KR100246025B1 - Issuing machine for parking ticket - Google Patents

Abstract

Parking ticket vending machine has a poor cutting and severe cutting blade wear in the prior art, there is a vibration during the transfer of the reading / writing machine, the reading / writing is poor, and the print head is shocked and easily damaged.

The present invention is configured to cut the cutting blade like scissors, and by connecting the lifting edge of the cutting blade and the print head so that the lower cutting blade and the lower head of the printer is made at the same time as the sisio, the cutting is smooth and the lifting of the print head There was no damage to the head of the lower cutting blade and the lowering of the printer head by linking, and the guiding roller of the leading lighter was also divided into two segmented operations between the primary and secondary operations (29). Since the 30 is opened at the same time, there is no jam when transferring the card, and the leaf spring associated with the center part also presses the cardinal part of the card at the same time, thereby minimizing an error in reading / writing.

Description

Parking ticket vending machine

The present invention relates to a parking ticket vending machine which is arranged at the entrance and exit of an automatic parking lot, and which can release, settle, read and write magnetic parts, commuter passes, and the like.

As the parking lot becomes larger, continuous parking lot entry and exit is possible only when the parking time of various vehicles entering and exiting is calculated according to the time, and it is possible to continuously enter and exit the vehicle continuously.In particular, commuter passes made of magnetic cards such as IC cards or bank cards Settlement must be possible with a one-day pass.

In general, one-day passes are stored in roll or fan-fold form, and after cutting to a certain length, printing the arrival time, serial number or machine number, etc., or reading the magnetic signal record can be used to settle the charge. It is done forever. In addition, the regime is mainly composed of synthetic resin material, which is characterized by being thicker than the one-day ticket and capable of being reused continuously. Recently, the IC card is read by the magnetic head because various information is recorded in the small IC chip so that the parking fee can be settled. It's a different structure from lighting.

In order to recognize these various types of parking tickets, the means provided are the one-day ticket machine and the reading of the MAC. The lighter is arranged in parallel, and the card slot is installed at the front of the upper layer inside the housing, and the vending machine (A) and the card reading / writing machine (B) arranged in parallel with the slot are driven by the lower control device. It is made up all the time.

That is, in the case of a one-day pass, if a rolled-up (or fan-folded) one-day pass is supplied to the vending machine at a constant speed, it is cut into one unit, and the already cut one is continuously moved to the right, and the card is processed after printing. After entering the rear guide part, it is discharged through the guiding roller and into the inlet.

In addition, when the card is inserted into the inlet 100, various conveying means are driven to recognize that the card is located between the guiding rollers and the magnetic head is contacted while being moved continuously, and the signal is read out or written and re-extracted. It is transferred and discharged after reading (or after writing) to the IC card reader.

The problem with the vending machine and the reading / writing machine is that the one-day ticket cutting of the vending machine is not accurate. Even if the cutting works well at first, after a long time, the cutting part may be malfunctioned due to wear or malfunction of the cutting part. Unlike the one-day ticket, the reading and writing also have various thicknesses, and when they are placed between the guiding rollers, they collide with the secondary guiding rollers, causing shaking, leading to inaccurate readings or lighting. There are many cases where card replacement is necessary. In addition, the workability was low because the whole housing had to be opened and worked even when the device needed to be corrected or calibrated.

In order to remedy this shortcoming, the provided means is a cutting mechanism, the upper and lower cutters form a press form, and the sharp edges of the upper and lower blades are exactly met. . In this case, accurate cutting is made at the beginning, but if the upper and lower cutter blades face each other and the sharp part of the blade is worn out repeatedly, the cutting is not instantaneous and the upper and lower cutter blades are jammed. It should be. In addition, since the printing method is driven by dot or inkjet method, ribbon replacement and head replacement are necessary after a certain time elapses, and a device for operating them is required. The thermal transfer printing used recently has a heat-sensing printing layer on the surface of the substrate to allow printing at the time of high temperature contact, but must be configured so that heat is transferred by bringing the head into close contact with the card. In this case, there is a problem of transport disturbance. In other words, it is impossible to replace the ink, and to reduce the size of the device when printing, and the problem of transfer failure remains.

