JPS58157664A - Ticket issuing device - Google Patents

Abstract

PURPOSE:To enhance the function of ticket issue, by shifting a roll part having a small remaining amount to a small amount remaining roll part storing section for paying out the roll part and as well by enabling a new roll to be set. CONSTITUTION:There is provided a small remaining amount detecting means 6 for detecting the condition that the remaining amount of a rolled paper 4 becomes small, in order to take out a small amount remaining roll part 7 from a rolled paper carrier 5 and to shift the same to a small amount remaining roll part storing section 8 for paying out the rolled paper 7. During this step a new rolled paper 4 may be set. The leading end of the newly set rolled paper 4 is held between rollers 17, 26 for preventing the leading end of the rolled paper from slipping out from a paying-out path due to external force or vibration. Further, the leading end of the rolled paper is beforehand paid out to a predetermined position so that the time of treatment for sending out the leading end of the rolled paper is made short.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a ticket issuing device used, for example, in station service, and more specifically to a ticket issuing device that has a single unit for supplying paper rolls for spring issue. When supplying the roll paper stored in the L ticket issuing device in the example, when the roll paper used in the L ticket issuing device is completely used up, the crusher is notified that the roll paper is out, and the roll paper is exhausted. A new roll of paper was set on the paper core, and the work of supplying roll paper was being carried out.

However, this feeding process requires a long time, as the core of the roll paper must be removed from the device, and during this time the ticket issuing device is in a stopped state, so no tickets are issued. Not only that, but customers were forced to use other ticket issuing systems at all times, resulting in lower operating rates and, when there were many customers, causing congestion.

Therefore, the object of the present invention is to provide a ticket issuing device that can supply roll paper without significantly stopping the issuer's issuing ability.

And if you go to this issue [11.1], does it mean that the remaining amount of low JV paper is low? Since there is a residual detection hand plate for detecting, it is possible to detect when the roll is completely exhausted, so it is possible to immediately supply 4R roll paper without running out of roll paper. I can do it.

In addition, as a supply method at that time, the remaining low
1/In order to be able to use it until the end, leave the edge 1'I part as it is and only remove the remaining roll part of base 13) v Remove from the paper support center to reduce the remaining roll paper ++
y Tanibe VC is transferred and fed out, so a new row/
L/11; can be set.

In addition, it is possible to carry out the supply operation during this gap by selecting a time when there is less impact on customers, and by being able to perform the roll 'fAl' ) Easy to operate, very short poems 111
It can be done with j.

Moreover, since the tip of the set tuna (low) v paper is clamped by a feed roller, external force or vibration may cause the tip of the low (low) v paper to come off the feeding line! Since the tip of the roll paper is fed out to a predetermined position, this feed-out loss becomes a backup sheet in the straw tray, and the roll paper can be unrolled. The processing time for first-time delivery will be shortened.

Furthermore, in order to install an end detection hand plate that detects the entire end of the roll lV paper, it detects the end of the remaining low v paper near the end of the low/l/wind roll L1-I L, and detects the end of the remaining roll lv paper. Since the starting end of the roll paper is automatically fed and supplied to the end of the paper based on the signal, the end of the roll paper is always in a state where it can be used for printing, and the processing capacity is reduced. It becomes a commercial ticket issuing device.

An embodiment of this invention with such features is shown in the following figure +
I will explain in detail based on fi+.

The drawing shows the ticket issuing equipment used by station staff, and as shown in Figures 1 and 2, the #! 1" equipment
, and a conveyance unit 8 for delivering the VCC membrane-equipped ticket to the receiving tray 2.

8- The above-mentioned feeding device 1 has rows 1v, 1. Roll H supporting tI, 4 (supply group 5, residual quantity detector 6 for detecting the remaining amount of raw JV paper 4, and remaining raw quantity) v 11
7 k pay-out use 1 function +i'y, low / to trough
L/Remaining paper storage capacity 8 and low) v 4 is supported by valley rollers and rollers for transporting 4 layers are used 1i/1 regret 9,
22, an end detection sensor lO for detecting the entire end of the roll paper 4, a cutter 11 for cutting the bundle of roll paper 4 to a length of 6I, and a cut low/V wind surface. 411) is formed from 1'31r regular printing of all the corners 10 and printing integrity 12 of the spring silkworm JPJ' etc.

