32results about How to "Accurate presentation" patented technology

Completely automated end-to-end method and system for markerless motion capture performs segmentation of articulating objects in Laplacian Eigenspace and is applicable to handling of the poses of some complexity. 3D voxel representation of acquired images are mapped to a higher dimensional space (k), where k depends on the number of articulated chains of the subject body, so as to extract the 1-D representations of the articulating chains. A bottom-up approach is suggested in order to build a parametric (spline-based) representation of a general articulated body in the high dimensional space followed by a top-down probabilistic approach that registers the segments to an average human body model. The parameters of the model are further optimized using the segmented and registered voxels.

A method is disclosed to generate, while preserving text, image, transactional and embedded presentation constraint information, a minimum set of simplified and navigable web contents from a single web document that is oversized for targeted smaller devices. The method includes a parser, a content tree builder, a document tree builder, a document simplifier, a virtual layout engine, a document partitioner, a content scalar and a markup generator. The parser generates markup and data tags from an HTML source document. The builder constructs a content tree. The simplifier transforms the document tree into an intermediate one defined by a subset of XHTML tags and attributes. Layout constraints, including size, area, placement order, and column / row relationships, are calculated for partitioning and scaling the document tree into sub document trees with assigned navigation order and hierarchical hyperlinks. A simplified HTML document is then generated with the markup generator.

The invention relates to a method for producing a tooth implantation surgical guide stent, which comprises the following steps: performing a tooth implantation plan; obtaining an oral entity plaster model; positioning and scanning the entity plaster model; positioning information of the tooth implantation plan on a digital plaster model obtained by scanning; positioning the digital plaster model in a scheduled processing position by processing software; putting the entity plaster model in the processing position to perform drilling processing and present the information of the tooth implantation plan on the entity plaster model; installing an auxiliary implanting piece; and forming the surgical guide stent with a plurality of guide holes on the processed entity plaster model by thermoplastic materials in fit with a rollover forming method or a vacuum forming method. Thus, the method can be used for producing more precise surgical guide stents, and has the characteristics of time saving, labor saving and production cost reduction.

The invention discloses a shooting method of an object. The shooting method of the object comprises the following steps of: after shooting is started, collecting an object image within a preset time according to a preset focal distance; performing image combination based on all the acquired object images so as to generate a combined image corresponding to the object. The invention also discloses a mobile terminal. As the object images are acquired at different focal distances, and all the object images are combined to generate the combined image corresponding to the object, the problem that the combined object image is unclear is solved, and a clear combined image of the object can be taken on exactly for a user.

The invention provides a method for optimizing an image segmentation result, and the method comprises the steps: determining an under-segmentation region and an over-segmentation region in two segmentation regions if there is an unconspicuous boundary between the two adjacent segmentation regions in the image segmentation result; performing pixel value distribution statistics on the under-segmentation region and the over-segmentation region, and determining a conversion interval according to a statistical result; and converting the pixels meeting the conversion interval in the over-segmentation region into the under-segmentation region. According to the scheme, a pixel segmented into the over-segmentation region by mistake can be converted into an under-segmentation region; the technical problem that an unobvious boundary exists between two adjacent segmentation regions is solved, a good optimization effect can be achieved, and the optimized output image can accurately present variousinformation in original input, so that subsequent analysis processing based on an image segmentation result is facilitated, and the accuracy of an analysis processing result is improved.

The invention relates to a method for manufacturing a dental implantation surgical guide plate. The method comprises the following steps of: planning a dental implantation; obtaining a digital plaster model of an oral cavity; providing dental implantation planning data for the digital plaster model by using feature positioning; then integrating both the digital plaster model and the dental implantation planning data into digital processing data; fixing a model material block to a processing position so that the digital processing data guides a processing machine to process the model material block into a solid oral cavity model which has a shape in fit with that of an oral cavity of a patient and has structures such as teeth, gingiva and dental implantation positions; arranging auxiliary positioning pieces at the dental implantation positions; and finally molding the surgical guide plate provided with a plurality of guide holes on the solid oral cavity model by matching a thermoplastic material with a rollover molding method or a vacuum molding method, and thus, the more accurate surgical guide plate can be manufactured under the condition of time saving, labor saving and low manufacturing cost.

