CN1433206A - Non-contace business card with separable antenna and carrier - Google Patents
Non-contace business card with separable antenna and carrier Download PDFInfo
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- CN1433206A CN1433206A CN 02157504 CN02157504A CN1433206A CN 1433206 A CN1433206 A CN 1433206A CN 02157504 CN02157504 CN 02157504 CN 02157504 A CN02157504 A CN 02157504A CN 1433206 A CN1433206 A CN 1433206A
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Abstract
A contactless transaction card is detachably connectable to an antenna provided on a flexible film having an adhesive coating or other carrier surface. An integrated circuit chip on the contactless transaction card includes leads for establishing an electrical connection with the ends of the antenna. The contactless transaction card and detachabl e antenna may be provided on a carrier card with the adhesive film adhered onto the card a nd the contactless transaction card either die cut into the carrier card or frictionally held in a recessed holder formed in the carrier card surface. In a preferred embodimen t, a cover for a mobile telephone includes a holder for a contactless transaction card. An antenna may be either adhered onto the cover by the user or may be permanently provided on the surface of the cover. The holder is configured so that when a contactless transactio n card is inserted into the holder, the leads of the integrated circuit is facing the surface of the cover to enable electrical connection to be established between the contactless transaction card and the antenna.
Description
Invention field
The present invention relates to a kind of information storage chip and separate with antenna or separable contactless transaction card, also relate to a kind of portable carrier that is used for such as contactless transaction card.
Background of invention
In modern society,, use more and more at large to comprise the user that is used for various purposes or the integrated chip of account's customizing messages along with the high speed development of high and new technology and to the requirement of more convenient affairs faster.
An example of integrated circuit card is exactly Subscriber Identity Module (SIM) card.SIM card is mainly in Europe and Asia use, be most commonly used to such as the communication equipment of mobile phone so that the user at the communicator of addressable personal account of particular country or wireless telephony network.Each SIM card comprises configuration information and the information of identifying user, for example user's Mobile Directory Number and the related account information that is used to specify network.
SIM card, the same with most of integrated circuit cards, typically also installing therein or embed integrated circuit (IC) semiconductor chip with the plastics manufacturing provides a connecting interface with the position at the surperficial integrated chip of card.SIM card is typically about long 25mm, wide 15mm and thickness less than the miniature of 1mm or insert the size card.
Correctly locate when the size SIM card is inserted mobile phone for guaranteeing to insert, one jiao of rectangular card is cut, makes card one length of side be reduced to about 21mm, correspondingly widely is reduced to about 12mm.The card that has angled angle can only insert phone from correct orientation.
When inserting phone, form electronics at the card embedded IC with the interface surface of phone and contact, therefore set up electronics and be connected with the internal circuit of mobile phone.Like this, mobile phone can be visited the information of coming tagging/storage card.
Fig. 1 represents SIM card 100, and it has a card body 110, be installed in the wherein integrated circuit (IC) chip 120 on a surface, and one is used to guide the user correctly will block the angled angle 130 of inserting electronic equipment.As mentioned above, any information that is stored on the integrated circuit can only make IC120 accessed when correctly physics contacts with the suitable contact element of the electronic equipment that uses SIM card correct placement of SIM card.
Second class of integrated circuit card is the noncontact transaction card, is generally used for mass transit system or safety/access control.The same with SIM card, the integrated circuit in contactless transaction card can be stored the information that is used to discern the user such as account information or user totem information.On the other hand, with SIM card need contact with equipment I C physics could visit the information that is stored on the IC-card different be that contactless transaction card need not just can transmit information to reading and/or write device and from reading and/or write device reception information with reading to contact with/write device physics.
As shown in Figure 2, contactless transaction card 200 comprises and having from wherein extending and being embedded in the material that forms card or the integrated circuit of the antenna 220 the layer.Antenna and IC-card girth are almost equal, by around or be entangled in the card plane pattern and with engage for one.Realize that by the antenna transmission RF signal of stretching from integrated circuit transmission information is to contactless transaction card or from the contactless transaction card sense information.Antenna length is corresponding with its transmission and range of receiving, so antenna is long more, read/write device and the card between can successfully transmit or the scope of visit information big more.
