KR200359441Y1 - Exfoliated printing paper for P.D.A printing - Google Patents

Abstract

The rolled up printing paper 20, in which a plurality of printing papers 21 are adhered to the front surface of the release paper 22, is rolled and mounted inside the PDA 10 device to print information by PDA printing signal. In the printer paper 20 for PDA that is automatically peeled off the release paper 22 while the printing paper 21 is discharged to the outside of the PDA 10,

Printing paper so that the display information on the liquid crystal display of the PDA 10 to be printed on the printing paper 21 which is spaced apart at regular intervals on the release paper 22 wound in the roll form and bonded to be sequentially partitioned on each other can be printed shortly. It is comprised by puncturing the sensor hole 21a to the release paper 22 exposed between 21.

Description

Exfoliated printing paper for P.D.A printing}

The present invention relates to a peeling printing paper for a PDA printer, and more particularly, to display printing information on a droplet screen of a PDA in accordance with a printing paper partitioned and adhered to a roll-type peeling paper surface for use as a printing paper of a PDA device. The present invention relates to a release printing paper for a media printer, which enables printing at a location, thereby improving printing efficiency and minimizing a defective rate of printing.

The PDA (Personal Digital Assistant) is a handheld computer of the smallest size. The same thing that you can carry with you is the laptop or electronic notebook, which differs from PDAs in that notebook computers usually have the same functionality as a notebook computer in a notebook size, create documents, create reports, and use the Internet. Is the computer.

On the other hand, PDAs are mainly used for professional purposes, such as managing schedules, taking simple notes, and managing personal information, while electronic notebooks are mainly used for managing personal information. The difference is that it can be used in areas such as the Internet.

In conclusion, the PDA is a dedicated device that combines various management functions and internet access functions of the notebook computer with the small size of the electronic notebook.

This miniaturized and high performance PDA is used for department store and distribution market for industrial use, input and search desired information by user's operation, and input and searched data are equipped with portable printer and self-printing function by user's choice. Enabled payments and receipts to serve customers faster and faster.

In particular, the PDA with a printing function can be delivered to and attached to a managed product or a consumer by scraping a piece of printing paper having an adhesive function in order to improve the efficiency of the on-site work such as order payment in the field, receipt, and control of a vehicle in violation of a parking lot. Increased efficiency and speed of distribution management.

As shown in FIG. 1, the printing paper is spaced apart at regular intervals to separate the printing paper, adhered to the front surface of the printing paper 21, and wound in a roll to be mounted inside the PDA 10, and then mounted on the PDA 10. When printing information is applied, the printing paper 21 and the release paper 22 are unified in one piece, printing desired information on the front surface of the printing paper 21, and simultaneously separating the printing paper 21 from the release paper 22. As such, the printing paper 21 provided in a single sheet may be appropriately attached to the article that is the object of the desired item so that the information may be displayed.

Here, the PDA 10 accurately displays the information indicated by the paragraphs on the liquid crystal screen sequentially on the front of each of the printing sheets 21, and between the printing sheets 21 to distinguish the paragraphs of the printing sheets 21. The sensor display unit 21b coated and coated with ink is displayed on the inside of the PDA 10 so that a sensor composed of a light emitting element and a light receiving element senses the sensor display unit 21b to classify the short circuit of the printing paper 21. As a result, information can be displayed accurately on each of the printing papers 21.

However, the sensor display unit 21b displayed as ink on the front surface of the release paper 22 in a random pattern has a problem that the information cannot be printed on the printing paper 21 at the correct position because the sensing signal cannot be read accurately.

That is, when the coating of the sensor display unit 21b is peeled off or externally damaged, the information displayed on the LCD screen of the PDA 10 is displayed on the LCD screen because the sensor 11 does not accurately sense it. ) There is a problem that the defect rate of the print state is increased due to the phenomenon that the lower end is pushed or some data is cut off.

In addition, the mounting position of the sensor 11 varies slightly according to various kinds of PDA 10 devices, in which the sensor display portion 21b is partially displayed on one side and the other side of the release paper 22 so that the sensor (11) has a problem in that the mounting position of the PDA (10) is not appropriately applied to all models of the different PDA (10) to reduce the compatibility of the PDA 10 printer function.

Therefore, the main object of the present invention is to use the PDA as a printing paper by drilling a sensing hole in the separation paper located between the printing paper so as to accurately sense the position of the printing paper bound to the surface of the roll-shaped release paper. Sensors mounted inside the machine detect this more accurately and precisely, so that the information to be displayed on the print paper is not pushed out or cut off, minimizing print defects and improving the accuracy of the print position. It is to provide a release printing paper.

In addition, another object of the present invention is to selectively place a plurality of sensor holes perforated in sequence on the release paper of the printing paper on one side or the other side of the release paper, but the mounting position of the sensor is slightly extended by extending the width of the sensor hole to a predetermined length The present invention also provides a peeling printing paper for a PDA print that can be easily sensed through an extended sensor hole in various types of PDA devices.

1 is a perspective view showing a PDA print paper according to the prior art.

Figure 2 is a cross-sectional view showing a state attached to the insert paper on the PDA of the present invention.

Figure 2 is a perspective view showing a PDA print paper of the present invention.

Figure 3 is an enlarged plan view of the main portion showing the PDA print paper of the present invention.

