KR100264187B1 - An automatic collection apparatus for the recorded ticket - Google Patents

Abstract

The present invention relates to an automatic recovery device that can reduce the workload of the person in charge, and at the same time provide a variety of functions in a simple configuration to recover the card,

The cubic box 36 is maintained at a constant temperature by the heater unit 22, and the lift ticket card 7 is inserted into the card insertion / returning hole 9 of the front panel 38 of the box 36. When the card (7) comes to the position of the antenna 11, the internal data is read out non-contact by the antenna 11, antenna control unit 17 when the card (7) at the position of the antenna 11 When the lift ticket card 7 is judged to be a regular card by the control unit 28, the card number is counted and the bills are returned, and the internal data is erased by using the antenna 11 and the antenna control unit 17 to erase the card. The contamination and oil components of the front and back are removed and put into the storage bag 13, and the number of counts and the return of bills are notified to the outside.

Description

Record automatic recovery device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a recording medium automatic retrieval device for automatically issuing a ticket instead of non-contactly collecting a non-contact IC card used for an organic field, ski resort, or the like.

In recent years, in ski resorts, a system that registers information on permission to use equipment on a contactless card and determines whether it is a skier that can be used when a skier carrying the card passes through a gate is arranged so that a system for automatic ticketing is arranged. lost. Such a card is purchased by a skier at a point of sale, but the skier pays a deposit at the time of purchase to purchase the card, and when the card is returned, the deposit is returned.

Moreover, in the ski resort or the like, the end time of the card or the like is determined, and the sales office is very crowded when this end time is reached.

In order to relieve this congestion, ski resorts are equipped with a card automatic recovery device (hereinafter referred to as simply a recovery machine) at various places.

The conventional reclaimer determines whether the card is normal when the card is inserted, and if it is normal, erases the internal data and the display characters on the surface and returns the amount to be refunded by inserting it into the input box.

In addition, the person in charge turned the cash drawer every predetermined period to inject cash for refund or to grasp the situation of the cash drawer.

However, there is a problem that the installation place of the collecting machine is generally outdoors, and because the person in charge must patrol each other and walk around while grasping the situation, the working time of the person in charge increases.

In addition, the conventional recovery machine requires a means for erasing the internal data and surface characters of the inserted card and a means for determining the front and back of the card.

In addition, since a means for erasing the internal data and surface characters of the card is required, the apparatus becomes expensive and various functions cannot be added.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to obtain an automatic card retrieval system capable of retrieving a card by reducing the workload of a person in charge and providing various functions in a simple configuration.

1 is a schematic configuration diagram of a recording body automatic recovery device of the present embodiment;

2 is a front view of the recording body automatic recovery device of the present embodiment;

3 is a side view of the recording body automatic recovery device;

4 is a rear view of the recording body automatic recovery device;

5 is an explanatory diagram for explaining stored data of a lift ticket card;

6 is a plan view of the card transportation unit;

7 is a side view of the direction B in FIG. 4;

8 is a three-dimensional view of the bill payment unit,

9 is an exploded stereoscopic view of a bill payment unit;

10 is a schematic configuration diagram of a control unit;

11 is a schematic flowchart illustrating the operation of the recording body automatic recovery apparatus;

12 is a flowchart for explaining card recovery processing;

13 is a flowchart for explaining a data determination OK process;

14 is an explanatory diagram for explaining an aggregate file.