Use contactless transaction card to visit in the example of protected position the user, with the close card reader in the proper range of antenna of contactless transaction card, card reader can read out in the identification data that comprises in the IC via the antenna that is embedded in the card to the user simply.If reader determines that via identification information the user is authenticated to be addressable protected position, reader sends signal and allows the protected position of user capture with the control secrecy system.
When contactless transaction card is used for transportation system, for example, the IC that is installed on the card comprises user account information, as effective balance of payment (the balance of payment type that is used to descend arrangement), or bill information (being used for credit type arranges).Utilizing card to enter or withdraw from transportation system or visit or more the mode of operation of new user account is identical with the operation of access control, all is will be placed within the readable range of card reader simply.
Contactless transaction card has several big advantages with respect to standard integrated (contact-type) circuit, transaction time faster in use for example, and to card and read-write equipment wearing and tearing still less.
The a pair of interface card synthesizes an integrated circuit with contact-type and contactless transaction card.As Fig. 3, for example, a pair of interface card 300 comprises that one has the IC310 that is used for the electronics contact that the contact-type data transmit, and comprises that also one is connected and is used for the antenna 320 of non-contact data transmission with IC310.
At present, contactless transaction card and double nip card are all made credit card-sized and can be placed on individual leather wallet, wallet, briefcase, pocket etc.If a people is being with mobile phone, laptop computer, personal digital assistant and/or other things, he or she often will turn over all over whole body and look for this card in the time of the needs card, and this is very inconvenient.So contactless transaction card that needs its size to be convenient for carrying by the holder easily.
Summary of the invention
Noncontact transaction module of the present invention is included in to insert to provide and have on size (sized) chip module and is used to aim at antenna chip module can be carried out integrated circuit (IC) chip of the connecting interface of Touchless manipulation.The present invention also comprise one with the relevant antenna of chip module that has with the corresponding connecting interface of IC chip connecting interface coupling.Antenna can be arranged on carrier surface control and insert size noncontact transaction module, perhaps is arranged on film or the thin layer to link to each other with noncontact transaction module interface to be attached on the required surface.
At the most preferred embodiment of the carrier that is used for operating control noncontact transaction module, carrier provides with the form of the detachable cover of the shell that is used for mobile phone or battery case.For example, this lid can be used as the clasp on mobile phone rear surface or the battery case wherein or slidably dismantles lid.Carrier comprises that one is provided at the antenna on the detachable cover inner surface and is used on same surface inserting the holder of size noncontact transaction module.Antenna is located mutually with holder and is made the connecting interface of antenna aim at relevant with the connecting interface of the noncontact transaction module that places holder.Utilize according to carrier of the present invention, it is exercisable inserting size noncontact transaction module and it is invisible and protected when lid closes.
Other features and advantages of the present invention will be with reference to more obvious in the description of accompanying drawing below of the present invention.
Description of drawings
Fig. 1 represents the insertion size SIM card of prior art.
Fig. 2 represents the noncontact affairs type IC-card of prior art.
Fig. 3 represents the double interface IC card of prior art.
Fig. 4 A is illustrated in and inserts the integrated circuit (IC) chip that is used for being connected with the antenna of non-contact data transmission lead having of size module surface.
Fig. 4 B represents and surface as the insertion size noncontact transaction module of Fig. 4 A reverse side.
Fig. 5 has described size noncontact transaction module and the antenna that is provided and separated with it by the standard size support card has been provided.
Fig. 5 A has described first kind of layout of the insertion size contactless transaction card on the standard size support card
Fig. 5 B has described second kind of layout of the insertion size contactless transaction card on the standard size support card
Fig. 6 A and 6B have described according to second first and second distortion that are arranged in the holder that is used to insert size noncontact transaction module in the support card shown in Fig. 5 B.
Fig. 7 is the profile of the holder of A-A along the line among Fig. 6.
Fig. 8 is the zoomed-in view of circle zone among Fig. 7.
