontal shaft 77 is wound around the outer diameter, the central region is hung on the horizontal connecting shaft 74, both ends are hung on the horizontal fixed shaft 78 arranged between the vertical frame (1) of the rotating engaging piece 76 It is composed of a support spring (79) for elastically supporting the rotation.

At this time, the movable hole 74a is formed to correspond to both sides of the vertical frame 1 in which the horizontal connecting shaft 74 is horizontally laid, and the horizontal connecting shaft 74 is positioned at the upper end of the movable hole 74a. When the solenoid 72 is operated by the diameter of the pupil 74a, the pivoting piece 76 is rotated.

The rotation catching piece 76 has a first catching portion 76a formed at a lower end thereof, a second catching portion 76b formed at an upper portion of the first catching portion 76a, and an upper region of the rotating catching piece 76. The third locking portion 76c is formed in the rotation shaft 61 is selectively caught, so that the closed surface angle according to the type of RF card 4 is distinguished.

That is, the rotation locking piece 76 is rotated in the clockwise direction by the operation of the solenoid 72 while the rotation shaft 61 is caught by the first locking part 76a of the rotation locking piece 76, thereby causing the first locking. The rotating shaft 61 is caught by the second locking portion 76b while being out of the portion 76a, and the rotating locking piece 76 is rotated in the clockwise direction by the operation of the solenoid 72 so that the second locking portion ( The closing angle is set by being caught by the third locking portion 76c while the rotation shaft 61 is displaced from 76b).

At this time, in the rotation engaging piece 76 to form a plurality of engaging portions on which the rotating shaft 61 is caught to control the operation by dividing the solenoid 72 in several stages, the closing angle of the RF card (4) Can be distinguished by angle. In other words, it is possible to separate the vote according to the type of card (commuter pass, short-term pass).

The return member 80 is installed on one side of the rear of the vertical frame (1), the return motor 82 to reverse rotation; A return pulley 83 positioned in front of the vertical frame body 1 and rotatably arranged on the motor shaft 81 of the return motor 82; A return pulley 85 connected to the return pulley 83 by a belt 84; Through the main return pulley (85), it consists of a fixed horizontal axis 86 horizontally arranged between the rotation support bracket 62 and the vertical frame (1).

At this time, the return pulley 85 is rotatably arranged on the outer diameter of the fixed horizontal shaft 86 one side is connected by the belt 84 to the return pulley 83 is rotated to rotate the support bracket 62 is rotated first, The two vertical plates 42 and 43 are returned to the initial state.

The RF card ejection device 90 includes first and second horizontal reinforcing plates 91 and 92, first and second reinforcing plates 93 and 94, a third rotating member 96, and a third power transmission member ( 100 and the second guide member 150.

The first and second horizontal reinforcing plates 91 and 92 are fixed to one surface and the other surface of the vertical frame 1 so that the front region protrudes outward, and the rear region of the first and second horizontal reinforcing plates 91 and 92 is formed. It is provided in the longitudinal direction so as to be located forward.

The first and second reinforcing plates 93 and 94 are the same as the first and second vertical plates 42 and 43 as upper angle adjusting means B inside the first and second horizontal reinforcing plates 91 and 92. It is provided to maintain the height and to adjust the angle upward.

The third rotating member 96 has a bracket (97) installed to extend outside the first reinforcing plate (93); It is installed on the outside of the bracket 97, and consists of a rotating motor 98 having a motor shaft 98a.