* Explanation of symbols for main parts of the drawings

1: Auto recorder 3: Backup power supply

5: power supply unit 7: lift ticket card

9: insert card / return port 11: antenna

13: card storage bag 15: card transport

17: antenna control unit 19: bill discharge port

21: bill payment portion 22: heater portion

28: control unit 29: communication interface

36: box 120: card collection determination means

122: card data erasing command means 124: aggregate file updating means

126: situation detection means of each part 128: data setting means

130: maintenance reception response means 133: communication control means

134: means for transmitting aggregate data

Claim 1 stores each part in a cuboid box, the front plate of the box has a card insertion slot for inserting one by one with the card upright, and a return slot for returning a ticket in place of the card, the recorder is opened and closed automatically In the recovery device, the front end is connected to the card insertion port and the rear end is transported to the inside at a predetermined interval with the card upright as the card is inserted, and the contaminants and oil components on the front and back are removed before reaching the rear end. A card carrying section, an upper surface of which is opened below the rear end of the card carrying section, a receiving bag for receiving the card, and an antenna on a side of a predetermined position of the card carrying section, and radiating radio waves from the antenna to read the internal data of the card. And a card reader for erasing the internal data of the card by radiating radio waves from the antenna, and storing the ticket in the return port. Is connected and returned one by one at the return port, or when the ticket is stored, the ticket payment part is directed toward the storage port by releasing the connection with the return port, and the heater part which blows hot air at a predetermined temperature to each part; While monitoring each situation while controlling each part, if the card is located at a predetermined position of the card transportation unit, the internal data of the card is read to determine the internal data, and if the internal data meets the predetermined condition, the internal data is erased and transported to the rear stage. At the same time, a summary is provided with a control unit for counting the number of sheets for each card type and returning a ticket.

The inside of a cube box of Claim 1 is maintained at a constant temperature. When the card is inserted into the card insertion opening of the front plate of the box, the card is stored in the upright position by the card conveying unit so that the internal data is read non-contacted by the card reading unit when the card comes to the position of the antenna. When the internal data is determined by the control unit and satisfies a predetermined condition, the internal data is erased using the card reading unit and then transported to the rear end of the card transport unit. Then, after the contamination and oil components of the front and back of the card are removed by the card transport unit, it is put into the storage bag.

At this time, the control unit decodes the type of card rather than the internal data, counts the number of sheets for each type of card, and returns the ticket at the return port of the front panel.

In other words, since the inserted card is vertically transported and the internal data is read out by the antenna without contact, the internal data can be judged and counted and the ticket can be returned without removing the front and back judgment. It is possible to put in the pocket.

In addition, since the storage bag is provided below the rear end of the card transport unit, it is possible to easily collect the storage bag by opening the rear panel.

Claim 2 is a card conveying unit is configured by connecting a predetermined number of transport systems consisting of a plurality of rollers in a straight line, the removable felt is installed vertically on one side of the transport shaft of the transport system of the last last transport system vertically transport of the transport system The main idea is to install the felt vertically on the other side of the shaft.

According to claim 2, when the card carrier receives the card, the card is interleaved by a transport system composed of several rollers, and is linearly transported to the transport system at the rear end and felt on one side by the felt of the last transport system at the end. Contamination and oil are removed and the last part of the felt is removed from the conveying system.

Claim 3, the ticket payment unit is connected to the return port and the storage port is provided with a connection hole in the center of the lower surface to receive the ticket one by one, and the grooved bar is installed on the upper surface in the longitudinal direction, the bottom of both sides vertically A plate, a plate for slidingly mounted on both sides of the bottom plate, an annular gear provided between the plate and the bottom plate and connected to a connecting hole of the housing to engage with a grooved bar, and a back of the plate. The summary is made by combining the storage stand reversing mechanism part which consists of a lever fixed to the panel side.

In Claim 3, the ticket payment part has the structure which mounted the accommodating part in the board stand of the storage stand reversing mechanism part. For this reason, if you open the rear panel and pull the lever fixed to the plate holder of the holder reversing mechanism, the plate holder will try to move to the right side, but since the ventilation gear is engaged with the grooved lever of the bottom plate, the holder is rotated without moving the plate holder immediately. It is possible to let.

Claim 4 has a main point that the control part stops a transportation once it detects a card coming to the position of the said antenna, drives a card reader, and judges internal data, and accepts the card in a card insertion opening internally after determination.

The control unit according to claim 4, when the card comes to the antenna position of the card transport unit, stops the transportation once, drives the card reader to determine the internal data. After this determination, the card is newly accepted inside the card insertion slot.

Claim 5 is that the control part makes a back conveyance until the card which accepted the transportation of the card transportation part is returned to a card insertion slot, when the card | internal data of a card transportation part does not satisfy | fill predetermined conditions.

The card according to claim 5, the control unit conveys the received card to the card insertion slot when the card data of the card transport unit does not satisfy a predetermined condition.

The method of claim 6, wherein the control unit has a recovery file for each type of card, and when there is a recovery file corresponding to the type of card that satisfies a predetermined condition, the control unit updates the number of tickets and the number of tickets stored therein while updating the number of tickets stored. Make a point.

The control unit according to claim 6, wherein, when a collection file corresponding to the type of card that satisfies a predetermined condition exists, the number and collection time of the collection file are updated, and the number of stored tickets is updated.

