JP3094978U - Multiple card structure - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a structure of a multiple card in which functions of an IC / magnetic card and a CD are integrated. A CD reading surface (45) and a magnetic tape (47) are provided on a disk (40) conforming to the thickness standard of an IC / magnetic card.
And an IC chip 49, and a reading auxiliary panel 50 which meets the optical disc standard.
The disk 40 can be read by placing the disk 40 on the disk 0, thereby providing a multiple card having the functions of a magnetic card, an IC card, and a CD.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention relates to the structure of multiple cards, especially a magnetic card reader and a card reader. A device for reading data by inserting it in the recorder and optical disk driver. Functions are integrated, that is, the functions of the magnetic card, IC card, and CD are integrated. It has the advantage that it is convenient to carry and the memory capacity is greatly increased. Involved in the structure of multiple cards.

[0002]

[Prior art]

  In modern society, there are various cards that are indispensable to people's lives. Credit Cards, cash cards, various security cards and ID cards ... All kinds of cards are in widespread use.   As shown in FIGS. 1 and 2, the known IC / magnetic card 15 is mainly used in the ISO7816 cooperation. Appropriate position on the plastic card based on the standard (85.6mm × 53.98mm × 0.8mm) Is equipped with a magnetic tape 17 and an IC chip 19 for storing a large amount of data. It The IC / magnetic card 15 in which data is written is stored in the card reader 11 By the magnetic card reading unit 113 or the card slot 115, a magnetic tape The data in 17 and the IC chip 19 can be read. The IC / Magnet The card 15 has the advantages of small volume and easy portability. The card has a memory capacity of about 1.2K, and the IC card has about 250K. It has a memory capacity of.

[0003]   In the publicly known CD20, the standard of the international standard optical disk agreement (Red Bo ok or Orange Book II), diameter is 120mm or 80mm, thickness (B) is 1.2m The center hole 21 is provided at the center, and the peripheral edge of the center hole 21 is circular. It has a CD reading surface 25 on which data such as audio, data, and images are loaded. These data become 0/1 data after digitization, and after various processes Pits 251 and lands 255 are formed in the storage tank 257 of the CD reading surface 25. Has been. When reading the data in the CD20 or when burning, Installed in the CD reading tank 30, the spindle motor 39 of the CD reading tank 30 and the CD The structure of the central hole 21 of 20 makes the CD 20 interlock with each other, and further the optical reader 32 The laser source 31, the spectroscope 33, the photoelectric detector 35, and the conduction device 37 from the CD 20 The data of the pit 251 and the land 255 is read at the position of the distance C.   The memory capacity of the CD 20 in such a known structure is usually about 650M. When compared with the known IC / magnetic card 15 memory capacity of 250K, It is suitable for the data and arithmetic processing. The IC / magnetic card 15 has a diameter of 12 cm. Compared to the large CD20, which has already been developed, There is a business card type CD (with a memory capacity of about 50M) as one of them (see Figures 3 and 4).

[0004]

[Problems to be solved by the device]

  However, as mentioned above, the existing business card type CD alone is sufficiently useful. It is hard to say. Then, if the CD and IC / magnetic card are integrated, it is convenient and portable This will increase the storage capacity and will be very convenient, but it will be difficult to realize due to technical reasons. Yes.   The cause is that the thickness of the CD is about 1.2 mm (B), and the thickness of the IC / magnetic card is The standard is about 0.8 mm (A), so there is about 0.4 mm difference in thickness between the two. . In other words, as a problem that occurs when integrating both, 1.2 mm according to the standard of CD If it is designed to be thick, IC / magnetic card can be used for general card (magnetic card) reader 11. It becomes impossible to insert it, and on the contrary, it fits 0.8mm thickness which is the standard of IC / magnetic card. If you do, you will not be able to read the CD.   Therefore, in order to solve these problems, the functions of IC / magnetic card and CD are integrated. A multiple card structure of the present invention is provided.

