2699results about How to "Achieve interaction" patented technology

A computer application is used for the serving and creation of user-annotated web pages, which may include associated advertisements, to client devices. The user is able to submit comments to one or more web servers wherein the web server or servers appends the submitted comment or comments and updates them for use and display on one or more web pages at one or more client devices. The comments are also distributed for viewing or listening, potential annotation, and update by other users viewing the same or related annotations across multiple websites. Annotated advertisements are an embodiment of the invention.

The invention provides an automatic permeability test system for a WEB system, comprising three layers: a GUI presentation layer for alternating interface with a user, a logical layer as runs of control core, executing scanning and confidence program of the system and associative functions, and a data layer for storing and maintaining kinds of scan rules and configuration information in a task execution process. The system can automatically carry out a penetrating scan or a conventional scan to a WEB station based on a WEB scan task in the GUI layer, analyzing the scan result combined with the relative inserters, finds the possible security problems of the WEB station, and then generates a detecting report for reporting a formed aggregate risk list. The invention is used to perform an automatic security test, is capable of replacing the present manual security test and permeability test, greatly reduces the cost of software security test in software develop at present, and also greatly increases accuracy of security test.

The invention is suitable for the technical field of communication and provides an interactive method between an intelligent watch and a mobile terminal. The method comprises the steps of recognizing finger action information, searching for an operation order matched with the finger action information and carrying out the operation order. The invention further correspondingly provides an interactive system between the intelligent watch and the mobile terminal. The interactive method and the interactive system can interactively control the mobile terminal through the intelligent watch.

The invention belongs to the technical field of computer application, and provides a method and a system for tracking, three-dimensionally superposing and interacting a target object without a special mark. The method comprises the following steps of: firstly, segmenting the target object from an image shot by a camera, and creating a characteristic template of the target object automatically; next, directly identifying the target object by utilizing the characteristics of the target object, and calculating three-dimensional information (relative to the camera) of the target object; and finally, superposing a virtual object or an animated picture in a three-dimensional coordinate system in a realistic space through a graphics engine in real time. According to the method disclosed by the invention, video images and template images are subjected to characteristic matching via a surf algorithm so as to finish the calibration on the camera, so that real-time tracking and real-time three-dimensional superposing of the target object without the special mark are realized; for each frame of video image, three-dimensional coordinate information of the target is calculated in real time, so that interaction of a person or an object in reality with a virtual person or a virtual object is realized; and therefore, the method and the system disclosed by the invention are relatively high in degree of automation and have relatively popularization and application values.

The invention discloses a virtual object display device based on augmented reality. The device resides in a mobile terminal provided with a camera and a display screen and comprises an image capturing module for capturing images containing markers in the current real scene via the camera, a position acquiring module for acquiring the current geographical location information, a feature extraction module for performing feature detection on captured images and extracting feature points of the markers in the images, an object matching module for determining image templates which are associated with the acquired geographical location information and contain the markers in a database according to the extracted feature points and acquiring virtual objects corresponding to the image templates and an object display module suitable for superposing the images in the current real scene with the acquired virtual objects to obtain a corresponding virtual scene and displaying the virtual scene via the display screen. The invention further discloses a corresponding method and system.

The invention relates to a system capable of realizing immersive virtual reality over mobile platforms. A DirectX3D rendering technique is adopted to perform distortion correction and distortion zooming on images rendered by virtual three-dimensional scenes via a Pixel Shader , the images are segmented and drawn on a left and right binoculus screen of HMD (helmet-mounted display) equipment, and an updating frequency of more than 60 frames per second is kept; position information and facing information of the HMD equipment are acquired from a sensor and used for head tracking, and coordinate and rotating quaternion information are fed back to an application program via a message port; interaction between a client end and a server end is realized via a wireless communication technology. The system has the advantages that one product only needs to be developed for once, reality is enhanced, virtual objects not existing in the real environment are generated via a computer graphic technology and a visualization technology, the virtual objects are accurately 'placed' in the real environment via the sensing technology and are integrally mixed with the real environment by the aid of displaying equipment.

An embodiment of the invention discloses a network access configuration method and system of intelligent equipment and related equipment. The network access configuration method is applied to the network access configuration system which comprises the intelligent equipment, a local area host and a mobile terminal. The network access configuration method includes that the intelligent equipment sends a network access request message to the local area host to enable the local area host to forward the network access request message to the mobile terminal for network access confirmation; the intelligent equipment receives network access configuration information returned by the local area host; the intelligent equipment realizes network access configuration according to the network access configuration information which is received. By the network access configuration method and system, network access configuration of the intelligent equipment can be realized conveniently and quickly.

