KR200401714Y1 - Bag having card pocket - Google Patents

Abstract

Provides a bag with a card pocket. The bag includes a bottom portion and a side portion, and includes at least one card pocket disposed on the bottom portion or the side portion. The bottom or side portion may be composed of an outer shell and an inner shell, and the card pocket may be disposed between the outer shell and the inner shell. In this case, the inlet of the card pocket may be disposed inside or outside the bag. It may further include an electromagnetic shielding film attached to or coated on the endothelium. The electromagnetic shielding film may be a material containing a metal film or a metal powder.

Description

Bag having card pocket

The present invention relates to a bag, and more particularly to a bag having a card pocket

All.

Cards generally used today are divided into prepaid cards, debit cards, postpaid cards, etc., depending on the payment method, and contact or contactless cards according to the communication method between the card and the card reader. In addition, depending on the general function of the card, it can be classified into general plastic card, bar code card, visual card, RF card, RF card, and smart card. do. In particular, due to the ease of use and promptness of the operation of the RF card, the RF card can be used for the security processing for reading the identity of the passengers and for the fare processing during getting on and off in public transportation, and in vending machines. It has an advantage that can be suitably employed in the purchase and payment processing. Therefore, in recent years, all the transportation cards used in the public transportation such as buses and subways, and the pass cards combined with credit cards are adopting such RF card method, and the demand is increasing explosively. .

Typically, such an RF card is combined with an upper layer and an lower layer forming an outer surface, and an inlay layer including a loop antenna and an IC chip so as to be compressed between the upper layer and the lower layer so as to communicate wirelessly with a card reader. Has a structure. In addition, the RF card is standardized to 3.375 inches in length, 2.125 inches in width and 0.03 inches in thickness according to the international standard of the card, and the upper layer of the RF card is usually engraved card number, user's name, various logs, etc. The lower layer generally has a magnetic strip attached to the credit card if necessary.

Hereinafter, the method of using the RF card, for example, a certain distance to the card reader installed in the ticket gate of the subway, such as subway-generally within 100 mm to ensure the security and safety of card use In proximity, the loop antenna included in the inlay layer of the RF card generates induced electromotive force by radio waves continuously or periodically transmitted from the card reader. At this time, the IC chip is driven by the induced electromotive force generated by the loop antenna to retransmit the data of the card stored in the chip to the card reader to check the record of the card.

In recent years, in addition to pure transportation cards, credit cards and ID cards, etc., are often provided with a transportation card function. Therefore, if a person has several RF cards and puts them in one wallet or purse and use them, the result is that multiple traffic cards are overlapped and the terminal is contacted. When coming out or transit, there is a drawback that you will not receive a transit discount because the card and other cards that were paid first are recognized. In other words, when multiple cards having the same function are overlapped, the card payer may cause confusion and may not be properly recognized or may be settled by an unintended card. In addition, even when only one card is held, in most cases, when the card reader is in contact with the card reader while being held in a bag or in a purse in the bag, card recognition may be slowed or not properly performed due to interference of other belongings in the bag.

Therefore, most people currently use the RF type of transportation card, take out the wallet from the bag to contact the card reader, or if you have a number of RF transportation card to remove the card you want to pay from the wallet. In addition, the card or wallet in the wallet is put back in the bag when moving over long distances, but it is cumbersome to take and take away when moving long distances. Most of the work is used.

Accordingly, there is a risk of theft when moving in hand, and the wallet or RF card is frequently lost due to carelessness during the act of inserting or removing a wallet or RF card from a bag. This not only causes a great economic loss personally, but also results in the re-issuance of a large number of RF cards, leading to social and wasteful costs and resources.

On the other hand, when the RF card is lost as described above, there is a possibility that the person who picked up the card is usually illegally used. Therefore, it is urgent to prepare an improvement plan for preventing the RF card even to solve the problem.

The technical problem to be solved by the present invention is to quickly and accurately, even if the card reader is in the bag while the card is in the bag without causing confusion even if multiple RF cards having the same function are used in one bag. Provided is a bag having a card pocket suitable for payment with a desired card.