[0005]

[Means for Solving the Problems]

  On the disc that conforms to the IC / magnetic card thickness standard, read the CD reading surface and the magnetic A reading auxiliary board equipped with a tape and an IC chip, and which also meets the optical disc standard And installing the disc in the installation area provided on the reading auxiliary board. This makes it possible to read a CD.   Furthermore, a disk protective film provided with a pattern or lettering due to unevenness is provided on the disk surface. By attaching it to the disc, it is possible to provide a marking object without affecting the structure of the disc, In addition, the position where the IC chip is installed is provided by providing the localization hole at the eccentric position of the disk. Secure, effectively use a small area, and smooth when inserted into a card reader To achieve the purpose that operations such as data reading are executed.   Due to the above, it is very convenient to use a card that has the functions of a magnetic card, an IC card, and a CD. Provide a rutiple card.   That is, the structure of the multiple card of the present invention has the following features. 1. Mainly in the structure of multiple cards including discs and auxiliary reading boards,   With at least one data reading area on the surface, The disc having a thickness suitable for loading and unloading;   Fixed convex plates for installing and fixing the disk are provided on both sides, respectively. After installing the disc, make sure it is of a size suitable for being installed in the optical disc reader. The reading auxiliary board,   It is characterized by including. 2. The data reading area is a magnetic tape, an IC chip, a CD reading surface, or those It is characterized by being selected from one of the combinations of. 3. If the thickness of the reading auxiliary board is added to the thickness of the disc, the world standard optical disc The feature is that the thickness is based on the norm of the agreement. 4. The surface of the disc is provided with a CD reading surface. A central hole is provided in the central part, and the reading auxiliary board is installed in It is characterized in that a centering column that is fitted in the disc center hole is provided. 5. The reading auxiliary board is made of a material having a translucency and flexibility. Is characterized in that. 6. Odor of the structure of multiple cards consisting of a disc and a reading support board hand,   The disk has at least one data reading area on the surface, ,   There is a recessed installation area on the surface for installing the disk. If you add the thickness of the optical disk, the thickness will be based on the norm of the world standard optical disk agreement. With the reading auxiliary board,   It is characterized by being configured. 7. The data reading area is a magnetic tape, an IC chip, a CD reading surface, and those One of the combinations is selected. 8. The thickness of the disc is based on the ISO 7816 agreement norm. To do. 9. A CD reading section is provided on the surface of the disc. A central hole is provided in the center, and the disk is opposite to the area where the reading auxiliary board is installed. It is characterized in that a stereotaxic center column fitted with the central hole is provided. 10. The central stereotactic column is a smooth cylindrical column, or at least one stereotaxic convex It is characterized in that a pillar is provided. 11. Multiple capacitors consisting of a disc, a disc protective film, and a reading support panel In the structure of the cord,   The disc having at least one data reading area on the surface;   If it is attached to the surface of the disc and the thickness of the disc is added, the car The disk protective film having a thickness that is suitable for moving in and out of the dreader,   Since the installation area for installing and fixing the disk is provided, the disk is installed on the surface. After installing the disc with the disc protection film, put it in the optical disc reading tank together. The reading support board to be inserted,   It is characterized by having an ingredient. 12. At least one mark is provided on the disc protective film, and The marking part is selected from magnetic tape, letters, numbers, designs, irregularities, and combinations thereof. It is characterized by being selected. 13. The disc protective film is provided with a localization hole at an eccentric position on the disc. Similarly, a protective film localization hole is provided on the upper side in correspondence with the position of the disk localization hole. And are characterized. 14. The center position on the reading support board is a protruding centering column or a hole It is characterized by being a central localization hole. 15. If you add the thickness of the reading support panel to the thickness of the disc, It is characterized by a thickness based on the quasi-optical disc agreement regulations. 16. The reading auxiliary board   A disc that is designed according to the outer shape of the disc so that the disc can be installed. A reading auxiliary board top lid with an installed recess tank inside,   The reading auxiliary board is fitted and fixed to the upper lid, and the thickness overlaps with the upper lid. Under the reading support panel, the thickness will be based on the world standard optical disc agreement norm With a lid,   It is characterized by including. 17. In the fitting device, at least the fixed tank, fixed column, fitting hole, fitting convex sphere, and And one of them is selected and provided. 18. The odor of the structure of multiple cards consisting of a disk and a reading support board hand,   At least one data reading area is provided on the surface and it is set at an eccentric position. The disk having a hole formed therein,   There is a recessed installation area on the surface for installing the disk. If the thickness of the disc is added, the thickness will be based on the world standard optical disc agreement norm. A reading auxiliary board,   It is characterized by including. 19. A disc protective film is stuck on the disc surface, and the disc Magnetic tapes, letters, numbers, patterns, irregularities, and combinations of these on the protective film. At least one marking object selected from the above is provided. 20. If the thickness of the disc is added to the thickness of the disc protective film, it will be based on the ISO7816 agreement. It is characterized by having a uniform thickness. 21. It is characterized in that the thickness of the disc is based on the ISO7816 agreement norm. It 22. Fixed convex plates are provided on both sides of the installation area of the reading auxiliary board, Further, the installation section is naturally formed between the both fixed convex plates. 23. The reading auxiliary board   The inside of the disc is recessed and the outer shape of the disc is set so that the disc can be installed. A reading auxiliary board top plate that is designed to match and has an installed concave tank,   The upper cover plate is fitted and fixed to each other by a fitting device, and the thickness of the disc is When the thickness is added, the thickness reading based on the norm of the world standard optical disk agreement will be read. A lower board of the auxiliary board,   It is characterized by being configured. 24. The disk has at least a magnetic tape, an IC chip, a CD reading surface on its surface. , And one data reading section selected from the combination thereof are provided. And the thickness of the disc is based on the ISO7816 agreement. Characterize. 25. It is characterized in that a positioning hole is formed at an eccentric position on the disk. 26. The multiple card further has a disc protective film attached on the upper surface of the disc. And adding the thickness of the disc to the thickness of the disc protection film, the ISO7816 It is characterized by having a thickness based on a fixed standard.