The invention relates to a multi-document auto-abstracting method facing to inquiry, which comprises the following steps: performing preprocessing on the inquiry and documents; performing topic segmentation and semantic paragraph clustering on the preprocessed documents to obtain subtopics; expressing the inquiry and the sentences in each of the subtopics in the form of a word frequency vector, and calculating the correlation measurement of the inquiry and the subtopics; screening the subtopics according to the correlation measurement of the inquiry and the subtopics, sequencing the subtopics according to the importance of the subtopics, and selecting the front T important subtopics to obtain an ordered sequence of the subtopics correlative with the inquiry; and circularly obtaining representative sentences from the subtopic sequence in turn, and connecting the representative sentences together to generate an abstract. The method uses the topic segmentation technique so that the abstract is in a limited length range and comprises the important information in a document set as much as possible, provides more targeted services, can adjust the content of the abstract according to a user inquiry topic, and can achieve the interactions with users.

The invention discloses a motion-sensing follow-type flight control system and method. The motion-sensing follow-type flight control system comprises a remote controller and an aircraft. The remote controller comprises a power supply system, an acceleration sensor, a digital-analog converter, a microcontroller and a radio transmission module. The aircraft comprises an information receiving module, an acceleration sensor, a gyroscope sensor, a barometer sensor, a data processing module and a control driving module. The remote controller obtains the acceleration magnitude of the hand through the acceleration sensor, collects motion data of the hand, and processes the motion data through the digital-analog converter. Then, the microcontroller calculates the acceleration change of the aircraft according to the acceleration change of the hand, and transmits a corresponding control instruction to the aircraft through the radio transmission module, so that the aircraft follows motions of the hand to cope and magnify the control motions guided by the hand, the aircraft is guided to fly in various corresponding flight paths by following the motions of the hand, and the immersive feeling is brought to an operator.

The invention provides a distributed photovoltaic power transaction platform based on a block chain technology. The transaction platform comprises a block chain database node module (1), a block module (2), an encryption and verification module (3) and a decision module (4). The block chain database saves a photovoltaic power database copy at a number of nodes. The block chain database is divided into a number of blocks associated with a photovoltaic power transaction, and each block comprises transaction details. The encryption and verification module combines and encrypts the common transaction details and unique signatures of two or more parties to acquire network-wide authentication. According to the decision module, in a mandatory trust mechanism, if encryption records corresponding to all nodes are consistent, the transaction is valid. A historical transaction chain is added. If a block is invalid, the consensus of a node changes the information of a violation node. Through the platform, a highly trustworthy and fully interactive photovoltaic power transaction can be established; precise digital energy management is realized; and the cost of operation and maintenance is reduced.

The invention relates to a novel anti-fake traceability system and method. The novel anti-fake traceability system comprises an anti-fake traceability platform, a manufacturer information providing unit, a consumer unit, a position information providing unit, an agent unit and a selling terminal. The novel anti-fake traceability method includes the steps of key negotiating, two-dimension code generating, product producing, product warehousing / delivering, product receiving / delivering by the agent unit, user inquiring and background processing of user inquiring. According to the novel anti-fake traceability system and method, the anti-fake function, the traceability function and the fleeing preventing function can be achieved at the same time, information storage, process control, information encryption and information reading are all achieved and completed through two-dimension codes, the anti-fake traceability aim of products of modern enterprises can be achieved, product fleeing can be further effectively avoided, the enterprises are helped to achieve management on marketing channels, interaction between the enterprises and the consumer unit is achieved, and the brand building cost of the enterprises is reduced.

The invention discloses a push-delivery method of service information and a push-delivery system thereof. The method comprises the following steps: in advance building up a corresponding relationship of a user mark and a user preference type, a corresponding relationship of a user preference type and service information and storing them in server database; real-timely renewing the server database according to data reported by a local user terminal; after obtaining the user mark, querying the user preference type corresponding to the user mark, obtaining the service information corresponding to the user preference type and indicating the service information on browser first page of the local user terminal. The push-delivery method and the push-delivery system of the invention can realize a interaction between the local database and the server database, supply the user with service information according to the user preference type and indicate the service information on browser front page to make the user obtain interested service information so that not only the user experience is improved but also utilization rate of browser front page function is improved.