Fig. 9 has described one and has been used to insert size noncontact transaction module and is formed on the antenna that separates with chip module on the film.
Figure 10 has described an example that is inserted into mobile phone outer surface carrier that is used for the noncontact transaction module.
Figure 11 has described and has been used to insert size noncontact transaction module and has the carrier that is arranged on lip-deep antenna, wherein inserts size noncontact transaction module and is inserted in the holder.
Figure 12 is carrier as shown in figure 11 and the exploded view that inserts size noncontact transaction module, is used to describe the layout and the position of associated structural elements.
Figure 13 has described an optional holder that is used for the insertion size non-contact card of carrier surface and has arranged.
Detailed description of the Invention
Fig. 4 A and 4B have described an example according to noncontact transaction module 10 of the present invention, and wherein integrated circuit (IC) 16 is embedded on the substrate that is formed on module body 12.Substrate can be the card by plastics made the same with other type transaction card with being used for credit card, also synthesis of thin-film layer.In most preferred embodiment of the present invention, the size of module body 12 is identical with standard insertion size SIM card with shape.Especially, module body 12 has the angled angle 14 that is used for module is correctly inserted holder.Yet alternatively, module body 12 can be that another kind is used for correct location or according to any other asymmetric shape of size shape simply and easily
Integrated circuit 16 comprises and is used for the lead-in wire 18 that connects with antenna, electromagnetic signal like this, and preferably the RF signal can transmit or be sent to IC16 from IC16.Because IC16 can utilize antenna to communicate by letter with read-write equipment with receiving electromagnetic signals by transmission, IC16 need not to contact with the equipment direct physical that is sent to IC information from IC sense information or control.Like this, IC16 is different with IC120 among Fig. 1, and IC120 directly transmits and reception information from reader and control appliance with the form of electronic current, and therefore need set up direct physics and contact with electronics with any information to equipment of IC120 that reads or writes.
Alternatively, Yi Bian support card 20 ' can form by having one or more concealed holders 22 therein.Concealed holder 22 conforms to shape fully with the size of noncontact transaction module 10.Can be more clearly visible as Fig. 5 B, the deep equality of the degree of depth of concealed holder 22 and contactless transaction card 10, therefore be inserted into holder 22 module 10 upper surface will with the upper surface flush of support card 20 '.As Fig. 5, in the example of 5A and 5B, holder 22 and module 10 equate with size and the shape of inserting the size SIM card.But, as mentioned above, module 10 can be virtually any size and/or Any shape, and also corresponding configuration of holder 22.
With reference to Fig. 6 A, at the concealed holder 22 in support card 20 upper edges at least on one side, preferably both sides form big metering-orifice or cheat 26.Hole 26 separates by spring element and concealed holder 22, and preferably referring to Fig. 8, it is the zoomed-in view of the part resolving cell circle segment of support card 20 among Fig. 7.
Thereby module 10 is released concealed holder 22 extensible noncontact transaction module 10 by crooked support card 20 '.Alternatively, stretch out and the notch 28 that forms Yi Bian support card 20 ' can comprise from the concealed holder 22 shown in Fig. 6 B, more convenient like this from the holder 22 mobile module 10.With this configuration, notch 28 is the same dark or darker a little than it with concealed holder 22 at least, thereby the user is with pointing or other Move tools just can catch the edge of module 10 with module 10 release holders 22 like this.
Utilize abovely with reference to accompanying drawing 5B and the described support card 20 ' of 6-8, vacation can push holder 22 with it and the noncontact transaction module is inserted in the holder 22 more if required by module 10 being aimed at concealed holder 22 respective shapes and card being exerted pressure.Make spring element flexible outside module thereby be applied on the module 10 and be applied to the angled lip-deep pressure of spring, so module 10 is inserted the position in the holder 22 rapidly.When module 10 was inserted in the concealed holder 22, spring element 28 was tightened up and withstands module 10 so that it can be placed in the holder 22.
