38results about How to "Improve calculation efficiency" patented technology

The invention relates to a method and device for calculating the loss assessment expense of personal injury claim settlement, a server and a medium. The method comprises the steps of receiving a personal injury loss assessment request sent by a terminal, wherein the personal injury loss assessment request carries information of the injured; calling a personal injury loss assessment model according to the loss assessment request; inputting the information of the injured to the personal injury loss assessment model, and calculating the loss assessment time length corresponding multiple loss assessment items through the personal injury loss assessment model; and calculating the loss assessment expense corresponding to personal injury claim settlement by using the loss assessment time length corresponding to the multiple loss assessment items. The calculation efficiency of the loss assessment expense of personal injury claim settlement can be effectively improved by adopting the method.

The invention discloses a measuring method and system based on urban function mixing degree, which includes the following steps: acquiring a POI data set, and classifying urban functions according totype information in the POI data set; drawing urban road line layer data, and extracting each road center point as a measuring unit of urban function mixing degree; extracting adjacent blocks of the road where each calculation unit is located, and constructing an urban function mixture degree calculation index of each calculation unit; establishing the function mixture degree calculation model, and calculates the urban function mixture degree for each calculation unit. A calculation system based on urban function mixture degree, which comprises: a POI data set acquisition module, a calculationunit division module, a calculation index construction module, and a calculation model establishment module. According to the measuring method and system based on urban function mixing degree, deep research is carried out on the mixed functional area, meanwhile, the influence of the street on the urban function area is considered, therefore the invention is more practical, the calculation efficiency is improved, and can be widely applied to the field of urban planning.

The invention relates to a tuning calculation method of a distributed conjugated gradient method based on MPI. The calculation process of the conventional serial calculation method can not effectively utilize the advantages of a multi-kernel platform. When a new node is added to a calculation cluster, a pre-tuning algorithm is adopted to determine the calculation thread number of the node and obtain the optimal matrix block size suitable for cluster calculation; a matrix data structure is converted into a block compression structure according to the optimal block size; before calculation of the task to carry out, the calculation amount is allocated to the thread of each node according to the pre-tuning data of each node; and the calculation task is automatically allocated to the calculation node of the cluster by use of MPI when the calculation process of the conjugate gradient method executes the matrix-vector multiplication, and the calculation result is actively reduced to the main node. The method can lower the constant for calculating the time complexity and save the storage space by adopting a highly-compressed, flexible and convenient BCSR structure to segment a sparse matrix.

The invention relates to a high-precision electronic belt scale and a weighing algorithm of the same. A tensioning structure of the traditional electronic belt scale cannot well maintain constant tension of a belt, and is easy to result in insensitive weighing. The high-precision electronic belt scale comprises a carrier roller, the belt and a motor which are arranged on a machine frame, and is characterized in that: the carrier roller comprises a weighing carrier roller, a primary carrier roller and a secondary carrier roller, the primary carrier roller and the secondary carrier roller are arranged at two ends of the belt, the primary carrier roller is connected with the motor, a speed sensor is connected at the outer part of the secondary carrier roller, a fixed rod is arranged at the lower part of the secondary carrier roller, a steel rope surrounds the secondary carrier roller and the fixed rod in sequence, and is connected with a counterweight block, one end of the steel rope is fixed, a weighing sensor is arranged at the lower part of the weighing carrier roller, and the weighing sensor, the motor and the speed sensor are connected with a controller. In the invention, the load of the weighing sensor can be adjusted to be zero through adjusting the counterweight block, so that the sensitivity of the electronic belt scale is increased; and the weighing sensor only receives a vertical force, and does not receive a tangential force produced during the operation of the belt.

