JP2003331234A - Cutform type print data transfer system and cutform type print - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cutform type print data transfer system capable of transferring information in a slip automatically to an input/output terminal or the like only by turning over the slip. <P>SOLUTION: An IC mounted body 1 is printed on the back surface 23 of the slip 21. The IC mounted body 1 is constituted from a chip 2 for recording the sum printed on the surface, and mounted body electrodes 3a, 3b carbon- printed on both sides. The mounted body electrode 3a on the turning side of the slip 21 has a large area, and the mounted body electrode 3b on the side for binding the end of the slip 21 has a small area. A binding hole 24 is punched on the part where the end of the slip 21 is bound, and the mounted body electrode 3b is printed up to the inner wall of the binding hole 24. Since a slip bundle 30 is bound by inserting a conductor 32 elongated from a metal plate 31 into the binding hole 24, the metal plate 31 works as an electrostatic coupling electrode on the ground side of the mounted body electrode 3b. When a person touches the mounted body electrode 3a and turns over the slip 21, sum information on the chip 2 is transferred to the input/output terminal. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a single-cut print data transfer system capable of transferring data described in a single-cut print such as a plurality of separated slips to a computer, and more particularly, to a computer. The present invention relates to a single-cut type printed matter data transfer system which can transfer data described in the single-cut type printed matter to a computer in a non-contact manner by utilizing electrostatic coupling between the single-cut type printed matter and a computer.

[0002]

2. Description of the Related Art Conventionally, when transcribing and inputting various data such as the amount of money and the items described in a slip into a computer (hereinafter, referred to as an input / output terminal), it is necessary to operate the keyboard or the like while watching the slip. We input various data and check the input data while looking at the screen of the input / output terminal. At this time, data such as the amount of money is also input by distinguishing each item or item as necessary.

[0003]

However, when the operator performs the offline work of transferring the data written on the slip to the input / output terminal, it is inevitable that the data is misread or the input error is made. And so on. Moreover, these mistakes occur unknowingly while the operator is inputting data, and as a result, they are often noticed after the amount of money has been totaled. In such a case, extra man-hours may be spent for reviewing and re-entering the input data.

The present invention has been made in view of the above-mentioned problems, and an object of the present invention is to turn a slip or the like while checking the data described in a single-cut printed matter such as a slip, a key, or the like. An object of the present invention is to provide a single-cut type printed matter data transfer system capable of automatically transferring data described in a slip or the like to an input / output terminal or the like without performing a data input operation by.

[0005]

In order to achieve the above-mentioned object, a single-cut type printed matter data transfer system of the present invention binds a plurality of single-cut type printed matters, and each one of these single-cut type printed matters is bound. In a single-cut print data transfer system for transferring the above data to a computer, a single-cut print printed on the IC mounting body on which the data is recorded, and a metal plate on which a bundle in which the single-cut print is bound is placed. , A computer for reading the data recorded in the IC package in a non-contact manner,
In the single-cut type printed matter, a first electrode that is electrostatically coupled to an electrode of a computer and a second electrode that is electrically connected to a metal plate are printed with a conductive ink and are mounted on an IC. A conductor is connected to the body, a conductor that penetrates the binding hole of the single-cut type printed matter and contacts the second electrode is fixed, and constitutes a ground electrode that is electrostatically coupled to the ground. An electrode that is electrostatically coupled to the first electrode of the mounting body is formed.

According to the single-cut type printed matter data transfer system of the present invention, when the operator operates the input / output terminal while turning over the single-cut type printed matter such as a voucher, the electrode of the voucher and the electrode of the input / output terminal are operated by the operator. Capacitively coupled. Therefore, only when the operator flips over the slip, the slip information (for example, amount data) is transferred to the input / output terminal side via the electrostatic capacity formed by the operator. As a result, the operator can transfer the amount data of the slip to the input / output terminal simply by turning over the slip while checking the amount data printed on the slip and the amount data displayed on the input / output terminal. Therefore, even when the operator performs the offline work process of transferring the data written on the slip to the input / output terminal, there is no risk of misreading the data or making an input error. Therefore, it is not necessary to spend extra man-hours for reviewing or re-inputting the input data, and the input work of the slip information to the input / output terminal can be efficiently performed.