If spring element (at relaxation state) do not have angled surface, when module 10 was inserted holders 22, spring element 28 will be not pushed outwards and accept module 10 and enter holder.On the contrary, the size when loosening owing to holder 22 is smaller a little than the size of module 10, and the edge of module 10 will directly drop on the upper surface of spring element 28.
Other be used for noncontact transaction module safety be installed in optional method on the carrier be included in the module outer surfaces form processus hyoideus or groove and on support card, form concealed holder, the outstanding and indentation that forms other couplings along the outer surface or the opposite first type surface of module and support card and act on module 10 first type surfaces opposite and can make module repeatedly insert the adhesive that shifts out support surface with the IC16 place.
Fig. 9 represents the RF signal is sent to the antenna 30 that IC16 on the noncontact transaction module 10 or the IC16 on the noncontact transaction module 10 receive the RF signal.Antenna 30 typically (although unnecessary) have support card 20, more than 20 ' times length and therefore coil or be looped around elasticity and support on the plane domain of film 32, lead-in wire 18 position alignment of the IC15 on the contact point 34 that is formed on antenna 30 ends and the noncontact transaction module 10.
Support film 32 to can be plural layers or the film-insulated plate that in plural layers, embeds or sandwich antenna.Alternatively, film can be the single thin film that the surface has antenna.
The adhesive that is applied to film 32 surfaces can make film remove or peel off from support surface.Best, this adhesive can be again with removing so that film can be stood repeatedly to be close on the support surface and from support surface.Adhesive can be coated on the whole surface of film 32 one sides, or only is used for part surface or empty position.In any case the part at antenna 30 contact points 34 places should be covered by adhesive and guarantee to link to each other with the reliable of lead-in wire 18 of the IC16 of module 10 on the film 32.Therefore, when provide on the support card 20,20 ' of standard size or credit card-sized one when inserting size noncontact transaction module 10, the support film 32 that has an antenna 30 is attached to and makes the contact point 34 of antenna 30 aim at the lead-in wire 18 of IC16 on the support card 20,20 ' and electronics links to each other.Like this, the planar dimension of film 32 can be same big or smaller than support card 20,20 ' with support card 20,20 '.
Because IC16 is embedded on the substrate of module 10, the lead-in wire of IC16 extends to the surface of module 10 from IC16.The end of lead-in wire 18 can form the contact point 34 that indicating device visible and/or that can touch is beneficial to aim at antenna 30 on module 10.For example, the end of lead-in wire 18 can be attached to the metallic film covering on module 10 surfaces.Metallic film can be set up electronics and be connected between the lead-in wire of the contact point 34 of antenna 30 and IC16, also can be used as the position that indicating device indication contact point 34 should be aimed at lead-in wire 18.At random, metallic film or indicating device can be any embellishment shapes, pattern etc.
Although Fig. 5 has only represented single noncontact transaction module 10 and respective antenna 30 on the support card 20, support card 20 can provide two or more modules that have the respective numbers antenna 10.According to the size of module 10 with respect to support card 20, a plurality of modules and antenna can be arranged on two first type surfaces of support card 20 or on the one side of card 20.For offering many cover transaction module and the big quantity spaces of antenna on 20 at card, ratio Fig. 5 that the zone that is covered by antenna 30 can be arranged and 9 compacter.
Of the present invention variable aspect, the a plurality of noncontact transaction module that have individual antenna are provided on support card 20, whereby, a plurality of noncontact transaction module determines that interchangeably position on support card 20 is with the IC lead-in wire 18 of one of operation alignment modules and the contact point 34 of antenna 30.Alternatively, antenna can have at least two cover contact points, and corresponding one IC lead-in wire is operated and aimed in every cover contact point and a plurality of noncontact transaction module.
In most preferred embodiment of the present invention, noncontact transaction module 10 (together with the antenna 30 that separates with it) is used for linking to each other with carrier on the mobile phone outer casing.Especially, the lid 50 of mobile phone comprises the holder of noncontact transaction module 10 and has the surface of supporting antenna alignment insertion noncontact transaction module 10.
