272 results about "Schematic maps" patented technology

An underlying schema is discovered for an HTML document or a set of HTML documents, authored in various styles. Prior domain knowledge regarding punctuation, keywords, synonyms and HTML tags is used to 1) break a document up into separate objects, 2) identify the objects corresponding to keywords, 3) regroup objects: into hierarchical layers of abstraction, 4) logically order objects at the same level of abstraction, and 5) finally remove any non-keyword related information from the document's discovered schematic structure. The discovered schema supports structural queries from search engines that locate data that are more semantically related to the requested information than data located by simple keyword searching.

A fully web-enabled method for diagrammatically representing the meaningful structure of a complex argument or debate, or other similar information, as a schematic map made up of nodes each of which represent a discrete element in said meaningful structure comprising the steps of: (a) Beginning a new map by specifying the broad subject matter and other data about said map and selecting from one of a plurality of sets of encoded information and rules, termed Map Grammars, that constrain how nodes of different types may be combined to form maps and the actions available to persons building, editing or otherwise interacting with such maps. (b) Associating selected information items relevant to said argument or debate, or other information, with map nodes. (c) Adding nodes to said schematic map in such a way as to form an overall structure in which nodes are organized so as to conform to said Map Grammar at all times.

A method for operating a navigation system includes the following steps:

• a) computing a route from a starting point to a destination, wherein the route consists of a sequence of road segments and junctions between the road segments that is selected from a database, in which a geographic area is described in the form of road segments and junctions, with a route computation method,
• b) computing at least one maneuvering instruction that contains instructions for the user in order to follow the route from the current position, and
• c) computing and displaying a schematic maneuvering image on a display device, wherein the schematic maneuvering image graphically illustrates the maneuvering instructions in schematic form, wherein adjacent junctions that do not lie along the route and/or adjacent road segments that do not lie along the route and do not converge with a junction along the route are also analyzed during the computation of the schematic maneuvering image, wherein at least part of the adjacent road segments and/or adjacent junctions is illustrated in the schematic maneuvering image in addition to the maneuvering instruction that represents the route.

This paper describes an EDA (Electronic Data Automation) method and computer software invention for connectivity verification of IC mask Layout database versus IC Schematic; LVS Check (LVS: IC Layout versus IC Schematic) over the internet. The technique takes advantage of a unique algorithm to check the mask layout database connectivity, compare it with its corresponding schematic diagram for any mismatches in the mask layout polygons connections. The input of the tool is a mask layout database blocks (i.e.: IC layout) that were made manually and/or automatically using synthesized tools. These blocks may have some connectivity mismatches that need to be fixed in order to match the corresponding integrated circuit (IC) schematic diagrams. The output of the software tool is a text based descriptive log file and errors markers pointers that may be read into the mask layout database in order to point any connectivity mismatches of the mask layout database, comparing it to its corresponding schematic diagram. The end result is a mask layout set of markers and a text format log file that describes any mismatched connections in the mask layout database, comparing it to its corresponded schematic diagram. The software performs on individual mask layout blocks and/or on hierarchical structure of mask layout blocks. The system works hierarchically and/or flat. System also checks mask layout database incrementally, means only blocks that have been changed are checked. The system can be run via the internet using our secured protocol. The system offer a web based control panel to execute all necessary setups for submitting LVS check over the internet. The system offers the option to run on a local machine (user's computer) or on the main server over the internet. (Inventor's computer) The system also offers a PDA (Personal Digital Assistant) interface to launch LVS runs via industry's standard PDA's. The procedure is fully secured by 128 bit security protocol. All necessary file including mask layout GDSII (or GDSIII) file, netlist and technology file are securely encrypted using 128 bit protocol and send to the remote server. These files are decrypted and submitted for LVS check on the remote servers. The main remote server is distributing the task among other computer system for advanced parallel processing to achieve fast results. All results log files are encrypted using 128 bit security protocol and available for download by the user. In case of local LVS check the results files are available on the user's local machine.