In the reading / writing system, the two guiding rollers are arranged to face each other at a distance of the number of cards in the conveying unit, so when passing through the primary guiding roller, the secondary guiding roller is in close contact with the surface of the conveying means or the lower guiding roller. Only the first guiding roller is opened to the thickness of the card, and as the card continues to enter and touches the second guiding roller, the moment that the secondary guiding roller is transmitted through the card is forced and transmitted horizontally. Stops and vibrations occur at this time, which interferes with the contact of the magnetic head, resulting in a malfunction of the reading / writing. Therefore, reinsertion / ejection is repeated due to bad card, and data is often lost in severe cases.

In order to improve the above disadvantages, the proposal is to make the collision between the first and second guiding rollers longer than the length of the card so that there is no collision, but this brings about an increase in size and additional installation means for the smooth transfer of the card is additionally installed. The problems that should be raised are raised. As another method, only the upper guide roller part is laterally raised from one side to cover the card again when the card enters. However, the pressure on the card decreases from one side to the other side, which leads to a problem of poor reading / writing. will be.

The present invention makes the cutting and printing process cooperatively at the time of the one-day ticket release and consists of one-way cutting of the upper and lower cutters, such as scissors, not the up-and-down impact method as a cutting mechanism, so that there is no defect in cutting. Only when printing is required on the ticket surface, the contact means makes contact smoothly by the link means, so it can be printed without head impact, so the life of the head is greatly increased, furthermore, there is no problem of printer defect and there is no jam when transferring the card. It was.

In addition, the guiding roller for reading / writing and the reading / writing magnetic head are integrated to cooperate with each other, and the simultaneous opening and closing of the first and second guide rollers eliminates the vibration generated when entering the card, resulting in stable reading / writing and miniaturization. The purpose is to provide a new ticket vending machine.

1 is an overall cross-sectional configuration of the present invention.

2 is a diagram illustrating a coupling relationship between the daily ticketing machine operating state side configuration of the present invention and reading / writing.

Figure 3 is an enlarged side configuration diagram of the operating state of the vending machine of the present invention.

4 is a front configuration diagram of a cutting unit of the present invention.

5 is a plan view of the card reading / writing machine of the present invention.

6 is a partially enlarged side view of the card reading / writing machine of the present invention.

7 is an explanatory perspective view of the use state of the stationary part of the present invention.

* Explanation of symbols for main parts of the drawings

A: Daily ticket vending machine 1: Transfer guiding unit

2: ticket entry unit 3: ticket entry step motor

4: Step motor for ticket feeding 5: Hacker blade

6: Cutter drive motor 7: Output shaft

8: cam 9: upper cutter blade

10: printer 11: lever

10a: Information Link B: Card Reading / Writer

20: transfer guide portion 21: gear

22, 23: lower first and second guiding rollers 25, 26: upper first and second guiding rollers

27: center 28: bush

29, 30: between 1st and 2nd operation: station

32: head contact guide roll 40: long axis

41: front display 200: magnetic head

The overall configuration of the present invention is shown in the overall cross-sectional configuration of Figure 1, Figure 2 is a side configuration of the daily ticketing machine, Figure 3 is a side configuration showing the operating state of the daily ticketing machine, Figure 4 is a An enlarged front configuration diagram of the upper and lower cutter blades of the cutting portion, FIG. 5 is a plan configuration diagram of the card reading / writing machine, and FIG. 6 is an enlarged side configuration diagram of the card reading / writing machine. FIG. 7 is a perspective view of a state in which the stationary part is pulled forward when the daily ticket machine and the card reading / writing machine are repaired.