Because present many people get used to mobile phone is placed on the position of closely easily taking from hand, the insertion size non-contact card on mobile phone outer casing is very easily for them.Like this, the user only needs brandish mobile phone in face of card reader must be with non-contact card the time, and need not to turn over all over seeking the noncontact transaction module in his or her leather wallet, wallet or the satchel.
Figure 10 represents to be added in lid 50 on the mobile phone according to the present invention.Lid 50 has been stipulated to have at least the adapt inner space of thickness of the thickness that inserts holder 60 wherein with noncontact transaction module 10 and noncontact transaction module.As Figure 11-13, lid 50 comprises that being formed on the bottom is used to insert the stator 52 that is formed on the associated socket on mobile electricity 40 shells alive.
As Figure 10, lid 50 is added on the mobile phone along lid 50 tops by the bolt lock mechanism that is subjected to elastic pressuring plate 54 controls.For example, can form hook breech lock upwards in compressing tablet 54 bottoms, wherein when lid is added on the mobile phone 40, breech lock is locked in along the ledge of lid 50 top inner surfaces formation 56 times.Alternatively, compressing tablet 54 and corresponding breech lock can be formed on and cover 50 top is formed on mobile phone 40 surfaces with pinning corresponding protrusion.
By being inserted, sheet 52 is formed in the associated socket that covers of mobile phone 40, and pin for 56 times by the top of the lid 50 that props up mobile phone 40 ledge that is latched on sheet 54, on lid 56 or on the mobile phone outer casing 40, lid 50 is added on the mobile phone this ledge according to the configuration of lid and phone.
Can be by pressing tablet 54 with breech lock from covering on 50 or shell is opened, propose so that sheet 52 is taken out from the associated socket of shell thereby will cover 50 surfaces from mobile phone 40, will cover 50 at last and remove time from mobile phone 40.
The elasticity of compressing tablet 54 can realize by guaranteeing that compressing tablet is pressed into mobile phone outer casing or covers 50 spring, or just utilize the deformability characteristic of the plastic material nature that forms sheet to realize simply.
Certainly, lid 50 can adapt to dissimilar mobile phones on shape and size.And according to the type of cell phone of mobile phone, especially those are in the type of the bonnet formation detachable battery unit of shell, and lid 50 can be made the additional cap of battery unit.In this distortion, for meshing with the groove or the slot that are formed on battery unit or the shell, lid 50 can arbitrarily form inside braking or other outstanding elements along an edge.Lid 50 can be slided along battery unit then and maybe will cover 50 disengaging phones will cover 50 positions that are engaged on the phone.
The most preferred embodiment of foundation lid of the present invention is shown in Figure 11 and 12.In this embodiment, be formed on the spiral shell ridge 62 that covers 50 inner surfaces and 64 and be complementary in shape as the angled angle 14 and the adjacent angular thereof of Fig. 4 A noncontact interface module 10.The thickness of spiral shell ridge 62 and 64 aspect ratio module 10 is identical, but also may hang down.Spiral shell ridge 62 and 64 as the position guider be used for keeping noncontact transaction module 10 with the position of lid 12 places of pre-determining insertion holder 60.
Fixed band 68 utilizes bar 66 to be attached to cover 12 inner surfaces and the proximity of space cross-over connection spiral shell ridge 62 ends that fully surrounded by spiral shell ridge 62 and 64 and the proximity of spiral shell ridge 64 ends.The length of fixed band 68 equals the corresponding length of module or wide at least.It is smaller a little that height towards fixed band 68 surfaces of lid 50 inner surfaces cans be compared to most the thickness of module 10, thinks that module 10 inserts holders 60 resistance is provided, but can not be low hinder module 10 and insert holders 60.When card inserted holder 60, fixed band 68 remained on module 10 in spiral shell ridge 62 and 64 positions that limited.
Spiral shell ridge 62 and 64, post 66 and fixed band 68 preferably adopt with forming and cover 50 inner surface identical materials and make.Alternatively, fixed band 68 can adopt resilient material to make to improve its fixed function.
