KR960001769B1 - Magnetic ticket automatically supplying apparatus - Google Patents

Abstract

The apparatus, used for unmanned magnetic ticket vending machine, discharges the magnetic ticket for a supply reel, and automatically feeds the magnetic ticket to a cutter. It comprises the magnetic ticket supply reel(10) rotatably fixed to a frame(8); a 1st sensor(24) sensing the supply of the magnetic ticket; a step motor(32) driven by the 1st sensor(24) and installed in the frame(8); rollers(26,28,30) interlocked with the step motor(32); the cutter(14) installed in front of the roller(30); and a 2nd sensor(34) stopping the actuation of the step motor(32) and driving the cutter(14) if the insertion of the ticket gets sensed.

Description

Magnetic ticket automatic feeding device

1 is a perspective view schematically showing a magnetic ticket automatic feeding device according to the present invention.

2 is a front view showing the automatic magnetic ticket supplying device according to the present invention.

3 is a front view showing the main portion of the automatic magnetic ticket supplying device according to the present invention.

4 shows the ticket transfer means of FIG. 3 as a rear view of the automatic magnetic ticket supplying device according to the present invention.

* Explanation of symbols for main parts of the drawings

8: frame 10: supply reel

12: magnetic ticket 14: cutter

15, 17, 29: first, second and third guide 24: first sensor

26, 28, 30: feed roller 32: step motor

34: second detector

The present invention relates to a magnetic ticket, and more particularly, to a magnetic ticket automatic feeding device for automatically transferring a magnetic ticket to a cutter which is discharged from a supply reel and cut into a predetermined length.

The magnetic ticket refers to a ticket that a user can purchase by paying a predetermined transportation fare when using public transportation such as a train lamp, and means that a magnetic film is formed in the longitudinal direction on the back side of the table.

The magnetic ticket is recorded by the recording head on the magnetic film of the ticket when the boarding situation, such as the passenger's riding position, distance, etc. is recorded on the magnetic film, and the data recorded by the reading head of the ticket gate is also read. These magnetic tickets are recorded and read out when passing through the ticket gates when the passengers get on and off.

The magnetic ticket used for such a purpose has been developed for the unmanned ticket automatic machine issuing due to the congestion of passengers, through which the ticket is automatically issued.

The present invention relates to an apparatus for automatically supplying a magnetic ticket from a supply reel having a magnetic ticket installed in the aforementioned magnetic ticket drone to a cutter which is cut to a predetermined length.

As an example of a conventional magnetic ticket supply apparatus, a supply reel having a wound magnetic ticket is rotatably mounted on a main frame, and a free end of the magnetic ticket wound on a supply reel is passed through a cutter that is also coupled to the frame. It is initialized to the ticket issuing state by cutting to length.

At this time, the magnetic ticket is cut in a desired length on a cutter passing between the plurality of rollers arranged between the supply reel and the cutter, and ready to issue a ticket to promptly issue a ticket when a passenger requests a ticket. With the ticket in place, the ticket must be in the initial position (initialization).

However, in the case of the magnetic ticket supply apparatus of the type described above, since the ticket is manually placed on the cutter so that the magnetic ticket passed between the plurality of rollers is cut to a desired length, the magnetic ticket is inserted between the narrow ticket passages. It is difficult and the magnetic film is damaged when the ticket is wrinkled.

As such, placing the ticket on the cutter is mainly used when providing a new ticket supply reel when the ticket wound up on the supply reel or when the supply of the ticket is not discharged smoothly or there is a problem with the issued ticket. Alternatively, the ticket issuer manager must newly set up the ticket initialization, but it has to be manually adjusted each time, which is very cumbersome, and the ticket is damaged.

It is an object of the present invention to prepare a ticket for a ticket issuing machine, that is, the initial magnetic ticket discharged from the supply reel is cut into a desired length through the cutter, and the initial setting for the magnetic ticket is set in the waiting state for issuing the ticket. It is to provide a magnetic automatic feeding device that can automatically feed onto the cutter.

Magnetic ticket automatic supply device according to the object of the present invention is a first sensing means for detecting the entry of the magnetic ticket discharged from the supply reel rotatably mounted on the main frame, the magnetic actuated and introduced by the first sensing means Ticket transfer means for transferring the ticket into the cutter and a second sensing means for moving the cutter a predetermined distance away from the cutter and for controlling the operation of the transfer means.

