Spinal Thermal Massage Sequencing for Sleep-Led Immune Support
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Solution Overview
Problem
Existing spinal thermal massage devices lack a scientific basis for their immune-boosting claims, particularly in relation to immune-related organs, and there is a need for a method that effectively strengthens immunity through targeted massage techniques.
Innovation Solution
A method involving a spinal thermal massage device that includes pre-stroke, first main stroke, second main stroke, and finish stroke steps, utilizing heating moxibustion devices to massage the spine with specific patterns and intensities to induce sleep and balance nerve activity, aligning with sleep cycles and nerve pathways.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Temperature
If a heating moxibustion device is used to massage the spine at high temperature, then thermal stimulation effect is improved, but risk of tissue damage or user discomfort increases
Solution Approach 1:
The patent implements dynamic temperature control where the heating temperature is adjusted in real-time based on user feedback and treatment stage. The controller modifies heating power dynamically during the massage process, transitioning from higher initial temperatures to lower maintenance temperatures, thereby maintaining therapeutic effectiveness while preventing tissue damage
Solution Approach 2:
The heating process follows a periodic pattern with distinct phases: a pre-heating phase, a main heating phase with peak temperature, and a cooling-down phase. This periodic temperature variation allows the tissue to receive adequate thermal stimulation while having recovery periods, reducing cumulative thermal stress and preventing damage
2Loss of time
If the heating moxibustion device moves quickly along the spine, then treatment time is reduced, but massage effectiveness and nerve stimulation are insufficient
Solution Approach 1:
The device employs dynamic speed control where the movement speed varies according to the treatment phase and spinal region. The controller adjusts motor speed to slow down at specific acupuncture points and nerve clusters, ensuring adequate stimulation time, while maintaining faster speeds during transition zones to optimize overall treatment efficiency
Solution Approach 2:
Different sections of the spine receive differentiated treatment speeds and durations. Critical areas such as cervical and lumbar regions with high nerve density are massaged slower with longer dwell times, while less critical segments are processed faster, creating a localized quality variation that maximizes effectiveness without extending overall treatment time excessively
3Force
If the heating moxibustion device applies strong pressure to massage the spine, then nerve stimulation and massage effect are enhanced, but user comfort and risk of injury increase
Solution Approach 1:
The pressure application is dynamically adjusted based on real-time monitoring of user response and treatment progress. The controller modulates the actuator force to apply stronger pressure during initial tissue penetration and at specific acupoints, then reduces pressure during sustained contact phases, creating a dynamic pressure profile that enhances nerve stimulation while preventing tissue damage
Solution Approach 2:
The device applies a preliminary gentle pressure phase before transitioning to stronger massage forces. This initial soft contact allows the tissue to adapt and reduces the shock of sudden strong pressure, thereby preventing injury while still achieving effective nerve stimulation in subsequent phases
4Reliability
If the massage device follows a complex pattern to target specific nerve sections, then immunity enhancement effect is improved, but device complexity and control difficulty increase
Solution Approach 1:
The control system is designed with universal programming capabilities that can execute multiple standardized massage patterns (e.g., cervical focus, lumbar focus, full spine) using the same hardware platform. The controller contains pre-programmed sequences for different spinal regions and can switch between them, providing complex targeted therapy without requiring separate specialized devices for each treatment protocol
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The method effectively strengthens immunity by inducing sleep and balancing nerve activity, improving sleep quality and reducing sleep inertia, thereby enhancing the user's immune response.
Implementation Method 1
electric energy to heat a heating element at a high temperature
Implementation Method 2
induces a heating moxibustion device to emit far infrared radiation in a heated state
Data Source
AI summary
A method of driving a thermal massage device can includes: a pre-stroke step wherein the heating moxibustion device scans the entire spine of the user in order to determine position and shape of the spine of the user and massages the entire spine of the user with a first intensity in order to relax nerves or muscles of the user; a first main stroke step wherein the heating moxibustion device massages the spine while moving according to a first massage pattern for inducing the user's sleep; a second main stroke step wherein the heating moxibustion device massages the spine while moving according to a second massage pattern for maintaining the user's sleep and preparing for sleep escape; and a finish stroke step wherein the heating moxibustion device massages the spine while moving according to a third massage pattern for inducing the user's sleep escape and nerve balance.