Size and shape in noncontact transaction module 10 make angled angle 14 aim at the position of spiral shell ridge 62 with the similar situation lower module 10 of insertion size SIM card with direction insertion holder 60, then module 10 is slipped into fixed band 68 times up to the insertion angle of module near spiral shell ridge 62 and 64, as shown in figure 11.Certainly the direction of holder 60 is variable, therefore different with 12 described upper left sides with Figure 11 is, the angled angle of the module of being inserted 10 is in the upper right side of lid or in the lower left or the lower right of holder, and wherein module 10 is inserted from the top of fixed band 68.Alternatively, spiral shell ridge 64 can be designed to meet the angle adjacent to angled angle of insertion size noncontact transaction module 10 on the short size limit opposite with long size limit.Equally, spiral shell ridge 62 can be located in towards in upper left, the lower-left of holder 60 or the angled angle of bottom right.
Certainly, if the size of contactless transaction card 10 is different with insertion size SIM card with shape and as described in Figure, at the holder 60, especially the spiral shell ridge 62 and 64 that cover on 50, can correspondingly meet the shape and the size of module 10.
Because the various possible direction and the configuration of the noncontact transaction module 10 in holder 60, spiral shell ridge 62 and 64 should be configured to when contactless transaction card 10 is inserted holder 60, the lead-in wire 18 of IC16 on noncontact transaction module 10 can place towards the contact point 34 of the appropriate location of covering 50 inner surfaces with the antenna 30 on cover alignment surface, as Figure 12 and following description.
In this embodiment, the film that comprises antenna 30 20 of shelling/removing from support card 20 can be bonded at by the user and cover 50 inner surface, notes contact point 34 is placed on the flag bit 65 that covers 50 surfaces (Figure 12).Flag bit 65 expression antenna end should be placed and aim to be set up the ad-hoc location that covers that correctly is connected with the non-contact card that is inserted into holder 60.Flag bit 65 can be relief or the recessed zone of covering 50 surfaces, also can adopt the surface marker of other types to represent.
Alternatively, antenna can be built in and cover 50 surface, contact point 34 need place a position to make that lead-in wire nature and the contact point 34 of the IC16 on the contactless transaction card 10 connect when contactless transaction card 10 is inserted holder 60.In this distortion, contact point 34 can be provided at and cover 12 inner surface or retainer belt 68 on the surface of the module of being inserted 10.
According to second most preferred embodiment that is used for noncontact transaction module carrier of the present invention as shown in figure 13.In this embodiment, be used for the holder of noncontact transaction module for covering the bag 70 of 50 inner surfaces.Bag 70 covers sealing of 50 inner surfaces and 72 forms by being added to, and variable-size or have dividing plate on three limits on four limits and skid off with the noncontact transaction module 10 that prevents to insert wherein.Seal 72 width and roughly meet with wherein noncontact transaction module 10 and get final product, and it highly is preferably lower than module 10.
Sealing 72 also comprises even as big as making the user module of inserting be released the window 74 of bag 70 with his or her finger.Bag 70 on lid 50 inner surface and also its bottom 78 compare more center with bottom 78 near one side of lid 50 and sack 76 towards lid 50.Be insert module 10, module is placed in the inner surface of the lid 50 of sack more than 76 and slips into bag 70.
Herein importantly, contactless transaction card 10 comprise the limit of IC when inserting must be towards lid 50 surfaces, so that the lead-in wire 18 on the noncontact transaction module 10 is connected with the contact point 34 that covers the antenna 30 on 50.Also have, cover 50 surface because bag 70 is mounted in, present embodiment is preferably the user the permanent antenna that is installed on the cap surface is provided, and when contactless transaction card 10 is inserted into bags 70, the contact point 34 of antenna 30 in position will be aimed at the lead-in wire 18 of IC16.Yet, if the degree of depth of bag 70 and configuration allow, might be able to omit and permanent antenna is installed so that the user can be with antenna, for example as shown in Figure 9 and the antenna of supporting by above-described film 32, with can be with antenna and be inserted into assigned direction that the noncontact transaction module in the holder aims at and adhere to and cover on 50
Except that the lid of moving electric arc, also has optional form according to the carrier that is used for the noncontact transaction module of the present invention.For example, this carrier can be lid or is used on knee or notebook, palmtop PC or hand-held manager or such as computing equipment or the portable electronic of other types and/or the annex of communication equipment of personal digital assistant.This carrier can be the convenient any form used of mobile subscriber, as long as the suitable surface that comprises the holder that is used for the noncontact transaction module and be used to adhere and comprise antenna 30 or be provided at the film 32 of the antenna that is used to aim at the noncontact transaction module of inserting holder on the carrier.