[0006]

[Embodiment of device]

  As shown in FIGS. 5 and 6, the multi-card of the present invention is mainly used for disc 40 and read. It is composed of an auxiliary disk 50, and the surface (or the opposite surface) of the disk 40 is Data area of at least one magnetic tape 47, IC chip 49, CD reading surface 45 Is made. Its thickness is about 0.8mm (A; 0.76mm ~) which is ISO7816 standard. 0.82 mm), and the magnetic tape 4 is inserted by itself into a general card reader. 7 and the data in the IC chip 49 can be read. Of the disc 40 Similarly, a central hole 41 is provided at the center of the CD reading surface 45. Similarly, the surface 45 is a protective layer 453, a storage tank 457, a transparent substrate 459, and a pit 451. , Land 455 is provided. The difference from a general CD is that the transparent substrate 459 Is thinner and is designed to meet the standard of 0.8mm in total thickness It is a point.

[0007]   The reading auxiliary board 50 has a thickness of about 0. An installation area 53 of 4 mm (D = B-A) is provided, and the installation area has a function to float the door. In the center of the placement area 53, centering is performed at a position aligned with the center hole 41 of the CD reading surface 45. A pillar 55 is provided so as to project, and the central orientation pillar 55 is a smooth pillar body or an upper portion thereof. The pillar body is provided with one or more localization convex teeth 555. Mainly the central stereotactic column 55 is The disc 40 is inserted into the center hole 41 of the CD reading surface 45 to stably read the disc 40. The picking auxiliary board 50 is localized in the installation area 53 having a light-transmitting function so that the two overlap. When they are in contact with each other, the CD reading surface 45 is raised by 0.4 mm in the installation area 53. By doing so, it becomes the international standard CD standard of 1.2 mm thickness (B). The standard applied to the CD driver or optical disc reader, the CD reading surface The data reading or burning operation of 45 can be performed. Also the reading The auxiliary disk 50 also plays a role of protecting the CD reading surface 45 from being contaminated by the outside world. Also serves as.

[0008]   In the localization convex tooth 555 of the central localization column 55, the disk 40 is stably localized. In addition to the above purpose, when the disk 40 is taken out, the localization convex teeth 555 are lightly moved downward. There is also an advantage that the disk 40 pops out only by pushing it.   In addition, in this embodiment, the rectangular disk 40 and the circular reading auxiliary disk 50 are used. A circular arc blade 43 is provided on both sides of the rectangular disk, which is a representative of the shape. It can also be, for example, these shapes are, for example, square, oval, circular. Alternatively, the geometrical shape is not limited to the shape in the embodiment. Also, the magnetic tape The disk 47, the IC chip 49, and the CD reading surface 45 are used for the disk according to actual needs. 40 shall be installed on the same surface or different surfaces.

