KR19990083673A - Ticket supply machine using recycle ticket - Google Patents

Abstract

The present invention relates to a ticket machine for recycled tickets.

Tickets issued in large parking lots, health clubs, or other places where member admission tickets are used are cut off to a certain length by winding a roll of magnetic material, which is composed of a wound state, and then issued with a predetermined record on the magnetic material. Once issued, these tickets can no longer be recycled and discarded, which is a problem of resource waste as well as cost burden for those who operate these places. There are other methods using thermal printing, but they have not been recycled and have been discarded.

The present invention uses a thermal printing ticket, but issues a stacked ticket to a user using a stacked magazine, and when all the stacked tickets are exhausted in the magazine, the record value of the ticket is burned out and then refilled into an empty magazine. Subject to reuse. As a result, tickets used for one company were recycled dozens or hundreds of times, resulting in cost savings. In particular, magazines stacked with tickets can be arbitrarily increased, so that the structure of the basic ticket vending machine remains unchanged while being installed at random capacity for various types of parking lots of small, medium and large size.

Description

Ticket supply machine using recycle ticket}

The present invention relates to a ticket vending machine. In particular, the present invention relates to a recycling ticket vending machine that can reuse a ticket previously used for one company.

As the parking lot or the place where various member entrance restrictions are required becomes larger, ticket release systems for various rate calculations and settlements are being provided. These systems mainly cut the wound magnetic roll to a certain size, and then record the time and date of entry of the vehicle by magnetic reading and writing, and make it visible to the user at the entrance or management room. Information is printed on the surface, and the fee is settled on the basis of the entry time when leaving the parking lot after use. Such a ticket is discarded after one time of use because it is difficult to reuse the printed contents after erasing. Reusable means include plastic magnetic cards, but printing on the plastic surface makes it difficult for the user to use the parking time, including the parking time of membership users. Moreover, due to the high cost of issuance, except for extremely limited users such as commuter pass users. It is not used.

The present inventors coat a layer having a thermal printing function on a synthetic resin of thin plate and print a predetermined time and date through the ticket vending machine provided in the inventor's patent application No. 97-18465 to check the entrance time and date with the naked eye. On the other side, there is a magnetic signal recording area to read and write the recorded information at the ticket vending machine. Such thermal printable cards are reusable because the recording conditions of the thermally printable recording surface except for the magnetic layer are erased when a certain heat is applied thereto. However, in the current card supply system, there is no means for recycling such a card, so it remains for one company.

According to the present invention, the thermal printing tickets can be manually stacked on a magazine having an auto-extrusion function in order to make the thermal printing tickets reusable after erasing the printed records by constantly heating the printed surface. In this magazine, the ticket is fed to a printing system that is individually juxtaposed. Therefore, the used ticket was charged to the magazine and at least one magazine was attached to the card supply unit of the ticket release system, and then operated.When the ticket in the attached magazine ran out, it was automatically converted to the next magazine and supplied with a resealable ticket. This was completed, so that the use is completed and re-installed in the magazine so that it can be continuously recycled.

1 is a side view showing the overall configuration of the present invention,

Figure 2 is an enlarged side view of the rotary drive of the present invention,

Figure 3 is a bottom view of the magazine installed state of the present invention,

Figure 4 is an operational state side view showing the installation state of the magazine of the present invention,

5 is a partially open side view of a magazine of the present invention;

6 is another partially open side view of the magazine of the present invention;

7 is a plan view showing a state of use of a ticket particularly suitable for the present invention,

8 is a side view of another magazine of the present invention;

9 is an enlarged side view of a rotation driving unit according to still another embodiment of the present invention;

10 is a side cross-sectional view of a ticket vending machine in which the present invention is actually installed.

