72 results about "Monitoring Plan" patented technology

Methods and systems for health and wellness management, including computer programs for implementing such methods and systems, are disclosed. An illustrative system for managing the health and wellness of plan members within a health plan can include a plan sponsor, a behavior modification program targeted to one or more plan members within the health plan, and a plan administrator adapted to monitor the progress of each plan member participating in the behavior modification program. A customizable computer exercise program can be provided as a part of the behavior modification program to promote weight loss, increase activity level, as well as other health related objectives. The computer exercise program can include a compliance module adapted to monitor the plan member's usage of the program, and a communications module for transferring data back and forth between the exercise program and administrator.

A centralized irrigation system provides non-decision-making controllers in combination with a client server architecture that employs irrigation algorithms for monitoring and control. Live feedback means send information back to a server for use with sophisticated modeling capabilities to monitor exceptions to a planned control scheme, adjust control parameters, and provide a real-time update to system performance. This feedback is instantaneously routed from the server to monitoring and feedback client software connected to the server through a network and enables volume-based cycles and soaks of irrigation. Range-based control strategies determine a total volumetric water-holding capacity for a volume of soil and a range of desirable soil moisture. The system permits a shared-savings business model where the vendor provides a system and the customer only pays the vendor a portion of the savings obtained by using the system. It further permits rapidly deploying improved control systems to save water for a community.

A backup and recovery maintenance process useful, for example, in enterprise network systems having diverse application and data storage formats is disclosed. The process implements batch backup and recovery routines, in which critical backup files are generated and stored in accordance with standardized naming conventions. The process continuously monitors scheduled backup routines that each may be automatically performed at various intervals across the network, including traditional end-of-day backups, and further conducts integrity checks and housekeeping of stored backup files and transaction logs.

The invention provides a transmission line monitoring method and a transmission line monitoring device. The transmission line monitoring method comprises the following steps: comparing acquisition information sent by multiple pieces of acquisition equipment with preset information thresholds respectively to get comparison results; if judging that the acquisition information is abnormal information according to the comparison results, sending an abnormality alarm to a monitoring platform; generating task planning information and a maintenance preparation list according to the historical fault information in a fault information base, the abnormal information, and the personnel information in a personnel information base; determining whether each of maintenance terminals corresponding to maintenance terminal identification numbers in the maintenance preparation list is online; determining a target maintenance terminal; sending the task planning information to the target maintenance terminal; receiving maintenance information returned by the target maintenance terminal; and updating the fault information base according to the maintenance information. The problem in the prior art that there is no good monitoring plan for transmission lines and a grid fault cannot be responded to in a timely manner when a transmission line is abnormal is alleviated.

An operating strategy for effectively operating a system, such as a boiler system, is provided by quantifying operation of the system based on failure characteristics modeled in a computer processor performing failure mode and effects analysis (FMEA) to forecast damage mechanisms from operational parameters. One method includes determining operational consequences from inherent damage impact of fixed operational parameters, enabling instruments for operation with the processor for monitoring and diagnosing potential damage mechanisms, forming a graphic component map sufficient for user review of preselected system locations, and developing macroscopic in-service and out-of-service condition monitoring plans for the system. Detailed condition monitoring plans are then created from the macroscopic plans by the processor classifying each damage mechanism as one of active, incipient, incidental and passive, and processing each classified damage mechanism based on industry and local historical data for providing yield indices and propensities as reference for the FMEA.

The invention relates to an MES-based production system. A service order of an ERP system is pushed down to an MES system and a main production plan is issued automatically. The MES-based production system is composed of a data center, an MES management subsystem, an MES operation subsystem, and an MES monitoring subsystem. The MES management subsystem is used for invoking an execution process ofa CAPP/PDM system according to the main production plan, evaluating the capacity by combining data of a PM system, and forming a node plan and an operation plan of a production schedule. The MES operation subsystem is used for receiving the node plan and the operation plan that are formed by the MES management subsystem by a station integrated machine to invoke a process work sheet with an NC processing code, and sending an NC processing instruction to processing equipment of all workshops. And the MES monitoring subsystem is used for monitoring plan progress information, equipment state information, quality analysis information and dynamic capacity information of all workshops and feeding back the information to the data center in real time. With the system provided by the invention, dispersed production data information can be combined effectively to realize production coordination and collaboration.