According to one aspect of the present invention, a bag having a card pocket is provided. The bag includes a bottom portion and a side portion, and includes at least one card pocket disposed on the bottom portion or the side portion.

In some embodiments of the present invention, the bottom portion or the side portion may be composed of an outer shell and an inner shell, and the card pocket may be disposed between the outer shell and the inner shell. In this case, the inlet of the card pocket may be disposed inside or outside the bag. It may further include an electromagnetic shielding film attached to or coated on the endothelium. The electromagnetic shielding film may be a material containing a metal film or a metal powder.

In other embodiments, the card pocket may be attached outside or inside the bottom or side portion. When the card pocket is attached to the outside, it may further include an electromagnetic shielding film attached or coated on the bottom portion or the side portion. When the card pocket is attached to the inside, the card pocket may further include an electromagnetic shielding film attached or coated to the bottom portion or the side surface of the peripheral area of the card pocket.

In still other embodiments, the card pocket may be disposed in the bottom portion and the side portion, respectively.

According to another aspect of the present invention, a bag having a card pocket is provided. The bag has a bottom portion and a side portion, and includes card pockets disposed in the bottom portion and the side portion, respectively.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms. Rather, the embodiments introduced herein are provided so that the disclosure may be made thorough and complete, and to fully convey the spirit of the present invention to those skilled in the art. In the drawings, the thicknesses of layers and regions are exaggerated for clarity. Like numbers refer to like elements throughout.

1 is a perspective view of a bag having a card pocket according to embodiments of the present invention.

Referring to FIG. 1, the bag 10 may be a handbag. The bag 10 includes a bottom portion 12 and side portions. The side parts may include a front side part 14a, a rear side part 14b, and side side parts 14c of the bag 10. A bottom card pocket 25 may be disposed on the bottom part 12, and a side card pocket 30 may be disposed on the side parts 14a, 14b, and 14c. In the bag 10, the bottom card pocket 25 may be disposed only at the bottom 12, or the side card pocket 30 may be disposed only at the side parts. Alternatively, at least one of the bottom and side card pockets 25 and 30 may be disposed at the bottom 12 and the side parts, respectively. Cards C may be placed in each bottom and side card pocket 25, 30.

The bag 10 may have an opening cover 18 covering at least a portion of the front side portion 14a. A card pocket may be disposed in the opening cover 18. When the opening cover 18 covers the front side portion 14a, the side card pocket 30 is disposed at the rear side portion 14b, the side surface portions 14c or the opening cover 18. It is preferable.

In the case of a bag having a bottom card pocket 25 disposed on the bottom part 12, the bag is advantageous to people who use the subway, and the side parts 14a, 14b, 14c or the side surface disposed on the opening cover 18. Bags with a card pocket 30 are advantageous for those using the bus. Therefore, it is preferable to manufacture a bag including both the bottom card pocket 25 and the side card pocket 30 in the manufacture of the bag, and to be able to select and use according to the convenience of consumers.

2A to 2D are schematic views for explaining a specific position where the card pocket of FIG. 1 is attached. Here, for example, the bottom portion 12, but the side portion (14a, 14b, 14c) or the opening cover 18 may be disposed in the same way.

Referring to FIG. 2A, the bottom portion 12 may include an outer shell 12a and an inner shell 12b. In this case, a bottom card pocket 25a may be disposed between the outer shell 12a and the inner shell 12b. In particular, the bottom card pocket 25a may be attached to the bottom of the endothelium 12b. The outer shell 12a and the bottom card pocket 25a are preferably made of a material that passes RF radio waves well. An opening 26a of the bottom card pocket 25a may be disposed inside the bag. That is, the inlet 26a is disposed at the endothelial 12b to allow the card C to be injected into the bottom card pocket 25a through the endothelial 12b as indicated by reference numeral IN1. . In this case, a locking device such as a zipper or a button may be disposed at the inlet 26a.

