CN1624714A

CN1624714A - Chip type IC card recovery device

Info

Publication number: CN1624714A
Application number: CN 200410089070
Authority: CN
Inventors: 张亮; 顾起英; 孙炳华
Original assignee: Shanghai Huaming Intelligent Terminal Equipment Co Ltd
Current assignee: Shanghai Huaming Intelligent Terminal Equipment Co Ltd
Priority date: 2004-12-03
Filing date: 2004-12-03
Publication date: 2005-06-08
Anticipated expiration: 2024-12-03
Also published as: CN100495429C

Abstract

A chip type IC card recovery device, which has a entrance channel at a base board, an exit channel for ordinary tickets, an exit channel for special tickets and an exit channel for non-ordinary tickets. The transitional channel is between the entrance channel and the exit channel, and a cover through a flap and an articulation composing the hinge assistant and can switch on and off freely. A Gate is on the channel which controlled by electromagnet and controlled by the circuit and the radio-frequency read-write antenna is set in the cover, the external read-write device identifies whether the IC card into the channel is ordinary ticket, or the special ticket or the non-ordinary ticket via radio frequency read-write antenna, and order the tickets to send out through the ordinary, the special and the non-ordinary channels respectively. The strong points are: if there is ticket blocking problem, it will conveniently open the cover of the transitional channel and handle the blocking chip.

Description

Chip type IC card recovery device

Technical field

The present invention relates to a kind of retracting device that circular chip non-contact IC card is used in subway, public transport or public place of entertainment etc. that is used for.

Background technology

Present this class non-contact IC card recovering device if run into phenomenon such as card ticket, bothers troubleshooting of faults, can not arbitrarily open; In addition, traditional IC-card retracting device, volume are big and heavy.

Summary of the invention

The present invention is on a base plate, use inlet baffle, outlet damper and improper ticket outlet damper cover fixing, form an access road respectively, a cash fare exit passageway, an extraordinary ticket exit passageway and an improper ticket exit passageway, between access road and exit passageway, be transition passage, transition passage passes through flap by a case, be fixed on the base plate again after hinge axis formation hinge is paid, be with torsion spring on the hinge axis, make the case can free opening and closing, on each passage, gate is housed, gate is by magnet control, electromagnet is controlled by control circuit, control circuit receives the photoelectric sensor control signal, in case, also be provided with the frequency read/write antenna, external read write line is by the frequency read/write antenna, it is cash fare that identification enters the access road IC-card, extraordinary ticket still is improper ticket, and makes it export from cash fare respectively, extraordinary ticket outlet or the outlet of improper ticket are sent;

Described each passage upper lock gate is, access road gate, transition passage gate, improper ticket go out port strobe and cash fare and extraordinary ticket and go out port strobe, these gates are respectively by four magnet control, three are installed on the electromagnet stent, one is installed on the back up pad, and electromagnet stent and back up pad are separately fixed on the base plate;

Described photoelectric sensor has 5 pairs, the a pair of and arranged on left and right sides that is arranged on transition passage, a pair of improper ticket exit that is arranged on, a pair of extraordinary ticket exit that is arranged on, the a pair of cash fare exit that is arranged on, another is to being arranged on the gate below that transition passage enters the cash fare exit passageway.

The access road gate is often opened, only when any photoelectric sensor has detected the chip IC-card, the access road gate is just closed, access road gate and transition passage gate structures are similar, be to curve 90 ° by a corrosion resistant plate to constitute, improper ticket goes out port strobe and cash fare and extraordinary ticket, and to go out port strobe be similarly, is that two limits by a corrosion resistant plate differ in length on same direction, respectively curve 90 ° of formations, and have the rectangle notch at its horizontal segment, and the electromagnet outage, chip falls to the rectangle notch, laterally be obstructed, to moving, passage is obstructed falling direction towards Z for electromagnet energising, gate, laterally Y opens, and chip laterally rolls.

Advantage of the present invention is, easily the case of transition passage to be opened the chip of processing jam if run into card ticket phenomenon.

Description of drawings

Accompanying drawing 1 front view of the present invention.

Accompanying drawing 2 is left views of accompanying drawing 1.

Accompanying drawing 3 is right views of accompanying drawing 1.

Accompanying drawing 4 is vertical views of accompanying drawing 1.

Accompanying drawing 5 is that the H-H of accompanying drawing 1 is to cut-open view.

Accompanying drawing 6 is front views that cash fare and extraordinary ticket go out port strobe.