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

1,2: left and right frame 11: driving motor for raising and lowering 12: driving motor for rotation adjusting

13: discharge roller 21: rotary gear plate 22: drive gear plate

23: auxiliary shaft 24: magazine fixing plate 25: fix plate

31: support interval 35: press guide plate 39: slit

55: position sensor unit 50: magazine

The present invention is supplied from the ticket vending machine, the transfer guiding unit for entering the printer unit and reading / writing unit, the printing unit for printing the arrival time, serial number or date, guiding pass, IC card, etc. Card reading / writing section for reading / writing with a magnetic head or reading / writing with an IC card reader, and for reverse ejection, a control unit for controlling them as a whole, a display section and buttons for totally displaying them externally In the ticket vending machine composed of an uneven housing part, the discharge part built in the support frame formed to be symmetrical with the thin plate toward the inlet part of the conveying guiding part is arranged to be horizontal, and is stepped on one side bottom of the support frame. A gear plate is disposed on the drive unit in which the drive shaft is vertically protruded from the motor, and on the drive shaft of the drive unit. The magazine is assembled with the sheets to be engaged with each other, but on the upper side of the air support plate, a rotating drive unit condensing a magazine support plate, and a plurality of recycled tickets configured to be detachable to an upper side fixing protrusion of the magazine support plate. The fixing part is fixed so that the discharge part of the bottom part of the magazine is arranged to be horizontal with the transfer guiding part of the ticket vending machine.

In the present invention, the magazine has a cartridge unit in the inner space in the form of a rectangular parallelepiped to always press the stacked cards at a certain pressure, the pressing force is configured to apply the pressure as the card is discharged by using a spring, a weight of the weight or a motor driving force. Made it possible.

In the present invention, the gear plate installed on the drive shaft of the drive unit exhibits a rotation function to replace the magazine with another one when the charged card of the magazine is exhausted. In this case, the gear plate is directly replaced by the resistance of the discharge roller in contact with the bottom of the magazine. It is not possible to raise the whole magazine with a separate device. As shown in the drawing, the step motor may be used as a step motor, but it may also be driven by a DC motor. Alternatively, the same operation may be performed by pushing up and releasing the excited state again by using a device such as an electronic solenoid. It is.

Hereinafter, a specific embodiment of the present invention will be described with reference to the accompanying drawings.

Figure 1 is a side cross-sectional view showing the overall configuration of the present invention, Figure 2 is an enlarged side view of the rotary drive of the present invention, Figure 3 is a bottom view showing the magazine fixed state installed in the rotary drive from the bottom, Figure 4 is a side view showing a use state that the magazine is detached from the rotary drive of the present invention, Figure 5 is a side view of a partially open state of the magazine of the present invention, Figure 6 is a partially open showing a magazine arrangement of the magazine FIG. 7 is a side view of a magazine showing a state in which a ticket particularly suitable for a magazine of the present invention is used, and FIG. 8 is a side cross-sectional view showing another embodiment of a magazine, and FIG. 9 is Fig. 10 is a side view showing another embodiment of the rotation drive of the present invention, and Fig. 10 is a seal showing a configuration state in which the device of the present invention is installed. It is a side configuration of the ticket vending machines.

As a representative embodiment of the present invention is shown in Figure 1, the transfer guiding unit for receiving the ticket into the printer and the reading / writing unit, and printing the printing time, serial number or date, etc. Card reading / writing section for reading / writing to the magnetic head by guiding wealth, commuter pass, etc., control section for controlling them as a whole, display section for displaying them as a whole, and a button section for external display In ticket vending machine composed of housing part, the left and right support frames (1) and (2) of the thin plate are assembled in a box shape, and the open upper surface is arranged horizontally with the transfer guide part 100 to drive up and down adjustments therein. The motor 11 and the rotation adjusting drive motor 12 are arranged in parallel, and on the other side, the discharge roller driving motor 14 is transferred to the discharge roller 13 and the belt, gear or chain. A driving frame 11a of the support frame portion provided so that the driving force can be transmitted by the moving means, the elevating adjustment driving motor 11 and the rotation adjustment driving motor 12 disposed at one bottom of the support frame portion. 12a protrudes vertically and is condensed on the rotary gear plate 21 and the drive gear plate 22, and the friction between the central screw hole of the rotary gear plate 21 and the drive shaft 11a is the same as the bearing 21a. Arranging the reducing means to prevent the rotational force of the drive shaft from being transmitted to the rotary gear plate, and between the rotary gear plate 21 and the magazine fixing plate 24 on the upper side thereof is fixed vertically downward at both ends of another auxiliary rod 26. While the pins 27 are fixed to each other, the rotational drive gear plate and the auxiliary shaft 23 condensed are screwed with the threads of the screw hole 24a in the center of the upper magazine fixing plate 24. , Due to the interlocking between the rotary gear plate 21 and the drive gear plate 22 in the horizontal direction so as to interlock together when the drive gear plate is driven, a plurality of magazine fixing for the upper surface of the magazine fixing plate 24 Arranged laterally on the lower side of the outer surface of the magazine so that the fixation plate 25 can be inserted into the U-shaped fixing groove 25a of the magazine fixing fixation plate 25 and the rotating drive unit in which the fix plate 25 is vertically installed. The locking groove 31a of the supporting support 31 is covered so that the press guide plate 35 is pressed downward at all times by a bullet hole 34 installed on the side of the magazine. It relates to a recycling ticket vending machine composed of a ticket stacking magazine 50 installed to seal the lower portion of the ticket stacking unit 36.