The control unit has a communication control means for performing communication with the outside, and when the communication control means indicates a command to transmit the current situation, the data and the number of tickets of the situation of each part or all the recovered files that are monitored and controlled are predetermined. The main idea is to transmit in a format.

In claim 7, in response to an external request, the controller can transmit the data of each part or all the collected files and the number of tickets in a predetermined format.

Claim 8 sets it as a summary that a control part sets this year, month, date, and time internally when receiving an external date, month, and time.

The control unit according to claim 8 sets the year, month, date, and time internally when receiving the year, month, date, and time from the outside. For this reason, recovery processing is possible by synchronizing with an external station.

1 is a schematic configuration diagram of a recording body automatic recovery device of the present embodiment. The recording apparatus automatic recovery device 1 shown in Fig. 1 accepts a contactless IC card therein, reads the internal data, erases and recovers the internal data, and counts the number of collected tickets for each ticket type data of the IC card. Hereinafter referred to as banknotes). In addition, each type of card is notified of the aggregated data and the number of bills returned.

For this reason, the recording medium automatic recovery device 1 converts a commercial power supply into a desired voltage and supplies each unit with a power supply unit 5 and a contactless IC card 7 for charging such power to the backup power supply 3. The antenna 11 of the card transport unit 15 and the card transport unit 15, which accepts the card insertion / return port 9 inside and erases the internal data by the antenna 11 and inserts the data into the card recovery bag 13 And an antenna control unit 17 for controlling radio wave propagation.

In addition, a bill payment unit 21 for returning bills one by one at the bill outlet 19, a heater unit 22 having a constant temperature inside therein, a guide plate group 24 for informing the state of the device at present; And a LED unit 26 having LEDs corresponding to each guide plate, and a control unit 28 for controlling each unit. This control unit 28 is attached to the communication interface 29 RS232C is configured to communicate with a remote controller (not shown).

In addition, the control unit 28 is provided with a door switch 30 and a key switch 32.

In addition, a lamp (LAMP) 31 and a lamp switch 33 are connected to the power supply unit 5.

Then, the power supply unit 5, the card transport unit 15, the antenna 11, the card storage bag 13, the antenna control unit 17, the bill payment unit 21, the heater unit 22, the control unit ( 28, the door switch 30, the key switch 32, the lamp 31, and the lamp switch 33 are stored in the box 36. In addition, the card insertion / returning hole 9, the banknote discharge port 19, the guide plate group 24, and the LED unit 26 are externally attached to the box 36.

Each part of the recording body automatic recovery device 1 is housed in a box 26 as described below.

2 is a front view of the recording body automatic recovery device of this embodiment. 3 is a side view of the recording body automatic recovery device. 4 is a rear view of the recording body automatic recovery device.

As shown in FIG. 1, FIG. 2, and FIG. 3, the box 36 of the recording body automatic recovery apparatus 1 has a rectangular freestanding structure.

As shown in FIG. 2, a guide plate group 24 and an LED unit 26 are provided at an upper portion (almost human eye height) of the front panel 38 of the box 36, and a banknote outlet (almost human waist) is provided at the lower portion thereof. Position) is installed. Also, a card insertion / return port 9 is provided between the guide plate group 24 and the banknote discharge port 19.

The control unit 28 is disposed at the upper end of the inside, and the control unit 28 is provided with an operation key portion 40, a display portion 42, a maintenance button 43, and the like.

One end of the card transport unit 15 is connected to the card insertion / return port 9 and is installed below the control unit 28. The antenna controller 17 is provided on one side of the card carrying section 15.

In addition, a heater unit 22 is provided on the other side surface side of the card transport unit 15, and a space for installing a card storage bag 13 is provided below the other end of the card transport unit 15.

Moreover, the banknote payment part 21 is provided below the heater part 22, and the power supply unit 5 is provided below the banknote payment part 21. As shown in FIG.

Moreover, the back panel 44 of the box 36 is comprised so that opening and closing is possible by the operation of the pop-up key 46 shown in FIG.

<Description of each part>

The card transport unit 15 cleans the lift ticket card 7 received after receiving the lift ticket card 7 at the card insertion / return opening 9 therein based on the instruction from the control unit 28. To the card pocket 13. When the card is not a regular card that does not satisfy the predetermined condition, the lift ticket card 7 is returned from the card insertion / return port 9.

The lift ticket card 7 has an oscillation function and an internal memory, and the internal memory is divided into several page areas as shown in FIG. 5 so that basic data is used in one page area P1 and two pages area P2. Performance data has been entered.

