41 results about "Service lifecycle" patented technology

Methods and Systems for Global Online Brands Social Networks (BSN) Platform and Framework are disclosed for managing Users' Profiles, brands group lists, Brand user Friends, User created Brand Networks and related Members, Publications, Applications, Services and Communications and Collaborations among users. Further, it also manages brand owners' brand networks and members, and brand experts to enable and facilitate users for branded products and services related sales or e-commerce, marketing, promotion and support services, alternative products and services brands lists. BSN also provides Social Customers Relationship Management (SCRM) and Multi Brand Customers Services Life Cycle (MCSLC) Framework to facilitate brand owners and customers.

The invention discloses a rapid container formation charging method for a lead-acid storage battery. The charging method is implemented through 27 charging and discharging stages, including eight times of discharging, one time of standing and one time of capacity checking and matching, wherein a maximum charging current is 0.15C<3> to 0.20C<3>, and a minimum charging current is 0.01C<3> to 0.05C<3>. The lead-acid storage battery is charged and discharged repeatedly, and a quantity of electricity charged each time is larger than a quantity of electricity discharged subsequently. Through adoption of the method, concentration polarization phenomena can be reduced greatly, and damages to crystal structures of active substances on a pole plate are reduced, thereby prolonging the service lifecycle of the lead-acid storage battery. As indicated by a detection performed according to specifications in GB/T18332.1-2009, the service lifecycle of the lead-acid storage battery adopting the method is greater than 450 times, and an initial capacity of the lead-acid storage battery is not less than 100 percent (counted by a rated capacity)

An OSGi-based dynamic service management method for context-aware system is provided. By adding a service bundle for service implementation to an OSGi framework, a service lifecycle is separately managed. For this purpose, the service bundle has several service implementations, and a service factory object is generated as many as the service implementations. The lifecycle of the service is managed. The service factory object installs and uninstalls the service. Accordingly, even when various sensors and devices are newly added to the context-aware system, a corresponding service can be installed and uninstalled at any time, thereby providing a dynamic management.

The invention relates to the technical field of cloud computing and especially relates to an OnAir all-media cloud platform application method. The method comprises the following steps: 1) user demand submitting: a user submits a required service to an OnAir all-media cloud platform through a platform interface; 2) OnAir all-media cloud platform data processing: the OnAir all-media cloud platform provides the corresponding service according to the user demand, and carries out service lifecycle management; and 3) OnAir all-media cloud platform data management: the OnAir all-media cloud platform manages user and service data through a business service system and a cloud service engine, and coordinates resources of different cloud service providers through the cloud service engine and middleware and carries out data management. Through the method, an OnAir all-media cloud platform application is good in opening and compatibility, and realizes service support elastic expansion, short service provisioning period and high service processing efficiency.

Methods, including service methods, articles of manufacture, systems, articles and programmable devices are provided for creating and using shared services through service-oriented architecture governance and a services lifecycle process. Service lifecycle steps are identified within a service-oriented architecture shared services model. Service stakeholders, decision-making touch-points and service state transition touch-points are identified in the shared services model, and service state-based lifecycle governance checkpoints within the shared services model are defined as a function of the identified service lifecycle steps, service stakeholders, decision-making touch-points and state transition touch-points. Further, integration points to existing processes are defined as a function of defined service state-based lifecycle governance checkpoints, governance fit-gap analyses are performed as a function of defined service state-based lifecycle governance checkpoints and identified service stakeholders, and services lifecycle gap touch-points are implemented as a function of the governance fit-gap analysis.

Methods, including service methods, articles of manufacture, systems, articles and programmable devices are provided for implementing a service-oriented architecture governance framework. A programmable device configured by a logic component identifies a gap within a service-oriented architecture service orientation enterprise of concern as a function of a service-oriented architecture governance dimension. The service-oriented architecture governance dimension may be a service-oriented architecture business and information technology alignment dimension, a service-oriented architecture ownership and decision rights dimension, a service-oriented architecture asset lifecycle enablement and management dimension or a service-oriented architecture operational management and monitoring dimension. Some methods also identify and select a process within a service-oriented architecture governance dimension applicable to an identified enterprise of concern, apply the selected process against a stage of a service-oriented architecture business service lifecycle management component of the enterprise of concern, and customize and enable a change management process and capability corresponding to the enterprise of concern.