[0009]   Further, as shown in FIG. 7, actually read the data on the CD reading surface 45. The case will be described. First, the disk 40 is installed on the reading auxiliary board 50. Install it in the ward 53 and set them both closely. When installed in the disk reading tank 60, the laser of the optical disk driver 60 Source 61, optical reader slot 62, spectroscope 63, photoelectric detector 65, transmission Through the guiding device 67, the spindle motor 69, and the like, the installation section 53 having a light-transmitting property is passed through. , The distance (C) where the optical disc can be read smoothly in the known structure is the same. The pit 451 and the land 455 are read. By doing this Group 47, IC chip 49 and CD reading surface 45 are integrated on one card. The purpose is achieved.

[0010]   As shown in FIGS. 8 and 9, the reading auxiliary board 70 is a thin plate having a light-transmitting property. It may be designed as, for example, a circular thin plate having a diameter of about 80 mm in this embodiment. The thickness of the disk 40 is about 0.4 mm (D = B-A), and the disks 40 are provided on both sides of the disk 40. A fixed convex plate 77 for tightly sandwiching and fixing the fixed auxiliary plate 77 is provided. Further, a central positioning column 75 is provided at the central portion of In addition, the fixed convex plate 77 and the central stereotactic column 75 make the disk 40 and the reading auxiliary plate 7 0 (thickness is A) is fixed tightly on. By doing this, the thickness is 1.2 mm (B) And meet the requirements of the two card specifications as well as the goals of the two card standards and applications.

[0011]   Further, as shown in FIG. 10, regarding the operation of installing the above-mentioned disk, The reference numeral 40 designates the disk for the purpose of tightly installing it in the reading auxiliary board 70. The outer size of the reading auxiliary board 70 and that of the reading auxiliary board 70 are designed to fit each other. Further, in removing the disk 40, the reading auxiliary board 70 is By selecting a material having excellent flexibility, the fixed convex column 7 of the reading auxiliary board 70 is selected. 7 By bending both sides slightly downward, the bottom of the reading auxiliary board 70 is moved upward. The disk 40 is pushed up, and by doing so, the disk 40 pops out and the disk 40 is removed. It is convenient to remove it.

[0012]   The disc 40 may also be directly designed as a card of two different thicknesses. As shown in FIG. 5, first, the disk 40 has a central area (solid line portion) and a different thickness. Of both sides (broken line part), the thickness of the central part is 1.2 mm, and C The D reading surface 45 is provided to make it convenient to use the CD driver. Both wards are I The thickness is 0.8mm, which conforms to the SO7816 standard, and the magnetic tape 47 (or IC By providing a chip 49), a magnetic card can be used by doing this, and two cards can be used. Integrate the functions of the code.

[0013]   In the second embodiment of the present invention, as shown in FIG. Including the disk 80 and the disk protective film 82, and the surface (or front surface) of the disk 80 At the appropriate positions of the IC chip 89 or the CD reading surface 85, etc. And a central area of the CD reading surface 85 of the disc 80. Similarly, a localization hole 81 is provided. Moreover, the CD reading surface 85 is a general C Like D, a protective layer, a storage layer, a transparent substrate, pits, and lands are provided. The reading The pick-up auxiliary board 90 has an installation section 93 at an appropriate position according to the outer shape of the disk 80. The CD reading surface 85 is provided in the installation section 93 which is provided and has the translucency. A centering localization pillar 95 is provided to match the localization hole 81 of A smooth central pillar or a central pillar having at least one stereotactic convex tooth 955 on the top It has become a body.   The main feature of this embodiment lies in the disk protective film 82. On the surface of 82, magnetic tape, letters and numbers, patterns and irregularities, or these The combination of the markings 86 is provided, and the markings 86 are made to face the disc 80. Therefore, the protective film locating hole 84 and the disc are formed at appropriate portions of the disc protective film 82. An exposed space 88 for exposing the IC chip 86 to the outside is provided by punching. Thus used When used by a person, first, the magnetic tape 87 or various patterns are formed on the disk protective film 82. And characters and uneven markings 86 are formed on the disc protection film 82. The disk 80 is affixed to the disk 80. By doing so, the structure of the disk 80 is not destroyed. In addition, a mark 86 having various meanings can be provided on the surface of the disk 80.

