109 results about "Entire life cycle" patented technology

A utility for creating a real-time bid-ask transportation marketplace where all relevant information may be viewed and acted upon is disclosed. See FIG. 2. Users of the present invention tender shipments and offer capacity, which are analyzed and entered into transportation instruments. Contracts obligate the shipper to make a load available and the carrier to transport the load at a given time for a given price. Shipments may be managed throughout their entire life cycle using software tools that interact with the bid-ask marketplace.

The present invention provides a way to protect PII (or, more generally, any user “sensitive” information) throughout its life cycle in an organization. The techniques described herein ensure that a user's PII is protecting during storage, access or transfer of the data. Preferably, this objective is accomplished by associating given metadata with a given piece of PII and then storing the PII and metadata in a “privacy protecting envelope.” The given metadata includes, without limitation, the privacy policy that applies to the PII, as well as a set of one more purpose usages for the PII that the system has collected from an end user's user agent (e.g., a web browser), preferably in an automated manner. Preferably, the PII data, the privacy policy, and the user preferences (the purpose usages) are formatted in a structured document, such as XML. The information in the XML document (as well as the document itself) is then protected against misuse during storage, access or transfer using one or more of the following techniques: encryption, digital signatures, and digital rights management.

A method for the rapid evaluation of transgene function in maize plants. The method combines high throughput gene construction methods and high efficiency plant transformation techniques in a specifically developed germplasm. In one as aspect, the method uses quantitative, non-destructive imaging technology applied in a portion or throughout the entire life cycle of a test plant to evaluate agronomic traits of interest in a controlled, statistically relevant greenhouse environment. The method reports transgene function early in the transgenic variety development process, eliminating the need to generate seed necessary for multi-location replicated field trials.

The invention relates to a medical waste management weight verification method. The method performs weight management on medical wastes from a generation point to a final disposal point through relay nodes at various levels, weighs the medical wastes at the generation point, pastes a waste information Label, uploads initial weight information to a cloud management platform, reweighs the medical wastes during in-warehouse and out-warehouse processes at the relay points and the disposal points, and enables the cloud management platform match and verify the weight and the initial weight of the medical wastes. The method controls the entire life cycle of the medical wastes from generation to disposal, performs weight control and repeated verification in the whole process of production, storage, transportation and disposal so as to prevent leaks, enhance the safety of a closed-loop system, and eliminates opportunities for criminals to take advantage.

The invention provides a carbon emission calculation method based on the entire life cycle of a building and relates to the technical field of carbon emission calculation. According to the features of carbon emission, carbon emission calculation is divided into four stages of building material production, building construction, operation maintenance and waste dismantlement. The method includes the steps that a carbon dioxide intensity value of building material production is determined; carbon emission coefficients in the material transportation and construction processes in the building construction stage are determined; carbon emission coefficients of consumed energy in the operation maintenance stage are determined; carbon emission coefficients of the construction technology and waste transportation in the waste dismantlement stage are determined; the total carbon emission amount of the building is calculated through collection; the unit area index and the per capita index are calculated, the indexes of the total carbon emission amount, the unit area carbon emission amount and the per capita carbon emission amount of the building in the entire life cycle are acquired, the carbon emission standard which the low-carbon building can reach is checked, assessment and affirmation are conducted, effective measures such as design, construction and operation are taken in each stage of the building, the carbon emission of the building is reduced, and the low-carbon level of the building is improved.

The invention discloses a method and system for managing scholarship based on blockchain technologies. The system involves a scholarship plan management worker, a school examiner, a finance departmentteacher and a student. The method includes the following steps: upon the establishment of a project, the scholarship plan management worker arranging a corresponding plan in a manner that a smart contract automatically perform examination, a student user applying for the scholarship; upon the examination by the school examiner and the scholarship plan management worker, adding an electronic department signature and a user digital signature; after the examination, proceeding to a stage of going-public, after the going-public period, recording the scholarship information that is approved to a to-be-delivered scholarship list, generating a corresponding digital scholarship certificate, and performing broadcasting to other nodes; and a smart contract that is established by the finance department teacher delivering the scholarship to the electronic accounts of scholarship owners, and broadcasting the information of delivering the scholarship to other nodes. According to the invention, thesystem and the method herein can automatically manage the entire life cycle of the scholarship in a secure manner.