In the single-cut print data transfer system of the present invention, the second electrode is printed on the inner wall of the binding hole of the single-cut print, and the second electrode is printed on the inner wall of the binding hole. The second electrode is electrically connected to the metal plate by making contact with the electrode. That is, if the first electrode and the second electrode are printed after forming the binding holes of the single-cut print, the second electrodes are through-hole printed even on the inner wall of the binding holes. Therefore, the second electrode can be electrically connected to the metal plate by penetrating the inner wall of the binding hole with the conductor.

Further, in the single-cut type printed matter data transfer system of the present invention, the area of the second electrode can be made smaller than the area of the first electrode, and the second electrode only has a minute portion surrounding the binding hole. It can also be formed. That is, since the metal plate connected to the second electrode can be used as the electrode on the ground side, the second electrode only needs to have a function as a conductor connected to the IC mounting body, and thus has a small area. It doesn't matter. Therefore, the area of the first electrode can be increased correspondingly and can be used as a data printing area.

Further, in the single-cut type printed matter data transfer system of the present invention, the same data as the data printed on the single-cut type printed matter can be recorded on the IC mounting body, or can be printed on the single-cut type printed matter. In addition to the same data as the above-mentioned data, it is also possible to record the data that is not printed on the single-cut type printed matter excluding the data for which tampering is prohibited. Also, IC
When only the same data as the data printed on the single-cut print material is recorded on the mounting body, the printed data itself is transferred to the input / output terminal only by turning over the single-cut print material. On the other hand, when data including data that is not printed on a single-cut type printed matter is recorded on the IC mounted body, advertisement information of the company is provided by a URL or the like and displayed on the input / output terminal.
Data for confirming the amount of money for each company can also be sent to the input / output terminal side.

In the single-cut print data transfer system of the present invention, the computer has a data conversion function, and data not printed on the single-cut print recorded in the IC package is stored in the computer. After being transferred to, the data is converted into the same data as the data printed on the single-cut printed matter.

That is, according to the single-cut type printed matter data transfer system of the present invention, for example, when a company name "A company" and its receipt amount are printed on the slip, "A company" is printed on the IC package. When the code number "○○○○" and its receipt amount corresponding to is recorded, and the input / output terminal has a comparison table of company name and code number, and the slip information is transferred to the input / output terminal. The code number "○○○○" is converted into the company name "Company A" and displayed. In this way, the printed contents of the slip and I
Even when the storage contents of the C package are different, when the slip information is transferred to the input / output terminal, the print content and the information content transferred to the input / output terminal can be substantially matched.

Further, the single-cut type printed matter of the present invention is a single-cut type printed matter capable of transferring the data recorded on itself to a computer, and is printed by an IC mounting body on which the data is recorded and a conductive ink. The second electrode is formed inside the binding hole, and the first electrode is electrostatically coupled to the computer electrode, and the second electrode is formed. The electrode of is a conductor extending from a metal plate for forming the electrostatic coupling electrode on the ground side,
It is characterized in that it is connected inside the binding hole.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of a single-cut type printed matter data transfer system according to the present invention will be described in detail below with reference to the drawings. First, the outline of the single-cut printed matter data transfer system of the present invention will be described. An IC mounting body such as a tag in which information is written is provided for each single-cut printed matter (that is, a slip). The information in the tag is automatically transferred to the input / output terminal in conjunction with the operation of turning over the slip. That is, I printed on the slip
By merely touching the electrodes of the C mounting body, a person interposed between the IC mounting body and the read / write device such as the input / output terminal becomes a medium (that is, electrostatic capacity) of electrostatic coupling, and the input / output terminal Data is exchanged between the read / write device and the IC mounted body. Therefore, since it is not necessary to operate the keyboard to input the data described in the slip as in the conventional case, there is no possibility of a data transfer error. According to the single-cut type printed matter data transfer system of the present invention, the operator can confirm accurate data from the slip to the input / output terminal side only by checking the slip description data and the transfer data on the input / output terminal screen while turning the slip. You can post at a fast speed. Similarly, data can be recorded in the IC package from the input terminal.

The IC package is a package having a data storage element such as an IC chip and configured into a shape convenient for use. For example, a label, a tag, or the like having an IC card or a data storage element built therein is configured such that a data storage element such as an IC chip is built in a base material and the overall appearance looks like a label or a tag. Is. By interposing a human between the electrode of the IC package and the read / write device such as the input / output terminal to electrostatically couple the IC package and the read / write device such as the input / output terminal, the inside of the IC package is The information recorded on the chip can be transferred to a read / write device such as an input / output terminal.

