95 results about "Visual structure" patented technology

A visual tree structure as specified by a program is constructed and maintained by a visual system's user interface thread. As needed, the tree structure is traversed on the UI thread, with changes compiled into change queues. A secondary rendering thread that handles animation and graphical composition takes the content from the change queues, to construct and maintain a condensed visual tree. Static visual subtrees are collapsed, leaving a condensed tree with only animated attributes such as transforms as parent nodes, such that animation data is managed on the secondary thread, with references into the visual tree. When run, the rendering thread processes the change queues, applies changes to the condensed trees, and updates the structure of the animation list as necessary by resampling animated values at their new times. Content in the condensed visual tree is then rendered and composed. Animation and a composition communication protocol are also provided.

The invention relates to the field of traditional Chinese medicine information search and discloses a traditional Chinese medicine data mining method based on an LDA (Latent Dirichlet Allocation) topic model. The method comprises the following specific steps: 1) determining two groups of priors, namely prescription-topic and topic-medicament, in the LDA model, and conducting priori assumptions to the two groups of priors by an AS (Asymmetry Symmetry) method, wherein the prescription-topic and the topic-medicament are determined respectively by Alpha and Beta; 2) determining the number of topics in the LDA model; 3) solving the LDA model by a Gibbs sampling method; 4) generating a semantic RDF (Resource Description Framework) document of the LDA model, mapping the result of the LDA model to a tetrad, and expressing the result with the semantic RDF document; 5) associating medicaments with prescriptions to build a prescription-topic-medicament with visual structure network G. The method has the advantages of being suitable for handling and mining a great quantity of traditional Chinese medicine prescriptions and capable of obtaining visual structure models.

The present invention relates to meso visual ordered hybridized silicon dioxide fiber, and is especially sol-gel process of continuously spinning meso visual ordered hybridized silicon dioxide fiber with high strength and great specific surface area and the process of compounding derivative with optical, electric and magnetic characteristic and catalytic activity. The present invention combines solvent evaporating, surfactant self-organization inducing and silica sol-gel process, continuous spinning process to prepare hybridized silicon dioxide fiber, and high temperature sintering or solvent extracting to eliminate surfactant and to obtain meso visual ordered hybridized silicon dioxide fiber. Via controlling the molecular structure and concentration of surfactant, the continuous regulation of meso visual structure and size may be realized. The fiber of the present invention has excellent mass transferring performance as well as high strength and high size stability.

The invention relates to a stereoscopic visual structure three-dimensional distortion full-field measurement method, aiming at solving the problems that the existing N-R method is large in calculating amount, more time-consuming, low in accuracy and poor in robustness, a larger error of the result is produced due to the improper selection of initial value calculated by using a least square method. The method comprises the following processes: 1, collecting an image of a civil experiment test piece so as to obtain initial three-dimensional coordinates of all grid nodes; 2, carrying out subdivision matching on all the grid nodes; if mismatching occurs during the subdivision matching, performing the step 3; if the subdivision matching is correct, obtaining coordinates of the matched grid nodes; 3, carrying out image matching on the mismatched nodes under the condition of large deformation so as to obtain coordinates of the matched grid nodes; 4, constructing a shape function so as to obtain a displacement field; 5, calculating the displacement field obtained in the step 4 by using a Green strain tensor so as to obtain a strain field, and outputting the displacement field and the strain field. The stereoscopic visual structure three-dimensional distortion full-field measurement method is used for the field of structure measurement.

The invention relates to a fault-tolerance rate distortion optimization video coding method and a fault-tolerance rate distortion optimization video coding device based on subjective visual structure similarity (SSIM) evaluation. The method comprises the following steps that: the SSIM is used as the distortion evaluation standard to be combined with information feedback of signal channels, and the end-to-end distortion estimation based on the SSIM evaluation is carried out at the coding end; the bit number required by the coding node is calculated according to the in-frame or inter-frame coding mode; the video fault-tolerance coding rate distortion optimization is carried out through calculating fault-tolerance Lagrangian factors, and the optimum coding mode is found under the condition of easy-to-fail network transmission. The method and the device provided by the invention solve the problem that the distortion evaluation in the traditional combined signal source signal channel video coding does not perfectly conform to the human visual characteristics. Meanwhile, the objective distortion estimation caused by signal channel transmission is introduced in the signal source code, the objective distortion transmission influence caused by errors can be inhibited, and the video coding technology adapting to the objective visual quality optimization of the fault-tolerance rate distortion optimization of the signal channel transmission is formed.

