30results about How to "Realistic simulation" patented technology

An artificial eye comprises a hollow spherical shell and a spherical eyeball contained in the shell; the shell is opened with an opening; the part of the eyeball is exposed out of the opening; the shell is provided with an electromagnet; the eyeball is provided with a magnet; the eyeball can rotate in the shell on the basis of the magnetic action between the electromagnet and the magnet. For the artificial eye, the electromagnet is controlled to generate changeable magnetism so as to drive the eyeball with the magnet to rotate, thus simulating the activity of eyes of animals and human beings more verisimilarly.

The invention relates to a divisional application with an application number of 201911183742.1. The invention discloses a lip makeup special effect display method and device, equipment and a medium, the method belongs to the field of human-computer interaction, and the method comprises the following steps: obtaining a first highlight color of a lip pixel point of a virtual character; obtaining a random color value when the lip pixel points belong to a paillette region in a paillette map, wherein the paillette map is used for indicating a paillette region and a non-paillette region of the lip of the virtual character; mixing the first highlight color of the lip pixel points belonging to the paillette region with the random color value to obtain a mixed second highlight color; and inputtingthe first highlight color of the lip pixel points belonging to the non-paillette region and the second highlight color of the lip pixel points belonging to the paillette region into an illumination model for rendering, and displaying a lip special effect of the virtual character, the lip special effect having paillette particle texture.

The invention discloses a system for simulating an electronic sound effect of a fuel engine. The system for simulating the electronic sound effect of the fuel engine comprises a signal collection module, an engine state simulation module, a sound synthesis module and a sound amplifying module; the signal collection module is used for collecting an engine rotation speed signal percentage signal andan engine event state signal; an input end of the engine state simulation module is connected with an output end of the signal collection module; an output end of the engine state simulation module is connected with an input end of the sound synthesis module; and an output end of the sound synthesis module is connected with the sound amplifying module. According to the system for simulating the electronic sound effect of the fuel engine, vivid analog simulation can be carried out on engine sound effects of vehicles, aircraft and ships.

The invention discloses a method for testing the influence of different carbon dioxide concentrations on growth of submerged plants, which is an ecological test method and belongs to the field of ecological test methods. A research station is established beside a natural lake, which collects water and bottom sediment in the lake as test raw materials and performs test research on the influence of multiple groups of different carbon dioxide concentrations on the growth of submerged plants in the condition of ensuring the same growth factors of the submerged plants. In the test, the submerged plants are cultivated with a specialized incubator. The increment of biomass is calculated finally, and the materials are convenient and quick to obtain; the influence of a genetic factor is avoided; the actual growing environment of the submerged plants can be really and reasonably stimulated; and the illumination and temperature conditions of the incubator can be full-manually controlled, thus being favorable for differential control on multiple environmental factors.

The present application provides a method, device, device and storage medium for using props in a virtual environment, and relates to the field of three-dimensional virtual environments. The method includes: displaying a virtual environment interface of the client, the virtual environment interface including a picture of observing the virtual environment from an observation perspective of a first virtual object, and the target virtual object is displayed in the picture; receiving team props; Using an instruction, the team prop is a prop used by the first virtual object and at least one second virtual object in cooperation; and in response to the use instruction of the team prop, the team prop is used to the target virtual object.

The invention belongs to the technical field of simulation methods, and in particular relates to an interactive virtual reality simulation method for a backwash filter, comprising the following steps: S1, modeling: establishing a three-dimensional model of the backwash filter: S2, loading: loading the filter in Unity Model; S3, interaction design and motion simulation, 1) Forward filtering virtual scene: use iTween plug-in to define the fluid trajectory; use C# script programming to control the visibility of the arrow indicating the filtration fluid trajectory; write a time controller to control the liquid filling filter element 2) Backwash virtual scene: Use the mini-map function to zoom in on the local effect on the filter; use the iTween plug-in to define the trajectory of the backwash fluid; scripts to control the movement of the spool and filter element; create backwash water and impurities; Write a script to control the simulation process from an external device. It can truly, vividly and accurately reflect the characteristics, shape and layout of elements in the actual scene.