First, the concept of the IC mounting body applied to the single-cut printed matter of the single-cut printed data transfer system of the present invention will be described. FIG. 1 is a front view of an IC package. In FIG. 1, an IC mounting body 1 is formed into a voucher or a card as a whole by using, for example, a business card, paper or a plastic plate having a size of a voucher, and a chip 2 in which various information is recorded in a substantially central portion. Are formed. further,
On both sides of the chip 2, mounting body electrodes 3a and 3b having a size such that a finger can be easily touched are printed or vapor-deposited with a conductive material such as carbon. The entire surface of the IC mounting body 1 may be coated with a resin agent or the like to form a protective film so that the chip 2 and the mounting body electrodes 3a and 3b are not contaminated or wet. That is, even if the finger or the like does not directly contact the mounting body electrodes 3a and 3b, the finger and the mounting body electrode 3
It is sufficient that a and 3b are configured to be electrostatically coupled. Of course, the mounting body electrodes 3a and 3b may be exposed so that the fingers directly contact the mounting body electrodes 3a and 3b.

Next, a read / write device for reading / writing information of the IC package will be described. FIG. 2 is a schematic configuration diagram of a read / write device that reads and writes information of an IC package. In FIG. 2, the reading / writing device 4 includes a receiving electrode 5 that receives data transmitted from the IC package 1 in a non-contact manner,
A transmission electrode 6 that transmits a voltage for exciting the IC package 1 in a contactless manner is formed on the surface portion. The receiving electrode 5 and the transmitting electrode 6 are formed in a concave portion on the surface of the case so that a person does not directly touch them. That is, even if the receiving electrode 5 and the transmitting electrode 6 do not come into direct contact with the hand, the hand and the receiving electrode 5 and the transmitting electrode 6 are electrostatically coupled by grasping the case of the reading / writing device 4 with the hand. Has been done. The read / write device 4 also includes a data processing unit 8 that processes data received by the receiving electrode 5 from the IC package 1, a display unit 9 that displays the data processed by the data processing unit 8, and the IC package 1. And a voltage generator 7 that generates a voltage for excitation.

It should be noted that in the read / write device 4 of FIG.
Although the transmission electrode 6 and the transmission electrode 6 are separately provided, the reception electrode 5 and the transmission electrode 6 may be integrated into one electrode. That is, the transmission timing of the voltage signal generated by the voltage generator 7 and the IC
If the phase of the reception timing of the data transmitted from the mounting body 1 side is shifted or the transmission signal and the reception signal are transmitted / received in a time division manner, the reading / writing device 4 can transmit / receive data with one electrode. .

FIG. 3 shows an IC mounted body communication system in which a person holds the read / write device with one hand and touches the electrode of the IC mounted body with the other hand to transfer the information of the IC mounted body to the read / write device. It is a conceptual diagram of. It should be noted that, in this figure, the state where each electrode is directly touched is shown, but if each electrode and the hand are electrostatically coupled without touching each electrode directly, Data communication between the IC package 1 and the read / write device 4 is established. That is, the read / write device 4
If you put it in your pocket or hold the case of the read / write device 4 by hand, each electrode of the read / write device 4 and the hand will be electrostatically coupled,
In addition, even if the mounting body electrode 3a of the IC mounting body 1 is touched with a gloved finger or from above the insulating film, the IC mounting body 1
Since the mounting body electrode 3a and the hand are electrostatically coupled to each other, an electrostatic capacitance is formed between the IC mounting body 1 and the reading / writing device 4, and data communication is established.

As a concrete usage pattern, in FIG. 3, a human 10 holds the reading / writing device 4 with one hand and touches the mounting body electrode 3a of the IC mounting body 1 with the other hand. At this time, the other hand may directly touch the mounting body electrode 3a of the IC mounting body 1, or if the surface of the IC mounting body 1 is coated with an insulating material such as a resin, the mounting body electrode 3a is applied from above. You may touch 3a. Alternatively, the mounted electrode 3a may be touched with a gloved finger.