The third power transmission member 100 is the same as the fourth lower shaft 49 and the fourth upper shaft 51 of the second power transmission member 47 between the first and second reinforcing plates 93 and 94. Fifth and sixth lower shafts 110 and 111 and fifth and sixth upper shafts 120 and 121 rotatably arranged at a height; Fifth and sixth lower gears 124 and 125 arranged on one surface of the first reinforcing plate 93 of one side outer diameter of the fifth and sixth lower shafts 110 and 111; Fifth and sixth upper gears that are arranged on one surface of the first reinforcing plate 93 having one or more outer diameters of the fifth and sixth upper shafts 120 and 121 and engaged with the fifth and sixth lower gears 124 and 125. 130) 131; The connecting gear 140 is rotatably arranged on the motor shaft 98a of the rotating motor 98 and engaged between the fifth and sixth upper gears 130 and 131 to transfer the rotational force of the rotating motor 98. Is made of.

The second guide member 150 has a lower guide roller 151 which is respectively arranged on both outer diameters of the fifth and sixth lower shafts 110 and 111; The fifth and sixth upper shafts 120 and 121 are respectively installed on both outer diameters, and are formed by upper guide rollers 152 in close contact with the lower guide rollers 151 to guide feeding of the RF card 4.

In addition, upper and lower portions of the second reinforcing plate 94 are provided with a detection sensor 94a that detects the RF card 4 flowing into the RF card discharge device 40.

The upper angle adjusting means (B) is an arc-shaped guide hole (200) formed to penetrate correspondingly between the first and second horizontal reinforcing plates (91, 92); A support bracket 220 fixed to the outer side of the first and second reinforcing plates 93 and 94, the one side of which is pivotally installed as a rotating shaft 210 inserted through the guide hole 200; A fixed horizontal axis 230 horizontally arranged between the support bracket 220 and the first and second horizontal reinforcing plates 91 and 92; A rotating pulley 240 rotatably arranged on the other side of the fixed horizontal long shaft 230; A motor pulley 250 connected to the rotary pulley 240 by a belt 241; The reverse rotation motor 260 is installed at the other rear side of the base member 60 and has a motor shaft 261 in which a motor pulley 250 is rotatably arranged.

On the other hand, the credit card information input and the inside of the vertical frame (1) between the first and second lower shafts 19, 20 and the first and second upper shafts 21, 22 of the RF card feeding apparatus 10 and Confirmation means (C) is provided.

The credit card information input and confirmation means (C) is fixed to the inside of the vertical frame (1), the head bracket 300 is formed with a fitting hole 310 in the central area; The head bracket 300 includes a writing head 400 and a reading head 410 attached to and fixed to protrude upward from the fitting hole 310 of the head bracket 300.

In this case, the writing head 400 and the reading head 410 are integrally formed, and when the magnet portion of the credit card passes, information of the credit card is read and input at the same time.

In addition, a separate contact reader 500 may be installed on the upper part of the card reader, so that the user can use it appropriately.

The control means (D) is provided on one surface of the base member (6) fixed to the lower portion of the vertical frame (1) to integrally control each device constituting the card lead.

Referring to the operating state of the present invention configured as described above, in order to use the RF card 4 in contact, the RF card 4 is inserted into the inlet (not shown) of the card lead. Then, the front end of the RF card 4 is introduced into the shutter member 30 region in front of the RF card feeding apparatus 10 through the inlet.

At this time, the sensing sensor 39 provided in the upper and lower parts of the other surface of the vertical frame 1 detects this state, and then transfers the detected information to the control means D, and compares it with the information input from the control means D. By judging, the solenoid 33 installed on one surface of the vertical frame 1 is operated.

As the solenoid 33 is operated as described above, the rod 33 moves upward, and both sides of the rod 33 move vertically to vertically correspond to one side and the other side of the vertical frame 1. The horizontal blocking plate 34, which is inserted to protrude and has one end fixed to the top of the rod 32, is moved upwards at the same time as the rod 32.

Accordingly, the pivot pin 38 is inserted through the horizontal hole 37a penetrating the mounting bracket 37 on one surface of the vertical frame 1 and through the through hole 34a formed at one side of the horizontal blocking plate 34. One end of the horizontal blocking plate 34 is moved upward along the vertical movement hole 31 on one side, and the other end of the horizontal blocking plate 34 is moved downward along the vertical movement hole 31 on the other side. 4) flows into the RF card feeding device 10.

