专利检索_ 身份证信用卡支票或类似的承载信息用的卡片的结构或构造专利检索_ 身份证信用卡支票或类似的承载信息用的卡片的结构或构造专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	认证识别卡及认证识别卡的制造方法	CN03823562.5	2003-09-24	CN1688453A	2005-10-26	服部良司
一种卡基材(100)，具有使用了白度为80－95％的白色聚酯的支撑体的第1片构件(101)、和层叠在第1片构件上的第2片构件(102)，第1片构件具有担载信息和/或图像的图像担载层(103)，在支撑体与图像担载层之间至少具有含紫外线吸收剂的层(104)。另外，在支撑体与图像担载层之间至少具有含紫外线吸收剂的层及缓冲层(105)。另外，在支撑体与图像担载层之间至少具有含硅烷偶合剂的层(106)及缓冲层。由此，耐光性、图像清晰性提高，并且第1片构件的高温保管时、长期保管时的变黄少，能够作成图像清晰性优异的认证识别卡。
2	聚丙烯卡片结构物	CN00819628.1	2000-10-17	CN1309557C	2007-04-11	N·科恩里帕利; M·F·舒尔茨; L·P·恩格尔; J·M·琼扎
提出了一种图像保留卡片。本发明的图像保留卡片可用作身份证、驾驶执照、护照等。本发明图像保留卡片包括基片结构物、封面和置于基片结构物和封面之间的图像接受材料。基片结构物包括基片层和基片粘结层。
3	聚丙烯卡片结构物	CN00819628.1	2000-10-17	CN1454145A	2003-11-05	N·科恩里帕利; M·F·舒尔茨; L·P·恩格尔; J·M·琼扎
提出了一种图像保留卡片。本发明的图像保留卡片可用作身份证、驾驶执照、护照等。本发明图像保留卡片包括基片结构物、封面和置于基片结构物和封面之间的图像接受材料。基片结构物包括基片层和基片粘结层。
4	抗静电卡	CN95118423.7	1995-09-23	CN1143228A	1997-02-19	罗兰·勒鲁; 让-卢克·比尔
本发明涉及信用卡或电话卡类型的卡片，其基于以下混合物：a)至少一种含有亲水性聚醚嵌段的热塑性弹性体，b)至少一种选自苯乙烯树脂、氯乙烯树脂、聚碳酸酯、聚酯和聚酰胺的热塑性树脂。
5	CARTE MULTICOUCHE COMPORTANT UNE COUCHE EXTERNE FIBREUSE	EP11748739.7	2011-07-13	EP2598324A1	2013-06-05	LE LOARER, Thibaut
The present application relates to a multilayer card (1) comprising a fibrous outer layer (2; 2A; 2B), the fibrous outer layer (2; 2A; 2B) comprising: relative to the total weight of the fibrous outer layer (2; 2A; 2B), 55 wt % to 80 wt % of natural fibres, preferably 60 wt % to 65 wt %; relative to the total weight of the fibrous outer layer (2; 2A; 2B), 3 wt % to 10 wt % of synthetic fibres, preferably 4 wt % to 8 wt %; relative to the total weight of the fibrous outer layer (2; 2A; 2B), 9 wt % to 20 wt % of inorganic fillers, preferably 12 wt % to 16 wt %; a binder, in particular a mixture of PVA and starch or a latex, preferably selected from among acrylic, styrene-butadiene or butadiene latexes; and a softener, in particular glycerine, urea, sodium nitrate, or the mixtures thereof, the fibrous outer layer (2; 2 A; 2B) being printed upon and/or comprising a security element, which is in particular luminescent.
6	AUTHENTICATION/IDENTIFICATION CARD	EP03755680.0	2003-09-24	EP1547806A1	2005-06-29	HATTORI, Ryoji, Konica Minolta Photo Imaging, Inc.
A card substrate 100 having a first sheet member 101 using a white polyester support having a degree of whiteness of 80 through 95 percent and a second sheet member 102 laminated on the first sheet member 101. The first sheet member 101 has an image carrier layer 103 for carrying information and/or an image, and at least an ultraviolet absorber-containing layer 104 is arranged between the support member and image carrier layer 103. At least an ultraviolet absorber-containing layer 104 and a cushioning layer 105 are arranged between the support member and image carrier layer 103, and at least a silane coupling agent-containing layer 106 and a cushioning layer 105 are provided between the support member and image carrier layer 103.
