KR100231264B1 - 2 way ticket issuing machine - Google Patents

Abstract

The present invention increases the operation rate of ticketing machines and increases the convenience of ticketing machine management by installing two ticket rolls in the ticketing machine. In the ticketing, two ticket rolls are installed inside the ticketing machine; A two-way guide for first setting the two roll tickets supplied from the two ticket rolls to the secondary setting means; The two-way guide branches for dividing the ticket path in two; Two paths separated from the branch; An assembly unit for joining two paths into one; It is composed of two sensors that are installed in two paths so that the control unit can detect two roll tickets respectively, and the second setting means which sets one of the first set roll tickets when the roll tickets on sale are exhausted. ; The secondary setting means includes two motors driven according to the control signal; Two feed rolls attached to a motor shaft end and connected to roll tickets respectively set in two paths, respectively; It is a two-way ticketing machine which is driven by a control signal and configured as a solenoid which presses one of the roll tickets to one of the transfer rolls according to the control signal.

Description

2-way ticket machine

This invention is the invention of a two-way ticket ticketing machine. Especially, by installing two ticket rolls in the ticketing machine, the controller can automatically set the roll ticket at the reserved ticket roll when the ticket is exhausted. Increased convenience of ticketing machine management.

The conventional ticket ticketing machine is capable of installing a ticket roll, which causes the following administrative problems.

① The ticket roll can be exchanged for a new ticket roll when all the roll tickets on sale are exhausted, so after the ticket roll runs out, the burner will light up and wait for the manager to replace it with a new ticket roll. As a result, the operation rate of the ticketing machine decreases, causing inconvenience to the user.

② If multiple ticketing machines are installed, the sales performance is different for each ticketing machine. As a result, the manager must always wait for the time of exhausting the ticket, which makes the ticketing machine difficult to manage and the productivity of management is low.

The present invention improves the operation rate of the ticketing machine by providing two rolls of ticket rolls and supplying rolled tickets continuously from the reserved ticket rolls when the ticket rolls are sold out. Increase the convenience of ticketing machine management; It is to provide a two-way ticketing machine that can increase the productivity of ticketing machine management.

According to the present invention, two ticket rolls are installed in the ticketing machine, and roll tickets are provided in another reserved ticket roll when the roll ticket on sale is exhausted; Therefore, the manager can conveniently manage the ticketing machine because only the ticket rolls which are exhausted at the time of regular management need to be replaced consistently; This will increase the operating rate of ticketing machines.

1 is a front view of a ticket ticketing machine incorporating this invention.

2 is a cross-sectional detail view of the two-way guide of the present invention.

3 is a plan sectional view of the secondary setting means.

* Explanation of symbols for main parts of the drawings

1, 2: ticket roll 3, 4: hub

5, 6: Roll ticket 10: 2-way guide

11: branch 12, 13: career path

14: assembly 15, 16: sensor

20: secondary setting means 21, 22: motor

23, 24: feed roll 25: solenoid

26: arm 27: adhesion roll

62: entrance 63: guide

64, 64 ': transfer section 65: print section

66: printing section 67: reader

68: lighter 69: ticketless ticket collector

70: exit 71: first drive unit

72: second drive unit 73: collection box

The present invention will be described in detail with reference to the accompanying drawings.

1 is a front view of a ticket ticketing machine to which the present invention is applied. In Figure 1 the roll ticket on the belt is provided in the guide. Specifically, transfer portions 64 and 64 'from the inlet 62 of the guide 63; Cutting unit 65; A printing unit 66; Liter 67; Lighter 68; An invalid ticket collector 69 and an outlet 70 were provided. The first driving part 71 drives the conveying parts 64 and 64 ', the cutting part 65, and the printing part 66; The second drive unit 72 conveys the ticket from the leader 67 to the exit 70.

In the ticketing process, when the roll ticket is set at the inlet 62 of the first driving unit 71 (this state is called secondary setting), the control unit detects this and cuts the roll ticket to a certain length in the cutting unit 65 and prints it. While passing through the unit 66, character information such as the issue date and the amount of money identification mark is printed on the ticket surface and transmitted to the second driving unit 72. The control unit transfers the ticket to the belt of the second driving unit 72 and reads the information of the self-recording unit if the ticket is read by the reader 67, and if the read information satisfies the specified standard, it is determined to be a normal ticket and the ticket is stored in the self-recording unit 68 in the lighter 68. The information is stored and the ticket is discharged to the exit 70. However, if the read information does not meet the specified standard, it is determined that the bad track of the magnetic track and other poor standards does not drive the lighter 68 and drive the invalid ticket collector 69 on the ticket discharge path to collect the ticket ( 73).

This invention is achieved by installing the following device in the ticket machine as described above.

