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From Reactive Rescue to Proactive Intervention: Tsinglan Offers Innovative Care Solutions
2025-05-01 00:00
Japan, facing a severe aging population, has pioneered models for "aged societies." Since revising its nursing care definition from physical assistance to dignity preservation in the 2000 Long-Term Care Insurance reforms, Japan’s commitment to "zero-restraint care" has driven innovations in aging-in-place adaptations, intelligent devices, and service frameworks—establishing global benchmarks.
As a strategic market for Tsinglan, Japan’s demanding care environments prompted the development of our AI Care Sensor. Integrating cutting-edge mmWave radar with proprietary algorithms, this multi-functional system delivers unmatched stability and precision, securing adoption across hospitals, nursing homes, safety service providers, and care equipment suppliers.
The evolution toward intelligent elderly care is transforming passive support into proactive empowerment. Central to this revolution is 4D mmWave radar technology, which enables non-contact, privacy-respecting monitoring of macro-movements (walking, sitting/standing postures, falls), vital signs (respiration, heart rate), and comprehensive sleep analysis—becoming the core driver for "intelligent aging with zero-restraint care."
For bedbound scenarios, our self-developed algorithm tracks abdominal movements during sleep—whether seniors lie flat or sit upright—enabling unobtrusive detection of breathing irregularities (low/high/apnea) and cardiac anomalies (tachycardia/bradycardia). Customizable alerts facilitate preventative interventions, while the system concurrently records sleep metrics: sleep stages (deep/light cycles), duration, nocturnal awakenings, and Apnea-Hypopnea Index (AHI). Dawn reports visualize this data for caregivers and families, informing personalized care plans and chronic disease management.
Addressing mobility-impaired seniors’ high fall risks, our solution monitors posture transitions through a "lie-sit-leave" continuum, integrated with a closed-loop "detection-warning-verification-alarm" protocol. This system prevents unsupervised mobility attempts—particularly critical during night shifts—mitigating falls, bed-exit accidents, and caregiver burden while enhancing institutional efficiency.
The unobtrusive monitoring capabilities of "AI + mmWave radar" technology are fundamentally redefining caregiving paradigms. Its value extends beyond technical innovation to embody a holistic approach centered on human dignity in aging.
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