54 results about "Economic risk" patented technology

A method is provided for use of an information management system to produce quotations and related information on optimized inputs and services for the production of food, feed, fiber, livestock, and the like, and to execute customized commercial service agreements including a performance guaranty or insurance policy. The system includes a database of historical input and service performance and a decision support system to optimize future performance. The commercial service agreement includes protocols for applying inputs, performing services, and assessing performance. Related information includes input management plans; savings, rebate or cost-share information, applications or credits; information or forms for permits or regulatory compliance; and emissions trading credits or executed trades. The system administers a remedy if performance standards are not met. This method has broad application to plant and livestock production in reducing nutrient and pesticide inputs and pollution, and in reducing economic risks for producers and input / service providers.

The invention discloses a new energy remote test equipment fault diagnosis method based on data mining, including the steps of obtaining the characteristic information parameters of equipment on site,building a database, building an equipment fault data model and an equipment normal running data model according to equipment running data source mining, making a fault diagnosis analysis of abnormaldata, issuing a warning for a fault, determining the cause of the fault, and the like. In view of the problems such as the complex structure of remote test equipment, the dynamic instability of running data, the serious cross impact of equipment faults and the difficulty in fault locating and warning, the method combines the offline modeling, the data mining technology and the Internet technologyto help the operation and maintenance personnel check faults quickly and to quantify the economic risk, safety risk and maintenance risk brought about by complex faults produced by the cross impact of covert faults and overt faults and control the spread of the covert faults of large complex detection equipment in time. The method has the advantages of high diagnosis accuracy, high speed, significantly improved maintenance efficiency, lower maintenance cost, and the like.

A system and method for managing health risks is provided. The system and method comprise identifying one or more relevant economic risk factors from health-related data collected from a person, providing an intervention plan to the person based on the relevant economic risk factors, authenticating an identity collected from a participant at a remote location, exchanging data related to the intervention plan with the person at the remote location, and providing an incentive to the person for complying with the intervention plan.

Described are systems for providing remote medical therapy to a subject by dispensing one or more medical items from a short-term inventory of medical items. The inventory of medical items is risk profiled based on probability calculation of health or economic risk to a subject, a population, a venue, or a situation in advance of need for the medical items. In some embodiments, the system comprises a digital processing device, an apparatus for dispensing the one or more medical items, and a connector device, with a memory, that facilitates communication between the digital processing device and the dispensing apparatus.

The invention discloses a floating type production platform capable of taking well drilling and oil storage into consideration. The floating type production platform comprises an octagonal-prism floating body with an octagonal horizontal section and a deck, wherein a ballast water tank, an oil storage tank, a production functional cabin, a well-drilling equipment cabin and a pump cabin; the deck is arranged on the floating body; an oil gas treatment system, well-drilling equipment and a positioning mooring system are arranged on the deck; and a moon pool is arranged on the floating type production platform. The floating type production platform has the functions of oil gas production, storage, transportation and well drilling, can be migrated and reused, is flexible and suitable for early trial production and well drilling development of an oil field with the water depth of more than 100 m, and can effectively reduce the economic risk of development of the oil and gas field. The floating type production platform has the same longitudinal and transverse size, has the size less than the longitudinal size of the boat type FDPSO, has basically same environmental force from each direction under the same environment condition and has the environmental force less than that of the boat type FDPSO under the transverse environment, adopts a multi-point mooring system, and can meet the requirements of platform well drilling and oil and gas production operation under the sever marine environment such as the South China Sea and the like.

A method for insuring a stock option issued by an individual company from among a population of companies, to a beneficiary from among a population of beneficiaries, against loss of working ability of the beneficiary and consequent loss of the stock option, the stock option being vestable on at least one vesting date, the method including computing an economic risk factor characterizing the behavior of stock options in the population of companies and an actuarial risk factor characterizing the likelihood of loss of working ability in the population of beneficiaries and, on at least one vesting date, computing a premium based on the economic and actuarial risk factors and on the value of the shares on the vesting date.

The invention provides an automatic control system and an automatic control method for ship heeling balance. Multiple anti-heeling pumps capable of independently working and multiple pairs of anti-heeling ballast tanks are arranged in the automatic control system, so that rolling of a ship in a moored condition, at various navigational speeds, such as a medium-high navigational speed, a low navigational speed and a zero navigational speed and under various encounter wave directions can be effectively reduced, and heeling and trimming caused to the ship by various factors: loading unbalance, local cabin breakage and wind pressure, are rapidly compensated, so that special engineering ships like pipe-laying ships and the like have low economic risk, can adapt to severe environment conditions, and meanwhile, have the characteristics of operational safety of offshore working, and the like. The automatic control system and the automatic control method for the ship heeling balance have very good popularization and use value.

