37results about How to "Reasonable value" patented technology

A system to provide automobile financing to individuals with relatively lower credit scores or ratings, or no credit rating, due to lack of credit or lending purchases, that would otherwise only qualify for sub-prime, higher interest loans. Due to the overall system structure, lower rate interest loans can be extended to participants. The system utilizes the auto financing loan applicant's term of employment and/or other employment performance data as the principal credit criteria to qualify the creditworthiness of an applicant versus the applicant's credit score or credit rating. Applicant's driving records are also reviewed as system automobile loan approval credit criteria. Loan applicants provide employment related information and execute a letter of authorization providing the system with authority/rights to contact the applicant's employer to verify said employment information. In order to provide participants with lower interest rates than would otherwise be available through conventional channels, automobiles financed under the system must meet minimum profile criteria, including the year of the auto, the mileage, retail value relative to the wholesale value, and autos financed under the system are covered by extended warranties and have GPS systems installed for asset protection purposes. In utilizing employment term as the principal creditworthiness criteria, the system can to be offered through employers as an employee loyalty reward program.

The invention relates to a device, a system and a method of taxi charging. The method comprises the following steps of: current geographical position information at predetermined intervals is obtained; the accelerations in X, Y and Z axes of a vehicle are measured, and vehicle acceleration information is obtained; a cloud server obtains each parameter from a preset database; and according to the geographical position information, the vehicle acceleration information and each parameter, the paying amount is obtained by adopting a preset algorithm. Calculation parameters related to the invention are all obtained by automatic calculation of a cloud system and a control module, and the mileage of a taximeter is prevented from being manually adjusted; the vehicle driving mileage is obtained by a geographical positioning system, and the vehicle driving time and stop moments are precisely calculated by the acceleration measuring technology, so that the obtained mileage is more precise. The cloud server obtains high-instantaneity data in real time such as the current fuel oil price, the blocking index of a driving route and the empty vehicle index of a destination, so that the finally obtained paying amount is enabled to more accurately and reasonably reflect the cost and the value of the service.

The invention discloses a method for preventing thermal power of a reactor core from exceeding a limiting value in a nuclear power plant. The method comprises the following steps: acquiring a measured value of high pressure cylinder inlet pressure in a steam turbine, and performing proportional-integral calculation on the measured value of high pressure cylinder inlet pressure and a constant value of the high pressure cylinder inlet pressure in the steam turbine; and acting the proportional-integral calculation result and a constant steam flow value on a power control loop, and controlling the thermal power of the reactor core not to exceed the limiting value by controlling the opening of a high-pressure cylinder valve by virtue of a steam turbine adjustment system according to the proportional-integral calculation result and the constant steam flow value. For a long time, the problem that the thermal power of the reactor core exceeds the limiting value cannot be effectively solved, so that potential hazards of the reactor core easily occur under instantaneous conditions. The constant value of the high pressure cylinder inlet pressure and the constant steam flow value are reasonably set, so that the thermal power of the reactor core is effectively and automatically controlled without exceeding the limiting value by controlling the opening of the high-pressure cylinder valve by virtue of the steam turbine adjustment system according to any one constant value of the constant value of the high pressure cylinder inlet pressure and the constant steam flow value, and hazards of the reactor core and the nuclear safety problem caused by that the thermal power of the reactor core exceeds the limiting value are solved.

The invention provides a method utilizing a trend surface form to generate an error correction surface. The method comprises steps that a well point correction value and the geological trend surface of each well are acquired; a trend surface value of the geological trend surface is calculated, and the corresponding relationship between the well point correction value and the trend surface value isestablished; a crossplot of the well point correction value and the trend surface value of each well is made, curve fitting is carried out, and fitting of a polynomial trend line is carried out to acquire a fitting polynomial; an initial correction surface is generated according to the polynomial acquired through fitting; error points of the initial correction surface are routinely gridded to generate residual errors, and residual error correction is realized; the residual error correction result is added to the initial correction surface to generate a final correction surface. The method isadvantaged in that the geological trend surface is added as the constraint, the new geological basis can be realized at the area without well control, the generated result is closer to geological expectation, and the method meets actual needs of producers.