7	Card recording material and the card using the same	JP2001080620	2001-03-21	JP4959064B2	2012-06-20	法義梅田; 武志金崎
To present a recording material for card excellent in resistance to abrasion, hardly leaving folding crease, and having an adequate rigidity, and various cards using such recording material considering environmental effects, such as scratch card excellent in information concealing performance. A base material composed of one layer or two or more layers in a thickness of 800 mum or less, of which maximum displacement measured by a nano indentation tester when a load of 4.9 mN is held for 1 second by using a triangular pyramid indenter is 1.1 mum or more, void content is 25% or less, and rigidity is 4 mN or more.
8	JPS5543172B2 -	JP6068076	1976-05-27	JPS5543172B2	1980-11-05
A secure property document is provided which includes an optical data set defined by radiant energy modifying elements underlying a magnetic data member for reflecting infrared radiation therethrough. Preferably, the infrared reflectors are comprised of a plurality of thin metallic elements vapor deposited onto a magnetic tape during manufacture prior to hot stamping.
9	Method and device for collating safe certainty for false functional article	JP10732776	1976-09-09	JPS5233444A	1977-03-14	IERUGEN BUROSOO; ERIKU FURUGARUTO

10	Polypropylene card construction	US09591601	2000-06-09	US06555213B1	2003-04-29	Nagraj Koneripalli; Mark F. Schulz; Lori P. Engle; James M. Jonza
An image retaining card is disclosed. An image retaining card in accordance with the present invention may be utilized as an identification card, a driver's license, a passport, and the like. An image retaining card in accordance with the present invention comprises a substrate structure, a cover, and an image receptive material disposed between the substrate structure and the cover. The substrate structure comprises a substrate layer and a substrate tie layer.
11	Anti-theft credit card	US312787	1994-09-26	US5538291A	1996-07-23	Ulf Gustafson
The invention is an improved credit card utilizing a die-cut removable portion which enables both visual and/or mechanical disablement of the card. The die-cut portion is preferably in the shape of a conventional key providing a visual indicator of the missing link necessary to make the card operational. The die-cut portion of the card may encompass identifying indicia such as the owner's name, the card expiration date, the numerical identification number, and/or the magnetic strip. Variations of the die-cut key allow certain aspects of the card to remain enabled should the removed key be accidentally lost. The invention requires that the key lock system be carried separately from the credit card thus frustrating pick-pockets or instances where the cards are otherwise stolen or lost. A second embodiment of the invention includes the use of the die-cut portion placed within two side surfaces of a credit card device. A portion of the card is transparent so as to provide visual indication of the key position within the card. An attachment device is further provided for securing the removed die-cut portion to a key ring or necklace providing ease of accessibility for reinsertion into a card member.
12	Protective holder for a thin-walled card, particularly a bank card, credit card or the like	US736077	1991-07-26	US5217056A	1993-06-08	Gerhard Ritter
The protective holder for a thin-walled card, advantageously for an identification card with a magnetic strip or chip, has a front and rear piece attached to each other at three closed peripheral side edges so as to form a receiving space with an open edge for the card and a receiving opening at the open edge. A recess is provided in the open edge of the front or rear piece so that on insertion of the card, particularly the card with the magnetic strip, the card does not come into contact with the opening edge and is not scratched by it in the vicinity of the recess. A raised portion in the form of a ramp rising toward the open edge is provided in the piece having the recess in the vicinity of the open edge and the recess is provided under that raised portion so that no weakening of the holder occurs because of a decrease in the wall thickness of the front or rear piece. Clamping elements can be provided attached to the front and rear piece inside the receiving space to hold the card inserted in the holder. An inclined protruding portion can be connected to the piece not having the recess at the open edge to guide the card during insertion.
13	Identification card, sensor, and system	US126409	1980-03-03	US4338025A	1982-07-06	Elton D. Engel
There is disclosed a novel identification card, sensor, and system using fingerprint or thumbprint pattern identification to confirm the user's identity. The preferred embodiment of identification card contains a sliding transparent window which is concealed when the card is not in use. When the card is used, it is inserted into a sensor and the window is slide to a visible position where the user can impress his or her thumbprint or fingerprint thereon. The sensor scans the thumbprint or fingerprint and transmits the pattern to a central file for comparison with a record thumbprint or fingerprint of the individual who is authorized to use the identification card. An account number can be located on the card enabling the sensor to scan and transmit to the central file, information to identify the record thumbprint or fingerprint against which the user's physical thumbprint or fingerprint is being compared. The authorized user is confirmed by an appropriate indication at the sensor while an unauthorized user is detected by another appropriate indication. Once the authorized user's identity has been confirmed, the transaction is completed; then the transparent window is returned to its concealed position. As the window is being slid to its concealed position, a wiper within the card wipes the residual print from the window. The sensor is particularly convenient for use and includes a compact scanning device and also a keyboard for entry of additional information relating to the transaction.