As a result, the hand holding the read / write device 4 is electrostatically coupled to the receiving device 5 and the transmitting device 6, and the other hand is electrostatically coupled to the mounting body electrode 3a. Therefore, the reception electrode 5 and the transmission electrode 6 of the read / write device 4 and the mounting body electrode 3 a of the IC mounting body 1 are electrostatically coupled by the electrostatic capacitance formed by the person 10. That is, a current circuit is formed between the receiving electrode 5 and the transmitting electrode 6 of the read / write device 4 and the mounting body electrode 3 a of the IC mounting body 1 by the capacitance formed by the person 10.

A capacitor 15 is formed between the mounting body electrode 3b and the ground 11 in order to stabilize the potential level of the mounting body electrode 3a with respect to the potential level of each electrode on the read / write device 4 side. The capacitor 15 is formed by electrostatically coupling the mounting body electrode 3b and the metal plate when the IC mounting body 1 is mounted on the surface of a metal plate having a large area.
When the IC mounting body 1 is pasted on a non-insulating material such as wood, the IC mounting body 1 is placed by interposing a conductor foil such as an aluminum foil on the non-insulating material. The capacitor 15 is formed by electrostatic coupling between the mounting body electrode 3b and the conductor foil.
Need to be formed.

As a result, the voltage generated by the voltage generator 7 of the read / write device 4 is transmitted from the transmitter 6 to the mounting body electrode 3a via the electrostatic capacitance formed by the human 10 and I
The C mounting body 1 is excited. The information recorded on the chip 2 of the IC mounting body 1 is transferred to the person 1 from the mounting body electrode 3a.
It is transmitted to the receiving electrode 5 of the read / write device 4 via the electrostatic capacitance formed by 0, and the IC mounted body 1 is transmitted by the read / write device 4.
The information of the chip 2 therein is read and displayed.

That is, the human 10 may hold the reading / writing device 4 with bare hands, or wear gloves and the like to read / write device 4.
You may have. Alternatively, the read / write device 4 may be kept in the pocket. The finger of the other hand may touch the mounting body electrode 3 from above the coated IC mounting body 1, or may touch the mounting body electrode 3a with a gloved finger. In this way, if the read / write device 4 and the IC mounting body 1 are electrostatically coupled by the capacitance formed by the person 10, the information recorded on the chip 2 of the IC mounting body 1 is transferred to the reading / writing device 4. The information is securely transmitted, and the information in the chip 2 of the IC package 1 can be read by the reading / writing device 4. The current circuit at this time is formed by a closed loop of IC mounting body 1-human 10-reading / writing device 4-ground 11-IC mounting body 1.

FIG. 4 is an equivalent circuit of the IC package communication system shown in FIG. In FIG. 4, the read / write device electrode 12 of the read / write device 4 and the mounting body electrode 3 a of the IC mounting body 1
And are electrostatically coupled by a capacitance 13 formed by a person. Further, the grounding capacitor 14 is formed between the ground 11 and the human foot. Further, the mounting body electrode 3b and the ground 11 are connected by a capacitor 15 formed by electrostatic coupling. That is, the person 10 shown in FIG. 3 can be replaced with an equivalent circuit of the electrostatic capacitance 13 and the grounding capacitor 14 as shown in FIG. Therefore, the IC package communication system shown in FIG. 3 can be replaced with an equivalent circuit as shown in FIG. The mounted body electrode 3a and the mounted body electrode 3
Any of b may be electrostatically coupled to the read / write device electrode 12 and any of them may be electrostatically coupled to the ground 11.

As can be seen from the equivalent circuit of FIG. 4, the read / write device 4 and the IC package 1 are electrostatically coupled by the capacitance 13, and one end of the read / write device 4 is connected to the ground 11.
Is also grounded, and one end of the IC package 1 is also grounded to the ground 11 via a capacitor 15 that is electrostatically coupled. In this way, by grounding one end of the read / write device 4 and one end of the IC package 1, the read / write device electrode 12
And the potential level of the mounting body electrode 3a is stabilized to stabilize signal transmission / reception. The current circuit in the equivalent circuit of FIG. 4 includes a voltage generator 7-reading / writing device electrode 12-electrostatic capacitance 13-mounting body electrode 3a-chip 2-mounting body electrode 3b-.
It is formed by a closed loop of capacitor 15-ground 11-voltage generator 7.

