TW201723933A - Auxiliary mounting structure for mounting advanced smart card - Google Patents

Abstract

An auxiliary mounting structure, for mounting an advanced smart card which has a contact side with a number of smart card contacts, onto a Subscriber Identity Module (SIM) card is disclosed. The auxiliary mounting structure is formed by a board and has several key parts. With the help of the auxiliary mounting structure, the advanced smart card can be easily attached to the SIM card without aligning contacts.

Description

Auxiliary mounting structure for installing advanced smart cards

The present invention relates to an auxiliary mounting structure, and more particularly to an auxiliary mounting structure for mounting an advanced smart card.

In general, there are many types of established telecommunications networks that can be used to provide a variety of services to network users. Of course, the wide range of applications and well-known services provided by telecommunications networks are primarily mobile telephone services, such as cellular mobile phones. At the same time, several surface contact cards with special circuit design are also widely used in electronic devices to improve the functions of electronic devices to provide more services. For example, a subscriber identity module card can be placed in the mobile phone to provide the functionality of the handset to the user to identify the owner of the module card. In addition, some telecommunications networks provide services related to banking and transaction functions. However, the subscriber identity module card contains only the basic information of the owner to provide various services for the network user. Because the user identification module in the mobile phone can not provide more information, but needs to provide banking services and transaction functions, there will be a large amount of data transmitted between the telecommunication networks.

In addition, IC cards are used in many applications, such as payment at the point of sale (ie, bank cards), public telephones, parking payments, payment tolls, mobile phones (eg, user identification module cards), public transportation, or electronics. wallet. Each of these applications is associated with a particular card: a bank card, a calling card, a parking card, a subscriber identity module card for GSM phones, and the like.

In fact, the problems of stolen and forged credit cards and cash cards are becoming more and more serious; many efforts are still under way to reduce the risks involved in these issues. There are many proposed solutions, including time limits, limited withdrawals, repeated encryption, means from the PIN code to the fingerprint and identifying the card owner, one-time passwords, and so on. Regardless of the solution being applied, a fraudulent person can break through different barriers and barriers with more sophisticated methods.

In addition, mobile phones or e-wallets have also become a means of payment. As time progresses, more and more payments will be made in the form of electronic cash. Fake phone and subscriber identity module cards already exist, and payment using the phone and subscriber identity module card will increase the risk identified above.

One problem with using various smart cards as above in a daily life is that for a card, when it is used, it is found that its function is insufficient; this may be because its credit line has been used up, or the credit time has expired. In addition, the management and carrying of various smart cards is not convenient. Therefore, there is a strong need in the market for so-called "multi-application cards."

Today, a clear trend is that the functionality of a smart card can be integrated into a subscriber identity module card or operated by an intermediary device. For the latter, the contactless transaction connector disclosed in U.S. Patent No. 8,424,757 is taken as an example. Such devices typically have the form of a laminated smart card interface and have contacts on both sides. One side is for connecting a subscriber identity module card and the other side is connected to a subscriber identity module card slot. Thus, when the handset communicates with the subscriber identity module card, additional functionality can be provided by the device along with the information from the subscriber identity module card via the subscriber identity module card slot. However, the contacts of the user identification module card and the related devices are very small and closely arranged, which is not easy for the user to install the user identification module card to the device matching the corresponding contact. A mismatch in the contacts will cause a short circuit in the circuit, which in turn will cause the user identification module card to be inoperable. Therefore, an auxiliary mounting structure that can be easily used to install the smart card to the subscriber identity module card is highly desirable.

This paragraph of text extracts and compiles certain features of the present invention. Other features will be revealed in subsequent paragraphs. The intention is to cover various modifications and similar arrangements in the spirit and scope of the appended claims.

