321results about How to "Not easy to imitate" patented technology

The invention relates to an implicit user verification and privacy protection method based on multi-dimensional behavior characteristics. The method comprises the steps as follows: a, data of mobile equipment operation behaviors of a legitimate user is collected; b, a legitimate user operation characteristic model is established; c, a support vector machine is utilized for comparing current behavior characteristic vector with the legitimate user operation characteristic model, so that an operation comparing conclusion about whether a current user is legitimate is obtained, and the confidence level of the operation comparing conclusion is obtained; and d, probability that the current user is legitimate is calculated by a confidence level algorithm according to the current behavior characteristic vector and the confidence level, when the probability of the legitimate user is higher than a set threshold value, the current user is confirmed to be legitimate, otherwise, mobile equipment starts a privacy protection protocol which is set in advance. According to the implicit user verification and privacy protection method based on the multi-dimensional behavior characteristics, the power consumption is low, the probability of simulation and attack is low, accurate user identity recognition can be performed under the condition that the user cannot perceive, and a corresponding privacy protective measure is taken.

The invention relates to an anti-counterfeiting identification method by the aid of quantum points. The anti-counterfeiting identification method includes preparing quantum point ink: dispersing the quantum points in different structures and / or with different sizes into an organic solvent, adding transparent ink into the organic solvent, and uniformly mixing the organic solvent containing the quantum points with the transparent ink to prepare the quantum point ink capable of transmitting light with different wavelengths; loading an anti-counterfeiting identification: loading the prepared quantum point ink into a target product to be marked, forming the anti-counterfeiting identification in such a manner that at least partial areas in various component of the anti-counterfeiting identification contain more than one type of quantum points; detecting and converting the anti-counterfeiting identification: reading the central wavelength of each quantum point in the various components and ratios of luminescence intensities of the various quantum points by a spectrum detecting instrument; and converting the central wavelengths and the luminescence intensities of the various quantum points according to a coding rule to obtain a group of specific identification information, and judging the identification by the information. The anti-counterfeiting identification method has the advantages of difficulty in copying, high information capacity and fine stability.

The invention discloses a speaker identifying method and a system. The speaker identifying method comprises the following steps of: establishing a universal background model; establishing a to-be-identified speaker module; and using a training voice signal of the speaker to identify the speaker. Compared with the prior art, the invention has the following advantages that the high-performance speaker identifying system is disclosed by combining model space transformation and characteristic space transformation, and personal pronunciation features of the speaker are comprehensively reflected by the transformation of the two spaces. The transformation of the two spaces is calculated by using a self-adaptive algorithm based on the universal background model, so that good stability is achieved. Compared with the way of identifying the speaker by independently adopting model space transformation in the prior art, the identification rate of the system is greatly improved. Meanwhile, the system is more stable, and not easy to imitate.

The invention discloses an anti-counterfeiting component and an anti-counterfeiting product, wherein the anti-counterfeiting component comprises a base layer. A magneto-optical information layer is arranged on the base layer, machine-readable safety information based on a magneto-optical characteristic is loaded on the magneto-optical information layer. The magneto-optical characteristic comprises a magneto-optical faraday effect or a magneto-optical Kerr effect. The anti-counterfeiting product comprises an object which is provided with the anti-counterfeiting component. The anti-counterfeiting component is adhered to the object through a first adhesive layer and / or a second adhesive layer. An embodiment of the anti-counterfeiting component and the anti-counterfeiting product can improve anti-counterfeiting performance of the anti-counterfeiting component and safety of the anti-counterfeiting product.

