Bed Weight Sensor

A pressure-sensitive mat placed on the floor that detects when a patient gets out of bed or falls. Triggers alarms to alert staff of patient movement or fall events.

Sensor technology applicable to medical bed monitoring and patient positioning systems. Detects occupancy status for safety and comfort applications in healthcare facilities.

A wireless pressure-sensitive sensor pad placed on beds or chairs that detects when patients move or leave their position. Transmits wireless signals to monitoring units when pressure is released.

A wired pressure-sensitive sensor pad installed on beds or chairs that detects patient movement or position changes. Sends wired signals to central monitoring units when pressure is released.

Wireless sensor pad with alarm function for patient monitoring and fall detection. This device provides remote alerts to caregivers when patients attempt to leave beds or chairs.

A contactless fall detection system using radar technology that automatically recognizes falls and unusual situations in a room, alerting family members via app. The sensor is camera and microphone-free, uses anonymous radar-based detection, and requires no batteries or active user interaction. It can be mounted on walls using adhesive pads or screws and detects emergencies within 30 to 50 seconds.

An electronic detection system integrated into wearable protective devices that identifies falling motion and triggers rapid response mechanisms. Provides real-time monitoring for fall prevention applications.

A flat occupancy sensor designed to detect falls and alert caregivers for telecare falls prevention applications.

Sensor-equipped pad designed to detect patient movement and alert caregivers. This device is used for fall prevention and patient monitoring in healthcare facilities.

Patient and elderly alarm sensor pads detect movement, pressure changes, or bed/chair departure to alert caregivers of patient activity or falls. These non-invasive monitoring devices enhance safety in hospital, assisted living, and home care settings by providing immediate notification of patient status changes.

Integrated sensor technology that automatically detects urination and defecation incidents. Enables immediate activation of cleansing and hygiene protocols without manual intervention or patient awareness.

A multi-sensor array utilizing non-contact technology to simultaneously monitor multiple physiological parameters during sleep without patient interference. The sensors work in conjunction with AI algorithms to provide comprehensive sleep analysis.