44results about How to "Reduce the chance of counterfeiting" patented technology

Devices and methods are disclosed which relate to identifying ‘duplicate’ records in a database by finding similarities between records and applying a set of heuristic rules to determine a likelihood of being a duplicate record. The weighted results of the application of the heuristic rules identify possible duplicate records in the database. Embodiments of the present invention search records comprising fields of personal information. Matches are found between records and weighted according to the degree of similarity and uniqueness. By taking account of the different modes by which duplication errors typically originate in the database to which the method is applied, these heuristic rules identify a higher percentage of actual duplicate records in the database. The heuristic rules also produce a lower rate of ‘false positives’ than the methods for identifying duplicate records in databases now known in the art.

The invention provides a third-party intelligent trademark identifier anti-counterfeit authentication cloud service system. The system comprises an intelligent station, an RFID label data encryption device, an RFID label data upload device, a user terminal APP, a cloud server and a system management platform. Enterprise login of the system management platform is carried out, an enterprise, commodity, RFID electronic label ID and bar codes are established on the platform, the commodity information, the bar codes and the RFID electronic label ID are bound and are stored in an area of the cloud server corresponding to the ID, login of a terminal user to the user terminal APP is carried out, through the NFC function of a handset, the label information is decrypted and read, detailed data of products and a manufacturer is acquired, and authenticity is visually identified. The system is advantaged in that anti-counterfeit encryption is carried out based on the RFID intelligent label, authenticity identification of commodity can be accomplished by the user through utilizing the NFC function of the handset, product traceablility is realized, and the user information can be managed by the enterprise brand user through the management platform.

The embodiment of the invention discloses a user terminal and a fingerprint identification method. The user terminal comprises a processor, at least one fingerprint sensor and a housing. A groove is formed in the housing. The at least one fingerprint sensor is arranged in the groove and is used for performing stereoscopic sensing identification on the fingerprint touching the inner surface of the groove and obtaining stereoscopic image information of the fingerprint. The processor is in signal connection with the fingerprint sensor and is used for analyzing and processing the stereoscopic image information obtained by the at least one fingerprint sensor so as to identify the stereoscopic image information of the fingerprint. The fingerprint identification method is applied to the user terminal. According to the invention, at least one fingerprint sensor can be arranged in the groove of the housing so as to perform the stereoscopic sensing identification on the fingerprint touching the inner surface of the groove and the reliability of the fingerprint identification is improved.

A cryptographic checksum apparatus is disclosed. This apparatus includes a keystream generator configured to generate a secret keystream according to a common secret key. The apparatus also includes a postfix circuit configured to augment postfix bits after an original message. Further, a demultiplexer is used to direct the postfixed message to one of the output terminals under the control of the secret keystream. A first mixer is connected to one output terminal of the demultiplexer, and a second mixer is connected to the other output terminal of the demultiplexer. Moreover, a first compression circuit is used to receive an output of the first mixer, wherein content of the first compression circuit is used as the first part of the checksum output. Similarly, a second compression circuit is used to receive an output of the second mixer, wherein content of the second compression circuit is used as the second part of the checksum output. Finally, a first transmission gate is connected to the second compression circuit, whose output bit is then transferred to the first mixer through the first transmission gate under control of the postfixed message bit. A second transmission gate is connected to the first compression circuit, whose output bit is then transferred to the second mixer through the second transmission gate under control of the postfixed message bit.

The embodiment of the invention relates to an NFC (Near Field Communication) label key management system. The system comprises a root key encryption machine, a production encryption machine group and a counterfeit verification encryption machine group. The root key encryption machine is used for generating a unique first-level key and dispersing corresponding second-level keys for the production encryption machine group and the authenticity verification encryption machine group based on the first-level key, and the production encryption machine group is used for dispersing a three-level key with one signature and one password for each NFC label based on the second-level keys; and the authenticity verification encryption machine group can perform authenticity verification on each NFC tag based on the secondary key. The secret key management system created by the system can reduce the counterfeit probability of the NFC label and enhance the anti-counterfeiting performance.