The above-mentioned roll paper support capital 6 is supported by a support shaft 1B that is pushed through the core of the roll paper 4 and supported by a spindle 1B, and by a support 1 (iS phase (not shown) that supports it in a completely removable manner). configured,
The roll #4 supported by this is fed out with the starting end of the raw JV paper 4 being pulled by a roller driving mechanism which will be described later.

The remaining detector 6 includes a detection lever 14 that rotates when the roll paper 4 is low, and a rotation of the detection lever 14 wJJvc.
The microswitch 14-5 produced by ON 117 and the stopper 1 that regulates the rotational position of the detection lever 14
It consists of 6. That is, the detection lever 14 is an elongated lever whose center part is rotatably supported in the same direction as the rotational direction of the roll paper, and whose tip is placed on the upper surface of the set row/L/paper 4. It is set in a state that As a result, as the remaining amount of the roll paper 4 decreases, the tip of the detection lever 14 gradually descends due to its own weight, and when the remaining roll paper 4 reaches a certain point, the roll paper 4 is At t4+, the pivot rotates downward to the upper fulcrum. When this detection lever 14 rotates, its base end comes into contact and turns ON.
A stopper 16 is provided at a position to prevent the base end from contacting the microswitch 15 excessively.

In addition, [ill! of the above-mentioned detection lever 14] I# is performed when the remaining low/l/wind 7 is reached, and the remaining setting is made when the end of the currently used remaining low (low) v paper 7 is fed out when supplying a new roll paper 4. The settings are made based on the amount of time available to allow the new roll paper 4 to be fully unfed and set.

The aforementioned low JV paper remaining capacity capital 8 is the remaining low JV paper capacity capital 7.
It is formed into a free form 'Ff, 1' and is formed into a companion body whose upper surface is fully opened for storage, and is installed below the two rows of raw JV paper support parts 5.

When the remaining roll paper 7 is stored in the remaining paper storage section 8, the Jiro/l' Mk 4 is removed from the first roller 17 and hung on the rope 81 provided on the hind leg of the first roller 17. can be replaced.

The roller structure 22 mentioned above is connected to the first roller 17 and the motor 28, and the first roller 17 is low). Installed below the capital 5, the first drive bell) 21
Driven through. Also, a collection roller 24 is provided opposite to this first roller 17, and both rollers 17.24h
The green 14 portion of the roll paper 40 is held and fed out.

This intake roller 24 is pivoted on a support lever 26 and is pressed against the %l roller by a spring 25.

A one-way clutch 17A that rotates in only one direction is press-fitted into the 10th roller 17, and the low/L' side (4 is connected to the 10th roller) is fed out by the roller drive mechanism 22.

Also, when setting a new roll paper 4 on the collection roller 24, the starting end g1x of the raw JV paper 4 *Take-in p-
While pushing the roll paper 4 into the roller 24 and first roller 17, a ticket feed switch (not shown) is pressed to drive the drive mechanism 22 for a predetermined period of time μm, and the leading edge of the roll paper 4 is kept for a certain length.

The roller drive mechanism 9 is composed of a second and an 80th roller 18, 19, and a pulse motor 2o for cutting ore at the same time.

The 20th roller 18 is installed at an intermediate position in front of the row/l/paper feed line and is driven via the second &ωJ belt 27.

Further, a feed roller 28 is provided opposite to the 20th roller 18.

8th Ell - La 19 id q -) v paper roll υj
It is installed at the end of the line and is driven via the third sliding belt 27.

This third drive bevel l/) 27 is the second, 30th-ra 18
19 and the drive pulley of the pulse motor 20.
are driven synchronously.

The TFC No. 80-La 19 also serves as the ticket printing mechanism 12. That is, the 80th-19th nib platen is used, and a V-shaped thermal head 29 is provided oppositely thereto to print desired characters, numbers, etc. on the surface of the roll paper fed by the 4-V.

The above-mentioned end II detection sensor IO is provided at the 17th and 18th positions of the 1st and 2nd 20th lines of the roll paper feeding fin.

