31results about How to "Effectively formulate" patented technology

The present invention discloses method, system by using present information dissemination advertising and advertisement server for resolving invalid recording problem about advertising transmitting, the present invention method includes: observe body subscribes present information of present body, present body publishes present information with advertisement information and present body identification to present server, present server notifies observe body with the present information of present body identification, observe body transmits present body identification to advertisement server, advertisement server records the identification, because advertisement server records the present body identification, it is known that observe body obtains advertising route and executes effective recording.

The invention provides a teaching method and teaching system for autistic children. The teaching method comprises the steps that the assessment level in which an assessment object is located and course content needing to be received are determined; a starting point of assessed course content is determined from a preset question bank according to the assessment level in which the assessment object is located and the course content needing to be received; questions in the course content are switched according to a question answering result of the assessment object for the questions in the course content; a course record result of an assessment child for the assessed course content is acquired; the course record result is analyzed to obtain an assessment result of the assessment object.

The invention discloses an equipment maintenance quota management method and device, and the method comprises the steps of obtaining a maintenance quota actually generated by each maintenance in n times of maintenance, the n times of maintenance being n times of maintenance of the same target maintenance item of equipment, and n being an integer greater than 1; obtaining an average maintenance quota of the target maintenance item of the equipment based on a maintenance quota actually generated by each maintenance in the n times of maintenance; recording the average maintenance quota of each target maintenance item; and before the (n + 1) th maintenance of the equipment, estimating the maintenance quota of the (n + 1) th maintenance at least based on the recorded average maintenance quota of each target maintenance item.

The invention discloses an intelligent deployment method and device for fire fighting forces for processing fire disasters in a tank farm. A three-dimensional tank farm-factory model, a human-vehicle three-dimensional model, a fire kinetic model are loaded on a GIS platform; and a three-dimensional tank farm-factory fire fighting electronic sand table is constructed. With a fire plume model and a heat radiation model in the fire kinetic model, a related flame parameter, a dangerous range and a rescue operation range are predicted scientifically and thus a fire fighting strategy as the reference for fire fighting commanders is provided, thereby realizing intelligent deployment of the fire fighting forces based on scientific prediction. Therefore, the combating commanding level of the fire fighting commander as well as the fire fighting rescue capability of the fire brigade is enhanced; and thus the casualties and property losses that are caused by fire disasters can be reduced to the greatest extent.

The invention relates to a medical data collection and analysis method, comprising the following steps: 1. Uploading original data to a data platform; 2. Converting the original data into data in RDF format by using a semantic annotation algorithm based on a combination of conditional random fields and dependency grammar ; 3. Through the data mining algorithm, the RDF data of the same patient in the data processed in the previous step are associated and stored in the Hbase database based on the distributed file system; 4. Using statistical methods and machine learning methods to analyze the data in the Hbase database Analyze the data and draw the analysis conclusion; 5. Organize and classify the analysis conclusion, and construct the treatment plan knowledge base. The present invention collects the entire clinical diagnosis and treatment data of personnel in a targeted manner. By analyzing a large amount of data, it can make clinical auxiliary diagnosis, disease early warning and analyze the patient's behavior, which can help doctors formulate more effective, accurate and personalized customized treatment plan.

The invention discloses a digital manufacturing method of a condylar fracture screw fixation surgical guide, comprising the following steps: step 1: scanning the patient's head through CBCT to obtain DICOM data of the patient's upper and lower jaw hard tissues; step 2: using open medical images The software MIMICS completes the virtual reduction surgery for condylar fractures, anatomically reduces the free end of the fracture, and designs the direction and depth of the retention screws; Step 3: Use reverse engineering software to design the surgical guide; Step 4: Use the 3D printer to place the designed surgical guide The 3D model is printed out. The present invention designs the retention direction and depth of long screws by combining CBCT three-dimensional images and simulating reset operation by computer, and then uses 3D printing technology to make a surgical guide plate, which can not only effectively realize precise control of surgery, reduce surgical risk, but also Minimize the difficulty of surgery, improve the efficiency of surgery, and effectively reduce the cost of surgery, which is convenient for the application and promotion of this technology in clinic.

The invention discloses a method for measuring content and particle size distribution of magnetic iron in steel slag. The method comprises the following steps of: performing grading and magnetic separation for the steel slag according to the particle sizes of 10mm, 5mm, 1mm and 0.25mm, and by taking the magnetic separation tails of which the particle size is less than 0.25mm as comparative reference, measuring content of magnetic iron in fine slag of each particle size grade through a specific gravity method, thereby obtaining content and particle size distribution of magnetic iron in steel slag. The method has the characteristics of accurate measurement, wide application range and low measuring cost, and needs no empirical formula. The method is especially suitable for magnetic iron grade measurement of metallic iron recycled by steel slag magnetic separation, and technology setting of graded magnetic separation production, has stronger promotional value, and is beneficial for steel slag resource recycling.

The invention relates to a dividing and contrasting method of near-shore underwater fan glutenite effective connected bodies. Based on water tank sedimentation simulation experiments, plane and profile distribution characteristics of a near-shore underwater fan glutenite sedimentation unit body are determined; with the guidance of the distribution characteristics, determined by the simulation experiments, of the near-shore underwater fan glutenite sedimentation unit body, a practical geological body is divided into sedimentation unit bodies by means of well-seismic combination; slice data and core data are comprehensively utilized, the types of sedimentary-diagenetic comprehensive facies, a well logging identification method of the sedimentary-diagenetic comprehensive facies is established, and the spatial distribution of the sedimentary-diagenetic comprehensive facies is determined; physical property responses of different types of sedimentary-diagenetic comprehensive facies are established, the spatial distribution of the reservoir properties is determined; and physical property boundaries of the effective connected bodies are determined, and the spatial distribution of the effective connected bodies is determined. By adopting the method, the extension range of the near-shore underwater fan glutenite effective connected bodies can be accurately and effectively determined, the disposition of a well network and the making of a development scheme are effectively guided, and the water-flooding efficiency is improved.

Disclosed in the invention is a core-based method for recovering a deposition inclination angel of a foreset bed of a delta front. The method comprises the following steps: according to scales of geologic bodies where argillaceous flow barriers are located and stratum dimensions involved in study, the argillaceous flow barriers are divided into six levels from the first level to the sixth level in a descending order; different levels of erosion surfaces are identified from a core and an inclination angle is measured; an inclination relation between a forest bed and a stratum is determined and an inclination relation between the forest bed and a higher-level stratum is divided into two kinds: a same-direction kind and a reversed direction kind; an inclination angle of a stratum at a higher level is determined; a type of a drilling well and a track direction of the drilling well are determined; according to well deviation data, a deviation angle between a well track and a vertical direction is determined; and on the basis of the well type, the construction inclination, and a relationship between a foreset bed inclination and a drilling well track direction, an inclination angle of the forest bed in primary deposit is calculated. Using the method, the inclination angle of the foreset bed in primary deposit can be obtained accurately; stratum comparison can be guided effectively; and the method plays an important role in development scheme formulation and recovery efficiency improvement.