阅读说明：本技术 基于独立空间的智能心理评估与干预系统及方法 (Intelligent psychological assessment and intervention system and method based on independent space ) 是由 王尔东 沈晋文 薛东海 赵智峰 季清 于 2019-10-25 设计创作，主要内容包括：本发明提供一种基于独立空间的智能心理评估与干预系统,包括心理干预舱室和与其实现数据交互的中央数据库,所述心理干预舱室包括壳体、数据采集模块、数据处理模块和干预模块,所述数据采集模块采集来访者的生理心理数据,所述数据处理模块对采集到的数据进行运算处理,根据自身数学模型建立起来访者的多维状态点,并与中央数据库中的数据进行匹配,找到适合来访者的干预流程,并指导干预模块进行干预,在干预过程中,数据采集模块持续采集来访者的生理心理数据,数据处理模块根据新的数据形成新的多维状态点,并进行重新匹配从而调整干预流程,如此循环,从而在干预过程中不断调整干预流程、寻求最适合来访者的干预方案,达到最好的干预效果。(The invention provides an intelligent psychological assessment and intervention system based on an independent space, which comprises a psychological intervention cabin and a central database for realizing data interaction with the psychological intervention cabin, wherein the psychological intervention cabin comprises a shell, a data acquisition module, a data processing module and an intervention module, the data acquisition module acquires physiological and psychological data of a visitor, the data processing module carries out operation processing on the acquired data, establishes a multidimensional state point of the visitor according to a self mathematical model, matches the multidimensional state point with the data in the central database, finds an intervention flow suitable for the visitor and guides the intervention module to intervene, in the intervention process, the data acquisition module continuously acquires the physiological and psychological data of the visitor, the data processing module forms a new multidimensional state point according to the new data and carries out re-matching so as to adjust the intervention flow, and the process is circulated, therefore, the intervention process is continuously adjusted in the intervention process, the intervention scheme most suitable for visitors is searched, and the best intervention effect is achieved.)

1. An intelligent psychological assessment and intervention system based on independent space, which is characterized by comprising a psychological intervention cabin and a central database capable of realizing data interaction with the psychological intervention cabin; the data processing module is connected with the central database, the data acquisition module and the intervention module;

the psychological intervention cabin comprises a shell, a data acquisition module, an internal or external data processing module and an intervention module;

a plurality of sample individuals and corresponding intervention schemes are stored in the central database;

the data acquisition module acquires relevant physiological and psychological data of a visitor and transmits the data to the data processing module;

the data processing module fuses the data transmitted by the data acquisition module according to a self mathematical model, matches the data with the samples in the central database, calls an intervention scheme corresponding to the matched samples, and guides the intervention module to intervene the visitor according to the intervention scheme.

2. The system according to claim 1, wherein the data processing module has a mathematical model of a multidimensional space coordinate system, and the data processing module establishes multidimensional state points of the visitor in the multidimensional space coordinate system according to the data collected by the data collecting module, matches the multidimensional state points with the multidimensional state points in the central database, and finds matching points that are the same as or similar to the multidimensional state points.

3. The system of claim 1, wherein during the intervention process, the data acquisition module continuously acquires information about the visitor and transmits the acquired information to the data processing module, the data processing module forms a new multidimensional state point about the visitor according to the received data, matches the corresponding new intervention process in the central database, and instructs the intervention module to adjust the intervention process, and the process is circulated, so that the intervention process is continuously adjusted during the intervention process, and an intervention scheme which is most suitable for the visitor is sought.

4. The intelligent independent space-based psychological assessment and intervention system according to claim 1, wherein said psychological intervention cabin is an independent space with enclosed space, which is independently disposed.

5. The system according to claim 1, wherein the data processing module is in communication connection with the central database, the data acquisition module and the intervention module in a wireless and/or wired manner.

6. The system according to claim 1, wherein the data collection module is further configured to collect environmental information including ambient temperature and humidity and ambient noise in the cabin housing.

7. The system according to claim 2, wherein the data processing module comprises at least an arithmetic unit, and the matching process of the data processing module is realized by the arithmetic unit.

