7results about How to "Judge science" patented technology

The present invention relates to the field of cable sheath testing technology, and specifically to a method for evaluating the heat aging resistance of cable sheath materials, comprising: marking the obtained cable sheath, recording the size and shape of the cable sheath, and determining the performance parameters of the cable sheath; the performance parameters include tensile strength, elongation at break, elastic modulus, and expansion coefficient; subjecting the cable sheath to hot air aging treatment to obtain the aged cable sheath; testing the aged cable sheath to determine the performance parameters of the cable sheath after aging; determining the stability index of the performance parameters at different temperatures and times according to the corresponding temperature and time of the aging treatment; determining the correlation between the performance parameters at various temperatures and times based on the stability index of the performance parameters, and determining the performance degradation time of the cable sheath according to the correlation between the performance parameters at various temperatures and times. Accurate prediction of the performance degradation time of the cable sheath is achieved.

This invention relates to the field of biomedical detection technology, specifically disclosing a method for targeted detection of biomimetic nanocarriers based on GPC3 targeting peptides and macrophage membranes. The method includes: S1, acquiring the biomimetic nanocarrier and obtaining particle size distribution data; S2, obtaining nanoparticle morphology images; S3, obtaining characteristic peak signals of surface modification; S4, obtaining cell binding signals; S5, obtaining binding rate data; and S6, plotting release behavior curves. The detection process of this invention integrates multiple physical or chemical properties such as particle size, morphology, cell binding efficiency, and release characteristics. It constructs a multi-dimensional evaluation system using analytical instruments such as DLS, TEM, FTIR, UV-Vis, flow cytometry, and HPLC, overcoming the limitations of traditional detection methods that rely solely on a single indicator (such as particle size or transmission images). This multi-level, multi-angle detection approach makes the assessment of carrier performance more scientific and systematic, exhibiting higher stability and repeatability.

The invention provides a method for determining maintenance tasks and intervals in an airplane system / power device analysis process, which comprises the following steps of: extracting function failure data related to a system / power device to be analyzed from a database, and judging whether the airplane function failure affects the airplane safety or not by utilizing the data; judging whether the airplane function failure directly has negative effects on airplane operation or airplane task execution or not; actual operation data of the airplane are collected and analyzed, a dual-parameter Weibull distribution model is used for fitting fault data, and according to a model prediction result, a maintenance interval obtained through analysis is adjusted; and evaluating the maintenance task type and the maintenance interval of the system / power device. According to the method, the logic of an existing analysis method of the system / power device can be perfected, so that the logic better conforms to the design operation characteristics of the system / power device, meanwhile, the influence of subjective factors and the project development stage in the analysis process is avoided, and therefore the applicability and effectiveness of planned maintenance tasks are improved.

The invention relates to the technical field of intelligent locks, and discloses an intelligent lock password sequence setting method and device, computer equipment and a medium, and is applied to a target intelligent lock.The method comprises the steps that when it is detected that the target intelligent lock triggers a password setting function, a password sequence input by a user in an interaction area is obtained, the interaction area is arranged on a panel of the intelligent lock and / or an application program associated with the intelligent lock; a first feature set is determined according to the password sequence, a second feature set corresponding to other intelligent locks in a preset range of the target intelligent lock is obtained, and the second feature set is generated according to password sequences of other intelligent locks; the first feature set is compared with the second feature set, a comparison result is obtained, reminding operation corresponding to the comparison result is executed, and the reminding operation is used for reminding the user to reset the password sequence. The problems that risks are easily caused by similar passwords in intelligent lock password setting and leakage risks exist in an existing similar password avoiding scheme are solved.

The present invention relates to the technical field of coal mine data analysis, and in particular to a coal mine information integrated monitoring system and method, comprising a data acquisition module, a data processing module, a support information analysis module, a push slide information analysis module and an intelligent control module; wherein the support information analysis module determines the support pressure average value and the support pressure range at each moment, compares the support pressure range at the same moment with the support pressure reference value in each direction and determines the support pressure type in the corresponding direction, determines the current support pressure average value state according to the current support pressure average value and the historical pressure preset value, and determines whether there is a collapse tendency of the roof in combination with the support pressure type and the current support pressure average value state; the push slide information analysis module determines the support state of a single hydraulic push slide to determine whether to adjust the position of the single hydraulic push slide; the intelligent control module determines the coal mining adjustment strategy according to the collapse tendency and the support state of the hydraulic push slide.

The present invention discloses a network security intelligent protection method and system based on an intrinsic security mechanism, which relates to the field of network security technology. The main scheme is: real-time monitoring of network data flow and network flow historical data, respectively calculating the flow mutation index F m , Protocol Abnormal Index P a and port abnormality indicator Port a And make anomaly judgments; calculate the comprehensive anomaly index I, preset thresholds to judge the network traffic status, and trigger the inherent security mechanism protection when the network traffic is seriously abnormal; calculate the risk assessment value R and the rule strength ACL of access control, and take different measures for network traffic anomalies; detect intrusion prevention systems, calculate detection sensitivity S and current attack update frequency F new , further calculate the current network access control policy strength C new , update the network's access control policy in real time; this method has an inherent security mechanism that can immediately protect against serious anomalies and continuously learn and optimize security protection strategies to adapt to changes in the network environment and new security threats.

The present invention proposes a method and system for monitoring abnormal data of the whole process period of wound infection, which relates to the field of data monitoring technology. The method collects data of the preset whole process period of wound infection, obtains the collected data of the whole process period, calculates the node infection coefficient of each cycle time node, and establishes an infection cycle monitoring image; extracts positive infection data and negative infection data according to the infection cycle monitoring image information, calibrates the positive infection nodes and the negative infection nodes, and then obtains the node connection lines; obtains adjacent infection differences according to the node infection coefficients, compares the adjacent infection differences with the preset infection development threshold, and then obtains the development node group; judges the positive development and negative development of the development node group, and then judges whether to issue an infection warning, issues a warning according to the judgment result, obtains warning information, and realizes comprehensive monitoring and warning of the whole process period of wound infection.