The invention relates to a guarantee operation of mobile communication electrical signals, in particular to an emergency commanding and dispatching system of critical events based on GIS (general information system). The technical proposal adopted by the system is that: the system comprises the connection between a basic data module and a pre-event module, between an amid-event module and a post-event module, between the pre-event module and the amid-event module, and between the amid-event module and the post-event module. The system is favorable to make quick response and capable of commanding emergency guarantee personnel to conduct emergency repair in time, ensures the recovery to normal communication of regional communication, and provides a stable and reliable communication network, when a critical event happens. The system has simple and visual structure and is convenient to manage.

The invention belongs to the technical field of image recognition, and particularly relates to a text positioning method and system based on the visual structure attribute. Based on the visual attribute of a text, by means of color polarity difference transformation and edge neighborhood tail end bonding, abundant closed edges are detected so that abundant candidate connection elements can be obtained, then character stroke attributive character and text colony attributive character screening is conducted, the connection elements belonging to characters are extracted from the candidate connection elements, and then the final text is positioned through multi-channel blending and repeated connection element removal. The method is high in robustness and can be adapted to the situation that multiple word language categories are mixed, or various font styles exist, or arrangement directions are random, or background interference exists and other situations, the positioned text can be directly provided for OCR software for recognition, and OCR software recognition rate can be increased. The text positioning method and system based on the visual structure attribute can be applied to image video retrieval, junk information blocking, vision assisted navigation, street view positioning, industrial equipment automation and other fields.

The invention discloses a visual positioning method based on side-axis visual structural galvanometer puzzle processing. Firstly, the precision of a galvanometer is corrected, a galvanometer correction file is generated, and a visual error is corrected through a galvanometer correction file; drawing segmentation is then performed, the path required for each block to be processed after segmentationis calculated before processing, and only direction offset and angle rotating need to be performed in the processing process; visual positioning is then performed, and a reference point coordinate and a corresponding offset rotating amount are found; graphic transformation is conducted based on a reference point and offset rotating amount, points on a motion platform coordinate system are converted into coordinate values under a galvanometer coordinate system, and the coordinate values are directly sent to a galvanometer system for processing during processing; and a motion control platform is moved to the coordinate position of the center point under a platform coordinate system, coordinate values of feature points of processing path line segments to the galvanometer system for processing, and other blocks are sequentially processed after processing of the current block is completed until processing of all the blocks is completed.

The present invention is a system and method that, based on the input of logical structures of information in an electronic device comprising a memory and processor, automatically produces outputs on visual devices that can be operated to create information about business processes, replacing software applications that are normally developed through traditional programming as known in the software industry.

Given the information corresponding to the logical structure of a software design, such information is entered into the machine, which stores it on a memory in the form of models. Such models are interpreted by System 100 which automatically produces structures on visual devices that allow replacing software. The invention is the process that System 100 uses to enter, store, interpret and produce visual structures and structural logic that replace software.

The invention relates to a mounting structure of a gas control valve of a cutting machine. The mounting structure is characterized by comprising a low preheating oxygen relief valve, a high preheatingoxygen relief valve, a cutting oxygen relief valve, a fuel gas relief valve, a preheating oxygen pressure gauge, a cutting oxygen pressure gauge, a fuel gas pressure gauge and an mounting plate; andthe mounting plate is respectively provided with the low preheating oxygen relief valve, the high preheating oxygen relief valve, the cutting oxygen relief valve and the fuel gas relief valve on sidesat sides, and a front surface of the mounting plate is respectively provided with the preheating oxygen pressure gauge, the cutting oxygen pressure gauge and the fuel gas pressure gauge. The mountingplate has a rectangular structure and formed by flanging plates. The mounting structure of a gas control valve of a cutting machine has simple and visual structure, convenient adjustment, simple assembly, high and low pressure switching and the rectangular mounting plate with beautiful appearance and space saving.

Described is a mechanism for importing data into an outline aware application if the data does not include outline structure, and for creating outline structure in the data based on indicia of visual structure that may be present in the data. In one aspect, data is selected for import into the outline application. The data is devoid of outline structure, such as relative level information or parent/child relationship information. However, the data includes indicia of visual structure, such as markup attributes or tab characters. The outline application (or some related component) transforms the selected data into outline structured data based on the indicia of visual structure.