The present invention is provided with a plurality of take-up rolls or a fan folder-type ticket cut to a certain length and then a printer for printing the release time, serial number or date, etc. with a printer; A card reading / writing device which takes a commuter pass and an IC card and guides it to read / write to a magnetic head or to reverse discharge after reading / writing to an IC card reader; A control unit for controlling them as a whole; In the parking ticket vending machine consisting of a housing having an overall exterior, a display part, and a button part, two side plates (A) and (B) in the form of thin plates corresponding to each other on the left and right sides face each other, and the side cross-section of the transport guiding part 1 is vertical. It is fixed between the support plate (A) (B) while being in contact to form a guiding space (C) in the horizontal direction, the conveying guiding portion (1) is composed of a combined upper and lower plate is guiding Spaces of the space portion 2a, the leading space portion 2b, the cutting space portion 2c, the printing space portion 2d, and the feeding space portion 2e are sequentially formed in the vertical direction. Guiding space (C) as described above, wherein the welded portion of the guiding roller (2g), the incoming guiding roller (2h) (2h '), the printing back-up roller (2i), and the outer peripheral surface of the feeding roller (2j) (2j') are in contact with each other. It is configured to be on the same horizontal plane as the ticket guiding portion (1) of the ticket entry portion (2) side for ticket entry up and down A stepping motor in which the step motor 3 and the ticket feeding step motor 4 are arranged, and the transmission means 3a connected to the output shaft of the upper ticket retraction step motor 3 is arranged in the above-mentioned retraction space part 2b. The transmission means 4a, which is connected to the feeding roller 2h` and connected to the output shaft of the ticket feeding step motor 4, is connected to the feeding roller 2j` so that the driving of the roller is driven by the stepping of the step motor. It is configured to be operable according to the above, and another drive motor (6) is arranged in the space of the inside of the ticket feeding step motor (4) and the lower side of the conveying guiding unit 1, the output shaft (7) is ticket feeding The outer circumferential surface of the actuating bearing 8a, which is exposed to the step motor 4 side for rotation and is rotatably mounted on the outer side of the cam 8 provided at the shaft end thereof, in contact with the inner circumferential surface of the operating space 5a of the lower cutter blade 5. It is coupled so as to be slidable, and the upper cutter blade 9 only on the upper guide protrusion 5b of the lower cutter blade 5. Is part of the cutting space (5c) to form a cutting space (5c), the joint (5b) is provided on the side outer periphery of the lower cutter 5, and the printed portion protruding above the transfer guide (1) ( A joint (10b) is also installed on the lower side of the printer guide link (10a) of 10) to fasten both joints with the lever 11, but the lever center 11a is actuated by the operating point, and the printer unit described above. (10) is a ticket vending machine (A) which is arranged to be always upward upward by the built-in rebound spring 11, and configured to descend only when the lever 11 is operated; After erecting the two support plates (D) (E) in the form of thin plates corresponding to each other on the left and right sides, another transfer guiding portion 20 is fixedly installed between the support plates while the side cross sections are in vertical contact with each other. The guiding space (F) is formed but installed on the same horizontal plane as the guiding space (C) on the ticket vending machine side, and the transfer guiding unit (20) is composed of a separate upper and lower plates are integrated into an IC card. The space is formed to pass vertically in the order of the leading space portion 20a, the secondary guiding space portion 20b, the magnetic head space portion 20c, and the primary guiding space portion 20d. IC card reading backup roller 30d rotatably supported by (30d '), (30a'), (32 '), (29a'), upper and lower secondary guiding rollers (23) (26), magnetic head The welded portion in which the roller outer circumference of each of the backup roller 32 and the upper and lower primary guiding rollers 22 and 25 are in contact with the guiding space F is horizontal. Arranged so as to be on the line, a separate drive motor is arranged inside the lower side of the conveying guiding part 20, and the gear 21 and the lower 1.2 guiding rollers 26 and 25 built up at the output shaft end thereof are together. It is integrated with the timing belt 24 to be connected, and the upper and the first and second guiding rollers 22 and 23 can rotate with the vertical bending load side of the first and second operations between the first and second operations 29 and 30. The central pins 29a and 30a, which are pin-coupled so as to pass through the center side surfaces of the operation sections 29 and 30, are respectively wrapped by coil springs 29b and 30b, respectively. The end is coupled to the support holes 29c and 30c in the body between the operations and the support holes 29d and 30d of the transfer guiding portion 20 to press the operations between the pins 27a and the bush 28. The first and second operations can be simultaneously lifted up and down at the center of the connected central portion 27, and both ends are provided at the center pins 29a and 30a for supporting the operations. The plate spring 31, which is composed of a spring material for pressing the magnetic head backup roller 32 downward, is disposed at the side of the operation while being fastened, and the lower secondary guiding roller 23 and the IC card reading backup are arranged at the side of the operation. A card reading / writing machine (b) having rollers 20d connected to each other by a friction belt 45 and configured to be driven together; The long shaft 45 is inserted into the guiding hole 51 of the housing 50 and the front display portion 41 is connected to one end of the long shaft so that the ticket vending machine (A) and the card reading / writing machine (B) are placed on the upper shaft. It consists of a stationary section (C) which allows loading and forwarding.