[0014]   Further, the thickness A2 of the disc protective film 82 is further adjusted to the thickness A1 of the disc 80. The thickness of the ISO 7816 standard is about 0.8 mm (0.76 mm to 0.82 mm) The disk 80 has a thickness of 0.6 mm, and the disk protective film 82 has a thickness of 0.6 mm. The thickness is 0.2 mm, and by doing so, the disc with the disc protective film 82 attached thereto is 80 is a magnetic tape 87 in a general card reader (magnetic card reader). Alternatively, the data in the IC chip 89 can be read. In addition, the reading auxiliary board installation area 9 3 thickness D3 (= reading auxiliary board 90 thickness B3−installation area 93 depth A3) The thickness of the disk 80 is A1, that is, A1 + D3 is the international standard CD standard. The thickness A1 of the disk is 0.6 m, as in this embodiment. If m, the thickness D3 of the installation section 93 is 0.6 mm. Therefore the disk protection When the disk 80 to which the film 82 is attached is installed in the installation area 93, the CD reading is performed. The height of the raised surface 85 is increased by the installation area 93 having a light-transmitting property. It will be suitable for the thickness of the CD standard (for example, about 1.2 mm). Data is read from the CD reading surface 85 when it is inserted into a driver or an optical disk reading tank. The removing or burning operation is executed (see FIG. 12).

[0015]   In the third embodiment of the present invention, as shown in FIG. In this embodiment, the magnetic tape 87 is exposed so that the magnetic tape 87 can be used outside. 7 is provided on the surface of the disk 80, and therefore the width of the disk protective film 82 is L2 is obtained by subtracting the width L3 of the magnetic tape 87 from the width L1 of the disk 80. Is not too big, and by doing so, the disk protective film 82 is attached to the disk 80. Also, the magnetic tape 87 is automatically exposed to the outside of the disk protection film 82. .   In addition, the IC chip 89 is the same as the CD reading surface 85 as required by the user. The case where it must be provided on the surface (see the broken line in FIG. 13) will be described below. Then, the installation area 93 of the reading auxiliary board 90 is designed to be recessed inward. The disk 80 is stably positioned in the installation area 93, and by doing so, the reading is performed. The centering column of the auxiliary board is designed as the centering hole 91.

[0016]   As shown in FIG. 14, the fourth embodiment of the present invention is characterized in that the disk is The localization hole 821 of 820 is installed at an eccentric position other than the center. Word In other words, the center point of the localization hole is the distance W1 from one side surface to the other side surface. The IC chip 829 is designed to be smaller than the distance W2, and It is provided on the side having a relatively large area (that is, on the side of the distance W2). To do this In addition to providing a larger memory capacity on the CD reading surface, a suction type card Even the reader (magnetic card reader) does not get caught in the hoop inside To do so.   Further, the reading auxiliary board 920 in the present embodiment has the same shape as the disk 820. The installation area 923 is provided in accordance with the above, but at an appropriate position of the installation area 923, A central localization hole or a central localization column 925 is provided, and the central localization column 925 is The reading auxiliary board 920 is provided at the center of gravity or the center position. That is, the central orientation Distances W5 and W6 on both sides from the center point of the pillar 925 are equal, but the disc According to the shape of 820, the distance from the center point of the centering column 925 to both sides of the installation section 923 The separations are not equal and correspond to W4> W3 and W2> W1. The installation area 92 Fixed pillars 927 are provided on both sides of the reading auxiliary board 920 to the outside or downward. By applying pressure, the disc 820 can be easily removed from the reading auxiliary disc 920. The purpose of removal is achieved (see FIG. 15).   Of course, in the present embodiment, the thickness of the disk 820 and the reading auxiliary board 920 is Like the above-mentioned embodiment, it is limited to the range suitable for ISO 7816 and international standard CD agreement provisions. There is. In addition, the surface of the disk 820 is provided with characters, patterns, or magnetic tape. A disk protective film (see 82 in FIG. 5) is attached, and the centering pillar 825 has a center It may be used as a centering hole. In addition, the reading auxiliary board, disk or disk protective film , Round, square, ring-shaped, heart-shaped, polygonal, and other designs It shall be selected based on the shape.

