170 results about "Per capita" patented technology

A method, computer system, and computer program product for performing an asset analysis for at least one asset, using the Required Yield Method (RYM). The method provides first economic data relating to a first economy. The economic data includes a gross domestic product (GDP) per capita growth rate for the first economy. The economic data may further include an expected inflation rate for the first economy over a time interval. At least one asset characteristic (e.g, asset valuation) of each asset of the least one asset is computed. The at least one asset characteristic is a function of a portion of the economic data. The computing is in accordance with the RYM. The computed at least one asset characteristic is transferred to a tangible medium. The at least one asset may include an equity index, a bond, gold, a currency, a derivative, etc.

The invention discloses a safety assessment system for a river water environment of a plain river network, and belongs to the field of water environment safety assessment. By taking a DPSIR model as a theoretical basis, water environment safety assessment indexes are divided into five aspects of social and economic driving force, a pollution source and water resource development pressure, a water environment health present condition, a river service function and an environment supervision capability, and twenty assessment indexes including permanent population density, GDP per capita, a building land use proportion and the like are established. The water environment safety assessment process comprises the specific steps of obtaining a survey value for assessing an index of each layer of a river; determining an assessment standard value of the index; performing standardization processing of the survey value of the index; calculating an index score of a river water environment safety assessment index layer; calculating an index score of a river water environment safety assessment criterion layer; and calculating and assessing a river water environment safety index. According to the system, a scientific assessment method is established for the plain river network, and the water environment safety condition and problem of the plain river network can be quickly and effectively identified.

The invention discloses a gas stove with a weighing function and a weighing control method thereof. An electronic scale with the weighing function is additionally arranged below the stove tabletop of the gas stove and saves an experience database and a food information database in a cooking process so that the gas stove not only solves the problem that users fuzzily and inaccurately know how muchweight of water needs to be added to a certain weight of food, but also can feed back and intelligently adjust according to the tastes of the users to enable the next-time cooking tastes to be close to the taste demands of the users by designing the experience curve of heating power of a pressure cooker on the gas stove for the foods comprising rice, meat and the like on different weight points; and in addition, the gas stove enables the users to clearly and definitely know the total or per-capita intake caloric value, cholesterol content, protein content, fat content, mutual restraint between the foods, edible salt amount and edible oil amount of various foods in the cooking. Therefore, the invention realizes the standardization, automation, accuracy, intelligence and health of pressure cooker on the gas stove in the whole cooking process.

The invention discloses an arbor three-dimensional green quantity measuring method based on three-dimensional laser scanner, comprising the steps of: fitting point cloud data obtained by a three-dimensional laser scanning system at scanning stations in three different directions by a common reference ball to form a complete point cloud of single arbor, and finally generating single arbor crown point cloud data; segmenting the single arbor crown point cloud data from the top to the bottom of the crown into a plurality of sections in same height according to height h, wherein the sections comprises one cone and n circular truncated cones; calculating area of irregular surfaces according to equal distance by the complete single arbor crown point cloud data so as to calculate the volumes of one core and n circular truncated cones; summing the volumes of one core and n circular truncated cones, thereby obtaining the three-dimensional green quantity of single arbor. The method also can be promoted for calculating the three-dimensional green quantity of trees with irregular crowns, and has essential significance for measuring the areal green quantity, the per capita green quantity and the spatial distribution pattern of the green quantity.

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 present invention discloses a city spatial quality evaluation method based on big data, which tries to employ data mining to acquire relevant network-based evaluation data. According to the present invention, data mining, address paring, weight calculation are performed for typical public service facilities, spatial quality evaluation application is explored based on dimension reduction of big data. The empirical part comprises three aspects: in an objective evaluation aspect, performing spatial evaluation for distribution density and per capita possession of the public service facilities by means of data mining and address parsing; in a subjective evaluation aspect, by collecting network evaluation-based focusing degree and satisfaction degree data, performing a location analysis on the quality public service facilities; and based on the above, performing a weight calculation for the object/subjective evaluation of the public service facilities, to conclude a comprehensive assessment on the spatial quality. The method according to the present invention not only addresses the problem of evaluation of the city spatial quality in the aspect of structure, but also practically reflects the satisfaction degree and feeling of the micro individuals, thereby implementing quality measurement of the city space.