At this time, the tension spring 36 vertically connected to one side of the horizontal connecting rod 35 connected between the upper part of the horizontal blocking plate 34 and the upper part of the vertical frame 1 is elastically reduced, and the RF card 4 is completely When the card feeding device 10 is introduced, the solenoid 33 is moved downward by the detection of the detection sensor 39 so that the tension spring 36 returns to its original state, that is, the horizontal blocking plate 34 is extended. This operation is reversed and waits for the next process.

As described above, when the front end of the RF card 4 is introduced into the RF card feeding apparatus 10, the control means D senses this to operate the RF card feeding apparatus 10.

That is, the main motor 12 of the first power shear member 14 installed on one side inside the vertical frame 1 is operated, and the motor pulley 15 arranged on the motor shaft 11 of the main motor 12 rotates. The main pulley is installed on one side of the horizontal rotating shaft 16 which is arranged to be horizontally rotatable between the vertical frame 1 of the upper region of the motor pulley 15, and is connected to the motor pulley 15 by the belt 15a ( 17) will rotate.

Accordingly, the main gear 18 on the other side of the horizontal rotating shaft 16 is rotated, meshed with the main gear 18, and rotatably arranged between the vertical frames 1 on both sides of the horizontal rotating shaft 16. The first and second lower gears 24 and 25 having the outer diameters of the lower shafts 19 and 20 rotate.

At the same time, the first and second lower gears 24 and 25 are engaged with each other, and the first and second upper gears 26 and 27 rotated on the other side of the first and second upper shafts 21 and 22 are rotated. Lower guide rollers 20 arranged on both outer diameters of the first and second lower shafts 19 and 20 and upper guide rollers 28a installed on both outer diameters of the first and second upper shafts 21 and 22 rotate. The RF card 4 closely contacted between the upper guide roller 28a and the lower guide roller 28b is moved to the RF card closing device 40.

At this time, the non-contact reader (3) with the antenna provided on the upper part of the vertical frame (1) receives the information stored in the RF card (4) to determine the type, fee, etc. of the card.

When the RF card 4 is introduced into the RF card closing device 40 as described above, that is, the front end of the RF card 4 moves into the first and second vertical plates 42 and 43 of the RFID card closing device 40. When introduced, the sensor 40a provided in the upper and lower parts of the other side of the second vertical plate 43 detects this state, and then transfers the detected information to the control means D, which is input from the control means D. The rotation motor 46 of the bracket 45 of the second rotating member 44 installed to extend outside the second vertical plate 43 is operated in comparison with the information.

Accordingly, as the motor shaft 46a of the rotary motor 46 is rotated and the connecting gear 56 formed on the motor shaft 46a is rotated, the motor shaft 46a of the rotary motor 46 is rotated. The third and fourth upper gears 54 and 55 are rotated, meshed with the third and fourth upper gears 54 and 55, and the first and second upper gears 54 and 55 are installed on the third and fourth lower shafts 48 and 49. As the lower and lower gears 52 and 53 rotate, the lower guide rollers 58a and the third and fourth upper shafts 50 and 51 arranged on both sides of the third and fourth lower shafts 48 and 49 are rotated. ) The upper guide roller 58b arranged at both outer diameters is rotated so that the RF card 4 closely contacted between the upper guide roller 58b and the lower guide roller 58a is moved to the RF card ejection device 90. Done.

When the RF card 4 is introduced into the RF card ejection apparatus 90 as described above, that is, the front end of the RF card 4 is introduced into the first and second reinforcement plates 93 and 94 of the RF card ejection apparatus 90. When introduced, the second reinforcing plate 84, the sensing sensor (90a) provided in the upper and lower inside the other side detects this state, and then transfers the detected information to the control means (D), input from the control means (D) The rotation motor 98 outside the bracket 97 installed to extend outside the first reinforcing plate 93 is operated by comparing with the information.