Also have, the size relevant with carrier according to the noncontact transaction module is different, can provide a large amount of holders on the carrier.In this distortion of the present invention, the appointed area of interior surface is used for forever installing respective antenna or is fixed up an aerial wire respectively for each the noncontact transaction module that need put into lid or accessory by the user.Can be connected with respective antenna when like this, each contactless transaction card is inserted one of a plurality of holders.
Alternatively, carrier can be configured to be fit to a plurality of noncontact transaction module and individual antenna, wherein has only a holder to connect operation with antenna and other holders only provide the passive storage of insertion noncontact transaction module wherein.For making the module that is inserted into one of unactivated holder can carry out Touchless manipulation, the user has to exchange the position of wanting the module that is activated and taking the module of movable holder.If holder is configured to be fit to size and shape corresponding to the noncontact transaction module of inserting the size SIM card, any holder in the carrier can be used as the passive holder of storage insertion size SIM card.When carrier was the lid of mobile phone, the advantage of this respect of the present invention was often carried particularly useful above an Europe or an Asia that is used in the insertion size SIM card in the mobile phone the user.
Another alternatively, support card as previously discussed, antenna can have many covers and be used for the contact point that links to each other with the operation of noncontact transaction module at corresponding a plurality of holders.
Although describe, all be conspicuous for other numberings of those of ordinary skills and modification and effect about specific embodiments of the present invention.The present invention is not limited to the disclosed content of specification, and its protection range is indicated in the appended claims.
Claims (10)
1. contactless transaction card is characterized in that, comprising:
The noncontact transaction module comprises
Module body and
Be arranged in the module body or on integrated circuit, this integrated circuit can be via electromagnetic transmission reception and transmission information; And
Antenna element comprises
Antenna, operation are aimed at and electronics engagement integrated circuit, be used for via electromagnetic signal transmit information to integrated circuit or from integrated circuit transmit information and
The supporting element of antenna is provided, and wherein the antenna that provides on supporting element and its is also remeshed with noncontact transaction module physical separation subsequently by the user.
2. contactless transaction card is characterized in that, comprising:
The noncontact transaction module comprises
Module body and
Be provided in the module body or on integrated circuit, this integrated circuit can be via electromagnetic transmission reception and transmission information; And
Antenna element comprises
Antenna, when this antenna operation aim at and transmit during the integrated circuit of electronics engagement noncontact transaction module information so far integrated circuit or from then on integrated circuit transmit information and
Provide the supporting element of antenna, wherein antenna and the noncontact transaction module physical separation that provides on supporting element and its.
3. according to any one described contactless transaction card in claim 1 and 2, it is characterized in that, wherein supporting element is for supporting film, and at least a portion on this film one surface has adhesive so that film can repeatedly be bonded on carrier surface and/or the noncontact transaction module safely and remove from carrier surface and/or noncontact transaction module neatly.
4. according to any one described contactless transaction card in claim 1 and 2, it is characterized in that wherein supporting element comprises vehicle equipment, this vehicle equipment has
Elementary cell,
Be provided at the antenna on elementary cell surface, and
Holder, its size and shape be enough to support noncontact transaction module and this holder on the elementary cell surface so that when the noncontact transaction module is placed into holder, the integrated circuit of the noncontact transaction module of being inserted and antenna electronics mesh and make electromagnetic signal can be sent to integrated circuit or spread out of from integrated circuit.