The invention relates to the technical field of sewing equipment, in particular to a rotary disc type automatic feeding, sewing and discharging tool. The rotary disc type automatic feeding, sewing anddischarging tool comprises a sewing station, a feeding conveying belt, a discharging conveying belt, a material circulation station and a cloth jig and is characterized in that a sewing machine baseis provided with a sewing table which is located below a sewing machine and extend forwards, the material circulation station is arranged in front of the sewing table, the feeding conveying belt and the discharging conveying belt are respectively arranged on the left side and the right side of the material circulation station, and the conveying directions of the feeding conveying belt and the discharging conveying belt are identical. The rotary disc type automatic feeding, sewing and discharging tool has the advantages that automatic cloth jig material circulation between the feeding conveyingbelt and the sewing table and between the sewing table and the discharging conveying belt through the material circulation station, a jig positioning device and a jig clamping device are mounted on the sewing table, the jig positioning device is used for positioning the cloth jig moved to a support plate, the jig clamping device is used for clamping the positioned cloth jig to the support plate,high sewing efficiency is achieved, and the labor cost per capita of single equipment is reduced greatly.

The invention relates to automatic conveying belt blanking production equipment. The equipment comprises a belt frame for winding and placing a belt, a hydraulic machine for providing power, a mold mounted on the hydraulic machine and an automatic belt conveying device; an upper mold plate is driven by the hydraulic machine to make contact with a lower mold fixed on the base, so that blanking and punching are performed on the belt; and the belt on the belt frame is automatically conveyed to the mold through the automatic belt conveying device. The equipment has the beneficial effects as follows: 1, servo driving for guided conveying is realized, the conveying size is adjustable, an automatic upper roller conveys the conveying belt, and the friction force is reduced; 2, the number of people for belt disk machining is reduced, the per-capita work efficiency is doubled, the labor force of workers is reduced, and the work comfort is improved; 3, two models of products can be machined with one mold, the number of mold changing times can be reduced, the service life of the mold can be prolonged, and the labor force of workers can be reduced.

The invention discloses a multi-level urban sewage water reuse-and-recycle configuration data's dynamic processing method based on multi-objective hybrid genetic algorithm, comprising: 1) obtaining the basic information data of multi-level water resources relationship; establishing a multi-level data configuration relationship between urban centralized sewage treatment plants and centralized water regeneration plants; 2) obtaining basic information data and other data information about the urban centralized sewage treatment plants and the centralized water regeneration plants; 3) according to the above basic information data, establishing a multi-objective data configuration model which considers the conditions of water quality balancing, water supply capability, water transporting capability, water requiring capability and risk constraints wherein the objective function is a multi-objective function with the largest total water resources utilization, the maximum benefit of water resources reuse and the minimum per capita water deficit in sub-areas; and 4) using the multi-level urban sewage water reuse-and-recycle configuration data's dynamic processing method based on multi-objective hybrid genetic algorithm to seek data configuration schemes for different scenes. The method of the invention can meet the reuse-and-recycle data configuration requirement for urban multi-objective and multi-level sewage water.

The invention discloses a method for efficiency calculation of setting of a bus transit lane with consideration of transportation means transfer, which comprises the steps that (1) road resources of buses and cars are quantified according to a design scheme of the bus transit lane; (2) travelling speeds of the buses and the cars after the setting of the bus transit lane are initially measured and calculated; (3) a transfer amount from the cars to the buses is determined according to a travelling means transfer curve; (4) travelling speeds of the cars after the transportation means transfer are measured and calculated again; and (5) road net traffic operation states before and after the setting of the bus transit lane are compared, and efficiency calculation is carried out to the states. The method takes full account of influences brought by travelling time changes on travelling means selection of traffic participants and takes a per capita travelling time-consumption decrement rate as an efficiency index so as to make the efficiency calculation more practical.