The invention relates to a method for measuring the direct current internal resistance of a battery. The method includes the following steps: 10, detecting that the current change value delta Delta Inof the current battery is larger than the rated current change value I0; 20, In a predetermined time T, the current and voltage of the battery are detected for w times. The average value of current change and the average value of the voltage change are calculated; 30, the DC internal resistance DCIRn of the battery is calculated by the following formula; 40, repeating the steps 10 to 30 to obtain a plurality of battery DC internal resistances DCIR1......DCIRn. Arranging the DCIR1... DCIRn according to the value size and selecting the DCIRm which is arranged in the middle as the direct current internal resistance of the current battery. By detecting the current and the voltage of the battery in a preset time T for several times, calculating the average value of each current change and theaverage value of the voltage change and further obtaining the DC internal resistance of the battery in the pre-set time T. The direct current internal resistances of a plurality of batteries are arranged in sequence according to the magnitude of values. The direct current internal resistance of the battery arranged in the middle is selected as the direct current internal resistance of the currentbattery. The method has the advantages of small error, accurate measurement and calculation efficiency and the like.

The invention discloses an air volume adjusting plate for a plug-in box. The air volume adjusting plate comprises a plate body matching the shape of the bottom of the plug-in box; a connection portion disposed on a side surface of the plate body; a connection port disposed on the connection portion and to be connected with the plug-in box; a plurality of vent holes arranged on the plate body regularly; and latches inserted into different vent holes and used for changing the air volume at different positions on the plate body. All the vent holes are arranged in parallel on the plate body in a plurality of rows. Each gap between guide rails in the plug-in box corresponds to at least one row of vent holes. The invention also discloses the application method of the air volume adjusting plate. The air volume adjusting plate ingeniously changes the air volume of different functional modules by the arrangement of the latches on the plate body. Thus, each module is ventilated and cooled on demand, the air volume of respective modules are reasonably distributed, the heat dissipation efficiency of a draught fan is improved, the cost of plug-in box is reduced integrally, and a good balance is made between the air volume and draught fan noise and power consumption. The air volume adjusting plate is ingenious in design, simple in structure, and easy to use.

The embodiment of the invention discloses a perpendicularity measuring method and device. The perpendicularity measuring method comprises: providing an optical autocollimator and a plane mirror; arranging the plane mirror on an objective table, reflecting a collimated beam by the plane mirror to form a light spot, and recording an initial imaging position of the light spot; enabling a base and a mirror frame to be in a screw joint relationship, arranging the base and the mirror frame on the objective table, and arranging the plane mirror on the mirror frame; rotating the mirror frame at leastthree times and recording a measurement imaging position of the light spot after rotation each time; according to the measurement imaging positions, acquiring a virtual imaging position reflected by the surface of the base; and calculating the perpendicularity of the respective thread axes of the base and the mirror frame and a bearing surface according to the e initial imaging position, the measurement imaging positions, the virtual imaging position, and a conversion relationship between a unit distance and a plane inclination angle on a scale dividing plate. According to the invention, the perpendicularity of the respective thread axes of the base and the mirror frame and the bearing surface can be measured and calculated simultaneously, so that the measurement efficiency of the perpendicularity is improved; and the calculation accuracy of the perpendicularity is ensured.

The invention discloses a ship height measuring and calculating method. The method comprises the steps that three-dimensional point cloud of a ship located on the water surface is collected; projecting the three-dimensional point cloud to a target plane to obtain a corresponding two-dimensional point cloud, the target plane being parallel to the vertical direction; processing the two-dimensional point cloud in a target plane, and fitting to obtain a straight line representing the intersection position of the ship and the water surface, namely a ship body-water surface intersection line; and inthe target plane, calculating the longest distance between the two-dimensional point cloud and the ship body-water surface intersection line obtained by fitting, and taking the longest distance as the ship height. The invention further discloses a ship height measuring and calculating system. According to the embodiment of the invention, the ship height detection work can be carried out more flexibly, the calculation amount of height measurement and calculation is reduced, and the measurement and calculation efficiency is improved.