8. The system according to claim 7, wherein the arithmetic unit determines whether the multidimensional state point of the visitor is in a suppressed state, a normal state or an excited state after finding a point that is the same as or close to the multidimensional state point of the visitor; if the visitor is in the depression state, the operation unit guides the intervention module to intervene the visitor according to the intervention scheme of the matching point, and if the visitor is in the normal state, the operation unit is energized; if the state is in the excited state, direct delivery is prompted.

9. The system according to claim 3, wherein the intervention process of the intervention module and the information collection of the data collection module are performed alternately, that is, the intervention module performs a period of intervention, the data collection module collects the relevant information of the visitor, the data processing module receives the information collected by the data collection module, generates a new multidimensional state point according to the collected information, performs matching, and readjusts the intervention process; the steps are repeated, so that the intervention process is optimized in continuous adjustment.

10. The system according to claim 1, wherein the mathematical model is a multi-dimensional space coordinate system, and the coordinates of each dimension of the space coordinate system are used to represent an index value of the visitor; establishing a multi-dimensional state point of the visitor at a specific moment through index values of multiple dimensions; the multidimensional state points in the central database are also established through the same multidimensional coordinate system, and a state point probability distribution map is formed under the multidimensional coordinate system.

11. An intelligent independent space-based psychological assessment and intervention system according to claim 1, wherein said central database may be built-in to said psychological intervention cabin or external to said psychological intervention cabin, and may be connected in wireless and/or wired communication.

12. The system according to claim 1, wherein the data acquisition module comprises one or more of the following data acquisition units: the device comprises a background data acquisition unit, a physiological index acquisition unit, an audio acquisition unit, a video acquisition unit, a physical quantity acquisition unit and a chemical acquisition unit.

13. The system of claim 12, wherein the context information collecting unit collects context information of the visitor in the form of questionnaire, the context information includes basic information of the visitor, social relations and interests, the basic information includes height, weight and occupation, and the social relations include one or more of family membership, relativity and friends relations.

14. An intelligent independent space-based psychological assessment and intervention system according to claim 13, wherein said questionnaire is in the form of a paper questionnaire or an electronic device questionnaire, said electronic device questionnaire comprising manual operations and/or voice answers.

15. The system of claim 12, wherein the physiological index collecting unit comprises a plurality of contact and/or non-contact physiological index collecting devices, and the collected physiological indexes comprise heart rate, blood pressure, brain waves, respiratory rate, blood oxygen, electrocardio, mental and physical stress indexes based on heart rate, autonomic nervous system measurement and/or blood vessel aging indexes.

16. The system according to claim 12, wherein the audio unit comprises a plurality of audio sensors distributed in the housing, and the audio sensors are responsible for collecting the language of the visitor, non-language information and/or ambient noise in the housing.

17. The system of claim 16, wherein the audio sensor is a microphone, the collected verbal information is the speech of the visitor, and the non-verbal information includes the voice of the visitor through the body movements.

18. The system according to claim 12, wherein the video capture unit comprises a plurality of video sensors distributed in the housing, and the video sensors are responsible for capturing facial expressions and/or body movements of the visitor.

19. The system according to claim 18, wherein the video sensor is a camera, and the facial expressions collected include expressions made by the visitor consciously and micro-expressions that are not easily perceived by the visitor unconsciously.

20. An intelligent independent space-based psychological assessment and intervention system according to claim 18, wherein a number of video sensors in said video capturing unit are combined for calculating the occurrence of physical and/or limb movements of the visitor in three-dimensional space.

21. An intelligent independent space-based psychological assessment and intervention system according to claim 12, wherein said physical quantity acquisition unit comprises a pressure sensor and/or an acceleration sensor and/or a gravity sensor for acquiring forces generated in the limb movements of the visitor.

22. The system according to claim 12, wherein the chemical unit comprises a plurality of chemical sensors for collecting the smell of the visitor and the temperature and humidity of the environment inside the housing.