The invention provides a method for predicting capacity diving during battery aging, and relates to the technical field of batteries. The method comprises the following steps: firstly obtaining an OCV-discharge capacity curve and a slope turning point of the new battery, and obtaining an internal resistance of the new battery; then obtaining the relationship between the internal resistance and thenumber of cycles in the aging process of a same type of battery as the new battery, obtaining an OCV-discharge capacity curve and a slope turning point of the battery during the aging, and simultaneously obtaining the discharge curve and slope turning point of a given discharge schedule of the battery during the aging; and if the slope turning point of the discharge curve reaches a discharge lower limit cutoff voltage, determining that the capacity diving of the battery will occur during the subsequent aging under the given discharge schedule. The method provided by the invention can be usedto predict early whether a capacity diving will occur during aging of the battery, and to better use the battery during the entire life cycle of the battery.

A product information modeling method in a collaborative environment based on a product entire life cycle comprises the following four steps of: 1, establishing a generalized model basic framework according to a WBS (Work Breakdown Structure); 2, when the BOM (Bill Of Material) is updated, extracting the BOM information of each view; 3, finding a slave information model related to the updating in a unified product information model, if the slave information model is found, updating and upgrading the slave information model, comprising inserting or deleting a new node, and changing the relationship between nodes, and if the slave information model is not found, finding the node on the higher level to which the slave information model belongs, then creating a view and a relationship, and establishing the UPIM (Unified Product Information Model); and 4, continuously judging whether the BOM is updated, and repeating the steps. The product information modeling method in the collaborative environment based on the product entire life cycle has a better practical value in the technical field of computer aided design.

A dual smart card system and method including a central exchange server which collects patient healthcare data from a plurality of healthcare providers and stores the data in its central data bases. Each healthcare provider and each patient has a smart card and both smart cards must be used when a provider prescribes a medication for the patient and when the pharmacy fills the prescription for the patient. The patients' medical information is stored on the patient's smart card and on the central database. The system makes the stored medical information immediately available to participating organizations and tracks the entire life cycle of the prescription and generates alerts for adverse drug events, fraud, and duplication.

The invention discloses a container-based privatized Paas platform and a method for releasing applications thereof. The platform comprises a container component which is used for encapsulating the running environment of the application, managing the data generated after the application is started and the network in which the application is located, and simultaneously managing several containers; acontainer scheduling component which is used for scheduling containers, maintaining operations related to the entire life cycle of containers, and adding load balancing configuration for the same kind of containers when accessing external traffic; a publishing component which is used for encapsulating the running environment of different development languages, encapsulating the application as a mirror image and pushing it to the mirror image repository; a Paas management component which is used for controlling the flow and interaction of the platform-related services, and providing an interactive interface for the user. The method of the invention can support the frequent iteration of the application version and reduce the error rate caused by the frequent iteration of the application version, meanwhile, meets the requirement of the enterprise for the high availability of the service, and can carry out the lateral capacity expansion and the like.

The invention provides a method and apparatus for assessing the residual value of a vehicle. The method comprises steps of: acquiring the historical vehicle condition data of a target object during the entire life cycle; determining the residual value influence factors of the target object by using the historical vehicle condition data, wherein the residual value influence factor includes: an age loss factor, a collision loss coefficient factor, a mileage loss coefficient factor, a maintenance degree coefficient factor and a core system state degree coefficient factor); and assessing the residual value of the target object based on the residual value influence factors. The method for obtaining the residual value of the target object achieves automatic calculation of the residual value of the vehicle and avoids a problem that it causes high labor cost in the prior art to assess the residual value of the vehicle by a vehicle residual value assessor.

The invention relates to a reliability analysis method in the field of accelerated degradation testing, and in particular to a method based on accelerated degradation electrical parameter for analyzing the reliability of a LED integrated driving power within a LED entire light life cycle based on luminous flux. The method aims at using an electrical parameter to analyze the reliability of the LED integrated driving power so as to obtain the result of influence on the lifecycle of the entire lamp by the driving power. The reliability research for the driving power is based on design perspective. According to the invention, the method aims at addressing the problem of reliability analysis of the integrated driving power within the entire life cycle of the LED lamp, establishes a Wiener-based statistic model in accordance with the accelerated degradation electrical parameter, and conducts model parameter identification in combination with the maximum likelihood method and the MCMC method. The improved identification method reduces sampling requirements with the proviso of better protecting the identification precision by improving the identification method. And eventually, the method can provide a reliability index of the LED integrated driving power within the life cycle of the entire lamp in accordance with the constraints of the life cycle of the entire LED lamp based on luminous flux.