The invention provides a topping depth testing device and method. The device comprises a photoelectric detection unit which is used for converting an optical signal into an electric signal, carrying out the filtering and shaping of the electric signal, and outputting a square-wave voltage signal; A sampling calculation unit is used for converting the sampled high-low level signals into corresponding level values after sampling through an ADC interface, and the MCU is used for calculating a topping depth value according to a formula; A result display module is used for displaying and outputting the topping depth calculation result of the sampling calculation unit on a display screen. According to the scheme, the topping depth testing process of the optical module can be simplified, and the accuracy and reliability of a measurement result are guaranteed.

The embodiment of the invention discloses a salary index calculation method and device, electronic equipment and a storage medium. The method comprises the steps of obtaining salary associated data input by a user; obtaining a constructed target function and constraint conditions, wherein the target function is a salary calculation function constructed based on a salary index, and the constraint condition is determined according to salary associated data; and solving the optimal solution of the target function under the constraint condition, wherein the optimal solution comprises the combination of the optimal values of the salary indexes. In the embodiment of the invention, after the salary associated data is input, the optimal combination scheme of the salary indexes can be obtained by solving the optimal solution of the target function under the constraint condition, and compared with a traditional manual accounting mode, the method provided by the invention has the advantages thaton the basis of providing a more scientific and reasonable calculation method, various personalized requirements of human resource salary management on a macroscopic level and a microcosmic level arefully considered, multiple types of solutions are provided, and the efficiency of salary index measurement and calculation is improved.

The invention relates to a measuring tool and method for a centroid position of a missile-borne telemetry cabin. The tool comprises a front bracket and a rear bracket which allow the to-be-measured telemetry cabin to be placed and are connected by two cross beams to define an enclosure frame, wherein the front end surface of the front bracket is fixedly connected with a stop bar through at least one pillar. The tool is simple in structure, high in strength, easy to process, assemble and carry, and applicable to telemetry cabin products of various models and specifications. The measuring methodfor the centroid position of the telemetry cabin by the tool is simple and accurate, simple to operate and relatively high in measurement accuracy, various manpower and material resources in the centroid measurement process can be reduced, and measurement efficiency and accuracy are improved.

The invention discloses a method for calculating and measuring resource consumption of an oral special disease, which comprises the following steps: (S1) collecting oral cavity clinical data, and sequentially carrying out cleaning and quality control on the data to obtain standard data; (S2) dividing the standard data into a plurality of batches according to disease species, and substituting each batch of standard data into the measurement and calculation model to obtain a weight factor RW of each batch of standard data; and enabling the measuring and calculating model to calculate the weight factor of each batch according to the cost factor, the seat occupation time factor and the consumable usage rate factor. The method has the advantages that special disease data are uniformly collected, cleaned and calculated through an informatization system to be generated in a one-stop mode, and a risk model with the resource consumption influence degree associated with the statistical model is rapidly generated by taking a factor result measured and calculated in the early stage as input through the internally-configured statistical model.

The invention relates to a centralized measurement and calculation method for the height of a target object. The method comprises the following steps: S1, acquiring a ground object elevation map and aground object distribution map of a research area under the same geographic position information; s2, performing image recognition and classification on the ground object distribution diagram to obtain a target distribution diagram area and a non-target distribution diagram area; s3, according to the non-target distribution map area, extracting a non-target elevation map area in the ground objectelevation map in S1; s4, in combination with the non-target elevation data, performing data interpolation on the blank area in the non-target elevation map area in S3 to obtain the ground elevation of the target area so as to obtain a complete ground elevation map; and S5, subtracting the ground elevation map obtained in the step S4 from the ground object elevation map obtained in the step S1 toobtain height data distribution of the target object. The measuring and calculating method provided by the invention relates to an image recognition and interpolation algorithm, so that the target object pertinence of the method is strong, the centralized measurement and calculation of the height information can be realized, the measuring and calculating efficiency is high, the precision is high,the application is wide, the flexibility is strong, and the dynamic target object height measurement and calculation of different scales can be realized.