In order to meet the above requirements, the present invention proposes an auxiliary mounting structure. The auxiliary mounting structure is formed by a board for mounting an advanced smart card to a subscriber identity module card. The advanced smart card has a plurality of smart card contacts on a contact side, and the auxiliary installation structure includes a first receiving portion, comprising: a first removing area, having substantially the same as the first type of user identification module card And a second removal area, formed under the first removal area and extending through the plate body, having a shape substantially identical to the second type of user identification module card; and a second receiving part comprising: a third removal area having a shape substantially identical to the second type of user identification module card for placing the advanced smart card; and a fourth removal area formed under the third removal area The board body has a shape substantially identical to the third type of user identification module card; a plastic film is glued to a glue side and adhered to the lower side of the first removal area for placing the advanced smart card In the second removal zone, the advanced smart card is detachably adhered; and a sandpaper is disposed on the board body for removing a part of the thickness of the user identification module card adhered to the advanced smart card. . The appearance of the advanced smart card is substantially the same as the appearance of the second type of user identification module card.

According to the concept of the present invention, the plate body is made of cardboard, plastic, carbon fiber, or metal. The second receiving portion can be included in a cutting body having a shape substantially identical to the first type of user identification module card, and can be detached from the auxiliary mounting structure. The first type of subscriber identity module card is a mini-SIM (2FF) card, the second type of subscriber identity module card is a micro-SIM (3FF) card, and the third type of subscriber identity module card is a nano-SIM (4FF). card. The plastic film is made of polyethylene (Poly Ethylene, PE), polyvinyl chloride (Poly Vinyl Chloride, PVC), or polyethylene terephthalate (PET).

Preferably, the advanced smart card has a flexible printed circuit board including the smart card contact on the contact side and an integrated circuit. The advanced smart card has A layer of glue is applied to the periphery of the smart card contact to cover a release paper. The plastic film is exposed to a portion of the second removal zone and covered with a release paper. The panel may have a tear line for separating the sandpaper from the auxiliary mounting structure when the auxiliary mounting structure tears along the tear line.

With the aid of the auxiliary mounting structure, the advanced smart card can be easily attached to the subscriber identity module card without having to align the contacts.

1‧‧‧Auxiliary mounting structure

2‧‧‧Advanced Smart Card

10‧‧‧ board

20‧‧‧Smart card contacts

21‧‧‧Flexible printed circuit board

22‧‧‧Integrated circuit

23‧‧‧ release paper

25‧‧‧Contacts

110‧‧‧First Housing Department

112‧‧‧First removal area

114‧‧‧Second removal area

120‧‧‧Second accommodating department

122‧‧‧ Third removal area

124‧‧‧ Fourth removal area

126‧‧‧ cutting body

130‧‧‧Plastic film

140‧‧‧ sandpaper

150‧‧‧ release paper

300‧‧‧mini-SIM card

310‧‧‧micro-SIM card

320‧‧‧nano-SIM card

330‧‧‧Fixed structure

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a top plan view of a panel of an auxiliary mounting structure in accordance with the present invention.

Figure 2 is a bottom view of the auxiliary mounting structure.

Fig. 3 is a cross-sectional view of the auxiliary mounting structure taken along line AA' in Fig. 1.

Figure 4 is a top view of an advanced smart card.

Figure 5 is a bottom view of an advanced smart card.

Figure 6 is a top view of an advanced smart card mounted to the auxiliary mounting structure.

Figure 7 is a bottom view of an advanced smart card mounted to the auxiliary mounting structure.

Figure 8 shows a step in the use of this auxiliary mounting structure.

Figure 9 shows another step in using this auxiliary mounting structure.

Figure 10 depicts the installation of the advanced smart card onto a mini-SIM card.

Figure 11 depicts the installation of the advanced smart card onto a micro-SIM card.

Figure 12 depicts the installation of the advanced smart card onto a nano-SIM card.

Figure 13 is a bottom plan view of another auxiliary mounting structure in accordance with the present invention.

Figure 14 is a top plan view of yet another auxiliary mounting structure in accordance with the present invention.

The invention will be more specifically described by reference to the following embodiments.