The basic data input in the page 1 area P1 is divided into ski resort code (a), company code (b), ticket type code (c), etc. of the company that manages and manages the device as shown in FIG. consist of. This ticket type code (c) has a distinction between a person's right, a child's ticket, a time ticket, a one-day ticket, a period ticket, and a common ticket (a ticket which can use all equipment regardless of the company).

In addition, the usage record data input to the two-page area P2 includes a serial NO (l), a number of times of use (m), a number of days of use (n), and the like of a ticket gate (not shown).

The antenna controller 17 reads contactlessly the internal data of the lift ticket card 7 installed and transported on the side of the card transporter 15 and sends the read internal data to the control unit 28. Then, based on the instruction from the control unit 28, the internal data of the lift ticket card 7 is erased.

The banknote payment unit 21 returns a banknote pre-injected in accordance with the input of the payment instruction signal from the control unit 28 at the banknote outlet 19. This banknote payment part 21 consists of a banknote return box mentioned later and an inversion mechanism part, and inverts 90 degrees according to the handle pull of the inversion mechanism part.

The control unit 28 is provided with the function (control function mentioned later) which controls each part, detecting the state of each part. Moreover, the operation switch 40 for setting the communication conditions with an external controller (not shown), the conditions of the lift ticket card 7, etc. which should be collect | recovered, the maintenance button 43 which starts a maintenance mode, and setting content The display 42 which displays etc. is provided.

<Detailed explanation of each major part>

6 is a plan view of the card transportation unit. Fig. 6A shows the mechanism in the A direction of Fig. 5, and Fig. 6B shows the mechanism in the A direction of Fig. 6A. 7 is a side view of direction B in FIG. 4.

As shown in the figure, the card transport unit 15 has a structure in which the lift ticket card 7 is inserted upright and transported inside as it is (hereinafter referred to as vertical transport).

For this reason, as shown in FIG. 6 (b), the card insertion / returning hole 9 is vertically provided with an inlet, and as shown in FIGS. 6 and 7, the lift ticket card 7 has a double structure. Transport vertically while sandwiching between rollers. This vertical transport system consists of the first stage, second stage, third stage and fourth stage.

In the first stage, as shown in Figs. 6A and 7, three rollers 51a, 51b, on the other side facing the spring-back rollers 50a, 50b, 50c, 50d on one side of the transport direction, 51c) is installed.

In the second stage, rollers 55a and 55b are provided on one side of the transport direction opposite to the spring back rollers 54a and 54b.

In the third stage, rollers 58a, 58b, 58c, 58d are provided on one side of the transport direction opposite to the spring back rollers 57a, 57b, 57c.

In the fourth stage, rollers 61a and 61b are provided on one side of the conveying direction opposite to the spring back rollers 60a, 60b and 60c.

In addition, immediately before the first-stage roller 50a and the roller 51a, the sensors 63a and 63b for card insertion or return detection are provided to face each other, and immediately before the roller 50d and the roller 51c. Sensors 64a and 64b for detecting a card output or an input of the first stage of the apparatus are provided to face each other.

In the second stage, only the rollers 54a, 54b, 55a, 55b are provided, and the structure does not interfere with the radiation of the radio wave by the antenna 11 and the radio wave radiation of the lift ticket card 7.

At the third stage, sensors 65a and 65b for detecting the input or the conveyance from the third stage to the second stage are provided at the third stage of the card immediately before the roller 57b and the roller 58b.

In the fourth stage, immediately after the final roller 60c and the roller 61b, sensors 66a and 66b for detecting the ejection of the card are provided to face each other.

In addition, at the first stage, a solenoid 68 is provided between the roller 51a and the roller 51b in parallel so as to receive the cards one by one at a predetermined interval so that the solenoid 68 moves in and out of the lever 74. Lift card 7 is accepted inside.

The mechanism composed of the lever 74 and the solenoid 68 is also referred to as a shutter portion. Moreover, the rollers 51a and 51b of the 1st stage are connected by the belt 72, and the connecting shaft 71 of the motor 70a is connected to the connecting shaft 52 of the roller 51b.

The rollers 55a and 55b of the 2nd stage, the last roller 51c of the 1st stage, and the first roller 58a of the 3rd stage are connected by the belt 76. As shown in FIG.

