It is a nursing care robot that has realized “visualization of nursing care scenes” while taking into account the personal information leakage prevention/privacy protection, as well as a monitoring type robot that supports operations for those in charge of nursing care/care workers aiming for unrestrained nursing care and self-reliance support. In addition, interlocked operations by the interactive robot and the monitoring robot realize callout functions suitable for living action and environment.
Adopting a wide angle infrared laser has enabled detection of hazard predictive actions and hazardous actions targeting the whole area in the living room, which the conventional sensors have never provided. * Hazard predictive actions (sitting up on a bed, sitting posture on the edge of a bed, bed fence crossing, sliding down from a bed, and leaving a bed ), hazardous actions (falling, crouching, lying down, toilet abnormality, and biological abnormality)
In addition, makes possible utilization of living action information (deep data) to support “Nursing care for better life” that is required in the Long-Term Care Insurance System .
Detection algorithm: structured analysis, skeleton/mass recognition
Bed position automatic setting: extraction technology for bed frame and height
Automatic correction of sensor angle
Prevention of erroneous detection by aid work
Real-time video distribution
Video communication control technology in a narrow band
Cloud compatible: edge computing compatible
※To become compatible with a cloud server on and after June 2018.
A.I.Viewlife co., ltd.
・・Nursing care monitoring
|想定される使用者||Dementia, the elderly, Aid-requiring/care-requiring persons, nursing care worker|
Hospital, nursing care facility, home.
Hospital: All areas in a hospital room (including beds)
Nursing care facility: All areas in a room (including beds)
Nursing care monitoring：April 2018
Monitoring/communication: April 2019