The invention discloses a wind power plant wind turbine generator frequency converter state evaluation method based on temperature prediction. The wind power plant wind turbine generator frequency converter state evaluation method comprises the following steps: randomly selecting data of an a wind turbine generator in an SCADA system in N days in a service life, and forming N groups of datasamples; preliminarily screening the types of input variables of the time series nonlinear prediction model; comprehensively screening multiple input variables of the prediction model; re-training and synthesizing a multi-input and multi-output prediction model; evaluating the frequency converter state according to the frequency converter temperature prediction result; and predicting the frequency converter temperatures of all the wind turbine generators in the wind power plant, and further performing self-confirmation and evaluation on the frequency converter states of the wind turbine generators. The wind power plant wind turbine generator frequency converter state evaluation method carries out temperature prediction of a frequency converter of a wind turbine generator of a wind power plant under complex and variable working conditions, masters the state of the wind turbine generator frequency converter in real time, reminds wind power plant technicians to take necessary measures toprevent the frequency converter from being damaged too early and accidents from happening, and can also be popularized and applied to frequency converter temperature prediction and state evaluation of other complex electromechanical systems.

The invention discloses a geographic monitoring platform and an implementation method for wireless network optimization analysis, which relates to the technical field of wireless network communication. By realizing the real-time embedding of geosatellite image on the map, the method simplifies the analysis work combined with geography and improves the analysis efficiency of field workers. Throughthe presentation of geographic indicators, the indicators can indicate the location of information, field personnel can quickly locate the area of communication failure. By creating switching cable based on geographic map, users can change the monotonous and complex form of table, and make the analysis of switching problems more intuitive and efficient. Therefore, adopting the monitoring platformand the realization method provided by the invention, in the wireless network optimization work, the user can finish the quick presentation and analysis positioning of various index problems based onthe geographic information, so as to improve the accuracy of analysis and the operability of work.

The invention provides a correlation method and equipment, and relates to the field of communication. The method includes the steps of obtaining image data in a view area of imaging equipment, dividing the view area into a plurality of sub view areas, obtaining first attribute information of objects in any one sub view area of the sub view areas through beam scanning and establishing a corresponding relation between the first attribute information of the objects in one sub view area and image data corresponding to the sub view area. According to the correlation method and equipment, corresponding relations with high accuracy between the objects in the view area of the imaging equipment and the first attribute information of the objects can be established, and attribute information of corresponding objects can be presented for users more accurately and visually.

The invention relates to an oral cavity scanning device and method based on high-frequency ultrasonic. The device is single-vibration-unit ultrasonic probe or a single-vibration-unit ultrasonic probefixed to a mechanical arm, wherein the single-vibration-unit ultrasonic probe is provided with a position sensor and utilizes a gel tooth socket made of ultrasonic gel. The method includes the steps of firstly, using the oral cavity scanning device to scan teeth and periodontal tissue face by face; secondly, using an ultrasonic image segmenting and rebuilding technology to segment and rebuild a target tooth section. The oral cavity scanning device and method has the advantages that tooth and periodontal tissue rebuilding can be achieved in a fast, efficient and zero radiation manner, image acquisition speed and accuracy in oral medicine are increased greatly, and the device and method is high in clinical practical value.

The invention discloses an image presentation method, device and system based on an augmented reality device, and the method comprises the steps: scanning an identification code of a correction devicein a mobile cabin, so as to build a communication connection relation with the correction device; acquiring first IMU data of the correction device based on the communication connection relationship;detecting to obtain second IMU data related to the movement of the augmented reality device in the mobile cabin; correcting the second IMU data based on the first IMU data to obtain corrected IMU data; and performing image presentation based on the corrected IMU data. According to the invention, the motion data detected by the augmented reality device is corrected by using the motion data, detected by the correction device, of the mobile cabin, so that the motion data, relative to the mobile cabin, of the augmented reality device can be accurately obtained, and an image based on the data is displayed more stereoscopically and realistically.

The invention provides a method and device for applying a WebGIS to an audio and video platform and a storage device. The method comprises the steps that a geographic information module obtains corresponding map data from a GIS database, and builds a GIS map; the resource information module acquires meta-information of a resource object stored in a server of the audio and video platform; the resource information module marks on a GIS map in the geographic information module according to the geographic position of the resource object; the service processing module integrates the service state information of the resource objects and the geographical location information of each resource object; the WebGIS presentation module displays the geographic position information and the service stateinformation of the resource object in a GIS map in real time, and periodically updates the geographic position information and the service state information; when the system is used, the correspondingmedia streams are displayed in an independent video window, and real-time monitoring is realized. The method has the beneficial effects that the accurate presentation of the geographic position of the resource object is realized, Meanwhile, the collected image viewing of the resource object in the current scene is reflected.