The invention relates to an application program displaying method, device and equipment. The application program displaying method comprises the steps of judging whether trigger operation is received or not; displaying an application program list when the trigger operation is received; judging whether switching operation is received or not, wherein the switching operation is used for controlling switching of an identification displaying mode of application programs in the application program list between a first display mode and a second display mode, the first display mode is used for displaying identification icons or recognition characters of the application programs, and the second display mode is used for displaying display interface schematic diagrams of the application programs; switching the identification displaying mode of the application programs in the application program list when the switching operation is received. By means of the application program displaying method, the identification icons or recognition characters of the application programs in the application program list can be directly switched into the display interface schematic diagrams of the application programs, accordingly a user does not need to switch the application programs running in the background to the foreground for running one by one, and user operation is greatly facilitated.

The invention discloses a molecular imprinting electroluminescent sensor for detecting veterinary drug residue by taking a battery as power and a method for detecting veterinary drug residue. A preparation method of an electrode (a schematic diagram is shown in the figure) comprises the following steps of: preparing MIP (Molecularly Imprinted Polymer)s sol of the veterinary drug residue; preparing a carbon dot and preparing a graphene nano material according to documents; and modifying graphene, the carbon dot and the MIPs sol onto the surface of the electrode of the sensor. The method for detecting the trace veterinary drug residue comprises the following steps of: connecting the modified electrode to an electrogenerated chemiluminescence instrument, and detecting the veterinary drug residue in a sample extract by taking the battery as the power. The molecular imprinting electroluminescent sensor disclosed by the invention has the advantages that the specificity of the electrode is strong and the sensitivity is high and can be up to a ng grade; only 3-5 minutes are spent on a basic detection process; and the cost is low. The method for detecting the veterinary drug residue by adopting the electrode is quick and easy to operate, the reaction is automatically completed by instruments and results are automatically recorded by the instruments.

A system and method are disclosed for legalizing a flat or hierarchical VLSI layout to meet multiple grid constraints and conventional ground rules. Given a set of ground rules with multiple grid constraints and a VLSI layout (either hierarchical or flat) which is layout-versus-schematic (LVS) correct but may not be ground rule correct, the system and method provide a legalized layout which meets the multiple grid constraints while maintaining LVS correctness and fixing the ground rule errors as much as possible with minimum layout perturbation from the input design. The system and method support multiple grid pitch constraints for hierarchical design, and provide for LVS correctness to be maintained while an on-grid solution possibly with some spacing violations.

The invention relates to a method for expanding and updating maps and an electronic dictionary. The electronic dictionary comprises an input module, a query module, a storage module and an editing module, wherein the input module is used for inputting addresses to be queried as well as the datum reference information and basis information of added/deleted places; the query module is electrically connected with the input module; the storage module is electrically connected with the query module and used for storing map data; and the editing module is electrically connected with the storage module. In the invention, users are allowed to edit all elements of the maps, such as streets and Block points (buildings, counters, retail sales etc.) without the requirement for positioning information of global position systems (GPS), general packet radio service (GPRS) and the like, thereby further querying schematic diagrams related to geographical positions; and in addition, maps are specifically simplified by taking Road and Block as basic elements, thus users are allowed to edit and create maps conveniently.

The invention provides a schematic diagram drawing method suitable for traffic information expression, which is characterized by comprising the steps of: firstly, dividing traffic information into n display levels based on road network expression traffic information according to the size of geographic range; secondly, blocking each display level, and establishing an index for each subblock, screening each road in each subblock of each level according to different demands, determining a road entity to be drawn, and drawing a traffic information background image after simplifying geographic attributes of each road entity; and thirdly, sending an inquiry position and an inquiry range by a user through a mobile phone, sending the traffic information background image of the position of the user to the user and displaying on the mobile phone of the user. The invention has the advantage that the traffic information can be rapidly displayed according to the current position and the inquiry range of the user on a mobile terminal by fully utilizing the traditional mobile resources.

The invention discloses a dangerous rock instability mode discrimination method and device based on a deep learning technology. The device mainly comprises an input module, a working module and a discrimination module. The invention provides a process schematic diagram of a dangerous rock instability mode discrimination method and device based on a deep learning technology, can reflect the accuracy and flexibility of dangerous rock instability mode type recognition, and can provide a basis for the classification discrimination of dangerous rock instability modes and the prediction and prevention and treatment of dangerous rock collapse.