The invention discloses a multi-spectrum invisible anti-counterfeiting identifier and a detection device thereof, and a detection method thereof. The multi-spectrum invisible anti-counterfeiting identifier comprises an infrared absorption anti-counterfeiting pattern region made of infrared absorption ink, a macroscopic region made of common ink, and an ultraviolet excitation anti-counterfeiting pattern region made of ultraviolet excitation ink. The detection device is composed of a multi-spectrum micro-lens imaging unit and an image analysis unit; the multi-spectrum micro-lens imaging unit consists of a multi-spectrum micro-lens imaging lens, a mounting bracket, a full-spectrum light source, a CMOS sensor, and a focusing mechanism; the multi-spectrum micro-lens imaging lens is installed on the mounting bracket; the full-spectrum light source is installed on the mounting bracket; and the CMOS sensor is installed on the focusing mechanism. The multi-spectrum invisible anti-counterfeiting identifier has characteristics of good multi-anti-counterfeiting capability, high anti-counterfeiting level, high security and reliability, and good anti-counterfeiting effect. The anti-counterfeiting technique has the important application values in bill, currency, certificate, commodity, military, and security information fields.

The invention provides a humidity-sensitive allochroic anti-counterfeiting functional material which comprises a photon crystal and a component B, wherein the photon crystal and component B form a component-B-base liquogel system; the photon crystal is a component A which is distributed in the component B in a periodic dot matrix mode in the form of particles; and the volume changes as the humidity of the component B changes. The particles in the component A are distributed in a dot matrix mode to form the three-dimensional photon crystal, thereby displaying the specific color; the component B has the swelling characteristic, and the volume changes as the humidity changes; and therefore, the dot matrix period parameters of the photon crystal formed by the component A can change as the swelling characteristic of the component B changes, so the defined wavelength can change, thereby displaying different colors and further implementing the anti-counterfeiting function. The color of the humidity-sensitive allochroic anti-counterfeiting functional material is determined by the dot matrix period parameters of the photon crystal formed by the component A, and thus, the material has high reliability and can not be easily imitated.

The invention provides a commodity digital anti-counterfeit method. The method comprises the following steps: setting security codes and randomly generated anti-forgery patterns on commodities; building one-one correspondence between the security codes and the anti-forgery patterns in an identification system; obtaining the identification system for users, inputting the security codes on commodities to the identification system, and outputting the anti-forgery patterns corresponding the security codes by the identification system. The method of the invention does not need real-time networkingsupport, the query efficiency is high and the query cost is low.

The invention discloses radio frequency based commodity information identification method and system. The radio frequency based commodity information identification method comprises the following steps that: communication equipment sends a command of inquiring a radio frequency tag to a Bluetooth card reader, wherein the command comprises commodity classes which need to be inquired; the Bluetooth card reader reads the anti-fake information of the radio frequency tag according to the commodity classes, wherein the anti-fake information comprises a commodity information dynamic code, an accessing time information code, a UID (User Interface Design) number, a CPU (Central Processing Unit) operation code and a random code; the Bluetooth card reader encrypts the anti-fake information and then sends to the cloud computing server through the communication equipment; and the cloud computing server decrypts the encrypted anti-fake information, compares the decrypted anti-fake information with locally stored anti-fake information, judges the authenticity of the radio frequency tag and notifies the communication equipment. In the invention, the anti-fake information is dynamically generated and difficult to imitate, and therefore, the safety of anti-fake detection is enhanced.

The invention provides a method and a system for issuing advertising bound with anti-forgery check of a medicine point-of-sale terminal. The system is formed by the way that terminal inquiry equipment is accessed to a medicine point-of-sale terminal anti-forgery inquiry system and an advertising releasing system; the judgment rules of fake medicines and suspected fake medicines are defined according to the uniqueness of China medicine electronic monitoring code featuring one medicine one code, material flow-status information of a medicine supply chain, the retail transaction time printed by the POS system of terminal sales and the comparison of time and information cancelled after verification on China medicine electronic monitoring platform in sales. The inquiry equipment is placed at the point-of-sale terminal so as to facilitate inquiries, and the earning is generated by the function of binding adverting by the system so as to support free inquires of consumers, thereby improving inquiry rate, increasing the checking possibility of fake medicines, forming a method and a system for anti-forgery check of the medicine point-of-sale terminal capable of actually cracking down on fake medicines, so as to thoroughly improve the situation that the inquiry rate of the anti-forgery check of medicines is low and cracking down on fake medicines can not be carried out. The method and system are effective complements of the anti-forgery check function of China medicine electronic monitoring platform.