In the present invention, the operation control of the drive motor 6 installed in the ticket vending machine (a) is carried out between the cam 8 and the sensor plate between the first and second sensors 7a and 7b provided below the output shaft 7. By entering and exiting (7c), the current position of the hacker blade and the current position of the cam were judged.

In the present invention, the lower cutter blade 5 is shorter on one side and the other is longer to form a slanted blade 5d, and the upper cutter blade 9 is pressed against the lower cutter blade by the leaf spring 9a to the lower cutter blade. It is configured to partially contact the upper guide protrusion 5b. The working space 5a of the lower cutter blade 5 is formed to be narrower toward both sides and is formed in the form of opening up and down center so that the cam 8 is operated in the working space 5a. It is to move up and down by the diameter of the circle formed by the circular motion of the two, at least two guide bearings (5f) are arranged on both sides of the halter blade, so as not to shake during the halter blade lift.

In the card reading / writing machine of the present invention, an IC card reader (not shown) is installed above the IC card reading space portion 20a on the side contacting the ticket machine. 20d) supports the IC card reading / writing.

The display unit 41 coupled to the stationary unit (C) of the present invention has a liquid crystal display unit 42 at the upper side, and a button unit 43 is installed at the lower side of the inlet 100, and when the display unit is pulled forward, the entire machine is lowered. The long shaft 40, which is protruding while penetrating, slides the guiding hole 51, and can protrude forward by loading the vending machine and the reading / writing machine (b). You can do it.

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

In the case of the daily ticket vending machine, when the ticket is continuously wound or alternately loaded one by one into the guiding space part 2a of the transfer guiding part 1 at the rear of the ticket machine, the sensor inserts the stepping motor by the length of the card by the sensor. As the guiding roller (2h`) is rotated by the driving of (3), the card is moved forward, and the forward movement is stopped once after entering between the upper and lower cutters (9) (5). At this time, any one of the cam 8 and the sensor plate 7c or the first and second sensors 7a and 7b thereof are in or out of the cam 8 and the sensor plate 7c. By judging the rotation distance and the angle of the motor 6, the gate signal is issued to operate by the reserved program, and the motor 6 is driven so that the daily pass is cut as if cutting paper with scissors. In this cutting operation, the lever 11 is also fastened to the pivot joint 5b on one side of the lower cutter blade, and in response to the rise of the lower cutter blade around the lever center 11a, the guide link 10a of the print head is reversed. Is lowered, so that the print head is in contact with the cut surface of the daily pass, which is necessary printing. When the lower cutter blade is raised again, the entire printer 20 also returns to its original position by the action of the spring 11 and becomes a standby state. In other words, the lower cutter 5 and the printer unit 10 is to be a seesaw movement. The printed ticket is rotated by the feeding roller 2j by the operation of the ticket feeding step motor 4 so that the printed ticket is issued to the inlet 100 through the guiding space F of the card reading / writing machine. will be.

The operation of the card reader / writer is as follows.

