99 results about "Visual flow" patented technology

The invention discloses a visual flow configuration method, a device, a computer device and a storage medium. The method comprises the following steps of: configuring a classification menu tree for defining a process in a first page container in advance; acquiring a task node selected in the classification menu tree and placed in a second page container; getting the connection relationship betweenthe configured task nodes; according to the task node and the connection relationship between the task nodes, the approval tracking process is generated correspondingly. Creates a storage space in memory based on the name of the approval tracking process and saves the approval tracking process to the storage space. The method configures the connection relationship between task nodes and task nodes according to the actual service requirements in the workflow engine, realizes the configuration of the visual approval tracking process, improves the configuration efficiency and reduces the configuration difficulty.

The invention discloses a water-saving anti-block and anti-splash waterfall tap valve core which is arranged at the outlet of a tap and is characterized by preventing the splashing of current and the blockage of water channels. The water-saving anti-block and anti-splash tap valve core comprises a shell and a current dredging opening arranged in the shell, wherein a check block is arranged below the current dredging opening, the shape and size of the check block are matched with the current dredging opening, and a gap is arranged between the upper surface of the check block and the outlet of the current dredging opening. When in work, the current on the upper surface of the check block is evenly hindered to overflow, thus a thin hollow waterfall water curtain is formed, and the waterfall water curtain is beautiful, has large visual flow and saves water resource scientifically. When current flows down, the film-like water curtain has low energy so that the impact force is low and the current is comfortable, natural and soft. After the check block is arranged, a plurality of pores are not needed to arrange at the water outlet of the tap so that the splashing of current can be well prevented and the current dredging opening can be designed to be a larger channel so as to avoid blocking, thus the tap valve core is particularly suitable to be popularized and used in various taps.

The application discloses a self-developed binary-channel atmospheric-particle sampler. The sampler employs a cyclone cutter for sorting, and therefore the total suspended particles, inhalable particles and particles capable of entering into lugs in the atmospheric environment can be collected and sampled by filtering membranes. The flow of each channel is set by a single chip microcomputer and the flows are accurately controlled by proportioning valves, flow sensors and control panels to reach a preset value. In addition, the single chip microcomputer can perform pressure and temperature compensating calculation for the flows so as to ensure that the volume flows of the introduction port are constant. The sampler can also collect pressure, temperature, humidity, wind speed, wind direction, and other meteorological parameters. The sampler has characteristics of compact structure of the complete machine design, small size, light weight, capability of automatic timing, visual flow display, safety, reliability, etc.. The sampler is suitable for being used on site.

A system for security intelligence automation using flows is disclosed. In various embodiments, a system includes a processor configured to provide a graphical user interface for at least one visual flow for threat ranking. The processor is further configured to render, in the graphical user interface, a visual flow interface for at least one of generating and configuring the at least one visual flow. The processor is further configured to provide, via the visual flow interface, a drag and drop ranking automation flow.

The invention discloses a flow control method and device, computer equipment and a storage medium. The method comprises the following steps: registering each micro-service to a configuration center ofa distributed service-oriented lightweight traffic control framework, and accessing each micro-service to a console of the distributed service-oriented lightweight traffic control framework; pushingconfiguration information to the configuration center through the console, and pushing the configuration information to each micro-service through the configuration center; monitoring and displaying the flow of each micro-service in real time through the console, and controlling the flow of each micro-service according to the monitored flow; and monitoring and displaying the state of each micro-service in real time through the console, and performing fusing degradation on each micro-service according to the monitored state. According to the method, visual flow monitoring can be carried out onthe micro-service, the abnormal phenomenon occurring in the process of calling the micro-service is effectively avoided, and the stability of a micro-service system is guaranteed.

The invention provides an efficient and intelligent visual intelligent contract system and an intelligent contract processing method. The visual intelligent contract system comprises a contract component generation device; a contract member detection device; the contract template construction device is used for generating templates of at least one type of smart contract according to the contract component; the intelligent contract packaging device is used for generating a visual process configuration frame body according to the type of the template of the intelligent contract, and is also usedfor generating a visual flow chart through the process configuration frame body; and the contract processing device is used for executing the intelligent contract according to the visual flow chart.The graphical intelligent contract system does not need to be developed, the technical requirement limitation is reduced, intelligent contract participants can implement contract understanding according to the real world, and the use threshold is reduced.

The invention provides an audio visual speech module based on a residual network and bidirectional gating recurrent units. The audio visual speech module mainly includes a visual flow, an audio flow,a classifying layer and an audio-video fusion, wherein the audio-video fusion includes the following processes that in the visual flow or the audio flow, temporal dynamics are modelized by two layersof the bidirectional gating recurrent units (BRGU), and then BGRU outputs of two signal flows are connected in series and transferred to the classifying layer to fuse; the temporal dynamics are jointly modeled; and at last outputting from an Softmax layer is achieved, each frame is signed by the Softmax layer, and a signed sequence is based on a topmost average probability. The characteristics ofpixels and audio waveforms can be directly extracted at the same time, the audio visual speech module has the text recognition function in a large public context dataset, in the condition of high noise intensity, compared with a traditional audio visual speech module, accuracy of classifying is obviously improved.

