Commercial Service Robots
Application Overview
Benefiting from the continuous change and mature application of information technology, the industry with artificial intelligence as the core technology has made great breakthroughs since 2010. A series of application attempts and demand upgrades have been implemented in innovative fields such as smart factories, autonomous driving, smart medical care, smart education, and smart business services. Intelligent robots, as the most intuitive technical embodiment and functional demonstration of artificial intelligence, have gradually established the core position of the fourth global technological revolution.
Paying special attention to the commercial service robot industry, IDC's report shows that the market size of China's commercial service robots will reach RMB 5.4 billion in 2021, with a year-on-year growth of 110.4%, showing an explosive growth trend. Since service robots were first mentioned in the 13th Five-Year Plan, governments around the world have been increasing their support policies and efforts to promote the application of service robots.2021 At the end of the year, China officially released the 14th Five-Year Plan for the Development of the Robotics Industry, which listed the robotics industry as a national science and technology innovation and development center, with the robotics industry as one of the most important industries in China. At the end of 2021, China officially released the "14th Five-Year Plan" for the development of the robotics industry, which listed the robotics industry as an important area of national scientific and technological innovation, and vigorously promoted the research and development of robotics innovation and industrial application.
Demand Leadership
In recent years, with the aging of the population, declining population growth rate, rising labor costs and epidemics and other social issues, the market demand for robots in the replacement of some of the manual labor and the provision of "zero-touch" services continues to grow. At the same time, the rapid development of science and technology allows service robots to realize a variety of innovative functions, and really land and show its application value. As a result, the application of service robots in catering, hotels, shopping malls, office buildings and other commercial service areas is gradually popularized.
Driven by multiple factors of policy, economy, labor market and business environment, the development prospect of commercial service robots in the next five years is very optimistic.
Product Adaptation
In the context of the rapid and prosperous development of the commercial service robot industry, how can touch control all-in-one products realize the application requirements on robot equipment?
Although the existing service robots have different functions, their core modules mainly focus on human-machine interaction, environment perception and motion control.
Taking Shanghai Jingheng touch control all-in-one machine as an example, its main components include display, control motherboard, functional hardware and operating system and other components. As the core control module and user interaction interface, the touch panel provides intuitive "customer-oriented" services for commercial service robots. It undertakes advanced application functions such as information display, touch operation and human-machine interaction. Shanghai Jinghong touch control all-in-one machine supports up to HDMI 4K high-definition display effect, has a highly sensitive 10-point capacitive touch screen, and at the same time, through the camera, speaker, microphone and other modules with the motherboard and the customized system software to expand the connection, so as to realize the robot's innovative applications in face recognition, voice interaction, touch consulting, etc. Typical application scenarios include commercial complexes, commercial buildings and other commercial buildings. Typical application scenarios include guide robots and multimedia robots in commercial complexes, office buildings, exhibition halls and museums. These applications not only improve service efficiency and user experience, but also reduce service costs.
Although the existing service robots have different functions, their core modules mainly focus on human-machine interaction, environment perception and motion control.
Taking Shanghai Jingheng touch control all-in-one machine as an example, its main components include display, control motherboard, functional hardware and operating system and other components. As the core control module and user interaction interface, the touch panel provides intuitive "customer-oriented" services for commercial service robots. It undertakes advanced application functions such as information display, touch operation and human-machine interaction. Shanghai Jinghong touch control all-in-one machine supports up to HDMI 4K high-definition display effect, has a highly sensitive 10-point capacitive touch screen, and at the same time, through the camera, speaker, microphone and other modules with the motherboard and the customized system software to expand the connection, so as to realize the robot's innovative applications in face recognition, voice interaction, touch consulting, etc. Typical application scenarios include commercial complexes, commercial buildings and other commercial buildings. Typical application scenarios include guide robots and multimedia robots in commercial complexes, office buildings, exhibition halls and museums. These applications not only improve service efficiency and user experience, but also reduce service costs.
Application Boost
The field of service robots is booming, and the trend of future technological revolution is obvious. Shanghai Jinghong touch panel has the advantages of innovative technology and high customization, providing various choices for the wide application of artificial intelligence robots. We have already accumulated a wealth of experience in the field of artificial intelligence, customers can easily find the most suitable product application solutions for them according to different scenarios and functional requirements.