A mobile device system attaches a breathalyzer to transmit blood alcohol data directly to pre-determined contacts.
Wireless RF transceivers replace buried antenna wires, enabling portable animal containment without extensive physical installation.
A vehicle system requests phone motion data to detect if the device remains behind.
A coin-sized beacon uses Bluetooth Low Energy and adhesive mounting to track objects via mobile device radar.
Security system processor evaluates detected exceptions to automatically execute or prevent sensor arming procedures based on exception classification.
A wearable shock sensor triggers automatic audio recording and alarm activation upon detecting physical trauma.
Energy absorbing elements convert horizontal impact forces into vertical compression to reduce injury risk without increasing device complexity.
System infers brake fluid temperature via friction element measurements to prevent overheating failures in high-performance hydraulic brakes.
A lockbox security system uses a wireless communications device to grant compartment access via signal.
A vehicle alert system uses a weight-sensing base unit and a driver-carried remote to detect child presence.
A 3D printed cellulose nanofibril substrate enables a thin wearable gas detector that resolves the trade-off between bulky volume and reliable detection.
Segmented magnetic sensors detect hand proximity to trigger automated warnings, reducing disease transmission risk without increasing device complexity.
Detects mobile terminals near accidents to generate reports with occupant counts, eliminating manual counting errors and improving rescue planning.
A wearable device detects falls by measuring distance from the floor over time.
Mobile devices filter false alarm notifications via user dismissal or biometric verification, reducing call center resource consumption.
A microphone array system generates time-frequency masks from key phrase templates to separate speech signals.
Alert control unit segments notifications to responsible workers, reducing alert fatigue and improving response efficiency.
A portable device establishes a communication channel with an alarm panel to remotely trigger and monitor zone sensors.
A head mounted display protective system uses sensors to identify situational states and deploy mechanisms like airbags or retractors.