23. The system of claim 1, wherein the intervention module is divided into a cross-boundary zone, a depth exchange zone and an enabling zone by functional zone; the cross-boundary area carries out personalized arrangement on the environment in the cabin shell through data information collected by the data collection module, the depth communication area is a main body of the intervention module, the intervention process is adjusted by continuously intervening visitors and collecting index parameters in the intervention process of the visitors, the intervention process which is most suitable for the visitors is sought, the goal of converting the visitors from a depression state to a normal state is finally achieved, after the intervention process is finished, the visitors enter an enabling area, the enabling area can provide a place for the visitors to rest, enable the visitors, and leave the cabin after the enabling is finished.

24. The system according to claim 23, wherein the personalized arrangement includes an arrangement of one or more parameters of temperature, humidity, brightness, music, smell, vibration, etc. of the environment inside the housing, and the personalized arrangement is a dynamic adjustment process, that is, an initial personalized arrangement is performed according to the background data of the visitor, in the process, the data acquisition module continuously monitors the visitor, if it is monitored that the initial personalized arrangement can make the psychophysiological index of the visitor progress in a good direction, it is indicated that the personalized arrangement direction is correct, if it is monitored that the initial personalized arrangement can make the psychophysiological index of the visitor progress in a bad direction, the personalized arrangement direction is adjusted, and the process is repeated in such a cycle until the optimal personalized arrangement is achieved.

25. The system according to claim 23, wherein during the enabling operation, the data collection module continuously monitors physiological data of the visitor to form a multidimensional state point of the visitor at the time, and the operation unit of the data processing module searches for a multidimensional state point matching the point in the central database, determines whether the visitor is in a depressed state, a normal state or an excited state at the time, and records the determination result in the memory unit of the data processing module for archiving, so that the visitor can continue to use as background data when coming again.

26. The system according to claim 1, wherein the data processing module further comprises a memory unit, the memory unit receives the visitor's relevant information and/or the environmental information stored in the housing collected by the data collection module, and the arithmetic unit reads the data from the memory unit for processing.

27. An intelligent independent space-based psychological assessment and intervention system according to any one of claims 1 to 24, wherein said psychological intervention cabin requires a learning training before being put into practical use, said learning training means that said psychological intervention cabin needs to learn different reaction actions of different emotive states of a consultant by learning sample cases of intervention schemes of a plurality of different visitors; after learning enough sample cases, testing, and comparing whether the coping schemes of the data processing module and the intervention module in the psychological intervention cabin are the same as the coping scheme of the consultant in the state when testing and aiming at different visitors: if the data are the same, the learning is finished and the test is qualified; if not, returning to learning until the test is qualified.

28. The system of claim 27, wherein the psychological intervention cabin further comprises periodic updating and relearning functions, which requires learning and testing of new cases, continuous supplementation of new data, and more optimal evaluation and intervention methods after a period of psychological evaluation and intervention.

29. A psychological assessment and intervention method, comprising the steps of:

the method comprises the following steps: acquiring background data of each individual of a target group, wherein the background data comprises various physiological index parameters and/or psychological index parameters;

establishing a multi-dimensional coordinate system, wherein each dimension of the coordinate system represents an index parameter, and describing a multi-dimensional state point of each individual of a target group according to the index parameter of each individual of the target group, wherein all the multi-dimensional state points form a state probability distribution map which is stored in a central database;

step two: calculating at least one growth curve between the multi-dimensional state point and the ideal state point of each individual in the target group, wherein the calculation method comprises the following steps: in the direction from the initial state point to the ideal state point, under the condition of equal step length, successively searching the state with the maximum peripheral probability distribution, and gradually extending and developing along the direction of the state point with the maximum probability distribution to obtain at least one path with the final position being in the ideal state area; the relationship between the ideal state point and the ideal state area is as follows: in a certain area range fluctuating around an ideal state point, all the areas are ideal state areas, and as long as the final position is in the ideal state area, the terminal point of the growth curve can be considered to reach an ideal state;

step three: sequencing at least one path obtained by the calculation, and selecting an optimal path from the paths, wherein the sequencing and selecting standard is that the total length of the path is shorter, and the path is more optimal;

step four: after a visitor enters the psychological intervention cabin, acquiring relevant indexes of the visitor through a data acquisition module, reading the relevant indexes by an operation unit in the data processing module, forming a multi-dimensional initial state point related to the visitor, matching the multi-dimensional initial state point with the multi-dimensional state points in the state probability distribution map in the central database, and finding the closest matching point;

