JPS5916319B2 - Kensou Yutsusouchi - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a ticket dispensing device for reliably dispensing tickets such as admission tickets, securities, and banknotes one by one.

2. Description of the Related Art Conventionally, various devices have been proposed that store a large number of tickets such as admission tickets, securities, banknotes, etc. and take out the tickets one by one from the stored tickets. The condition required for this device is to reliably take out one ticket and send it out, but it is almost impossible to reliably take out one ticket with a simple device. There is no reliable ticket dispensing device that can reliably take out and send out one ticket at a time.

Mechanically, if you try to take out one ticket and send it out,
It had to be very complicated and expensive. SUMMARY OF THE INVENTION In view of the above, an object of the present invention is to provide a simple ticket dispensing device capable of reliably dispensing tickets one by one.

Hereinafter, the present invention will be explained based on an embodiment shown in the drawings. 1 is a storage chamber for storing tickets, 2 is a ticket support stand that moves up and down guided by the storage chamber 1; 3...
A large number of sheets are stacked and stored in the storage chamber 1.

Reference numeral 4 denotes a microswitch for detecting the top surface of the ticket. When the top surface of the ticket is detected by the microswitch 4, the support stand 2 is stopped at that position.

5 is a roller for taking out the ticket from the storage chamber 1; 6 is a protrusion provided on the upper side of the storage chamber 1 for pressing the corners of the ticket; T is a transfer for guiding the ticket taken out from the storage chamber 1 forward. The road extends forward.

When taking out a ticket from the storage chamber 1, when the roller 5 rotates, the uppermost ticket bulges between the protrusion 6 and the roller 5, the corner part escapes from the protrusion 6, and the tip is inserted into the transfer path T1. Sent. 8 is a device for shifting the tickets sent from the storage chamber 1, which includes a roller 9 that sends the top of the ticket and a roller 1 that sends the bottom of the ticket.
0, and the roller 9 is forcibly rotated by the roller 9 so that the speed of the outer periphery in contact with the ticket (hereinafter referred to as peripheral speed) is smaller.

Each of these rollers constitutes a transport means. In addition, a soil side guide plate 11 and a lower side guide plate 12 that constitute the transfer path T are provided.
is cut out where rollers 9 and 10 are located. 13 is a light emitting element, 14 is a light receiving element 5, and both constitute a first detector, which detects the ticket sent from the storage chamber 1.

Of course, the upper guide plate 11 and the lower guide plate 12 where this detector is located are cut out in a penetrating state. When a ticket is detected by this detector, the roller 5 stops rotating. Therefore, when a ticket is detected by the detector, the ticket is sent only by the shifting device 8, and the ticket is moved to the rollers 9,
10 so as to rub the upper and lower surfaces. Therefore, if a plurality of stacked tickets are taken out from the storage chamber 1, the upper and lower tickets will be fed at different speeds, so that they will be gradually shifted.
Numeral 15 is a light emitting element, and 16 is a light receiving element, both of which constitute a second detector, which detects the tip of a ticket when it is sent.

The second detector and the first detector may be microswitches. Reference numeral 17 denotes a sorting member that can swing around a shaft 18; 19, a spring that urges the tip of the sorting member 17 to the outside of the transfer path 7; and 20, a second detector detects the tip of the ticket. This is a magnet that is excited when detected and causes the tip of the distribution member 17 to face the transfer path 7 against the spring 19.

The above-mentioned distribution member 17, spring 19, magnet 2
0 constitutes a ticket sorting device, and the magnet 20 is actuated to pull the sorting member 17 against the spring 19 based on the second detector detecting the tip of the bill. The tip of the sorting member 17 is placed on the upper surface of the detected roll near the tip of the detected ticket. At this time, if one ticket is being sent, that ticket will be sent directly through the lower side of the sorting member 17, while if two tickets are being sent, the ticket will be sent out of the roller 9. :
Since the circumferential speed of the roller 10 is faster than the circumferential speed of the circumference, only the lower ticket is sent first, so it is sent through the lower side of the sorting member 17, which descends with a momentary delay, and the upper ticket Since the tip of the ticket is blocked by the tip of the sorting member 17, it is guided to the ground side of the sorting member 17, and the tip of the ticket is blocked by the tip of the sorting member 17.
Only one ticket will be guided to the lower side. 21,
22 is a transfer roller 23 for further transferring the ticket guided to the lower side of the sorting member 17; 24 is a roller for further transferring the ticket guided to the upper side of the sorting member 17; Storage parts 26 and 27 for storing the tickets sent by the roller 21 are spare transfer rollers 25.

In this way, the tickets sent from the ticket storage chamber are shifted and sent by the shifting device, and if by any chance two or more tickets are sent, the sorting device is used to shift only one ticket. Since the tickets are separated and sent, it is possible to send out one ticket reliably. Furthermore, a plurality of shifting devices may be arranged in parallel, or a plurality of groups each consisting of a shifting device, a detector, and a sorting device may be arranged in parallel. This means that it is possible to increase the

Furthermore, when two tickets are sent, the tip of the upper ticket is stopped by a sorting member, and the middle part of the ticket is raised between the tip and the shifting device, and the raised part is It may also be possible to detect this and issue an alarm.

As is clear from the above description, according to the present invention, tickets can be reliably fed out one by one using a simple device.

[Brief explanation of the drawing]

The drawing is a schematic side sectional view of a ticket issuing device equipped with a ticket dispensing device according to the present invention.

Claims (1)

[Claims] 1 The circumferential speed of the roller 9 which is adjacent to the transfer path 7 and feeds the roll in contact with the upper surface of the ticket is changed to the roller 1 that feeds the roll in contact with the bottom surface of the ticket.
A note shifting device 8 whose circumferential speed is lower than 0, and a detector (
For example, when a ticket is detected by the light-emitting element 15 and the light-receiving element 16), the tip is lowered into the transfer path 7, and the tip is brought into contact with the upper surface of the detected ticket, and the ticket placed on the rear upper surface of the ticket is moved upward. A ticket dispensing device comprising a distributing device comprising a distributing material 17, a spring 19, and a magnet 20.