The invention provides a data processing method, device and equipment and a storage medium, and relates to the technical field of data processing. The method comprises the following steps: obtaining arecommendation data set for the target user, sorting the commodity data in the recommendation data set according to the historical behavior data of the target user, the user association information and a preset sorting algorithm to obtain a data sorting result, and determining at least one piece of commodity data displayed to the target user according to the data sorting result. According to thetechnical scheme, when sorting the commodity data in the determined recommendation data set, the historical behavior data of the target user and the user associated information of the target user arecombined, so that the sorting accuracy of the commodity data is improved, the problem that an existing commodity sorting result is inaccurate is solved. Meanwhile, the sorting accuracy in data sortingis improved, and the conversion rate of the commodity data is increased.

The invention discloses a display device and an image display method, and belongs to the technical field of display. The method comprises a display screen, a projector and a control module. The display screen comprises a liquid crystal layer. The liquid crystal layer comprises a plurality of liquid crystal molecules. The control module is electrically connected to the projector and the display screen. The control module is configured to determine a display area of the display screen according to the pixel value and the position of each pixel in a target image. The projector is configured to emit a light beam of a corresponding color to a corresponding area in the display screen according to a color indicated by the pixel value of each pixel. The control module is further configured to control the liquid crystal molecules in the display area in a disordered state in order to scatter the light beams emitted to the liquid crystal molecules on the display area to constitute the target image in the display area. Because of the high light utilization rate of the display area, the brightness of the target image is increased. There is no case where most of the light passes through the display area, thereby avoiding bright spots on the ground in front of the display screen.

The invention discloses a big data analysis method for checking close contact crowds based on mobile phone signaling. The big data analysis method comprises the following steps: reading data of a user and signaling; reading the MRO data; performing terminal positioning analysis according to the MR data; big data analysis is carried out; visual presentation of a terminal user; and judgment and early warning of close contact crowds are carried out. The invention provides a big data analysis method and equipment for checking close contact crowds based on mobile phone signaling. According to the invention, MR data and a big data analysis technology are combined based on the mobile phone signaling to carry out terminal user visual presentation. According to the method, 30-meter-level longitude positioning of the terminal user can be realized, and the action trace of a diagnosed patient during an epidemic situation is objectively presented, so that comprehensive and objective'epidemiological tracking 'is achieved, and all closely contacted persons are found at the first time for epidemiological investigation.

The invention relates to a convenient-to-identify color metallographic corrosion method for TA2 pure titanium, which comprises the following steps: aiming at the metal structure characteristics of the TA2 pure titanium, selecting an ultrahigh-concentration ammonium bifluoride solution with the mass concentration of about 15-18% as a corrosive agent, and carrying out corrosion treatment on the metal surface in a wiping manner. The method is easy to operate and high in success rate, and the metallographic structure of the TA2 pure titanium can be clearly and accurately presented in a color metallographic mode. The method has the advantages of simple operation, good color contrast, no over-corrosion of the grain boundary and clear, visual and vivid grain combination characteristics, and can better realize the purpose of detecting the TA2 pure titanium color metallographic phase, thereby improving the efficiency and accuracy of metallographic phase detection.

The invention provides a data management method, electronic equipment and a computer readable storage medium, and one specific embodiment of the method comprises the following steps: in response to a received management instruction for subject data, creating a case report form for recording the subject data; in response to a received database configuration instruction for the case report form, configuring database configuration for the case report form according to configuration information; and managing the subject data based on the case report form and the database configuration. According to the method, the subject data can be managed through the case report form and the database configuration corresponding to the case report form, so that the subject data can be presented to a declarator more accurately and completely.

The invention discloses a demonstration instrument for dynamic balance of mechanics. According to the invention, a plurality of sensor seats are arranged, the sensors can be detached or mounted on the specified sensor seats, and experiment demonstration is carried out, so that the number of the sensors is reduced to the greatest extent while multiple functions are met, and the purpose of saving the manufacturing cost is achieved. According to the invention, a plurality of sensors can be carried, data can be displayed in real time, and the measured data is high in accuracy and credibility, and students can be guided to verify the test phenomenon through calculation. The device is simple and reasonable in structure, can comprehensively simulate various mechanical models, such as dynamic balance and force composition and decomposition, and provides intuitive experiment phenomena for students.

The invention relates to a ray-casting-based dual-modal volume data region-of-interest fusion method, which belongs to the field of three-dimensional volume data visualization, and aims to reduce the influence of mutual occlusion of different modal structural features in traditional volume rendering fusion. In the case of given different modal volume data, the method first performs volume rendering sampling on the volume data according to the ray casting method, and selects the region of interest through the volume rendering transfer function; The fusion weight is calculated with the neighborhood opacity, and the sampling points of different modes are fused; finally, the fusion results of all sampling points are accumulated according to the ray casting method to obtain the fusion image. This method can alleviate the influence of the mutual occlusion of different modal structural features in multimodal volume data fusion, which is beneficial to the identification and localization of modal features.