A mountain geological disaster monitoring and prewarning system based on digital twin driving comprises data acquisition sensors arranged on a physical layer, a DT monitoring module, a DT prediction module and a DT prewarning module arranged on an information layer, and clients on a visualization layer. A monitoring and prewarning method comprises the following steps: Step 1, investigation is carried out on a geological environment, and a monitoring plan is obtained for focused monitoring on a current area; Step 2, real-time data is obtained according to the monitoring plan obtained in Step 1,and historical geological disaster data are all stored in a geological disaster digital twin database and analyzed in the DT prediction module; Step 3, BP neural network analysis is carried out in the DT prediction module based on the historical geological disaster data to obtain a geological disaster prediction model; and Step 4, the monitoring data obtained in Step 2 is stored in the geologicaldisaster twin database to obtain prediction results, and the prediction results are sent to the clients for visualization. The system and method provided by the invention has the characteristics thatthe personal safety of residents, tourists and the like can be protected, and economic losses can be reduced.

The present invention provides a carbon emission detection management system. The system comprises a carbon emission GIS system as well as a monitoring plan module, an enterprise self-check module, a third-party verification management module and an approval management module, which are each mutually connected to and communicates with the carbon emission GIS system. Based on the carbon emission detection management system, the present invention further discloses a carbon emission detection management method. By arranging three-party operational modules, i.e. an enterprise, a verification institution and a national development and reform commission, the carbon emission detection management system provided by the present invention converts various types of frequent carbon emission or carbon emission reduction behaviors during production of the enterprise into carbon emission data, and records an emission reduction result by combining a geographical image in the carbon emission GIS system, so as to improve monitoring management effects.

A weight management system includes a control wristwatch including a processor programmed with a weight management program and an RF receiver, a weight scale for collecting weight data from a user and including an RF transmitter for transmitting the weight data to the wristwatch, and a pedometer or heart rate monitor for collecting exercise data from the user and including an RF transmitter for transmitting the exercise data to the wristwatch. The weight management program is operable on the weight data to determine a plan for managing the weight of the user through exercise, and operable on the exercise data to monitor execution of the plan.

The invention discloses a health monitoring service method based on internet of things. The method comprises the following steps that a cooperated host system performs multi-source classification collection processing and crossed classification integration processing on health collection information from a health information collection network and uploaded by health information collection equipment of the health information collection network, so as to obtain crossed classification collection information; the cooperated host system performs risk evaluation and/or emergency event recognition analysis on historical health data and real-time health data in the crossed classification information, and performs corresponding health life circular guidance and/or starts health emergency mobilizing service to perform emergency dispatching implementation management according to pre-built health monitoring plan information. The invention also discloses the cooperated host system. The health collection information from the health information network is subjected to integral processing and analysis; personalized service can be provided according to an analysis result; comprehensive and complete monitoring service with high response speed is provided for monitoring objects.

The invention discloses a distributed type task scheduling system. A task middle layer module is used for receiving input task configuration information through an interface and configuring the task configuration information into a dispatching server, and meanwhile stores and provides tasks with task serial numbers for at least two task work nodes. The dispatching server is used for selecting one of the task work nodes according to a stored execution time table for task configuration when the configuration time in the execution time table is due, builds a distributive queue task and sends the task serial number to the selected task work node; the task work node is used for receiving the task serial number sent by the dispatching server, then searching for the stored task number the same as the task serial number sent by the dispatching sever from the task middle layer module, and searching for and executing the corresponding task for execution from the task middle layer module according to the task serial number. The distributed type task scheduling system realizes management on the scheduled tasks in the server, can monitor the execution state of the scheduled tasks in real time and can reasonably handle the corresponding scheduled tasks when the task fails.