Accordingly, as the motor shaft 98a of the rotary motor 98 is rotated and the connecting gear 140 formed on the motor shaft 98a is rotated, the motor shaft 98a of the rotary motor 98 is rotated. The fifth and sixth upper gears 130 and 131 are rotated, are meshed with the fifth and sixth upper gears 130 and 131, and the fifth and sixth upper gears 130 and 131 are installed on the fifth and sixth lower shafts 110 and 111. As the 5, 6 lower gear 1204 (125) is rotated, the lower guide rollers 151 and the 5, 6 upper shafts 120, 121 laid on both sides of the 5th, 6th lower shafts 110, 111. The upper guide rollers 152 arranged on both outer diameters are rotated so that the RF card 4 closely contacted between the upper guide rollers 152 and the lower guide rollers 151 is discharged to the outside.

At the same time, the RF card 4 does not deviate between the lower guide roller 151 and the upper guide roller 151, the upper angle adjusting means (B) is operated by the control of the control means (D).

That is, the forward and reverse rotation motor 260 installed on the other inside of the rear of the vertical frame (1) is to be rotated forward. Then, the forward and reverse rotation motor 260 rotates forward, the motor shaft 261 rotates, and the motor pulley 250 stored in the motor 260 is rotated to rotate the motor pulley 250 with the belt 241. Is connected, the rotating pulley 240 on the other side of the fixed horizontal axis 230 horizontally arranged between the support bracket 220 and the first and second horizontal reinforcing plate (91, 92) is rotated.

Accordingly, the first and second reinforcing plates 93 and 94 are rotated around the pivot shaft 210 inserted through the guide slot 200 of the vertical frame 1, thereby providing the first and second reinforcing plates 93. Since the 94 is moved upward by an appropriate angle, that is, the length of the guide slot 200, the user can conveniently accommodate the card.

Then, when the discharge of the card is completed in this way, the forward and reverse rotation motor 260 of the upper angle adjusting means (B) by reverse rotation to move the first and second reinforcing plates 93 and 94 in the opposite direction to the RF The first and second vertical plates 42 and 43 of the card closing device 40 are held in parallel to wait for the next process.

On the other hand, the RF card 4 is closed or discharged to the outside according to the information stored in the RF card 4 by the reading of the non-contact reader 3, and the information stored in the dual RF card 4 disappears. The depleted or exhausted RF card 4 is to be discharged to the outside at different angles depending on the type (short-term, commuter pass, student pass, general pass, etc.).

In detail, the lower guide roller 58a and the third and fourth upper shafts 3 and 4 of the lower and lower shafts 48 and 49 of the RF card 4 constitute the RF card closing device 40. Immediately before being introduced into the RF card ejection apparatus 90 in a state of being in close contact between the upper guide rollers 58b of the 50 and 51, the angle adjusting means is read by the non-contact reader 3 and controlled by the control means D. A) is operated.

That is, the solenoid 72 is installed on the other surface of the vertical frame (1), the rod 71 is provided to be movable up and down, the rod 71 is moved downward, and the rod 71 is moved vertically. The link 73 is moved downward, and the horizontal connecting shaft 74 is horizontally connected to the upper part of the vertical link 73 so as to penetrate the vertical frame 1 horizontally so as to correspond to both sides of the vertical frame 1. It moves from the top to the bottom of the moving hole 74a.

Accordingly, the diameter of the movable hole 74a is inserted into and fixed to the horizontal connecting shaft 74, and is reinforced by the connecting reinforcing shaft 75, and is rotatable inside the vertical frame 1 by the rotating horizontal shaft 77. When the pivoting piece 76 is rotated in the clockwise direction, and the pivoting shaft 61 is caught by the first locking portion 76a at the lower end thereof, the pivoting shaft 61 deviates from the first locking portion 76a. The second locking portion 76b of the rotation locking piece 76 is caught.