In the present invention, the support frame (1) and (2) is installed to face each other and the plate of the thin plate configured to be symmetrical to each other in the form that the drive motor, sensor, power mechanism for the rotary drive unit therein, magazine Ejection and the receiving part is configured to be parallel to each other so that the ticket to be advanced in advance into the printer guide 101, the reading / writing unit 102 to enter the interior of the transport guide 100 without jamming.

In the present invention, the fix plate 25 vertically installed on the upper side of the magazine fixing plate 24 has a U-shaped fixing groove 25a formed upward, as shown in FIG. 31) the magazine was fixed while the engaging groove (31a) formed in the span.

In the present invention, the magazine 50 in which the ticket is embedded has a locking portion 37 formed below the press guide plate 35 configured to block the entire bottom portion as shown in FIGS. 5 and 6, and the outer side of the locking portion. According to the manual extrusion of the pressure switch 38 protruding into the locking hole 38a was configured to be sunk. And the side opposite to the locking portion 37 of the press guide plate 35 constitutes the space portion 16 so that the ticket is pushed out by the discharge roller 13, once the magazine is fixed by the support plate and the fix plate once The outer circumference of the discharge roller 13 and the built-in ticket were always in close contact. The feed guide side end of the press guide plate 35 may be configured to the sharp portion 17 for a more precise operation to enable a stable movement of the ticket is discharged.

Detecting whether the ticket discharged from the magazine of the present invention is exhausted, the light guide sensor to the lower side between the transfer guide unit 100 and the press guide plate 35 so as to automatically replace with a new ticket-only magazine and The same sensor 18 was installed.

In the present invention, the sensor plate 55a is installed to rotate together with the drive shaft of the rotation adjusting drive motor 12 so that the current position of the sensor plate is sensed by the position detecting sensor unit 55, through the central computing device. The current position of the magazine fixing plate installed on the upper side of the rotation control drive motor can be grasped and controlled at all times to reach the intended position.

In the present invention, the force pushing the press guide plate 35 of the magazine at all times downwards is fixed at both ends of the coil spring 34 by the support points 1 (34a) and the support points 2 (34b), as shown in FIG. Idle rollers 34c, 34d, 34e, 34f installed in the opposite position up and down so that the restoring force of the spring is more uniformly transmitted to the auxiliary pin (39a) of the press guide plate 35. The auxiliary pin 39a is connected to the main body of the press guide plate 35 so that the auxiliary pin 39a has a guiding function when it moves up and down along the slit 39.

In addition to the above structure, as shown in FIG. 8, the same pressing effect is provided even when a rebound spring 35b is placed between the upper surface of the magazine and the upper surface 35a of the press guide plate 35 in place of the coil spring or a weight of appropriate weight is placed. Can be obtained so that the stacked tickets are always downward and all fall within the scope of the present invention.

In another embodiment, a separate DC motor or step motor is mounted on the auxiliary pin 38 exposed to the slit 39, and a gear is formed on the slit, so that the chain can be operated by an endless pinion gear system or an endless chain. Even if it raises and lowers by, it has the same effect.

In the present invention, when stacking the tickets stacked inside the magazine, a separate positioning means (50a) between the press guide plate 35 and the upper surface (35a) on the inner wall of the magazine to ensure the stable front and rear direction of the ticket Install it vertically. Tickets that can be accurately stacked by the above position adjusting means is a ticket 60 having a quadrilateral thin plate structure, which has a printing portion 61 at a predetermined portion of the inside and a guide groove 62 formed at one end thereof. And height and the like are configured to be equal to the width and height of the position adjustment means (50a). Therefore, even when the side surface without the guide groove is disposed toward the position adjusting means by mistake in the process of stacking the ticket, the ticket protrudes by the height of the position adjusting means, so that only the ticket can be separated and removed by the naked eye. The problem can be eliminated in advance.

