57results about How to "Guaranteed interactivity" patented technology

A BIM (Building Information Modeling)-based water conservancy and hydropower project management cloud platform comprises a data acquisition layer, a communication network layer, a data resource layer, an application support layer, and a service application layer. The data acquisition layer includes project information management and spatial information measurement; the communication network layer includes a local area network, a VPN (Virtual Private Network) or a public network; the data resource layer includes a BIM model which is stored in a public cloud, in a private cloud or in a hybrid cloud and includes a BIM integrated database; the application support layer includes a BIM project management platform and a data exchange platform; and the service application layer includes BIM information query, construction process BIM management and BIM information output. The BIM integrated database is connected with different project object data, processes and resources, is a digital expression of construction facilities which contains rich data, is object-oriented and has intelligent and parametric characteristics, and supports dynamic information creating, sharing, updating and managing in the life cycle of a project.

The invention discloses a special liquid fertilizer for cultivating poplar. The liquid fertilizer is used for fertilizing poplar in alkaline land. The liquid fertilizer comprises the following components in percentage by weight: 6-10% of inorganic nutrient, 10-15% of organic substance, and additives containing microbes and amino acid. After the special liquid fertilizer for cultivating poplar is mixed into soil, the microbes in the liquid fertilizer generate various organic acids under the activating action of amino acid in the poplar growth process so as to maintain the interaction between catalyst and ferment, so that the organic acids and enzymes can effectively decompose indissoluble phosphates and potassium formates in alkaline land soil and nucleic acid to supply nutrients for plant roots, thereby lowering the application amount of inorganic phosphorus and inorganic potassium and reducing the environmental pollution. The invention also provides a method for preparing the special liquid fertilizer for cultivating poplar.

The invention relates to an identification method for online health certification documents. The method includes the steps that 1, a preventative health checking platform is provided, and comprises a management background, a medical mechanism side, an employee user side and an employer side; 2, an administrative staff of a hospital logs in the medical mechanism side, a health certification document is formed according to the health checking conditions of an employee, and a certificate is made; 3, the employee logs in the employee user side, searches for his own health certification document and health checking information; 4, an employer logs in the employer side to search for the health certification document of the employee. The identification method for inline health certification documents can ensure the uniqueness and authenticity of the health certification documents.

The invention provides a technical solution which processes to associate a broadcast channel business and an interactive channel business to generate a corresponding related message, and processes to transport the broadcast channel business and the interactive channel business and both the related messages separately via a broadcast channel and an interactive channel ( a singlecast channel). Correspondingly, a user terminal is combined according to the related messages of the broadcast channel business and the interactive channel business separately via the broadcast channel business received by the broadcast channel and via the interactive channel business received by the interactive channel, and then the user terminal is showed out. Via using the method and device of the invention, on the one hand, the user can receive high-quality frequency and video program (via a broadcast network), and on the other hand, the user can use the interactive channel business such as rich media as the user like, wherein, the rich media based on a mobile network (the singlecast channel) guarantees interactivity and flexibility of applying.

The invention discloses a live broadcast room interactive element display method, a storage medium, a device and a system, and relates to the field of Internet live broadcast. The method comprises: determining a human body region in a live broadcast image on the basis of an image segmentation algorithm; segmenting the human body region and a non-human body region in the live broadcast image; continuously displaying pixels of the human body at the pixel position if the pixel position where the current interactive element is located is the human body region and displaying pixels of the interactive element at the pixel position if the pixel position where the current interactive element is located is the non-human body region according to the segmented human body region when the interactive element is rendered on the live broadcast image. The interactive element will not block the human body in the live broadcast image by recognizing the human body.

The invention discloses a logistics virtual reality teaching system in a VR enviroment. The logistics virtual reality teaching system comprises the components of a data module which is used for integral data and operation data of port logistics equipment; a control module which is used for transmitting an operation instruction; VR glasses which are used for viewing VR images; a short-distance wireless transmission module which is used for connecting the control module with the VR glasses; and a wireless network module which is used for connecting the control module with a network. The logistics virtual reality teaching system can truly display the logistics condition of the port to the student. The student can directly perform use and placement of equipment or containers in virtual displaying according to a teaching requirement, thereby exercising various skills in port logistics, realizing true training, making the student perform accurate studying himself, ensuring high teaching effect through authenticity and interactivity of the VR environment and improving teaching and training effects.

The invention provides an online educational method and system based on an instant messaging tool. The method comprises the following steps: A, when an instruction to enter an anchor mode is received, dividing a chat interface into an onstage interface for a lecturer to publish messages and an offstage interface for general users to publish messages; B: when a courseware playing instruction of the lecturer is received, displaying a courseware page selected by the lecturer on the onstage interface, and replacing the courseware page displayed on the onstage interface according to the selection operation of the lecturer; and C, when the content sending instruction of the lecturer is received, sending the explained content edited by the lecturer to the onstage interface, and displaying, when a courseware is played currently, the explained content on the mask layer of the courseware played currently. The online educational method and system can split the interfaces of the lecturer and the listeners in order to ensure that the content explained by the lecturer cannot be covered, and directly displays the explained content on the courseware in order to facilitate the understanding of the students and the teaching of the teachers.