The invention discloses an interactive projecting system and an implementation method for the same. The implementation method includes: firstly, capturing image information of a computer display screen projecting on a screen; secondly, corresponding a coordinate of the captured image information to that on the computer display screen; thirdly, extracting position information of a cursor from the image information captured by a video acquisition device; fourthly, calculating a coordinate position of the cursor on the computer display screen corresponding to a coordinate position of the cursor in the image information; and fifthly, recognizing flashing information of the cursor and generating corresponding mouse actions. By the aid of the interactive projecting system and the projecting method for the same, all operation of a mouse can be completely simulated, and by means of a simple and visualized image processing method, a position of a laser pointer light spot can be easily detected, so that the mouse cursor is precise in positioning, and real interaction of the system is realized.

The invention relates to a firefighting Internet of things system, which comprises a user access system, a management center platform and an application system, wherein the user access system comprises firefighting facilities and information transmission equipment; the management center platform comprises a server and a gateway; the application system comprises a firefighting supervision and management platform, a firefighting monitoring service platform and a mobile intelligent terminal; the firefighting facilities and the information transmission equipment are wired or wireless connected; the information transmission equipment communicates with the server of the management center through the network; and the server communicates with the firefighting supervision and management platform, the firefighting monitoring service platform and the mobile intelligent terminal through the gateway respectively. Simultaneous access of millions of firefighting projects can be supported, sharing of firefighting facility operation data in the country can be realized, and interaction among a realty management agency, a maintenance center, a firefighting command center and an individual user can be realized.

The invention relates to an image processing method and device, an electronic device and a storage medium, and relates to the technical field of computer graphics. The method comprises the steps that the three-dimensional structure data of a target scene are acquired based on the image and depth information of the target scene, and the first model of the target scene is established based on the three-dimensional structure data; the image of the target scene is used as a texture and is combined with the first model to generate the second model, which is provided with texture information, of the target scene; a virtual object is superimposed into the target scene according to the second model; and the virtual object and / or the second model is adjusted according to a preset rule when the virtual object interacts with the target scene. According to the invention, the realism of the simulated target scene can be effectively improved; the interaction between the virtual object and the target scene can be realized; and the interactivity and experience of the reality application can be improved and enhanced.

The invention relates to a vehicle to grid (V2G) intelligent charging and discharging system, which comprises a monitoring center, a background management subsystem, an intelligent ammeter, a bidirectional and intelligent charging and discharging device, a charging and discharging terminal, an electric vehicle, a transformer and a power grid. The monitoring center is connected with the background management subsystem; the bidirectional and intelligent charging and discharging device is respectively connected with the background management subsystem, the intelligent ammeter, and the charging and discharging terminal; the charging and discharging terminal is connected with the electric vehicle; the intelligent ammeter is connected with the transformer; and the transformer is connected with the power grid. Compared with the prior art, the technology employed in the invention enables bidirectional interaction and exchange of the energy of an electric vehicle between a controlled state and a power grid to be realized; besides, the V2G intelligent charging and discharging system has advantages of energy conservation and environmental protection.

The invention discloses a head-mounted type virtual reality device. The device comprises a shell, a head-mounted display, a plurality of positioning light beam receivers and a processor. The head-mounted display is located in the shell and used for displaying a three-dimensional virtual scene. The positioning light beam receivers are embedded in the outer surface of the shell and used for receiving positioning light beams which conduct sweeping in a laser positioning base station according to a preset sweeping period. The relative space position relations between the positioning light beam receivers are fixed. The processor is located in the shell and used for determining the position of the head-mounted type virtual reality device according to the times when the four positioning beam receivers receive the positioning light beams respectively, the sweeping period, the relative space position relations and a preset position of the positioning light beam emitting device. Therefore, when a three-dimensional virtual image is shown to a user through the head-mounted type virtual reality device, position information of the user can be determined. Therefore, the position information of the user can be displayed in the virtual scene through the head-mounted type virtual reality device, and interaction between the user and the virtual reality scene can be achieved.

The invention discloses an intelligent ship-borne terminal device for inland waterway intelligent shipping information service. The ship-borne terminal device consists of a power supply module, a data collection module, a main control module, a communication module and a human-computer interaction module; and an online analysis processing technology, multiple sensing technologies (global positioning system (GPS), automatic identification system (AIS), wireless frequency identification devices (RFID), sensors and videos) and a communication technology are utilized by the invention to realize the automatic identification of a ship identity and the perception of a running status of the ship by aggregating, rebuilding and interacting polymorphic heterogeneous data under the sailing status of the inland waterway ship, so that solid guarantee can be provided for the ship data perception of an inland waterway intelligent shipping information service system, the realization of ship-ship interconnection, ship-bank interconnection and ship-cargo interconnection and for the safe sailing and high efficient transportation of inland waterway ships in China, and the rapid development of the inland waterway intelligent shipping information service (internet of ships) can be promoted.

