Attention Training via Breathing-Force Synchronization
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Solution Overview
Problem
Existing attention training methods, particularly meditation-based and audiovisual games, face challenges in effectively monitoring and improving attentional control due to difficulties in detecting distractions in real-time and maintaining user engagement, leading to long training periods and high dropout rates.
Innovation Solution
An attention training method and system that combines synergic control of breathing and force, utilizing proprioceptive breathing and haptic muscle force control to synchronize breathing and muscle force signals, allowing for real-time monitoring of attention states through synchronization errors, with progressive subtasks to maintain motivation and engagement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If meditation training based on breathing focus is used, then attentional control ability can be improved with good generalizability, but it is difficult to externally observe and evaluate the inner attention state in real time, causing practitioners to be distracted for long periods
Solution Approach 1:
The patent introduces force output signals as an intermediary to indirectly measure attention state. Since direct observation of inner attention is difficult, the system uses the practitioner's force output (through a force sensor) as a mediator that reflects attention concentration. When attention is focused, force output becomes more stable and controllable; when distracted, force output becomes erratic. This intermediary measurement solves the problem of detecting inner attention state.
Solution Approach 2:
The system implements real-time feedback by monitoring force output signals and providing immediate guidance to practitioners. The feedback mechanism tracks force stability metrics and alerts practitioners when their attention drifts, allowing them to correct their focus promptly. This continuous feedback loop transforms the previously unobservable attention state into a measurable and correctable parameter.
2Adaptability or versatility
If breathing focus meditation is used, then attention training can be performed, but the task is monotonous and practitioners are prone to frequent distraction or falling asleep
Solution Approach 1:
The patent transforms the static, monotonous breathing focus task into a dynamic force control task. Instead of passively focusing on breathing, practitioners actively regulate force output to match breathing patterns. This dynamic requirement engages motor control systems and makes the training more stimulating and less prone to causing boredom or sleepiness, while still maintaining the breath-awareness component.
Solution Approach 2:
The system merges breathing focus (internal attention) with force control (external action) into a unified training task. Practitioners simultaneously attend to their breathing while regulating force output, combining the benefits of meditative breath awareness with the engagement of active motor control. This merging creates a more versatile and engaging training experience that reduces monotony.
3Reliability
If audiovisual game-based attention training is used, then attention control ability can be improved, but the generalization performance is poor and improvement is hard to transfer to other cognitive activities
Solution Approach 1:
The system employs proprioceptive breathing awareness, which is an innate self-service capability that does not require external audiovisual stimuli. By focusing on internal bodily sensations (breathing and force), the training develops attention skills that are independent of specific sensory modalities, thereby improving generalization to other cognitive activities that do not involve games or external stimuli.
Solution Approach 2:
The patent replaces the audiovisual game-based mechanical system with a proprioceptive and haptic-based system. Instead of relying on visual displays and auditory feedback from games, the system uses internal bodily feedback (breathing sensations and muscle force perception). This substitution creates more transferable attention skills that are not tied to specific game mechanics or sensory channels.
4Reliability
If traditional meditation training is used, then attentional control can be improved with continuous training, but it takes months or years to master and beginners lack patience to continue
Solution Approach 1:
The system provides immediate, objective feedback through force output monitoring, allowing beginners to see tangible results much sooner than traditional meditation. The real-time feedback on force stability gives practitioners concrete evidence of their attention quality, creating quick wins that build motivation and reduce dropout rates, while still developing the same attentional control capabilities over a compressed timeframe.
Data Source
AI summary
The present invention relates to an attention training method and system based on synergic control of breathing and force, combining the characteristics of focusing on proprioceptive breathing during meditation with the characteristics of focusing on muscle force control in the haptic channel, realizing visual detection of attention states during training through synchronization errors of breathing signals and force signals; the method comprises four subtasks, have progressively increasing training difficulty and can be used for training independently or consecutively in a progressive manner, also includes an training system for implementing the training method; the attention training is achieved through this continuous synergic control tasks of breathing and force, and the attentional state during the training is reflected by a synchronization error of the breathing signal and a muscle force output signal. If the calculated synchronization error exceeds a given threshold, the system generates an alert representing a low attention level.