[0017]   As shown in FIG. 16, in the fifth embodiment of the present invention, the reading auxiliary board of the above-mentioned embodiment is used. Is constituted by the auxiliary board upper cover plate 99 and the auxiliary board lower cover plate 97. Inside the upper cover plate 99 An upper cover plate centering hole 991 is formed at the center or the center of gravity, and the upper cover plate 99 is placed at an appropriate position. In this case, a disk installation concave tank 993 which is recessed inward according to the outer shape of the disk 820 To provide. In addition, the depth A5 of the disc installation concave tank 993 is equal to the depth of the disc protection film 82. The depth is just enough for the pasted disc 820 to be installed. Above At least one fixing tank 997 is provided on the periphery of the cover plate 99, and A fitting plate 9975 is provided on a part of the side surface of the tank 997. Also, the fixed tank 997 An insertion port 9971 that is not isolated by a plate is provided in the front part of the Are separated by a fitting plate, and a convex column passage 9973 with a wide inside and a narrow outside is formed. It   The lower cover plate 97 has a flat plate structure, and is provided with a lower cover plate centering hole 971 at the center position. In the periphery, the fixed columns 97 of the same quantity are provided at positions corresponding to the fixed tanks 997 of the upper lid plate. 7 is projectingly provided, and a horizontal plate 9771 extends laterally at a stage subsequent to the extending convex column 9773. It has a stretched and T-shaped structure.   When trying to read the data in the CD reading surface 825 of the disc 820, The disk 820 is set in the disk setting concave tank 933 of the upper cover plate 99, and The fixed column 977 of the lower cover plate 97 is made to face the fixed tank 997 so that the fixed column 977 can be fitted and positioned. The stretched horizontal plate 9771 of the fixed column 077 is fixed from the insertion port 9971 of the fixed tank 997. Enter the tank 997. At this time, the disk 820 is located in the stereotaxic front portion 9 of the lower cover plate 97. 73, and rotates the upper cover plate 99 or the lower cover plate 97 toward one side (see FIG. 16 in the direction of → T), and the extending convex column 9773 of the fixed column 977 is the convex column passage 997. 3. The stretched horizontal plate 9771 is moved to the fixed tank by separating the fitting plate 9975. The upper cover plate 99 and the lower cover plate 97 are incompatible with each other. They are fitted to each other and the disk 820 is stably installed in the disk installation concave tank 993. The purpose to be achieved is achieved. When the localization is completed, the position of the disk 820 is The lower lid plate 97 is located in the stereotaxic rear-end section 9735 (see FIG. 17).   Of course, in the same manner as described above, in this embodiment as well, the disk is kept at the thickness A4 of the disk 820. The thickness of the protective film 82, including the thickness A2, should be in conformity with the norms of the ISO7816 agreement. It is designed so that the thickness A4 of the disc 820 and the thickness D4 of the lower cover plate 97 are The added thickness is designed to be suitable for the international standard CD agreement. , For example, the thickness A6 of the upper cover plate 99 is about 1.2 mm, the depth of the disc mounting groove 993 A5 is about 0.8 mm, the thickness of the disc protective film 83 is about 0.2 mm, the disc 820 itself Is about 0.6 mm, and the thickness D4 of the lower cover plate 97 is about 0.6 mm.

[0018]   Further, as shown in FIG. 16, in the fifth embodiment of the present invention, the The structure of the fixed tank 997 and the fixed column 977 is simplified. That is, shown in the figure As described above, the fixing tank 997 is replaced with the fitting hole 998, and the fixing column 977 is replaced with the fitting convex sphere 978. By doing so, both the fitting hole 998 and the fixing column 977 can be firmly fixed. The purpose to be achieved is achieved.

[0019]

[Effect of device]

  According to the present invention, the functions of the IC / magnetic card and the CD are integrated into a card reader. Also, by providing multiple cards that are applied to both optical disk drivers, We succeeded in significantly increasing the capacity of the device, and at the same time achieved the purpose of being convenient to carry.

[Brief description of drawings]

FIG. 1 is a three-dimensional explanatory view of a known IC / magnetic card.

FIG. 2 is a side view of FIG.

FIG. 3 is a stereoscopic explanatory view of a known CD.

FIG. 4 is a side view of FIG.

FIG. 5 is a three-dimensional exploded view of the first embodiment of the present invention.

FIG. 6 is a side view of FIG.

FIG. 7 is a three-dimensional explanatory diagram when reading data according to the present invention.

FIG. 8 is a perspective view of another embodiment of the reading auxiliary board of the present invention.