The invention discloses a method for determining a leakage risk monitoring point of CO2 geological burial, comprising the following steps: designing a way of based on an established fine geological model, adopting an oil reservoir numerical simulation method to obtain the current fluid field, pressure field and ground stress field of a target oil reservoir by means of history fitting, establishing a fault leakage model, a wellbore leakage model, a cap rock leakage model in sequence, based on reservoir parameter obtained by numerical value simulation fitting, performing a CO2leakage risk analysis in combination with the respective established leakage models to determine a risk region where CO 2leakage may occur, a leakage means and an estimated leakage amount, and making a CO2 leakage monitoring plan on this basis. As known from the description on the above scheme, the method disclosed by the invention has the beneficial effects of effectively preventing and monitoring CO2 leakage, ensuring effectiveness, safety and durability of CO2 geological storage, and avoiding repeated arrangement of monitoring points and waste of monitoring costs.

The invention discloses a credit control prompting method and device and relates to the technical field of credit control. The method includes the following steps: the account information of users isobtained, whether the users are credit monitoring objects or not is judged, the contrast threshold is obtained according to the overdue sum monitoring range, contrast is performed according to the preset threshold and the arrearage quota to judge whether the user are in arrearage or not, grade assessment and credit prompting are performed on the users, and the credit grade is generated according to the contrast result of the arrearage quota and the preset threshold. Through accessing an information input interface module and an information output interface module to the credit control prompting device, the credit grade assessment model database of different users is established and the preset threshold model database matching the account information of the users, different monitoring plansare adopted for different users, the user payment reminder message and the credit prompting information are transmitted to the clients through various forms and devices of the Ethernet, and the credit control prompting speed and the diversity of the mode and platform of the arrearage and credit information pushing are improved.

The invention relates to a wireless sensor network frequency spectrum monitoring and displaying method based on a browser/server software architecture. The method is suitable for the characteristics of portability, compactness and availability of the wireless sensor network, any computer with a browser can access monitoring data, check the monitoring result and generate a monitoring plan, so that the utilization of the monitoring data and the control and the command of the whole system are simple and high-efficiency. An electromagnetic signal monitoring node of the wireless sensor network is laid aiming at the monitoring area, the monitored electromagnetic signal is transmitted to a sink node through communication in the clusters and is transmitted to an information processing center node through multi-hop networking, and fusion parameter extraction of the electromagnetic signal and the situation distribution formation are finished in the information center. The information center is realized by employing the wireless sensor network frequency spectrum monitoring software architecture with a browser/server structure, and the utilization of the monitoring data is simple and high-efficiency.

The present invention discloses a method, a device and an apparatus for processing monitoring video data and a medium. The method comprises the steps of: obtaining original video data, wherein the original video data comprises a field identifier, a camera identifier and a time identifier; obtaining a monitoring action table comprising a monitoring plan, wherein the monitoring plan comprises a monitoring field identifier, a monitoring camera identifier, monitoring action and an action time quantum; from the original video data, obtaining original video data matching with the monitoring field identifier, the monitoring camera identifier and the action time quantum as a monitoring video corresponding to the monitoring action; and according to a preset classification rule, classifying the monitoring video to obtain a monitoring video data classification table and obtain a video access request, and searching the monitoring video data classification table according to the video access request to obtain corresponding target video data so as to process the video data for the food sources and rapidly obtain required video data.

