Intelligent card with four sides emitting light

Abstract

The utility model discloses a four-side light-emitting intelligent card, which belongs to the technical field of intelligent cards and comprises an integrated circuit (IC) module, a four-side light-emitting circuit module, a light guide module and a burdening structure, the four-side light-emitting circuit module and the IC module are arranged in the intelligent card, and the light guide module and the burdening structure are laid on the intelligent card. According to the utility model, the intelligent card adopts the laminated structure design of the IC module, the four-side light-emitting circuit module, the light guide module and the burdening structure, when the light-emitting intelligent card enters an electromagnetic energy area of a card reader, several LEDs can be lightened, the light of the LEDs is conducted to the periphery through the light guide sheet, and the four-side parts needing electric quantity can uniformly emit light.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the technical field of intelligent card, especially relates to a four -edge light emitting intelligent card. BACKGROUND

[0002] Intelligent card, also called IC card, wisdom card, microchip card, NFC card, is embedding special integrated circuit chip in PVC (or ABS, pc, petg etc.) plastic substrate in conformity with ISO7816 standard, encapsulating into card form similar to magnetic card, also can encapsulate into button, key, ornament etc. Special shape.

[0003] At present, the intelligent card can realize data interaction with RFID radio frequency card reader through increasing induction coil and relevant wireless signal modulation circuit, is called RFID intelligent card, this kind of RFID intelligent card generally does not have battery, relies on electromagnetic energy sent by card reader to work, its structure is simple, economic and practical, and thus obtains wide application. Passive RFID intelligent card mainly uses 13.56MHz frequency.

[0004] The existing light emitting intelligent card can realize the function of local point light emitting, cannot realize that intelligent card four edges are evenly light emitting, and has good brightness. CONTENT OF UTILITY MODEL

[0005] The utility model aims at: in order to solve the above -mentioned problem, and propose a four -edge light emitting intelligent card.

[0006] In order to realize the above -mentioned purpose, the utility model adopts the following technical scheme: a four -edge light emitting intelligent card, it includes IC module, four -edge light emitting circuit module, light guide module and dosing structure, four -edge light emitting circuit module and IC module are all located in the intelligent card, light guide module and dosing structure layer are laid on the intelligent card.

[0007] As the further description of the above technical scheme:

[0008] IC module includes IC chip and IC antenna.

[0009] As the further description of the above technical scheme:

[0010] Four -edge light emitting circuit module includes four -edge light emitting intelligent card circuit board and four -edge light emitting intelligent card antenna.

[0011] As the further description of the above technical scheme:

[0012] Light guide module includes side light emitting LED lamp and light guide sheet.

[0013] As the further description of the above technical scheme:

[0014] The dispensing structure comprises an intelligent card INLAY multi-layer structure, the intelligent card INLAY multi-layer structure comprises an INLAY transparent film, an LED upper line layer and an INLAY back transparent film, the INLAY transparent film and the LED upper line layer are respectively attached to upper and lower layers of the light guide sheet, and the INLAY back transparent film is attached to a lower layer of the LED upper line layer.

[0015] As a further description of the above technical solution:

[0016] The dispensing structure further comprises a finished intelligent card multi-layer structure, the finished intelligent card multi-layer structure comprises a back printed fabric, a front printed fabric and a film with glue, the back printed fabric and the front printed fabric are respectively coated on the INLAY transparent film and the INLAY back transparent film, and the film with glue is coated on the back printed fabric and the front printed fabric.

[0017] As described above, due to the adoption of the above technical solution, the beneficial effects of the present application are:

[0018] In the present application, through the design of the IC module, the four-side light-emitting circuit module, the light guide module and the dispensing structure of the intelligent card, when the light-emitting intelligent card enters the electromagnetic energy area of the card reader, several LEDs will be lit, the LED light is transmitted to the surrounding through the light guide sheet, and the parts needing power on the four sides will emit light uniformly. BRIEF DESCRIPTION OF DRAWINGS

[0019] Figure 1 It is an IC module structure diagram in a four-side light-emitting intelligent card.

