Movement-triggered

Movement-triggered refers to a system, device, or phenomenon activated or initiated in response to physical motion or change in position. This encompasses a wide range of applications, from automated lights turning on in response to a person entering a room to sophisticated security systems detecting intruders. The core characteristic is a reliance on detecting and interpreting movement as the catalyst for action. This can involve various technologies, including infrared sensors, accelerometers, and image recognition software. The sensitivity and scope of movement detection varies greatly depending on the purpose and the type of technology employed.

Movement-triggered meaning with examples

• The security system incorporated movement-triggered cameras, which automatically recorded video upon detecting any activity within the protected zone. This feature allowed for efficient monitoring and potential identification of any unauthorized presence, saving storage space by only recording relevant events and deterring criminal activities. This helped secure the building in all situations.
• The automated soap dispenser used movement-triggered sensors to release the soap, eliminating the need for physical contact and promoting better hygiene. The sensor detected the presence of hands beneath the nozzle and dispensed the soap. This system significantly reduced the spread of germs.
• Many smartphones have movement-triggered features, such as the ability to turn on the screen when the phone is lifted, or the capability to silence a ringing phone by flipping it over. This allows users to interact with their phones without the need to press any buttons and making it easier to communicate in public places. This adds additional usability.
• The interactive art installation was designed to be movement-triggered, with lighting effects and sound changes occurring as visitors explored the space and interacted with the artwork. The system uses sensors to react to the way viewers move in space. This created a dynamic and immersive experience for the user, changing and enhancing their time.
• The new prosthetic leg design incorporated movement-triggered adjustments, enabling the wearer to control the articulation and gait of the device with minimal effort, greatly improving mobility and control. This innovation helps users move efficiently without having to consciously do so, restoring normalcy.