Here, one electrode (mounting body electrode 3b) of the IC mounting body 1 is connected to the ground 11 via the capacitor 15.
Since it is necessary to ground it, it is necessary to attach the IC mounting body 1 to the surface of a conductive plate or the like as a specific usability. That is, if the IC mounting body 1 is placed on the metal plate, the electrostatic capacitance (capacitor 15) is formed, but the IC
When the mounting body 1 is pasted on a wooden desk, it is necessary to form an electrostatic capacitance (capacitor 15) by laying an aluminum foil or the like and placing the IC mounting body 1 thereon. still,
Even if the mounting body electrode 3a and the mounting body electrode 3b of the IC mounting body are electrostatically coupled to the ground by a common aluminum foil or the like, the data communication between the read / write device and the IC mounting body is normally established.

Next, a concrete example of printing an IC mounting body on a slip and transferring data to an input / output terminal which is a reading / writing device will be described. FIG. 5 is an external view of a slip applied to the present invention, in which (a) is the back side of the slip,
(B) shows the front side of the slip. In FIG. 5, the slip 21
On the front surface 22, the contents of the receipt such as the amount of money are printed or displayed by hand for each item. In addition, the slip 21
The back surface 23 of the IC mounting body 1 as shown in FIG.
Is printed. A chip 2 on which various kinds of slip information including information written on a front surface 22 of a slip 21 is recorded is mounted on this IC mounting body 1. On both sides of the chip 2, mounting body electrodes 3a and 3b are made of carbon. It is configured to be printed by a conductive material such as. Here, the information described on the slip includes the numerical value of the amount of money and the item data corresponding thereto, and the information other than the information described on the slip includes a URL, a company name, a telephone number, and the like. Further, the mounting body electrodes 3a and 3b have a large area for the mounting body electrode 3a on the side of turning over the slip 21, and the area of the mounting body electrode 3b on the side for binding the end of the slip 21 is narrow.
That is, the IC mounting body 1 formed on the back surface 23 of the slip 21 in FIG. 5 has a shape equivalent to that of the IC mounting body 1 shown in FIG. 1 although the mounting body electrodes 3a and 3b have different areas. Further, a binding hole 2 is provided in a portion where the end of the slip 21 is bound.
4 is open.

FIG. 6 shows a binding hole 2 in the slip shown in FIG.
4 is a cross-sectional view of a portion 4 of FIG. By printing carbon or the like after forming the binding holes 24 on the slip 21, the carbon or the like is evenly printed on the inner walls of the binding holes 24 as shown in FIG. The electrode 3b is formed. That is, the carbon through-hole printing process is performed after the binding holes 24 are formed in the slip 21 by the same process as the through-hole soldering performed in the printed circuit board manufacturing process. As a method of printing the data indicating the contents of the receipt, even if the data is not printed on the front surface 21, a partial area of the mounting body electrode 3a formed on the back surface 23 is designated and mounted on that portion. The data may be printed without printing the body electrode 3a. Alternatively, the front surface and the back surface of the slip shown in FIG. 5 may be reversed, and the IC mounting body 1 may be printed on the front surface side and the receipt data may be printed on the back surface side. That is, since carbon or the like that is generally used as an electrode is black, a sufficient printing area can be secured by providing the electrode on the surface opposite to the printing surface. Further, when the electrodes are provided on the same surface as the printing surface, consider the electrode area as a minimum to secure the printing area, and consider the combination of the electrode color as the background color and the ink color used for printing. Is desirable.

FIG. 7 is a perspective view showing a state in which the slips shown in FIG. 5 are bundled and placed on a metal plate. In this figure, a slip bundle 30 is bound and placed on a metal plate 31 with the back surface 23 of the slip 21 facing upward. That is, the conductor 32 is vertically fixed to the metal plate 31, and the binding hole 24 of the slip 21 is inserted into the conductor 32 to bind the slip bundle 30. At this time, the binding holes 24 of the mounting body electrode 3b are not shown in FIG.
As shown in FIG. 5, since carbon is printed even in the inside, the mounting body electrodes 3b of all the slips 21 are made of the conductor 32.
And is electrically connected to the metal plate 31. By doing so, the area of the mounting body electrode 3b on the binding hole 24 side of the slip 21 can be equivalently regarded as the surface area of the metal plate 31. Therefore, the mounting body electrode 3b
Even if the area is small, the area of the metal plate 31 is larger than the area of the slip 21, so that the capacitance formed between the mounting body electrode 3b and the ground side electrode (not shown) is a relatively large value. Can be