When the IC card or the magnetic card is inserted into the primary guiding space part 20d in the inlet 100, the motor is automatically sensed and driven so that the driving motor in the lower side of the transfer guiding part 20 rotates to lower the primary guiding roller ( 22 is rotated to enter the guiding space (F). Due to the thickness of the card, the upper and lower primary guiding rollers 22 and 25 and the primary operation 29 are lifted up due to the thickness of the card, so that the secondary operation 30 is also centered around the center 27. It will sound the same height as the arrow. That is, the upper secondary guiding roller 26 and the lower primary guiding roller centered on the central portion 27 are simultaneously extended by the coil springs 29d and 30b wound on the center pins 29a and 30a. The cards to be opened between 23 are set stably without being caught by the secondary roller. As the card proceeds, the magnetic head 200, which is pressed by the head contact guide roll 32 coupled to the leaf spring 31 on the side of the operation, can come into contact with the tar, so that necessary reading / writing is performed without errors. will be.

When reading / writing is completed, the card is discharged due to the reverse operation of the motor, so the purpose is completed. The IC card passes through the lower primary guiding roller 23 to the IC card reading backup roller 30d, stops the operation of the drive motor, and becomes necessary reading and writing, and is discharged in reverse operation. The friction belt 45 allows the card or the ticket which is jammed in the IC card reading part which can be generated during the progress of the card to be continuously discharged without difficulty.

The present invention has the following effects.

1) When cutting, it is cut like scissors, so it is possible to cut cleanly without abrasion of the blade, unlike cutting with a collision between the blade and the blade.

2) Since the printer 10 descends in connection with the rising of the lower cutting blade, unlike the lowering of the printer head using the solenoid, the head is in contact with the ticket without impact, and there is no risk of damage, and there is no failure.

3) Even if cards having various thicknesses, such as magnetic cards, one-day passes, and commuter passes, are moved up and down at the same time between operation 29 and 30 at the same time, it is fundamental to solve the problems caused by the vibration caused by the incoming and the resulting poor reading / writing. Resolved.

Claims (4)