As another embodiment of the present invention, as shown in FIG. 9, the electronic solenoid 11a is installed to be installed in the rotation adjusting drive motor 12 of the rotary drive unit, and the lower side of the magazine fixing plate 24 is provided at the tip of the movable rod of the solenoid. The magazine fixing plate is to be raised and lowered instead of the elevating adjustment driving motor (11).

The actual installation state according to the above configuration, as shown in Figure 10, the transfer guiding portion, printing portion, card reading / writing on the base 112 to be parallel to the ticket outlet 111 of the outer housing 110 of the ticket vending machine Part and the discharge side of the magazine is installed, including the magazine 50 has a structure that is installed so that the rotary drive unit and the like parallel to each other the transfer guide of the main body.

The operational relationship according to the above structural features will be described.

As shown in Fig. 1, a predetermined ticket is stacked in the ticket loading section 36 in the magazine 50 as shown in Fig. 2 in the fixing groove 25a of the magazine fixing fix plate 25. Assemble so that the formed locking groove (31a) is covered. In this state, when the switch is not shown in the ON state, the signal detected by the position sensor unit 55 shown in FIG. 5 is judged by the central operation unit to determine the current rotation gear plate 21 and the magazine fixing plate 24. Check whether the position is normal, and if it is not normal, rotate the rotation adjusting drive motor 12 until a normal signal is output from the position sensor unit 55. When the normal position is reached, the test discharge is carried out by the discharge roller (13) first and check that the card is filled in the magazine. If there is no card, a signal is generated through the detection sensor 18, and the ejection operation is stopped until the magazine on which the ticket is stacked is rotated and a new magazine is prepared. Once it is confirmed that the card is filled in the magazine, the ticket is continuously discharged by the discharge roller 13 to be placed at the entrance of the target ticket transfer guide unit 100 to wait for the ticket user to withdraw. will be. When ticket issuance continues for a certain time and the ticket is exhausted in the magazine, a signal indicating that the current magazine does not have a ticket is generated by the sensor 18 so that the operation for replacing the magazine proceeds.

The operation for replacing the magazine is because the discharge roller 13 and the space part 16 of the press guide plate of the magazine are in close contact with each other, so that they are caught by the frames 1 and 2 of both sides during rotation. By giving a signal to the drive shaft (11a) to rotate the magazine fixing plate 24 that was screwed up as shown in A of FIG. That is, since the screw hole 24a and the auxiliary shaft 23 are screwed together, the driving force is not transmitted to the rotary gear plate 21 but is transmitted only to the magazine fixing plate, so that the lifting and lowering is possible according to the direction of the screw. Ascending and lowering to a certain height stops the driving of the motor 11, and instead, a driving signal is supplied to the rotary driving motor 12 to be driven so that the driving force passes through the driving gear plate 22 to the rotary driving gear plate 21. As it is transmitted, the magazine fixing plate 24 which is integrated with the fixing pin 27 also rotates. At this time, the rotation angle is blocked by the position sensor unit 55, the signal for the motor when it reaches a suitable position to block the further rotation is completed for the card ejection operation when the desired position is reached will be. In the case of using the solenoid proposed as another embodiment of the present invention, the movable rod is stretched by turning on and off the power to the solenoid 11a, so that the magazine fixing plate connected to the movable rod is lifted and lowered. will be.

In the present invention, since the tickets stacked on the magazine are always stacked at a constant pressure by the coil spring 34 which is pressed downward, the face facing the discharge roller 13 is transferred to the transfer guide 111. As another example of the present invention, even if the rebound spring 35b is installed, the same function is exhibited, and the ?? end-pinion gear shape is configured to move up and down along the slit 39, based on the signal instructed by the central computing unit. The same function is exhibited even if it descends slowly at a constant level.

As described above, the present invention can arrange a plurality of magazines 50 in which a recycled ticket is manually stacked and mount tickets for each magazine, thereby allowing reuse at any time. That is, the ticket is recovered and then the printed surface is treated with a separate heat eraser, which is not shown, and then the printing is erased and then artificially laminated to the ticket loading unit 36 of the magazine.

In addition, according to the size and size of the parking lot or clubs with a limited number of members, changing the size of the magazine fixing plate can increase the number of magazines filled with tickets. The system can be installed.

