Driven by Industry 4.0 and IoT technologies, the Internet of Things is reshaping the industry management model.Configure remote control systemAs the core of efficient management and control, it breaks the isolation of the device and realizes real-time data interaction. Taking the intelligent ecological fish tank as an example, the low-code digital twin platform of Tupu software integrates cutting-edge technology to create a new interactive experience solution for fish farmers.
Effect display
The picture is softHTStrong compatibility,Docking with multi-source heterogeneity IoT platform, realize visual remote control of intelligent fish tanks. In this case, the HT platform is deeply adapted to the Xiaomi IoT (MIOT) platform, allowing users to remotely control smart fish tanks in one-stop, convenient and remote control.
The system integrates cutting-edge technologies such as industrial control, data acquisition, Internet of Things, low-code development, AR, and virtual simulation to achieve precise control of smart fish tanks.Through deep adaptation and technical docking, the Tupu configuration platform and MIOT Ecology achieves seamless integration.During the interaction between the Tupu configuration platform and the smart fish tank, the fish tank light status, water temperature parameters, equipment operation status and other information, as well as the operation instructions issued by the user terminals,All can be synchronized in real time and accurately through the platform.
Effect displayAR control, immersive fish farming
Among many innovative functions, the augmented reality (AR) control mode created based on the technical architecture of Tupu HT low-code digital twin platform brings users a unique immersive experience. Relying on HT AR technology, the intelligent ecological fish tank breaks through the limitations of traditional viewing, deeply integrates cutting-edge technology with interesting breeding, and provides aquarium enthusiasts with innovative AR-controlled fish farming mode.
AR panel interaction
Users only need to use mobile devices such as mobile phones and tablets to easily open the corresponding scene and switch to AR mode with one click.Point the device camera at the fish tank, and immediately superimpose an intuitive virtual control interface in the real scene.Through simple gestures such as clicking, sliding, and zooming, you can easily control various functions of the fish tank.
To feed the fish tank, the user taps the feed button on the AR interface, and the intelligent feeder immediately accurately distributes the feed.
To adjust the light, users can freely select the light color and adjust the brightness at will in the AR interface. The two-dimensional panel light and three-dimensional fish tank light in the HT interface will be linked in real time to perfectly match the user's settings.
In terms of scene positioning, the fish tank case completes initial scene positioning through VPS.Continuously correct and position the deviation during the user's movement. By combining it with WebXR features, accurate positioning of AR in a large spatial range.
AR panel power switch display
When the user touches the closing button of the fish tank in reality, the virtual fish tank panel based on AR technology responds immediately, presenting the device shutdown state with a dynamic effect. To turn on the power, click the power on button on the AR panel, and the command will be quickly transmitted to the fish tank device to achieve intelligent linkage and help the fish tank start smoothly.
AR control not only gives operational intuitiveness and fun, but also provides a realistic reference for real-time verification of virtual models. Relying on Tupu HT low-code digital twin platform, a high-precision intelligent fish tank virtual mirror is built to deeply open up the interactive channel between the physical world and the virtual world, and achieve efficient linkage and deep integration between the two.
Smart fish tank digital twin
Using the Tupu HT low-code platform, we built a high-precision intelligent fish tank virtual model. This model canReal-time mapping of water temperature fluctuations in physical fish tanks,as well asFilters, water pumpsand other key equipment operation status. With the help of virtual models, users can intuitively understand the various conditions of the real fish tank and fully grasp the fish tank information without visiting the scene.
In the actual deployment of digital twin fish tanks, sensors are accurately placed in key locations of physical fish tanks, such as the core area of the water body related to the living environment of aquatic organisms, and filter entrances and exits that play a key role in maintaining water quality balance. These sensors are like the "sensing organs" of a fish tank, which can comprehensively and quickly collect core information about the operation of the fish tank. Relying on this information,Users can3D Remote control of the fish tank in the visual interface,accomplishDeep integration and unity of monitoring and management at the physical and virtual level。
Tupu HT virtual model supports a variety of browser terminals, including computers, tablets, mobile phones, and touch screens. Users only need to open the browser on these devices to easily and conveniently view and manipulate virtual models, realizing remote monitoring and management of the fish tank.
About IoT Gateway
The implementation of the digital twin of smart fish tanks is inseparable from the efficient flow of underlying data. In order to break through the communication barrier between physical devices and virtual models, the system has introduced IoT GatewayAs a core hub. In actual device connection scenarios, since the equipment comes from different ages and manufacturers, and uses different communication protocols, the equipment management work is difficult. The emergence of IoT gateways effectively solves these problems. It can eliminate protocol differences between devices and convert various protocols into standardized API interfaces, thereby achieving smooth communication between different devices and virtual models.
In this system, the IoT gateway plays a core role, responsible for obtaining the real-time attribute information of the device, configuring the device attribute parameters, issuing control instructions to the device, and collecting the device's historical data and statistical information, greatly simplifying the device's management process.
Accurate monitoring and protect health
In the smart fish tank visual monitoring system, the linkage interface of Tupu HT 2D and 3D builds a highly intelligent and immersive interactive space. The 2D interface concisely and intuitively displays key data and control functions such as feeding, water pump, lighting, and 24-hour water temperature changes, so users can understand it at a glance. The 3D scene seems to present the real fish tank in front of you, with the interior decoration details and the fish swimming postures being vivid. With the dynamic effects of the 3D model, users can clearly know the operating status of the device at a glance.