The metal plate 3 connected to the mounting body electrode 3b
In order to electrostatically couple 1 and the ground (not shown), a conductive foil such as aluminum foil is laid on a desk (not shown),
It is necessary to interpose an insulating film on it and then install the metal plate 31. Accordingly, even if the area of the mounting body electrode 3b is small, it is preferable that the surface area of the metal plate 31 is equal to or larger than the area of the slip 21, and the mounting body electrode 3b can form a large capacitance with the ground. . In this way, a large capacitor is formed between the mounting body electrode 3b and the ground, and the potential level of the mounting body electrode 3a can be stabilized with respect to the potential level of the electrode on the input / output terminal side.

In FIG. 7, the operator simply turns over each of the slips 21 of the bundle of slips 30 while operating an input / output terminal (not shown), and the data of each slip 21 is input to the input / output terminal. In other words, when the operator flips the easy-to-handle portion such as the end of the mounting body electrode 3a in each slip 21 while operating the input / output terminal (not shown), the gap between the mounting body electrode 3a and the input / output terminal is set by the operator. It is electrically coupled and the data of each slip 21 is automatically input to the input / output terminal. In addition, this "flipping" operation is slip 2
Since it is performed by pinching 1, it is possible to read whether the electrode is provided on the front side or the back side of the slip. At this time, the operator can sequentially turn over the slip 21 while comparing and checking the contents of the receipt written on the front surface 22 of the slip 21 and the screen of the data transferred to the input / output terminal.

The system configuration diagram of the operation state at this time is completely the same as that of FIG. 3, and its equivalent circuit is exactly the same as that of FIG. When inputting data to the input / output terminal while turning over the slip, the read / write device in FIGS. 3 and 4 may be replaced with the input / output terminal. Therefore, the operation of transferring the slip information to the input / output terminal will be described with reference to FIGS. 7 and 3 and 4.

The human 10 touches the mounting body electrode 3a of the IC mounting body 1 by operating the input / output terminal (reading / writing device 4) with one hand and flipping the slip 21 with the other hand. As a result, the hand operating the input / output terminal (reading / writing device 4) is electrostatically coupled to the receiving device 5 and the transmitting device 6 formed inside the case of the input / output terminal, and the other hand is mounted with the slip 21. It is electrostatically coupled to the body electrode 3a. Therefore, the receiving electrode 5 and the transmitting electrode 6 of the input / output terminal (reading / writing device 4) and the mounting body electrode 3a on the slip 21 side are
The information recorded in the IC package 1 is transferred to the input / output terminal (reading / writing device 4) via the electrostatic capacity formed by the human 10 because the electrostatic capacity is formed by the electrostatic capacity. It

In order to stabilize the potential level of the mounting body electrode 3a of the slip 21 with respect to the potential level of each electrode on the input / output terminal (reading / writing device 4) side, the mounting body electrode 3b of the slip 21 and the ground 11 are stabilized. And a capacitor 15 is formed between them. The capacitor 15 is formed by electrostatic coupling between a metal plate 31 electrically connected to the mounting body electrode 3b and a metal foil laid on a desk (not shown).

As a result, the voltage generated by the voltage generator 7 of the input / output terminal (reading / writing device 4) is transmitted from the transmitting device 6 to the mounting body electrode 3a of the slip 21 via the electrostatic capacitance formed by the person 10. Then, the IC mounting body 1 is excited. The information recorded on the chip 2 of the IC package 1 is
It is transmitted from the mounting body electrode 3a to the receiving electrode 5 of the input / output terminal (reading / writing device 4) via the electrostatic capacitance formed by the human 10, and the input / output terminal (reading / writing device 4) is used to The information on the chip 2 is read and displayed. The current circuit at this time is the IC mounting body 1 of the slip 21.
-Human 10-input / output terminal (reading / writing device 4) -ground 11-IC mounting body 1 is formed by a closed loop.