The invention discloses a method for eliminating chemical groups on the surface of supercapacitor carbon powder. Hydroquinone is dissolved in water, a hydroquinone solution is prepared, then the supercapacitor carbon powder is dissolved in the hydroquinone solution, carbon powder keeps suspension in the magnetic stirring state, water-bath heating and backflow are conducted, after the reaction is over, filtering is conducted, and the obtained carbon powder is then washed and dried. The method is easy to operate, low in cost and small in pollution, products suitable for backflow are stable in electrochemical performance, the attenuation of capacitance is small and the service lifecycle is long.

The invention discloses a sapphire grinding fluid. The sapphire grinding fluid is prepared from, by weight, 20-30% of grinding agent, 10-15% of suspending agent, 5-10% of cutting agent, 3-5% of accelerating agent and the balance water, the pH value is 7-8. The grinding fluid is uniform in dispersion, the grinding agent is stable in suspension, in the grinding process, the grinding agent is not easy to deposit at the bottom of a machine when recycled, a grinding fluid film can be well attached to a grinding disc to prevent scratches caused by direct contact of a wafer and the grinding disc, the grinding efficiency is improved, the rate of good products obtained after grinding is higher, the grinding fluid is not easy to throw away due to extremely high rotary speed, at the same time, the removal rate of the grinding fluid is high, and the service lifecycle is long.

The embodiment of the invention relates to the technical field of communication, and discloses a system, a method and a server for managing terminal equipment under a software-defined wide area network system, and the system comprises a user terminal forwarding layer which comprises an SD-WAN terminal and an SD-WAN gateway; an arrangement control layer which comprises at least one arrangement controller used for managing SD-WAN terminals and SD-WAN gateways of the same manufacturer; a centralized arrangement control layer which comprises a collaborative arrangement device, a centralized arrangement controller and a centralized arrangement controller; wherein the collaborative arrangement device is deployed in the north of the arrangement controller; the collaborative orchestrator is usedfor arranging the data; butt joint with the arrangement controller of at least one manufacturer is carried out through a Restful API or a standard interface; and the arrangement controllers of at least one manufacturer are managed by shielding the difference between the arrangement controllers of different manufacturers, so that the management of the SD-WAN service life cycle of the arrangement controllers is realized.

The invention relates to the technical field of android, in particular to an android service life cycle management method, a service management object and an android system. The method comprises the steps of enabling the service management object of a core service of the android system; obtaining a service list of callable services in a service mapping file by the service management object, and preparing normally callable services according to the service list; receiving a service call demand by the service management object; and according to the service call demand and the service mapping file, returning a service call instruction by the service management object to call the prepared services. According to the method, the problem of resource waste due to running of a large amount of resources in the android system when the services do not need the resources can be solved; and for the whole system, the condition that the resources are executed without restraint does not exist, and the resources are applied according to actual needs all the time.

The invention provides a chemical mechanical polishing solution for sapphires and a preparation method of the chemical mechanical polishing solution. The preparation method comprises the following steps: tightly agglomerating small-particle-size silica on the surface of large-particle-size silica by virtue of composite acid and compound alkali, and forming the silica sol sapphire polishing solution with a special composite structure. The polishing solution has a high polishing rate, and the polished sapphire has an ultra-smooth surface and does not have any scratch or etch pit or orange skin,the roughness can reach a sub-nanometer order, and the polishing solution has excellent service lifecycle. Moreover, the processing efficiency and quality of sapphire wafers can be obviously improved,and the production cost is reduced.

A system for supporting maintenance of an aircraft is provided. The system includes a plurality of database importers. The database importers import a plurality of datasets from a plurality of data sources to a database with a composite dataset including data of the plurality of datasets. The system also includes a database-management system (DBMS) to manage the database. The system further includes a client application coupled to the DBMS. The client application receives a user request for a demand for replacement aircraft parts for maintenance during an in-service lifecycle of the aircraft. In response to the user request, the client application predicts and thereby produces a prediction of the demand based on the data retrieved from the composite dataset.