This invention relates to one anti-false film, which comprises space holographic layer and reflection layer, wherein, the front comprises space information film with light sensing materials; the reflection layer comprises strengthening reflection effect regress film and the reflection information film with reflection graphic information. The process method comprises the following steps: independently processing the said holographic layer and reflection layer; then locating one layer to connect medium layer between holographic layer and reflection layer; finally combing the space holographic layer and said reflection layer.

The invention relates to an anti-fake label stick with hidden variable information. The anti-fake label stick comprises a paper layer 5. A surface printing layer 4, a data printing layer 3 and a covering layer 1 are arranged on one side of the paper layer 5 orderly from inside to outside, and a glue layer 9 is arranged on the other side of the paper layer 5. The anti-fake label stick is characterized in that a plasticizing layer 6, a dielectric layer 7 and a hidden information layer 8 are arranged orderly between the paper layer 5 and the glue layer 9. The data printing layer 3 in the anti-fake label stick has variable information codes. The anti-fake label stick with the hidden variable information is not easily replicated and has good anti-fake effects. The anti-fake label stick provided in the invention is applicable to various hang tags, securities, product qualification certificates and various certificates.

The invention discloses an identity authentication method based on gesture characteristics, and the method is applied to a touch screen device. The method includes the steps that a current input gesture, on a touch screen, of a user is roughly compared with a plurality of gestures input in advance, and therefore rough similarity can be obtained; if the rough similarity requirement is reached, the acceleration, the angle and the distance of the current input gesture at each time slice are calculated, whether the acceleration, the angle and the distance of the current input gesture at each time slice are within the upper limit range and the lower limit range of the acceleration, the angle and the distance of the gestures input in advance at the corresponding time slice respectively or not are judged one by one, and the final similarity is calculated according to the judgment result; if the final similarity reaches a second preset threshold value, it is judged that identity authentication succeeds. The invention further discloses an identity authentication system based on the gesture characteristics. Through the method and system, according to the difference of the stability of the gestures input by the user, different password security grades are given.

The invention provides a handwriting-based method for identity identification and a terminal thereof. The method comprises the following steps that: a handwriting collection module collects to-be-identified handwriting; a feature extraction module extracts an identification feature of the to-be-identified handwriting, wherein the identification feature is used for characterizing specificity of the to-be-identified handwriting; a determination module determines whether the identification feature is matched with a standard feature of standard handwriting or not, wherein the standard feature is stored in a handwriting sample database; and if it is determined and obtained that the identification feature is matched with the standard feature, the identity is legal; If not, the identity is illegal and the standard feature is used for characterizing specificity of the standard handwriting. According to the method, handwriting is employed to carry out determination on legality of user identity; because handwriting of each person is unique and will not be changed randomly in a long time, stability of identity identification is ensured; in addition, handwriting is not easy to be imitated, sothat identity identification employing handwriting has high security.

The invention discloses an anti-counterfeiting file, a method for manufacturing the same and a safety ticket. The anti-counterfeiting file comprises a transparent polymer base layer (1), a first pattern layer (2), a second pattern layer (3) and a third pattern layer (4). Metal printing ink is impressed and cured on the upper surface of the polymer base layer (1) to form the first pattern layer (2), gravure printing is carried out on curable printing ink on blank portions, except for the first pattern layer (2), of the upper surface of the polymer base layer (1) to form the second pattern layer (3), the third pattern layer (4) is arranged on the lower surface of the polymer base layer (1) and is provided with holographic structures, and the holographic structures are registered with first portions (9) and are formed by means of stamping.