The connecting shaft 59 of the first roller 58a of the third stage and the connecting shaft 73 of the motor 70b are connected and rotated in conjunction with the final roller 51c of the first stage and the rollers 55a and 55b of the second stage. do. In addition, the next roller 58b and the rollers 58c and 58d after the roller are connected by a belt 78.

The first roller 60a, 61a of the 4th stage and the connecting shaft 75 of the motor 70c are connected. Moreover, the roller 60a of the 4th step | paragraph and the roller 60b, 60c after this roller are connected with the belt 80. As shown in FIG.

In addition, a felt 82 for removing contamination (hands, fat, water droplets) and the like on the surface of the lift ticket card 7 is vertically placed on one side of the third stage, and the same felt 83 is applied to the other side of the fourth stage. Is detachably installed.

The felts 82 and 83 are provided at the rear end of the card conveying section 15. The rear part of the card conveying section 15 faces the rear panel side. For this reason, this is for enabling easy exchange by opening the back side rear panel 44 of the box 36.

As shown in Figs. 8 and 9, the bill payment portion 21 is composed of a bill acceptor return portion 90 which is a rectangular cube having an open top surface, and a reversal mechanism portion 91 on which the bill acceptor return portion 90 is mounted. .

The inversion mechanism part surrounds the edges of the rectangular bottom plate 92 by the side plates 93a and 93b, and fixes the L-shaped brackets 94a and 84b inside the side plates 93a 93b.

Moreover, the grooved bar 95 is fixed to the bottom plate 92 in parallel with a predetermined interval with respect to one side plate 94b.

In addition, the L-shaped brackets 94a and 94b have a " c " shaped plate stand 98 having rollers 97a, 97b, 97c, and 97d attached thereto, and having a bill storing and returning unit 90 mounted thereon. Under the plate stand 98, a lever mounting bracket 100 to which the lever 99 is attached is fixed to the plate stand 98. The bracket 100 has a "c" shape and is fixed to the plate stand 98, the side plates 102a and 102b are penetrated by the bar 103, and both sides of the bar 103 are the side plates 105a of the plate stand 98. , 105b).

Moreover, the through hole 107 is provided in the center part of the board stand 98, and several pre-bearing 108 is provided in the circumference | surroundings of this through hole 107. As shown in FIG.

In addition, in the through hole 107 in the center of the plate stand 98, an annular gear 110 (gear pitch is the same as the grooved bar 95) is connected to the bottom plate 92 so as to be engaged with the grooved bar 95. do. The shaft 111 of this ventilator 110 is connected to the bottom through-hole 112 of the banknote storing return part 90. In addition, a bearing 114 is provided at the edge of the through hole 107.

For this reason, when pulling the lever 99 forward, the ventilation gear 110 meshes with the grooved bar 95 and rotates in accordance with the movement of the plate stand 98, so that the bill storing and returning portion 90 is rotated 90 degrees.

Therefore, replenishment of banknotes can be facilitated even if the banknote storing return unit 90 does not come out of the rear panel 44.

As shown in Fig. 10, the control unit 28 includes a card recovery determining means 120, a card data erasing instruction means 122, an aggregate file updating means 124, each sub situation detection means 126, and a data setting means ( 128, maintenance reception response means 130, communication control means 132, aggregate data transmission means 134, and the like.

The card retrieval determination means 120 inputs the internal data of the lift ticket card 7 in the card reading section comprising the card transportation section 15, the antenna 11, and the antenna control section 17, and the internal data and the basic data. The data is compared and sent to the card reader, card data erasing command means 122, and aggregate file updating means 124 to determine whether the card is recoverable.

The card data erasing means 122 transmits a card data erasing instruction to the antenna control unit 17 of the card reading unit when the determination result of the card collection determining means 120 indicates the collection permission.

The aggregate file updating means 124 reads the ticket type data Qi of the internal data of the lift ticket card 7 when the card collection determining means 120 determines that the card collection permission is permitted, and the ticket type data Qi (ski field). 1 is added to the number of times ki of the counting file 125 corresponding to the code, company code, ticket type, etc.). This ticket type data consists of a ski resort code, a company code, and a ticket type (one-day pass, time pass, common pass, etc., which includes a person's right and a child's right).

The reason why the company code is matched to the ticket type is that in a large ski resort, there may be several companies that are made up of several ski resorts.

In addition, the bill total 21 counts the current total number in the bill payment section 21 and stores the bill number Hi in the tally file 125, and the bill count every time the bill payment section 21 pays bills. Subtract 1 from (Hi).