Hereinafter, a magnetic ticket automatic supply apparatus according to an object of the present invention will be described in detail with reference to the accompanying drawings.

Referring to FIG. 2, the magnetic ticket 12 wound on the supply reel 10 passes through the cutter 14 and is cut into a predetermined length until the magnetic ticket is requested by the passenger to purchase the ticket. I'm waiting.

Therefore, when the passenger selects the desired section on the external control panel of the ticket automatic ticketing machine to purchase a ticket and quantifies coins, the cut ticket 12 which is waiting to be issued is released to the outside.

At this time, the ticket cut by the cutter 14 is automatically inserted into the cutter 14 and cut in order to quickly provide the ticket to the passenger upon request of a ticket to be used subsequently. The ticket is ready to be issued, that is, the ticket issuing position is initialized.

In other words, the initialization operation must always be preceded until the magnetic ticket discharged from the supply reel 10 mounted in the ticket issuer is cut through the cutter 14.

As described above, the magnetic ticket is continuously issued at the request of the passenger until all the magnetic tickets 12 wound on the supply reel 10 are exhausted after the initialization operation is completed. These initialization tasks may need to be newly initialized at the time of ticket issuance and system failure.

When the initialization is completed, the passenger selects a desired section on the control panel installed outside the ticket machine to purchase a ticket and inserts the coin, and the cut ticket passes the print head 18 while passing through the transport passage 16. When passing, the ticket is printed by the upper and lower belts 20 and 22 which are inserted and rotated between the upper and lower belts 20 and 22 which are printed on the surface and interlocked with the main coater 19. (12) is discharged onto the outlet 24 of the ticket machine.

Referring to FIG. 1, FIG. 1 is a perspective view illustrating a state in which a magnetic ticket is placed from a supply reel to a cutter, wherein a component of the automatic automatic ticket supply device according to an embodiment of the present invention is rotated on a frame 8. The first sensing means, and the magnetic ticket 12 actuated and introduced by the first sensing means into the cutter 14 to detect the intake of the magnetic ticket 12 discharged from the supply reel 10, The ticket conveying means for conveying and the 2nd sensing means which detect the ticket 12 conveyed into the cutter 14, control by the said ticket conveying means, and cut | disconnect the said ticket are comprised.

The first sensing means and the second sensing means include a light emitting and receiving portion, and when the magnetic ticket is positioned between the light emitting and receiving portions, the signal sensed as the first sensor 24 or the second sensor 34 is A signal is sent to the ticket conveying means to operate the conveying means or to adjust the ticket cutting length to cut the ticket.

The ticket conveying means is rotatably mounted to the frame 8 and engages and rotates the first, second and third conveying rollers 26, 28, 30 and the conveying roller which engage and rotate the introduced magnetic ticket. It consists of the step motor 32 which drives 26, 28, and 30. FIG.

When the step motor 32 is driven by the signal of the first sensor 24, the drive shaft 33 and the transfer rollers 26, 28, 30 of the step motor 32 rotate simultaneously. The magnetic ticket 12 passes through the cutter 14 between the pair of rollers 26, 28, and 30 which are paired, and is transferred to the second sensing means spaced apart from the cutter 14 by a predetermined distance.

The second sensing means is connected to a signal detected from the second sensor 34 and the second sensor 34 which detects an inflow of the magnetic ticket 12 inserted into the cutter 14 by the ticket transfer means. Step motor 32 is stopped by the operation and the cutter 14 is activated by the signal sensed from the second sensor (34).

An operation example and an operation effect according to an embodiment of the magnetic ticket automatic supply device according to the present invention configured as described above will be described in detail with reference to the accompanying drawings.

Referring to FIG. 1, on the frame 8, the supply reel 10 on which the magnetic ticket 12 is wound is rotatably fixed by the support bracket 11.

The magnetic ticket 12 passes between a plurality of series of rollers 13 and its tip is positioned on the first guide 15. At this time, if the magnetic ticket 12 is manually inserted into the first guide 15, the first sensor 24 located below the first guide 15 blocks the passage of the light emission and the light receiving unit and at the same time the step motor. Signal 32 is activated.

