15results about How to "Realize supervision" patented technology

The invention relates to the technical field of community management, and particularly discloses an abnormal condition management method and system applied to a large intelligent old-age care community, and the method comprises the steps: obtaining the significant weak information of a marked old person, and marking the old person as a marked old user; generating potential abnormal scene information according to the significant weak item information; monitoring the scene information of the marked old person, and when the scene information is matched with the potential abnormal scene information, continuously obtaining physiological information based on a wearable intelligent device on the marked old person; judging or predicting whether the elderly user feels uncomfortable according to the physiological information and preset first early warning value information, and generating event processing information if the elderly user feels uncomfortable; according to the method, personalized risk assessment, intelligent scene recognition, real-time physiological monitoring and a quick response mechanism for marking the elderly are performed based on the significant weak item information, so that the management efficiency of the pension community is improved, and a safer and more comfortable living environment is provided for the elderly.

The invention relates to the technical field of greening management, in particular to an urban greening state monitoring method and system based on digital mirror image information, and the method comprises the steps: collecting the real-time live-action data of a designated city, combining the real-time operation rule of the city, and generating a virtual city update mirror image through a digital twinborn technology; extracting digital mirror image information in a specified time period from the virtual city updated mirror image to obtain greening state mirror image data, and generating a virtual city greening state by analyzing the mirror image data; further detecting the greening state of the virtual city, generating greening state early warning information, and feeding back the greening state early warning information to the real city to determine a monitoring area and a monitoring index; and performing live-action monitoring on the designated area of the real city, collecting and analyzing monitoring data to obtain an actual monitoring result of the alarm area, and synchronizing the actual monitoring result to the virtual city update mirror image. Dynamic monitoring and bidirectional feedback of the greening state are realized, and technical support is provided for fine management and scientific decision-making of urban greening.

The present invention relates to the field of database audit technology, specifically to a database automated audit method, system, device and storage medium, the method comprising obtaining the management authority of the database; constructing a topological map of the database; performing comparative analysis on the topological map and the preset protection map to determine the protection measures not set in the topological map; performing fusion analysis on the unset protection measures, the topological map, the preset protection map and the user's input information to obtain an audit strategy; and auditing the database according to the audit strategy to achieve comprehensive protection. The present invention solves the problem that the traditional Mysql database audit strategy is mainly set from a certain angle, such as user access rights; however, such an audit strategy lacks countermeasures from other angles such as network vulnerability protection or network attack protection, and cannot fully guarantee the security of data in the database.

The invention relates to the technical field of medical data, and discloses a critical value reporting method and system based on deep learning, and the method comprises the steps: training a pre-constructed initial evaluation model based on a historical sample data set, obtaining a critical value evaluation model, obtaining the medical record data of a to-be-estimated patient, importing the medical record data of the to-be-estimated patient into the critical value evaluation model, and obtaining a critical value report result. The method comprises the following steps: obtaining a critical value evaluation report, sending the critical value evaluation report to a pre-constructed doctor's advice system, confirming the doctor's advice report based on the doctor's advice system, encrypting the doctor's advice report to obtain encrypted data, and sending the encrypted data to a pre-constructed report query end. And after confirming that each responsibility query end in the report query end generates a return report, completing a critical value report based on deep learning. According to the method, the critical degree of the patient data can be evaluated by using the critical value evaluation model to provide diagnosis and treatment reference for doctors, and meanwhile, the doctor's advice report is pushed to a plurality of persons in charge in an encrypted form, so that supervision and implementation of each person in charge are realized.

The invention discloses an in-vehicle life body monitoring method and system, electronic equipment and a storage medium, and the method comprises the steps: obtaining a vehicle mode instruction, and controlling a preset vehicle to enter a life body guarding mode through the vehicle mode instruction; when it is determined that a preset vehicle enters the life guarding mode, a preset interaction instruction is obtained, and preset interaction connection between the preset vehicle and a target client is constructed according to the preset interaction instruction; obtaining first interaction data of the target client and second interaction data of the preset vehicle; performing interconnection mapping through the preset interaction connection according to the first interaction data and the second interaction data; and when it is determined that the target adjustment instruction of the target client is received, performing preset control adjustment on the preset vehicle according to the target adjustment instruction. According to the embodiment of the invention, interaction with the in-vehicle life body can be realized, and the monitoring effect on the in-vehicle life body is improved. The method can be widely applied to the technical field of Internet of Vehicles.