Each part status detecting means 126 detects a card conveying part, an antenna control part, a door switch, a power supply part, and a maintenance condition, and when the communication control means 132 receives a command for notifying the current operating state. The detected situation is notified to the communication control means 132.

The data setting means 128, when the communication control means 132 receives the setting data such as the time setting, ski resort code, company code, ticket type, such as the aggregate file update means 124, maintenance reception response means 130 Set in the card collection determining means 120.

The maintenance acceptance response unit 130 accepts the maintenance mode by pressing the maintenance button of the control unit 28, activates each unit, and prints out a situation from the detection data of each unit situation detection unit 126 or based on key operation. Is set to each means. When the communication control means 132 receives the maintenance status transfer command, the communication control means 132 receives the command after finishing the maintenance mode processing.

The communication control means 132 has an online communication and an online communication function to perform communication with the outside in a polling / selecting manner.

The aggregate data transfer means 134 reads the aggregate file 125 when the communication control means 132 receives a command of transfer of the aggregate result, and transmits the aggregate data of all lift ticket cards collected in a predetermined format. Pass it to (132).

The operation will be described below with respect to the recording body automatic recovery apparatus configured as described above.

11 is a schematic flowchart illustrating the operation of the recording body automatic recovery device.

The card collection determining means 120 of the control unit 28 executes an initialization process for executing operation check of each part, clearing of counters, etc. in accordance with the power supply (S1101) (S1103), and whether or not there is a hard failure. It determines (S1105). When it is determined in step S1105 that there is no hard failure, it is determined whether the back panel 44 of the box 36 is open (S1107). When it is determined in step S1107 that the rear panel 44 is closed, the LED unit 26 instructing "in process" of the guide plate group 24 is turned on (S1109).

Then, the card recovery process is executed in which the internal data of the lift ticket card 7 is erased and counted for each ticket type data and put into the card storage bag 13 (S1111). This card recovery process (also called a normal mode) will be described later in detail.

In addition, when it is determined in step S1105 that the hard obstacle or the back panel 44 is opened in step S1107, the LED section 26 indicating "stop" of the guide plate group 24 is turned on to select the maintenance mode. It is determined whether or not it is (S1115). In selecting and determining the maintenance mode in step S1115, the following processing designated by this maintenance mode is executed (S1117).

Further, a communication process of receiving an external communication request interruption, transferring the collected data of the aggregate file, detecting an abnormality, transmitting the abnormal situation to the outside, and receiving the date and time of the external date (S1119) is executed.

Next, the card collection processing will be described. For example, when the lift ticket card 7 is inserted in the card insertion / returning opening 9 of the recording body automatic recovery device 1, the lift ticket card 7 is inserted into the card conveying unit 15. The first sensor 63a, 63b at the stage detects and sends a card insertion detection signal to the control unit 28.

The card collection process of the control unit 28 determines whether the lift ticket card 7 is not located at the second stage of the card transport section 15 in accordance with the input of the card insertion detection signal. If it is located in the second stage, the lever closing signal is sent to the solenoid 68 of the card transport section 15, and the lever 74 is projected on the transport path to insert the lift winding card 7 into the interior. Stop it.

When it is determined that the lift ticket card 7 is not located in the second stage, the motor 70a, 70b, and 70c are rotated to transport the lift ticket card 7 to the inside, and at the same time, the lever (for the solenoid 68) is used. Send a lever return signal to pull 74) out of the transport path. The determination of whether the lift ticket card 7 is located in this second stage is made based on the output signals of the sensors 64a and 64b and the sensors 65a and 65b.

The solenoid 68 pulls the lever 74 for a predetermined time in accordance with the input of the lever return signal from the control unit 28 to discharge the lever 74 again. That is, the shutter unit prefers the internal data judgment of the lift ticket card 7 located at the second stage and receives the lift ticket card 7 one by one.

Then, when the lift ticket card 7 is detected by the first sensors 64a and 64b in the first stage, the control unit 28 stops the motor 70b for a predetermined time, and lifts the lift ticket card 7 in the second stage roller ( 54a, 54b, 55a, 55b, and at the same time, the internal data determination processing of the lift right card 7 in the antenna controller unit 17 is executed.

The determination process of this internal data will be described using the flowchart of FIG. When the internal data of the lift ticket card cannot be read, the apparatus controls the motor 70b and retries up to two times.