As described above, when the inlet 26a of the bottom card pocket 25a is disposed inside the bag, it may be very advantageous in terms of stability such as prevention of card loss. In addition, since the bottom card pocket 25a is not exposed to the appearance of the bag 10, it is very advantageous when designing a bag. In particular, when the side card pocket 30 disposed in the side portion 14a of FIG. 1 is arranged like the structure of FIG. 2A, it is free to design while adding practicality.

Referring to FIG. 2B, the bottom portion 12 may include an outer shell 12a and an inner shell 12b. A bottom card pocket 25b may be disposed between the outer shell 12a and the inner shell 12b, and the bottom card pocket 25b may be attached to an upper portion of the outer shell 12a. The shell 12a is preferably made of a material that passes RF radio waves well. An inlet 26b of the bottom card pocket 25b may be disposed outside of the bag. That is, the inlet 26b is disposed in the outer shell 12a so that the card C can be injected into the bottom card pocket 25b through the outer shell 12a as indicated by reference numeral IN2. . A locking device such as a zipper or a button may be disposed at the inlet 26b.

As described above, when the inlet 26b of the bottom card pocket 25b is disposed outside of the bag, the card can easily flow in and out. Therefore, it is advantageous to use a card that requires frequent inflow and outflow, such as a credit card combined RF card.

In addition, when the bottom card pockets 25a and 25b are disposed between the envelope 12a and the endothelium 12b as in FIGS. 2a and 2b, the bag 10 is attached to the endothelium 12b or It may further include a coated electromagnetic shielding film. The electromagnetic shielding film may be a material containing a metal film or a metal powder. When the inner skin 12b having the electromagnetic shielding film is used, it can be processed accurately and quickly in card recognition. Referring to FIG. 2A as an example, when the card C to be used is placed in the card pocket 25a and the card C1 is not present in the bag, the card reader is installed in the subway ticket gate. When placed on the top, the loop included in the inlay layer of the card C to be used in the bottom card pocket 25a by the radio wave 55a which is continuously or periodically transmitted from the card reader 50. The antenna generates induced electromotive force. Subsequently, the IC chip is driven by the induced electromotive force generated by the loop antenna, and the card reader 50 retransmits the data of the card stored in the chip to the card reader 50 by 55b. You will check the usage record.

However, among the radio waves continuously or periodically transmitted from the card reader 50, the radio waves transmitted to an area other than the card C, such as reference numeral 60, are all received by the inner shell 12b having the electromagnetic shielding film. Will be absorbed. Therefore, the card C1 existing in the bag 10 can be protected from the radio waves by the endothelium 12b having the electromagnetic shielding film. Thus, card recognition for the desired card can be processed accurately and quickly.

2C and 2D are schematic views for showing the mounting position of the card pocket when the bottom portion 12 is arranged in a single surface. However, the bottom part 12 may also be applied when the double surface or more.

Referring to FIG. 2C, a bottom card pocket 25c may be attached to the top of the bottom 12. That is, the bag 10 may be disposed inside the bag 10. In this case, the inlet 26c of the bottom card pocket 25c may be disposed inside the bag 10 or alternatively, may be disposed outside. That is, the inlet 26c is disposed inside the bag 10 to inject the card C from the inside of the bag 10 as indicated by reference numeral IN3, or the bag 10 When the inlet 26c is disposed outside of the card, the card is placed in the card pocket 25c attached to the upper portion of the bottom 12 from the outside of the bag 10 as indicated by reference numeral IN4. (C) may be injected.

When the inlet 26c of the bottom card pocket 25c is disposed inside the bag, it can be very advantageous in terms of stability such as prevention of card loss. In addition, since the bottom card pocket 25c is not exposed to the appearance of the bag 10, it is very advantageous when designing a bag. When the inlet 26c of the bottom card pocket 25c is disposed outside of the bag, the card can easily flow in and out. Therefore, it is advantageous to use a card that requires frequent inflow and outflow, such as a credit card combined RF card. That is, the inlet 26c of the bottom card pocket 25c may be arranged as needed. In addition, a locking device such as a zipper or a button may be disposed at the entrance 26c.