The invention provides a visual carrier gas type roller powder feeder and a powder feeding system. The system comprises the powder feeder, a vacuum absorption device and a spray welding gun which are arranged from top to bottom; the powder feeder is provided with a powder storage cylinder, a hopper base and a roller feeding device from top to bottom; through the transparent visual structure of the powder storage cylinder, the powder feeding condition can be intuitively perceived, and the non-stop material adding function is achieved; a glass cylinder is arranged in the hopper base, the visualization function in the powder conveying flowing process can be additionally achieved, during machine debugging, observation and control over adjustment of the powder feeding amount can be facilitated, and stability observation and anti-blockage observation of the powder feeding amount during normal work are achieved; and the vacuum absorption device can effectively avoid alloy powder bonding, conveying pipeline blockage, unsmooth powder feeding and the like, and the continuous, uniform and stable powder feeding needs are achieved. The feeder is particularly suitable for the work environment where a horizontal long arm spray welding gun does work and stretches into a machining workpiece, and consequently observation cannot be conveniently achieved; and the work air pressure ranges from 0.1 Mpa to 0.5 Mpa.

The invention discloses a fire-fighting early warning aircraft with a binocular visual structure. The fire-fighting early warning aircraft with a binocular visual structure comprises an unmanned aerial vehicle body, a fixation frame and a detection apparatus, wherein the fixation frame is arranged at the lower portion of the unmanned aerial vehicle body, and the detection apparatus is connected with the unmanned aerial vehicle body through the fixation frame. According to the invention, the binocular visual structure is arranged. The detection apparatus comprises a first pick-up head and a second pick-up head, the first pick-up head is an infrared imager, the infrared imager is used for acquiring infrared image information, the second pick-up head is a color camera, the color camera is used for acquiring color image information, the detection apparatus sends the infrared image information and the color image information to a control system through a communication module, through analyzing the infrared image information and the color image information, the problem of incapability of satisfying the requirement for precision of detection based on video analysis in multiple scenes can be solved, and application demands of users can be satisfied.

The invention discloses a monocular industrial robot with a visual tracking function. The monocular industrial robot with the visual tracking function comprises an industrial robot control system, a sensor system, a control system, a network integrated control system, a visual tracking system and an executing mechanism, wherein the sensor system is connected to the industrial robot control system,a monocular visual structure with an eye on the hand is adopted, a tracking camera is mounted right below an end effector, the position of a moving workpiece relative to the executing mechanism is observed and measured in real time, the moving workpiece is gradually approximated by controlling the movement of the executing mechanism, real-time acquisition of a target image is completed by using the tracking camera, acquired information is transmitted to an industrial personal computer, the industrial personal computer acquires the shape and the centroid of the moving workpiece according to the image processing technology, grabbing is carried out, an error signal serving as the feedback quantity is transmitted to the industrial personal computer, and the action of the executing mechanism is tracked.

The invention discloses an aircraft provided with a detector with a protector. The aircraft comprises an unmanned aerial vehicle body, a fixation frame and a detection apparatus, wherein the fixation frame is arranged at the lower portion of the unmanned aerial vehicle body, and the detection apparatus is connected with the unmanned aerial vehicle body through the fixation frame. According to the invention, a binocular visual structure is arranged. The detection apparatus comprises a first pick-up head and a second pick-up head, the detection apparatus sends infrared image information and color image information to a control system through a communication module, through analyzing the infrared image information and the color image information, the problem of acquiring clear images in multiple scenes can be solved, and application demands of users can be satisfied. The invention provides a transparent window fixation structure at the same time. According to the transparent window fixation structure, a transparent window can be effectively fixed, the problem of affected product service life caused by easy damage to the transparent window due to poor fixation in the prior art is avoided, and the application demands of the users are met.

The invention belongs to a medical instrument and relates to a pair of portable tissue scissors with a micro visual structure, which is applied to minimally invasive surgical operations, comprises a tissue scissors main body, the micro visual structure and an external connector, and is characterized in that the direction conversion of the force is realized through the adoption of an articulation piece and an X-shaped ruff so as to meet the special requirement for operation in a tiny passage; the micro visual structure made of light-weight soft material internally comprises a water out-in flush passage, an optical fiber and a camera image transmission passage and can provide good view for operation, which brings convenience in operation; and connectors of the external connector and those of the micro visual structure are in one-one correspondence and in directional and positioning design, so that the mounting and dismantling are very convenient and simple. The pair of portable tissue scissors can be used for cutting off, separating and removing of downlink tissues in the tiny operation passage.

A system and device are provided to facilitate visualization and structuring of a multi-variable evaluative process such as an innovation and decision-making process. The standardized process frames the problem in a three dimensional fashion having an x, y and z-axis. The present invention employs a visualization device that preferably takes the form of a six-sided cube. The use of a cube allows the user to orient the cube in a manner that allows framing of the problem to be solved in a manner that creates a visual structure and a framework that is employed by the user with consistency. The method and system is also well suited for implementation via a computer-based model that employs the same visualizations and standardized innovation process.