A medical device (100) and an information display method thereof, the medical device (100) comprising a memory (110), a processor (120) and a display (130), wherein: the memory (110) is configured to store an executable program, a display interface of the display (130) comprises a plurality of interactive display units (1, 2, …, N); the processor (120) is configured to execute the program stored in the memory (110), so that the processor (120) performs the following operations, comprising: obtaining medical information of a plurality of target objects, the medical information of each target object being derived from a plurality of source devices; associating the medical information of different target objects with different display units (1, 2, …, N); receiving a user's interactive operation on the display units (1, 2, …, N), and displaying a detailed information interface of a target object corresponding to the display units (1, 2, …, N) on the display interface, the detailed information interface being capable of displaying a multi-device fusion display interface; wherein the multi-device fusion display interface is configured to display medical information of a plurality of source devices and comprises a plurality of display areas, each display area displaying medical information on at least one source device, and the source devices corresponding to different display areas being different.

The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method based on a relay chain technology, and relates to the technical field of cross-chain asset transaction methods. The application discloses a privacy protection cross-chain asset transaction method

The utility model discloses a management and control network platform for a threshing and redrying production line. The management and control network platform comprises a production control unit, a production information unit, an engineer station, a workshop core unit, a server group, an operation and maintenance management unit and a video display management and control system, the production control unit comprises a first field access layer and a first central control room convergence layer, and the first field access layer is in communication connection with the first central control room convergence layer; the production information unit comprises a second field access layer and a second central control room convergence layer; the second field access layer is in communication connection with the second central control room convergence layer; the engineer station is in communication connection with the first central control room convergence layer and the second central control room convergence layer; the operation and maintenance management unit is in communication connection with the second central control room convergence layer; the workshop core unit comprises a first core switch, and the first core switch is in communication connection with the first central control room convergence layer, the second central control room convergence layer, the server group and the video display management and control system. And comprehensive presentation and rapid scheduling of production operation and operation data are realized.

The application discloses a lithium battery state of health estimation method and system based on physical information and Mamba, which comprises the following steps: firstly, the battery voltage and current data of each cycle of the lithium ion battery in the charging stage are acquired, and pretreatment is performed to form a pretreatment data set; secondly, two features of constant voltage charging time and constant voltage charging capacity are extracted based on the pretreatment data set, two features of the maximum incremental capacity and the incremental capacity variance are extracted based on the ICA curve, and a feature vector is constructed; then, the feature vector is input into a PINN-Mamba neural network to obtain a SOH prediction value; finally, the PINN-Mamba neural network is optimized and trained by using a loss function, and is tested and verified. The application solves the problem of uneven distribution of features of the battery in different states, and effectively improves the prediction accuracy of the SOH.

The invention discloses a tin industry whole industry chain safety and environmental protection management and control platform which comprises a target responsibility management module, a basic data management module, an employee management module, an occupational health management module, a risk and hidden danger management and control module, a field management module and an environmental protection operation management module. The target responsibility management module provides a consulting and summarizing function of basic information of personnel and institutions, so that a management layer can comprehensively master the situation of each unit; a basic data database is established in the basic data management module to realize centralized storage, consulting and exporting of data; an employee safety and environmental protection training management and control process is established in the employee plastic training management module; and an occupational health management module establishes an occupational disease prevention and treatment management business flow, and formulates issuing standards, approval and receiving processes of labor insurance supplies. By integrating a plurality of functional modules, safe and environment-friendly comprehensive management and control of the whole industrial chain of the tin industry from mining, smelting to deep processing and other links are realized, and the management efficiency is improved.