14	Rub-on security cards	US813247	1977-07-06	US4109047A	1978-08-22	Donald M. Fredrickson
Articles in the form of multilayered cards which contain information invisibly printed between a support member and a top member. By rubbing the exposed surface of either the support member or the top member, the information is developed into visible information which can be viewed either through one of the members, i.e., when one of the members is composed of a transparent material, or by physical separation of the members. The multilayered cards are structured similarly to multilayered carbonless copy papers. The information is protected from premature, unauthorized development and detection due to the fact that development thereof creates a chemical change in the multilayered card which cannot be reversed.
15	Magnetic-type information card and method and apparatus for encoding and reading	US502532	1974-09-03	US4058839A	1977-11-15	John C. Darjany
A flexible resilient magnetic particle type information card capable of correctly reading information thereon after such card has been bent double on itself and creased, said card comprising a flexible base, a layer of uniformly distributed magnetic particles thereon, and a flexible overlayer of nonmagnetic material, said over layer having a thickness of at least 2 mils, said layer of magnetic particles being magnetically encoded, the magnetic flux transitions of such encoding being at least 0.02 inch apart and said magnetic particle layer being enclosed between the base layer and over layer and spaced from the edges of the card.A method of storing information in binary data form comprising magnetically recording information on a magnetic strip that has an over layer of at least 2 mils by inducing transitions in the magnetization of the strip at a minimum spacing of 0.02 - 0.1 inch.A magnetic information card and card reader system comprising the magnetic information card described above in combination with a card reader having a slot accommodating the card in a tight but not binding fit and a structural portion of the reader having a hole forming a relief opposite the reading head of the reader.
16	Identification card apparatus	US50122765	1965-10-22	US3381398A	1968-05-07	YOW-JIUN HU

17	Identification device	US39344041	1941-05-14	US2283898A	1942-05-26	SALVATORE ARICO

18	SCHUTZBESCHICHTUNG FÜR DOKUMENTE	EP03759952.9	2003-06-13	EP1523417A1	2005-04-20	KREUTER, Rüdiger
The invention relates to a protective coating for documents such as a passport, an identification card, or plastic cards such as credit cards, access cards, etc., which is highly resistant to abrasion while having as little influence as possible on the structure of the substrate, i.e. which keeps flexible substrates flexible, and can be applied prior to the document being individualized. The inventive document comprises a flexible or rigid substrate made of a textile material, paper, and/or plastic, particularly film-type or card-type plastic, and a protective coating and is characterized by the fact that said protective coating is less than 0.02 mm thick and is deposited on the substrate particularly from the gas phase and/or plasma phase.
19	Plastikkarte und Verfahren zu deren Herstellen	EP00111305.9	2000-05-25	EP1073008A3	2003-12-17	Winter, Friedrich; Bernard, Walter
Die Erfindung betrifft ein Verfahren zum Herstellen wenigstens einer kundenindividualisierten Plastikkarte (2), bei welchem wenigstens eine unbedruckte Plastikkarte (2) hergestellt wird, die wenigstens eine hergestellte und unbedruckte Plastikkarte (2) auf einem druckereinzugsfähigen Trägermaterial (1) lösbar aufgespendet wird, eine kundenindividualisierte Druckvorlage für die wenigstens eine unbedruckte Plastikkarte (2) erstellt wird, die wenigstens eine unbedruckte Plastikkarte (2) von einem handelsüblichen Drucker mit der erstellten Druckvorlage bedruckt, und die wenigstens eine bedruckte Plastikkarte (2) von dem Trägermaterial (1) gelöst wird. Die Erfindung betrifft ferner eine Plastikkarte (2), bei welcher eine oder beide Kartenseiten mit einer durch einen Tintenstrahl- und/oder einen Laserdrucker bedruckbaren Kunststoffbeschichtung beschichtet ist. Schließlich betrifft die Erfindung auch ein druckereinzugsfähiges Trägermaterial mit wenigstens einer darauf lösbar aufgespendeten, unbedruckten, von einem handelsüblichen Drucker bedruckbaren Plastikkarte (2).
20	CARDS	EP95937934.8	1995-11-16	EP0792214B1	1998-09-02	ADKINS, Kelvin, Patrick; HANN, Richard, Anthony; JENNO, Gary, John
Secure cards consisting essentially of a card base having an overlying thermally transferred topcoat, with a thermal transfer image in a dye-receptive surface of the card base and the topcoat typically of a polymethyl methacrylate composition, frequently show severe image fading after relative short periods of time when kept and carried in normal PVC pouches. To improve protection against such fading, the present topcoat comprises at least one barrier layer which is formed of a polymer composition having a Tg>70 DEG C, and which is resistant to the formation of microscopic cracks in the topcoat under tensile bending that is insufficient to cause macroscopic permanent deformation.

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