The invention discloses an adverse drug reaction intelligent monitoring method based on a domain ontology repository. The method comprises the following steps: constructing an adverse drug reaction domain ontology; collecting the case information of the adverse drug reaction domain ontology and establishing an adverse drug reaction repository; making an active monitoring plan and setting conditions related to the monitoring plan; configuring retrieval keywords; executing the monitoring plan, regularly, automatically and cyclically executing the retrieval task according to the conditions set inthe monitoring plan, calling the search engine tool, applying the adverse drug reaction repository and automatically acquiring suspicious cases; and obtaining the suspicious ADR cases from the retrieval result, checking the suspicious cases and generate the ADR report. The following beneficial effects can be realized by application of the adverse drug reaction intelligent monitoring method basedon the domain ontology repository: semantic query expansion can be realized and the recall rate and the precision rate of the search engine tool retrieval results in the intelligent monitoring methodcan be improved.

The invention provides a drug auditing method in the field of drug auditing. The drug auditing method comprises the following steps: S10, creating a drug auditing management platform; S20, acquiring drug data by using the drug audit management platform; S30, inputting a drug directory based on the drug audit management platform; S40, establishing a monitoring plan of drug purchase, drug accounts,drug prices and drug inventory based on the drug audit management platform; and S50, auditing the acquired drug data according to the drug directory and the monitoring plan. The method has the advantage that the timeliness and efficiency of drug auditing are greatly improved.

The invention discloses a diabetes management method and system, and relates to the technical field of medical assistance. The management method comprises the steps that corresponding examining parameters are received according to the working mode selected by a user; an evaluation result is obtained by comparing and analyzing the examining parameters and preset standards; a monitoring plan and a management scheme of diabetes examining parameters are provided according to the evaluation result. The diabetes management method and system conducts evaluation of illness risk, curative efficacy, prognosis and the like according to the examination result input by the user, gives the corresponding monitoring plan and daily management advice, and provides specialized full guidance and self management. The diabetes management method and system can better achieve screening of diabetes high-risk groups and early intervention and prevention, and guides a treatment scheme and early intervention andtreatment of disease.

The invention provides an environment assessment report auxiliary writing system. The system comprises a project management module, an intelligent prediction module, a tool module, a project data module, a project site selection analysis module, a data sharing module, a team management module and a data table uploading and extracting module. The intelligent prediction module comprises an atmosphere prediction model, an atmosphere estimation model, an environmental risk prediction model, a noise prediction model, a soil prediction model, a surface water prediction model, an underground water prediction model, an oil spill diffusion model and a surface collapse prediction model; the project data module comprises a project compilation basis sub-module, an intelligent conformity analysis sub-module, an environmental influence identification and evaluation factor screening sub-module, an evaluation grade and standard sub-module, a project general situation and project analysis sub-module, an environmental quality current situation and protection target sub-module and an environmental influence and protection measure sub-module; an environmental economic profit and loss analysis sub-module and an environmental management and monitoring plan sub-module; through the system, the environmental assessment report can be compiled in a one-stop manner.

The invention discloses a coal mine safety monitoring intelligent law enforcement system mainly comprising a homepage module, an intelligent law enforcement module, a document management module, a laws and regulations module and a statistical analysis module. The homepage consists of functional item monitoring plan development, supervision and enforcement, statistical analysis, document generationand page area to-do list. The intelligent law enforcement module consists of program management, program review, supervision and enforcement, results screening, document generation and case approval,The document module consists of Inspection Scheme, On-site inspection, on-site handling, case filing and approval, investigation and evidence collection, case reporting and approval, prior notification, review and confirmation, administrative punishment, case closing and filing, etc., The laws and regulations module includes professional classification, supervision category, supervision items, discretion, legal basis, temporary illegal database. The statistical analysis module includes law enforcement statistics, hidden trouble statistics, statistical analysis, monthly statistics. The systemprovided by the invention is detailed enough in law enforcement statistics lists and related information data can be retrieved, has systematic detailed search conditions, and is convenient for data retrieval.