The invention discloses an anti-counterfeiting system based on texture image characteristics and random glitter powder. The anti-counterfeiting label comprises an anti-counterfeiting feature unit andan anti-counterfeiting identification unit, wherein a main body of the anti-counterfeiting feature unit is a packaging material of a commodity, a texture area is arranged on the packaging material, atransparent protective shell is covered above the texture area, the transparent protective shell and the packaging material are bonded through fragile paper, and glitter powder which is randomly distributed is adhered to the surface of the fragile paper; the texture area comprises a plurality of sub-texture areas with random positions, shapes or areas and texture differences, a frame is drawn around any random sub-texture area, and a two-dimensional code corresponding to the information of the sub-texture areas and the distribution image information of the glitter powder is printed on one sideof the texture area in an ink-jet manner; the anti-counterfeiting identification unit comprises a handheld client device which is used for acquiring an image of the outer surface of the packaging material, a glitter powder distribution image and texture images of the whole texture area and the sub-texture areas and identifying the two-dimensional code; and the handheld client device is in wireless communication with the server.

The invention relates to a trace random bubble based anti-counterfeit label. The anti-counterfeit label includes 1-3 random bubbles and a three-dimensional carrier accommodating all the random bubbles; the positions of the random bubbles are randomly distributed in the three-dimensional carrier; and image characteristics combining the random bubbles with the three-dimensional carrier are recordedin a database, so that contrast recognition can be performed by image recognition equipment. Thus, pre-sale false inspection of goods can be realized; and labels have characteristics of being non-replicable and non-recyclable, so that possible can be provided for public to widely participate in goods false inspection.

The invention relates to a random bubble based anti-counterfeit label. The anti-counterfeit label includes 4-8 random bubbles and a three-dimensional carrier accommodating all the random bubbles; thepositions of the random bubbles are randomly distributed in the three-dimensional carrier; and image characteristics combining the random bubbles with the three-dimensional carrier are recorded in a database, so that contrast recognition can be performed by image recognition equipment. Thus, pre-sale false inspection of goods can be realized; and labels have characteristics of being non-replicableand non-recyclable, so that possible can be provided for public to widely participate in goods false inspection.

The invention relates to a two-dimensional random graph based anti-counterfeit label. The anti-counterfeit label includes two-dimensional random graphs and a three-dimensional carrier accommodating all the two-dimensional random graphs; the positions of the two-dimensional random graphs are randomly distributed in the three-dimensional carrier; and image characteristics combining the two-dimensional random graphs with the three-dimensional carrier are recorded in a database, so that contrast recognition can be performed by image recognition equipment. Thus, pre-sale false inspection of goods can be realized; and labels have characteristics of being non-replicable and non-recyclable, so that possible can be provided for public to widely participate in goods false inspection.

The invention discloses an anti-counterfeiting system based on texture image features and bar code recognition. The system comprises an anti-counterfeiting feature unit and an anti-counterfeiting identification unit, wherein the main body of the anti-counterfeiting feature unit is a packaging material of a commodity. A texture area is arranged on the packaging material, the texture area comprisesa plurality of sub-texture areas with texture differences, the sub-texture areas are random in position, shape or area, frames are drawn around at least two random non-adjacent and non-crossed sub-texture areas respectively, and a bar code corresponding to each piece of sub-texture area information is printed on one side of the texture area in an ink-jet manner and marked in a numbering manner. The anti-counterfeiting identification unit comprises handheld client equipment which is used for acquiring images of the outer surface of the packaging material, texture images of the whole texture area and each sub-texture area and identifying the bar code; and the handheld client equipment is in wireless communication with the server. According to the invention, the surface image of the packagingmaterial and the texture images of the texture areas and the sub-texture areas are matched, and the server only stores the whole texture area image, so that the storage space is greatly saved.