Referring to Figures 1 through 12, an embodiment of the present invention is disclosed herein. 1 is a top view of a panel 10 of an auxiliary mounting structure 1, and FIG. 2 is a bottom view of the auxiliary mounting structure 1. The auxiliary mounting structure 1 is used to install an advanced smart card 2 (see Figure 4) onto a subscriber identity module. The advanced smart card 2 has a contact side (as depicted in FIG. 4) and includes a plurality of smart card contacts 20. Each smart card contact 20 is used to contact a contact on a corresponding subscriber identity module card. The auxiliary mounting structure 1 is formed by a plate body 10 having an approximately rectangular shape.

Before introducing the details of the auxiliary mounting structure 1, the structure of the advanced smart card 2 will be explained. The advanced smart card 2 basically comprises a flexible printed circuit board 21 having a smart card contact 20 on the contact side and an integrated circuit 22 mounted on the other side (as depicted in FIG. 5, but implemented It can also be on the same side). It has a layer of glue (not shown) on the periphery of the smart card contact 22, which is covered by a release paper 23. On this side, in addition to the area covered by the release paper 23, the advanced smart card 2 also There is glue. In this way, the advanced smart card 2 is adhered to the auxiliary mounting structure 1 by the exposed portion of the glue. Because the adhesiveness of the glue does not permanently adhere to the advanced smart card 2 and the auxiliary mounting structure 1 or the release paper 23, the advanced smart card 2 can be removed from the auxiliary mounting structure 1, and the release paper 23 can also be self-advanced smart card 2 Removed, all components will not be damaged by glue. The other side of the advanced smart card 2 also has a plurality of contacts 25 for connecting the advanced smart card 2 to a subscriber identity module card slot, so that the subscriber identity module card and the integrated circuit 22 can The handset is contacted via a contact 25. The appearance of the advanced smart card 2 is substantially the same as the appearance of the second type of subscriber identity module card. The second type of subscriber identity module card mentioned here and thereafter refers to a micro-SIM (3FF) card. .

The auxiliary mounting structure 1 has four main components, which are a first receiving portion 110, a second receiving portion 120, a plastic film 130, and a sandpaper 140. The auxiliary mounting structure 1 is formed by the trimming plate body 10. In the present embodiment, the auxiliary mounting structure 1 is identical in appearance to the full-size subscriber identity module card (1FF). In fact, the auxiliary mounting structure 1 can have any appearance. It should be noted that the preferred plate 10 can be made of paperboard, plastic, carbon fiber, or metal. For the various materials mentioned above, if the plate body 10 is made of cardboard, based on the structure described below, several layers of paperboard are required to be formed by cutting and bonding; if the plate body 10 is made of plastic (nylon is very good) The material 10 can be formed by injection molding; if the plate body 10 is made of carbon fiber, the plate body 10 can be formed by hot pressing; if the plate body 10 is made of metal, aluminum or aluminum alloy is a good choice. Board 10 It can be formed by stamping and removing some parts/all. Each component is described by the following description.

The first receiving portion 110 includes a first removal area 112 and a second removal area 114. The first removal zone 112 has a shape that is substantially identical to the first type of subscriber identity module card. The second removal zone 114 is formed below the first removal zone 112 and extends through the panel 10, having a shape substantially identical to the second type of subscriber identity module card. The first type of subscriber identity module card mentioned here and after is referred to as mini-SIM (2FF). For a better understanding of the first housing portion 110, see Fig. 3, which is a cross-sectional view of the auxiliary mounting structure 1 taken along line AA' in Fig. 1. Since the thickness of the auxiliary mounting structure 1 is much shorter than the length, the thickness of the auxiliary mounting structure 1 is enlarged for the reader to have a clear understanding, but in practice the auxiliary mounting structure 1 is much thinner. On the right side of FIG. 3, it can be seen that the depth of the first removal area 112 of the auxiliary mounting structure 1 occupies about half of the thickness of the board body 10 (upper half), and the depth of the second removal area 114 occupies the board body 10. The other half of the thickness (the lower half, separated from the upper half by a dotted line), is placed under the plastic film 130. Of course, the depths of the first removal area 112 and the second removal area 114 are not necessarily close to those shown in this embodiment, and may be any ratio, such as 2:1. The depths of the first removal area 112 and the second removal area 114 are deep enough so that the first type of user identification module card and the second type of user identification module card are respectively placed therein, and can be removed by each The boundary is locked and cannot be moved by the shear applied to the user identification module card.