At the same time, the operation of the solenoid 72 is stopped and returned to the initial state, is wound around the outer axis of the rotating horizontal axis 77, the central region is hung on the horizontal connecting shaft 74, both ends between the vertical frame (1) The elastically stretched support springs 79 caught on the horizontal fixed shaft 78 arranged in the state return to the initial state.

At this time, one side is installed to be rotatable by the rotation shaft 61 inserted through the inner hole 60 of the arc-shaped rotation formed correspondingly to the rear region of the vertical frame 1, and the other side is the first and second vertical plates ( The first and second vertical plates 42 and 43 are moved in a clockwise direction along the internal hole 60 during the rotational shaft 61 in a state in which the rotation support bracket 62 is fixed to the outer side. It is rotated clockwise to adjust its angle.

Next, the lower guide rollers 58a of the third and fourth lower shafts 48 and 49 and the upper guide rollers of the third and fourth upper shafts 50 and 51 which constitute the RF card closing device 40 are formed. The RF card 4 in close contact between the 58b is discharged to the outside. At this time, the RF card 4 is discharged and stored in a closed box (not shown) provided at the bottom.

In this state, the solenoid 72 is operated to rotate the rotation catching piece 76 in the clockwise direction so that the rotation shaft 61 escapes from the second catching part 76b while the third catching of the rotation catching piece 76 is performed. It is caught by the portion 76c.

At the same time, the operation of the solenoid 72 is stopped and returned to the initial state, is wound around the outer axis of the rotating horizontal axis 77, the central region is hung on the horizontal connecting shaft 74, both ends between the vertical frame (1) The elastically stretched support springs 79 caught on the horizontal fixed shaft 78 arranged in the state return to the initial state.

At this time, one side is installed to be rotatable by the rotation shaft 61 inserted through the inner hole 60 of the arc-shaped rotation formed to correspond to the rear region of the vertical frame 1, and the other side is the first and second vertical plates ( In the state in which the rotation support bracket 62 is fixed to the outer side of the 42 and 43, the pivot shaft 61 is moved clockwise along the internal hole 60 during the rotation and is caught by the end thereof so that the first and second vertical plates 42 43 is rotated clockwise to adjust the angle.

Next, the RF card 4 closely contacted between the lower guide roller 58a and the upper guide roller 58b constituting the RF card closing device 40 is discharged to the outside. At this time, the RF card 4 is discharged and stored in a closed box (not shown) provided at the bottom.

At this time, the rotation engaging piece 76 forms a plurality of engaging portions to which the rotation shaft 61 is engaged, and when the solenoid 72 is controlled in several stages, the closed mark angle of the RF card 4 is angled. Can be distinguished by. In other words, it is possible to separate the vote according to the type of card (commuter pass, short-term pass).

In order to return the closed card 40 of the closed card completed in this way to the original state, by operating the reverse rotation return motor 82 installed on one side of the rear of the vertical frame 1 under the control of the control means (D). It is connected to the return pulley 83 rotatably arranged on the motor shaft 81 of the motor 82 by a belt 84, and one side of the fixed horizontal shaft 86 between the rotation support bracket 62 and the vertical frame 1 The return pulley 85 which is rotatably arranged in the reverse rotation.

Accordingly, the rotation shaft 61 is moved in the counterclockwise direction along the internal hole 60 during the rotation, and thus the first and second vertical plates 42 and 43 are positioned at the lower end of the internal hole 60 during the rotation. It is maintained in parallel with the horizontal frame 1 of (10) to wait for the next process.

In addition, in the RF card 4 which is not processed by the non-contact reader 3, the main motor 12 of the RF card feeding apparatus 10 is reversely rotated by the control of the control means D so that the RF card feeding apparatus 10 is rotated. Discharged outside).