The invention discloses a future year energy storage configuration capacity measuring and calculating method and system. The future year energy storage configuration capacity measuring and calculatingmethod comprises the steps of calculating historical year new energy power abandoning power according to historical year new energy time sequence output data; clustering the historical year new energy time sequence output data according to the historical year new energy power abandoning power, and taking the daily new energy time sequence output data closest to the corresponding clustering centerin each category as typical daily scene data to obtain a typical daily scene data set and a corresponding scene probability set; predicting and calculating new energy power abandonment power of the region in the future year according to the typical day scene data set; constructing an energy storage configuration capacity measurement target function by taking the battery charging power and the battery charging duration as independent variables and taking the maximum income-cost ratio as a target according to the new energy power abandoning power and the scene probability set in the future; andsolving the energy storage configuration capacity measurement target function to obtain the energy storage configuration capacity in the future year. The invention can improve the measurement and calculation efficiency.

The invention relates to the technical field of object distance measurement and discloses a method, a device and equipment for measuring and calculating the distance between target objects, and a readable storage medium. The method comprises steps of a target image collected by a shooting lens being acquired, and the target image comprising at least two target objects; determining a shooting distance from each target object to a shooting lens and a shooting included angle corresponding to each target object from the target image; and based on the geometrical relationship between the shooting included angle and the shooting distance, determining a distance between the target objects. By implementing the method, a distance between the target objects can be accurately measured without other equipment, and the target objects can be acquired by adopting one shooting lens, so a perspective problem caused by the difference of the shooting angles of different shooting lenses is avoided, measurement and calculation errors of the distance between the target objects are further reduced, and measurement and calculation precision of the distance is improved.

The invention discloses a method for measuring and calculating the price reduction range and the saved amount of medicine group purchase, and the method comprises two parts: the first part is to carry out the matching and grouping of A platform (to be measured and calculated) medicines and GPO medicines, and the second part is to carry out the measurement and calculation of the price reduction range and the saved amount of medicines. According to the method, the conversion of drugs on different platforms is realized through catalog matching, the conversion of drug purchase amounts on different platforms is realized through daily average consumption, and the prices of drugs are compared and the overall drug cost is calculated through daily average cost; the method can predict the total purchase amount for converting medicines on an original purchase platform into medicines purchased by a group before the medicines are online and calculate the total purchase amount for converting medicines purchased by the group into medicines on the original purchase platform after the medicines are online, thereby calculating the amount saved by group purchase and comparing the total price reduction range of medicines purchased by the group with the original purchase platform. And data support is provided for medical insurance decision making.

The invention discloses a mathematical calculation box, the structure of which comprises: a calculation box cover, a fixed locking buckle, a calculation board, a rotating hinge, a pencil box groove, a cavity, a calculation box protection box, a timer device, a calculation stick, a calculation Slots and calculation block placement slots, the fixed locking buckle is embedded and connected to the calculation box cover, the calculation box cover is attached to the calculation board, the calculation box cover is connected to the calculation box protective box through the rotating hinge, and the cavity is connected to the timer through the partition The device is connected, the calculation box is provided with a calculation slot in the protection box, the calculation rod is embedded and connected to the calculation slot, and the calculation box cover is attached to the slot for placing the calculation block. The mathematical calculation box of the present invention is provided with a timer device on the structure. The timing control button controls the controller, which can perform the timing function on the timer device. When the time arrives, a warning sound will be issued to remind the calculus. Through timing calculus, students' interest in calculus can be effectively improved and the efficiency of calculus can be accelerated. .