The invention relates to an internet of things device P2P connection method based on an NAT penetration adapter. The method is characterized in that a host on a public network outside NATs achieves NAT penetration, and data detection and control are carried out on a built-in terminal in the internet of things in the NATs in a P2P mode; hosts in different NATs achieve penetration of the NATs to achieve two-way transmission of sensing and control data between different local area networks and between an outer network and the local area networks, and the two-way transmission is based on built-in devices in the internet of things in the NATs and universal devices. The method is based on the technology of interactive communication building modes, traversing NAT modes of STUN and TURN are combined, and the method is a comprehensive NAT solution.

The invention discloses a prehospital first-aid system, an ambulance and a hospital end. The first-aid end comprises medical equipment, a camera and vehicle-mounted communication equipment. The vehicle-mounted communication equipment receives data sent by the medical equipment and the camera and transmits the received data to the hospital end. The hospital end comprises a within-hospital receive and dispatch end which comprises one or a plurality of networking data servers. Each data server is configurated to receive data from the first-aid end, to conduct agreement analysis, processing and storage on the received data, to send data to the first-aid end and to receive at least response information or data information or a control instruction. The prehospital first-aid system, the first-aid end and the hospital end achieve two-way communication between the prehospital and the first-aid end, not only achieve interaction of prehospital monitoring data, curing information and treatment spot audio and video information between a hospital and the first-aid end, but also enable the outside hospital first-aid process to be guided by hospital in time.

The invention provides an optical label based information interaction system and method, and the system and method are high in directionality, long in identification distance and large in information capacity. The information comprises the information coding optical label, a data server, a mobile terminal and a wireless communication network, wherein the data server provides information, the mobile terminal decodes the information and is connected with the data server, and the wireless communication network is connected with the mobile terminal and the data server. the optical label comprises a signal unit and a positioning identification; the mobile terminal comprises an image collector and an image processing module, the image collector collects a coded image of the optical label, and the image processing module decodes the coded image; and the mobile terminal is connected with the data server via wireless communication network according to decoding information and makes information interaction. The method comprises the following steps that 1) supply information is coded; 2) the mobile terminal is used to decode the image to obtain demand information transmitted by the optical label; and 3) after decoding, interaction between demand information and supply information is realized.

This invention discloses an interaction system of cell phone topics including a server and a customer end, in which, the server includes: a cell phone topic processing unit used in taking pictures input by the customer end as the background one or ico of the topic to generate topic mounting files, a topic storage unit used in storing the topic mounting files generated by the processing unit, a display unit reading and analyzing the mounting files stored in the storing unit and bringing forth pictures and words in the files, a download unit used in transmitting the mounting files in the storing unit according to the request of the customer end. This invention also provides a corresponding method.

The present invention provides an electric power client label construction method and relates to a label construction method. At present, the client management capacity of a power grid industry still falls behind, the management for each user is basically the same without pertinence, and resource cannot be effectively and fully employed, different requirements cannot be satisfied, and the service level cannot be improved. The method comprises the following steps: 1) obtaining the client data; 2) building a label data establishing a client attitude database, and building the label database; and performing label management; and 3) performing label display application. The electric power client label construction method can improve the refinement of client service and the differentiation degree and improve the pertinence and the validity of the marketing scheme design.

The invention discloses a double-screen interaction method, which is applied to a mobile terminal and comprises the following steps that: when a split screen instruction is received, a screen of the mobile terminal is divided into a first screen and a second screen according to the split screen instruction, and applications respectively corresponding to the first screen and the second screen are loaded and are displayed; an object capable of being operated in the first screen / the second screen is selected and is dragged into the current application in the second screen / the first screen; and the current application receives the object and executes the corresponding operation. The invention also discloses the mobile terminal. The double-screen interaction method and the mobile terminal provided by the invention can solve the problems that the mobile terminal with a split screen function cannot realize the interaction between the screens, and the application is not flexible enough.