Two ticket rolls 1 and 2 and a roll supporting hub 3 and 4 installed inside the ticket machine in FIG. 1; Two roll tickets 5 and 6 supplied from the two rolls are configured as two-way guides 10 for primary setting to the secondary setting means 20 through guide rolls 7 and 8, respectively; The two-way guide 7 includes a branch portion 11 for branching the ticket path; Two paths 12 and 13 separated from the branch 11; An assembly unit 14 for combining the two paths into one; The first driving unit 71 includes one of the sensors 15 and 16 installed in the two paths 12 and 13 so that the control unit detects the roll ticket, and the roll ticket that is set first when the roll ticket on sale is exhausted. A secondary setting means 20 for secondary setting at the inlet 62 of; The secondary setting means 20 includes two motors 21 and 22 which are driven in accordance with a control signal (the motors can be configured as one using a transmission means); Feed rolls 23 and 24 attached to the motor shaft ends and connected to roll tickets 5 and 6 on the paths 12 and 13, respectively; A solenoid 25 driven by a control signal; It was attached to the solenoid 25 arm end and comprised the roll ticket 5 or 6 in close contact with the feed roll 23 or 24 according to a control signal.

According to the present invention configured as described above, the first two ticket rolls (1, 2) are mounted on the two hubs (3, 4), respectively, and the end of the roll ticket (5, 6) is the secondary setting of the two-way guide (10). Primary setting is made to the means 20. If the ticketing machine is reset in this state, the control unit executes ticket issuance control when the second setting roll ticket is found at the inlet 62 sensor of the guide 63, and if the roll ticket is not found, the second setting of the roll ticket as shown in Table 1 The control is executed.

In Table 1, the control unit returns to the main loop when detecting the roll ticket in the sensors. However, if there is no roll ticket detection on the sensors, jump to the secondary setting table.

If the roll ticket is not detected in the sensor 15 by first performing roll ticket detection in the secondary setting table of the roll ticket, and jumping to roll ticket detection 2 and detecting the first set roll ticket in the sensor 15, the solenoid ( 25, the close roll 27 is brought into close contact with the transfer roll 23, and the motors 21 and 22 are driven to transfer the roll ticket 5 to the inlet 62 while jumping to the monitoring table of the sensors.

In roll ticket detection 2, if there is no roll ticket detected by the sensor 16, the sensor jumps to the sold-out display table and detects the second set roll ticket by the sensor 16. Then, the solenoid 25 is driven to transfer the close contact roll 27. It comes in close contact with the roll 24, drives the motors 21 and 22, and then jumps to the monitoring table of the sensors.

In the monitoring table of the sensors, the control unit monitors the sensors in the loop and detects the roll ticket, stops the driving of the motors 21 and 22, returns the solenoid 25 to its original position, and moves the contact roll 27 to the feed roll 23 or 24), jump to the roll ticket management table (step 1). When the contact roll 27 is separated from the conveying roll 23 or 24, the roll ticket 5 or 6 is separated from the conveying roll 23 or 24, so that the roll ticket 5 or 6 where the secondary setting is completed is transferred to the ticketing machine. Subject to control.

In the sold out display table, the sold out display mechanism is driven and the end program is called to end the necessary remaining processing and the control program ends.

TABLE 1

As described above, according to the present invention, if two ticket rolls are set first in the ticketing machine, the ticketing machine performs ticketing control by setting one of the roll tickets secondly and finds a reserved ticket roll when the ticket rolls in use are exhausted. Ticketing control is executed by resetting the ticket to the second setting so that the administrator can replace the exhausted ticket rolls at the time of regular management so that the ticketing machine can be easily managed, the management productivity can be increased, and the ticketing machine operation rate can be increased. Will be.

Claims (2)

In detecting the roll ticket supplied from the ticket roll to cut to a predetermined length and to record the ticket character information and magnetic information, two ticket rolls installed inside the ticket machine; A two-way guide for first setting the two roll tickets supplied from the two rolls to the secondary setting means; The two-way guide branches for dividing the ticket path in two; Two paths separated from the branch; An assembly unit for joining two paths into one; Two sets of sensors installed on two paths so as to detect two roll tickets, respectively, and second setting means for second setting one of the first set roll tickets when the roll tickets on sale are exhausted; The secondary setting means includes two motors driven according to the control signal; Two feed rolls attached to a motor shaft end and connected to roll tickets respectively set in two paths, respectively; 2. A two-way ticketing machine, which is driven by a control signal and configured as a solenoid which adheres one roll ticket to one conveying roll according to the control signal. The controller of claim 1 returns to the main loop when detecting the roll ticket in the oscillator sensors; If there is no roll ticket detection in the sensors, jump to the secondary setting table; Roll-ticket detection 1 to 1 in the roll-ticket secondary setting table 1st set-up roll-ticket detection is performed. If no roll-ticket is detected, jump to roll-ticket detection 2, and roll-ticket is transferred if roll-ticket is detected. Jump to the roll ticket watch table of the sensors; Roll-ticket detection 2 is performed to detect the second-setting second roll-ticket, and if detected, jump to the roll-ticket monitoring table of the sensors while the roll-ticket is transferred; The monitoring table of the sensors monitors the sensors in the loop and detects the roll ticket, and stops the driving of the transfer motor of the roll ticket, removes the roll ticket from the feed roll, and returns to the roll ticket management table. Ticket machine.

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