81 results about "Infobox" patented technology

The invention belongs to the technical field of Chinese knowledge base application, in particular to a book-oriented reading field knowledge map construction method. The method includes general knowledge map construction, namely acquiring knowledge on the internet, and integrating a general knowledge map; field knowledge map construction, namely combining with the general knowledge map and expending relative concepts and entities of books in an iterative manner, and extracting entity relation by combining with an entity Infobox table and traditional relation; and intelligent reading recommendation, namely marking core entities in electronic books from longer entities to shorter entities, and establishing links between the entities and a book knowledge map so as to realizing the intelligent reading recommendation. According to the method, by means of establishing the book-oriented reading field knowledge maps, the entities in the books can be explained or knowledge can be recommended, depth of knowledge is increased, facilitation, intelligentization and humanization of electronic reading are realized, and better user experiences are provided.

The invention discloses a linked data oriented entity classification method and system which are aimed at the problem of entity classification of linked data. The entity classification method includes pretreatment, statistical classification and post treatment. Pretreatment: word segmentation is performed on text description information in an entity page; and an attribute name of an information box and word information obtained by segmentation form an entity page character. Statistical classification: a statistical classification model is trained through various segmentation granularities to classify the entity page, and then a primary prediction result of entity class can be obtained. Post treatment: the entity statistical classification result is corrected; and a combined entity class is corrected through model combination, language knowledge, linkage information and class associate attribute information. The method and the system is easy to implement and debug, is high in efficiency, is good in accuracy, can be used for performing knowledge management on the linked data, and achieve high-precision classification of the entity.

The invention discloses a deep learning-based structured information extraction method. The method comprises the following steps of: 1) constructing large-scale flag data by adoption of remote monitoring: constructing an extractor by using the existing Wikipedia to provide remote supervision, wherein a signature and a Wikipedia information box comprise entity-related structured facts, the facts are mentioned in a free text part of an entity webpage, and sentences which express the facts in the information box are used as training data; 2) integrating prior knowledge into a structured information extraction model, wherein the prior knowledge comprises type and phrase information, and labels of words in natural language sentences are related to the foregoing words and continuous words thereof; 3) utilizing the past and future input features by using a bidirectional hidden LSTM layer, and inputting each sentence into a bidirectional LSTM model in a sequence form; and 4) finally outputting a marker sequence, wherein the marker sequence comprises true or false markers and has a length same as the length of the input word sequence.

The invention discloses a knowledge base construction method based on multi-modal fusion, which comprises the steps of extracting basic attributes of entities based on information box information of entries in a data source to establish a binary relationship, and generating a mapping dictionary of the information box attributes and the relationship; establishing a topic entity and relationship extraction model based on a word vector space and a conditional random field, and expanding the binary relationship to generate a multivariate relationship template; constructing a feature set of entities based on the extracted names of the binary relationships, performing hierarchical clustering division on the entities, constructing a classification system, and summarizing information of the classification system; carrying out attribute normalization on data in the data source according to the inherent attributes and attribute values of the entities; determining a fused data set, identifying equivalent entities in different data sources according to an entity alignment algorithm, establishing equivalent links of the same entity in the different data sources, and performing multi-source datafusion; and correcting and expanding the knowledge graph after multi-source data fusion to realize automatic knowledge completion.

The invention provides a method and a device for prompting information. The method for prompting the information includes obtaining first identification information of a user who logs in the website, monitoring whether dynamic information associated with the first identification information exists, and outputting prompt information corresponding to the dynamic information in the form of a first information box on the current webpage if the dynamic information associated with the first identification information exists. According to the embodiment of the invention, whether the dynamic information exists can be timely acquired, frequent operations of users are avoided, and the system performance is improved.

Described are methods, apparatuses and computer program products for signaling and storing compressed point clouds. Sub-sample entries associated with sequences of sub-samples within sequences of samples may indicate whether sequences of sub-samples were encapsulated alone in a track, without other sub-samples or additional header data. Sub-sample entry types can be indexed at track-level sub-sample description boxes. Point cloud compression coded bitstream component types may be signaled by including respective point cloud unit header information in a codec-specific parameters-related field of track level sub-sample description boxes. Sub-sample information boxes may indicate sub-sample entry indices for respective sub-samples. A flag in such information boxes may indicate the presence of sub-sample description entry indexes. Description index boxes can contain sub-sample description entry indexes in the same container as sub-sample information boxes. Track fragment header boxes can include sub-sample description entry indices that apply to samples of a track fragment.