The second receiving portion 120 includes a third removal area 122 and a fourth removal area 124. The third removal area 122 has a shape substantially identical to the second type of subscriber identity module card for placing the advanced smart card 2. The fourth removal area 124 is formed below the third removal area 122 and extends through the board 10, and has a shape substantially identical to the third type of subscriber identity module card. The third type of subscriber identity module card mentioned here and after refers to nano-SIM (4FF). See the third picture. On the left side of FIG. 3, it can be seen that the depth of the third removal region 122 of the auxiliary mounting structure 1 is deeper than the depth of the fourth removal region 124 (between the third removal region 122 and the fourth removal region 124 The dashed lines are separated, because the third removal area 122 is mainly used to accommodate the advanced smart card 2, and the fourth removal area 124 accommodates the smart card contact 20 and the release paper 23 of the advanced smart card 2. .

The plastic film 130 is glued to a glue side (the side adhered to the board 10 in FIG. 3) and adhered to the lower side of the first removal area 112. Of course, if the board body 10 is made of cardboard, the periphery of the plastic film 130 may be wrapped between two adjacent cardboard sheets, and is not exposed outside the board body 10 as shown in FIG. The function of the plastic film 130 is to detachably attach the advanced smart card 2 when the advanced smart card 2 is placed in the second removal area 114. In this way, the advanced smart card 2 can be removed from the plastic film 130 after being combined with any user identification module card, and will not be damaged by the adhesiveness of the glue. In this embodiment, the plastic film 130 is made of polyethylene (Poly Ethylene, PE). In fact, it can also be made of Poly Vinyl Chloride (PVC) or Poly Ethylene Terephthalate (PET).

The sandpaper 140 is disposed on any portion of the board body 10, preferably on the back side of the board body 10 (on the same side as the plastic film 130 in FIG. 3), for removing the user identification adhered to the advanced smart card 2 Part of the thickness of the module card. The shape of the sandpaper 140 is not required to be a rectangle as shown in Fig. 2, and it may be any shape or even have a special appearance. The sandpaper 140 may be embedded in the board body 10 or may be adhered to the board body 10. When the sandpaper 140 is to be used to remove a part of the thickness of the user identification module card, the sandpaper 140 can be torn off from the board 10 or directly removed by damaging the board 10. A more in-depth description of the use of the sandpaper 140 will be given below.

Referring to Fig. 6, the auxiliary mounting structure 1 and the advanced smart card 2 are preferably sold in a marketing manner. Therefore, the advanced smart card 2 is placed in the third removal area 122 as described above. Since the plastic film 130 is currently in an unprotected state, it is easy to stick to the dust in the air, and the glue thereon is lost. Preferably, at the time of sale, a peelable release liner 150 is overlaid over the portion of the plastic film 130 that is exposed to the second removal zone 114. Please refer to Fig. 7, which is a bottom view of the auxiliary mounting structure 1 after the advanced smart card 2 is added. The part of the advanced smart card 2 on the right is the release paper 23, which is easily separated from the advanced smart card 2 by external force. A preferred practice is to add a thin sheet of protection to the outer layer of the release paper 23. If the material of the auxiliary mounting structure 1 is cardboard, the sheet may be an extension of the outermost paperboard to be detachably attached to the auxiliary mounting structure 1 in a cut-off manner. At this time, the advanced smart card 2 is adhered to the auxiliary mounting structure 1 by the exposed portion of the release paper 23.