9 is a side view of FIG. 8. FIG.

FIG. 10 is an operation explanatory diagram when the disc is installed in FIG.

FIG. 11 is an exploded view of a second embodiment of the present invention.

12 is a three-dimensional explanatory diagram after assembly in FIG. 11. FIG.

FIG. 13 is an exploded view of a third embodiment of the present invention.

FIG. 14 is an exploded view of a fourth embodiment of the present invention.

FIG. 15 is a stereoscopic explanatory view after assembly in FIG. 14;

FIG. 16 is an exploded view of a fifth embodiment of the present invention.

FIG. 17 is a cross-sectional explanatory view after assembly in FIG. 16;

FIG. 18 is an exploded view of a sixth embodiment of the present invention.

[Explanation of symbols]

11 card reader 113 Magnetic card reader 115 card slots 15 IC / magnetic card 17 magnetic tape 19 IC chip 20 optical disc 21 Center hole 25 CD reading surface 251 pit 253 protective layer 255 land 257 Storage layer 259 translucent layer 30 Optical disk reading tank 31 laser source 32 optical leader 33 spectroscope 35 Photoelectric detector 37 Transmission device 39 Drive motor 40 discs 41 Center hole 43 Wings of Light 45 CD reading surface 451 pit 453 land 455 protective layer 457 storage tank 459 Transparent substrate 47 magnetic tape 49 IC chips 50 reading support board 53 installation wards 55 Central stereotactic pillar 60 Optical disk reading tank 61 laser source 62 optical reader slot 63 spectroscope 65 Photoelectric detector 67 Transmission device 69 Spindle motor 70 Reading support board 75 Central stereotactic pillar 77 Fixed convex plate 80 discs 81 Localization hole 82 Disk protective film 820 disc 821 Stereotaxic hole 825 CD reading surface 829 IC chip 84 Protective film localization hole 85 CD reading surface 86 marked objects 88 exposed sky 89 IC chip 90 Reading support board 91 Centering hole 920 Reading auxiliary board 923 installation area 925 Centering pillar 93 installation areas 95 Central stereotactic pillar 955 Stereotactic convex teeth 97 Auxiliary board lower lid 971 Centering hole for lower lid plate 973 Stereotaxic 9735 Stereotaxic Area 977 Fixed column 9771 Stretched horizontal plate 9773 Stretched convex column 978 Mating convex sphere 99 Auxiliary board upper cover plate 991 Upper lid plate centering hole 993 Disc installation concave tank 997 fixed tank 9971 insertion slot 9973 convex pillar passage 9975 Mating plate 998 Fitting hole

Claims (26)