Methods are disclosed for converting a directed graph to a taxonomy using guidelines from a user. An initial tree is output from a first pruning step in which subtree preferences (and other weights) are applied to preserve or remove paths from a node to one or more levels of descendent nodes. Subtree preferences (and infoboxes) may specify rules for automatically generating recommendations during application to nodes. In a second pruning step, the directed graph is again processed with additional weightings applied to edges in the graph in accordance with the recommendations. The recommendations may be human defined. Recommendations may specify a recommended ancestor for a particular node and may include a weighting to be applied to the recommendation itself, if there are multiple conflicting recommendations for the same node. Recommendations may also specify what standard weight to apply to the edge of the best parent.

The invention relates to an intelligent part inquiry and quotation system which comprises a server side, an inquiry side and a quotation side, and the inquiry side and the quotation side are in communication connection with the server side. And the server side comprises a data information acquisition module, a spare and accessory part information database, a data processing module, a quotation management module, a quotation information database and an intelligent maintenance module. The inquiry side comprises an inquiry page, and a vehicle identification code input box, a spare and accessory part name input box, a spare and accessory part information input box and a quotation information box are arranged on the inquiry page. The quotation side comprises a quotation page, and a part quotation information input box is arranged on the quotation page. The invention further discloses an intelligent part inquiry and quotation method. The method comprises the steps of data acquisition, data processing, automatic quotation, intelligent maintenance and the like. According to the invention, an intelligent data maintenance scheme is adopted to improve the inquiry information identification and fault-tolerant capability of the system, and the method has the characteristics of inquiry information identification, strong fault-tolerant capability, high efficiency, convenience, intelligence and the like.

The invention discloses a certificate image character extraction method. The method comprises the following steps: S1, inputting a certificate image; S2, detecting a character position in the certificate image through a character detection model, and marking the character position through a marking box; S3, counting the position distribution condition of the marking box in the certificate image, judging the direction of the image and adjusting; s4, establishing a plane coordinate, merging and sorting the marking boxes in the same row according to the Y axis, and obtaining an information box ofeach row of characters; S5, aligning the standard template with the information box, outputting an intersection part of the information box and the standard template, and cutting and outputting a text picture; and S6, recognizing the character picture by using a character recognition model, and extracting the character content.

The invention discloses a document layout classification method based on multi-modal fusion, which is characterized by aiming at a target document and comprises the following steps of: detecting the target document, and obtaining a to-be-classified detection frame; obtaining text information, frame coordinate information and image features of the detection frame; and adopting a multi-modal fusion model, taking the text information, the frame coordinate information and the image features as input, and outputting the type of the detection frame. Through multi-modal fusion of the text, the position and the image information, the accuracy of document layout classification is improved.

The invention belongs to the technical field of Chinese knowledge base application, in particular to a book-oriented reading field knowledge map construction method. The method includes general knowledge map construction, namely acquiring knowledge on the internet, and integrating a general knowledge map; field knowledge map construction, namely combining with the general knowledge map and expending relative concepts and entities of books in an iterative manner, and extracting entity relation by combining with an entity Infobox table and traditional relation; and intelligent reading recommendation, namely marking core entities in electronic books from longer entities to shorter entities, and establishing links between the entities and a book knowledge map so as to realizing the intelligent reading recommendation. According to the method, by means of establishing the book-oriented reading field knowledge maps, the entities in the books can be explained or knowledge can be recommended, depth of knowledge is increased, facilitation, intelligentization and humanization of electronic reading are realized, and better user experiences are provided.

The invention relates to a method and equipment for rapidly and permanently deleting a file through a pressure touch technology. The method is characterized by comprising the following steps: after clicking a predicated deleting file, pressing a deleting function icon of a touch screen; sensing a pressing pressure value of the deleting function icon by using a pressure sensing module; when the pressing pressure value for pressing the deleting function icon exceeds a defaulted value, generating a triggering signal; according to the triggering signal, generating a permanent deleting function option and a promoting message frame corresponding to the permanent deleting function option by a processing unit; after clicking a confirm button in the promoting message frame of the permanent deleting function option, deleting the predicated deleting file.