step five: finding out an optimal path from the matching point to an ideal state area according to the matched matching point, wherein the path is used for guiding the psychological intervention process of the visitor;

step six: calling corresponding physiological index parameters according to a plurality of state points on the optimal path, sequentially searching the intervention direction from the physiological index parameter of the previous state point to the physiological index parameter of the next state point from the physiological index parameter of the initial state point, and implementing related actions specified by the corresponding intervention flow;

step seven: after the visitor is intervened for a period of time delta t according to the psychological intervention flow corresponding to the optimal path, the data acquisition module acquires data of the visitor again, compares the acquired data with data corresponding to the corresponding standard state point on the optimal path at the moment, if the comparison of the two groups of data is within the threshold range, continues on the intervention path in the step six, and if the deviation of the two groups of data exceeds the threshold, enters the step eight;

step eight: and calculating the distance between the deviated state point and the ideal state point and the distance between the deviated state point and the ideal state point, returning to the expected state point, and the ideal state point, comparing the distances between the deviated state point and the expected state point, selecting the shortest path to continuously intervene, and repeating the method until the ideal state point is reached.

30. A psychological assessment and intervention method according to claim 29, wherein in the fourth step, after the data collection module collects the index of the visitor, the arithmetic unit of the data processing module first checks the integrity of the collected data required by each dimension of the visitor, and if the integrity reaches a preset standard, the arithmetic unit establishes a multidimensional state point about the visitor and matches the multidimensional state point of the visitor; if the integrity does not reach the preset standard, returning to the data acquisition module to continue acquiring the relevant missing information until the integrity reaches the preset standard.

31. The psychological assessment and intervention method of claim 29, further comprising a ninth step, wherein after the intervention procedure of the eighth step, the visitor enters an enabling area to be enabled, and the enabling operation enables the visitor through an acousto-optic electromagnetic method; wherein, the acoustic method mainly comprises the effective intervention of the subconscious of the visitor by playing some inspirational words, playing music or special sound wave signals through a microphone; the optical method includes embedding a specific pattern in an image or illumination pattern, subconsciously hypnotizing or inducing visitors; the electromagnetic method comprises transcranial electrical stimulation and transcranial magnetic stimulation, and is mainly characterized in that electrodes or electromagnetic units are attached to the head in a contact or non-contact mode, modulated electric or magnetic signals are sent to the brain, and the modulated signals influence the operation of the cerebral cortex and influence the consciousness or psychological state of visitors; the chemical method comprises the steps of enabling the brain to generate special feelings or induce and solidify a specific memory by spreading or spraying certain chemical molecules, optimizing, strengthening and even achieving the effect which cannot be achieved by other intervention means by means of special positions of olfactory bulbs and olfactory nerves in the brain, and if the released chemical molecules are neurotransmitters (exogenous or endogenous), the chemical molecules can participate in the discharge conduction of neurons to directly change the thinking operation mode of the brain.

Technical Field

The invention relates to the relevant fields of artificial intelligence, big data, psychological service and the like, in particular to an intelligent psychological assessment and intervention system and a method thereof.

Background

With the rapid development of society, the pressure of work and life is greater, various psychological problems are developed endlessly, the influence on life is huge, and people pay attention to physical health and begin to pay attention to the psychological health problems.

At present, compared with the huge demand of social and psychological health, professional psychological assessment and intervention resources are seriously insufficient, the problem that personnel allocation is insufficient in a psychological counseling center or a psychological counseling engineer is mainly focused, because people generally have subjectivity, bias and narrowness, the situation that the situation is collected by background data and cannot be judged subsequently is avoided, and psychological counseling or intervention personnel as professional psychological assessment personnel need to abandon personal subjectivity and sidedness, the psychological condition of people is evaluated objectively, and the people can have higher professional literacy only after years of cultivation and experience accumulation before going on duty, so that the problems that psychological counseling or intervention personnel output is slow and talents are in short supply are caused.