[0020] Figure 2 It is a circuit board structure in a four-side light-emitting intelligent card Figure 1 .

[0021] Figure 2.1 It is a circuit board diagram in a four-side light-emitting intelligent card Figure 2 .

[0022] Figure 3 It is a circuit combination diagram of a four-side light-emitting intelligent card.

[0023] Figure 4 It is an INLAY dispensing diagram of a four-side light-emitting intelligent card.

[0024] Figure 5 It is an overall dispensing diagram of a four-side light-emitting intelligent card.

[0025] Figure 6 It is a circuit diagram of a four-side light-emitting intelligent card.

[0026] Figure 7It is a printing picture of a four-side light-emitting smart card.

[0027] Figure 8 It is a light-emitting effect picture of a four-side light-emitting smart card.

[0028] Legend:

[0029] 001, IC chip; 002, IC antenna; 003, four-side light-emitting smart card circuit board; 004, four-side light-emitting smart card antenna; 005, side light-emitting LED lamp; 006, diode; 007, solder joint; 008, INLAY transparent film; 009, light guide sheet; 010, LED upper line layer; 011, INLAY back transparent film; 012, back printing material; 013, front printing material; 014, adhesive film; 015, flexible circuit board. DETAILED DESCRIPTION

[0030] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor fall within the scope of protection of the present application.

[0031] Please refer to Figures 1-8 The present application provides a technical solution: a four-side light-emitting smart card, comprising an IC module, a four-side light-emitting circuit module, a light guide module and a material structure, the four-side light-emitting circuit module and the IC module are both arranged in the smart card, and the light guide module and the material structure are arranged on the smart card.

[0032] The IC module comprises an IC chip 001 and an IC antenna 002.

[0033] The four-side light-emitting circuit module comprises a four-side light-emitting smart card circuit board 003 and a four-side light-emitting smart card antenna 004.

[0034] The light guide module comprises a side light-emitting LED lamp 005 and a light guide sheet 009.

[0035] The material structure comprises a smart card INLAY multi-layer structure, which comprises an INLAY transparent film 008, an LED upper line layer 010 and an INLAY back transparent film 011, the INLAY transparent film 008 and the LED upper line layer 010 are respectively attached to the upper layer and the lower layer of the light guide sheet 009, and the INLAY back transparent film 011 is attached to the lower layer of the LED upper line layer 010.

[0036] The dispensing structure further comprises a finished smart card multi-layer structure, the finished smart card multi-layer structure comprising a back printing fabric 012, a front printing fabric 013 and a film with adhesive 014, the back printing fabric 012 and the front printing fabric 013 being respectively coated on the INLAY transparent film 008 and the INLAY back transparent film 011, and the film with adhesive 014 being coated on the back printing fabric 012 and the front printing fabric 013.

[0037] Embodiment:

[0038] Figure 1 In the embodiment, E and F are the standard dimensions of the smart card, being 54 mm and 85.6 mm respectively, and A, B, C and D are the width and length of the four sides of the light-emitting smart card, which can be adjusted according to the requirements of the customer, and the range value is not defined specifically, and is adjusted according to the requirements. The IC module adopts the international standard of smart card, and the coil parameters of the standard product are kept as much as possible according to the chip model. If necessary, the relevant coil parameters are adjusted after various tests and certifications are completed. The IC antenna 002 needs to be embedded in the light guide sheet 009, as shown in the figure. Figure 4

[0039] Figure 2 In the embodiment, A, B, C, D, E and F are defined as above, and the parameter setting of the side light-emitting LED lamp 005 is defined as follows: G and H are the coil dimensions of the circuit board, which are not defined specifically, and are adjusted according to the arrangement. The number of coils is required to be 3-20, the distance between the coils is required to be greater than 0.15 mm, the diameter of the copper wire is recommended to be between (0.05-0.15) mm, the copper wire diameter is preferably 0.1 mm, the color of the copper wire is required to be white to increase the reflection effect of light, the four-side light-emitting smart card antenna 004 is connected with the four-side light-emitting smart card circuit board 003 through the welding point 007 to form a closed loop circuit, and the recommended frequency value is (13.56-30) MHz. Considering the influence degree on the resonant frequency of the IC module, the preferred frequency value is (18-26) MHz. The factors affecting the resonant frequency are the coil parameters (number, distance and dimension), the number of LEDs, and the electrical parameters of the diode 006. The required frequency value is achieved by adjusting different parameter values.

