127results about How to "Prevent illegal copying" patented technology

A PC, which is a data-processing apparatus copies a file in a mini disc via a data-recording apparatus. The file is composed of a copyrighted music content accumulated in the HDD of the PC, which have been reproduced from another recording medium such as a CD, a DVD or the like. The data-recording apparatus records the ID specific to the PC in the mini disc. Not only the music file, but also the content ID specific to the content is recorded in the next-generation mini disc used in an embodiment of this invention. The music file, thus backed up, is restored when the device in which the content is to be restored is identical to the PC that has been checked out, or when this device is collated to be identical to the PC.

A method of issuing an electronic voucher by an issuer is provided. The method includes steps of: (a) creating and registering a transaction including a voucher data, a public key and a signature value of the issuer, with a private blockchain database, providing the issuer with a PrivTxid locating the transaction in the private blockchain database, and updating and registering value information including a balance of the voucher data with a BDB; and (b) acquiring and registering a representative hash value calculated using a specific hash value, which is a hash value of the voucher data, the public key, and the signature value, and its corresponding hash values which include a hash value of a delta_n including all balances of all vouchers, identifiable by all PrivTxids locating their transactions, with a public blockchain database, and acquiring a Txid locating the representative hash value in the public blockchain database.

The invention relates to an external data transmission method for a cloud computing system. The method is based on identity authentication and data encryption of universal serial bus (USB) equipment. A method for checking the identity of a user logging into a server comprises the following steps of: encrypting a password and a time stamp by a private key, and finishing signature in a USBKey; sending signature information to a cloud server; decrypting the signature information by the cloud server through a user public key to obtain the password and the time stamp, and if the time stamp is overdue, indicating that checking fails; acquiring a password abstract by a hash function, and if the password abstract does not accord with user password information stored in a database, indicating that checking fails; and only when the time stamp is effective, and the password abstract is consistent, indicating that user checking succeeds, accepting the identity of the user by the system, and supplying service. By the technical scheme, the security of the cloud computing system can be effectively improved.

The invention belongs to the technical field of product supervision and tracing and particularly relates to a safety traceability system based on a product supply chain. The safety traceability systemsafely stores digital currency transaction or other data through a decentralization protocol and features that, for instance, information is faking resistant and tamper resistant; full-process safetysupervision and tracing where product origins and destinations are traceable is achieved. The a safety traceability system based on the product supply chain comprises: a QR (quick response) code anti-faking label firmed on a product, wherein the QR code anti-faking label is used for recording a traceability code of the product and circulation information of the product occurred during product circulation; blockchain nodes in one-to-one correspondence with product supply links and serially connected in sequence, wherein each blockchain link is provided with an entering interface and a transaction interface.

A system and method for protecting content data are provided. In the system and method, by encrypting content data so that the content data is distributed with user privileges managed as the copyright holder wants, illegal copying is prevented and user privileges are managed according to predetermined regulations. The method for providing content data comprising the steps of (a) receiving user keys generated by a combination of unique information assigned uniquely to a user; and (b) encrypting the content data using the user keys and a predetermined encryption algorithm, and transmitting the encrypted content data to a user system. According to the system and method, by encrypting content data so that the content data is distributed with the user privileges managed as the copyright holder wants, illegal copying is prevented and user privileges are managed according to predetermined regulations. Also, because user keys are encrypted using the HUK, the possible exposure of user keys is prevented and content data can be distributed as the copyright holder wants using the DRM database.

The invention discloses a dereplication encryption lock for software and hardware of an embedded system. The dereplication encryption lock comprises an on-board member chip ID (identification) and software ID management component, a password and encryption program management component, an encryption and decryption component, a self-destruction and guard component, a processor chip with security verification and on-board port and control member chip. The on-board member chip ID (identification) and software ID management component is used for managing and controlling software and hardware in the system. The password and encryption program management component is used for generating secret keys and password exclusive to the system according to ID number of software and hardware, part number and artificial secret keys in the system. The encryption and decryption component is used for decrypting programs or data ciphertexts according to selected secret keys and encryption program to generate executable programs or data plaintexts. The self-destruction and guard component is used for performing safety detection and protection to chips in the system and preventing illegal tamper and replacement. The processor chip guarantees safe operation of programs needed by the system and cannot store any other programs or data except for own necessary serial number, starting code and response programs after power failure. The on-board port and control member chip is a port chipset which is used for finishing all functions of the system.