Then, credit card information is input and confirmed in the vertical frame 1 between the first and second lower shafts 19 and 20 and the first and second upper shafts 21 and 22 of the RF card feeding apparatus 10. Means (C) is provided to read and confirm the information of the credit card.

That is, the lower guide rollers 29a and the upper guide rollers of the first and second lower shafts 19 and 20 and the first and second upper shafts 21 and 22 constituting the RF card feeding apparatus 10 ( 29b) the head bracket 300 is installed in the vertical frame 1 between the first and second lower shafts 19 and 20 and the first and second upper shafts 21 and 22, respectively. It will pass through the central area of.

Then, the mounting head 400 and the reading head 410 integrally attached to the fitting hole 310 formed in the central area of the head bracket 300 protruding upward and integrally read the information input to the magnetic of the credit card. Will be confirmed. That is, the RFID card reader can read, confirm and use the information of the credit card.

On the other hand, by installing a separate contact reader 500 on the top of the RF card reader, it can be used by the user appropriately for the purpose.

According to the present invention described above, it is made to accommodate both the contact and non-contact type of the RF card as one module, it is possible to vertically discharge without bending the card, the operation control of the motor and the solenoid The multi-stage closing system enables the separate closing system according to the type of card (commuter pass, short-term pass), and has a separate contact reader outside and a means for reading and verifying the information of the credit card inside. This provides the effect that a wide range of cards can be used.

Claims (7)