In addition, when the psychological health problem is faced, because the discrimination and the colored eye light exist in the real society, the party often resists to the specialized psychological consultation or intervention place such as a hospital or a psychological consultation center to seek professional services; meanwhile, due to the lack of mental health knowledge and the incorrect cognition on psychological problems, when people face psychological stress or emotional crisis, psychological problems such as passive helplessness and sitting are aggravated and even further worsened, and the burden of families and society is aggravated. Therefore, in the daily life society, establishing a psychological assessment and intervention system which meets the privacy protection requirement and can be covered by large-scale people becomes an important way for solving the privacy problem in psychological consultation and intervention service.

In addition to the above-mentioned problems, in the conventional psychological assessment and intervention process, the psychological consultation or intervention process follows a fixed or certain flow to inquire and intervene the party. However, the real parties have different problems, and if psychological assessment and intervention are performed on different parties according to a fixed flow, the intervention process may be unscientific, and the final result may not be ideal. Therefore, the process of searching for the targeted psychological consultation, evaluation and intervention by changing the process according to the specific conditions of different parties is an important solution for improving the success rate of psychological evaluation and intervention.

Disclosure of Invention

The invention provides an intelligent psychological assessment and intervention system and method based on independent space, wherein the intelligent psychological assessment and intervention system has the functions of data acquisition and data analysis by learning a large number of consulting cases, can replace the role of psychological consultants, assessment personnel or intervention personnel, and relieves the pressure of shortage of psychological consultants; and the system is based on an independent and relatively private space, so that the privacy of the party is ensured. In addition, more importantly, the system integrates big data analysis and matching, utilizes various sensors to collect data of the user, analyzes and models the collected data, continuously adjusts the intervention flow in the intervention process according to the characteristics of different parties, and is more targeted and more ideal in intervention effect. It should be noted that words used in the patent technology to describe the state of mind or to understand the state of mind, such as counseling, assessment, intervention, etc., have the same or similar meaning and can be substituted for each other unless specifically stated otherwise.

In order to solve the above-mentioned prior art problems, the present invention provides an intelligent psychological assessment and intervention system based on independent space, comprising a psychological intervention cabin and a central database capable of implementing data interaction with the psychological intervention cabin, wherein the data processing module is connected with the central database, the data acquisition module and the intervention module; the psychological intervention cabin comprises a shell, a data acquisition module, an internal or external data processing module and an intervention module, wherein the data acquisition module is arranged in the shell, the internal or external data processing module and the intervention module are stored in the central database, a plurality of sample individuals and corresponding intervention schemes thereof are stored in the central database, the data acquisition module acquires relevant physiological and psychological data of a visitor and transmits the data to the data processing module, the data processing module fuses the data transmitted by the data acquisition module according to a self mathematical model, the data are matched with samples in the central database, the intervention scheme corresponding to the matched samples is called, and the intervention module is guided to intervene the visitor according to the intervention scheme.

The data processing module establishes a multidimensional state point of a visitor in the multidimensional space coordinate system according to the data acquired by the data acquisition module, matches the multidimensional state point with the multidimensional state point in the central database, and finds a matching point which is the same as or close to the multidimensional state point.

In the intervention process, the data acquisition module continuously acquires information for the visitor and transmits the acquired information to the data processing module, the data processing module forms a new multidimensional state point related to the visitor according to the received data, the central database is matched with the corresponding new intervention process, and the intervention module is guided to adjust the intervention process, and the process is circulated, so that the intervention process is continuously adjusted in the intervention process, and the intervention scheme which is most suitable for the visitor is sought.

The psychological intervention cabin is an independent space which is arranged independently and has a closed space.

The data processing module is in communication connection with the central database, the data acquisition module and the intervention module in a wireless and/or wired mode; the central database stores multidimensional state points of a plurality of different individuals and intervention schemes aiming at the different individuals; the individual multidimensional state points are obtained by selecting different index parameters to establish a multidimensional coordinate system, and drawing corresponding multidimensional state points in the multidimensional coordinate system according to a plurality of index values of the individual to form an individual data model according to the plurality of index values of the individual.

The data acquisition module is used for acquiring relevant information of a visitor and/or environmental information in the psychological intervention cabin shell.