Therefore, the retry counter is finally cleared (S1201), and a data readout signal for reading out the one-page area P1 into which the basic data of the lift ticket card 7 is input is sent to the antenna controller unit 17, thereby generating this area. Data is read by the antenna controller 17 and temporarily stored (S1203).

Then, it is determined whether or not the read internal data can be decoded (lead error) (S1205). When it determines with a read error in step S1205, a retry counter is updated (S1207), and it is determined whether this retry counter becomes "2" (S1209). When it is determined in step S1209 that the retry counter is not "2", the process returns to step S1203 to read the internal data of the lift ticket card 7 again. This internal data is basic data and usage performance data inputted to the lift ticket card 7.

When it is determined in step S1209 that the retry counter is "2", the data determination NG process S1211 is executed to end the process. This data determination NG process is performed by rotating the motors 70a, 70b, 70c of the card transport unit 15 at the same time and pulling the lever 74 to lift the card 7 at the card insertion / return opening 9. Is returned and the LED section 26 of the "loading window" instruction of the guide plate group 24 is turned on.

When it is determined in step S1205 that the internal data is normally read by the antenna, it is judged whether or not the recovery flag is set on the read basic data (S1213). This collection flag indicates that the collection has already been completed by the ticket when the "1" is set.

In step S1213, when it is determined that the recovery flag is not set, it is determined whether the ski resort code of the basic data read out matches the ski resort code stored in advance (S1215).

When it is determined in step S1215 that the ski resort code matches, it is determined whether the issued date, date (including time) indicated by the read basic data is "good" (S1217). When it is determined in step S1217 that the issue date is "good", it is determined whether the company code is a predetermined code (S1219).

When it is determined in step S1219 that the company code is a predetermined code, a command for reading the internal data of the two-page area P2 is sent to the antenna controller, and the internal data at the antenna controller is read (S1221). Then, it is determined whether or not it is a read error (S1223). If it is not a read error, it is determined whether or not the number of times of use is "0" (0; indicates no use) (S1225). When it is determined in step S1225 that it is not in use, the data determination permission process described later is executed (S1227). Then, a command for erasing the internal data is sent to the antenna controller to clear the data area of the lift ticket card 7 (S1229), and the present process ends (S1231).

When the retry counter is determined to be "2", when it is determined that the collection flag "1" is set, when it is determined that the issue date and date are not "good", and it is determined that the company code is not a predetermined code. When it is determined that the internal data of the two-page area P2 is a read error, and when it is determined that the number of uses is "0", the flow returns to step S1211 to execute the data determination NG process.

That is, the data determination OK processing is executed when predetermined conditions including the ski resort code, the date of issue, the state of the collection flag, the number of times of use and the like are satisfied.

The lift ticket card may store basic data in one page area P1 and store the same basic data in another page area after two page areas.

In the case of recovering such a lift ticket card, after the step S1209, a process of reading the other page area described above and returning to the step S1203 may be inserted.

Next, the data determination OK process will be described with reference to FIG. When all of the checks in Fig. 12 are good, the data judgment OK process rotates the motors 70b and 70c of the card reader to insert the lift ticket card 7 into the card storage bag 13 (S1301). 21 is started (S1303), and the LED unit 26 instructing "out of paper payment" of the guide plate group 24 is turned on (S1305).

Then, the file data corresponding to the ski resort code, company code, and ticket type (collectively, ticket type data Qi) of the lift ticket card 7 obtained by reading the collected file 125 shown in FIG. 14 are retrieved (S1307). ).

As shown in Fig. 14, this file data is stored for each company code, which is a set of the number of time and bill return and the number of collection of company code and ticket type. The ticket type of the error occurrence is also stored.

Next, the collected number Ki of the retrieved ticket type data Mi is updated (S1309), the bill returned number Hi is updated (S1311), and the process ends.

In addition, when the communication control means 132 receives a command for transmitting an aggregation result from the outside, the aggregate data transmitting means 134 outputs all the collected data as the aggregate data to the communication control means 132 and transmits it to the outside.

Moreover, in the said embodiment, although demonstrated as an automatic collection | recovery system of a contactless lift ticket card in a ski resort, you may use for the automatic collection | recovery system of the organic field which performs a ticketing service using a noncontact IC card.

In the above embodiment, the deposit is returned when the card is collected, but any other ticket may be issued instead of the bill.