Accompanying drawing 7 is vertical views that cash fare and extraordinary ticket go out port strobe

The number in the figure explanation:

1. flap 15. photoelectric sensors

2. case 16. photoelectric sensors

3. photoelectric sensor 17. hinge axis

4. inlet baffle 18. torsion springs

5. base plate 19. photoelectric sensors

6. gate 20. frequency read/write antennas

7. electromagnet 21. circuit boards

8. electromagnet 22. improper ticket outlet dampers

9. electromagnet 23. outlet dampers

10. electromagnet 24. electromagnet stents

11. photoelectric sensor 25. back up pads

12. gate 13. gates 14. gates

Embodiment

See also accompanying

drawing

1,2,3,4, shown in 5, the present invention is on a base plate 5, with inlet baffle 4, outlet damper 23 and improper ticket outlet damper 22 cover fixing, form an access road A of dotted portion in the front view respectively, a cash fare exit passageway E, an extraordinary ticket exit passageway F and an improper ticket exit passageway G, between access road and exit passageway transition passage BC, excessively channel B C passes through flap 1 by a case 2, after paying, hinge axis 17 formation hinges are fixed on again on the base plate 5, be with torsion spring 18 on the hinge axis 17, can freely open so the BC passage drives case 2 by flap 1.And under normal circumstances the BC passage always is in closed condition.On each passage, gate is housed, gate is by magnet control, electromagnet is controlled by the control circuit on the circuit board 21, control circuit receives the photoelectric sensor control signal, in case 2, also be provided with frequency read/write antenna 20, external read write line is cash fare, extraordinary ticket or improper ticket by the IC-card that 20 identifications enter access road, and makes it send from cash fare outlet E, extraordinary ticket outlet F or improper ticket outlet G respectively;

Described each passage upper lock gate is, access road gate 6, transition passage BC gate 14, improper ticket go out port strobe 13 and cash fare and extraordinary ticket and go out port strobe 12, these gates are respectively by 7,8,9,10 controls of four electromagnet, 7,8,9 three are installed on the electromagnet stent 24, electromagnet 10 is installed on the back up pad 25, and back up pad 25 is fixed on the base plate 5;

Described photoelectric sensor has 5 pairs, a pair of photoelectric sensor 3 electricity are arranged on the and arranged on left and right sides of transition passage BC, a pair of photoelectric sensor 15 is arranged on improper ticket exit, a pair of photoelectric sensor 11 is arranged on extraordinary ticket outlet F place, a pair of photoelectric sensor 16 is arranged on cash fare outlet E place, and another is arranged on gate 13 belows that transition passage BC enters the cash fare exit passageway to photoelectric sensor 19.

Access road gate 6 is often opened, and only when any photoelectric sensor had detected the IC-card chip, the access road gate was just closed, and gate 6 and 14 structure are similarly, see that accompanying drawing 5 is to curve 90 ° by a corrosion resistant plate to constitute; Gate 12 is similar with 13 formation, seeing accompanying drawing 6 and accompanying drawing 7, is to curve 90 ° by two limits of a corrosion resistant plate in same direction varying length to constitute, and its horizontal segment has the rectangle notch, the electromagnet outage, chip falls to the rectangle notch, laterally is obstructed the electromagnet energising, gate towards Z to moving, passage is obstructed falling direction, and laterally Y opens, and chip laterally rolls.

See also shown in the accompanying drawing 6,7, gate 12,13 is when electromagnet 9,10 outages, chip falls in the slot Xa hole, the Y direction is promptly laterally just stopped, when electromagnet 9,10 energising work, this gate moves towards the Z direction, and the flute profile passage is promptly stopped by Xb at directions X (falling direction), and the Y direction promptly is opened, and this moment, chip was towards horizontal rolling.

Gate 6 and 14 working method are as in the H-H cut-open view shown in 7 and 8, gate moves right out during work of electromagnet, flute profile passage K-K is promptly by open-minded, and chip this moment (promptly being generally the chip that circular IC-card can replace ticket) can pass through in the flute profile passage, comes down to freely to fall; Gate 12 and 13 working method as in the right view 10 and H-H cut open in shown in 9.The shape of gate 12,13 is shown in accompanying drawing 6,7, when electromagnet 9,10 outages, when chip can drop in the Xa hole, the Y direction is promptly laterally just stopped, when electromagnet 9,10 energising work, this gate moves towards the Z direction, and the flute profile passage is promptly stopped by Xb at directions X (falling direction), and the Y direction promptly is opened, and this moment, chip was towards horizontal rolling.

Is communicated with ballot box respectively at diagram E, F endpiece, and hypothesis from the D side direction to F more vertically downward passage be extraordinary ticket endpiece, not having obstruction E vertically downward is the cash fare endpiece.G synclinal bend passage is half moonpool, and it is improper ticket endpiece, promptly is the outlet of the ticket that maybe need buy one's ticket after normal time of false tickets, invalidated ticket etc.

