Orthopedic patient skin traction care method and system

By constructing a traction efficacy evaluation model and dynamically adjusting the traction cycle and intensity, the problem of circadian rhythm adaptation in traditional orthopedic skin traction protocols has been solved, improving the adaptability and safety of nursing care.

CN121154344BActive Publication Date: 2026-05-19THE 923RD HOSPITAL OF THE CHINESE PEOPLES LIBERATION ARMY JOINT LOGISTICS SUPPORT FORCE
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Patent Information

Application Number
CN202511259795.2
Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
Filing Date
2025-09-04
Publication Date
2026-05-19
Estimated Expiration
2045-09-04

AI Technical Summary

Technical Problem

Traditional orthopedic skin traction care protocols fail to adapt to the body's diurnal physiological rhythms, resulting in a mismatch between traction force and patient tolerance, which affects treatment compliance and efficacy.

Method used

By collecting circadian rhythm signals, inflammatory marker levels, and creep data of traction materials, a traction efficacy evaluation model is constructed. The traction cycle, traction force, and relaxation timing are dynamically adjusted, and personalized care is achieved by combining servo motors, sensors, and control modules.

Benefits of technology

This approach achieves precise coordination between the traction plan and the body's physiological processes, improving the adaptability and safety of nursing care and reducing the risk of pain and tissue damage.

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Abstract

The present application relates to the technical field of orthopedic nursing, and particularly relates to a skin traction nursing method and system for orthopedic patients. The method comprises the steps of setting an initial traction force, checking the skin state at regular time intervals and adjusting the traction parameters, and further comprises the steps of collecting circadian rhythm signals, inflammation marker levels and traction material creep data, constructing a traction efficacy evaluation model based on the circadian rhythm signals, inflammation marker levels and traction material creep data, and dynamically adjusting the traction cycle, the traction force and the relaxation timing based on the traction efficacy evaluation model. The traction cycle is adjusted to match the circadian physiological rhythm fluctuations of the patient, the traction force is adjusted in combination with the changes in the inflammation marker levels, and the relaxation timing is selected in reference to the traction material creep data. The present application provides a traction adjustment scheme that can adapt to the circadian physiological rhythm changes of the human body.
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