[0040] Figure 2.1 ​In the middle, the four-edge light-emitting circuit board schematic diagram: I, J is the circuit board size, this size is not defined in detail, according to the arrangement of the appropriate adjustment, L is the thickness of the diode 006, the thickness is recommended less than 0.42mm, M is the thickness of the side light-emitting LED lamp 005, recommended less than 0.42mm, the color of the side light-emitting LED lamp 005 can be customized according to the demand of different color products, the number of side light-emitting LED lamp 005 is not fixed, according to the actual situation to make appropriate adjustment, the arrangement of the side light-emitting LED lamp 005 adopts ring arrangement, the distribution position is not necessarily uniform, can be adjusted according to the actual situation, K is the thickness of the flexible circuit board 015, requires 0.06mm, the middle needs to do the hole processing, the side light-emitting LED lamp 005 must use parallel way.

[0041] Figure 3 In the middle, the circuit in the electromagnetic energy area of the card reader, the four-edge light-emitting smart card antenna 004 forms an alternating current, after rectification through the diode 006, forms a direct current, so as to light the side light-emitting LED lamp 005, the number of diode 006 here is not defined specifically can be increased according to the demand, the minimum requirement is 1.

[0042] Figure 4In the middle, the side light-emitting LED lamp 005 material can adopt PVC, RPVC, PETG, RPETG, PC, PET, etc., the thickness of the transparent film is configured according to the thickness requirement of the smart card INLAY, and the high-transmittance material is better selected, the back of the transparent film needs to be sprayed with a special low-temperature glue, which is convenient for bonding with the light guide sheet 009, the light guide sheet 009 adopts PC material with high light transmittance, and the thickness of the light guide sheet 009 is adjusted according to the thickness requirement of the finished card: according to the standard of 0.8±0.04 of the standard card, the thickness of the light guide sheet 009 is selected as (0.17*0.3) mm, for the super-thick non-standard card product, the thickness of the light guide sheet 009 is selected to be more than 0.3 mm, the thicker the thickness of the light guide sheet 009, the better the brightness and uniformity of the light guide of the light guide sheet 009, the back of the light guide sheet 009 needs to be treated according to the light irradiation condition, different density of light reflection points are set according to the principle of distance from the light source, which is convenient for balancing the brightness, the front of the light guide sheet 009 needs to be wound with the IC antenna 002, the light guide sheet 009 needs to be opened to avoid the position hole of the LED and the diode 006, to prevent the damage of the components during the laminating process, the size of the position hole is larger than the size of the components by about 1 mm, which will cause cracks or unevenness around the components, so a part of transparent glue needs to be filled at the component part to ensure the flatness of the component part, the LED upper layer 010 needs to adopt white material (PVC, PETG, PC, PET, etc.), and the white color can play a role of reflecting light. If the material cannot be selected as transparent material, white ink needs to be printed on the front to realize the reflecting effect, the thickness of the LED upper layer 010 is recommended to be 0.1 mm, the LED upper layer 010 needs to be opened to the circuit board positioning hole, which is convenient for fixing the position of the circuit board, because the thickness of the circuit board FPC is 0.06 mm, there is a certain height difference between the upper layer, which causes the concave situation of the circuit board, so a part of transparent glue needs to be filled at the circuit board, the front of the upper layer needs to be sprayed with cold temperature glue, which is convenient for bonding with the light guide sheet 009, the four-edge light-emitting smart card antenna 004 needs to be wound on the back of the upper layer to leave the conduction of the light guide sheet 009, to prevent the light back from blocking, the material of the four-edge light-emitting smart card antenna 004 is not limited, the front needs to be sprayed with low-temperature glue, which is convenient for bonding with the upper layer, and the thickness is adjusted according to the thickness requirement of the INLAY.