The invention discloses a decentralized surround type anti-counterfeit label based on an RFID chip and a dynamic two-dimensional bar code. The label includes an annular protective shell, a dynamic two-dimensional bar code displaying unit, and a dynamic two-dimensional bar code generating unit. The upper surface of the annular protective shell is flush with the outer surface of goods. The dynamic two-dimensional bar code displaying unit comprises a cylindrical bracket longitudinally inserted inside the goods; the top of the bracket is integrally connected with the protective shell; the outer side of the bracket is divided into a first part and a second part in a circumferential direction, the former is vertically provided with a fingerprint sensor and an NFC chip, and the latter is dividedinto a plurality of small blocks embedded with RFID chips in the circumferential direction; each of the small blocks is separately provided with a display screen; and the bottom end of each of the display screens is separately provided with an input end. The dynamic two-dimensional bar code generating unit includes a shell body embedded inside the goods; the shell body is located outside the bracket, and the position of the shell body adapts to positions of the display screens; and an arithmetic unit connected with each of the input ends is disposed inside the shell body. The fingerprint sensor and the arithmetic unit are separately in wireless communication with a server; and the server is also in wireless communication with a handheld client device that recognizes the NFC chip, each of the RFID chips and the dynamic two-dimensional bar code.

The invention discloses an anti-counterfeiting system based on texture image features and two-dimensional code recognition. The system comprises an anti-counterfeiting feature unit and an anti-counterfeiting identification unit, wherein the main body of the anti-counterfeiting feature unit is a packaging material of a commodity. The packaging material is provided with a texture area, the texture area comprises a plurality of sub-texture areas with texture differences, the positions, shapes or areas of the sub-texture areas are random, a frame is drawn around any random sub-texture area, and atwo-dimensional code corresponding to the information of the sub-texture areas is printed on one side of the texture area in an ink-jet manner. The anti-counterfeiting identification unit comprises handheld client equipment which is used for acquiring an image of the outer surface of the packaging material, the texture image of the whole texture area and the texture image of the sub-texture area and identifying the two-dimensional code; and the handheld client equipment is in wireless communication with the server. According to the invention, the surface image of the packaging material and thetexture images of the texture areas and the sub-texture areas are matched, and the server only stores the whole texture area image, so that the storage space is greatly saved.

The invention discloses a buckle-cap type anti-counterfeit label based on a dynamic bar code. The label includes a cylindrical protective shell with one closed end, a dynamic bar code displaying unit,and a dynamic bar code generating unit. The dynamic bar code displaying unit includes a circular cylinder-shaped bracket fixed on one side of goods; the protective shell covers the bracket inside; the side surface of the bracket is circumferentially provided with a display screen; one end of the display screen near the goods is provided with an input end; and one end of the bracket away from thegoods is provided with a label ID and a wireless communicator. The dynamic bar code generating unit includes a shell body embedded inside the goods; an arithmetic unit is disposed inside the shell body; and the arithmetic unit is connected with the input end. The label ID and the arithmetic unit are separately in wireless communication with a server; and the server is also in wireless communication with a handheld client device that recognizes a wireless communicator chip and the dynamic bar code. The anti-counterfeit label adopts a buckle-cap type; and the bracket equipped with the display screen, the label ID and the wireless communicator chip is covered through a cylindrical protective shell with one end closed, thereby effectively preventing bump damage of components of the anti-counterfeit label during a transportation process of the goods.

The invention relates to a three-dimensional anti-counterfeit label based on three-dimensional random graphics. The label includes three-dimensional random graphics and a three-dimensional carrier capable of accommodating all the three-dimensional random graphics. The three-dimensional random graphics in the three-dimensional carrier are randomly distributed; image features of combination of the three-dimensional random graphics and the three-dimensional carrier are recorded in a database; and the three-dimensional random graphics are used for being compared and recognized by an image recognition device. Pre-sale inspection on a counterfeit of goods can be achieved; and the label has the characteristics of non-replicability and non-recyclability, and provides the possibility for the publicto participate in inspection on the counterfeit of the goods.

The invention discloses an agricultural product traceability system based on big data, which comprises a management server, a seedling server, a breeding server, an agricultural product server, a breeding control gateway connected with the breeding server and a plurality of ear tags, and is characterized in that each ear tag has a unique identity number; the ear tag is used for monitoring the movement, position and temperature information of the cultured organisms and exchanging information with the control gateway; the ear tag comprises a primary tag and a secondary tag which can be clamped and matched with the primary tag; the secondary tag is provided with a penetrating rod, a clamping assembly is arranged on the primary tag, and identification codes corresponding to the unique identity numbers are arranged on the primary tag, the secondary tag and the anti-counterfeiting sticker. According to the invention, breeding service providers can be effectively prevented from replacing ear tags, so that the breeding information counterfeiting probability can be greatly reduced.

