12results about How to "Avoid abuse" patented technology

The invention provides a touch management method and system for a templated message, and relates to the technical field of computer processing. The method comprises the following steps: receiving a message sending request which is initiated by a sender and specifies a message template to be sent to a target user; obtaining multi-dimensional management and control state information associated with the message sending request, wherein the multi-dimensional management and control state information comprises auditing state information of a message template, use permission state information of the message template for a sender, and receiving authorization state information of a target user for a message of a type to which the message template belongs; according to the cooperative judgment of the multi-dimensional control state information, a sending decision for the message sending request is generated, and the sending decision is used for indicating whether sending is allowed or not and / or determining a sending mode. According to the scheme, the accuracy, the safety and the user experience of message reaching can be systematically improved.

The utility model discloses a medicine dispensing cart which comprises a cart body, a code scanning module and at least one medicine storage drawer are arranged on the cart body, safety lock devices are fixed in the medicine storage drawers and used for preventing the medicine storage drawers from being opened accidentally, and the code scanning module is used for receiving and processing two-dimensional code information. The utility model has the advantages that the medicine can be prevented from being taken mistakenly, one patient and one prescription can be used once, and the medicine is prevented from being taken mistakenly, abused or reused.

The invention discloses a strain of leuconostoc mesenteroides V7, and the microbial preservation number is CGMCC (China General Microbiological Culture Collection Center) No.34824. The leuconostoc mesenteroides V7 disclosed by the invention is applied to products for inhibiting source avian pathogenic escherichia coli. The leuconostoc mesenteroides V7 disclosed by the invention has an inhibition effect on avian pathogenic escherichia coli, so that the leuconostoc mesenteroides V7 can be used for replacing antibiotics in poultry production and breeding to treat avian pathogenic colibacillosis. The invention provides a novel antibiotic substitute, which can obviously improve the infection condition of avian pathogenic escherichia coli in poultry bodies and avoid the problems of antibiotic abuse and bacterial drug resistance as much as possible.

This invention discloses a method, system, and computer equipment for electronic data forensics in police vehicles. The method includes: confirming whether the vehicle's onboard data storage device has read permissions; if read permissions exist, the investigating officer performs bidirectional authentication between the vehicle-mounted forensics equipment and the identity authentication module in the public security platform, activating and authorizing the secure, legal, and operable nature of the vehicle-mounted forensics equipment; if read permissions do not exist, data is directly read from the vehicle-mounted data storage device; and different data integrity checks and extractions are performed based on the two communication protocol types of the vehicle-mounted data storage device. This invention, in police enforcement scenarios, overcomes permission barriers and equipment damage constraints, enabling rapid acquisition and analysis of onboard data.

The present application relates to the technical field of vehicle identity authentication, and discloses a vehicle distributed identity authentication method and system based on biological characteristics, which comprises the following steps: a user completes initial biological characteristic registration on a source vehicle, and biological characteristics are bound with random keys by a fuzzy binding algorithm to generate a binding factor and a biological characteristic hash value and store them in association; when the user uses a target vehicle, the target vehicle locates the source vehicle according to the user identity and requests verification. The source vehicle sends the binding factor and the biological characteristic hash value to the target vehicle; the target vehicle collects the current biological characteristics of the user, recovers the candidate key by decoding operation using the binding factor, and generates a temporary biological characteristic hash value; and the authentication is completed by comparing the temporary biological characteristic hash value with the received biological characteristic hash value. The method uses a decentralized hash transmission and fuzzy binding verification mechanism to realize efficient, safe and non-repeated cross-vehicle identity authentication on the premise of protecting the privacy of biological characteristics.

The application provides a digital key processing method and device, electronic equipment and a storage medium, comprising: terminating communication when a first selected application failure response of a mobile terminal is received; sending an online authentication instruction when a second selected application failure response of the mobile terminal is received; sending the online authentication instruction or conducting a transaction with the mobile terminal according to a time interval between online authentication times when a selected application success response of the mobile terminal is received; sending a first online authentication request to the mobile terminal when the mobile terminal is offline; receiving an online authentication request response sent by the mobile terminal; sending a second online authentication request to a server; ending the online authentication process when a first online authentication failure response of the server is received; sending a digital key locking instruction to the mobile terminal when a second online authentication failure response of the server is received; and sending an online authentication verification request to the mobile terminal when an online authentication success response of the server is received.