[0043] Figure 5In the middle, the INLAY material part is the same as above, the front and back of the INLAY need to be sprayed with low-temperature glue, which is convenient for bonding with the upper and lower printing layers. The back printing fabric 012 is not limited in material (PVC, PETG, PC, PET, etc.), which is adjusted according to the actual situation, and the material with good light shielding is preferred. If the material itself cannot shield the light well, the black silk screen needs to be printed on the back of the back printing fabric 012 to solve the problem of light leakage. The thickness of the back printing fabric 012 is not limited in material (PVC, PETG, PC, PET, etc.), and the material with good light transmittance is required. The thickness is as consistent as the back printing fabric 012 as much as possible, because the light source is placed in the center of the smart card. According to the scattering of light, two-thirds of the area of the smart card is illuminated, and the four-edge light-emitting product only highlights the edge of the smart card and the light emitted around the card. Therefore, the excess light needs to be shielded by the printing layer of the front printing fabric 013. The light shielding process requirement of the front printing fabric 013 is seen in Figure 7 A layer of white or silver is silk-screen printed on the front printing fabric 013, which is convenient for light emission. A layer of black is silk-screen printed for light shielding, and the light shielding part is limited according to the bright part. A layer of white is printed to facilitate subsequent printing of other colors. The front printing fabric 013 is provided with a glue film 014, which is not limited in material and is provided with a single-side low-temperature glue for bonding with the printing fabric. The thickness is adjusted according to the thickness requirement of the finished card. When the four-edge light-emitting smart card is laminated with low-temperature, the temperature requirement is selected as 80°-120°. According to the different temperature requirements, a special low-temperature glue is selected, and the low-temperature glue is coated between the layers to facilitate bonding under different temperature conditions.

[0044] Figure 8 In the middle, the standard smart card has four-edge light-emitting effect. The green part away from the edge of the smart card is the light-emitting area, and the light will leak from the side of the card. The middle black part needs to be shielded with black ink for light shielding. When the light-emitting smart card enters the electromagnetic energy area of the card reader, several LEDs will be lit. The LED light is transmitted to the surrounding through the light guide sheet 009, and the parts needing power will emit light uniformly.

[0045] The above is only the preferred specific implementation of the present application, but the protection scope of the present application is not limited to this. Any skilled person in the technical field can make equivalent replacement or change according to the technical scheme and the inventive concept of the present application within the technical range disclosed by the present application, which should be covered in the protection scope of the present application.

Claims

1. A four-sided illuminated smart card, characterized in that: It includes an IC module, a four-sided light-emitting circuit module, a light guide module, and a material dispensing structure. The four-sided light-emitting circuit module and the IC module are both located inside the smart card, and the light guide module and the material dispensing structure are layered on the smart card. The light guide module includes a side-emitting LED light (005) and a light guide sheet (009); The ingredient structure includes a smart card INLAY multi-layer structure, which includes an INLAY transparent film (008), an LED upper line layer (110), and an INLAY back transparent film (011). The INLAY transparent film (008) and the LED upper line layer (110) are respectively attached to the upper and lower layers of the light guide sheet (009), and the INLAY back transparent film (011) is attached to the lower layer of the LED upper line layer (110).

2. A four-sided luminous smart card according to claim 1, characterized in that, The IC module includes an IC chip (001) and an IC antenna (002).

3. A four-sided luminous smart card according to claim 2, characterized in that, The four-sided light-emitting circuit module includes a four-sided light-emitting smart card circuit board (003) and a four-sided light-emitting smart card antenna (004).

4. A four-sided luminous smart card according to claim 3, characterized in that, The ingredient structure also includes a multi-layer structure for the finished smart card, which includes a back printed fabric (012), a front printed material (013), and an adhesive film (014). The back printed fabric (012) and the front printed material (013) are respectively coated on an INLAY transparent film (008) and an INLAY back transparent film (011), and the adhesive film (014) is coated on the back printed fabric (012) and the front printed material (013).

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