In addition, when the bottom card pocket 25c is attached to the top of the bottom portion 12, the bottom card pocket 25c further includes an electromagnetic shielding film attached to or coated on the bottom portion 12 of the peripheral area of the bottom card pocket 25c. can do. In other words, the electromagnetic shielding film is disposed in the area of the bottom 12 except for the area to which the bottom card pocket 25c is attached. The electromagnetic shielding film may be a material containing a metal film or a metal powder. At this time, the area of the bottom portion 12 below the bottom card pocket 25c is preferably made of a material that passes RF radio waves well. In addition, an electromagnetic shielding film may be attached or coated on the upper surface of the card pocket 25c. Therefore, in the case of the card C in the card pocket 25c, the card C can be processed accurately and quickly, while in the case of other cards present in the bag, radio waves are blocked by the electromagnetic shielding film to prevent recognition. Will be.

Referring to FIG. 2D, a bottom card pocket 25d may be attached to the bottom of the bottom 12. That is, the bag 10 may be disposed outside of the bag 10. The bottom card pocket 25d is preferably made of a material that passes RF radio waves well. The opening 26d of the bottom card pocket 25d may be disposed inside the bag or alternatively may be disposed outside the bag. That is, the inlet 26d is disposed inside the bag 10, and the card pocket 25d attached to the lower portion of the bottom 12 from the inside of the bag 10 as indicated by reference numeral 'IN5'. The card C can be injected into the card, or when the inlet 26d is arranged on the outside of the bag 10, the card is shown on the outside of the bag 10 as indicated by reference numeral IN6. The card C may be injected into the pocket 25d.

When the inlet 26d of the bottom card pocket 25d is disposed inside the bag, it can be very advantageous in terms of stability such as prevention of card loss. When the inlet 26d of the bottom card pocket 25d is disposed outside of the bag, the card can easily flow in and out. Therefore, it is advantageous to use a card that requires frequent inflow and outflow, such as a credit card combined RF card. That is, the inlet 26d of the card pocket 25d may be arranged as needed. A locking device such as a zipper or a button may be disposed at the inlet 26d.

In addition, when the card pocket 25d is attached to the bottom of the bottom part 12, the card pocket 25d may further include an electromagnetic shielding film attached to or coated on the bottom part 12. The electromagnetic shielding film may be a material containing a metal film or a metal powder. Therefore, in the case of the card C in the card pocket 25d, the card C can be processed accurately and quickly, while in the case of other cards present in the bag, radio waves are blocked by the electromagnetic shielding film to prevent recognition. Will be.

3 is a perspective view of a bag having a card pocket according to other embodiments of the present invention.

Referring to FIG. 3, the bag 100 may be a briefcase. The bag 100 includes a bottom portion 112 and side portions. The side parts may include a front side part 114a, a rear side part 114b, and side side parts 114c of the bag 100. A bottom card pocket 125 may be disposed on the bottom part 112, and a side card pocket 130 may be disposed on the side parts. In the bag 100, the bottom card pocket 125 may be disposed only at the bottom 112, or the side card pocket 130 may be disposed only at the side parts. Alternatively, at least one bottom and side card pockets 125 and 130 may be disposed at the bottom 112 and the side parts, respectively. Cards C to be used may be disposed in the bottom and side card pockets 125 and 130, respectively.

The bag 100 may have an opening cover 118 covering at least a portion of the front side portion 114a. A card pocket may be disposed in the opening cover 118. When the opening cover 118 covers all of the front side portion 114a, the side card pocket 130 is disposed at the rear side portion 114b, the side surface portions 114c or the opening cover 118. It is preferable. Specific attachment positions of the bottom and side card pockets 125 and 130 may be arranged in the same structures as described with reference to FIGS. 2A to 2D.

In the case of a bag having a bottom card pocket 125 disposed on the bottom part 112, it is advantageous to people who use the subway, and the side parts 114a, 114b, 114c or side surfaces disposed on the opening cover 118. Bags with a card pocket 130 are advantageous for those who use the bus. Therefore, when the bag is manufactured, it is preferable to manufacture a bag including both the bottom card pocket 125 and the side card pocket 130, and to select and use it according to the convenience of consumers.