The invention discloses a constant-current output intermediate-frequency therapeutic instrument system, belongs to the field of medical rehabilitation treatment equipment, and relates to a system capable of realizing constant-current output of an intermediate-frequency therapeutic instrument. The system consists of a control module, a waveform modulation module, an intensity adjustment module anda constant-current amplification module, and generation, modulation, intensity adjustment, amplification and output of a carrier wave are realized. The input end of the control module is connected with a detection feedback module, and the output end of the control module is respectively connected with a display module, an alarm module and a storage module; and the control module is also connectedwith the waveform modulation module and the intensity adjustment module. The waveform modulation module adopts amplitude modulation and multiplies a high-frequency carrier signal with a low-frequencymodulation signal, so that the amplitude of the high-frequency signal changes along with the change of the amplitude of the low-frequency signal. By the system, constant-current output under the control of a single chip microcomputer is realized, and the safety of patients is ensured. The system has a storage function, and facilitates recording; and the practicability and convenience of the therapeutic instrument are improved.

The embodiment of the invention provides an online live broadcasting interaction system and method. The first client in the system transmits and stores an interaction signaling message generated for realizing online live broadcasting interaction and an index corresponding to the interaction signaling message; the backstage server receives and stores the interaction signaling message and the indexof the interaction signaling message, and in the case of receiving failure, the backstage server compares the index of the interaction signaling message which fails to be received and the index of theinteraction signaling message stored in the first client to acquire the stored interaction signaling message and the index corresponding to the interaction signaling message automatically again; andthe second client receives the interaction signaling message transmitted by the backstage server and the index corresponding to the interaction signaling message, and in the case of receiving failure,the second client compares the index of the interaction signaling message which fails to be received and the index of the interaction signaling message stored in the backstage server to acquire the stored interaction signaling message and the index corresponding to the interaction signaling message automatically again from the backstage server. Thus, the interaction effects are ensured.

The invention discloses an information interactive test method for a satellite mobile communication terminal based on a Beidou. The method is used for testing an analog interface of an FPGA of the satellite mobile communication terminal based on the Beidou. The method is that: in a work state, the FPGA sets a memory number value of a position 0 of an RAM corresponding to an HPI in a DSP through an analog HPI interface and when a set time reaches, the DSP checks whether a memory number value of the position 0 of the RAM corresponding to the HPI in the DSP is the number value, if yes, the analog interface is correct. The information interactive test method for the satellite mobile communication terminal based on the Beidou enables performance of the analog HPI interface and performance of information interaction of an analog resetting control interface of the FPGA of the satellite mobile communication terminal based on the Beidou to be well tested so that information interaction performance of the satellite mobile communication terminal based on the Beidou is ensured.

The invention relates to an AR venue interface interaction method and system based on multiple clients. The method comprises the following steps that firstly, three-dimensional virtual scenes corresponding to venues are built in the clients respectively according to the venues; secondly, each client scans one or more identification plots so as to generate a plurality of scene elements; thirdly, the scene elements are loaded into the three-dimensional virtual scene of each client, and an AR venue interface is generated in each client; fourthly, the scene elements are controlled by the corresponding client to be interacted in the corresponding AR venue interface according to the preset interactive rule. By means of the method, various venue game items can have richer game experience, players and elements in games are not in the state that reality and virtuality are completed isolated any more, the players can really feel modeling events in the virtual world in the real world, the use fun of the players can be increased, the experience feeling of the players can be met, and moreover, the interactivity between the players is ensured.

The invention discloses a control method and a control device for integration of sound equipment with an HDMI (High Definition Multimedia Interface), and the method comprises the steps: carrying out the self-detection of the HDMI of the sound equipment, and triggering a high-definition mode of the sound equipment based on the HDMI; in the high-definition mode, transmitting back an audio signal by the sound equipment, and conducting integral connection with a mobile terminal; adjusting parameters of the sound equipment for the first time based on the configuration of the mobile terminal; carrying out view field detection along the position of the sound equipment by the sound equipment, and adjusting parameters of the sound equipment again according to peripheral view field arrangement; detecting the sound tested by the sound equipment according to the audio signal, and switching the scene mode of the mobile terminal and the spreading direction of the sound based on the tone quality level of the sound; and selecting a corresponding correction model according to the tone quality grade of the sound, and finally adjusting the parameters of the sound based on the correction model.

The invention discloses a robot system interface display method and device and a robot, and relates to the technical field of robot interaction. Business logic is obtained from a business logic module; a control protocol is generated according to the service logic; the control protocol is sent to a system interface module; and finally, the system interface module displays a system interface needing to be displayed by the service logic according to thea control protocol. Therefore, decoupling of interface display and service logic is achieved, interface display and service logic distribution can be achieved independently, implementation of service logic is not affected by interface display, the man-machine interaction effect is guaranteed, and the use experience of a user is improved. In addition, by gathering universal system interfaces, a unified style is achieved from the implementation mode to the display mode; rapid customization of a system interface is realized; through the configuration of the system interface, the quick change of the system interface can be realized by modifying the configuration under the condition of not changing codes.

The invention discloses a constant-current output intermediate-frequency therapeutic instrument system, belongs to the field of medical rehabilitation treatment equipment, and relates to a system capable of realizing constant-current output of an intermediate-frequency therapeutic instrument. The system consists of a control module, a waveform modulation module, an intensity adjustment module anda constant-current amplification module, and generation, modulation, intensity adjustment, amplification and output of a carrier wave are realized. The input end of the control module is connected with a detection feedback module, and the output end of the control module is respectively connected with a display module, an alarm module and a storage module; and the control module is also connectedwith the waveform modulation module and the intensity adjustment module. The waveform modulation module adopts amplitude modulation and multiplies a high-frequency carrier signal with a low-frequencymodulation signal, so that the amplitude of the high-frequency signal changes along with the change of the amplitude of the low-frequency signal. By the system, constant-current output under the control of a single chip microcomputer is realized, and the safety of patients is ensured. The system has a storage function, and facilitates recording; and the practicability and convenience of the therapeutic instrument are improved.