JPH035961Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention relates to a sensor check sheet for financial terminals, and in particular to a sensor check sheet whose magnetic stripe position and optical mark position can be easily changed for various terminals. It is.

Financial institutions are rapidly developing and introducing new terminal equipment to streamline and save labor. among them,
Automatic Depositer (AD) and Auto Teller Machine (ATM)
With the introduction and installation of , it has become possible for customers to make deposits via magnetic passbooks while interacting with terminals. In other words, customers can make deposits without having to bother a female bank teller.

These ADs and ATMs have a function to automatically print out business transaction details on a designated print line on the main text entry page of a passbook. However, because customers are unfamiliar with operating machines and handling passbooks, they may make mistakes such as inserting the passbook in the wrong direction or failing to open the designated entry page when inserting the passbook into the automatic machine. Therefore, in order to check for the above-mentioned mistakes in advance, optical marks for the page detection sensor are preprinted on some of the bookkeeping pages. This mark is used to optically confirm the page.

In other words, when a customer makes an entry into a passbook at an AD or ATM, the information on the optical page detection mark is compared with the electrical signal information in the magnetic stripe to check for operational errors by the customer.

On the other hand, when shipping ADs and ATMs, hardware manufacturers use sensor check sheets, which are media with a standard printing density, to adjust the sensitivity of the photo sensors.

However, there are currently nearly 10 hardware manufacturers of magnetic passbook terminals, AD, and ATMs for financial institutions.
Moreover, the position of the magnetic stripe and the preprint position of the page detection mark are all different from each company.

For this reason, the types of sensor check sheets for shipping inspections are extremely diverse due to the combination of magnetic passbook specifications, AD, and ATM specifications. Furthermore, due to the function of the sensor check sheet, the number of sheets used is extremely small, so creating a dedicated sensor check sheet each time leads to increased costs.

Therefore, in order to improve the above problems, we devised a highly versatile sensor check sheet.

The present invention will be explained in detail below with reference to the drawings.

As shown in FIGS. 1 and 2, the mount 10 is made up of a base material 11 made of cardboard and a plastic film 13 made of PP film adhered to both sides of the entire surface. A printed pattern 12 is formed on the surface of the base material 11 of the mount 10, that is, on the inside of the plastic film 13, by printing in stages with PSC (Print Contrast Signal) density. Registration marks 12' for positioning optical marks on the tack paper, which will be described later, are also printed.

A magnetic film 20 is adhered to one side (back side) of the mount 10 thus formed over approximately half of the surface via an adhesive 21. In the figure, 22 is a magnetic film base material, and 23 is a magnetic recording layer.

Here, the magnetic recording layer 23 of the magnetic film 20 is of two types: vertical V (or horizontal H).

Currently, there are two types of magnetic passbooks: vertical and horizontal. However, the location, width, and length of the magnetic stripe are different. Therefore, by attaching a wide magnetic film to the entire lower half of the back surface so as to cover all specifications, it is possible to consolidate the specifications into two types.

In other words, when the orientation direction is perpendicular, the output voltage increases to 6.
Since it is down to a certain extent, it is possible to consolidate it into one type.
Since it is difficult due to electromagnetic characteristics, there are two types: vertical and horizontal.

Regarding the coercive force of the static characteristics of magnetic stripes, there are currently two types of coercive force: about 300 [Oe] and about 650 [Oe], but 300 [Oe] has a smaller saturation current value.
If you unify it to [Oe], there will be no problem.

Furthermore, a tack paper 30 on which an optical mark 32 for page detection is printed is adhered to the other side (front surface) of the mount 10 via a pressure sensitive adhesive 31.

This tack paper 30 has registration marks 3 printed on it.
By aligning the mark 2' with the registration mark 12' of the mount 10, the adhesive can be attached at an accurate position.

In the present invention, the page detection sensor mark is printed on tack paper. Also, the tack paper pasted on the PP film on both sides of the base material can be peeled off and replaced with tack paper of a different specification.

The sensor check sheet for financial terminals of the present invention thus constructed has excellent practical effects as shown below. In other words, creating sensor check sheets specifically for various terminals would require approximately 100 types of check sheets, but for this general-purpose type, only two types of mounts are required, and there are 10 types of check sheets for page detection marks. Since the pattern can be imposed and printed on one sheet of paper, three types are sufficient.

Also, since even a single sheet of paper is pasted with PP, it is possible to use different types of page detection mark tack paper.

In addition, when printing patterns such as letters on a base material, if a dedicated check sheet is made for each, the PCS density is printed in stages, which makes printing difficult. If the manufacturing lot is small, it will be expensive, but according to the present invention, the manufacturing lot is grouped together so that it can be used as a common mount, so it is cheaper.

Furthermore, since PP is pasted on the surface of the base material, it can be reused by wiping it off with alcohol or the like, even if it gets dirty from printing tests.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; Fig. 1 is a plan view of the present check sheet, and Fig. 2 is a plan view of the present check sheet.
- It is a sectional view in the A line. 10... mount, 13... plastic film, 20... magnetic film, 30... tack paper,
32...Optical mark.

Claims (1)

[Scope of utility model registration request] The mount is made by printing the PSC concentration in stages, so that the printed pattern is printed on both sides of the base material.
A plastic film such as PP film is glued to the mount, and a magnetic film is affixed via adhesive over almost half of the surface of the mount, and an optical mark for page detection is formed. A sensor check sheet for financial terminals that has tack paper attached with adhesive.