Further, the above-mentioned cutter 11 is the second cutter in the roll paper feeding line.
, No. 30 - La 18th and 19th darkness. Reference numeral 80 denotes a ticket position confirmation sensor, which is provided immediately before the printing mechanism 12.

The aforementioned transport unit 8 includes a unit for fully magnetically encoding printed tickets, a withdrawal unit for discharging valid tickets to each, and a unit for sorting valid tickets into invalid tickets. It is composed of a collection unit that collects and transports invalid tickets and a collection box that collects invalid tickets. In the figure, 82° 8B is a sensor that detects the release and collection of tickets.

In addition, the above-mentioned conveyance unit 3 and the valley b1) material in the Suidashi Shun 1-1 are supported by a base wall, etc. not shown.
The control circuit 34C is composed of a microprocessor, for example, and is driven according to the entire program of each circuit device, and controls the motor 20, 23, the thermal head 29, the cutter solenoid 85, and the The solenoid 86 is opened via the power circuit 87,
The sensor circuit 88 is the aforementioned valley sensor 10, 80, 82.8.
The encoder 89 outputs each detection signal sound including 8.
is the aforementioned transport unit 8 and conveys sympathy to the Eastern Army 77! When all the new low/L' papers 4 are set, the ticket feed switch 40 outputs the full output when feeding the leading end to a predetermined position, and the timer 41 measures various times.

The operation of the east ticket issuing device constructed in this way will be explained with reference to the flowchart of FIG. 4.

The control circuit 34 inputs the new low/L/N1 (4
The remaining amount detector 6, that is, the switch 15 is turned ON to determine whether replenishment is required.
I'm checking Kademiya 1st protector.

Now, when the residual amount of the roll paper 4 decreases and the residual amount detector 6 detects that the residual amount of the roll paper 7 has reached the specified amount, the control circuit 34 issues a 4!1 alarm such as a buzzer. Then ask the staff to tell V that he should do IL4 all 4 golds.

As shown in Fig. 2, the structure is such that only the roll portion with the remaining low/L/A 7 is removed from the roll paper support section 5 and stored in the roll paper remaining collection valley 81S8, and the support lever is further lifted. Chemical 10-La 17 yo Jiro JV paper money removed, remaining low) L
/bl<1 goes through the entire roller 81 to the feeding line! #I'm pregnant.

After that, a new roll paper 4 is set on the removed roll paper support section 5.

At this time, the detection lever 14 of the paper remaining detector 6 is pulled up and placed on top of the new roll paper 4, and the switch 15 is turned off.
Becomes FF.

'Another new row) The tip HIS of the V paper 4 is the support lever 2
6 is lifted up and fed between the 10th roller 17 and the roller 24.

Note that while performing this operation, the remaining roll paper
It is still possible to use the ticket on the line, but I choose a time when there are no passengers and use the line temporarily, and the line is completely stopped.
It is appropriate to perform the entire supply operation of fd().

Supplementary 1 circuit 84 at step 51.52, remaining low)v
Based on the return signal of the remaining quantity detector 6, it is determined whether all -7 have been transferred or whether all the new low) V paper 4 have been set, and based on this determination, the new low) V paper 40 sets are confirmed. Then, 1B
II. The control circuit 84 operates the ticket feed switch 40 in step 5B.
Determine whether the has been operated.

After completing the setting of the roller LV switch 4, the absent worker operates the ticket feed switch 40. Based on this operation, the control circuit 84 controls the motor 28k11 in step 54, and also clocks the time required to feed the new low) V paper 4 to the front of the sensor 10. Further, the tenth roller 17 is rotated by the drive of the motor 23, and the first roll paper 4 is fed in once.

The control circuit 34 determines whether the timer 41 has timed up in step 55, and when it is confirmed that the timer 41 has timed up, the control circuit 34 turns the motor 28 f OFF (C) in step 56 to complete the setting of 40 JV papers.

Collecting the remaining Ro/L/W paper and setting the new Ro IV paper in the fixed position is carried out in the VC series as follows.

In other words, in step 57, the control system 84 determines whether or not the remaining low) V paper 7 has been completed based on the output of the end detection sensor lO, and if it has not yet completed, in step 58, it responds to the customer's purchase. Performs ticket issuing operation.

