CN-121237316-B - Intelligent watch and system for user mental intervention based on double-heart medicine

CN121237316BCN 121237316 BCN121237316 BCN 121237316BCN-121237316-B

Abstract

The invention relates to the field of medical health care informatics, and discloses a user mental intervention intelligent watch and a system based on double heart medicine, wherein the intelligent watch comprises the following components: the system comprises a user concentration layering evaluation module, a variable ratio strengthening strategy library, a user input interface, an intervention logic and scheduling engine, a strategy migration engine and an acupoint electric stimulation control interface, wherein the engine detects a stream state signal at a random triggering moment which is not determined, if the stream state signal exists, the stream state signal is stopped and the random triggering moment is regenerated, the strategy migration engine monitors the occurrence times of the suspension, and evaluation state data in the evaluation module is automatically updated.

Inventors

CHEN YANG
TIAN WENJIE
ZOU ZHILI
DENG XIA
He Fajing

Assignees

四川省医学科学院·四川省人民医院

Dates

Publication Date: 20260512
Application Date: 20251128

Claims (7)

1. A user mental intervention system based on dual-heart medicine, which is characterized by comprising a user concentration hierarchical evaluation module, a variable ratio strengthening strategy library, a user input interface, an intervention logic and scheduling engine, a strategy migration engine and an acupoint electrical stimulation control interface: the user concentration hierarchical assessment module is used for storing assessment state data representing the concentration poor degree of the user; the variable ratio reinforcement strategy library is used for storing an intervention parameter set corresponding to the evaluation state data, and the intervention parameter set at least defines a random intervention time interval; the user input interface is used for receiving a stream state signal representing that a user actively inputs a current stream state; the intervention logic is connected with the dispatching engine and is used for searching and loading a corresponding intervention parameter set from the variable ratio strengthening strategy library according to the evaluation state data, generating a random trigger moment which is not determined in a random intervention time interval, detecting whether a flow state signal exists when the random trigger moment arrives, generating an intervention trigger instruction when the flow state signal does not exist, stopping generating the current intervention trigger instruction when the flow state signal exists, and immediately returning to regenerate a new random trigger moment which is different from the random trigger moment in the random intervention time interval; The strategy migration engine is connected with the intervention logic and scheduling engine and the user concentration hierarchical assessment module and is used for monitoring and counting the occurrence times of the intervention trigger instruction generated by stopping when the intervention logic and scheduling engine arrive at random trigger time and flow state signals exist; the acupoint electric stimulation control interface is connected with the intervention logic and the scheduling engine and is used for receiving the intervention trigger instruction and outputting a control signal; The strategy migration engine is used for judging according to heuristic rules when the evaluation state data in the user concentration hierarchical evaluation module is automatically updated, wherein the number of times of occurrence is counted And a preset migration threshold Satisfy the following requirements When, an automatic update is performed, in which To suspend the generation of the cumulative number of occurrences of intervention trigger instructions when the intervention logic and scheduling engine arrives at the random trigger moment and a flow state signal is present, A preset integer threshold value determined according to the evaluation state data; The system includes an entropy pool collector for extracting timing jitter or sensor data noise bits from an accompanying information stream of at least one hardware component of the system to generate a high entropy value; the intervention logic and scheduling engine is also used for acquiring a high entropy value before the random trigger time which is not determined in the random intervention time interval by the intervention logic and scheduling engine and injecting the high entropy value into the pseudo-random number generator as a seed, wherein the acupoint electric stimulation control interface is a hardware abstraction layer and is used for receiving an abstract logic instruction from the intervention logic and scheduling engine and translating the abstract logic instruction into a specific electric signal or bus command required by the hardware module; the system further comprises a physiological baseline data interface for acquiring an immediate physiological baseline parameter of the user, an intervention logic and scheduling engine for comparing the immediate physiological baseline parameter with a stored nominal baseline parameter before retrieving and loading a corresponding intervention parameter set from a transformation ratio enhancement strategy library according to the evaluation state data, continuing to perform retrieving and loading the corresponding intervention parameter set and subsequent logic for generating an undetermined random trigger moment and processing a flow state signal if the immediate physiological baseline parameter does not exceed a preset stress threshold, and stopping performing retrieving and loading the corresponding intervention parameter set and subsequent logic for generating an undetermined random trigger moment and processing a flow state signal if the immediate physiological baseline parameter exceeds the preset stress threshold, and resetting to generate an instruction for starting a preset relaxation intervention.
2. The system of claim 1, wherein the intervention logic and scheduling engine is further configured to automatically return to regenerate the non-deterministic random trigger moments within the random intervention time interval after generating the intervention trigger instruction.
3. The system of claim 1, wherein the variable rate reinforcement strategy library stores at least two intervention parameter sets corresponding to different evaluation state data, wherein the first set defines a random intervention time interval different from the second set.
4. The system of claim 1, wherein the intervention parameter set further defines a total period of attention, and the intervention logic and scheduling engine is further configured to pause execution of logic cycles of random triggering times, which are non-deterministic, within a random intervention time interval, detecting flow status signals, and generating or suspending intervention triggering instructions according to the detection results after the total period of attention is over, generate resting intervention instructions, and initiate preset resting period electrical stimulation through the acupoint electrical stimulation control interface.
5. The system of claim 1, wherein the assessment state data stored in the user concentration hierarchy assessment module is based on a result of a standardized assessment tool quantifying a degree of user concentration inefficiency, the assessment state data being stored as one of three logical states of severe poorly, moderate poorly, and mild poorly.
6. The system for mental intervention of a user based on bicuspid medicine according to claim 4, further comprising a strategy cruising engine connected with the user concentration layering evaluation module and provided with an interactive interface, wherein the strategy cruising engine is used for actively acquiring confirmation response of the user about fatigue state through the interactive interface before the rest period electric stimulation is ended and the duration of the next total concentration period is started, counting response preference of the confirmation response in a preset evaluation period, and automatically updating evaluation state data in the user concentration layering evaluation module when the response preference meets preset migration conditions.
7. A user mental intervention smart watch based on dual heart medicine for implementing the user mental intervention system based on dual heart medicine of claim 1, wherein the smart watch comprises a processor, a memory, an acupoint electrical stimulation hardware module, and a user input interface: The processor, the memory, the acupoint electric stimulation hardware module and the user input interface are integrated in the intelligent watch shell; a memory for storing a user mental intervention system based on dual heart medicine; The processor is connected with the memory, the acupoint electric stimulation hardware module and the user input interface and is used for executing a user mental intervention system based on double heart medicine.