An information signal reproducing apparatus for reproducing an information signal from a recording medium on which the information signal, including added copy control information is recorded, comprising a first detector for detecting whether the information signal read out from said recording medium is encrypted or not-encrypted and for producing an output representative thereof; a second detector for detecting said copy control information from the information signal read out from the recording medium and for producing an output representative thereof; and a controller for selectively restricting reproduction of the information signal based on the outposts of the first detector and the second detector.

An optical recording medium having a scratch-off material layer includes a transparent substrate, a reflective layer formed on the transparent substrate, a protective layer formed on the reflective layer, information formed on a surface of the protective layer, and at least one opaque scratch-off material layer formed on the protective layer for disguising the information.

This invention discloses a generation method for permit documents including the following steps: generating a permit document die plate, storing shared information and product information for a soft product, applying a shared information private key to generate a shared information digital signature, its cleartext data include at least the above mentioned shared information, applying a product information private key to generate its digital signature and storing the signature of the shared information and the product information in a permit document die plate to form a permit document. This invention also relates to a protection method and a system for software products.

Near-infrared transmitting black azo pigments are represented by the following formula (1) and have a crystalline form selected from the group consisting of a thin, long crystalline form and a leaf-shaped crystalline form, wherein R represents at least one group selected from the group consisting of lower alkyl groups having 1 to 3 carbon atoms and lower alkoxy groups having 1 to 3 carbon atoms, n stands for an integer of from 1 to 5, and, when n is other than 1, R may be the same or different. These near-infrared transmitting black azo pigments can be produced by treating the corresponding black azo pigments of the formula (1) with an alkali in an alcohol. Near-infrared transmitting black azo pigments compositions each comprises one or more of the near-infrared transmitting black azo pigments and a near-infrared transmitting material as a vehicle.

The invention discloses an embedded IOP331 processor, which integrates a master CPU, a DDR2 memory, a dual-gigabit Ethernet, a dual-SATA disk controller and other major chips on a signal mainboard and can realize the single-path access and control of the maximum 16 SATA disks and also supports the dual-path redundancy control of 8 hard drives of a stand-alone. The host end can adopt the standard ISCSI agreement to realize the RAID creation, zoning and other disk operations of the SATA disks. The invention not only realizes the ISCSI disk array controller functions of a single mainboard, but also selectively provides the path redundancy of 8 disks and the path redundancy of the dual-gigabit Ethernet host in the controller based on the provision of 16-bit ISCSI access and RAID operations, so as to greatly improve the reliability of the disk array system under a single controller. The invention achieves high availability and high reliability, on the basis of low cost. At the same time, in order to prevent illegal copying of software products, the invention integrates a security chip with an SHA-1 encryption engine for the security encryption of the entire system.

The invention provides a server side for providing digital contents in an encryption mode. The server side for providing the digital contents in the encryption mode comprises a user management module, an authorization module and a content module. The server side divides the digital contents into a plurality of blocks by the use of data segmentation technique, each content block is encrypted and decrypted in order by the use of the information related to client's hardware ID (identification), and the hardware ID information comprises CPUID (central processing unit identifier) information, hard disk volume number information, BIOS (basic input output system) information, network card MAC (media access control) addresses, IP (internet protocol) addresses and combination of above information. The server side has the advantages that with the client's hardware ID information used during the authentication process and the encryption process, security during the communication process is ensured, and encryption efficiency is improved.

This invention relates to a video data duplication control system including a video compound water-mark inserting system for inserting a fixed and a variable water marks into a video signal source, a pick-up and detection system for detecting fixed and variable water-mark information inserted in video data to determine the source allowance duplication state, a modification system for modifying variable water-mark information. The method includes detecting variable water-mark information to determine its allowance duplication state and to modify variable water-mark information when it expresses it can duplicate the video data to register the data and modified information on media.

The invention discloses a method for registration code generation. A registration code comprises three types of information including a machine code, software product passwords and several software permissions, wherein the machine code can prevent illegal software use situations such as illegal copying and installation of software, re-installation of a reinstalled system and reinstallation after expiration of agreed trial conditions; by the different software product passwords, software developers can use the same software registration protection method to protect various types of software products; and in addition, setting of different software permissions can satisfy diversified demands of different users, and control is flexible. Hence, the scheme can effectively overcome the detects that existing registration codes only contain a little of information and single functions and can avoid the problems that authorization courses with application of a license document are too complicated and parameters are fixed, so users' input becomes convenient; and only the registration codes need to be changed when a software trial stage is switched to a formal use stage, re-installation is not needed, and operations are convenient and rapid.

