50 results about "Complete life cycle" patented technology

A method and system for real-time analytics of sensor-based data is disclosed. Also disclosed is a Cloud-based Paltform-as-a-Service (PaaS) offering for sensor driven applications with services and features for their complete life-cycle management including prompt development, testing, deployment and so forth. The method of the present disclosure enables real-time tracking of various physical parameters and attributes related to smart-spaces using sensor devices implemented in the premises of the smart-space environment and using crowd-sourced user input data. Further, the parameters obtained are sent to the cloud-computing server, wherein the analytics are performed in real-time based on the obtained parameters.

The present invention discloses an intelligent contract execution engine JCEE based on a Java virtual machine. The JCEE allows a user to develop an intelligent contract by using a Java language and provides complete life cycle management of the intelligent contract. The JCEE is designed by using a micro-service architecture, and comprises a client and a server; and the client is responsible for receiving a call request for the intelligent contract, and the server is responsible for the implementation of a specific intelligent contract. The implementation of the JCEE comprises the following steps that: (1) the client receives a contract call request of a user and checks the completeness of the request; (2) the client encapsulates and delivers the secure user request to the JCEE server; and (3) the server carries out security check on the contract, a specific request is implemented on secure implementation request call actuators, and the implementation results are returned. The present invention provides a brand-new intelligent contract execution engine design scheme, which solves the problems of insufficient universality, low performance and the like of existing intelligent contract execution engines.

Disclosing are a client and method for maintaining BYOD security. The client comprises: a device and user identity authentication module configured to perform identity authentication on a user according to the authentication method selected, from pre-set authentication methods, by the user using a mobile device when said mobile device attempting to access is determined to be a legitimate device; a mobile device management system configured to provide management operations during the complete life cycle of the mobile device, the management operations comprising: a permanent online push message service.

Concrete can be one of the most durable building materials where consumption is projected to reach approximately 40 billion tons in 2017 alone. Despite this the testing of concrete at all stages of its life cycle is still in its infancy although testing for corrosion is well established. Further many of the tests today are time consuming, expensive, and provide results only after it has been poured and set. Accordingly, by exploiting self-contained wireless sensor devices, which are deployed with the wet concrete, the in-situ curing and maturity measurement data can be established and employed together with batch specific concrete data to provide rapid initial tests and evolving performance data regarding the concrete cure, performance, corrosion of concrete at different points in its life cycle. Such sensors remove subjectivity, allow for rapid assessment, are integrable to the construction process, and provided full life cycle assessment.

The invention relates to the field of machine tool cutter remaining life prediction, and discloses a cutter residual life prediction method based on a machine learning regression algorithm. The cutterresidual life prediction method comprises two parts including model training and online life prediction. The model training comprises the steps of collecting original data of a complete life cycle and establishing a corresponding relation with the actual life of a cutter, preprocessing signals, extracting signal features to form feature vectors, performing cross validation to obtain an optimal cutter life model, and performing hyper-parameter adjustment and optimization. The online life prediction comprises real-time data acquisition, signal preprocessing, signal feature extraction to form afeature vector, input of THE optimal cutter life model based on optimal hyper-parameters and output of the residual life of the cutter. The number of eigenvalues extracted from each channel during model training is large, so that the training precision is high, the residual life of the cutter is accurately predicted, a residual life intelligent prediction model of the cutter is established, different regression models can be intelligently selected according to different working condition environments, and the model is good in generalization performance and high in portability.

The invention provides an online interface debugging platform. Wherein the API center, the API gateway micro-service and the micro-service registration center are arranged on a cloud platform, the APIcenter is used for providing callable APIs and carrying out complete life cycle management on the APIs, and the complete life cycle management comprises API registration; Wherein the API gateway micro-service serves as an entrance for calling the API serving as a micro-service to perform identity authentication and authority management on a user requesting to call the API; Wherein the microservice registration center is used for providing an address list of a gateway of the API and API service information provided by the API center, and the user calls the API gateway microservice from the address list according to the API service information and calls the API from the API center; Wherein the API center provides an online interface visual debugging page. According to the platform, a developer can conveniently and directly obtain a return result through online debugging, interface input/output parameters are rapidly understood, and the learning and research and development cost is reduced.