Provided is an online safe payment system based on handwriting authentication. The system comprises a 101 user registration module; a 102 reception module; a 103 learning and training module; a 104 authentication module, and a 105 payment module. The 102 reception module is used to receive any to-be-identified signature sample input by a user, perform multi-feature fusion to use various attribute characteristic values as the characteristic values of the sample, excavate contribution degree of each attribute characteristic value on correct identification of the signature, perform descending sort, and select a group of optimal weights according to contribution value rank ordering to fuse various characteristics. The 103 learning and training module converts the combined multi-feature set to data of 1 to 8, and the data is used as input based on a neighbourhood-hypernetwork sorter, so as to perform training and tests. A user inputs a signature, and the 104 authentication module compares a to-be-identified hyperedge with hyperedges in a hyperedge library to authenticate authenticity of user handwriting. The 105 payment module applies the handwriting authentication to online safe payment. The system has higher stability, security, and convenience. The system combines with a multi-feature fusion technology, and can improve identification efficiency and accuracy of signature samples.

The invention discloses a bluetooth identification and verification anti-counterfeiting system based on an intelligent terminal, and a method thereof. The bluetooth anti-counterfeiting system comprises radio frequency tags and an intelligent terminal used to identify information of the radio frequency tags. The radio frequency tags comprise a bluetooth module which records anti-counterfeiting identification information and a battery. The intelligent terminal comprises a bluetooth front-end module, a processing unit and an output unit. When the intelligent terminal is working, the bluetooth front-end module is connected with the bluetooth module in the radio frequency tags, reads the recorded anti-counterfeiting identification information and uploads the anti-counterfeiting identification information to the processing unit to be identified. The output unit outputs a result to finish authenticity identification of goods. Compared with existing optical visual anti-counterfeiting technologies such as two-dimension codes, bar codes, laser, etc., the anti-counterfeiting system is much harder to be imitated. Using a mobile phone as a client is more convenient and rapid than using a special card reader. The bluetooth anti-counterfeiting system can be widely used in convenient anti-counterfeiting identification fields such as food, pharmaceutical, logistics, etc. The bluetooth anti-counterfeiting system has multi-tag detection capability with rapid detection, can greatly reduce identification time, increase an identification distance, and reduce error probability.

The invention discloses an anti-counterfeiting element and an anti-counterfeiting product utilizing the anti-counterfeiting element. The anti-counterfeiting element comprises a base material and a plurality of magnetic coding areas arranged on the base material, wherein the coating shape of each magnetic coding area in the plurality of magnetic coding areas has preset rules. Each magnetic coding area in the plurality of magnetic coding areas arranged on the base material is coated with different coating shapes according to the preset rules, and thus wave signals, detected by a magnetic sensor, of the obtained magnetic coding areas are in asymmetrical waveforms. The anti-counterfeiting element obtained through the mode above is not easy to counterfeit, is good in anti-counterfeiting performance and is anti-counterfeiting codes having good crypticity.

The invention provides a disposable laser anti-counterfeiting label. The disposable laser anti-counterfeiting label is characterized by comprising a base film layer, a laser holographic transferring coating, a metal plating layer, an anti-counterfeiting code layer, a pressure-sensitive adhesive layer and a lining layer, wherein the base film layer, the laser holographic transferring coating, the metal plating layer, the pressure-sensitive adhesive layer and the lining layer are arranged in sequence from inside to outside; the anti-counterfeiting code layer is arranged on the inner side of the base film layer; or the anti-counterfeiting code layer is arranged between the metal plating layer and the pressure-sensitive adhesive layer. The anti-counterfeiting label provided by the invention is adhered to a commodity or an outer package and a laser anti-counterfeiting pattern and an anti-counterfeiting code are damaged when the label is uncovered; the label cannot be repeatedly utilized and is not easy to counterfeit; the high anti-counterfeiting property of commodity anti-counterfeiting identification and the reality of the commodity can be met.