A method for systematically generating and evaluating an innovation. The method includes identifying and selecting an entrepreneurial opportunity. The method also includes conceptualizing the entrepreneurial opportunity into a plurality of potential products and distributing an economic risk. The economic risk is associated with the opportunity. The method also includes envisioning an organization for introducing products and pursing the opportunity.

The invention discloses a semi-submersible type production platform of reservoir oil positioned below a water surface. The semi-submersible type production platform comprises an annular buoyancy tank, a box-shaped deck and at least three upright posts, wherein the annular buoyancy tank is internally provided with a water ballast tank, an oil storage compartment and a pump compartment; the box-shaped deck is provided with an oil-gas processing system, well drilling equipment, a positioning mooring system and a moon pool and internally provided with a production function compartment and a well drilling equipment compartment; and the annular buoyancy tank is connected with the box-shaped deck through the upright posts. The semi-submersible type production platform has an oil-gas production function, a storage and transportation function and a well drilling function, can be removed and reused, is flexible and suitable for the early pilot production and a deepwater oil field and bore well development, can be used effectively lowering the economic risk of the development of a deepwater oil and gas field, has more excellent motion performance compared with a ship form and a circular platform by adopting a semi-submersible type platform structure form and can meet the requirement for simultaneous performance of platform well drilling and production operation under the conditions of harsh marine environments, i.e. the South China Sea and the like.

Embodiments of the invention relate to systems and methods for evaluating political, social, and economic risk associated with a geographic region. In one embodiment, a system for evaluating political, social, and economic risk associated with a geographic region can be provided. The system can include an output device and a computer processor operable to execute computer readable instructions embodied in a data collection module and a risk modeling engine. The data collection module can be operable to: receive a plurality of indexes or scores associated with the geographic region, wherein one or more received indexes or scores are weighted with predefined coefficients; and aggregate the received indexes or scores. The risk modeling engine can be operable to generate at least one quantitative indicator based at least in part on the aggregated indexes or scores; and output a risk level indicator to the output device based at least in part on comparing the at least one quantitative indicator to one or more predefined risk level thresholds.

The invention relates to a loan vehicle fraud aggregation early warning system and method. Driving information, including driving latitude and longitude coordinate information and driving communication time information, of an automobile is acquired in real time through a GPS satellite positioning device installed in the automobile and the information is transmitted to a network communication module, and the information is transmitted to an automobile inspection platform service system to be processed through a GPRS wireless network; the driving information is analyzed through an LBS database, and the possibility of fraud aggregation is judged according to the driving latitude and longitude coordinates of the automobile, the aggregation range of the automobile, the aggregation time and duration of the automobile and the working state of the GPS satellite positioning device so that early warning information is formed and the early warning content is pushed; besides, sensitive words like "automobile repair" are also found through address inquiring to assist judgment so that financing institutions are enabled to perform multi-aspect detection and analysis on the loan automobile, the accuracy of analysis can be realized, the dangerous automobiles are focused in advance, real-time monitoring and real-time early warning of loan vehicle fraud aggregation can be performed and thus the economic risk can be reduced.

The invention belongs to the field of geophysical exploration methods, and particularly relates to a comprehensive geophysical method for sedimentary basin uranium resource exploration. The method includes the following steps: in a sedimentary basin for uranium resource exploration, utilizing gravity data to delineate basement relief and determine a depression area; in the depression area, performing aeromagnetic measuring to determine favorable uranium mineralization regions; on the basis of the favorable uranium mineralization regions, carrying out three-dimensional seismic exploration, and delineating distribution characteristics, structural characteristics and inversion-series physical parameters of layers containing mine meshes. By the method, a technical means is provided for sedimentary basin uranium resource evaluation, economic risk of sedimentary basin uranium resource exploration is lowered, and exploration cycle is shortened.