The present application provides a method and an apparatus for measuring a water utilization coefficient of an end canal system. The method comprises: obtaining an image of a test irrigation area; positioning an end canal with the water utilization coefficient of the end canal system to be measured, in the image; determining a non-field channel of the end canal according to the image; determiningthe water inlet on the end canal as an inlet measurement point, and the water outlet on the non-field channel as an outlet measurement point; after setting measurement instruments on the inlet measurement point and the outlet measurement point respectively, obtaining the flow rate of each measurement point according to the measurement data of each measurement instrument; and determining the waterutilization coefficient of the end canal system according to the flow rate of each measurement point. According to the technical scheme of embodiments of the present application, the measurement points in the test irrigation area can be determined by using an image processing technology, and the water utilization coefficient of the end canal system can be further determined, so that the problems of long time consumption and low efficiency caused by manually determining the measurement points in the prior art are solved, and efficiency for measuring the water utilization coefficient of the endcanal system is improved.

The invention provides comprehensive pipe gallery raft and wall interior angle haunching BIM modeling and steel bar fine adjustment thereof. The method comprises the steps that firstly, a cornice component is newly built, and a triangular haunch component is drawn; secondly, a haunched steel bar auxiliary line is arranged, a haunched steel bar auxiliary line hook is removed, and a haunched steel bar straight section auxiliary line is formed; thirdly, the haunched steel bars are arranged, the lengths of hooks at the two ends of the haunched steel bars are defined, and then the auxiliary lines of the straight sections of the haunched steel bars are deleted; fourthly, haunch angle components are drawn according to the trend of the pipe gallery, the structural elevation is adjusted according to needs, and after drawing is completed, the haunched steel bar engineering quantity is summarized and calculated. According to the method, the purpose of fine amount calculation is achieved through the functions of existing software in combination with professional atlas, drawing specifications and a flexible series combination modeling method, the actual use requirement of work is met, investment is controlled, and the purposes of creating effects and benefits are truly achieved. According to the method, the engineering amount calculation efficiency is improved, the amount difference is reduced, the problem that existing BIM amount calculation software is short is solved, and accurate data support is provided.

The invention discloses a method for measuring and calculating the comprehensive cost of a household broadband service. In order to solve the problem that an effective method for network cost calculation and benefit evaluation is lacked in the prior art, the method comprises the following steps: S1, inputting a key information matrix; s2, using a built-in integrated calculation module to calculate an investment, income and cost correlation matrix; s3, calculating total investment, total income and total cost; s4, the investment benefit and the investment benefit rate in the whole life cycle are calculated; and S5, single-user benefit analysis. According to the scheme, upper-layer network investment, indirect investment, indirect income and related cost are calculated, a network benefit model calculation system is complete, the calculation accuracy is high, the calculation granularity is finer, and accurate construction is facilitated.

The invention discloses a repayment planning scheme measuring and calculating method and device, a storage medium and electronic equipment. The method comprises the following steps: at least based on a target product in a target financing project, matching to obtain a target measurement and calculation scheme corresponding to the target product; based on each measurement and calculation content in the target measurement and calculation scheme, calculating and obtaining financing data corresponding to each measurement and calculation content; and determining a target repayment planning scheme at least based on financing data corresponding to each measurement and calculation content. According to the invention, the target measurement and calculation scheme corresponding to the product is obtained, namely, the measurement and calculation scheme corresponding to the business scene is obtained, and then the measurement and calculation of each entry data are carried out according to each measurement and calculation content in the measurement and calculation scheme, so that the measurement and calculation efficiency can be improved; and a foundation is laid for subsequent accurate and rapid calculation based on various financial data to obtain a repayment planning scheme.

The present application provides a method and an apparatus for measuring a water utilization coefficient of an end canal system. The method comprises: obtaining an image of a test irrigation area; positioning an end canal with the water utilization coefficient of the end canal system to be measured, in the image; determining a non-field channel of the end canal according to the image; determiningthe water inlet on the end canal as an inlet measurement point, and the water outlet on the non-field channel as an outlet measurement point; after setting measurement instruments on the inlet measurement point and the outlet measurement point respectively, obtaining the flow rate of each measurement point according to the measurement data of each measurement instrument; and determining the waterutilization coefficient of the end canal system according to the flow rate of each measurement point. According to the technical scheme of embodiments of the present application, the measurement points in the test irrigation area can be determined by using an image processing technology, and the water utilization coefficient of the end canal system can be further determined, so that the problems of long time consumption and low efficiency caused by manually determining the measurement points in the prior art are solved, and efficiency for measuring the water utilization coefficient of the endcanal system is improved.