The invention discloses a crowdsourcing-based knowledge base updating method for a Chinese tourism domain knowledge service platform. The method comprises the following steps: constructing a tourism entity base through tourism entity names; performing entity matching with a structured Chinese encyclopedia data set to extract tourism knowledge, and constructing a tourism knowledge base; building aChinese tourism domain knowledge service platform on the basis of the tourism knowledge base, wherein the building method of the Chinese tourism domain knowledge service platform comprises a visualization method of a tourism entity knowledge graph and an entity linking method in tourism entity knowledge card display, wherein a tourism entity knowledge card comprises an Infobox attribute and an entity encyclopedia label; counting tourism entity search records of different users on the Chinese tourism domain knowledge service platform through a crowdsourcing method to regularly obtain new tourism entities; and updating the tourism knowledge base through the extracted new tourism knowledge. According to the invention, tourists can conveniently, accurately and timely obtain high-quality tourism knowledge services.

The embodiment of the invention discloses a comment information guiding method and device, a storage medium and electronic equipment, and the method comprises the steps: detecting a triggering instruction of a user for an interaction identifier of multimedia content, and obtaining comment guiding information; wherein the comment guide information is matched with the feature information of the multimedia content and / or the interaction identifier; and dynamically adjusting a comment information box corresponding to the multimedia content, and displaying the comment guide information in the dynamically adjusted comment information box. Therefore, by adopting the embodiment of the invention, the comment information box on the interface is adjusted by a dynamic effect, the user can be attracted, and the corresponding guide information is displayed in the comment information box to guide the user to comment, so that an author issuing the multimedia content can optimize subsequent creation according to the comment information input by other users, therefore, the social networking platform can ensure the output of high-quality multimedia contents.

The invention provides a knowledge graph entity concept description generation system, which is used for generating a concept description text of an entity according to an information box which corresponds to the entity in a knowledge graph and contains attributes and values, and is characterized by comprising a word template generation module used for storing afirst sequence-to-sequence model which is alreadlypre-trained; the first sequence-to-sequence model comprises an information frame encoder and a template decoder, the information frame encoder is used for reconstructing an information frame corresponding to a to-be-processed entity into a word sequence and encoding the word sequence into a first hidden state, and the template decoder is used for outputting a template sequence according to the first hidden state; a concept description text generation module stores a pre-trained second sequence-to-sequence model, the second sequence-to-sequence model comprises a template encoder and a concept description decoder, the template encoder is used for encoding a template sequence into a second hidden state, and the concept description decoder is used for decoding the template sequence into a second hidden state; a concept description decoder is used for outputting a concept description text according to the first hidden state and the second hidden state.

The present application relates to the technical field of aviation meteorological support, and provides a meteorological display and alarm method, system, device and medium for aircraft navigation, which comprises receiving an aircraft route plan and collecting numerical weather forecasts of each place at the takeoff time of the aircraft; extracting wind speed, temperature, relative humidity, liquid water content and cloud droplet particle number density, and calculating the horizontal visibility, aircraft icing index, total cloud cover and aircraft turbulence index at the forecast time through adaptive attenuation interpolation based on feature perception; constructing an information box and a floating box of the route points on the aircraft route map; and performing meteorological display and alarm for aircraft navigation through the information box and the floating box according to the aircraft route plan. The present application uses regional meteorological forecast results to form meteorological forecast results for flight routes, can intuitively display the comprehensive meteorology on the route and form an alarm prompt, reduces the risk of information omission, increases the safety margin, and reduces the meteorological information processing workload of flight support personnel.

The invention provides a wind power plant maintenance decision-making method and system based on a large language model, and the method comprises the steps: obtaining the fault windmill information and maintenance information of a wind power plant for solving through building a wind power plant maintenance model, and obtaining a maintenance scheme. Further, in order to automatically obtain a maintenance scheme, simulation data are randomly generated, the wind power plant maintenance model is used for solving the maintenance scheme, the simulation data and the maintenance scheme are used for constructing training data to form a training set, and then the training set is used for performing fine tuning training on a large language model; and finally, inputting current wind power plant data information into the large-scale language model, and giving a maintenance scheme by the trained large-scale language model. In order to enable input collection information to have readability, a structured cue word template is used, needed collection information boxes are embedded into the structured cue word template to form structured cue words, the structured cue words are input into a large-scale language model, the language processing capacity of LLM is utilized, problems are fully and consistently described, and therefore the accuracy of the information collection information is improved. The understanding of the optimization problem can be deepened step by step along with training, and a stable output result is generated.

The invention provides an account registration method, and relates to the technical field of finance and computers, and the method comprises the following steps: logging in a registration page, obtaining an application file of at least one application unit, the application file comprising application information of at least one to-be-applied account; and sequentially reading the application information of each account to be applied, and automatically and respectively filling the application information into a specified information box on the registration page based on mouse guidance to complete account registration. According to the method, batch account registration can be realized, repeated manual registration operation is avoided, and the registration efficiency is improved.