The invention discloses a NQI one-stop service cloud platform system for power grid equipment and the system mainly comprises an infrastructure layer which is used for managing all servers, storage, networks and database resources in cloud; a data service layer used for providing data access, data cleaning, data storage, data integration, data calculation, data analysis and data exchange servicesfor various applications according to the quality data model of the NQI system; a platform layer used for providing a cloud application support platform from software design, development, verification, release, operation and maintenance and operation of a complete life cycle, and providing end-to-end services for developers, operators, users and service providers; an application service layer which comprises a cloud portal and an operation management system, wherein the cloud portal provides application services for various user groups, and the operation management system provides services fordaily operation management of a cloud platform, breaks through quality information barriers of all links of a related system of the power grid equipment, integrates quality data of all the links, andsupervises production and operation quality of the power grid equipment.

The invention discloses a method for analyzing energy conservation and emission reduction of new energy vehicles. The method comprises the following steps of: 1, establishing a life cycle assessment model; 2, obtaining data; and 3, obtaining a model result and carrying out analysis. According to the method for analyzing energy conservation and emission reduction of new energy vehicles, relativelycomplete life cycle assessment analysis is carried out on traditional gasoline cars and four types of new energy cars on the basis of integrating domestic abundant product life cycle evaluation and research. Integrated environment influence impact potentials of full life cycles of the new energy cars are lower than those of the traditional gasoline cars, so that the new energy cars have advantagesin the aspect of environmental benefit; and the environment influence of hydrogen cell cars is the minimum. According to the method, the environment influences of the cars are compared with the environment influences of human activities, so that the influence degrees of the cars are intuitionally reflected.

The invention relates to a complete life cycle management platform and method based on Devops to improve the enterprise research and development management efficiency. The platform comprises a productmanagement service module which is used for collecting and planning demands, and generating corresponding test and development tasks; a continuous integration service module which is used for providing a visual and customizable integrated function and supports one-key deployment, wherein services are deployed in parallel, and seamless integration with an assembly line is achieved; a code self-inspection service module which is used for executing multilingual code static inspection and security inspection after encoding is completed, obtaining a comprehensive quality report and providing improvement suggestions and trend analysis of defects; a test management service module which is used for providing a multi-scene interface, performance and automatic test; product warehouse service whichis used for providing services published by software and storing product data documents such as deployment packages, test reports, product white books and the like. The method is suitable for the fields of IT industry software research and development, product management, product delivery, product operation and maintenance and the like.

The embodiment of the invention discloses life cycle management methods of distributed applications, managers, equipment and mediums. One of the methods includes: calculating and obtaining a releasinglist of releasing objects in response to a releasing instruction on the releasing objects, wherein the releasing objects include products or applications, the releasing list includes a plurality of application instances and a releasing order among the plurality of application instances, and a life cycle manager is pre-released on a distributed cluster management platform; sending the releasing list to an application instance manager pre-released on the distributed cluster management platform, wherein the application instance manager is used for releasing the application instances according tothe releasing list, and monitoring running state data of already released application instances; collecting the running state data monitored by the application instance manager, and saving the running state data and releasing data related to the releasing objects; and analyzing performance of the releasing objects according to the saved data. The embodiment of the invention has complete life cycle management capability.

This invention involves a method of rapid propagating and breeding the Hepialus egg in Qinghai-Tibet Plateau. The method included establishing greenhouse Hepialus captive market in Hepialus insects suitable habitat in Qinghai-Tibet Plateau and the alpine habitats; lowering natural enemies hazards of Hepialus through the control of soil and the air temperature and humidity in the greenhouse, and promoting herbs and / or shrubs inside the greenhouse Hepialus captive market to maintain good plant growth and form developed vegetation tender roots system; meanwhile through the releasing of Hepialus eggs, larvae and / or pupae, upgrading captive Hepialus quantity and density; after Hepialus experiencing a complete life cycle of generation, the Hepialus larvae grows from instar 1 to the instar ranges from 6-8 only needs 390d~420d, and in May of the following year they pupate, and between June ~ August finish eclosion and grow to imagoes, adult Hepialus can be caught massively and their fertilized eggs after mating can be harvested too. The harvested Hepialus egg can be used as worm seed of Hepialus for artificial breeding.