The invention discloses a method for monitoring construction effect of foundation pit support piles below an elevated high-speed railway line. Through the method, the problem that the foundation pit monitoring criterion is not suitable for high-speed railway elevated foundation pit excavation monitoring in the prior art is solved. The method has the beneficial effect of being capable of guaranteeing safety operation of a high-speed railway elevated bridge. According to the scheme, the method for monitoring the construction effect of the foundation pit support piles below the elevated high-speed railway line comprises the following steps of (1) making monitoring plans, including layout schemes of bench marks, ground settlement monitoring points and deep soil displacement monitoring points,according to the support pile construction scheme and the situation that the support piles approach to an elevated high-speed railway foundation and conducting construction; (2) conducting monitoring;(3) analyzing monitoring data to judge the range and degree of the effect of the support pile construction process on displacement fields of soil bodies approaching to the support piles, determiningthe effect of the support pile construction process on the elevated high-speed railway foundation and then judging the effect of the support pile construction effect; and (4) giving an early warning on a construction party according to the effect, obtained by analyzing the monitoring data, of the support pile construction effect.

The invention discloses a mud sleeve assisted double-wall steel cofferdam sinking construction method. The method comprises the following steps that a, preparing is made before construction, water pipelines and electric pipelines of the double-wall steel cofferdam construction site are connected, the construction site is arranged, machines, tools and equipment are well prepared, the personnel arewell configured, the materials are well prepared, the engineering geology condition and the hydrological geology condition are analyzed and known in detail according to the geological exploration dataand the construction design, the construction organization design is carefully compiled, and a construction monitoring plan is formulated; and b, the double-wall steel cofferdam is manufactured at the rear place, and the double-wall steel cofferdam is machined in a segmented block mode in a shore machining field. The method has the beneficial effects that a mud sleeve is adopted for assisting thesteel cofferdam in sand pumping and sinking, the multiple advantages of being stable in sinking, high in sinking speed, easy to correct and the like are integrated, the construction period is greatlyshortened, the investment of workers, materials and mechanical equipment in construction are reduced, the engineering cost is saved, the sand pumping amount on a riverbed of the river is reduced, then the damage degree on the internal structure of the riverbed is reduced, and the requirement for green construction is met.

The invention relates to the data processing technological field, and discloses a monitoring task generation method, comprising: generating monitoring object data including object names, monitoring points and monitoring programs according to recorded contents in an annual monitoring work plane; generating monitoring plan data including monitoring objects and monitoring frequency according to the monitoring frequency recorded in the annual monitoring work plane; and generating monitoring task data including task states according to the monitoring frequency corresponding to different monitoring plans. Also disclosed is a monitoring task generation system. The monitoring task generation method converts the monitoring objects, monitoring points, monitoring programs and monitoring frequency recorded on paper into monitoring task data including task states and capable of being queried and monitored, and records the recording contents in the annual monitoring work plane in a database through a task form; a monitoring person can directly and automatically extract a monitoring task, and automatically monitor a monitoring task through a task state in real time.

The invention provides a water quality monitoring plan generating device. The device comprises a body, a water pre-storing tank is arranged in the body, a water quality detection box is arranged at the lower end of the water pre-storing tank, a detection solution storage box is arranged above the water quality detection box, a detection solution dropper is arranged at the lower end of the detection solution storage box, a water quality detection probe is arranged in the water quality detection box, a processor is arranged in the body, the water quality detection probe is associated with the processor, the processor is provided with a data transmission module, detection data is sent to a cloud platform through the data transmission module and undergoes data matching to generate a treatmentreport, and the treatment report is returned to the processor. Water to be detected is pre-stored through the water pre-storing tank, a detection solution is added to the water to be detected in the water quality detection box, the water quality detection probe detects the reaction situation of the water to be detected, the data is uploaded to the cloud platform through the processor and the datatransmission module to generate a solving scheme, and the solving scheme is returned, so the device has the advantages of realization of immediate provision of the solving scheme, automatic completionof the detection work, and increase of the detection efficiency.