[Scope of utility model registration request] 1. A structure of a multiple card mainly including a disc and a reading auxiliary plate, the disc having at least one data reading section on the surface, and having a thickness suitable for putting in and taking out from a card reader, Fixed projection plates for installing and fixing the disk are provided on both sides, and after the disk is installed, the reading auxiliary board having a size suitable for being installed in an optical disk reader is included. The structure of multiple cards, which is characterized by that. 2. The structure of a multiple card according to claim 1, wherein the data reading section is selected from one of a magnetic tape, an IC chip, a CD reading surface, or a combination thereof. 3. The structure of the multiple card according to claim 1, wherein the thickness of the reading auxiliary board is added to the thickness of the disk to obtain a thickness based on the norm of the world standard optical disk agreement. 4. A CD reading surface is provided on the surface of the disc, a central hole is provided at the central portion of the CD reading surface, and the CD reading surface is provided with a central hole in a relative position. The structure of a multiple card according to claim 1, further comprising a centering column that is fitted in the center hole of the disk. 5. The structure of a multiple card according to claim 1, wherein the reading auxiliary board is made of a material having a light-transmitting property and flexibility. 6. A structure of a multiple card composed of a disk and a reading auxiliary board, wherein the surface has at least one data reading section, and the surface has a recess for mounting the disk. The multiplex card is characterized in that it is provided with an installation area, and if the thickness of the disc is added, the reading auxiliary board will have a thickness based on the norms of the World Standard Optical Disc Agreement. Construction. 7. The structure of a multiple card according to claim 6, wherein one of a magnetic tape, an IC chip, a CD reading surface, and a combination thereof is selected as the data reading section. 8. The structure of a multiple card according to claim 6, wherein the thickness of the disc is based on the ISO7816 agreement standard. 9. A CD reading section is provided on the surface of the disc, a center hole is provided at the center of the CD reading section, and the center of the disc is opposed to the setting section of the reading auxiliary plate. The structure of the multiple card according to claim 6, further comprising: a stereotactic center column that is fitted into the hole. 10. The center stereotactic column is a smooth cylindrical column,
Alternatively, the structure of the multiple card according to claim 9, wherein at least one localization convex column is provided. 11. A structure of a multiple card composed of a disk, a disk protective film, and a reading auxiliary board, wherein the disk is provided with at least one data reading section on the surface, and is stuck on the surface of the disk. When the thickness of the disc is added, the disc protective film having a thickness suitable for entering and leaving the card reader and the installation section for installing and fixing the disc are provided on the surface. A structure of a multiple card, comprising: a reading auxiliary board that is inserted into the optical disk reading tank after the disk having the disk protective film attached thereto is installed. 12. The disc protective film is provided with at least one mark, and the mark is selected from magnetic tape, letters, numbers, patterns, irregularities, and combinations thereof. 11. The method according to claim 11, wherein
Structure of the described multiple cards. 13. A locating hole is formed at an eccentric position on the disk, and a protective film locating hole is similarly provided on the disk protective film so as to face the disk locating hole position. The structure of the multiple card according to claim 11, wherein 14. The structure of the multiple card according to claim 13, wherein the central position on the reading support plate is a protruding central positioning column or a perforated central positioning hole. 15. The structure of the multiple card according to claim 11, wherein the thickness of the reading auxiliary board is added to the thickness of the disk to obtain a thickness based on the international standard optical disk agreement. . 16. A reading auxiliary board upper lid, which is designed according to the outer shape of the disk, and has a disk setting concave tank provided therein for installing the disk, and the reading auxiliary board upper lid. And a reading auxiliary plate lower lid which is fitted and fixed to each other and has a thickness based on the international standard optical disc agreement standard when the thickness is overlapped with the upper lid. 11. The structure of the multiple card according to item 11. 17. The fitting device is provided with at least one selected from at least a fixed tank, a fixed column, a fitting hole, a fitting convex sphere, and a combination thereof. Structure of the described multiple cards. 18. A structure of a multiple card composed of a disk and a reading auxiliary board, wherein at least one data reading section is provided on the surface, and a positioning hole is formed at an eccentric position, and the surface. Is provided with a recessed installation area for installing the disk, and includes the reading auxiliary board having a thickness based on the world standard optical disk agreement norm when the thickness of the disk is added. The structure of multiple cards, which is characterized by that. 19. A disk protective film is attached on the surface of the disk, and the disk protective film is selected from magnetic tape, letters, numbers, patterns, concavities and convexities, and combinations thereof. 19. The structure of a multiple card according to claim 18, wherein at least one mark is provided. 20. The structure of the multiple card according to claim 19, wherein the thickness of the disc plus the thickness of the disc protective film is a thickness based on the ISO7816 agreement. 21. The structure of a multiple card according to claim 18, wherein the thickness of the disc is based on the ISO7816 standard. 22. The fixed convex plates are provided on both sides of the installation section of the reading auxiliary plate, and the installation section is naturally formed between the both fixed projection plates. Item 19. The structure of the multiple card according to item 18. 23. An upper plate of a reading auxiliary board which is provided with a recess inside and is designed according to the outer shape of the disk so that the disk can be installed, and which has an installation concave tank. A reading auxiliary plate lower plate having a thickness that is fitted and fixed to the upper lid plate by a fitting device and has a thickness based on the norm of the world standard optical disc agreement when the thickness of the disc is added, The structure of a multiple card according to claim 18, characterized in that it is constructed. 24. The disk is provided with at least one data reading section selected from a magnetic tape, an IC chip, a CD reading surface, and a combination thereof on the surface, and the disk has a thickness. Is a structure based on the ISO7816 agreement, which is a multiple card structure. 25. The structure of the multiple card according to claim 24, wherein a positioning hole is formed at an eccentric position on the disk. 26. The multiple card further has a disc protective film attached on the disc upper surface, and when the disc thickness is added to the thickness of the disc protective film, the ISO7816
Claim 2 characterized in that the thickness is based on the agreement norm.
The structure of the multiple card described in 4.