Plant audio control technology is a key component of physical agriculture and serves as the core technological foundation for advancing agricultural science and innovation. This innovative approach leverages sound waves to interact with plants, enhancing their natural growth processes in a non-invasive and environmentally friendly way.
First, understanding the role of plant audio control technology. Based on the theory of plant meridian systems, this technology utilizes an audio frequency generator to emit specific sound frequencies that resonate with plant cells. This resonance helps facilitate the absorption, transportation, and transformation of essential nutrients, thereby improving the plant’s ability to capture light energy and absorb water and minerals. As a result, plant growth is accelerated, leading to higher yields, improved quality, increased resistance to diseases, and better overall crop performance.
Second, exploring the construction and working mechanism of the plant audio generator. The device resembles a speaker and is equipped with horns on both sides, allowing it to emit sound waves in all directions within the field. These sound waves mimic the tones of different-length bagpipes, creating a harmonious frequency range that can cover a 360-degree area. The effective coverage of the device ensures that crops within its radius are exposed to beneficial sound frequencies, stimulating physiological responses that support healthier development.
Third, examining the impact and benefits of the plant audio generator. Its primary functions include increasing crop yield, improving nutritional content, boosting disease resistance, promoting faster growth, encouraging earlier maturation, and extending the shelf life of harvested produce. These advantages make it a valuable tool for farmers seeking sustainable and efficient agricultural practices.
Currently, plant sound generation technology has been successfully implemented in the United States and various regions in China, including Beijing, Shandong, and Dalian. It has been tested and validated on over 30 types of crops, including vegetables, flowers, and fruit trees, with consistently positive outcomes. In 2005, our center installed a sonic booster at the Toudaogou Science and Technology Demonstration Zone in Xianshui Township. Through comparative studies on crops such as green onions and radishes, the results were highly noticeable. The onion yield increased by more than 10%, demonstrating the practical effectiveness of this groundbreaking technology.
Veterinary Black And White Ultrasound Diagnostic Equipment
Applicable objects: cattle, horses, pigs, sheep, dogs, cats and other kinds of poultry and experimental animals.
Scope of application: inspection and lesion diagnosis of various groups of organs such as liver, gallbladder, spleen, kidney, uterus, pregnancy, etc. of various small and medium-sized animals.
Scope of application: inspection and lesion diagnosis of various groups of organs such as liver, gallbladder, spleen, kidney, uterus, pregnancy, etc. of various small and medium-sized animals.
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Sichuan Krayson Electronic Technology Co., Ltd , https://www.sckrayson.com