As described above, according to claim 1, since the inserted card is vertically transported and the internal data is read out contactlessly by the antenna, the internal data can be determined and the number of tickets can be returned by counting the number of tickets. As a result, the fat can be removed and put into the storage bag.

In addition, since the storage bag is provided below the rear end of the card transport unit, opening the rear panel can easily obtain the storage bag.

According to claim 2, it is possible to obtain the effect of removing the contamination and fat components of the front and back only for the card that satisfies the predetermined condition. In addition, since the felt is installed at the rear, it is possible to easily exchange the rear panel when the felt is opened.

According to claim 3, when the lever is pulled forward, the ventilator rotates to rotate the housing so that the ticket storage port of the housing faces the rear panel side, thereby making it possible to make the ticket replenishment site invisible to others.

According to claim 4, the effect of reliably reading the internal data of the card for each sheet can be obtained.

According to claim 5, it is possible to obtain an effect that an illegal card is not accepted and collected inside.

According to claim 6, even if cards of various ticket types are inserted, the number of times of collection and time can be managed for each current card.

According to claim 7, an external station located at a remote branch can obtain the effect of finding the number of tickets and the remaining tickets of each card at any time.

According to claim 8, it is possible to obtain the effect that the recovery process can be performed by synchronizing with an external station.

Claims (11)

A box comprising a faceplate and a backplate; A card insertion hole installed in the front panel to insert a card; A return port for returning a ticket in place of the card; A card transport unit having a front end connected to the card insertion port and having a rear end facing the rear plate, and transporting the card at a predetermined interval therein according to the insertion of the card, and removing and discharging the front and rear surfaces before reaching the rear end; An upper part of which is opened and installed below the rear end of the card carrying part to receive the card; A card reader that installs an antenna on a side of a predetermined position of the card transporter and reads internal data of the card by radiating radio waves from the antenna, or erases internal data of the card by radiating radio waves from the antenna; A ticket payment unit connected to the return port to the storage port of the ticket and returning each ticket at the return port and releasing the connection with the return port when the ticket is stored; And The situation is monitored while controlling each unit, and when the card is located at a predetermined position of the card transporter, the internal data of the card is read to determine the internal data. When the internal data satisfies a predetermined condition, the internal data is erased. And a control unit for transporting to the rear end and counting the number of sheets for each card type and returning the ticket. The method of claim 1, And the card insertion slot inserts one by one in the state where the card is placed upright. The method of claim 1, And the card transporting unit transports the card therein at predetermined intervals while the card is placed thereon according to the insertion of the card. The method of claim 1, And a heater unit for blowing warm air at a predetermined temperature to the respective units. The method of claim 1, The card transportation unit is configured by connecting a predetermined number of transport systems consisting of a plurality of rollers in a straight line, and install a detachable felt vertically on one side of the transport shaft of the transport system of the last last transport system vertically, And the felt is installed vertically on the other side of the transport shaft. The method of claim 1, The ticket payment unit is provided with a connection hole in the center of the lower surface and the storage port is connected to the return port and pays the ticket one by one; A bottom plate with the grooved bar installed on the upper surface in the longitudinal direction and having both sides vertically; Plate bases which mount the storage part freely on both sides of the bottom plate, An annular gear installed between the plate stand and the bottom plate and connected to the connection hole of the housing portion and engaged with the grooved bar; And a receptacle reversing mechanism comprising a lever fixed to the rear panel side of the plate. The method of claim 1, The control unit stops the transportation once to detect the card is in the position of the antenna to drive the card reader to determine the internal data, and after the determination to accept the card at the card insertion opening therein. Record automatic recovery device. The method of claim 1, And when the card data of the card transportation unit does not satisfy a predetermined condition, the control unit reverses the transportation of the card transportation unit until the received card is returned to the card insertion slot. The method of claim 1, The control unit has a recovery file for each ticket type of the card, and when there is a recovery file corresponding to the type of the card that satisfies the predetermined condition, the control unit updates the number and the recovery time of the recovery file, and simultaneously stores the number of tickets stored. An automatic recording device recovery device, characterized in that for updating. The method of claim 1, The control unit has communication control means for performing communication with the outside, and when the communication control means indicates a command for transmitting the current situation, the data of each situation or the number of collected files and the ticket number of each part being monitored and controlled is displayed. A recording body automatic recovery device characterized in that the transmission in a predetermined format. The method of claim 1, And the control unit sets the year, month, date and time therein when receiving the year, month, date, and time from the outside.

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