The invention, which belongs to the technical field of power system planning, provides a distribution network differential planning method with consideration of a composite fault risk. The method comprises: according to a climatic condition of a region where a distribution network is located, meteorological protection levels of the region are set; historical failure rates of all lines under all meteorological protection levels are calculated; according to the historical failure rates, composite line failure rate prediction values are planned; candidate distribution network differential planning schemes are formulated; and a comprehensive evaluation system is constructed, all candidate distribution network differential planning schemes are evaluated, and then an candidate distribution network differential planning schemes is selected. According to the distribution network differential planning method, with consideration of influences on the distribution network by composite meteorological disasters, the comprehensive disaster handling capability of the distribution network is enhanced and security operation of the distribution network is guaranteed; on the basis of the composite failure rate economic risk evaluation, a cost and a failure disaster risk are balanced; the planning scheme is evaluated in terms of the failure recovery capability, so that the method has an important practical significance in promoting application and perfection of distribution network planning work; and the distribution network planning efficiency and planning quality can be improved.

The invention relates to a vehicle information collection device, and particularly relates to a location based service (LBS) database-based vehicle information collection device and a risk analysis method. The collection and the analysis on travel information are achieved through a travel data collection system, the travel information is transmitted to a vehicle search platform service system to be processed through a general packet radio service (GPRS) wireless network, so as to obtain main living range score data, work range score data, consumption range score data, flow range score data, vehicle feature score data and vehicle user score data of a vehicle owner, thereby obtaining total information score data of a currently used vehicle of an owner. A financing institution can foresee the probability of default of the vehicle owner in advance according to the travel information analysis result after the vehicle owner exceeds the time limit, so as to judge the repayment willingness and the loan repayment ability of the vehicle owner, and take measures as soon as possible aiming at a borrower who does not repay maliciously and illegally disposes or pledges the vehicle. Thus, the economic risks of the financing institution and an insurance company are effectively reduced.

Described are a method, computer program product, and system for risk management using readily available, gridded hazard data to estimate and obtain a risk analysis parameter (e.g., expected repair cost) for use in risk management, such as in seismic risk management. The method includes calculating economic risk for buildings in terms of an expected annualized loss (EAL). EAL is the product of a scenario loss estimate called probable frequent loss (PFL) and an economic hazard coefficient (H). H can be created using readily available gridded hazard data produced by the U.S. Geological Survey. The method also includes a technique for calculating shaking intensity, sEBE, which is needed for determining PFL. Incorporated into a system, the system can be utilized by engineering consultants (or others interested in risk management) via the Internet, or on any other computer readable medium.

The invention relates to a large-scale wind power-containing power transmission network planning system considering risks. The large-scale wind power-containing power transmission network planning system comprises a database module, an input module, an analysis module, a planning module and an output module, wherein the database module is used for storing wind speed data, load data and power equipment data; the input module is used for acquiring required data from the database module and the outside of the system; the analysis module is used for calculating an economic risk index, a technical risk index and investment cost of a planning scheme according to the input data and acquiring security constraint conditions of a power transmission network; the planning module is used for building a power transmission network planning model, determining the power transmission network planning model according to the economic risk index, the technical risk index, the investment cost and the security constraint conditions of the power transmission network, obtained by the analysis module, and acquiring the power transmission network planning result considering the economic risk and the technical risk; and the output module is used for outputting the power transmission network planning result. Compared with the prior art, the risks caused by wind farm output uncertainty can be lowered when the investment cost is controlled; and the large-scale wind power-containing power transmission network planning system has the advantages of high efficiency, comprehensive factor consideration and the like.

Disclosed herein is a system and method for eliminating or transferring the non-economic risk of financial securities. The system and method serves to avoid non-economic losses in the first instance, and to counter the adverse capital impact of prior non-economic gap losses by providing capital relief consistent with a determined protected amount. A second party provides to a first party a policy covering potential losses in value for a fixed income securities (FIS) Portfolio, particularly losses between an upper attachment value and a lower exit value. The second party provides capital to the first party as a policy security in the event that the aggregate principle payments (APP) of the FIS Portfolio are less than the attachment value and the first party makes a claim under the policy. The first party pledges policyholder security for its future obligation to return all or a portion of the policy security should no claims arise under the policy or if the policy security exceeds the amount sought by any claims. The policyholder security may be the FIS Portfolio or other agreed upon assets, or some combination thereof.

