With the rapid development of my country's economy, people's living standards have also been continuously improved, and large playgrounds have become more and more popular with children and parents, and they have also become important places for holiday tourism and recreation.
At present, the large-scale amusement parks opened in my country are distributed in many cities. Large cities such as Beijing, Shanghai, and Dalian have relatively large-scale large-scale amusement parks. There are many popular amusement projects in these large playgrounds, such as roller coasters, pirate ships, ferris wheels, and so on.
Most of these amusement projects are controlled by PLC or single-chip microcomputer, and the equipment itself is huge and scattered. The traditional upper computer monitoring system used is high in investment, and each set of equipment needs to be monitored independently. The maintenance and labor costs are too high. It is difficult to meet the needs of equipment maintenance personnel and investors.
Furthermore, the playground equipment system configuration monitoring screen designed and produced by the upper computer configuration software represented by Siemens WINCC is relatively old and lacks vitality. The emergence of Tupu Web configuration software has made up for the shortcomings of traditional upper computer configuration software, and has provided a new choice for intelligent large-scale playground projects.
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First of all, Tupu Web configuration software can realize real-time data interaction with the PLC controller or single-chip microcomputer system of the lower computer like the traditional upper computer monitoring software; not only that, the configuration software not only integrates the traditional upper computer such as alarms and reports) The configuration software function has newly added functions such as energy consumption management and video management, which greatly enriches the different needs of users, so that every detail of the entire papermaking process can be monitored in real time and accurately on the upper computer.
The configuration software not only supports traditional 2D and 2.5D graphic configuration screen settings, but also can design and produce 3D device configuration screens according to user needs, making the configuration screen more three-dimensional and intelligent. The last and most important point, Tupu Web configuration software is a B/S mode data visualization monitoring software used in pan-industrial IoT scenarios, which can help companies quickly build their own dedicated IoT monitoring platform.
In other words, using Tupu Web configuration software, operation and maintenance personnel and system engineers can realize real-time monitoring, maintenance and emergency repair of all amusement project equipment through mobile phones, tablets and ordinary PCs wherever there is a network. Provides a more flexible and convenient new platform.
Compared with the traditional upper computer monitoring system, Tupu Web configuration software has the following advantages:
1. Using this software not only changes the management mode of large playgrounds, but also provides users with new choices;
2. The user uses the software to design and produce a more three-dimensional and intuitive 3D monitoring configuration screen, which greatly improves the sensory and comfort of the screen;
3. Breaking the limitations of traditional monitoring systems on locations, making it more convenient and flexible to monitor all amusement equipment systems in the playground, greatly saving manpower and material resources;
4. The software itself provides more functions to achieve the control requirements that cannot be achieved by the traditional monitoring system, which greatly meets the needs of users.
Tupu Web configuration software is a new type of upper computer monitoring software that is in line with the future development trend of industry and civilian use by combining the traditional upper computer monitoring system with network technology. It breaks many traditional control modes and provides users with more convenient, more accurate, more intuitive, more efficient and more intelligent control modes.
With the continuous improvement and development of the configuration software of the upper computer, it will certainly inject new vitality into the future of my country's industrial and civil control fields.