This invention relates to data package lose frame speed adjusting method, which comprises the following steps: through decoder generated visual flow and referring data package information, realizing above visual frequency speed for adaptive adjusting; the data package information refers to error information according to real time transmission agreement RTCP to feedback error information on above decoder.

The invention provides a robust light stream calculation method based on the physics so as to improve the light stream calculation robustness in allusion to a problem that edge diffusion of a visual flow image and influences of noise and abnormal points enable the light stream calculation robustness to be poor. The algorithm introduces an anisotropic filter into a physics based light stream methodso as to enhance the edge light stream robustness, increases a penalty factor so as to reduce the influences imposed on light stream calculation by noise and abnormal points, then minimizes a light stream energy function based on a variational method so as to solve an Euler-Lagrange equation, and finally solves a velocity field according to an iterative method. Simulation results show that compared with the traditional Lucas-Kanade, Horn-Schunck, pyramid Lucas-Kanade and physics based light stream calculation methods, the algorithm provided by the invention can significantly reduce light stream diffusion in edge and corner regions and improve the robustness in allusion to the noise and abnormal points, so that the velocity field with good robustness is acquired.

The invention discloses a high-temperature high-pressure microscopic visual flowing device and an experimental method. The high-temperature high-pressure microscopic visual flowing device comprises a seepage simulation system, a micro displacement and metering system connected with the seepage simulation system, and an image acquisition and analysis system, wherein the seepage simulation system comprises a visible high-temperature and high-pressure kettle, a microscopic rock core model placed in the visible high-temperature and high-pressure kettle, and glass carriers arranged above and below the microscopic rock core model, a sealing rubber sleeve is sleeved outside the glass carriers, and an annular heating sleeve is sleeved outside the visible high-temperature and high-pressure kettle; a microfluidic channel is arranged at the outlet end of the microscopic rock core model and connected with a micro displacement and metering system through a pipeline, and metering errors caused by the dead volume of the pipeline are effectively reduced. The device is advantaged in that a microfluidic channel, a high-precision micro-metering pump and a high-pressure micro-valve structure are adopted at the outlet end of the microscopic rock core model, so a purpose of metering the volume of fluid at the outlet by different methods is achieved, precision of the experimental device is greatly improved, and overall metering precision of the device reaches 10nL.

The invention provides a process management method and system. The method comprises the steps that a client generates a user-defined visual flow chart through a workflow designer; the client converts the self-defined visual flow chart into an XML file and sends the XML file to a background server; the background server processes the XML file, and generates and sends a target XML file to the process server; the target XML file conforms to a business flow chart specification; and the process server deploys and builds a corresponding process management model according to the target XML file. The method and system are high in flow content custom degree, and greatly improve the supervision strength and the use experience of a management layer on a flow management task.

The invention relates to the field of radio equipment detection, and discloses a radio equipment detection method and device, computer equipment and a storage medium. According to the method, firstly,workflow activities are connected through input operation and editing operation, a test program is constructed, then the program is decompressed in the execution test process, corresponding workflowactivities are obtained, and the corresponding workflow activities are executed in sequence. According to the method provided by the invention, the process can be customized, the requirements of personalized testing are met, and meanwhile, through the packaged workflow activity, workers can call the workflow activity, so that the workload of the workers for modifying the testing process is reduced, and the testing efficiency is improved. And moreover, a visual flow editing mode is adopted, so that a worker does not need to modify codes, a new test flow can be made only through editing operation between the working sub-flows or in the working sub-flows, and great convenience is provided for the worker.

The invention discloses an experimental research system and method for thermal management performance of an immersed cooling battery, and the system comprises a master control end, a visual flow channel, an oil pump module, an expansion kettle device, a liquid injection device, a liquid discharge device, a battery charging and discharging control test module, a temperature collection module, a heat dissipation module and a battery pack, the master control end is respectively connected with the oil pump module, the battery charge and discharge control test module, the temperature acquisition module and the heat dissipation module; the visual flow channel is respectively connected with the oil pump module, the heat dissipation module, the liquid injection device, the liquid discharge device and the battery pack; and the oil pump module is connected with the expansion kettle device. The method is a research method applying the system. According to the invention, the immersed cooling heat dissipation characteristics of the battery pack module under the conditions of different battery arrangements and different control strategies can be tested, and the experiment research system and method for the thermal management performance of the immersed cooling battery can be widely applied to the field of lithium ion battery pack research.