It is supplied with a number of take-up rolls or a fan-folder-type ticket, cut to a certain length, and then printed with a printer, printing time, serial number, or date, and issued with a ticket vending machine, commuter pass, and IC card. In the parking ticket vending machine comprising a card reading / writing which reads / writes to the head or reads / writes to the IC card reader and discharges backward, and a housing which controls them as a whole, a housing having an overall exterior, a display portion, and a button portion, The two supporting plates (A) and (B) of the corresponding thin plate shape are erected to face each other, and then the side cross sections of the conveying guiding part 1 are vertically contacted and fixedly installed between the supporting plates (A) and (B) so that the horizontal The guiding space (C) is formed, and the transfer guiding part (1) is composed of a separate upper and lower plates, but the guiding space (2a), the inlet space (2b), the cutting space ( 2c), the spaces of the printing space 2d and the feeding space 2e are sequentially formed up and down, and each of these spaces has a guiding roller 2g and a drawing guiding roller 2h and 2h. `), The welded portion where the outer circumferential surface of each of the printing back-up roller 2i and the feeding roller 2j, 2j` is in contact with the guiding space C is formed on the same horizontal plane, and the transfer guiding portion 1 A stepping motor 3a and a ticket feeding step motor 4 disposed above and below the ticket entry part 2, and connected to the output shaft of the ticket entry step motor 3 above. The transmission means 4a connected to the inlet guiding roller 2h` disposed in the inlet space 2b, and connected to the output shaft of the stepper motor 4 for feeding the ticket is a feeding roller 2j`. The roller drive is configured to be operated according to the step driving of the step motor, and the inside of the ticket feeding step motor 4 Another drive motor 6 is arranged in the space under the song guiding portion 1, but the output shaft 7 is exposed to the ticket feeding step motor 4 side and outside the cam 8 provided at the shaft end. The outer circumferential surface of the actuating bearing 8a installed to be rotatable is coupled to be slidably in contact with the inner circumferential surface of the operating space 5a of the lower cutter 5, and the upper guide protrusion 5b of the lower cutter 5 is provided. Part of the upper cutter blade (9) is in contact with each other to form a cutting space (5c), the joint (5b) is provided on the side outer periphery of the lower cutter blade (5), the transfer guiding part (1) The joint 10b is also installed on the lower side of the printer guide link 10a of the printing unit 10 protrudingly installed on the upper side of the printer 10, and then the two joints are engaged with the lever 11, but the lever center 11a is operated as the operating point. The printer unit 10 is always raised upward by the built-in rebound spring 11. Ticket ticketing machine (A) which is arranged to be lowered only when the lever (11) is operated so as to be locked; and two support plates (D) (E) in the form of thin plates facing each other on the left and right sides, and then another transfer guiding part ( 20) the side cross section is vertically fixed between the support plates while being formed in the horizontal direction to form a guiding space (F) in the horizontal direction, but to be placed on the same horizontal plane as the guiding space (C) on the ticket vending machine side. The transfer guiding unit 20 is composed of a separate upper and lower plates are integrated, but the IC card reading space 20a, the secondary guiding space 20b, the magnetic head space 20c, and the primary guiding space. The space is vertically penetrated in the order of the portion 20d, and the IC card is rotatably supported by the pins 30d ', 30a', 32 ', and 29a', respectively. Leading backup roller 30d, up and down secondary guiding rollers 23 and 26, magnetic head backup roller 32 and up and down primary guiding Abutment portion to which the outer circumferential surface of each of the rollers 22 and 25 abuts is disposed on the same horizontal line as the guiding space F, and a separate driving motor is disposed inside the lower side of the transfer guiding portion 20. To the gear shaft 21 and the lower 1.2th guiding rollers 26 and 25, which were built at the output shaft end thereof, were integrated with the timing belt 24, and the upper and second guiding rollers 22 described above. (23) is pin-coupled with the vertical bending load side of the L-shaped primary and secondary operation 29, 30 so as to be rotatable, to support through the central side of the operation between the operation (29) (30) The center pins 29a and 30a are respectively wrapped by coil springs 29b and 30b, and each end of the coil spring is supported by the support holes 29c and 30c and the transfer guiding part 20 in the body between operations. Coupled to the balls 29d and 30d so as to press the operation between the first and second operations at the same time around the central portion 27 connected by the pins 27a and the bush 28 It is configured to be able to move up and down, while both ends are fastened to the center pin (29a) (30a) for supporting the operation between the leaf spring consisting of a spring material to press the magnetic head back-up roller 32 downward in the center (31) ) Is arranged on the side between the operation, the lower secondary guiding roller 23 and the IC card reading back-up roller (20d) is connected by the friction belt 45 is configured to drive together card reading / writing machine ( come out; The long shaft 45 is inserted into the guiding hole 51 of the housing 50 and the front display portion 41 is connected to one end of the long shaft so that the ticket vending machine (A) and the card reading / writing machine (B) are placed on the upper shaft. A parking ticket vending machine, comprising: a station; 2. The lower cutter blade 5 has one side shorter and the other length longer to form a slanted blade 5d, and the upper cutter blade 9 is pressed against the lower cutter blade by the leaf spring 9a. Parking ticket vending machine, characterized in that configured to partially contact the upper guide projection (5b) of the cutter blade. According to claim 1, the operating space (5a) of the lower cutter 5 has a narrow width toward both sides and the center is the widest oval shape, the upper and lower two guide bearings (5f) are disposed on both sides Parking ticket vending machine, characterized in that there is no shaking and friction during the lecture. The display portion 41 coupled to the stationary portion (c) has a liquid crystal display portion 42 on the upper side, a button portion 43 on the lower side of the input port, and a vertical projection axis on the lower side of the display portion 41. Parking slot machine, characterized in that the long shaft 40 is configured to allow the guiding hole 51 to be slidable and penetrate the entire machine and allow the entire station to be retracted forward.

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