The invention relates to an invoice information identification method and device, computer equipment, a computer readable storage medium and a computer program product, and the method comprises the steps: inputting a to-be-identified invoice image to a vertex positioning model after a server obtains the to-be-identified invoice image, inputting the to-be-identified invoice image to the vertex positioning model, and obtaining the to-be-identified invoice image; obtaining vertex coordinate information of an invoice information area of the to-be-identified invoice image; extracting the invoice information area according to the vertex coordinate information of the invoice information area; correcting the invoice information area based on the vertex coordinate information of the invoice information area; inputting the corrected invoice information area into an information box detection model to obtain coordinate information of each key text information box in the invoice information area; and extracting the key text information in the key text information box according to the coordinate information of the key text information box. According to the invoice identification method provided by the invention, accurate identification of key information in the invoice can be realized.

The invention provides an oil and gas field equipment production state judgment system and method based on big data monitoring. The system comprises a storage unit, a video inspection control unit and a video analysis and identification unit; after the video inspection control unit sends an inspection instruction each time, the video inspection control unit adds an information frame into the database, including attribute information of the preset point, such as pumping unit information; the video analysis and identification unit is used for acquiring attribute information of the preset point in the database, determining the position of the oil pumping unit in the video picture through image analysis and comparison, judging the working state of the oil pumping unit according to the movement track of the observation point, processing the identified result and returning the processed result to the database; and the video inspection control unit reads the result returned by the video analysis and identification unit. By means of the technology, the working state of the oil pumping unit can be recognized, whether the oil pumping unit idles or not can be known in time without manual monitoring, and the idling oil pumping unit can be started and stopped in time.

The invention discloses a deep learning-based structured information extraction method. The method comprises the following steps of: 1) constructing large-scale flag data by adoption of remote monitoring: constructing an extractor by using the existing Wikipedia to provide remote supervision, wherein a signature and a Wikipedia information box comprise entity-related structured facts, the facts are mentioned in a free text part of an entity webpage, and sentences which express the facts in the information box are used as training data; 2) integrating prior knowledge into a structured information extraction model, wherein the prior knowledge comprises type and phrase information, and labels of words in natural language sentences are related to the foregoing words and continuous words thereof; 3) utilizing the past and future input features by using a bidirectional hidden LSTM layer, and inputting each sentence into a bidirectional LSTM model in a sequence form; and 4) finally outputting a marker sequence, wherein the marker sequence comprises true or false markers and has a length same as the length of the input word sequence.

The embodiment of the invention relates to a video detection method and device. The method comprises the steps of monitoring a video played in a terminal and judging whether a target video frame containing a video information box exists in the video or not; obtaining position information of an additional information box in the target video frame if the target video frame containing the video information box exists in the video, wherein the video information box and the additional information box are contained in the target video frame at the same time; and extracting content information in the additional information box according to the position information of the additional information box. The additional information box is determined by detecting the video information box loaded in the video and the position information of the additional information box is obtained, so when it is detected that the content information in the additional information box is not preset content information, effective measures can be taken and illegal content information displayed in the additional information box can be timely prevented.

The invention provides an enterprise employee performance display device. The enterprise employee performance display device comprises a protective cover, a first statistical plate, a second statistical plate, a first information frame, a second information frame, a digital display assembly and a lifting assembly. The first statistical plate and the second statistical plate are arranged on one side surface of the protective cover; the first information frames are arranged at the upper end part of the first statistical plate, and the plurality of first information frames are arranged in a transverse state and are used for placing month cards; one side of the first statistical plate is provided with the second statistical plate, the other side of the first statistical plate is provided with a plurality of second information frames, and the second information frames are arranged in a longitudinal state and used for placing employee identity information cards; the lifting assembly drives the pointer plate to move in the second rectangular through hole to the corresponding scale of the calibration gauge, so that the monthly performance of employees is displayed in a trend state, the monthly working state of each employee is more clear, and the problem of frequent replacement of the performance statistical table can be effectively solved.

The present invention provides a method of setting an alignment mark and a processing apparatus that automatically adjusts the range of a designated mark to set an alignment mark. The method of setting an alignment mark has the following steps: a photographing step of photographing one or more marks formed on the front side of a wafer; an information acquisition step of acquiring information on the respective circumscribed rectangles of the one or more marks photographed; a frame line adjustment step of moving the center of the circumscribed rectangle of one or more marks as a whole to the center of a quadrangular frame line, and automatically adjusting the position and size of the frame line with respect to the circumscribed rectangle in such a manner that the circumscribed rectangle is accommodated within the frame line and the interval between the circumscribed rectangle and the frame line is adjusted to a predetermined distance, according to whether one or more marks have been designated; and a registration step of registering the region inside the frame line whose size has been adjusted, which contains one or more marks, as an alignment mark in the processing apparatus.

