The Joint Laboratory for Intelligent Temperature Control and Parallel Management has been officially established

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Recently, at the \"China Intelligent Industry Summit Forum\" organized by the Chinese Association of Automation and the Cloud Computing Center of the Chinese Academy of Sciences, Ma Yonghong, General Manager of Dongguan Kane Technology, and Professor Wang Feiyue, Vice President of the Chinese Association of Automation and Director of the Dongguan Research Institute of the Chinese Academy of Sciences, jointly unveiled the plaque for the joint laboratory for intelligent temperature control products and parallel management systems established by the two organizations. Academician Li Guojie, who played a key role in facilitating the cooperation behind this joint laboratory, was also invited to attend as a witness. This marks the official establishment of the joint laboratory for smart temperature control products and parallel control systems. 　　Academician Li Guojie, the witness, said that intelligence stems from data, and various sensors are important sources of data. Thermosensitive devices are among the earliest and most basic sensors. Compared to pressure sensors, photo-sensors, and other types of sensors, temperature-sensitive devices have a much wider range of applications. Kain is a rapidly growing company specializing in thermosensitive devices, and it possesses many automated systems, which serve as a solid foundation. It is hoped that the joint laboratory between Kain and the Chinese Academy of Sciences will bring new impetus to the company’s development. Industry experts analyze that joint laboratories significantly increase the technical value added of the temperature control industry; they represent a milestone in terms of enabling smarter operation and management of temperature control products, and are bound to trigger a new technological revolution. 　　Kain Technology’s temperature-sensitive controllers have been widely used in household appliances such as soy milk makers and water heaters. With the support of the joint laboratory, Kane will focus on expanding into industrial sectors such as automotive, instrumentation, and industrial heating ； Markets in medical fields such as infrared physiotherapy, as well as in military industries such as ships and aviation equipment. Automated systems built on parallel control systems can, by integrating temperature control products, be used to create various systems such as smart homes, intelligent building fire protection systems, and intelligent industrial control systems, thereby greatly expanding the application areas of temperature-sensitive products. 　　It is reported that, in addition to the current fields of automation and intelligent IoT. In the future, Kane also expects to collaborate with the Chinese Academy of Sciences on projects such as information technology development, total quality management, parallel control systems for production automation, the establishment of key laboratories, and the development of technical centers.