This invention provides risk management systems and methods for enterprises associated with a wide variety of sports activities, e.g., sports having individual athlete participants as well as sports having team participants; sports activities having regional, national, or international scope; professional and non-professional sports activities; and so forth. In preferred embodiments, the systems and methods of this invention derive models of the economic values and of associated economic risks of particular sports activities and provide indices reflecting model computations. In further preferred embodiments, the system and method of this invention provide financial instruments having values that derive from one of the provided indices, index computing systems, and exchange or trading platform systems by which such derivative contacts can be valued and traded.

Embodiments of the disclosure relate to methods and systems for modeling, controlling and computer-platform implementation of a Synthetic Reserve Provisioning System (SRPS) needed to aggregate and integrate small devices closer to consumers, referred to as Distributed Energy Resources (DERs). This know-how is based on data-driven physics-based modeling and it supports the dispatch and scheduling of DERs so that they can participate in system level provision of electricity service. An SRPS generally comprises multiple levels of consumer aggregators (Synthetic Reserve Provisioning (SRP) modules) which interact by exchanging well-defined information about provable consumer characteristics and their own loading and pricing conditions. Three different SRPS designs are described. They differ with respect to implementation requirements for communications, control, technical and economic risks assumed by different SRP modules. Depending on the control and available communication architecture, it is ultimately possible to ensure DER integration at value, even with a limited number of participating devices.

The invention discloses a power distribution system comprehensive planning method suitable for electric car large-scale application. The method includes the following steps that firstly, according to a free charging mode and a sequential charging mode, methods for calculating electric car charging loads are provided respectively, and a feasible real-time dispatching strategy is provided for the sequential charging mode; secondly, starting from the three uncertain factors of the annual common load development level of the planning level, the electric car ownership and the condition whether the sequential charging strategy can be smoothly implemented or not, a set of future possible scenes is established; finally, a power distribution system flexible planning method suitable for cost is developed. According to the power distribution system comprehensive planning method, an initial establishment scheme with the small cost sum can be provided for investors and economic risks are avoided.

A method and system is provided by which an entity manages an exposure to an economic risk associated with a commodity and initially includes the step of modeling the exposure to the risk using financial instruments such as forward contracts and option contracts. Next, a hedge for the exposure is executed. Liquidated cash flows, that are based on the modeled exposure and said hedge, are periodically calculated. If liquidated cash flows are positive, a payout is provided to the entity while a payout is received from the entity if the liquidated cash flows are negative. In an exemplary embodiment, the liquidated cash flows are marked to the market.

Disclosed herein is a system and method for eliminating or transferring the non-economic risk of financial securities. The system and method serves to avoid non-economic losses in the first instance, and to counter the adverse capital impact of prior non-economic gap losses by providing capital relief consistent with a determined protected amount. A client makes a non-recourse loan to a provider. In return, the provider agrees to purchase a fixed income security (FIS) Portfolio from the client for an purchase price greater than the amount of the loan. If the aggregate principal payments (APP) of the FIS Portfolio exceed the purchase price, the parties engage in profit sharing of the APP over the purchase price. If the final market value of the FIS Portfolio is below the purchase price and above the loan amount, the losses are absorbed by the provider. In a broader implementation of the program, the client makes a revolving term loan to the provider, which over time the provider uses to acquire assets from the client to be used as collateral for the loan.

This invention provides risk management systems and methods for enterprises associated with a wide variety of sports activities, e.g., sports having individual athlete participants as well as sports having team participants; sports activities having regional, national, or international scope; professional and non-professional sports activities; and so forth. In preferred embodiments, the systems and methods of this invention derive models of the economic values and of associated economic risks of particular sports activities and provide indices reflecting model computations. In further preferred embodiments, the system and method of this invention provide financial instruments having values that derive from one of the provided indices, index computing systems, and exchange or trading platform systems by which such derivative contacts can be valued and traded.

The present invention provides a social risk management system and method capable of analyzing data pertaining to an economic venture, identifying social risks that may be encountered, generating specific prevention and mitigation measures for those hazards, and evaluating the results. In one embodiment, the present invention provides a user-friendly graphic user interface through which users may access the unique functionality of the present invention. In one embodiment, the present invention is capable of utilizing feedback data to generate one or more evaluation reports illustrating the success, or lack thereof, of the implemented prevention / mitigation measures.

