There were many ways to create an automatic irrigation system. You can use the STM32, LMCD1602 display, DTH11 temperature and humidity sensor, buttons and motor to create an intelligent automatic watering control system. The required humidity threshold is set by pressing the button, and the set threshold is displayed on the display screen of the LCD1602. In addition, you can also use the Arduino development board to create an automatic irrigation system that can be used for your plants, orchards, or gardens. You can buy a programmed automatic irrigation system, or if you like to do it yourself, you can make it yourself using Arduino. In addition, you can also use the Raspberry Pi to make an automatic irrigation system, collect sensor data through the wireless network, record the data, and write it into Googlesheet. You can also get the rainfall forecast from the weather website and decide whether you need to start the pump for irrigation. You can also push the data to your phone. In short, there are many ways to make your own automatic irrigation system, depending on your needs and technical level.
The automatic control technology of irrigation system referred to the use of advanced sensor technology, communication technology, and computer technology to realize the automatic functions of data collection, irrigation control, and parameters setting during the irrigation process. By collecting soil temperature, humidity, soil salt, and other weather data, the system could set parameters such as irrigation volume, irrigation duration, water and fertilizer formulation according to the water and fertilizer requirements of crops and soil conditions, and automatically implement irrigation operations according to the pre-set irrigation strategy. The automatic control technology of the irrigation system could improve the accuracy and efficiency of irrigation, save water resources, reduce manual operation, and realize intelligent irrigation management. The specific technical solutions included the use of intelligent irrigation control systems, intelligent valve, soil sensors, and other equipment, as well as remote control and management through the cloud platform.
The roles included: Supporting role-Xitong, Xitong? System! The male protagonist, Lu Hongsheng, has a supercomputer in my head…The female protagonist, Ye Wan, the 32D beautiful lady boss will bring you out to have fun! Female supporting role-Feng Yin, Featherman Xiao Gongju, Female supporting role-Chiyo, Beautiful Heart, Small Round Face. Female supporting role-Long Ling, Little Fat Fish. Captain Specter…nn"Meta-Universe: Make Your Own System After Transmigration" by Sword Dance Central Plains. This is a sci-fi/evolutionary novel with transmigration, system flow, technology, evolution, cyberpunk, and elements of the Meta-Universe. It has been completed and can be enjoyed without worry.nn User recommendations: [Transmigration],[System],[Meta Universe],[Exploration],[Simulation],[Easy],[Ocean]nWhen the evil two-legged land beasts discovered a magical continent called the Metauniverse, they used war technology to repeat everything they had done in the New World: burning, killing, kidnapping, looting, and extinction...nLu Hongsheng, who had transmigrated with the quantum supercomputer, happened to arrive at the most beautiful "golden age" of mankind.nTransform the artificial intelligence "Family Assistant 001" into an all-rounded DIY-based system that could simulate anything.nReality proved that with the system in hand, even an otaku like Lu Hongsheng could become a pig that flew freely in the wind! ----------------------- His works,"Debut in the Center Position of the Otherworld" and "Where Are the Magical Plants?" had already finished their 3,000,000-word endings. Complete guarantee, trustworthy…n I hope you will like this book.n
There were many ways to make homemade Guodanpi, and the following steps could be summarized: 1. Washing and processing the hawthorn: Wash the fresh hawthorn, remove the two ends and seeds, and cut it into small pieces. 2. Boil the hawthorn: Put the hawthorn into the pot, add an appropriate amount of water and sugar, and boil it over a medium to low heat until the hawthorn is soft. 3. Mud: pour the cooked hawthorn into the food processor and beat it into fine hawthorn mud. 4. Stir-frying: pour the hawthorn mud into a non-stick pan, add white sugar, stir-fry with medium and low heat until the jam is thick. 5. Spreading: pour the fried jam into the baking tray and spread it into a thin layer with a scraper. 6. Dry: Put the baking tray into the oven that has been pre-heated to 150 ° C and bake for about 35 minutes until the fruit peel is dry. 7. Cutting or Rolling: Cut the roasted fruit into pieces or roll it up. The above is a summary of the steps to make homemade Guodan based on the search results provided. I hope it will be helpful to you.
Well, first you need a great story idea. Then, start sketching out your characters and their designs. Plan the panels and the flow of the story. It takes a lot of practice and creativity!
Well, making your own comics can be quite a fun process. Start by deciding on the genre and theme you want. After that, create interesting characters with distinct personalities. Next, outline the plot and break it down into panels. And don't forget to practice your drawing skills to bring it all to life!
The following are some recommendations from the fantasy novels of the automatic upgrade system: 1. " Fantasy: The System at the Beginning of the Game Continues to Upgrade Madly." Author: Lin 1987 2. " My Daoist School will automatically upgrade." Author: If it's not white, it's black. 3. [Unlimited Upgrade System]-Author: Yang Xu 4. [What to Do If You Upgrade Too Quickly]-Author: Not Mentioned These novels all involve the fantasy plot of the automatic upgrade system, which can meet your needs.
The first chapter," Automatic Cultivation System," was the title of a fantasy novel. This novel told the story of the protagonist crossing into a different world and obtaining an automatic cultivation system. The system could help the protagonist to automatically cultivate various cultivation techniques and martial arts, allowing his strength to continuously increase. The activation and use of this system brought many surprises and opportunities to the protagonist. The specific plot and details could only be understood after reading the entire novel.
The Automatic Cultivation System was the title of a novel. This novel told the story of the protagonist crossing into a different world and obtaining an automatic immortal cultivation system. The system could help the protagonist to automatically cultivate various cultivation techniques and martial arts, allowing his strength to continuously increase. The activation and use of this system brought a lot of convenience to the protagonist, allowing him to easily increase his cultivation and strength. The specific plot and content could only be understood by reading the first chapter of the novel.
The automatic training system was a common concept in novels. It usually referred to the protagonist obtaining a system that could automatically train martial arts or skills in a certain world. We can see that a few novels involve the automatic cultivation system, such as "High Martial: My Skill Automatic Cultivation","My System Can Cultivate","Battle Through the Heavens AFK Farming Cultivation System", etc. The protagonists in these novels could obtain certain conveniences and improvements in their martial arts or skills through the automatic cultivation system. However, as for the specific content of the first chapter of the automatic cultivation system, the search results only provided the chapter title and did not provide a specific description of the content. Therefore, it was impossible to know the specific plot of the first chapter of the automatic cultivation system.
The precision irrigation system had a significant advantage over the normal version. The precision irrigation system could save water resources and improve the efficiency of water utilization. Compared with traditional non-intelligent decision-making systems, intelligent irrigation systems could reduce the frequency of irrigation equipment movements, irrigation and drainage. Drip irrigation system had multiple economic and social benefits. It could save 40-70% water and more than 50% fertilizer. It did not damage the soil structure, improve crop resistance, and reduce the use of pesticides. The smart agricultural irrigation system could be used to adjust the water consumption according to the needs of plants and soil, and it could also monitor the moisture of the soil after the rain. In general, precision irrigation systems had obvious advantages in saving water, fertilizer, and medicine. They could improve the irrigation effect of farmland and the utilization efficiency of water resources.