Description

Intelligent watch and system for user mental intervention based on double-heart medicine Technical Field The invention relates to a user mental intervention intelligent watch and a system based on double-heart medicine, and belongs to the technical field of medical care informatics. Background Currently, dual-heart medicine is a subject system based on cross research of heart diseases and psychology, the subject focuses on the mutual influence of cardiovascular diseases and mental states, not only improves the physical heart diseases of patients, but also pays attention to the intervention of the mental problems, so that the treatment effect and the prognosis of the patients are improved, the comprehensive recovery of the mind and the body is realized, along with the proposal of dual-heart medical concept, the cognitive health training is gradually changed from single brain function regulation to the cooperative intervention of the brain and the heart, the dual-heart is used for strengthening the bidirectional regulation and control relation between brain activities and physiological signals such as heart rate variability, skin electric response and the like, and the dual-heart medical treatment comprehensively considers the psychological behaviors and the physiological feedback, and realizes the synchronous intervention of the cognitive states and the physiological states in the training process such as concentration maintenance and the like. In the information processing for assisting the user to perform the cognitive health training or improving the concentration, a current general technical mode is to provide a time block management logic based on a deterministic time sequence, for example, the system executes concentration countdown with fixed duration, and sends a rest instruction to the user when the countdown is finished, the information processing mode is universally applied because the logic is simple and is easy to realize on a portable device, however, when the information processing mode is applied to the cognitive behavior training task, the certainty of the information scheduling logic leads to the decrease of the intervention effect in principle, the user can quickly generate habituation by an intervention signal which is fixed in one period and can be completely expected, the reduction of the intervention signal is caused, and the information intervention function of the system is gradually weakened. In order to avoid the above limitation, the heart rate variability or the skin electric data of the user are analyzed in real time to judge the moment of the concentration decrease of the user, and the intervention is triggered at the moment, for example, the Chinese patent publication No. CN204813868U discloses an electrocardio-blood oxygen-blood pressure integrated intelligent watch, and a plurality of sensors such as electrocardio, blood oxygen and the like are integrated in a watch shell to realize the composite acquisition of physiological parameters, however, the technology is the passive acquisition of the physiological data, and does not relate to how to utilize the data or construct active intervention information processing logic which can effectively avoid the habituation problem on the premise of not depending on the complex data. Therefore, how to design an information processing system, the personalized evaluation state of the user can be technically associated with a non-deterministic intervention scheduling time sequence on the premise of not depending on complex real-time physiological monitoring, and the technical problem to be solved by the invention is solved. Disclosure of Invention The invention provides a user mental intervention intelligent watch and a system based on double-heart medicine, which mainly aim to solve the problem of how to technically correlate a personalized evaluation state of a user with a non-deterministic intervention scheduling time sequence on the premise of not depending on complex real-time physiological monitoring so as to avoid the weakening of an intervention effect caused by the predictability of intervention logic. In order to achieve the above purpose, the invention provides a user mental intervention system based on dual-heart medicine, which comprises a user concentration hierarchical evaluation module, a variable ratio strengthening strategy library, a user input interface, an intervention logic and scheduling engine, a strategy migration engine and an acupoint electrical stimulation control interface: The user concentration hierarchical assessment module is used for storing assessment state data representing the concentration poor degree of the user; the variable ratio reinforcement strategy library is used for storing an intervention parameter set corresponding to the evaluation state data, and the intervention parameter set at least defines a random intervention time interval; A user input interface for receiving a user active input ch