The invention discloses an anti-counterfeit coating white cardboard containing dyed wood pulp fibers. The cardboard comprises a surface layer, a core layer and a bottom layer which are overlapped sequentially, wherein dyed wood pulp fibers are contained in the core layer and / or bottom layer in a content of 0.7-0.9wt%. The invention further discloses a process for producing the dyed wood pulp fibers and the anti-counterfeit coating white cardboard containing the dyed wood pulp fibers. According to the process, wood pulp fibers are dyed with dye, and the dyed wood pulp fibers are added in the core layer and / or bottom layer of the coating white cardboard to obtain the anti-counterfeit coating white cardboard, and the dyed fibers are easily identified. Compared with common dyed fibers, the dyed wood pulp fibers are simple in preparation flow, low in price and good in environment-friendly performance, have the characteristics of original fibers, and are soft and plastic. The prepared coating white cardboard achieves a higher level in the fields of paper strength, printability and flexible performance in comparison with existing high-grade coating white cardboard.

The invention discloses a coding mechanism and key for a clutch type clock. A clutch pin is arranged in the lock and is in linkage with an unlocking mechanism, the coding mechanism is arranged in the lock and comprises multiple coding plates, bumps on the coding plates are provided with reset blocks and toothed grooves, the bumps on each coding plate are the same, positions, relative to clutch grooves, are not exactly the same, the multiple coding plates are stacked in the axial direction, the circle centers of circular rings are coaxial, multiple toothed blocks are arranged on the key, when the key is inserted into the coding mechanism to rotate, the multiple toothed blocks of the key are meshed with the multiple toothed grooves of the coding plates successively to drive the coding plates to rotate, and the clutch grooves of the coding plates are right opposite to the clutch pin; when the key is rotated reversely, the key drives a reset bar to be meshed with the multiple reset blocks of the coding plates successively, all the reset blocks of the coding plates are rotated to the same direction, and the clutch grooves are not in the same direction. According to the coding mechanism and key for the clutch type clock, the coding information content produced by the coding mechanism is large, and the capacity of controlling technical opening is strong.

The invention belongs to the field of anti-fake marks and particularly relates to an uncovered anti-fake mark and a making method thereof. The anti-fake mark comprises two parts, namely a stripping part and a retaining part. The surface of the retaining part is a transparent layer which is composed of multiple parts. According to the preparation method, the material of the transparent layer is cut and then composited to the lower portion of a cured glue layer. The anti-fake mark is high in anti-fake power and cannot be easily simulated; since the transparent layer is composed of multiple parts, when the anti-fake mark is uncovered, only a part at the edge is uncovered, and the remaining parts are reserved at the retaining part; in this way, pattern information of the retaining part can be protected, and invalidation due to damage is prevented; the making method is scientific, reasonable, simple and easy to implement.

The invention discloses an optical anti-counterfeiting device based on nanocrystal cellulose. The optical anti-counterfeiting device based on the nanocrystal cellulose comprises a nanocrystal cellulose film adhering to a double-sided adhesive film. A preparation method of the optical anti-counterfeiting device comprises the steps that first, a bleached fibrous material and sulfuric acid with the concentration of 64wt% are stirred at 45 DEG C for 90 min to 120 min for hydrolytic acidification, and ten-fold deionized water is added to terminate the reaction; second, centrifugal separation is carried out, concentrated suspension at the bottom is collected, the suspension is dialyzed through a dialysis membrane with the molecular weight ranging from 12000 dalton to 14000 dalton till the solution pH is equal to seven, the dialyzed suspension is made into a colloidal solution with the weight concentration ranging from 0.5wt% to 8wt% through ultrasonic dispersion; third, a fluorescent brightener is added in the colloidal solution, the mixture is evenly mixed, and the concentration of the fluorescent brightener ranges from 50 ppm to 150 ppm; fourth, the obtained colloidal solution is placed on a polystyrene petri dish and aired at room temperature so that the nanocrystal cellulose film can be obtained, and the nanocrystal cellulose film is bonded to a double-sided adhesive tape base material. The optical anti-counterfeiting device has multiple complicated dominance and recessiveness anti-counterfeiting characteristics, on-site recognition can be carried out by a simple means, and the optical anti-counterfeiting device cannot be easily counterfeited by other people.

