Anti-Snoring Bed With Movable Framework Adjusting Patient Position
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Solution Overview
Problem
Conventional treatments for snoring, such as CPAP machines and surgical procedures, are costly, invasive, and often affect sleep quality, while existing anti-snoring devices have limitations such as interference with electronic radiation and incomplete alleviation of snoring and apnea issues for patients with chronic diseases.
Innovation Solution
An anti-snoring rehabilitation device featuring a folding mattress and a movable framework that adjusts and reciprocates to reduce snoring by monitoring snoring volume, time, and frequency, and adjusting the framework to modify the patient's position and airflow, without invading the body or significantly affecting sleep.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional treatments such as CPAP machines or surgical procedures are used, then snoring and apnea can be effectively treated, but the treatment costs increase and patient comfort deteriorates due to invasiveness and sleep disruption
Solution Approach 1:
The patent replaces invasive mechanical treatments (CPAP machines, surgical interventions) with a non-invasive mechanical bed system that uses controlled shaking and position adjustments to treat snoring and apnea, thereby maintaining treatment effectiveness while eliminating discomfort and sleep disruption
Solution Approach 2:
The patent employs a cost-effective bed-based system with simple shaking and positioning mechanisms rather than expensive medical equipment, making the treatment more accessible and reducing overall healthcare costs while achieving comparable therapeutic results
2Reliability
If existing anti-snoring devices are used, then some snoring symptoms can be alleviated, but electronic radiation interference occurs and the device complexity increases
Solution Approach 1:
The patent extracts and eliminates complex electronic radiation components from the treatment system, relying instead on pure mechanical shaking and positioning actions delivered through the bed structure, thereby reducing device complexity and eliminating electronic interference while maintaining snoring alleviation effectiveness
Solution Approach 2:
The patent introduces the bed structure as an intermediary medium that delivers therapeutic shaking and positioning actions directly to the patient, replacing complex electronic devices with a simple, familiar object that achieves the same therapeutic goals without electronic radiation
3Reliability
If horizontal shaking motion is applied to improve snoring, then apnea symptoms can be effectively reduced, but the treatment cannot address other chronic diseases and symptoms
Solution Approach 1:
The patent transforms the bed into a multi-functional rehabilitation platform that can perform various motions (shaking, lifting, tilting, rotating) to address not only snoring and apnea but also other chronic diseases and symptoms, thereby achieving universal applicability across different medical conditions while maintaining effective apnea treatment
Data Source
AI summary
An operating method of an anti-snoring rehabilitation device is provided. The method includes a starting step, a lifting step, a horizontal reciprocating step and an adjusting step. The anti-snoring rehabilitation device includes a detecting unit detecting the patient's snoring volume, time period, frequency, etc., and transmitting a control signal to a control substrate of an electric control screen for controlling a movable framework to lift, fold and horizontal reciprocate, so as to improve the user snoring.