The invention relates to an SOA-based oil and gas equipment maintenance management system and a working method. The system comprises an internet of things application component, SOA middleware and equipment, wherein the equipment comprises traditional equipment and DPWS equipment, the SOA middleware comprises a business service layer, a service management layer, an equipment service layer, an information extraction module, and an event collaborative interaction module. Functions of internet of things terminal equipment are used as services through the SOA-based SOA middleware, and the heterogeneous technological details are blocked. An equipment service dynamic discovery and service lifecycle management function is designed for the SOA middleware, so as to enable the SOA middleware to adapt to the dynamic characteristic of the internet of things terminal. Complex business service functions are realized by combining services. Further, an event-driven service collaboration mechanism is added to the basic SOA structure, thereby improving the cooperative sensing capability of each service unit of the internet of things. The SOA-based oil and gas equipment maintenance management systemand the working method of the system are used for informationization and intelligence of maintenance of the oil and gas production equipment.

Collecting user information according to providing a virtual desktop infrastructure (VDI) service is disclosed. A user information collection system includes a service provisioning manager configured to manage provisioning of a VDI service provided from a VDI service provider, a charging manager configured to manage charging information according to a use of the VDI service, a policy manager configured to manage a policy for the VDI service, a user manager configured to manage information of the user, a VDI service lifecycle manager configured to manage a lifecycle of the VDI service, and a multi-tenant connection manager configured to manage connection infrastructure information between the VDI service provider and a cloud environment (or external software).

The present invention relates to managing a lifecycle of a managed entity inside an operator within a network slicing architecture. The managed entity is one amongst a sub-service or service, a NSI orslice, a NSSI or slice subnet and an infrastructure, and each one is respectively managed by a management function which provides the managed entity to a higher layer management function and is one amongst a SMF, a NSMF, a NSSMF and an IMF. The operator further comprises a delegation entity, which is configured to receive an incoming request from a customer outside the operator and/or from another operator, perform an analysis by analyzing the incoming request, delegate, based on the analysis, the incoming request to at least one of the management functions, and be an end-point providing a programmable interface into the operator in which it is hosted to any other entities external to the operator.

The invention discloses an automatic ship queuing method based on planar two-dimensional coordinates, and the method comprises the following steps: A, enabling a passenger ship to enter a system queue: when the ship is about to reach a service area (3 kilometers), triggering the automatic queuing method: A1, enabling the passenger ship to start an AIS, enabling the system to inquire the behavior history of the ship in the system when the ship passes through a preset monitoring area of the system, acquiring required data such as service items and the like, and adding the data into a queue. According to the principle of preceding and following, the ship length, the 9-bit code, the wharf boat capacity and the customer service item are taken as key factors, ships entering a certain range of a service area are recognized through an MMSI and a positioning system, the system AI calculates a reasonable berth, and the passenger ship is displayed on a berthing schematic diagram; the service area related function modules are defined by identifying various service area micro scenes, passenger ships in various states are processed through simple operation of refueling workers, customer service life cycle closed loop is completed timely, reasonably and efficiently, and online service lists are integrated and transmitted to an intelligent berthing background.

The invention discloses a collaborative manufacturing system for the robot industry. The collaborative manufacturing system comprises an identifier fixedly arranged on a robot, a design end node, a manufacturing end node, a sales end node, a logistics end node, a client end node, an after-sales end node, an industry node and a robot data query terminal. According to the invention, a robot industrycollaborative manufacturing platform is constructed based on an identifier analysis technology, and product service life cycles of robot design, manufacturing, sales, logistics, clients, after-salesand the like are organically fused, so that the functions of whole-process tracing, quality management, logistics transportation management, enterprise upstream and downstream industrial chain cooperation, evaluation and diagnosis, supply and demand docking, application tracking and the like are realized.