The invention provides a self-fireproof cement-base composite material which comprises a base material, wherein the base material is cement paste, mortar or ordinary concrete; high-temperature-triggered fireproof composite fibers and reinforcing fibers are doped into the base material; the high-temperature-triggered fireproof composite fibers are formed by wrapping an outer protective layer capable of melting at high temperature outside a fireproof core material capable of foaming and expanding to implement heat insulation and flame retardancy at high temperature; and when the base material contacts high temperature, the outer protective layer of all the high-temperature-triggered fireproof composite fibers is heated and molten to form the network passages through which the fireproof core material can spill over. Compared with the common cement base material, the temperature control and refractory capacities of the composite material structure can be sufficiently enhanced under the condition of not lowering the structural strength and rigidity, thereby better implementing synchronization between blowout prevention and heat insulation and intelligent fireproofing under fire hazard heat triggering. The self-fireproof cement-base composite material has the advantages of favorable durability and high long-term economic benefits, and is suitable for complete life cycle fire protection design of high-rise buildings, bridges, tunnels and other industrial buildings as well as civil buildings and transport facility structures.

A multi-module based system has been created to manage the complete lifecycle of Grievance and/or Arbitration proceedings within an organization whose constituents abide by a code of ethics and/or professional standards, and/or professional practices, and/or code of conduct in a database system for both industry professionals and consumers. The system incorporates 4 separate modules that support the grievance submission, processing and administration, volunteer management and administration and system reporting. Module 1 (Complaint Submission) provides the intake of claims and/or request for mediation or arbitration. Module 2 (Case Administration) manages the workflow and processing of all submitted claims. Module 3 (Panel Management) systematizes the process of managing, assigning and delegating tasks to professional standards' administrators and volunteers. Module 4 (Reporting) processes all findings to generate summary reports as well as highly detailed reports based on the Case Administration system and its results.

The invention constructs a hepatitis B virus stable replication and expression cell line. The virus comes from a C genotype HBV strain epidemic in China, and the DNA polymerase/reverse transcriptase area of the cell line contains nucleoside analogue entecavir-resistant mutational sites. By a screening method, a virus genome is integrated onto a cell chromosome of a human hepatocarcinoma cell line HepG2, and autonomous replication and complete life cycle of the virus are generated. The cell line is stable in antigen secretion, active in virus replication and stable in technical parameters, can provide stable and stable cell models for evaluating HBV-resistant medicaments and developing new medicaments, and provides guidance for clinical treatment.

This invention involves a method of propagating and breeding the Hepialus egg in Qinghai-Tibet Plateau utilizing geoheat hot spring. The method included establishing greenhouse Hepialus captive market in Hepialus insects suitable habitat near the geoheat hot spring generation place in Qinghai-Tibet Plateau; in winter and spring using the geoheat hot spring water to control the temperature of the greenhouse to stay between 10DEG C+-6DEG C and through lowering natural enemies hazards of Hepialus to promote herbs and / or shrubs inside the greenhouse Hepialus captive market to maintain good plant growth and form developed vegetation tender roots system; meanwhile through the releasing of Hepialus eggs, larvae and / or pupae, upgrading quantity and density of captive Hepialus; after Hepialus experiencing a complete life cycle of generation, the Hepialus larvae grows from instar 1 to the instar ranges from 6-8 only needs 345d-390d, and in May of the following year they pupate, and between June ~ August finish eclosion and grow to imagoes, adult Hepialus can be caught massively and their fertilized eggs after mating can be harvested too. The harvested Hepialus egg can be used as worm seed of Hepialus for artificial breeding or worm seed for Hepialus breeding in Qinghai-Tibet Plateau.