The application of capacitive touch screen in ventilator is gradually attracting attention. A ventilator is a medical device used to support patients who have insufficient respiratory function or are unable to breathe properly.

Smart meeting rooms have emerged as a game-changer in the corporate world, transforming traditional meeting spaces into technologically advanced hubs of productivity and collaboration. These intelligent spaces leverage cutting-edge technologies to streamline communication, enhance efficiency, and improve overall meeting experiences. With features ranging from smart displays and IoT integration to

The principle of capacitive touch screen multi-touch is based on the detection and analysis of capacitance changes. On a normal capacitive touch screen, only one touch point can be detected. Multi-touch requires detecting and analyzing capacitance changes between multiple touch points and determining their location and number.

Capacitive touch screen is a widely used input device in consumer electronics products, which can be touched by fingers or other charged bodies. In the past few years, with the continuous development and innovation of technology, capacitive touch screens have become one of the main operating interfaces of consumer electronic products such as mobile phones, tablets, and laptops.

Capacitive touch panels (CTP) are widely used as input devices in modern consumer electronics, such as smartphones, tablets and laptops. However, one of the common problems with touch panels is the problem left by fingerprints. Because people's fingers will leave fingerprints on the touch panel, the screen will appear less clean and professional. In order to solve this problem, manufacturers have

As an important part of modern automobile control interface, capacitive touch screen provides drivers with intuitive, convenient and intelligent vehicle operation experience. It profoundly changes the operation of traditional buttons and knobs, and achieves more flexible and personalized car control through touch and gesture control.