As shown in FIG. 4, the step motor 32 includes a plurality of first and first rollers formed by a driving roller and a contact roller which are rotatably fixed on the frame 8 at the lower end of the first sensor 24. As shown in FIG. The second and third rollers 26, 28, and 30 are integrally driven by the timing belt 31.

Therefore, the magnetic ticket 12 introduced into the first roller 26 is passed through the first, second and third rollers 26, 28, and 30 into the cutter 14. .

In this case, the magnetic ticket 12 is smoothly guided into the cutter 14 in front of the rollers of the first, second and third conveying rollers 26, 28, and 30. The third guides 15, 17, and 29 are fixed on the frame 8.

In addition, when the magnetic ticket 12 passes through the cutter 14, the cutter 14 is open to facilitate the progress of the ticket 12, and when the ticket is discharged through the cutter 14 for a certain distance. That is, the second sensor 34 disposed at a predetermined distance from the cutter 14 detects the inflow of the tip portion of the ticket 14 and stops the step motor 32 by the detected signal. Activate the cutter (14).

The position of the second sensor 34 may be selectively adjusted according to the length of the ticket passing through the cutter 14, and the length of the ticket is preferably about 6.6 cm.

This magnetic ticket is based on the operation of the unmanned ticket gate that performs checks when the passengers get on and off, and the standard requirements of the ticket required for data entry and data reading. In addition, the cutter 14 is composed of a semi-circular cutter (14b) that intersects the fixed cutter (14a) fixed on the frame (8), the cutter (14) is always the fixed cutter (14a) in one rotation cycle The magnetic ticket located between and the semi-circular cutter 14b is cut when the fixed cutter 14a and the semi-circular cutter 14b cross.

The ticket cut to a predetermined length is installed in a specific section of the ticket transfer line when the ticket is cut into the ticket outlet 24 installed at the front of the ticket issuing machine and the ticket is transferred onto the outlet when the passenger requests a ticket. The first, second and third rollers 26 and 28 interlocked with the step motor 32 by driving the step motor 32 by the detected signal by detecting a ticket passing by the three detectors 36. ), (30) is provided to the cutter 14, the magnetic ticket 12 wound on the supply reel 10, the ticket is provided and provided to the cutter 14 is cut to the predetermined length by the cutter 14 to wait for ticket issuance State is maintained continuously.

As described above, the magnetic ticket automatic supply device according to the present invention has been described and described according to the embodiments thereof, but it is only an embodiment of the present invention, and those skilled in the art have various modifications and embodiments. It should be understood that the present invention may be implemented, but it is included in the technical spirit and scope defined in the claims of the present invention.

Claims (5)

First sensing means for sensing an incoming of the discharged magnetic ticket discharged from the supply reel rotatably mounted on the frame; Ticket transfer means for transferring the magnetic ticket actuated by the first sensing means into the cutter; And a second sensing means for sensing the magnetic ticket passing through the cutter to control the ticket transfer means and to operate the cutter. A supply reel (10) comprising a magnetic ticket (12) rotatably fixed and wound on a frame (8); A first detector (24) for detecting the inflow of the magnetic ticket (12); A step motor (32) operated by said first sensor (24) and mounted on said frame (8); First, second and third rollers (26), (28) and (30) rotatably fixed on the frame (8) and interlocked with the step motor (32); A cutter (14) mounted on the frame (8) and positioned in front of the third roller (30); Magnetic ticket automatic supply device, characterized in that the second sensor (34) for detecting the insertion of the magnetic ticket to stop the operation of the step motor (32) to operate the cutter (14). 3. The ticket conveying means according to claim 1 or 2, wherein the ticket conveying means comprises a plurality of rollers (26), (28), (30) consisting of a pair of rollers rotatably mounted on the frame (8), and the rollers. Magnetic ticket automatic supply device, characterized in that consisting of a step motor (32) connected to the timing belt 31 and linked to the pulley of (26), (28), (30). The method of claim 2, wherein the first, second, and third guides (15) for guiding the magnetic ticket (12) in front of the first, second and third rollers (26), (28), (30), Magnetic ticket automatic supply device, characterized in that (17), (29) is located. 3. The magnetic ticket automatic feeding device according to claim 2, wherein the distance between the cutter (14) and the second sensor (34) is approximately 6.6 cm.