The invention provides an identity authentication method, an apparatus and an identification terminal. The method comprises: receiving motion information and finger pressure information sent by the motion sensing signature pen, wherein the motion information and the finger pressure information are collected by the motion sensor module when a user signs with the motion sensing signature pen; extracting a motion eigenvalue from the motion information and extracting a pressure eigenvalue from the finger pressure information; judging whether the motion eigenvalue is greater than a preset maximum authentication threshold value, and judging whether the pressure eigenvalue is within a preset authentication range; if the motion eigenvalue is larger than the preset maximum authentication thresholdand the pressure eigenvalue is within the preset authentication range, the user identity authentication being confirmed to be passed, so as to reduce the probability that the signature is forged and improve the accuracy of the user signature recognition.

The invention discloses a rotary type anti-counterfeit label based on a dynamic two-dimensional bar code. The label includes a circular protective shell embedded inside goods, a dynamic two-dimensional bar code displaying unit, and a dynamic two-dimensional bar code generating unit. The upper surface of the circular protective shell is flush with the outer surface of the goods. The dynamic two-dimensional bar code displaying unit includes a bracket; a shape and a size of the bracket adapt to the shape and the size of the circular protective shell; the bracket is provided with a rotating shaft;the rotating shaft is sleeved by the circular protective shell, and the circular protective shell can rotate around the shaft; the bracket is sequentially provided with a label ID, a wireless communicator and a display screen; and the bottom end of the display screen is provided with an input end. The dynamic two-dimensional bar code generating unit includes a shell body; the shell body is integrally connected with the bottom of the bracket; and an arithmetic unit connected with the input end is disposed inside the shell body. The label ID and the arithmetic unit are separately in wireless communication with a server; and the server is also in wireless communication with a handheld client device that recognizes the wireless communicator and the dynamic two-dimensional bar code. The anti-counterfeit label adopts a rotary type, and is integrally embedded inside the goods, thereby effectively preventing bump damage of components of the anti-counterfeit label during a transportation process of the goods.

The invention provides a face recognition verification system and a face recognition verification method, and relates to the technical field of face recognition. The face recognition verification system comprises a face input unit used for inputting face information of a target crowd before a face recognition operation is executed; a face recognition unit which comprises an illumination enhancement unit used for increasing illumination robustness before face features are converted into characterizable information; a face feature processing unit; and a feature matching unit which calls recognized face feature information from the face feature processing unit. According to the invention, the illumination enhancement unit and a comparing and screening unit are added in the face recognition unit, so that the problem of recognition difficulty caused by weak illumination is solved, the error rate of face recognition is reduced, and the face recognition effect is better compared with a common face recognition system; and the probability of face counterfeiting can be reduced due to the fact that a passive light compensating unit is integrated.

The invention relates to a random bubble based three-dimensional anti-counterfeit label. The three-dimensional anti-counterfeit label includes at least 10 random bubbles and a three-dimensional carrier accommodating all the random bubbles; the positions of the random bubbles are randomly distributed in the three-dimensional carrier; and image characteristics combining the random bubbles with the three-dimensional carrier are recorded in a database, so that contrast recognition can be performed by image recognition equipment. Thus, pre-sale false inspection of goods can be realized; and labelshave characteristics of being non-replicable and non-recyclable, so that possible can be provided for public to widely participate in goods false inspection.

The invention relates to an anti-counterfeit label based on trace amount random bubbles. The label includes 1-3 random bubbles and a three-dimensional carrier capable of accommodating all the random bubbles. The random bubbles in the three-dimensional carrier are randomly distributed; image features of combination of the random bubbles and the three-dimensional carrier are recorded in a database;and the random bubbles are used for being compared and recognized by an image recognition device. Pre-sale inspection on a counterfeit of goods can be achieved; and the label has the characteristics of non-replicability and non-recyclability, and provides the possibility for the public to participate in inspection on the counterfeit of the goods.