The invention discloses a knife with a hair counting function, which comprises a casing with a handle in the casing inner cavity. A fixed plate, a storage battery, a place board, and a counting deviceare respectively arranged at the top of the handle. Both sides of the handle are provided with a limiting block. A connecting block, a knife rod and a knife head are respectively arranged at the bottom of the knife handle. Both sides of the knife rod bottom are provided with a limiting plate. A pressure sensor, a spring, a connecting rod and a vibration sensor are arranged at the bottom of the casing in order. A fixed mechanism is fixed at the top of the casing, comprising a first fixed block and a second fixed block. A digital display is arranged on the fixed mechanism. The casing is fixedlyconnected with a protective cover. The knife with hair counting function can calculate the number of planting hair, thereby avoiding the error of manually measuring, improving the measuring efficiency, and reducing the probability of the knife cutting too deep. The knife with hair counting function prevents the head from touching the ground and being contaminated by germs. The knife can also beheld firmly and used conveniently.

The invention discloses a method for positioning rotor rubbing sound emission source by applying time delay estimation, which comprises the following steps of: (10) building a one-dimensional linear positioning model; (20) setting a primary iteration value of attenuation coefficient estimation and a primary iteration value of time delay estimation; (30) calculating an estimation error between a real value and an estimation value; (40) calculating a next iterative step size according to the estimation error; (50) calculating iterated time delay estimation and attenuation coefficient estimation; (60) calculating a new estimation error; and (70) comparing relative error of the two estimation errors calculated in the step (30) and the step (60), measuring the position of the rubbing source according to delay time estimation if the relative error is smaller than a set value, or forwarding to the step (40) to continue iteration. According to the method, the problem of signal attenuation and strong noise interference during transmission of a rubbing sound emission signal of a rotor system is considered, and the rubbing fault source is accurately positioned by adding steps of attenuation estimation and changing the step size.

The invention provides a method for calculating the three-dimensional porosity of soil, which belongs to the field of indoor soil porosity testing, including preparing soil samples; obtaining images of soil sample sections by scanning electron microscopy; The binarization threshold in the threshold sequence performs binarization processing on the image respectively, and obtains the gray area in the image after binarization processing; fits the gray level according to the binarization threshold and the gray area corresponding to the binarization threshold The curve of the area changing with the binarization threshold; integrate the curve equation of the gray area changing with the binarization threshold to obtain the pore volume of the soil surface microstructure in the image; obtain the overall volume of the soil surface particles and pores in the image; Calculate the porosity. The error of the method for calculating the three-dimensional porosity of the soil provided by the invention can be limited within a reasonable error range, the accuracy of the measurement result is high, and the measurement process is simple, which is conducive to improving the measurement efficiency.

The invention discloses a rehabilitation time prediction method for a new coronal pneumonia patient. The method comprises the following steps: S1, constructing a training time sequence sample for rehabilitation prediction and a rehabilitation probability prediction model; S2, calculating the similarity between the rehabilitation feature domain data at the rear time sequence and the rehabilitation feature domain data at the front time sequence as a monitoring coefficient for representing rehabilitation variation; and S3, performing feature updating on the rehabilitation feature domain data at the preposition time sequence based on the monitoring coefficient, performing rehabilitation prediction to obtain the rehabilitation probability at the postposition time sequence, and then calculating the rehabilitation time of the new coronal pneumonia patient. According to the method, calculation can be carried out only when the rehabilitation state of the new coronary pneumonia patient changes, the redundant calculation amount with the unchanged rehabilitation state can be effectively removed, the calculation efficiency is improved, only the data part with the large change degree is replaced and updated, and the redundant calculation amount of model calculation in the data part with the low change degree is avoided as well.