Before the auxiliary mounting structure 1 is used to combine the advanced smart card 2 with any of the user identification module cards, there are several pre-steps to be performed, see Figures 8 and 9. As shown in Fig. 8, the first step of the pre-step is to tear the release paper 150 off. After that, the advanced smart card 2 is removed, and the side of the advanced smart card 2 having the contact 25 is turned down, and the plastic film 130 is temporarily bonded by the glue. Next, as shown in Fig. 9, the release paper 23 is peeled off. At this time, the glue around the smart card contact 20 (the adhesiveness is stronger than the glue of the plastic film 130, and the advanced smart card 2 can be effectively adhered to an object) is exposed. Please refer to FIG. 10. If the advanced smart card 2 is to be bonded to a mini-SIM card 300, the contact point of the mini-SIM card 300 faces downward and is placed in the first removal area 112. Since the relative positions of the first removal area 112 and the second removal area 114 are specially designed, each smart card contact 20 of the advanced smart card 2 can be contacted with the contact of the corresponding mini-SIM card 300. There are no cases of accidental touch or displacement. For the user identification module card slot of some mobile phones, the thickness of the mini-SIM card 300 to which the advanced smart card 2 is added becomes thicker and is not easy to insert. At this time, the back sandpaper 140 can be torn off, and the mini-SIM card 300 is locked by the first removal area 112, and the back of the mini-SIM card 300 is repeatedly rubbed until the total of the mini-SIM card 300 and the advanced smart card 2 The thickness is so thin that it can be inserted into the user identification module card slot.

Please refer to FIG. 11. If the advanced smart card 2 is to be bonded to a micro-SIM card 310, the contact point of the micro-SIM card 310 faces downward and is placed in the second removal area 114. At this time, the second removal area 114 is deep enough to accommodate the thickness of the advanced smart card 2 and a portion of the thickness of the micro-SIM card 310. Plastic film The 130 itself is resilient, and the advanced smart card 2 portion can be squeezed out of the second removal zone 114 with a slight pressure so that a larger portion of the micro-SIM card 310 can be accommodated in the second removal zone 114. Of course, each smart card contact 20 position of the advanced smart card 2 is correspondingly designed with each contact position of the micro-SIM card 310. When the advanced smart card 2 and the micro-SIM card 310 are bonded, each smart card The contact 20 contacts the contact of the corresponding micro-SIM card 310 without being accidentally touched or displaced. Similarly, the torn sandpaper 140 can also be used to remove the thickness of a portion of the micro-SIM card 310 so that the total thickness of the micro-SIM card 310 and the advanced smart card 2 is too thick to be inserted into the user identification module card slot. .

Please refer to FIG. 12. If the advanced smart card 2 is to be bonded to a nano-SIM card 320, the contact point of the nano-SIM card 320 faces down, together with the fixed structure 330 around the nano-SIM card 320 (general nano) - When the SIM card is sold, there is usually a fixed structure around it, so that the nano-SIM card is placed in the fixed structure, and the whole appearance is like a micro-SIM card, so that the nano-SIM card or micro-SIM can be satisfied at the same time. The demand for the card phone can be placed in the second removal area 114. At this time, the second removal area 114 is deep enough to accommodate the thickness of the advanced smart card 2 and the thickness of the portion of the fixed structure 330. Of course, each smart card contact 20 position of the advanced smart card 2 and each contact position of the nano-SIM card 320 correspond to the presence of the fixed structure 330. Therefore, when the advanced smart card 2 is bonded to the nano-SIM card 320, each smart card contact 20 contacts the contact of the corresponding nano-SIM card 320 without being accidentally touched or displaced. Similarly, the torn sandpaper 140 can also be used to remove the thickness of a portion of the nano-SIM card 320 (the fixed structure 330 has been removed in use), In order to prevent the total thickness of the nano-SIM card 320 and the advanced smart card 2 from being too thick, it is not inserted into the user identification module card slot.