The invention belongs to the technical field of battery management, and particularly relates to a lithium ion battery health state estimation method applying a sliding window optimization strategy. Firstly, an aging feature relationship, i.e., a SOH-Pf relationship, of the type of battery is acquired by a multi-cell entire life-cycle accelerated aging test; and then a feature parameter Pf of a to-be-tested battery is calculated according to a constant-current charging voltage characteristic of the to-be-tested battery, so as to acquire SOH of the to-be-tested battery by adopting a table look-up method. The lithium ion battery health state estimation method disclosed by the invention is sufficiently suitable for the capacity fading different phenomenon among multiple cells in the lithium ion battery aging process, gets rid of influence of a cycle index of a battery, carries out accurate online estimation on the SOH of each cell, and can reach an expected SOH estimation accuracy of 5%; acharging mechanism of an electric vehicle in the actual working condition is considered, the lithium ion battery health state estimation method is high in adaptability to actual charging equipment, and SOH estimation on the battery can be implemented under the conditions of multi-magnification charging and nonzero charging initial SOC; and the SOH online estimation scheme designed by the invention is simple, easy to operate and convenient to carry out engineering implementation by adopting a conventional MCU.

The invention discloses a method for determining optimal decommissioning time of power grid equipment based on three-parameter Weibull distribution. The method comprises the following steps: establishing an equipment failure rate model based on a Weibull distribution principle; carrying out parameter estimation on the failure rate model to obtain a failure rate function; and determining the optimal decommissioning time of the equipment according to the failure rate function. Compared with the prior art, the method disclosed by the invention has the advantages that 1, the method has the universality; 2, compared with a two-parameter Weibull distribution mode, the three-parameter Weibull distribution mode has a stronger capability of fitting various types of experimental data and particularly has a higher fitting precision for power grid equipment with loss failures characteristics, so that the actual condition of the failures of the equipment can be reflected well; 3, the relatively-accurate optimal decommissioning time of the equipment can be provided so that a scientific and quantitative definition standard is provided for formulating an asset entire life-cycle management policy (particularly an operation and maintenance policy and an decommissioning policy); the value of the equipment is developed sufficiently, and the energy source waste and the economic losses are reduced.

The invention discloses a wind power plant machine set layout multi-objective optimizing method. The wind power plant machine set layout multi-objective optimizing method includes the steps that a constraint multi-objective optimization model for wind power plant machine set layout optimization is built, a minimized wind power plant entire life-cycle cost and maximized wind power plant annual energy output serve as optimization objectives, and minimum wind turbine mounting spacing and wind power plant site limitation serve as constraint conditions; the constraint multi-objective optimization model is solved, and a Pareto optimal solution set is output; an optimal case is selected from the Pareto optimal solution set. According to the wind power plant machine set layout multi-objective optimizing method, the minimized wind power plant entire life-cycle cost and the maximized wind power plant annual energy output serve as the optimization objectives to carry out wind power plant machineset layout optimization design; besides, the minimum wind turbine mounting spacing and the wind power plant site limitation are taken into account and serve as the constraint conditions, which betteraccords with practical conditions; when problems are solved, an evolutionary multi-objective optimization algorithm is adopted, the Pareto optimal solution set in which the solutions have advantages and disadvantages can be found at the same time, therefore, requirements of different users are met, and the wind power plant machine set layout multi-objective optimizing method can be selectively implemented according to the practical conditions.

A system and related techniques provide an integrated platform for privacy management of electronic medical records, encompassing the entire life cycle of privacy management including the capture of patient consents and other privacy status information, request management to receive and filter requests by health insurance companies and others, publishing management and release management of the contents of the electronic medical record. According to embodiments of the invention in one regard, various modules and logic may directly access the patient EMR and extract appropriate segments of information called for by validated requests, to publish that information as well as record or log that access history. The invention may thus provide an integrated tool to document compliance with HIPAA and other regulatory requirements. According to embodiments of the invention in another regard, medical information requests and other transactions which were originally made in paper or hard-copy form may likewise be assimilated into the access database, along with release requests which are electronic in nature.

