Views: 0 Author: Site Editor Publish Time: 2024-04-11 Origin: Site
In recent years, semiconductor lighting technology has developed rapidly, and the industry is shifting from technology driven to application driven; Making semiconductor lighting far beyond the functional areas of traditional lighting, exploring more innovative application space in the direction of surpassing lighting.
Wu Yulin, General Manager of Guangdong Kaixi Ouguang Health Co., Ltd., brings a themed sharing on the application of negative ion technology in healthy space. Wu stated that traditional lighting fixtures have a significant difference in spectral parameters compared to sunlight, mainly manifested as incomplete spectra, high blue light, and missing red light. Traditional lighting fixtures suffer from severe flicker, and unhealthy light can cause problems such as migraines, endocrine disorders, early puberty in children, myopia in adolescents, depression, and cardiovascular and cerebrovascular diseases. In addition to the problem of high myopia rates, the high incidence of depression is particularly prominent among adolescents due to issues such as air quality and viral infections.
So, in order to fully protect the visual health of children and adolescents, in 2023, the Education Bureau of Foshan City will deeply promote the lighting renovation of primary and secondary school classrooms. Implement the Implementation Plan for Lighting Renovation in Primary and Secondary School Classrooms in Foshan City, ensure that the lighting in primary and secondary school classrooms in the city meets 100% of national standards by the end of 2023, establish a sound classroom lighting management and maintenance system, protect students' eyesight, and curb the high incidence of near sightedness among children and adolescents.
Under the guidance of the Education Bureau of Chancheng District, in accordance with the group standard "Demonstration Classroom Environmental Requirements and Testing Methods" jointly drafted by Foshan Kaixunguang Health Engineering Technology Research Institute, Guangdong Kaixi Ouguang Health Co., Ltd., Foshan Fosun Chancheng Hospital Co., Ltd., Foshan Quality and Technical Supervision Standards and Coding Institute, Foshan Lighting Association, and Jihua Laboratory, most primary and secondary schools in Chancheng District will undergo light environment renovation and upgrading in 2023. The upgraded and renovated health classrooms using new standards play an important guiding role in reducing student myopia rates, improving the immune system of teachers and students, preventing adolescent depression, and ensuring the work and learning health of primary and secondary school teachers and students.
Guangdong Kaixi Ouguang Health Co., Ltd. innovatively invented photonegative ion technology, combining advanced technologies of "light element" and "negative ion element". It has four major functions: healthy light, air purification, sterilization and disinfection, and forest oxygen bar. It fully simulates the natural ecological environment, is harmless to the human body, can be avoided by personnel, and can operate sustainably for a long time. Photonegative ion technology comprehensively protects the four major health of young people.
Firstly, protect children's visual health. Protect children's visual health. Photonegative ion technology adopts advanced light formula, simulating the sunlight at 8 o'clock in the morning, reducing harmful blue light spectrum in the spectrum and enhancing beneficial red light spectrum in the spectrum. The light source has a visible index of 95 or above, and the light is bright and soft, restoring the true colors of books and effectively preventing myopia.
Secondly, safeguard children's mental health. After clinical application of photonegative ion technology, the Sleep Medicine Center of the First Affiliated Hospital of Jinan University found that R9 red light reached over 95%. After phototherapy irradiation, the patient's sleep latency and sleep quality were significantly improved, fully reducing sleep disorders and depression.
Thirdly, protect children's respiratory health. Photonegative ion technology simulates the environment of forest oxygen bars, releasing high concentrations of negative oxygen ions, which can purify formaldehyde, ammonia, benzene, hydrogen sulfide, smoke, etc. in the air, kill bacteria and viruses, and protect children's respiratory health.
Fourthly, safeguard the physical health of children. Simulating the sunlight at 8 o'clock in the morning, a healthy light with a color rendering index of over 95 and a high concentration of negative oxygen ions can enhance the human immune system and ensure good health.
The photonegative ion technology should be promoted nationwide. In the current situation of high myopia rate and severe mental health problems among children and adolescents in China, in order to comprehensively protect the near health of adolescents, we should vigorously promote the Healthy Light. We hope to use technology to enable every child in China to use the Healthy Light.
