Touch screen AI robot application case

Medical field:

In hospitals, touch screen AIGC robots can be used as guide assistants. Patients input symptoms through the touch screen, and the robot uses AIGC technology to analyze and provide preliminary 

diagnostic suggestions and department guidance. It can also display medical knowledge and health tips to facilitate patients to obtain information.

Education industry:

In schools or training institutions, this robot can be used as an intelligent learning partner. Students interact with it through the touch screen and ask learning questions. The robot uses AIGC to generate 

detailed answers, learning plans and personalized exercises.

Financial services:

In bank halls, touch screen AIGC robots can provide financial consulting services to customers. Customers touch the screen to input their needs, such as loan consultation, financial planning, etc., and the 

robot uses AIGC to give professional advice and solutions.

Shopping mall retail:

In shopping malls, it can be used as a shopping guide robot. Customers enter the category or brand of goods they want to buy on the touch screen, and the robot uses AIGC to recommend related 

products and provide store locations and promotion information.

Intelligent customer service:

The customer service center of an enterprise can deploy a touch screen AIGC robot. Customers describe their problems through the touch screen, and the robot uses AIGC to quickly and accurately 

answer common questions and resolve customers' questions and complaints.

Smart Home:

At home, it can serve as a home control center. Through the touch screen, users can issue commands to control home appliances, check home energy consumption, etc., and AIGC technology can 

provide energy-saving suggestions and smart scene settings based on user habits.

Industrial Production:

In factory workshops, touch screen AIGC robots can assist workers in monitoring production processes and diagnosing equipment failures. Workers input equipment abnormalities through the touch 

screen, and the robot uses AIGC to analyze and provide possible causes and solutions for the failures.