JPS6075983A - Thermal ticketing equipment - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement in a thermal ticket issuing device for issuing perforated tickets and the like.

FIG. 1 is a schematic diagram showing an example of the configuration of a conventional perforated thermal ticket issuing device. In this figure, 1 is a ticket sheet wound into a roll, and one end of the ticket sheet 1 is connected to a feeding roller 2.
, is guided between a platen roller 4 and a thermal head 5 via a cutting cutter 3, and is held between them. After being cut into a predetermined length g by the cutting cutter 3,
While being conveyed to the right in the figure by the platen roller 4, predetermined printing is performed by the thermal head 5, and the ticket 6 is completed. This ticket 61d is further conveyed to the right by the feed roller 7, and the right '4 of the ticket 6 is cut by the perforation cutter 8, the optical HΣ switch edge or the limit switch t11'.
It sequentially passes through the perforation sliding timing detection switch 9 that has been made and comes into contact with a stopper 10 that projects upward. Then, after a predetermined time if has passed since the detection switch 9 detects the right end of the ticket 6 (during which time the right end of the VC comes into contact with the stopper 10), the drive solenoid 8a of the perforation cutter 8 is activated, and its 1r48b is sucked. Then, the lever 80 connected to the arm 8b rotates clockwise in the figure to push the perforation cutter 8 upward, and the ticket 6 is perforated at a predetermined position. After this, the j:mechanical solenoid 10a of the strike soba 10 is demagnetized and the ':false t
l Ob protrudes, and the lever 10c connected to it rotates clockwise in the figure to move the stopper 10 downward 7.
The ticket 6 is discharged to the outside by the feed roller 7.

According to the conventional thermal ticket issuing device configured as described above, after printing is completed, a detection switch 9 detects that the ticket 6 has arrived at a predetermined position (and detects that the ticket 6 has arrived at a predetermined position). The stopper 10 that holds this stopper 10 is t!41
: Are the moving components 10a to 10o disconnected? , ] '6 is an essential element, and the configuration is +M
There was a drawback that R<f.

The present invention provides a thermal ticket issuing device 1 which eliminates the need for the above-mentioned components and has a simplified configuration. It is characterized by the following.

Hereinafter, the present invention will be described in detail with reference to the l-cut plane.

, A2 is a schematic diagram showing the configuration of essential parts of an embodiment of the present invention, and FIG. 3 is a plan view showing an example of the configuration of a ticket. In these figures, parts corresponding to those in FIG. 1 are given the same reference numerals. -! In addition, in this embodiment, the length of the ticket 6 is 575 mm, and the printing start position N6a is 2 mm from the right end of the ticket 6. The print end position 6a is 2 mm from the left end. to 2a75).

The difference in configuration between this example and the conventional thermal ticket issuing device is as follows.

+11 Printing device α of the thermal head 5 (vertically above the platen roller 4 1lIllI4a in the case of the paper 2)
and the blade of the perforation cutter 8 F(i
In the case of 4 examples, the perforation cutter 8 is attached so that the amount is equal to 26.75 gm1.

(bg components shown in Figure 2111, 9.10.10a~
Remove 100.

According to such a configuration, at the end of printing, the print end position 1i6b of the ticket 6 is at the mark KIJ position 11 of the thermal head 5.
``'t, perforation position 1i!76c is perforation cutter 8
Is it true that the blade is 1i'? L, ticket 6 is platen roller 4
and the thermal head 5. Therefore, the drive solenoid 8a is driven immediately upon completion of printing.
When the perforation cutter 8 is pushed upward, a perforation is formed at a predetermined position on the ticket 6.

After forming the perforations, the drive solenoid 8a)'1
'r r=r, then rotate the platen roller 4 again and release blank paper between the printing end position 1if6b of the ticket 6 and its left end (2■), then (11 marks 6 can be ejected to the outside Mζ).

can.

In the first example above, the printing end position 1i'tf
J where the distance between 6b and perforation position 6C is 26.75mm
II. As I mentioned above, the perforation cutter 8th place 1
It is possible to make a perforation at any position on the ticket 8 by cutting rt. It is not necessary to insert a V-perforation at the end of printing, but it is necessary to insert a V-perforation at the specified position.
It is also possible to make perforations when printing ij('4) and then print again.

Furthermore, the reason why the perforation cutter 8 is provided on the side facing the thermal head 5 is in front of the thermal head 5 (on the left side of the figure)!
If the perforation cutter 8 is set to 1III, the unevenness caused by the perforations will cause uneven printing and wear of the thermal head 5.
Because it will happen.

As explained above, in this invention, the perforation is made while the ticket is being held between the platen roller and the thermal head, which simplifies the configuration and improves the reliability of the mounting metal body. At the same time, manufacturing costs can be reduced.

1. Brief explanation of Figure 1 Figure 1 shows the 4"7 of a conventional perforated thermal ticket issuing device W.
Figure 2 is a schematic diagram showing the configuration of the main part of the real ticket, and Figure 3 is a plan view showing the configuration of the ticket in the same ticket.

4...Platen roller, 5...Thermal head, 6...Cut II, 8...Sewing machine [1
Katsuta.

Claims (1)

[Claims] In a thermal ticketing device, a ticket to be issued is sandwiched between a platen roller and a thermal head, and a line tod is printed in synchronization with the rotation of the platen roller. A perforation cutter is provided within a distance of one sheet, and after operating the perforation cutter while the ticket is being held between the M platen roller and the thermal head, the remaining printed sheets are fed blank paper. A thermal ticketing device that is characterized in that it issues tickets on-the-go.