The invention discloses a confidential method for set-top box software, which comprises that: a personal computer (PC) is connected with a set-top box by a joint test action group (JTAG) simulator, a central processing unit (CPU) of the PC transmits a code word calculation program to a random access memory (RAM) of the set-top box by the JTAG simulator, and the code word calculation program automatically reads an identity code of a set-top box FLASH, calculates a code word by using a data encryption standard (DES) 3 algorithm and writes the code word into a given position in the set-top box FLASH; and the set-top box is initialized after being electrified, the CPU of the set-top box runs the code word calculation program to calculate the code word of the set-top box FLASH, and compares the calculated code word with the code word, obtained by the step A, at the given position in the set-top box FLASH, and the set-top box is normally run if the code words are consistent, otherwise displays a FLASH running error prompt in a display interface thereof and terminate the running of the program. Due to the adoption of the method, the software is effectively prevented from being illegally copied with simple operations on the basis of not increasing hardware cost.

The invention relates to a method for generating a machine identification code of a flat panel detector. The flat panel detector is provided with at least one FPGA (field programmable gate array) chip used for processing image acquisition affairs on hardware, and each FPGA chip has an only device DNA sequence number for differing from other FPGA chips. The method for generating the machine identification code comprises the following steps of: acquiring the device DNA sequence number of a corresponding FPGA chip; converting the device DNA sequence number into a sequence which differs from the device DNA sequence number; and deriving a system license, an image ID and a log ID by using the machine identification code as an identity proof of the detector, wherein the system license is used for preventing illegal copying of a system, the image ID is used for indexing an image management database of the detector, the log ID is used for indexing a log database of the detector, and the detector is integrated with a background database of the detector established by an operation in charge, and has higher extended utility.

The invention discloses a method for restricting an encrypted certificated electronic map with variable information. Restriction information is set in a digital signature file by using a plurality of kinds of encryption algorithms. A user can use the electronic map only after the user passes the certification of the digital signature file. The publisher of the electronic map can randomly set a plurality of kinds of restriction information. When a novel electronic map is published, the user can upgrade the electronic map. The upgraded electronic map can only be used for restricting using time, specific user, specific software version or specific device specified in the information, thereby obtaining the goals of protecting the copyright of the electronic map and differently treating different users.

The present invention provides a method of preventing piracy, including an application program for providing data content and playing data content, at least part of the application program being read by a player; storing data content by unrecognized data format of the player; providing data chaining in the application program. The invention is used for preventing duplication, data delete in the adding hardware storage device.

The invention provides a method for software protection based on a shell technology. The method is characterized by comprising the steps of compiling a main program into a dynamic link library file through a compiling module; writing a shell program through the compiling module; moving a running access of the main program into the shell program through an execution module, and compiling the shell program into an executable program through the compiling module; executing the shell program through the execution module, and dynamically loading and running the main program through the shell program. The method for software protection can prevent illegal copying of software, fingerprint authorization is performed for computer hardware, client access services of not a local server can be avoided for the network version, and high-strength software protection is achieved.

A system for protecting copyrights of digital content includes a digital content server for providing digital content containing an address of a digital content server, performing authentication of the digital content, and generating execution/non-execution information representing an authentication result for the digital content. A mobile terminal receives the execution/non-execution information from the digital content server and executes the digital content according to the execution/non-execution information. A method may include the steps of detecting an address of a digital content server contained in the digital content; accessing the digital content server using the detected address and transmitting identification (ID) information necessary for executing the digital content to the digital content server; performing authentication of the digital content in the digital content server using the ID information, and generating execution/non-execution information representing an authentication result for the digital content, and transmitting the execution/non-execution information to the mobile terminal.

The invention provides a self-destroying protection method based on a malicious invasion of a file system. The method comprises the steps that when the content of a specified file in a common disk is not matched with the content in a specific file, the number of times of the malicious invasion of a hidden disk is accumulated; when the number of times of the malicious invasion of the hidden disk reaches an upper limit, the file system of the hidden disk is deleted, and the content in the hidden disk cannot be read. A device executing the method comprises a file type detection module, a content comparison module, an accumulating module, a comparison module for the number of times and a file system deleting module. The file type detection module is used for detecting the type of the specified file stored in the common disk of equipment, the content comparison module is used for distinguishing whether the content of the specified file is matched with that of the specific file or not, the accumulating module is used for accumulating the number of times of the malicious invasion of the hidden disk, the comparison module for the number of times is used for comparing the accumulated number of times of the malicious invasion of the hidden disk and the upper limit value of the accumulated number of times, and the file system deleting module is used for deleting information in an FAT area of the hidden disk. According to the method and the device, the safety of data in the equipment can be improved, and the data are effectively prevented from being illegally copied.