Explanation of symbols on the main parts of the drawings

10: PDA 11: sensor

11a: light emitting element 11b: light receiving element

20: printing paper 21: printing paper

21a: sensing hole 21b: sensor display

22: release paper

In order to achieve the above object, the peeling printing paper for the PDA printing of the present invention is wound on a roll of printing paper, which is bonded to a plurality of printing papers so as to be partitioned on the front surface of the peeling paper, and then mounted inside the PDA device to be informed by the PDA print signal. In the PDA printer paper which is automatically peeled off from the release paper while printing the printed paper is discharged to the outside of the PDA, PDA liquid crystal screen to be printed on the printing paper which is separated by a predetermined interval on the rolled-up paper in the form of a roll and separated in a sequential order. It characterized in that it is configured by puncturing the sensor hole on the release paper exposed between the printing paper so that the display information of the image can be short-circuited accurately.

In addition, the sensor hole perforated on the release paper exposed between the printing paper is selectively positioned on any one side or the other side of the release paper, the shape of the sensor hole is to be compatible with the sensor mounted inside the various PDA devices It is characterized in that it is configured to extend by a predetermined length.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

2 is a cross-sectional view showing a state in which a print paper is mounted on a PDA of the present invention, FIG. 3 is a perspective view showing a PDA print paper of the present invention, and FIG. 4 is an enlarged plan view of a main portion showing a PDA print paper of the present invention.

First, as shown in FIG. 2 and FIG. 4, the peeling printing paper for the PDD printing of the present invention has a roll of printing paper 20 to which a plurality of printing sheets 21 are adhered to each other in front of the release paper 22. The printer paper for PDA which is peeled off from the release paper 22 while being rolled up and then mounted inside the device of the PDA 10 and printed information by the PDA print signal is discharged to the outside of the PDA 10 ( 20),

Printing paper so that the display information on the liquid crystal display of the PDA 10 to be printed on the printing paper 21 which is spaced apart at regular intervals on the release paper 22 wound in the roll form and bonded to be sequentially partitioned on each other can be printed shortly. It is comprised by puncturing the sensor hole 21a to the release paper 22 exposed between 21.

In addition, the sensor hole 21a punctured on the release paper 22 exposed between the printing papers 21 is selectively positioned on one side or the other side of the release paper 22, and the shape thereof is various PDA ( 10) The length of the sensor hole 21a is extended by a predetermined length so as to be compatible with the sensor mounted inside the device.

The peeling printing paper for PDA printing is wound in a roll form and mounted inside the PDA 10 machine. In addition, when printing the internal information of the PDA, the printing paper 20 wound in the form of a roll is released while printing data on the surface of the printing paper 21 in sequence.

The printed paper 20 thus printed is discharged to the outside of the PDA while the printing paper 21 is separated from the release paper 22.

At this time, the sensor 11 mounted at the position where the print paper 20 inside the PDA 10 is discharged is composed of a light emitting element 11a and a light receiving element 11b to continuously emit light from the light emitting element 11a. When diverging, the light input to the light-receiving element 11b side by the print paper 20 is blocked to continuously print data to be printed.

Subsequently, the printing paper 21 is discharged to the outside of the PDA 10 device, and when the light of the light emitting element 11a passes through the sensor hole 21a and is inputted to the light receiving element 11b side, the PDA 10 receives the checked signal. ) Prints the data information to be printed on the printing paper 21 to be printed next by switching to the stop ecology.

Thus, by separating the short circuit of the printing paper 21 which is sequentially bonded to the release paper 22 by the sensor hole (21a), the data information to be printed is accurately printed on the entire surface of the printing paper 21 without being pushed or cut off. To be possible.

In addition, the sensor hole 21a extends to the release paper 22 by a predetermined length and is drilled, so that the sensor hole 21a can be applied to the PDA 10 having different positions of the sensor 11 mounted therein according to various models. 10) It is effective to make it compatible with all models.

As described above, the release printing paper for the PDA printer of the present invention is located between the printing papers so as to accurately sense the position of the printing paper bonded to the surface of the roll-type release paper to be used as the printing paper of the PDA device. The sensor mounted inside the PDA device drills a sensing hole on the release paper to more accurately and precisely detect the information so that the information to be printed on the paper is not pushed out or cut out. It has the effect of improving.

In addition, a variety of models in which the mounting position of the sensor is slightly varied by placing the sensor balls, which are sequentially drilled in a plurality of release sheets of printing paper, on one side or the other side of the release paper, and extending the width of the sensor holes to a predetermined length. PDA device also has an effect that can be easily sensed through the extended sensor ball.

Claims (2)

The rolled up printing paper 20, in which a plurality of printing papers 21 are adhered to the front surface of the release paper 22, is rolled and mounted inside the PDA 10 device to print information by PDA printing signal. In the printer paper 20 for PDA that is automatically peeled off the release paper 22 while the printing paper 21 is discharged to the outside of the PDA 10, Printing paper so that the display information on the liquid crystal display of the PDA 10 to be printed on the printing paper 21 which is spaced apart at regular intervals on the release paper 22 wound in the roll form and bonded to be sequentially partitioned on each other can be printed shortly. Peeling printing paper for PDAI printing, characterized in that the sensor hole (21a) is punctured on the release paper (22) exposed between (21). The method of claim 1, The sensor hole 21a punctured on the release paper 22 exposed between the printing papers 21 is selectively positioned on one side or the other side of the release paper 22, and its shape is various PDA 10. Peeling printing paper for the PDD printing, characterized in that configured to extend the length of the sensor hole (21a) by a predetermined length to be compatible with the sensor mounted inside the machine.