5. be used for the carrier of contactless transaction card, it is characterized in that, comprising:
Elementary cell;
At least one is arranged on the lip-deep holder of elementary cell, and wherein size of each and shape are enough to support the noncontact transaction module at least one holder, and
At least one antenna, the quantity of the no more than holder of its quantity, each of at least one antenna be used for the form of electromagnetic signal outside the affairs reader and can via electromagnetic transmission receive and the noncontact transaction module of the information of transmission on integrated circuit (IC) chip between transmission information, wherein each of at least one antenna is relevant with corresponding holder, thereby and has and be installed in that the elementary cell surface energy is aimed at the integrated circuit (IC) chip of the noncontact transaction module that is inserted into corresponding holder and the predetermined contact point of electronics engagement can carry out electromagnetic transmission information is spread out of and imports into from integrated circuit (IC) chip.
6. be used for the carrier of contactless transaction card, it is characterized in that, comprising:
Elementary cell;
A plurality of holders that are arranged on elementary cell one surface, wherein the size of each holder and shape are enough to support with the noncontact transaction module, and
Antenna, be used for the form of electromagnetic signal affairs reader and can and be provided at transmission information between the corresponding integrated circuit chip of at least one noncontact transaction module outside via electromagnetic transmission reception and transmission information, wherein this antenna has many cover contact points, thereby wherein every cover contact point is relevant with corresponding holder and have and be installed in the elementary cell surface energy and aim at predetermined contact point that electronics also meshes with the integrated circuit (IC) chip of the noncontact transaction module that is inserted into corresponding holder and can carry out electromagnetic transmission information is spread out of and imports into from integrated circuit (IC) chip
7. be used for and can receive and the carrier of the insertion scale integrated circuits card of the information of transmission, it is characterized in that, comprising via electromagnetic transmission:
Elementary cell;
At least one is arranged on the lip-deep holder of elementary cell, and wherein each size and shape of at least one holder is enough to support the noncontact transaction module, and
At least one indicating device on the elementary cell surface, each of at least one indicating device relevant and be positioned at the predetermined contact point that can be placed with marker antenna on the elementary cell wherein with corresponding holder, this makes when antenna is placed in the contact point of indicating positions and noncontact transaction module and is inserted into corresponding holder, thus the contact point of antenna will aim at the noncontact transaction module of being inserted integrated circuit can with the form of electromagnetic signal the noncontact transaction module and outside transmission information between the affairs reader.
8. according to any one described contactless transaction card in the claim 4,5,6 and 7, it is characterized in that wherein elementary cell is a support card.
9. according to any one described contactless transaction card in the claim 4,5,6 and 7, it is characterized in that wherein elementary cell is the lid that is used for portable electric appts.
10. according to any one described contactless transaction card in the claim 1,2,4,5,6 and 7, it is characterized in that wherein noncontact transaction module is identical with size and the shape of inserting the size SIM card.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US33097901P | 2001-11-06 | 2001-11-06 | |
| US60/330,979 | 2001-11-06 | ||
| US10/150,088 | 2002-05-20 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1433206A true CN1433206A (en) | 2003-07-30 |
Family
ID=27662912
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02157504 Pending CN1433206A (en) | 2001-11-06 | 2002-11-06 | Non-contace business card with separable antenna and carrier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1433206A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102124473B (en) * | 2008-06-09 | 2014-06-11 | 蔡如邕 | Secure electromagnetic data storage element having a plurality of selectively determined switcheable security modes |
| CN111937007A (en) * | 2018-04-09 | 2020-11-13 | 捷德移动安全有限责任公司 | Portable dual-interface data carrier with metal frame |
-
2002
- 2002-11-06 CN CN 02157504 patent/CN1433206A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102124473B (en) * | 2008-06-09 | 2014-06-11 | 蔡如邕 | Secure electromagnetic data storage element having a plurality of selectively determined switcheable security modes |
| CN111937007A (en) * | 2018-04-09 | 2020-11-13 | 捷德移动安全有限责任公司 | Portable dual-interface data carrier with metal frame |
| CN111937007B (en) * | 2018-04-09 | 2024-04-19 | 捷德移动安全有限责任公司 | Portable dual interface data carrier with metal frame |
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