The invention belongs to the technical field of communication, and particularly relates to a user permission checking method and device, a user permission sending method and device, equipment, a readable storage medium and a computer program product, and the method comprises the steps that a first network element receives first information from a second network element; the first network element checks user permission according to the first information; the first information comprises at least one of the following items: first purpose indication information used for indicating a purpose of data collection or a purpose permitted by a user; the second purpose indication information is used for indicating a first sub-purpose of the first purpose, or, the second purpose, or, the type of data collected by the first purpose, or, the first purpose and the second sub-purpose, and the first purpose comprises at least one of the following items: model training and model performance monitoring; the permission information is used for indicating that the user agrees with the first purpose, or the user does not agree with the first purpose, or the user agrees with the purpose indicated by the second purpose indication information, or the user does not agree with the purpose indicated by the second purpose indication information.

The invention relates to the technical field of short message verification, and discloses a short message verification code interface refreshing prevention method based on Redis. Comprising the following steps: acquiring mobile phone number information and verification code sending button pressing information through a front-end page; checking a button state through a front-end page, and carrying out front-end anti-brushing checking; a short message verification code sending interface is called through a rear end to receive mobile phone number information, and Redis anti-refreshing check is carried out; calling a third-party short message service through the rear end to send the verification code, and sending a verification code sending result through the rear end; a verification code sending result sent by the rear end is received through the front end, and a front end prompt is generated according to the verification code sending result; obtaining mobile phone number information and verification code information through a front-end page, and sending the mobile phone number information and the verification code information to a rear end for verification; the method has the advantages of remarkably improving the security and stability of the verification code interface, the resource utilization rate and the overall service quality of the platform.

The invention belongs to the field of cassava molecular markers, and particularly relates to a cassava KASP marker and application of the cassava KASP marker in cassava variety distinguishing. The 27 KASP markers provided by the invention have good distinguishing ability in cassava genetic analysis, and can effectively reveal genetic differences among different materials. The DNA fingerprint spectrum of 184 parts of cassava materials is constructed based on 27 core KASP markers, and the purpose of rapid variety identification can be achieved. The KASP marker disclosed by the invention can be used for effectively identifying false selfing offspring. In conclusion, the KASP marker provided by the invention provides a new method and thought for genetic improvement and variety identification of cassava, provides a powerful tool for subsequent cassava breeding and genetic improvement research, and is beneficial to breeding of new varieties with excellent characters.

The application discloses a kind of privacy calculation arrangement methods, systems, equipment and medium based on dynamic trust, it is related to data security technical field.The method comprises: receiving data processing request, and collecting context data including user trust, environmental risk and data sensitivity;Dynamic trust score is calculated based on context data, and target privacy calculation technology is dynamically selected according to score;Task is dispatched based on selected technology and guard agent is deployed in computing container;Periodically collect running state data as heartbeat to verify by guard agent, if verification fails, key interruption and memory erasure are triggered to fuse task;After completion of calculation, result and access control policy are encapsulated as security capsule;In response to capsule opening request, verify that terminal environment meets strategy, then decrypt rendering result in memory.The application realizes dynamic control from computing request to result use whole life cycle, solves the problem of authorized control.

The application discloses a kind of based on post-quantum signature operating system security authentication and key management method, belong to operating system security and quantum security technical field, including the following steps, establish the three-layer security architecture model based on hardware trust root-post-quantum signature chain-mixed key management;Operating system security authentication is carried out based on three-layer security architecture model;After security authentication passes, the whole life cycle management of post-quantum key is executed to generate key, and in the process, the way of hardware isolation and encryption protection is used to ensure that key is not leaked, traceable and controllable;Post-quantum signature and the post-quantum key obtained in the above step are deployed to the operating system and terminal equipment that have passed security authentication, the application uses the above method, realizes operating system full-scene anti-quantum security authentication, guarantees the safety of the whole life cycle of key, realizes the smooth compatibility with existing traditional cryptographic system, reduces migration cost, improves the overall security level of operating system.

The invention is suitable for the technical field of digital certificate management, and particularly relates to a block chain digital certificate management method and system supporting a full life cycle and data security, and the method comprises the steps: receiving a creditor-debt relationship uploaded by a creditor or a debtor, recognizing a core attribute, and storing the core attribute; wherein the core attributes at least comprise a subject identifier, a debt amount, a performance period and a right obligation type; creating child nodes in one-to-one correspondence with the core attributes, collecting real-time values of the core attributes, writing the real-time values into the child nodes, determining data sources, creating father nodes in one-to-one correspondence with the data sources, mounting the child nodes into the father nodes, and generating the verification tree. According to the invention, by configuring the circulation restriction rule, the abuse and illegal transfer of the digital certificate can be prevented, the fine management of the digital certificate is realized, and the whole circulation process can be recorded, so that the full-life-cycle supervision of the digital certificate is realized, and the management efficiency of the digital certificate is greatly improved.