4 is a perspective view of a bag having a card pocket according to another embodiment of the present invention.

Referring to FIG. 4, the bag 200 may be a bag, that is, a backpack structure. The bag 200 includes a bottom portion 212 and side surfaces. The side parts may include a front side part 214a, a rear side part 214b, and side side parts 214c of the bag 200. A bottom card pocket 225 may be disposed on the bottom portion 212, and a side card pocket 230 may be disposed on the side portions. In the bag 200, the bottom card pocket 225 may be disposed only at the bottom 212, or the side card pocket 230 may be disposed only at the side parts. Alternatively, at least one bottom and side card pockets 225 and 230 may be disposed on the bottom part 212 and the side parts, respectively. Cards C to be used may be disposed in the bottom and side card pockets 225 and 230, respectively.

The bag 200 may have an opening cover 218 covering at least a portion of the front side portion 214a. A card pocket may be disposed in the opening cover 218. In addition, the auxiliary bag 220 may be disposed on the front side portion (214a) of the bag. A card pocket may be disposed in the auxiliary pocket 220. When the opening cover 218 covers the front side portion 214a or the auxiliary pocket 220 is present, the side card pocket 230 is the rear side portion 214b and the side surface portions 214c. ), The opening cover 218 or the auxiliary bag 220 is preferably disposed. Specific attachment positions of the bottom and side card pockets 225 and 230 may be arranged in the same structures as described with reference to FIGS. 2A to 2D.

In the case of a bag having a bottom card pocket 225 disposed on the bottom portion 212, it is mainly advantageous to people using the subway, the side portions (214a, 214b, 214c), the opening cover 118 or the auxiliary pocket Bags with side card pockets 130 disposed at 220 are advantageous for those using the bus. Therefore, when the bag is manufactured, it is desirable to manufacture a bag including both the bottom card pocket 225 and the side card pocket 230, and to select and use it according to the convenience of consumers.

According to the embodiments of the present invention as described above, put the wallet or card from the bag by using the subway or bus with a card in the bag and put the card to be used in the card pocket using a bag having a card pocket There is no need to remove it, thereby preventing the problem of card loss. In addition, by using the electromagnetic shielding film, it is possible to prevent radio waves from reaching other cards other than the card to be used, so that the card reader does not cause confusion even if multiple cards are put in one bag and is used quickly and accurately. Has the advantage of being able to pay

1 is a perspective view of a bag having a card pocket according to embodiments of the present invention.

2A to 2D are schematic views for explaining a specific position where the card pocket of FIG. 1 is attached.

3 is a perspective view of a bag having a card pocket according to other embodiments of the present invention.

4 is a perspective view of a bag having a card pocket according to another embodiment of the present invention.

Claims (9)

A bag having a bottom portion and a side portion, A bag comprising at least one card pocket disposed on the bottom or side. The method of claim 1, The bottom portion or the side portion is composed of the outer shell and the inner shell, the card pocket is disposed between the outer shell and the inner shell, characterized in that the entrance of the card pocket is disposed inside or outside the bag. The method of claim 2, Bag further comprises an electromagnetic shielding film attached or coated on the endothelium. The method of claim 3, wherein The electromagnetic shielding film is a bag, characterized in that the material containing a metal film or metal powder. The method of claim 1, And the card pocket is attached to the outside or the inside of the bottom or side portion. The method of claim 5, When the card pocket is attached to the outside, the bag characterized in that it further comprises an electromagnetic shielding film attached or coated on the bottom portion or the side portion. The method of claim 5, When the card pocket is attached to the inside, the bag further comprises an electromagnetic shielding film attached or coated on the bottom portion or the side portion of the peripheral area of the card pocket. The method of claim 1, The bag characterized in that the card pocket is disposed on the bottom portion and the side portion, respectively. A bag having a bottom portion and a side portion, Bag comprising card pockets respectively disposed in the bottom and the side portion.