After completing the touch point positioning, the system will continuously track the trajectory of each point's position change and identify specific gesture patterns through time series analysis.
From the perspective of industrial automation development trends, fanless design is becoming the mainstream direction for industrial all-in-one PCs.
Through dynamic calibration technology, it monitors ambient temperature changes in real time and automatically adjusts the touch sensitivity threshold.
In traditional power supplies, magnetic components such as inductors and transformers are large and inefficient, limiting the compact design of industrial all-in-one PCs.
In public spaces such as shopping mall atriums, airport halls, and hotel lobbies, vertical advertising machines are often deployed in areas with strong natural light or bright artificial lighting.
Industrial all-in-one PCs have pre-debugging of the display and control modules before leaving the factory, eliminating the critical step of on-site compatibility debugging during production line deployment.