A first rotating member 13 formed of a main motor 12 installed on one side of the vertical frame body 1; A first power transmission member 14 which rotates by receiving the rotational force of the main motor 12; A feeding member 28 for feeding the RF card 4 by the rotational force of the first power transmission member 14; An RF card feeding device (10) provided on the vertical frame (1) and configured as a non-contact reader (3) for determining information of the RF card (4); First and second vertical plates (42) (43) rotatably provided in the rear region of the vertical frame (1) by an angle adjusting means (A); A second rotating member (44) comprising a bracket (45) installed outside the second vertical plate (43) and a rotating motor (46) installed outside the bracket (45); A second copper transmission member 47 which rotates by receiving the rotational force of the rotary motor 46; An RF card closing device (40) composed of a first guide member (57) for feeding the RF card (4) by the rotational force of the second power transmission member (47); First and second horizontal reinforcing plates 91 and 92 protruding outwardly on both sides of the vertical frame body 1 and fixed to be positioned forward of the first and second vertical plates 42 and 43; ; First and second reinforcing plates (93) (94) provided in the first and second horizontal reinforcing plates (91) and (92) to enable angle adjustment as the upper angle adjusting means (B); A third rotating member (96) consisting of a bracket (97) installed outside the first reinforcing plate (83) and a rotating motor (98) installed outside the bracket (97); A third copper transmission member 100 which rotates by receiving the rotational force of the rotary motor 46; An RF card ejection device (90) comprising a second guide member (150) for feeding the RF card (4) by the rotational force of the third power transmission member (100); And Control means (D) provided on one surface of the base member (6) fixed to the lower portion of the vertical frame (1) to integrally control each device constituting the RF card lead; Contact and contactless RF card reader, characterized in that configured to include. According to claim 1, wherein the shutter member is provided on the vertical frame (1) in front of the RF card feeding apparatus 10, The shutter member 30 includes a vertical movement hole 31 formed to penetrate vertically on both sides of the vertical frame body 1; A solenoid 33 installed on one surface of the vertical frame 1 and provided with a rod 32 moved upward and downward; A horizontal blocking plate (34) inserted at both sides of the vertical moving hole (31) so as to protrude to the outside and having one end fixed to an upper portion of the rod (32); A tension spring (36) connected vertically to one side of a horizontal connecting rod (35) connected between an upper portion of the horizontal blocking plate (34) and an upper portion of the vertical frame (1) to support rotation of the horizontal blocking plate (34); An installation bracket 37 provided on one surface of the vertical frame body 1 and having a horizontal hole 37a formed therein; And A rotation pin 38 inserted through one side area of the horizontal blocking plate 34 to rotate the horizontal blocking plate 34 through a horizontal hole 37a of the mounting bracket 37; Contact and contactless RF card reader, characterized in that consisting of. According to claim 1, wherein the angle adjusting means (A) An arc-shaped inner bore 60 formed corresponding to the rear region of the vertical frame body 1; Rotating support bracket 62, one side of which is pivotally rotatable by the rotating shaft 61 inserted through the internal hole 60, and the other side of which is fixed to the first and second vertical plates 42 and 43. ); An angle adjusting member 70 for rotating the pivot support bracket 62 at an appropriate angle; And It is installed on the inner side of the rear of the vertical frame (1), is located in the reverse rotation motor 82, the front of the vertical frame (1), rotatable to the motor shaft 81 of the return motor 82 An extended return pulley 83; A return pulley 85 connected to the return pulley 83 by a belt 84; A return member (80) formed through the main return pulley (85) and formed of a horizontal horizontal shaft (86) horizontally arranged between the pivot support bracket (62) and the vertical frame (1); Contact and contactless RF card reader, characterized in that configured to include. The method of claim 3, wherein the angle adjustment member 70 A solenoid 72 installed on the other surface of the vertical frame 1 and provided with a rod 71 to move up and down; A vertical link 73 installed vertically on the rod 71; A horizontal connection shaft 74 connected horizontally to the upper portion of the vertical link 73 so as to penetrate horizontally to an upper end of the moving hole 74a of the vertical frame body 1; A rotation engaging piece (76) inserted into and fixed to the horizontal connecting shaft (74) inside the vertical frame (1), reinforced by the connecting reinforcing shaft (75), and to which the rotating shaft (61) is caught; A rotating horizontal shaft (77) rotatably arranged between the rotating locking pieces (76) and the vertical frame (1) to rotate the rotating locking pieces (76); And It is wound around the horizontal axis 77, the central area is caught by the horizontal connecting shaft 74, both ends are caught by the horizontal fixed shaft 78 is arranged between the vertical frame (1) and the rotation is caught A support spring 79 for elastically supporting the rotation of the piece 76; Contact and contactless RF card reader, characterized in that consisting of. 5. The contact and fastening member (76) according to claim 4, wherein the pivot catching member (76) includes first, second and third locking parts (76a) (76b) (76c) to which the pivot shaft (71) is selectively engaged. Contactless RF card reader. According to claim 1, wherein the upper angle adjusting means (B) A guide hole 200 formed to penetrate between the first and second horizontal reinforcing plates 91 and 92; A support bracket 220 fixed at an outer side of the first and second reinforcing plates 93 and 94 with one side of the first and second reinforcing plates being rotatably arranged as a rotating shaft 210 inserted through the guide hole 200; A fixed horizontal long axis 230 horizontally arranged between the support bracket 220 and the first and second horizontal reinforcing plates 91 and 92; A rotating pulley 240 rotatably arranged on the other side of the fixed horizontal long shaft 230; A motor pulley 250 connected to the rotating pulley 240 by a belt 241; And A forward and reverse motor 260 installed on the other side of the rear of the base member 6 and having the motor pulley 250 rotatably built therein; Contact and contactless RF card lead, characterized in that consisting of. According to claim 1, wherein the inside of the vertical frame (1) between the first and second lower shafts 19, 20 and the first and second upper and lower shafts 21, 22 of the RF card feeding apparatus 10. Credit card information input and verification means (C), The credit card information input and confirmation means (C) is fixed to the inside of the vertical frame (1), the head bracket 300, the fitting hole 310 is formed in the central area; And A fixing head attached to the fitting hole 310 of the head bracket 300 so as to protrude upward and integrally formed with a writing head 400 and a reading head 410; Contact and contactless RF card lead, characterized in that consisting of.

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