The invention relates to the technical field of grain storage monitoring, and particularly discloses a processing characteristic monitoring and analyzing system for early indica rice for rice noodles in a storage process, which comprises the following steps of: generating a three-dimensional quality deterioration risk map according to storage environment data, and performing layered space sampling according to the three-dimensional quality deterioration risk map to obtain a sample set with coordinate identification; performing differential scanning calorimetry analysis on the sample to obtain gelatinization enthalpy value data, and integrating the gelatinization enthalpy value data with space coordinates and risk levels of the sample into a structured database; by taking the space coordinate as a position variable, the gelatinization enthalpy value as a target variable and the risk value as an auxiliary variable, processing by adopting a covariant Kriging algorithm, and generating a continuous aging degree prediction curved surface covering the whole storage space and corresponding uncertainty evaluation data; and finally, constructing a three-dimensional visual distribution map based on a prediction result, calculating a whole warehouse statistical index, identifying a high-confidence local deterioration region, and forming a quality decision report. The problem of monitoring distortion of a traditional method is effectively solved.

The application relates to the field of data processing, in particular to a medicine return and quality control app, which comprises a receiving module that receives a return application of a client; an allocation module that judges a return application type according to the return application, forms an allocation task according to an electronic information sheet, and allocates the allocation task to a corresponding deliveryman terminal; an execution module that manages the deliveryman terminal to execute medicine return extraction according to the allocation task and the electronic information sheet, acquires actual return medicine information uploaded by the deliveryman terminal according to the allocation task, and generates an extraction success instruction; an acceptance module that generates a target electronic return sheet according to the extraction success instruction to generate a target return time, and receives a receipt instruction of a delivery terminal to determine whether acceptance is successful; and a management module that updates inventory information according to an acceptance determination result. The online medicine return can be tracked throughout the whole process, and the medicine quality can be inspected, the return efficiency is improved, and the quality of the returned medicine is ensured.

The present application provides a wearable portable heart monitoring device, including an electrocardiogram sensor and a host, wherein the host includes an electrocardiogram signal acquisition front end, a heart vibration signal acquisition module, a main control module, a power management module, a control module and a communication module, wherein the power management module, the electrocardiogram signal acquisition front end, the heart vibration signal acquisition module, the control module and the communication module are all connected to the main control module; the electrocardiogram sensor is used to collect electrocardiogram data, and the heart vibration signal acquisition module is used to collect heart vibration data. By simultaneously collecting electrocardiogram data and heart vibration data, some heart diseases that could not be diagnosed by relying solely on electrocardiogram signals can be supplemented (such as HRV variation, coronary heart disease, etc.), thereby realizing heart monitoring at a lower cost.

The invention belongs to the technical field of biological medicine, a series of differential miRNAs and intestinal strains are innovatively screened out in a patient queue by applying intestinal flora metagenomics and intestinal bacteria source plasma exosome miRNA sequencing, variable screening is carried out by adopting LASSO regression and gradual backward regression, and finally, two miRNAs including miR1403p and miR10a5p and two intestinal strains including AnaliterunusspG32012 are obtained through screening. According to the heart failure early-stage recognition method based on the Bifidobacteriumlonium, Bifidobacteriumlonium is used as a marker combination, meanwhile, a diagnosis model is constructed, high sensitivity and specificity are achieved for recognition of ventricular remodeling, the efficiency of early-stage recognition of heart failure can be improved, ventricular remodeling can be better found, recognized and intervened as soon as possible, heart failure can be better prevented and delayed, the heart failure early-stage recognition method can be applied to children, full-life-cycle screening and monitoring can be achieved, and the heart failure early-stage recognition method based on the Bifidobacteriumlonium can be used for early-stage recognition of heart failure. The method is expected to be applied to clinical examination and has clinical transformation value.

The present invention provides a manual inspection system for 5G micro base stations and 5G micro base station equipment, including: an identification label is attached to the outside of the 5G micro base station, and a first positioning module is provided; the server is used to input the information of the identification label of the 5G micro base station and the location information of the 5G micro base station according to the user's operation, formulate an inspection task according to the information and location information of the identification label, and send the inspection task to the mobile terminal; the mobile terminal includes a second positioning module, which is used to receive the inspection task so that the inspection personnel can perform the inspection work according to the inspection task, and scan the identification label to send the inspection result and the inspection location to the server. The system enables the inspection personnel to perform the inspection work according to the inspection task sequence, avoids the problem of missed inspection and missed inspection, avoids the problem of inspection personnel not being in place and cheating in inspection, improves the work quality of the inspection personnel, and alleviates the technical problems of missed inspection, missed inspection and not being in place in the existing manual inspection method.