The invention discloses a method for scanning adjacent regions, which comprises the following steps: calculating the maximum time T1 interrupted allowably for guaranteeing service quality, and the minimum time T2 required by scanning all adjacent regions; comparing the T1 and T2, determining the T2 as scanning duration if the T1 is more than or equal to the T2; otherwise, comparing the T1 and the minimum time T3 required by scanning an adjacent region, and determining the T1 as the scanning duration if the T1 is more than or equal to the T3; and scanning the adjacent regions according to the determined scanning duration. The invention also discloses a device for scanning the adjacent regions. The method and the device make the scanning duration have a reasonable value, ensure not to influence normal communication when cells are scanned, avoid the problem of resource waste caused by too long scanning duration, and also ensure that at least one adjacent region can be scanned in the scanning duration so as to avoid the problem that a reasonable cell cannot be selected.

The invention discloses an earthquake liquefaction discrimination method and device suitable for fine-grained soil sand. The method comprises the following steps: obtaining a plasticity index of fine-grained soil in fine-grained soil sand to be discriminated; if the plasticity index is greater than or equal to the set threshold value, substituting the actual content of the clay content into a liquefaction discrimination formula for liquefaction discrimination; when the plasticity index is less than the set threshold value, substituting 3% of the clay content into the liquefaction discrimination formula for liquefaction discrimination. By using the method, the accuracy of fine-grained soil sand liquefaction judgment can be improved.

The invention discloses an oil and gas resource economy evaluation method. The method comprises the following steps: I, determining basic research parameters; II, objectively weighting the parameters;III, performing parameter standardization processing to eliminate dimension influence; IV, constructing a quantitative mathematical model; V, establishing and forming an economy evaluation key parameter prediction quantity plate, and realizing a visual economy quantity plate; VI, establishing a trend surface prediction graph of a known area; VII, solving economic benefit indexes of the evaluationarea. According to the method, the economic evaluation is carried out on the oil and gas resources by utilizing geological factors, a bridge between the geological resources and economic benefit indexes is built through an economic quantity edition, and a high-exploration-degree area with explored reserves is used as an analogy block. A relationship quantity plate is established according to theknown economic benefits and related geological parameters of the high-exploration-degree area, so as to carry out analogy evaluation on the low-exploration-degree area at the geological resource quantity level.

The invention discloses a distribution network asset whole-process management evaluation method and system. The evaluation method comprises the following steps: S1, registering information of all assets; S2, determining a service node where the asset is located according to the existing service node; s3, evaluating the assets at each service node; S4, obtaining the whole process evaluation of theassets according to the evaluation of the assets at each business node; wherein in the step S4, the method comprises the following steps: step S41, calculating the importance I of each service node according to the situation that different assets experience each service node; and S42, obtaining the whole process evaluation of assets according to the importance I of each service node and the evaluation of each service node. According to the invention, the importance I of each service node is obtained according to the number of each service node experienced by assets, and the importance I is taken as the weight of each service node, multiplied by the score of each service node and then summed to obtain the total whole process evaluation, so that the score is more reasonable.

The invention provides a foam liner for electric appliance packaging. The foam liner for electric appliance packaging comprises an upper foam liner (1), a lower foam liner (5), a left foam liner (3) and a right foam liner (4); a groove is arranged in the center of each of the four foam liners, and the four edges of an electric appliance are wrapped with portions of the grooves; and the heights ofthe upper foam liner and the lower foam liner are increased, and the height of each foam liner wrapping the whole machine up and down is 1/2 or above of the height of the whole machine. The inventionprovides a panel television packaging design, particular, a design of an EPS foam liner for a panel television, and more particularly a structure design of the EPS foam liner for panel television packaging.

The invention provides a satellite remote sensing reflectivity product data residual error correction method so as to quickly and effectively remove the remote sensing reflectivity product data residual error and improve the data precision of an ocean water color satellite product. A remote sensing reflectivity data residual spectrum relation reconstruction method is provided, and remote sensing reflectivity data residual spectrum characteristics are analyzed more simply and conveniently; in combination with a neural network technology, a method for extracting a spectrum slope coefficient of a residual error of remote sensing reflectivity data from satellite remote sensing reflectivity information is provided, and spatial and temporal variation characteristics of residual spectrum characteristics of the remote sensing reflectivity data of a satellite image can be described more finely; and the method is used for ocean water body remote sensing reflectivity product data residual error correction, remote sensing reflectivity products with more reasonable numerical values and more stable and reliable space-time distribution can be obtained, and production of high-precision water color products is supported.