The invention discloses a plane sealing type reversing valve which belongs to hydraulic control valves and is used for the fluid switching of a plurality of channels and solving the problem that the reversing valves at present are relatively large in reversing operation force, bad in anti-pollution capacity, high in processing difficulty and high in cost. The plane sealing type reversing valve comprises a lower valve seat, a support seat, a sliding block, an upper valve seat, a fixed valve element, a disc spring, a floating valve element, a sleeve, a ball screw assembly, a connection threaded sleeve, a push rod and a gear motor. According to the plane sealing type reversing valve, plane sealing is used, and the small rotary gear motor with the ball screw assembly is used for linear driving to drive the sliding block to move straightly and control the reversing of the oil path. The plane sealing type reversing valve is simple in structure, convenient in interface form and good in manufacturability, is capable of reliably realizing the sealing of the entire life cycle and ensuring the reliable reversing of the hydraulic systems, is suitable for standard and serial production and suitable for the high-temperature high-pressure severe environments and working conditions such as petroleum and natural gas extraction, and can be used for the fluid control of various hydraulic systems.

The invention discloses a user-side distributed energy storage evaluation method and system involving optimized operation strategies. The method includes the following steps that: optimized energy storage operation strategies and operation modes of each stage are determined according to the illumination, load, electricity price data and SOC (state of charge) threshold values of typical days; the net present value and electricity consumption cost of a system are calculated through conversion according to initial capital costs and operation and maintenance costs during the entire life cycle of an energy storage project; and the calculation results of optimized energy storage operation strategies and cost benefits are outputted. According to the user-side distributed energy storage evaluation method and system of the present invention, grid-connected type distributed photovoltaic and energy storage combination is adopted as the research focus of a user-side distributed energy storage application mode, the costs and obtained benefits of the energy storage system are determined accurately in a targeted manner, and a reliable and important basis is provided for the future development prospect of user-side distributed energy storage.

The invention discloses an automatic transferring method and system for an electric system and belongs to the field of information management of the electric system. The automatic transferring system comprises a plant management (PM) module for generating a standing book of a device, an asset management (AM) module for producing asset cards, a material management (MM) module for determining asset values, a projection system (PS) module for determining the asset values and a financial control (FICO) module for generating financial vouchers. According to the system, module businesses in an enterprise resource planning (ERP) system are joined by means of an automatic transferring completion settlement method, so that the module businesses are closely coupled, data qualities are improved, work amount is reduced, work efficiency is improved, and the requirements for optimal management of projects and entire life-cycle management of assets are achieved. The automatic transferring method is based on initial purchase values of the device corresponding to materials in asset bill-of-material (BOM), a project work breakdown structure (WBS) is used as a link, material cost allocation of projection costs is established, and transferring card values and device purchase values are formed on the basis of a relationship among materials, devices and assets in the asset BOM.

The invention discloses a method for extracting geometric information based on a BIM model. The methods include numbering and identification sorting, node space coordinate positioning, and parameterized presentation of geometric information of components. The method is characterized by high extraction efficiency, less space occupation for parametric presentation, and flexible application. . Its benefit is that it can effectively solve the problems that existing BIM models cannot be shared with multi-source information such as VR, GIS, 3D printing, and face recognition, slow information interaction, information loss, serious waste of digital resources, and excessive investment expenditures. It can be widely used in the whole life cycle of civil engineering planning, design, construction, operation and maintenance.

A system and related techniques provide an integrated platform for privacy management of electronic medical records, encompassing the entire life cycle of privacy management including the capture of patient consents and other privacy status information, request management to receive and filter requests by health insurance companies and others, publishing management and release management of the contents of the electronic medical record. According to embodiments of the invention in one regard, various modules and logic may directly access the patient EMR and extract appropriate segments of information called for by validated requests, to publish that information as well as record or log that access history. The invention may thus provide an integrated tool to document compliance with HIPAA and other regulatory requirements. According to embodiments of the invention in another regard, medical information requests and other transactions which were originally made in paper or hard-copy form may likewise be assimilated into the access database, along with release requests which are electronic in nature.

The invention provides cold-mixed cement-emulsified asphalt concrete and a pavement method thereof. A cement-emulsified asphalt concrete pavement is formed by measuring and blending a plurality of materials including cement, emulsified asphalt, graded broken stone, mineral powder and water according to proportions at normal temperature, transporting an obtained mixture, conducting paving, conducting rolling and conducting maintenance. Dynamic stability of the cold-mixed cement-emulsified asphalt concrete reaches 19000 times / mm or above, an intensity ratio of frozen and melted is greater than 95%, elasticity modulus is 3000Mpa, and pavement performance of the cold-mixed cement-emulsified asphalt concrete conforms to requirements of related indexes prescribed within Standard Specification for Construction and Acceptance of Highway Asphalt Pavement (JTJ F40-2004). According to the cold-mixed cement-emulsified asphalt concrete and the pavement method provided by the invention, asphalt and aggregate cannot be heated and blended, and production and construction can be implemented at normal temperature; the paved cement-emulsified asphalt concrete pavement integrates the property of cement concrete which is rigid and the property of an asphalt mixture which is flexible, and the cement-emulsified asphalt concrete pavement has excellent performances of being high in modulus, high in bearing capacity and high in tracking; the pavement performance of the mixture can be greatly improved; and entire life-cycle cost of the pavement structure is low.

