Background of the Waterfall Park Negative Oxygen Ion Online Monitoring System
Waterfall parks usually refer to public leisure areas or tourist attractions with natural waterfalls as the main landscape. These parks are usually located in natural environments, attracting tourists and visitors with their spectacular waterfalls and surrounding natural beauty.
In the waterfall park, people can enjoy various types of waterfalls, such as towering waterfalls, flowing waterfalls, cliff like waterfalls, etc. Waterfall parks are usually equipped with observation decks, trail systems, or hiking trails to facilitate visitors? viewing and access to waterfalls, while also protecting the surrounding natural environment. Some waterfall parks also have explanatory signs, information centers, or tour guide services to help visitors understand the formation process, geological background, and ecosystem of waterfalls.
In addition to the waterfall itself, waterfall parks often integrate other natural activities and facilities, such as picnic areas, camping sites, nature education centers, etc., making them an ideal place for people to relax and get close to nature.
Introduction to the Online Monitoring System for Negative Oxygen Ions in Waterfall Park
The Ausen negative oxygen ion monitoring system can simultaneously monitor multiple environmental factors and can be expanded or reduced according to user needs. It can monitor and transmit negative oxygen ions, AQI six elements, and noise concentration data in the air 24 hours a day, intuitively reflecting the environmental air quality; Adopting a unique modular combination structure design, all monitoring sensors are replaceable and equipped with professional installation brackets and poles. There are two installation methods: column installation and wall mounted installation. On site visual data monitoring, remote cloud platform monitoring, WeChat query, mobile APP monitoring, and later operation and maintenance are extremely convenient.
The OSEN-FY negative oxygen ion monitoring system has been successfully applied in ecological parks, wetland parks, waterfall parks, forest parks, nature reserves, and tourist attractions across the country. At present, our company?s well-known cases include Bavaria Manor, Yixing Energy Storage Power Station, China Western Tea Sea Heart Scenic Area in Zunyi, Guizhou, Huangjian Peony Garden in Yancheng, Jiangsu, Xiannongtan National Nature Reserve in Wuzhishan, Hainan, Daguishan Nature Reserve in the southern part of Yuancheng District, Heyuan City, and Tianjingshan National Forest Park in Guangdong.
Featured Features
1. On site IoT sensing: The intelligent sensing layer achieves multidimensional integration, including particle in-situ measurement devices, real-time monitoring devices for negative oxygen ions, etc.
2. GPS positioning system: The device is equipped with a built-in GPS positioning module and uses the global positioning system to record the real-time location information of the device. The real-time location information is uploaded to the server, and users can also log in to our cloud platform to view the marked points of the device?s location on the GIS real-time map.
3. LCD touch screen: It can be configured with a 7-inch LCD touch screen for on-site data viewing, related parameter settings, and good human-computer interaction experience. It can intuitively view relevant parameter curve analysis charts.
4. Weather forecast synchronization function: It can obtain real-time weather forecasts of the device installation site area and synchronize them to the LED screen for display. It can display real-time monitoring data information to tourists while synchronously displaying the weather forecast.
5. Heating and dehumidification device: To avoid the influence of environmental humidity on the detection results, the equipment can be equipped with a heating and dehumidification device. After the sampled gas is monitored by the internal temperature and humidity sensor of the equipment, if it exceeds the preset threshold, the sampled gas will be automatically heated, dehumidified, and dried, eliminating the influence of high environmental humidity on the detection results of the detected gas.
6. Solar intelligent switching: To prevent power outages in the monitoring area, which may affect equipment monitoring work, a solar battery pack can be equipped to intelligently switch the working mode. When there is an abnormality in normal power supply, the solar power supply mode will automatically switch to ensure the normal operation of the equipment.
7. Network interruption and continuation: In order to prevent the loss of monitoring data caused by equipment network interruption, our company has developed a network interruption and continuation function. When the device detects a network interruption, it automatically saves the monitoring data to the local area. After the device is restored to the network, it automatically transfers the monitored data during the network interruption period to the server for storage.
8. Transmission Network: The device supports communication methods such as 3G/4G, RJ45 Ethernet interface, RS485, RS232, etc. to transmit the collected data to the Osen Cloud platform for storage, analysis, statistical display, and warning processing.
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