1. Name of the product in this design: Main body of the search information display bar for the video viewing graphical user interface of an electronic device. 2. Purpose of this design: An electronic device. 3. The key design features of this product are the parts of the graphical user interface that require protection. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: The overall interface shows a graphical user interface for watching videos such as movies, TV series, and TV programs. The left area is used to display the content being watched, and the right area is a search information display bar to display cast information related to the content being watched by the user, as well as other works starring them, provided by artificial intelligence (AI) functions. The search information display bar does not interfere with the viewing experience in the left area. The part for which protection is sought is the main body of the search information display bar. Users can switch themes by selecting the icon box in the theme box at the top of the right area, for example, using a remote control, and can switch to the corresponding information box by selecting the avatar icon box below the theme box, for example, using a remote control. 6. Other situations requiring explanation: The pattern depicted with dashed lines in the view is not the part that this design patent claims protection for.

1. Name of the product in this design: Options trading panel with graphical user interface for trading platform of electronic device. 2. Purpose of this design: An electronic device. 3. The key design features of this product are the graphical user interface content in the electronic device. 4. The image or photo that best illustrates the design points: Interface change state diagram 1. 5. Purpose of the graphical user interface: This graphical user interface is used as a whole for the stock trading platform to display user accounts and stock information, and is also used in a part to display options trading panel information. 6. Description of the changing states of the graphical user interface: The main view is the custom interface of the stock trading platform. At this time, the options trading panel area is collapsed. When the user clicks the expand icon (arrow icon) on the right side of the options trading panel area in the main view, the interface switches to the interface change state diagram 1. At this time, the options trading panel area of ​​this interface displays the option leg information table. The user can view and adjust the expiration date, strike price, type, direction, and number of contracts on this interface. When the user clicks the remove icon (the icon to the right of the number of contracts information box) on the right side of the option leg information in the interface change state diagram 1, the corresponding option leg information can be removed, as shown in the interface change state diagram 2. When the user clicks the "Add" icon below the option leg information table on this interface, the interface switches to the interface change state diagram 3. When the user clicks the "Sell" option icon below "Add Underlying Stock" in the interface change state diagram 3, the interface switches to the interface change state diagram 4. When a user clicks the “Account Change Preview Entry” icon (the icon to the left of the Transaction Unlock option button) in Interface Change State Figure 4, the interface switches to Interface Change State Figure 5. When the user clicks the “Delete All” icon (the icon to the left of the Order Type option) in Interface Change State Figure 5, the interface switches to Interface Change State Figure 6. The gray areas shown in each interface represent the content screen, and xx in each interface represents the text content. The enlarged views are partial enlarged views of the options trading panel area in each interface view. 7. Other situations requiring explanation: The parts covered by the red semi-transparent color blocks in each interface view do not constitute the parts required for protection in the local appearance.

1. Name of the product in this design: Graphical User Interface for Wind Farm Wind Resource Assessment Toolchain for Electronic Equipment. 2. Purpose of this design product: an electronic device. 3. The key design point of this design product lies in the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. Designate Design 1 as the base design. 6. Purpose of the graphical user interface: Designs 1 to 3 show the graphical user interface for wind farm planning and design. In the main views of Design 1 and Design 2, the left side of the interface displays specific project information, the middle area displays the location of each project on the map, and the user can select any project on the left. The selected project will display more information in the information box on the left, and the corresponding location of the project on the map will be enlarged. The circle is the user location display style. Design 3 serves the same purpose as Design 1 and Design 2, except that Design 3 additionally displays layer information when the layer button on the right is selected. 7. Other situations requiring explanation: Design 1 and Design 3 request color protection.

1. Name of the product in this design: Graphical User Interface for Viewing Notification Information on Electronic Devices. 2. Purpose of this design: This design is used for running programs and displaying information. 3. The key design features of this product are: the content of the graphical user interface, with the color blocks representing the content screen. 4. The image or photograph that best illustrates the design's key points: the front view. 5. Purpose of the graphical user interface: To view notifications. 6. Human-computer interaction method of graphical user interface: Clicking the information box in the main view enters the interface change state diagram.