The invention discloses a water-based colorful real stone imitation stone paint and a production process. Some existing colorful real stone imitation stone coatings have good crack resistance, high degree of simulation, and good weather resistance; but the production process is complicated and requires high production personnel; the particles are easily crushed; and the storage stability is poor. The mass percent composition of water-based colorful real stone type imitation stone coating of the present invention is as follows: deionized water 25-40%, base paint 10-30%, the first water-based defoamer 0.1-0.3%, AMP-950.1-0.3%, B Glycol 0.5-2.5%, Texanol film-forming aid 0.5-2.5%, pottery sand 20-40%, first fungicide 0.1-0.3%, first protective glue 0.5-1.5%, silicone acrylic emulsion 15-25%, Stabilizer 0.1‑0.4%, alkali swelling thickener 0.3‑0.5%. The paint of the invention has good storage stability, and the particles are not easy to be crushed.

The invention belongs to a manual rainfall simulation device, and particularly relates to a simulation device for the influence of rainfall on bloom-forming cyanobacteria. The simulation device comprises a cultivating device, at least one spraying device and a water supplying device. Bloom-forming cyanobacteria is arranged in the cultivating device, the spraying device is located on the cultivating device and used for spraying water to the cultivating device, and the water supplying device is communicated with the spraying device to supply water to the spraying device; when the number of the spraying device is two or above, the water spraying amount of different spraying devices is different. The simulation device for the influence of rainfall on bloom-forming cyanobacteria serves as a device for simulating the influence of rainfall on bloom-forming cyanobacteria, and is suitable for scientific research.

The invention discloses a mining tunnel simulation construction method considering the influence of red clay unloading. Generate a tunnel model and determine the range of the unloading affected area; mesh the model; simulate the construction in the soil model according to the tunnel structure, excavate the soil to complete the tunnel construction; monitor the redness of the lower part of the tunnel in real time during the excavation of the soil The force change of clay; calculation of red clay unloading swelling rate caused by tunnel excavation; analysis of the influence of red clay unloading expansion on tunnel structure and surface environment around tunnel during tunnel excavation. The beneficial effects of the present invention are: the present invention can simulate the interaction between the soil body and the structure more reliably, provides a reference for tunnel excavation construction in red clay areas, and facilitates the follow-up of subsequent treatment measures.

The invention discloses a multifunctional physical simulation system for formation module mud invasion, which includes a formation module saturation device, a drilling mud preparation device and a mud invasion physical simulation device. Data acquisition device, the simulated shaft is respectively connected to the feeding bin and the pressurized pump, and the stirring shaft and the impeller are installed at the position of the shaft of the simulated shaft, and the stirring shaft is connected to the stirring motor by transmission, and a window is opened on the simulated shaft, and the sector The invasion chamber is equipped with a fan-shaped formation module, which is sealed and connected to the window of the simulated wellbore, and a fluid loss flow measurement device is installed at the outlet of the fan-shaped invasion chamber, and the invasion dynamic data acquisition device is connected to the invasion chamber. The invention has the characteristics of modularization, visualization, realistic simulation degree, high utilization rate, high precision, complete functions, etc., and the multi-invasion chamber structure is convenient for comparative experiment design.

The invention discloses a measuring device for determining the invasion depth of mud filtrate. The measuring device comprises a simulation wellbore, an invasion chamber and a data collection device, wherein a window is formed in the simulation wellbore; a stratum module is arranged in the invasion chamber; the invasion chamber is tightly connected with the window of the simulation wellbore; the invasion chamber is provided with an electrode; the outlet end of the invasion chamber is provided with a leak-off flow measuring device; the data collection device comprises a data collection controller and a computer; the electrode is connected with the data collection controller; and the data collection controller is connected with the computer. The measuring device has the characteristics of being vivid and visual in simulation degree, high in accuracy, simple to operate and the like; the device is suitable for measurement of mud invasion experiments of the stratum module under the conditions of fresh water mud and salt water mud and research of influences on an electric logging response of a reservoir caused by mud invasion, provides experimental data for building a mud invasion correction model of the logging response of the reservoir, and is of great significance on improvement of domestic mud invasion research capability.

The invention discloses an experimental device for simulating the formation process of mud cake, which comprises a simulated wellbore and an invasion chamber, the simulated wellbore is respectively connected with a feeding bin and a pressurized pump, and a stirring shaft is installed at the shaft of the simulated wellbore, and the stirring shaft and Stirring motor transmission connection, an impeller is set on the stirring shaft, a window is opened on the simulated wellbore, a formation module is installed in the invasion chamber, the invasion chamber is sealed and connected to the window of the simulated wellbore, and a Filtration flow measurement device. The invention realizes mud filtration experiments under different mud types, different mud pressures, and different hydrodynamic conditions, and creates favorable conditions for studying mud cake formation rules and evaluating mud filtration and wall-building properties, and is helpful for optimizing mud performance , It is of great significance to protect the reservoir productivity.