Embodiments of the invention disclose a method and a device for detecting cheating, and relate to the technical field of e-commerce. The method and the device can reduce audit cost, and further improves depth of automatic investigation. The method comprises: counting sample data, to obtain index parameters of each sample, dimension of the index parameters of one sample including total click rate of one sample, click number of people, click rate in per hour, a sample click region, and click rate of a search term corresponding to the sample; according to the index parameters, generating feature parameters of each sample, the dimension of the feature parameters of one sample including a click rate dispersion coefficient, a dispersion coefficient of click rate in per hour, terrain concentration ratio, a query term diversity index, and a per capita click rate; according to the feature parameters of each sample, establishing a detection model, and according to the detection model, determining whether to-be-tested commodity data is abnormal or not, the dimension of the detection model including the dimensions of the feature parameters of each sample. The method and the device are suitable to be used for automatically checking cheating commodities and users.

The invention discloses a scientific research performance KPI management method and management system. The scientific research performance KPI management method includes that regulating twelve-dimensional scientific research performance KPI index coefficients of seven levels of project, staff member, department and company; confirming alternative keywords of the project, finished project and department; calculating relevant coefficients of the alternative keywords to confirm KPI indexes; confirming the value range of KPI index coefficients according to six sigma lower limit and upper limit; gathering working time and reference data, and gathering KPI index coefficients which conform to the KIP coefficient range according to the reference data; calculating project task score, staff member task score, department task score and scientific research performance task score; calculating the total performance amount of the calculation period according to an equal-ratio method and an equal-corpus method according to the total performance amount, average performance, per capita performance and per project performance of each of the previous two periods of a performance table of the company, taking the average value of eight measured results to serve as the annual total performance amount, calculating the average performance, and calculating the staff member performance amount, project performance amount and department performance amount.

A Business Method Invention, to transact an Independent Inventor's Intangible Assets into Industry of Inventor's native Nation. A Process means to convey license usage to top-most Governmental and Industry leadership agencies and corporations, providing the formation, booking, or floating of Treasury Assets, a cash-equivalent, present discounted value, ledger item on the Asset-side of the Balance Sheet, of U.S., to municipality, to corporate, Treasury. Also, a net-equal tangible value swap of the pro-se Independent Inventor's IRS-governed Fair Market Value tax amortization deduction, said swap to U.S.A. Federal or other major municipality, providing Government a tool for Demand-side economic stimulus, of up to, over a fifteen year period, by distributing swap value as per capita U.S. taxpayer tax relief, or synthetic payraise, to targeted needs situations, or to. internal U.S. Federal fiscal nominal budget management.

The embodiment of the invention discloses an information recommendation method and device, electronic equipment and a storage medium. The method comprises the following steps: analyzing a headline oftarget information if a push trigger operation is detected in an information browsing interface so as to acquire a main body of the target information; loading information of each node included in a mapping knowledge domain of the main body; and searching by taking node information corresponding to a node selection operation as a search term if the node selection operation is detected, and loadingthe search result. According to the above technical scheme, the content of the mapping knowledge domain is rapidly called, merged and shown, the requirement of enabling a user to rapidly complete associated browsing is met, and effects of providing continuous immersive browsing experience for the user and contributing user retention time, per capita visits and other important value indicators areprovided for the app and webpage manufacturers.

The invention discloses a psychological intervention scheme personalized recommendation method oriented to depressive emotion, and belongs to the fields of computer network psychology, large data science and technology, abnormal psychology and the like. In terms of the practical situation that the scale of the population base of China is large and the number of per capita psychological worker is quite small, the artificial intelligence personalized intervention new method which can be applied to large-scale target groups with depressive emotion is provided strictly according to the network behavior characteristics of users and by making full advantages of the fact that the network resources are rich and colorful, high in interactivity and diversified in selection, and meanwhile, humanization, interactivity and other characteristics are also taken into consideration. According to the psychological intervention scheme personalized recommendation method oriented to the depressive emotion, effective psychological intervention can be carried out on a single user, effective, targeted and personalized psychological intervention can also be carried out on the network user groups with more than ten thousand people, and the method has important practical value in the field for solving the problem that mental health services are needed by people.