Disclosed herein is a system and method for eliminating or transferring the non-economic risk of financial securities. The system and method serves to avoid non-economic losses in the first instance, and to counter the adverse capital impact of prior non-economic gap losses by providing capital relief consistent with a determined protected amount. An investor purchases from a financial institution a number of shares whose principal repayment at redemption is contingent upon the maturity proceeds of a designated fixed income securities (FIS) Portfolio. If the aggregate principal payment of the FIS Portfolio is less than a stipulated value, the shares are redeemed for less than the original purchase price. Otherwise the financial institution will repay the full principal amount of the shares at the stated redemption date. To secure the obligation to repay share principal, the financial institution pledges security that is invested in securities that are held in trust and margined periodically.

The invention provides a water-retaining agent containing turf and used for agriculture and forestry. The water-retaining agent is prepared from following raw materials in percentage by weight through polymerization: 10%-90% of turf, 5%-50% of polymer monomers, 2%-10% of starch, 0.01%-0.5% of a cross-linking agent and 0.05%-0.5% of an initiator. The turf is used as the main raw material for synthesis of the water-retaining agent, so that the raw material price is low, and the cost of the water-retaining agent containing the turf can be reduced to the minimum, unparalleled internal and external conditions for market occupation and competitive advantage enhancement are provided, and very high economic risk resistance is provided for enterprises.

The invention discloses a household energy control method considering user comfort risk preferences. The household energy control method comprises the following steps: classifying equipment accordingto characteristics of electric equipment; predicting and obtaining prediction data of the next day according to the historical data before the day, wherein the prediction data comprises user electricity consumption behaviors, photovoltaic output, outdoor temperature and electricity price fluctuation; updating a probability distribution function of the historical data according to statistics of thehistorical data; considering comfort risk preference setting of the user, and setting a risk coefficient for each equipment; considering the risk preference setting of the electricity purchasing costof the user, and taking the economic risk coefficient into account as one of the objective functions;, adopting an improved genetic algorithm to solve the target function, and an optimization resultrepresenting a user electricity purchasing cost minimum scheme considering a risk coefficient; carrying out second-stage optimization by considering the electricity purchasing out-of-limit requirementof a power grid company, and selecting a result with the minimum peak-valley difference from the multiple results to serve as an electricity purchasing plan; and sending the obtained power purchase plan to a household energy control terminal to carry out power utilization control.

The invention discloses an open technology transaction system by using the network technology. The open technology transaction system is composed of a technology providing unit, a technology buying unit, a network-based open technology transaction platform unit and a signing contract identification unit. The network-based open technology transaction platform unit includes an economic risk assessment module. The signing contract identification unit includes an economic risk guaranty module. The signing contract identification unit open to the public selects a signing contract identification side through a risk evaluation mathematical model based on dominant terms. An amateur performing chance can be provided for the idle brain resources of a lot of technical personnel of the whole society by the open arrangement. According to the system, the problem of low technology conversion rate caused by the trust issue between the technology providing side and the technology buying side can be greatly reduced, and a technology conversion channel can also be provided for the social technical personnel through the platform open to the public so that win-win of four sides of the technology providing side, the technology buying side, the technology transaction platform management side and the signing contract identification side can be realized.

The invention provides a climate change risk analysis and evaluation method, which comprises the steps of determining climate variables and social and economic variables based on historical climate data, historical social and economic data and quantifiable climate policy indexes; respectively constructing a regional economic loss model, a meta-analysis loss model, an extreme disaster loss model and a department climatic loss model from top to bottom according to the climatic variable and the social economic variable; and determining comprehensive climatic change economic loss according to theregional economic loss model, the meta-analysis loss model, the extreme disaster loss model and the department climatic loss model. An economic model and a physical model are coupled, modeling is carried out based on historical data, social and economic risks caused by climate change are evaluated based on future climate change data, the influence of climate change on a social and economic systemis quantified, and probabilistic loss and income caused by climate change are obtained.

Method of evaluating the biodegradation, through the action of a bacterial population, of hydrocarbons trapped in a geologic structure.The mass of hydrocarbons present in said structure is determined without taking account of the biodegradation, from data relative to the physical and geometrical characteristics of the structure studied. Then the mass of hydrocarbons consumed by biodegradation is calculated after evaluating the number of bacteria, their hydrocarbon consumption and the structure filling time. The mass percentage of oil disappeared through the bacterial action is deduced from these two masses.Application: determination of the composition of oils in a reservoir and notably location of heavy oils. The method can notably be applied to the evaluation of the economic risk linked with the presence of biodegraded petroleum reservoirs.