Water temperature monitoring
In the 2D page, the real-time changes in the water temperature of the fish tank over the past 24 hours are presented in a clear line chart. Users can flexibly view the details of water temperature fluctuations in different time periods by sliding or zooming the charts, and deeply analyze the trend of water temperature change. With this function, users can quickly detect abnormal water temperatures and make corresponding adjustments to the equipment in a timely manner to create an always suitable water temperature environment for fish.
Filter equipment monitoring
In the Tupu HT 3D visualization page, users can grasp the real fish tank in real timePhysical filter element and chemical filter materialworking status. With its efficient interception ability, physical filter materials accurately capture and filter large impurities such as fish stool and food residues, and continuously maintain the clear and transparent water body of the fish tank; chemical filter materials effectively remove harmful components such as ammonia nitrogen and nitrite in the water through precise chemical reactions, and stabilize the pH of the water.
Relying on the powerful functions of HT visual pages, users can easily obtain all-round information of the filter element, coveringFunction introduction, recommended replacement cycle, remaining service life, and current blockageand other key information. This function helps users achieve efficient fish *agement, deeply explore the fun during the fish raising process, and further enrich the levels and connotations of the fish raising experience.
Smart feeder
The intelligent feeder in the HT system is equipped with feeding protection function, which can effectively avoid overfeeding. Users only need to click the "Feed" button on the two-dimensional page to remotely control the feeder in the fish tank for feeding. Below the feeding area, the system will display the recent feeding record, and provide detailed information on feeding time, feeding amount and other information.
In addition, the system also has feeding statistics function.Intuitively display the feeding frequency and total amount over a period of time in the form of a graph, help users plan their feeding plans reasonably to ensure the healthy growth of fish.
Water pump control
The page has a switch button for the water pump, and users can turn the water pump on or off as needed. Not only that, the operating mode of the water pump can also be flexibly adjusted, such as normal mode, energy-saving mode, etc., to meet different water flow needs. The stable water circulation creates a comfortable and natural living environment for aquatic organisms, which is more conducive to their growth and activities.
Lighting function
The 2D light control panel of the HT interface is synchronized in real time with the light and shadow of the 3D fish tank. Sliding your fingertips can switch the switch, adjust mode, color temperature and brightness of the light. System defaultWater grass lamp,CanPromote aquatic plants growth, canAutomatic monitoring of the opening timeAvoid plant bursting. Users can switch the aquarium light colors according to their preferences, such as white light, streaming light, night light, stream wind and other modes. Can also be set toStreaming mode, through the control of the flow transformation of colorful lights, a customized underwater lighting effect is created, adding a unique visual experience to the aquarium.
Tupu software supports data binding of 2D panels and charts. 2D and 3D can be seamlessly integrated in three-dimensional space to achieve material resource reuse. When the two are linked, the data is synchronized in real time. When operating the device in the 2D interface, the 3D interface will immediately present corresponding dynamic feedback; when selecting a specific object in the 3D interface, the 2D interface will quickly focus to display its detailed data and control options. This all-round, seamless and efficient interactive experience brings unprecedented convenience and accuracy to the refined management of smart fish tanks.
Tupu HT configuration platform
Tupu configuration platform provides users with a convenient and efficient application development path with its unique graphical, drag-and-pull configuration interaction. userNo need to write a lot of underlying code, you can quickly build and customize application software suitable for specific scenarios, with a large scaleShorten the development cycle, lower the threshold for technical implementation.
Users can use Tupu HT low-code platform to enrichChart elements, animation effects and real-time data display components, build a clear and concise operating interface to reflect diversified information views such as on-site equipment status, process flow, alarm information, etc.
Product Advantages
The Tupu software HT platform uses web lightweight modeling technology to break through the limitations of traditional industrial configuration simulation software. As a one-stop platform, its lightweight and efficient operation and maintenance solution can accurately fit various practical application scenarios and realize multi-platform adaptation. It can achieve perfect presentation and interaction on a variety of terminal devices such as PC large screens, mobile phones, Pads, VR and AR in one development. Meet the use needs of different users on multiple systems and multiple devices. Web-based design based on B/S architecture,This makes simulation software no longer limited to high-performance workstations and professional graphics cards, it can run smoothly in ordinary web browsers, greatly improving system accessibility and operation convenience.
Tupu's self-developed HT for Web engine supports domestic adaptation and has obtained a number of adaptation certifications with major domestic software and hardware manufacturers such as Kunpeng, Feiteng, Zhaoxin, Haiguang, and Kirin. Effectively avoid "bottleneck" risks and lay a solid foundation for realizing independent and controllable technology in the true sense.
Summarize
With the help of Tupu HT low-code digital twin platform, the intelligent fish tank can achieve the matchingTemperature fluctuations, environmental control and equipment statusAll-round real-time monitoring and in-depth analysis. The daily process of users in managing fish tanks is greatly simplified. Relying on accurate data analysis, the system can keenly understand potential problems, issue early warnings and provide preventive measures.
Tupu HT visual monitoring system protects the healthy living environment of aquatic organisms from multiple dimensions. Family fish lovers can easily grasp the dynamics of the fish tank and take care of the fish; professional places such as aquariums can also achieve efficient management. With its own characteristics, Tupu Digital Twin Fish Tank has shown high practical value and provides a new solution to efficiently manage fish tanks for different user groups.
You can go to the official website of Tupu Software to view more cases and effects:
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