In another embodiment, the tearing method of the sandpaper 40 can be specially designed for user convenience. Please see figure 13. A tear line 400 can be provided on the panel 10, and the sandpaper 40 can be detached from the auxiliary mounting structure 1 when the user tears the auxiliary mounting structure 1 along the tear line 400.

In another embodiment, in order to facilitate placing the advanced smart card 2 into the second removal area 114, the second housing portion 120 is included in a cutting body 126 having a shape substantially identical to the first type of user identification module card. Can be removed from the auxiliary mounting structure 1. Please see figure 14. The release paper 150 is first peeled off. When the cutting body 126 and the advanced smart card 2 are removed from the auxiliary mounting structure 1, they are turned over and directly aligned with the first removal area 112. Since the relative position of the advanced smart card 2 and the cutting body 126 is pre-designed, the advanced smart card 2 is opposite to the second removal area 114, and the advanced smart card 2 is directly pressed down from the cutting body 126, that is, The advanced smart card 2 can be installed in the second removal area 114.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and those skilled in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.

1‧‧‧Auxiliary mounting structure

10‧‧‧ board

100‧‧‧First Housing Department

102‧‧‧First cut out

104‧‧‧Second cut out

106‧‧‧ Third cut out

108‧‧‧ Fourth cut out

112‧‧‧First cut out

114‧‧‧Second cut out

116‧‧‧The third cut out

Claims (11)

An auxiliary mounting structure formed by a board for mounting an advanced smart card to a subscriber identity module card, the advanced smart card having a plurality of smart card contacts on a contact side, and the auxiliary mounting structure The method includes: a first receiving portion, comprising: a first removing area having a shape substantially identical to the first type of user identification module card; and a second removing area formed in the first removing area And having a shape substantially the same as the second type of user identification module card; and a second receiving portion comprising: a third removal area having substantially the same as the second type of user identification module card a shape for placing the advanced smart card; and a fourth removal zone formed below the third removal zone and extending through the plate body, having a shape substantially identical to the third type of subscriber identity module card; a plastic film glued on a glue side to adhere to the lower side of the first removal area for detachably attaching the advanced smart card when the advanced smart card is placed in the second removal area; And a sandpaper disposed on the plate for grinding The advanced smart card adhesive fixing portion of the subscriber identity module card thickness, wherein the substantial shape advanced smart card is the same as the shape of the second type of subscriber identity module card. An auxiliary mounting structure as described in claim 1 wherein the plate body is Made of cardboard, plastic, carbon fiber, or metal. The auxiliary mounting structure according to claim 1, wherein the second receiving portion is included in a cutting body having a shape substantially identical to the first type of user identification module card, and is detachable from the auxiliary mounting structure. . The auxiliary installation structure of claim 1, wherein the first type of subscriber identity module card is a mini-SIM (2FF) card. The auxiliary installation structure of claim 1, wherein the second type of subscriber identity module card is a micro-SIM (3FF) card. The auxiliary installation structure of claim 1, wherein the third type of subscriber identity module card is a nano-SIM (4FF) card. The auxiliary mounting structure according to claim 1, wherein the plastic film is made of polyethylene (Poly Ethylene, PE), polyvinyl chloride (Poly Vinyl Chloride, PVC), or polyethylene terephthalate ( Made from Poly Ethylene Terephthalate, PET). The auxiliary mounting structure of claim 1, wherein the advanced smart card has a flexible printed circuit board including the smart card contact on the contact side and an integrated circuit. The auxiliary installation structure of claim 1, wherein the advanced smart card has a layer of glue on the periphery of the smart card contact, covered by a release paper. The auxiliary mounting structure of claim 1, wherein the plastic film is exposed to a portion of the second removal area and covered with a release paper. The auxiliary mounting structure of claim 1, wherein the plate body has a tear line for separating the sandpaper from the auxiliary mounting structure when the auxiliary mounting structure is torn along the tear line.