After inserting IC-card, the course of work of the present invention is such:

Usually electromagnet 7 is to be in power supply state always, and promptly gate 6 is often opened, and it has been when only any in each photoelectric sensor detected signal, or ticket is when the recycling module internal process, and gate 6 is only closes.

Contactless circular chip (hereinafter to be referred as ticket) drops into from A and just rests on the B place, photoelectric sensor 3 is surveyed has signal to make gate 6 close by circuit board 21, external read write line is distinguished by 20 pairs of ticket of frequency read/write antenna simultaneously, can know that whether the true of ticket and pseudo-, admission fee face amount meet, are information such as cash fare or extraordinary ticket, just can instruct the electromagnet on the corresponding gate to carry out work.

If improper ticket, then instruction gate 13 actions earlier, starting gate 14 again, the Xb that ticket is subjected to gate 14 stop and towards G to rolling, stop when arriving photoelectric sensor 15.Simultaneously, by 8,9 outages of circuit board 21 instruction electromagnet, thereby

gate

14 and 13 just resets.After the passenger took this ticket away, photoelectric sensor 15 was opened by circuit board instruction gate 6, recovers initial duty then.

If extraordinary ticket, then instruction gate 12 actions earlier, starting gate 14 again, when the photoelectric sensor 19 of gate 13 belows find out ticket by the time, make gate 14 close by circuit board.Ticket is subjected to Xb on the gate 12 and stops and laterally roll towards the F direction, falls into extraordinary ballot box, by way of photoelectric sensor 11, finds out ticket by then being opened by circuit board instruction gate 6,10 outages of instruction electromagnet, and gate 12 resets, and recovers initial duty then.

If regular train ticket, then starting gate 14, ticket just directly falls into common ballot box, this ticket is by way of the photoelectric sensor 19 of gate 13 belows, make gate 14 close by circuit board 21, in the E passage, ticket is opened by circuit board 21 instruction gates 6 by way of photoelectric sensor 16, recovers initial duty then.

Above-mentioned is the overall process of the recovery of chip, if meet abnormal conditions such as blocking ticket, opening hinge plate 1 is got rid of fault at any time.

Claims

1. chip type IC card recovery device, it is characterized in that: on a base plate, use inlet baffle, outlet damper and improper ticket outlet damper cover fixing, form an access road respectively, a cash fare exit passageway, an extraordinary ticket exit passageway and an improper ticket exit passageway, between access road and exit passageway, be transition passage, excessively passage passes through flap by a case, be fixed on the base plate again after hinge axis formation hinge is paid, be with torsion spring on the hinge axis, make the case can free opening and closing, on each passage, gate is housed, gate is by magnet control, electromagnet is controlled by control circuit, control circuit receives the photoelectric sensor control signal, in case, also be provided with the frequency read/write antenna, external read write line is by the frequency read/write antenna, and it is cash fare that identification enters the access road IC-card, extraordinary ticket still is improper ticket, and makes it export from cash fare respectively, extraordinary ticket outlet or the outlet of improper ticket are sent.

2. by the described chip type IC card recovery device of claim 1, it is characterized in that: described each passage upper lock gate is, access road gate, transition passage gate, improper ticket go out port strobe and cash fare and extraordinary ticket and go out port strobe, these gates are respectively by four magnet control, three are installed on the electromagnet stent, one is installed on the back up pad, and electromagnetism support and back up pad all are fixed on the base plate.

3. by the described chip type IC card recovery device of claim 1, it is characterized in that: described photoelectric sensor has 5 pairs, the a pair of and arranged on left and right sides that is arranged on transition passage, the a pair of improper ticket exit that is arranged on, the a pair of extraordinary ticket exit that is arranged on, the a pair of cash fare exit that is arranged on, another is to being arranged on the gate below that transition passage enters the cash fare exit passageway.

4. by the described chip type IC card recovery device of claim 2, it is characterized in that: the access road gate is often opened, only when any photoelectric sensor has detected the IC-card chip, the access road gate is just closed, two gates are to curve 90 ° by a corrosion resistant plate to constitute, in addition two gates are that two limits by a corrosion resistant plate differ in length on same direction and curve 90 ° and constitute, and have the rectangle notch at its horizontal segment, and the electromagnet outage, chip falls to the rectangle notch, laterally be obstructed, to moving, passage is obstructed falling direction towards Z for electromagnet energising, gate, laterally Y opens, and chip laterally rolls.