In the equivalent circuit of FIG. 4, the read / write device electrode 12 on the input / output terminal (read / write device 4) side and the mounting body electrode 3a of the IC mounting body 1 on the slip 21 side have a capacitance 13 formed by a person. Are capacitively coupled by. Further, the mounting body electrode 3b of the slip 21 and the ground 11 are connected by a capacitor 15 formed by electrostatic coupling by a metal plate 31. That is, the person 10 shown in FIG. 3 can be replaced with an equivalent circuit of the electrostatic capacitance 13 and the grounding capacitor 14 as shown in FIG. Therefore, the IC package communication system shown in FIG.
It can be replaced with an equivalent circuit as shown in. Figure 4
The current circuit in the equivalent circuit of is a voltage generator 7 on the input / output terminal (reading / writing device 4) side-reading / writing device electrode 12-capacitance 13 formed by a human-mounting electrode 3a on the slip 21 side-chip 2- Mounted body electrode 3b-capacitor 1
5-ground 11-voltage generator 7, formed by a closed loop. Alternatively, the voucher may be bound with a conductor such as a stapler or a wire, and this may be grounded.

The embodiment described above is an example for explaining the present invention, and the present invention is not limited to the above-mentioned embodiment, and various modifications can be made within the scope of the invention. is there. In the above-described embodiment, only the print content (for example, the content of the receipt) printed on the front surface of the slip is recorded in the chip of the IC mounting body, and only the data recorded in the chip is transferred to the input / output terminal side. Said. At this time, the tag ID (U
ID) is transferred to the input / output terminal side together with the data in the chip.

However, it is also possible to transfer the information not printed on the front surface of the slip to the input / output terminal. For example, only the contents of the receipt are printed on the front surface of the slip, and the information printed on the receipt is printed on the chip of the IC mounting body together with other information, such as the URL, company name, and telephone number of each company. It is also possible to record the additional data of. By doing this, every time the slip is turned over, the URL, company name, telephone number, etc. of each company are transferred to the input / output terminal side and displayed on the screen together with the amount of money received. As a result, in addition to the confirmation of the amount of receipt, the advertisement service of each company can be provided, and the amount of receipt of each company can be confirmed and distributed. If the memory capacity of the chip is large, data such as a company address may be recorded. Further, the contents of the receipt can be recorded on the chip of the IC mounting body without printing anything on the surface of the slip. This allows the receipt information to be kept secret to a third party other than the operator.

There are the following three methods for transferring the slip information to the input / output terminal side. The first is a method of recording exactly the same information as the printed contents on the chip of the IC mounting body and then turning over the slip to transfer only the exactly the same information as the printed contents to the input / output terminal. Since this method has been described in detail above, further description will be omitted. Second, in addition to the information exactly the same as the print content, I
This is a method of recording the information on the chip of the C-mounted body and turning over the slip to transfer the information exactly the same as the printed content and the information different from the printed content to the input / output terminal. In this case, as the information different from the printed content, the amount information other than the amount information printed on the slip can not be recorded to prevent tampering. For example, company advertisement or company distribution such as URL, company name, telephone number, etc. It is made possible to record the additional information which can be performed and to transfer these additional information.

In the third case, as in the case of the above-mentioned second case, in addition to the information exactly the same as the print content, the information different from the print content is recorded in the chip of the IC mounting body. This is a method in which an output terminal has an information conversion function, and when the information is transferred to the input / output terminal, substantially the same information as the print content is transferred / displayed to the input / output terminal. For example, if the company name "A company" and its receipt amount are printed on the slip, the code number "○○○○" corresponding to "A company" and its receipt amount are recorded on the chip of the IC package. And the input / output terminal has a comparison table of company name and code number, and when the slip information is transferred to the input / output terminal, the code number "○○○○" is converted to the company name "company A". This is the case when it is displayed. Thus, even if the printed contents of the slip and the stored contents of the chip of the IC mounting body are different, when the slip information is transferred to the input / output terminal, the printed contents and the information contents transferred to the input / output terminal are substantially You can also match with.

[0041]

As described above, in the conventional slip,
The printed amount information (for example, amount data) is checked, the amount data is input and input from the keyboard, and the input amount data is confirmed while looking at the screen of the input / output terminal. However, according to the slip applied to the single-cut print data transfer system of the present invention, slip information (for example, amount data) is transferred to the input / output terminal only by turning over the slip. Therefore, the operator can transfer the amount data of the slip to the input / output terminal simply by turning over the slip while checking the amount data printed on the slip and the amount data displayed on the input / output terminal.

As a result, even when the operator performs an offline work process of transferring the data written on the slip or the like to the input / output terminal, there is no risk of misreading the data or making a mistake in inputting the data. Therefore, it is not necessary to spend extra man-hours for reviewing and re-inputting the input data, and it is possible to efficiently input the slip information into the input / output terminal.