The invention discloses a 3D (three-dimension) man-machine interaction method which comprises the steps of: configuring electronic tags with different IDs (identification card) for a hand part, configuring a radio-frequency electromagnetic field including a 3D virtual man-machine interface imaging space; obtaining related information of the electronic tags on the hand part after the hand part enters the radio-frequency electromagnetic field; obtaining position information, movement speeds, movement directions and movement tracks of different fingers and the palm in the 3D virtual man-machine interface imaging space according to obtained related information of the electronic tags; carrying out matching treatment on the position information and a control piece or hot spot displayed in the 3D virtual man-machine interface imaging space; judging whether an action of the fingers or palm accords with touch action definition of the control piece or hot spot in the 3D virtual man-machine interface imaging space, and triggering the operation of the control piece or hot spot in the 3D virtual man-machine interface imaging space. The invention also provides a 3D man-machine interaction system. According to the technical scheme disclosed by the invention, naked 3D man-machine interaction according with the accuracy control requirements can be achieved.

The invention discloses a routing method in a vehicle wireless communication network. The method disclosed by the invention comprises the following steps: route establishment: carrying out a route request and a route response, establishing a fixed node at the crossing, namely an anchor point and establishing an anchor point route on the anchor point; route transmission: carrying out the route transmission by adopting the adaptive broadcasting based on a chain prediction mechanism and a transmission algorithm based on the chain prediction mechanism; and route maintenance. The invention also discloses the vehicle wireless communication network. In the vehicle wireless communication network disclosed by the invention, a wireless communication module loading a special short-distance communication protocol is installed on each vehicle to jointly form a distributed ad hoc network; each vehicle forms a node; a fixed static wireless node is installed at the crossing; the static wireless node serves as the anchor point through the wireless communication module loading the special short-distance communication protocol and is used for assisting the node communication on the route or collecting the information of the crossing; and the anchor point and the nodes on the road jointly form the vehicle wireless communication network.

The automatic opening and closing window system is characterized by: including a wind detection module, a temperature detection module, a humidity detection module, a smoke detection module, a toxic gas detection module, a rain detection module, a microcontroller, a wireless communication module, a stepping motor drive module, an electromagnetic Valve module, liquid crystal display and key device, sound and light alarm device. It collects indoor and outdoor information, opens and closes the windows according to the conditions of the indoor environment and the outdoor environment, and comprehensively controls the state of the windows by detecting the ambient temperature, toxic gas, wind force and other information.

The invention discloses a multi-objective deep convolution generative adversarial network model and a learning method thereof so that problems that the exiting deep convolution generative adversarialnetwork model can not be converged easily and training is not stable can be solved. A target deep convolution generative adversarial network model is provided; on the basis of a group search strategy,multiple groups of deep convolution generative adversarial networks are trained simultaneously to realize coevolution of multiple individuals, thereby ensuring stability of model training; with a Pareto dominant mechanism, a potential optimal combination unit of generative networks and adversarial networks is selected for follow-up training in each iteration so as to ensure convergence of the model training; on the basis of the characteristics of the deep convolution network, a cross operator is designed to realize interaction of parameter information between different networks; and because of combination of the global search ability of the evolutionary algorithm and fast local search ability of the gradient descent algorithm, the accuracy and effectiveness of a learning frame put forwardnewly are ensured.

The invention relates to a method for calling center for realizing active call back and relative active call back system, wherein it comprises a call center back service process and an active back call system back process, wherein the second process comprises: (1), the system timely scans the service database to extract out the user information; (2), judging the back type of user, if it is instant back call, going on the process, of it is the advanced back call, judging if reaching the advanced time, if reaching the advanced time, going on the process, or else, backing to the step (1); (3), based on the skill number of user information, requesting occupying the artificial seat of requested service; (4), after success, the system actively calls back the user based on the telephone number of user information; (5), after calling back user successfully, connecting the seat and user, the seat accepts the user service. The invention can realize the interaction between the service user and the calling center, to improve the utilization of artificial seat.

The invention discloses an electric transmission and transformation equipment state monitoring defect management system and method based on regulation and control integration. The method is characterized in that an electric power regulation and control center is used to monitor the operation of newly added power transmission equipment in a centralized manner, monitor the electric transmission and transformation equipment state online and build an analyzing service so as to perform statistical analysis, processing and monitoring, and closed-loop tracking on equipment defect conditions, summarize defect variation trends and occurrence regularity, and promote comprehensive extension, from scheduling operation to equipment operation, of power grid safety control. Resources of an operation on-duty system, a production management system and other equipment management systems are integrated to build a complete and good working interface, electric transmission and transformation equipment monitoring defect multidimensional information is input, and by the aid of management modules of traverse connection, inner control monitoring and closed-loop tracking, the real-time operation states of the electric transmission and transformation equipment can be controlled, inquiring and statistical counting of various key information can be achieved, screening and tracking of family defects are achieved, and equipment health states can be monitored and analyzed.