The invention discloses a configuration method for sectionalizing and interconnection switches of a power distribution network. The method comprises the following steps: collecting parameters required for current situation data of the power distribution network and model building, and building a standardized power distribution network power supply model; setting different power supply region reliability targets, namely comparing different load densities and power supply radiuses and setting the target according to the requirements, which are stipulated by a guide rule, of the power supply region grades on the reliability, so as to achieve the power supply reliability of making customers satisfied; evaluating a connection mode; and recommending schemes for regions with different load levels. The configuration method has the beneficial effects that the entire life-cycle cost of the connection mode is considered aiming at the reliability requirements of different grades of power supply regions; the sectionalizing and interconnection switches are reasonably configured; the optimal connection mode is selected; the reasonability of the power distribution network is comprehensively improved; a good reference is provided for power distribution network planners for power distribution network planning and construction; a strong technical support is provided for power distribution network planning work in the future; and the method is easy to grasp and operate.

The invention discloses a power transmission and transformation equipment panoramic information modeling method based on a CIM. The object-oriented design technology is adopted, extension of an asset basic information model, an asset on-line monitoring information model, an asset working information model and an environment and safety information model is completed on the basis of the existing standard CIM by referring to relevant international standards such as IEC61970 and IEC61968, and a power transmission and transformation equipment panoramic information model good in universality is established. With the combination of characteristics of the power transmission and transformation equipment Internet of Things, EPC code attributes and entire life-cycle management nodes are added to the asset basic information model. The established power transmission and transformation equipment panoramic information model can provide supports for sharing and integrating of multi-source heterogeneous information of power transmission and transformation equipment and advanced application of entire life-cycle management of the power transmission and transformation equipment.

The invention discloses a low speed diesel engine fault diagnosis system. The system comprises an HMI client, an intelligent remote communication module, a real-time simulation machine, a database storage server, a data processing server, a field communication module, a data acquisition module and a third-party module; the real-time simulation machine, the database storage server, the field communication module, the data acquisition module and the third-party module are all connected to the data processing server; the data processing server is connected to the HMI client; the HMI client is connected to the intelligent remote communication module. The system adopts algorithms such as big data, machine learning, pattern recognition and the like, analyzes real-time operating parameters of a diesel engine on the basis of a calibrated diesel engine fault characteristic parameter model, a mathematical model of a main system and performance parameter big data, accurately diagnoses and positioning faults, provides troubleshooting suggestions and measures, and can perform health management and fault prediction for the diesel engine throughout an entire life cycle.

The invention discloses a storage medium managing method and device in a storage device and the storage device. The method comprises the steps of dividing a storage medium into a data storing area anda replacement area in advance according to the health degree; in the using process of the storage device, monitoring whether a problem memory block exists in the data storing area by the storage device; and when a problem memory block is detected, moving the problem memory block out of the data storing area, obtaining a replacing memory block from the replacement area and moving into the data storing area. The method has the advantages that the problem storage block is replaced with the replacing memory block in the replacement block in the replacement area which is divided in advance; the redundant area of the storage device is not needed to be reduced; the stability of the redundant area in the entire life cycle of the storage device is guaranteed; and the service life and the performance of the storage device are stabilized.

The present invention relates to isolated nucleic acid molecules and their corresponding encoded polypeptides able to confer the trait of altered flowering time in plants. The present invention further relates to using the nucleic acid molecules and polypeptides to make transgenic plants, plant cells, plant materials or seeds of a plant having flowering times that are altered with respect to wild-type plants grown under similar conditions. Altered flowering time includes both plants having an early flowering time and a late flowering time with respect to wild-type plants grown under similar conditions. Flowering time in plants may be altered either with respect to the normal time at which wild-type plants flower within their normal life cycle or altered temporally such that the entire life cycle of the plant is accelerated or prolonged using the nucleic acid molecules and polypeptides of the present invention.