Further, according to the voucher of the present invention, additional information other than the information printed on the voucher can be transferred to the input / output terminal, so that, for example, advertisement information of a company not printed on the voucher or company It is also possible to transfer company-specific information, etc., for allocating the totals for each, to the input / output terminal. As a result, it is possible to advertise the company and facilitate the aggregation work for each company. Further, the slip information can be transferred to the input / output terminal without printing anything on the front surface of the slip. This allows the receipt information to be kept secret to a third party other than the operator.

[Brief description of drawings]

FIG. 1 is a front view of an IC mounted body.

FIG. 2 is a schematic configuration diagram of a read / write device that reads and writes information on an IC mounted body.

FIG. 3 is a conceptual diagram of an IC-mounted communication system showing a state in which a person holds the read / write device with one hand and touches the electrodes of the IC mounted body with the other hand to transfer information of the IC-mounted device to the read / write device. is there.

4 is an equivalent circuit of the IC package communication system shown in FIG.

FIG. 5 is an external view of a slip applied to the present invention,
(A) shows the back side of the slip, and (b) shows the front side of the slip.

6 is a sectional view of a portion of a binding hole 24 in the slip shown in FIG.

7 is a perspective view showing a state in which the slips shown in FIG. 5 are bundled and placed on a metal plate.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... IC mounting body, 2 ... Chip, 3a, 3b ... Mounting body electrode, 4 ... Read / write device, 5 ... Reception electrode, 6 ... Transmission electrode,
7 ... Voltage generator, 8 ... Data processing unit, 9 ... Display unit, 10
... human, 11 ... ground, 12 ... read / write device electrode, 1
3 ... Electrostatic capacity, 14 ... Ground capacitor, 15 ... Capacitor, 21 ... Voucher, 22 ... Front face, 23 ... Back face, 24 ... Binding hole, 30 ... Voucher bundle, 31 ... Metal plate, 32 ... Conductor

─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) G06K 19/077 G06K 19/00 K

Claims (8)

[Claims] 1. A single-cut print data transfer system in which a plurality of single-cut prints are bound, and data for each one of the single-cut prints is transferred to a computer. And a computer for reading the data recorded in the IC mounting body in a non-contact manner. In the printed matter, a first electrode that is electrostatically coupled to an electrode of the computer and a second electrode that is electrically connected to the metal plate are printed with conductive ink to form the IC. A conductor connected to the mounting body, penetrating through the binding hole of the single-cut printed matter and contacting the second electrode, and forming a ground electrode electrostatically coupled to a ground; The computer uses the IC Noncontinuous jet prints data transfer system, characterized in that the electrodes are electrostatically coupled to the first electrode body provided is formed. 2. The second electrode is also printed on the inner wall of the binding hole of the single-cut type printed matter, and the conductor is brought into contact with the second electrode printed on the inner wall of the binding hole. The single-cut print data transfer system according to claim 1, wherein the second electrode is electrically connected to the metal plate. 3. The single-cut print data transfer system according to claim 1, wherein the area of the second electrode is smaller than the area of the first electrode. 4. The single-cut print data transfer system according to claim 3, wherein the second electrode is formed only in a minute portion surrounding the binding hole. 5. The single-cut sheet according to claim 1, wherein the same data as the data printed on the single-cut printed matter is recorded on the IC mounting body. Print data transfer system. 6. The IC mounting body has the same data as the data printed on the single-cut printed matter, and data not printed on the single-cut printed matter except for data that is prohibited from being tampered with. Is recorded, and the single-cut type printed matter data transfer system according to any one of claims 1 to 4. 7. The computer has a data conversion function, and the data not printed on the single-cut printed matter recorded in the IC package is transferred to the computer and then transferred to the single unit. 7. The data is converted into the same data as the data printed on the printed form.
Single-sheet print data transfer system described in. 8. A single-cut type printed matter capable of transferring self-recorded data to a computer, the IC packaging body having recorded data, the first electrode and the second electrode printed with conductive ink. And the second electrode is formed inside the binding hole, the first electrode is electrostatically coupled to the electrode of the computer, and the second electrode is A single-cut printed matter characterized in that it is connected inside the binding hole by a conductor extending from a metal plate for forming an electrostatic coupling electrode on the ground side.