In addition, the thickness of the conventional plastic card was 0.7mm or more, but the card of the present invention can stack three times the cards in the same space with a thickness reduction of about 1/3 by 0.2mm, especially the printing on the surface of the plastic The characteristics of my card are preserved as it is, while minimizing the dispute over parking time by enabling visual identification of parking time like a regular paper ticket.

Claims (5)

The transfer guide unit receives a large amount of stacked tickets and enters the printer unit and the reading / writing unit, the printing unit which prints the arrival time, serial number or date, and the commuter pass, and guides the magnetic head. In a ticket vending machine comprising a card reading / writing section for turning on / lighting or reverse ejection, a control section for controlling them overall, and a housing section including a display section, a button section, and the like, which collectively display them externally, The left and right support frames (1) and (2) of the thin plate are assembled in a box shape, and the open upper surface is arranged to be horizontal to the transfer guide part 100 so that the elevating adjustment driving motor 11 and the rotation adjusting drive therein are arranged inside. The motor 12 is arranged in parallel, and the other side of the discharge roller driving motor 14 is installed so that the driving force can be transmitted by the discharge roller 15 and the transmission means, and the transfer guide part 100 is provided. On the lower side of the inlet side of the support frame and the sensor 18 is installed, The drive shafts 11a and 12a of the elevating adjustment driving motor 11 and the rotation adjusting driving motor 12 disposed on the inner bottom of the support frame portion protrude vertically, so that the rotary gear plate 21 and the driving gear plate ( 22), a friction reducing means is disposed between the screw hole in the center of the rotary gear plate 21 and the drive shaft 11a so that the rotational force of the drive shaft 11a is not transmitted to the rotary gear plate, and the rotary gear plate (21) and the magazine fixing plate 24 on the upper side thereof are mutually fixed by fixing pins 27 vertically downward at both ends of another auxiliary rod 26, while the auxiliary shaft condensed with the rotary drive gear plate. (23) is screwed with the threaded portion of the screw hole (24a) in the center of the upper magazine fixing plate 24, wherein the rotary gear plate 21 and the drive gear plate 22 in the horizontal direction Is interlocked with When the drive gear plate is driven together, and the upper surface of the magazine fixing plate 24, a plurality of magazine fixing fixation plate 25 is installed on the upper surface of the rotary drive unit, The locking groove 31a of the support section 31 is formed horizontally below the outer surface of the magazine by forming a U-shaped fixing groove 25a on the upper side of the magazine fixing fix plate 25 of the rotary drive unit. It is configured to be hung, and the outer bottom portion is provided with a press guide plate 35 to be always pressed downward by the bullet strip 34 installed on the side to seal the lower portion of the ticket loading portion 36, Idle rollers (34c) (34d) (34e) (34f) installed at opposite ends of the coil spring (34) provided on the side of the press guide plate are fixed to the support points (1) (34a) and the support points (2) (34b). Auxiliary pins are arranged so that the coil springs are bent so that the coil springs pass through the coil springs, and the coil springs passing through the idle rollers 34c and 34f protrude from the slits 39 having long holes vertically. Placed over the top of (39a), Auxiliary pins (39a) provided on both sides of the press guide plate 35 is connected to the press guide plate for recycling type ticket, characterized in that consisting of a magazine 50 to move up and down along the slit (39) Vending machine. The method of claim 1, Recycling ticket machine, characterized in that the press guide plate 35 is pressed by installing a rebound spring (35b) between the upper inner surface of the magazine and the press guide plate (35). The method of claim 1, Recycling ticket machine, characterized in that the electronic solenoid (11a) is installed in parallel with the rotation adjusting drive motor (12) of the rotary drive unit so that the lower side of the magazine fixing plate (24) is condensed at the tip of the movable rod of the solenoid. . The method of claim 1, Recycling ticket machine, characterized in that the position adjustment means (50a) is installed vertically between the press guide plate 35 and the upper surface (35a) of the inner wall of the magazine. In the thin-plate ticket having a rectangular flat structure, which has a thermal printing layer coated on the surface thereof, the thermal printer can be thermally printed for a certain parking time. On one side of the ticket 60, a printing unit 61 is formed at a predetermined portion, Recycling ticket, characterized in that the guide groove 62 is formed at one end of the ticket, but the width and height of the guide groove is equal to the diameter of the position adjusting means (50a) of the recycled ticket vending machine.