The invention discloses an intelligent mobile terminal, an unlocking method thereof and a device with a storage function. The unlocking method of the intelligent mobile terminal comprises the steps that human feature data is acquired; whether the acquired human feature data is matched with preset human feature data is judged; if the acquired human feature data is matched with the preset human feature data, motion feature data is acquired; whether the acquired motion feature data is matched with preset motion feature data is judged; and if the acquired motion feature data is matched with the preset motion feature data, unlocking operation is executed. Through the mode of execution, the occurrence rate of misoperation can be reduced, high security is achieved, and user experience is improved.

The invention discloses a fiberizing, retexturing and recycling technology of fabric rags, in particular to a fiberizing, retexturing and recycling technology of denim fabric rags. In a treating and recycling process flow, color cotton fiber is directly produced without a bleaching process and spun after compounding cotton and mixing colors to produce dyed yarn in the same confirm color. The dyed yarn is made into chaine and is directly overdyed in a dying process to save a bottom color dying process, reduce the dye consumption, shorten production flows, save water and electricity costs, and take the favorable effects of saving energy and reducing consumption. Meanwhile, the invention can be used for producing overdyed denim fabrics of various color styles.

The invention relates to the false proof field, and discloses a false proof element and a false proof product; the false proof element comprises a substrate, and continuous magnetic zones made of the same material and arranged on the substrate, wherein the magnetic zones comprise a plurality of first and second zones arranged at intervals, and the remanent magnetism of the first zone is bigger than that of the second zone. The false proof element can well hide magnetic coding zones, and is simple in making technology and low in cost.

The invention discloses an identity verification method of an automatic teller machine. Through the adoption of the method, a fingerprint image of a user is obtained and compared with a pre-stored fingerprint image template, so that the purpose of verifying the identity of the user is achieved, wherein the fingerprint image template is obtained by querying user identifiers input by the user without using a bank card or a password, and the risk of economic losses caused on the user because the bank card is lost or the password is disclosed is reduced; in addition, the fingerprint of the user is unique and high in differentiation degree, so that the reliability of fingerprint image verification is high; the cost of equipment for verifying the identity of the user according to the fingerprint is low, and the intelligentization performance of the automatic teller machine is improved. The invention further discloses an identity verification device and system of the automatic teller machine which have the advantages above.

The invention relates to the computer technical field and discloses the embodiment of an instant communication method. The method comprises the following steps that: firstly, an instant communication client unit receives an instant communication session start-up instruction which is generated according to a triggered signal of an instant communication session initiation link in a web page, and the instant communication session initiation link is provided by an instant communication session receiving party; secondly, the instant communication client unit obtains session parameters and authentication information corresponding to the instant communication initiation link through non-plaintext means; thirdly, the instant communication client unit authenticates the instant communication session initiation link according to the authentication information; if the instant communication session initiation link passes the authentication, an instant communication session is started up, or else, the instant communication session is not started up. The invention also discloses embodiments of a method for generating the link, an instant communication system and a terminal. The reliability of the instant communication conversation realized by the instant communication session initiation link on the web page can be improved through the embodiments of the invention.

A method for printing multi-color pattern on fabric includes such steps as splitting the color of an original pattern into red, yellow, blue and black colors by computer, outputting their negative films, choosing screen, installing it on frame, exposing to preparing 4 plates, preparing the pigment slurries for said 4 colors, scrape printing four times, steaming, and water washing.