Nutrient demand dynamic regulation system suitable for tumor patients and application

By designing a dynamic adjustment system for nutritional needs for tumor patients, using smart terminal devices, wearable sensors and cloud computing technology to adjust nutrition support solutions in real time, the problem that existing systems cannot be dynamically adjusted is solved, personalized and dynamic nutrition management is achieved, and patients' quality of life and treatment effects are improved.

CN119650000APending Publication Date: 2025-03-18SHANGHAI CITY PUDONG NEW AREA GONGLI HOSPITAL
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Patent Information

Application Number
CN202411691362.X
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-11-25
Publication Date
2025-03-18

AI Technical Summary

Technical Problem

The existing nutritional support system lacks a dynamic adjustment mechanism and cannot respond to physical changes in tumor patients in real time during treatment, resulting in the inability to effectively meet the actual needs of patients and even bring side effects.

Method used

A dynamic nutritional demand regulation system was designed to adjust the nutritional support plan in real time through steps such as user information initialization, physiological data collection and transmission, data analysis and nutritional formula generation, remote monitoring and feedback, feedback and optimization. The system uses technical means such as smart terminal devices, wearable sensors, cloud servers and local computing chips to achieve personalized and dynamic nutrition management.

Benefits of technology

By collecting and analyzing patients' physiological data in real time and dynamically adjusting nutritional formulas, the system can more effectively meet the nutritional needs of tumor patients, improve the quality of life and treatment effect, and avoid the lag of traditional manual evaluation.

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Abstract

The invention provides a nutritional requirement dynamic regulation system suitable for tumor patients and application, and relates to the technical field of nutritional value evaluation, comprising user information initialization, physiological data acquisition and transmission, data analysis and nutritional formula generation, remote monitoring and feedback, and feedback and optimization. Basic information of a patient is input through intelligent terminal equipment, physiological data such as blood glucose and electrolyte are collected through a wearable sensor, and the physiological data are encrypted and then transmitted to a cloud database. The system analyzes data in real time based on a cloud server and a local computing chip, and generates a personalized nutrition formula from a nutrition database. The remote monitoring module detects the state of the patient in real time and pushes a prompt when the state is abnormal; and the feedback and optimization module dynamically optimizes the nutrition scheme according to the historical data analysis trend.
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