Description and overview of the development of the WaterWell monitor project from 2019, supplemented by a Rain Gauge into one centralized web application that can receive data from Arduino, ESP8266, ESP32 platforms via HTTP, HTTPS protocol. The platforms include WiFi / Ethernet connectivity for data transfer.
![[IMG]](proxy/NVtY4TyhhPBkqFCeq81PFMaT2W%2BCq2fU8P1%2BLmDuTiKl3c5s387fjy6WTX%2F4PFt3gDir8MYqCQa6tr1FrBF4ROwFfLAoLtz5UJSitVIMYD%2BnyUnO5iToYv8nlXpB4cVGRpiJ%2BdH7GFg2fTH3OrrMHIpfdU%2BrZQx0S%2BU4pLyoHQi1W9%2BT%2B7uz5fVpNZoeCPz4VPsVnmyD8%2FS2n0gBbeBPcpiUQF%2Fm4%2BCB8NWpb0xCkkO3Tg%2FTs7X0du8RUhjVJLJ6lh8g%2BZSixtRX62zc/image.png)
The data is visualized to the user in a web application via Google Charts bar graphs, through the gauge representation the user can view the maximum / minimum water level and for a certain period of time. The article discusses the possibility of using an interrupt to read data from the Hydreon RG-11 rain gauge.
![[IMG]](proxy/VwOg4HxrAL%2FCdJ9jB0mMovP9hyX798gOch%2FguDfkZNNNVj3D4lutB%2Bylfc8KngC1CUs7fhvUfydzrnslQ5%2BVqAlZqSoZCq93yYuG4kBXCAZF%2F03a0VPqOu9fcmc57dO78qAB6s7kM9NsRWIESbSe%2BOShJwrN9TR0o8p5tB55NUU5JNSh4Vqr5GsnapxA2EmcMlYyCcA6JQHuz6Hy2Ze0B2Iez2fYUluZdHK7BwpOcizOHkH6obFTIKiq6%2F9%2FB%2BeOko33MngEE1lU3n47/image.png)
Describes the differences between ultrasonic sensors for a project that can be used. He is interested in detection characteristics, beam width. He mentions interesting facts and observations from the development. Possibility to try a web application with your hardware in English.
![[IMG]](proxy/ZYGUY2H%2Bsx5bwj%2BXdMV9pVt1hLXa8R8XAfDZfFvY6VuD6LWFXpTieoOPbbLKEKXWLYgf5xL%2FAgNCmCisCbcrC%2BcsYOYCqdygsCleE%2FUyXS1x2OGNzZMYLj1eoLzNJ0SawLHVqacOZOMqwY4NfBxyfSven1lmaZ9%2BwuUQSjdLa8LomozGPq4ukQKim%2BtVOxbqMAceHmUGMt%2Bedq%2FHZbZPlTIcmRaqgABVSAy07lUHhWX2G3rUxgDc%2BawgGRjtU%2FZdnuPcNOJuz1PFVI1M/image.png)
![[IMG]](proxy/ciOak6fX8XPfy%2B2m8keL8HFOEgCd45NAdUZRrfD5IauffN7SNIyPGs7VMfb7wGKr%2Bz7J%2FpRyL%2Ft5PsJLUh2Z6ZHIus5jNtLAWnK%2BrfpkcPArDc%2FclMDnih15iVlUvRkFP7NTiNI0SHYuPHHsnNSXChwVwbjOXehf3TKgxbVxT%2Bx17riC6YsDIxD%2BBs4CGc9cNpN4ANgDrQlEdLiKOuWJjQ1SeWN1RGBStzcFZ5FbvkXtLyB3saM7rBAUilpP5lF4QSiK2cHS2FW1OI%2Br/image.png)
![[IMG]](proxy/sFkNcmkDf1a2Lqv2nep7uVtXPxJQTTzxsBa4iZ5J1mKLFW%2FOL4RriWZ9XrmoT%2BvI%2BRbneDRTjmVEvnKyh1379zP8m46hgHtyKok3PDnp59FwBfluIwttnVDO%2FcvOG6aLe2mqupwatOnF6nL7I6Gjrrrb%2FyTG09rGGfR2dDswVwzU7cRyNfaj4AYrqwYNdyfY7JBKmKW52RaeqoyD4y2Ec%2BYCpwgh2Ddq7xMGYn753qHLgh2GMoYN%2BNKWLMYOl5z1RvhV8vQVxRWMztjT/image.png)
![[IMG]](proxy/%2FFomgwPUkAWybS87CXJIS5%2B0rGuoB%2FHIdrj2m3tDRcJDPO%2Fv7qu9BhO9jZOnzoGzNU8u%2Bv6pOfU9UGA%2FpBYSOZWIhNL7jbrVuQnE%2FEz47BsBPd7HAgh3QQAwZk6b8inxtQL0Ixx9%2BjfI7NcyZgRoIg15WZEV5mTJxNo9rg6xlT5mtqZg8bPdlH6KZkJpMUzJj27Xg9rYDPza0fos7S5V29pbMhLTXrixZYybDGgI1t5hzSGJzeYojsByZmzD5Z%2BBxfWE9YZQrNZ%2F87PA/image.png)
The data is visualized to the user in a web application via Google Charts bar graphs, through the gauge representation the user can view the maximum / minimum water level and for a certain period of time. The article discusses the possibility of using an interrupt to read data from the Hydreon RG-11 rain gauge.
Describes the differences between ultrasonic sensors for a project that can be used. He is interested in detection characteristics, beam width. He mentions interesting facts and observations from the development. Possibility to try a web application with your hardware in English.