The invention discloses a customer service center telephone traffic load prediction method, including: according to selected historical data, calculating telephone traffic M by hour of each time period; according to average call duration and desk duration, calculating average processing duration N of a single phone call; finally determining the number H1 of telephone traffic personnel required per hour; calculating predictive parameter influence telephone traffic X' in a corresponding period of the very year; calculating the average telephone traffic load prediction amount S of 24 point hours of the next period of the very year; in combination with a field practical situation and an empirical value, obtaining per capita hour telephone traffic M, and calculating the number H2 of telephone traffic personnel required per hour; and by calculating an average value of H1 and H2, determining the final predicted number of telephone traffic personnel. A scheduling method of the invention performs effective telephone traffic prediction directed at specific circumstances of a local region, so results are relatively accurate; and rest time of customer service representatives can be guaranteed while answering of phone calls under normal circumstances can be effectively ensured, thereby improving work efficiency, and ensuring power supply service quality.

The invention provides a green wave control method based on non-motor vehicles and buses. According to the method, the green wave design is performed by combination with the travel time of specific road section non-motor vehicles and buses passing through the adjacent intersections; in the process of calculating the flow ratio, the non-motor vehicles are no longer reduced as the roadside interference, but the flow of the non-motor vehicles is considered. At the same time, a calculation method for a maximum green wave band for the green waves of the non-motor vehicles and the buses is proposed.The per capita delay is used as an evaluation index; and on road segments suitable for green wave design for the non-motor vehicles and the buses, compared with a method for green wave design for cars, the green wave control method based on the non-motor vehicles and the buses can greatly reduce the per capita delay, which also reflects the shift of the transportation concept to people oriented.

The invention provides a method for verifying regional emission spaces, comprising the following steps: obtaining the carbon emission influencing factors in the verified area and the causal relationship between different carbon emission influencing factors; acquiring historical carbon emission data in the verified area, and establishing a carbon emission model according to the historical carbon emission data, the carbon emission influencing factors and the causal relationship between different carbon emission influencing factors, wherein the carbon emission model represents a relationship between carbon emissions and carbon emission influencing factors; simulating the carbon emission model according to the preset target parameters of each carbon emission influencing factor to obtain the carbon emission space of the verified area. The method theoretically verifies the region emission spaces, dynamically analyzes the historical situation, establishes a multi-face influence mechanism withthe per capita carbon dioxide emissions as the main indicator, designs schemes based on different variable parameters of specific scenarios and selects the practical development model.

The invention provides an intelligent extractor hood and a control method thereof. The intelligent extractor hood comprises an exhaust fume collecting hood and an oil cup, and is characterized by further comprising a sound detection module, an oil quantity detection module, a master controller and a display module, wherein the sound detection module is used for detecting sound of vegetables put into a pot and calculating the frequency of the vegetables put into the pot in the whole cooking process; the oil quantity detection module is used for detecting change of the oil quantity in the oil cup before and after cooking; the master controller can calculate the oil use amount in the whole cooking process according to the calculation result and then calculating the per capita oil intake amount; the display module can display the oil intake condition according to the per capita oil intake amount calculated by the master controller and give corresponding eating and exercise suggestions. Theintelligent extractor hood can calculate the per capita oil intake amount of users through sound acquisition, weight increase of the oil cup and the running time, can further horizontally compare theper capita oil intake amount of the users with the recommended oil intake amount and conduct longitudinal comparison on user family historical data and gives healthier and more reasonable eating andexercise suggestions to the users through the display module or in an APP transmission mode, and user experience is improved.

The invention belongs to the technical field of carbon emission prediction, and in particular relates to a carbon dioxide emission prediction method comprising the steps of collecting data including the historical CO2 emission, population, GDP per capita, urbanization rate, secondary industry added value proportion, energy consumption structure, energy strength, overall coal consumption, carbon emission strength and total export-import volume; performing non-dimensionalization on the data, computing a gray association degree between each piece of data and the CO2 emission, and screening CO2 emission influence factor indexes input by the model according to the gray association degrees to achieve feature dimension reduction; using a gray prediction model GM(1,1) to predict the screened CO2 emission influence factor index; and using predicted values of the CO2 emission influence factors to serve as model inputs, and then using an improved shuffled frog leaping algorithm to optimize a least square support vector machine model for predicting the CO2 emission. The method provide by the invention has efficient computing performance and excellent global searching ability.