When the end of the remaining roll paper 7 reaches the end detection sensor 10'i [accompanying the ticket issuing operation], this sensor IO turns OFF, and the end of the remaining roll paper 7 is determined in step 57 described in FJIJ. , ft1ll# circuit 84 performs all processing and display for canceling the transfer of the automatic ticket tip plate in step 59, and drives the conveyance unit B in step 60.

In the transport unit 8, the sorting solenoid 86 is turned on to open the ticket collection line and transport the remaining low/V paper in the direction of collection.

The restriction 1 circuit 84 makes a complete determination in step 61 whether the remaining low/L'
tf+lI #do.

By this ON control, the 1st to 80th rollers 17 to 19 are rotated, and the new row/L/paper 4 that has already been supplied to the 10th roller 17 is fed 9.

The control circuit 84 determines in step 68 whether the leading edge of the new roll/L/paper 4 has been detected by the alignment confirmation detection sensor aovc, and when the sensor 80 is turned on at the leading edge of the new roll lV paper 4,
In step 64, the motor 23 is turned off, and the timer 41 starts driving the motor 20 necessary to feed the new rolled paper 4 to a predetermined position for printing.
Time total d [time.

In step 65, the control circuit 1 84 turns on the timer 41 to indicate that the time is up, and it is certain that the time is up!
When the motor 20 f OF F is stopped, step 66
Control. At this time, the leading edge of the 010-roll paper 4 has reached the first peak of the temporary printing structure 12.

The cutter 1 recess 34 is activated by the cutter solenoid 85 at step 66 on the upper side\, so the cutter 11 is driven to cut one ticket from the tip of the roll 11 (4).

At the same time, the timer 41 measures the time lil+jk required to drive the cutter 11 once, and when the time is up in step 67, the ni+luck solenoid 1235 turns OFF, and then in step 68, the control circuit 84 starts the motor 20.
'fi-Md ShiJ Senj.

The control circuit 34 checks in step 69 whether the ticket-branch feeding has been completed, and this determination is made based on the time required for the horizontal 12 to pass through the ticket after printing, which is 81 o'clock, and that this feeding has been completed. If the gold is determined, the motor 20 is turned off in step 70.
w, ωJ are stopped.

The sent ticket is transported in the collection direction by the transport unit 3, and the control circuit 84 returns the new row in step 71).
V: 4 tip ticket - all branches collected, sensor 8
3, the tip of the ticket branch is detected by the sensor 88.
When all the tickets have passed and the collection has been confirmed, the control circuit 84U turns off the transport unit 8 in step 72, and in step 78, Yamanaka i) Enables the full operation of the ticket vending machine and performs a check on the ticket vending machine. The entire process of setting the roll LV paper 4 in its fixed position is completed.

[Brief explanation of drawings]

The first page shows an embodiment of the present invention, and FIG. 1 is a side view of a ticket issuing device. FIG. 2 is a partial side view showing the setting state of new roll paper. FIG. 8 is a control circuit block diagram. FIG. 4 is a flowchart. l...Feeding t-, device 1 4
... Roll paper 5... Row) V paper support capital
6... low level detector 711. Low remaining roll lv paper 8
...Roll lV paper remaining storage c1s10...End detection sensor 17...First roller 24...Collection roller

Claims (1)

[Scope of Claims] (1) Feeding device for dispensing roll paper money for issuing tickets A profitable ticket issuing device, which includes a residual amount detection method and roll paper for detecting that the remaining amount of the roll paper has decreased. and an end detection means for detecting the end of the remaining roll paper, and when all of the remaining roll paper is detected by the remaining number of roll paper shortage detection steps, the roll paper is transferred from the roll paper supporting part to the roll paper remaining storage part so as to be able to be fed and used until the end of the roll contribution. , All new roll papers are set in the low/I/fine support section, and the leading end part is clamped by a full-feed roller and fed out to a predetermined position, and the remaining roll paper is adjusted by the end detection means. The ticket issuing device is characterized in that when detecting the detection signal, the device automatically feeds out and supplies the roll paper set at the end of the remaining roll paper with a drawstring.