The invention relates to the technical field of smart home linkage, in particular to an interaction method for establishing an equipment linkage scene, a storage medium and electronic equipment, and solves the problems that the display is not visual enough, the setting process is tedious, the efficiency is low and the time is wasted in the prior art. The method comprises the following steps: in adisplayed distribution network scene schematic diagram comprising electrical equipment configured in the same network, sequentially selecting the electrical equipment through connecting lines to forma connecting track, and setting a sequential triggering sequence for linkage with the electrical equipment in a linkage scene represented by the connecting track according to the sequential order of the connecting lines, selecting the electrical equipment in the connection track to set the working parameters of the electrical equipment in the linkage scene, and finally storing the related information of the linkage scene. According to the invention, the purposes of visual display, simple and rapid linkage scene setting and user experience improvement are achieved, linkage operation steps are reduced, and convenient and rapid operation of intelligent household linkage setting by a user is realized.

The invention relates to the technical field of constructional engineering management, and particularly relates to a full-life building cycle monitoring operation and maintenance method and system, wherein the system is mainly composed of a data access module, a building information model module, a geographic information system module, a data support module, a human-computer interface module, a big data analysis module and a coma information collaboration module. The method comprises the following steps: S1, establishing a three-dimensional model of each building and equipment in constructional engineering through a building information model, S2, providing basic geographic space information for constructional engineering through a geographic information system; a three-dimensional model is combined and displayed on a human-computer interface; S3, all the devices in the S1 are connected to a monitoring management platform in a human-computer interface in a unified mode through the Internet of Things; a traditional two-dimensional simulation schematic diagram monitoring mode is eliminated, a three-dimensional accurate monitoring interface is adopted for monitoring, the method is more visual compared with a method of checking drawings and turning data, real-time field positioning and marking and remote monitoring and management can be achieved through a human-computer interface module, and operation and maintenance work is simpler and more efficient.

Systems and methods for automating information extraction from piping and instrumentation diagrams are provided. Traditional systems and methods do not provide for end-to-end and automated data extraction from the piping and instrumentation diagrams. The method disclosed provides for automatic generation of end-to-end information from piping and instrumentation diagrams by detecting, via one or more hardware processors, a plurality of components from one or more piping and instrumentation diagrams by implementing one or more image processing and deep learning techniques; associating, via an association module, each of the detected plurality of components by implementing a Euclidean Distance technique; and generating, based upon each of the associated plurality of components, a plurality oftree-shaped data structures by implementing a structuring technique, wherein each of the plurality of tree-shaped data structures capture a process flow of pipeline schematics corresponding to the one or more piping and instrumentation diagrams.

A presumptive mode computer aided design and drafting system for interactively manipulating and displaying graphic objects that employ predefined rules to govern the geometric layout and logical relationships representing a physical design, schematic or process flow diagram. The system is configured to comply with the rules employed by various design disciplines. Specific interactive computer graphics behavior is dynamically accessed to interactively update graphic object relationships according to rules of geometric conduct. The rules of geometric conduct may be stored in external databases along with parameters to verify the logical relationships of the graphic objects used in the drawing. Object orientation is employed in the software design of the system to allow new devcies or procedures to adopt the behavior of existing definitions. In the preferred embodiment, a selected object floats with a cursor in a graphic environment until located in proximity with underlying graphic objects. The selected object then aligns, jumps and clings to the underlying graphic object or objects according to predetermined rules. For example, the object is automatically rotated, orientated and positioned relative to a cling point into a correct relationship with the underlying object without further input by the operator. Further, the selected object slides along the underlying graphic object maintaining the correct geometric relationship while the operator moves the cursor in proximity with the underlying graphic. The operator either accepts the presumed relationship or moves the cursor away to uncling the selected object.

The invention provides a search content display method and device, electronic equipment and a storage medium. The method comprises the steps of determining a display intention type of the user in thecurrent search according to a search keyword input by the user, determining a search content display template corresponding to the display intention type, and displaying the search content obtained according to the search keyword according to the search content display template. According to the invention, the content display intention of the user for searching the content each time is automatically identified to select the corresponding search content display template to display the search result, so that accurate display of the search result based on the user intention is realized, and personalized display requirements of the user for different search contents are met.