The invention discloses methods for producing starch selenium polysaccharide and selenium-rich pre-gelatinized nutritional rice paste by using pulsed electric fields. According to the methods, (1) a sodium hydrogen sulfite solution and a sodium nitrite solution are mixed and then added to a starch/rice flour emulsion; (2) the conductivity of the emulsion in the step (1) is adjusted to range from 0.02 mS/cm to 4.0 mS/cm; (3) the emulsion in the step (2) is placed in a pulse treatment device, and starch/rice flour ester is obtained; (4) starch/rice flour ester and selenite are mixed and placed in the pulse treatment device, and starch selenium polysaccharide/selenium-rich pre-gelatinized nutritional rice flour is obtained; (5) the selenium-rich pre-gelatinized nutritional rice flour obtained in the step (4) and enzymatic rice bran powder are evenly mixed, and the selenium-rich pre-gelatinized nutritional rice flour is obtained. With the methods, the content of selenium in the starch/rice paste can be significantly increased, the per capita selenium intake of the public is increased, the content of other mineral elements is increased, the gelatinization temperature of the rice paste is reduced, and the problem that existing commercially-available rice paste products cake easily in the brewing process is solved.

The invention relates to an optimization method for an urban industrial structure based on environmental carrying capacity and belongs to the technical field of urban industrial planning and management. The optimization method for an urban industrial structure based on environmental carrying capacity comprises the following steps: step 1: setting up urban system dynamics model, step 2: setting development scenarios, simulating and analyzing the influence of the social and economic development on the resource,energy and environment under each situation, evaluating the environmental carrying capacity by the a comprehensive index method; step 3: setting up inexact multi-objective optimization model, the optimization target function comprises total revenue of urban economy and population quantity; the constraint condition comprises the supply amount of resource and energy, environment amount, per capita GDP and nonnegativity restrictions; the optimized urban industry structure is obtained by running the optimization module; step 4: setting the optimization development situation and the environmental carrying condition under the optimization development condition, and putting forward to the industrial structural optimization scheme and suggestion. The method provided in the invention has accurate simulation precision, complete evaluation, strong targeting, simple applicability, wide application range, etc.

The invention provides a construction method for an energy consumption model of an existing building air conditioner. The construction method comprises the steps of acquiring the energy consumption ofthe building air conditioner, the indoor and outdoor dry-bulb temperature, the solar radiation amount, the indoor and outdoor relative humidity and the rated power of each heating device in a building; calculating the energy consumption of a building envelope according to the outdoor dry-bulb temperature, the indoor dry-bulb temperature and the solar radiation amount; calculating the total energyconsumption of the internal disturbance of fresh air according to the energy consumption of the building air conditioner and the energy consumption of the building envelope; calculating the per-capita fresh air volume of the energy consumption model of the building air conditioner, the number of persons and the coefficients of performance of illumination and equipment according to the total energy consumption of the internal disturbance of the fresh air, the indoor and outdoor dry-bulb temperature, the indoor and outdoor relative humidity and the rated power of each heating device in the building; determining the energy consumption model of the existing building air conditioner according to the per-capita fresh air volume, the number of the persons and the coefficients of performance of the illumination and the equipment. The invention further discloses an energy consumption prediction method for the existing building air conditioner utilizing the constructed energy consumption modelof the existing building air conditioner. The construction method and the energy consumption prediction method have the advantage that the air conditioning load predicted by using the model is closerto the actual air conditioning load of a building.

The present invention discloses an intersection optimal period duration calculation method considering downstream bus stations. The method comprises the following steps: 1) calculating the total delay time of vehicles at the intersection according to the real intersection vehicle operation real data; 2) controlling and calculating the arrival rate and the service time of buses and the accumulated number of the vehicles at the bus stations through combination of signals, and calculating the total delay time of buses at the bus stations; and 3) calculating the per capita delay time according to the formula, and calculating the optimal period duration according to the per capita delay time. The intersection and the downstream bus stations are taken as a whole unit for analysis, and through combination of the real survey data, the influence of the upstream signals on the arrival features of the buses is considered to calculate the arrival rate and the service time of the buses, the accumulated number of the vehicles and the bus station waiting in line and service rate at the bus stations, and the minimum per capita delay time is taken as a target to calculate the optimal period duration so as to provide the basis for managers to evaluate the operation efficiency of the intersection and the bus stations and enforce the refined management.