The data processing module at least comprises an operation unit, the operation unit fuses the information acquired by the data acquisition module according to a self mathematical model, establishes a multidimensional state point of the visitor and performs operation, so that an appropriate intervention scheme prestored in the central database is called according to an operation result. The data processing module can also comprise a memory unit, the memory unit receives the relevant information of the visitor and/or the environmental information in the shell, which are collected by the data collection module, and then the arithmetic unit reads the data from the memory unit for processing.

The operation process of the data processing module is that the operation unit matches the multidimensional state point of the visitor with a plurality of multidimensional state points prestored in the central database, finds out the point which is the same as or close to the multidimensional state point of the visitor, and judges whether the multidimensional state point of the visitor belongs to a suppressed state, a normal state or an excited state; if the visitor is in the depression state, the operation unit guides the intervention module to intervene the visitor according to the intervention flow of the point, and if the visitor is in the normal state, the operation unit is energized; if the state is in the excited state, direct delivery is prompted. The depressed state, normal state and excited state as referred to herein mean: and judging whether the visitor is in a negative state of mind, a mild state of mind or a positive state of mind according to the multidimensional data of the visitor.

The central database may be built into the psychological intervention cabin or external to the psychological intervention cabin, and may be connected in wireless and/or wired communication.

Before the arithmetic unit establishes the multidimensional state point related to the visitor according to the mathematical model, the arithmetic unit may check integrity of the acquired data required by each dimension of the visitor, and if the integrity reaches a preset standard, the arithmetic unit establishes the multidimensional state point related to the visitor and matches the multidimensional state point of the visitor; if the integrity does not reach the preset standard, returning to the data acquisition module to continue acquiring the relevant missing information until the integrity reaches the preset standard.

After the visitor is judged to be in the depression state, the operation unit in the data processing module calls the intervention scheme corresponding to the matched multidimensional state point in the central database, and guides the intervention module to perform the intervention process on the visitor according to the corresponding intervention scheme. In the intervention process, the data acquisition module continuously acquires information for a visitor and continuously transmits the acquired information to the data processing module, the operation unit of the data processing module forms a new multidimensional state point about the visitor according to the received data, searches a new multidimensional state point matched with the visitor in the central database, matches with a corresponding new intervention process, and guides the intervention module to adjust the intervention process. And circulating the steps, so that the intervention flow is continuously adjusted in the intervention process, and the intervention scheme which is the best suitable for the visitor is sought.

Furthermore, a memory unit is further arranged in the data processing module, the data acquired by the data acquisition module can be transmitted to the memory unit, and the operation unit receives the data from the memory unit for analysis and operation.

In the intervention process, the intervention process of the intervention module and the operation of acquiring information by the data acquisition module are alternately performed, namely, the intervention module performs a period of intervention and prognosis, then the data acquisition module acquires the relevant information of a visitor, then the data processing module receives the acquisition information of the data acquisition module, generates a new multi-dimensional state point according to the acquisition information, performs matching, and further readjusts the intervention process; the steps are repeated, so that the intervention process is optimized in continuous adjustment. The system can adjust the intervention flow in the intervention process according to the specific conditions of different visitors, thereby providing the flow of targeted psychological consultation, assessment and intervention, and improving the success rate of psychological assessment and intervention.

Further, the data acquisition module comprises one or more of the following data acquisition units: the device comprises a background data acquisition unit, a physiological index acquisition unit, an audio acquisition unit, a video acquisition unit, a physical quantity acquisition unit and a chemical acquisition unit. The background information acquisition unit acquires background information of a visitor in a questionnaire mode, wherein the background information comprises basic information, social relations and interests of the visitor, the basic information comprises height, weight and occupation, and the social relations comprise one or more of family membership, relatives and friends relations and friend relations.

The physiological index acquisition unit comprises a plurality of contact and/or non-contact physiological index acquisition devices, and the acquired physiological indexes comprise heart rate, blood pressure, brain waves, respiratory frequency, blood oxygen, electrocardio, mental and physical pressure indexes based on the heart rate, autonomic nervous system measurement (sympathetic and parasympathetic), vascular aging and the like.

The audio unit comprises a plurality of audio sensors distributed in the shell, and the audio sensors are responsible for collecting the language and non-language information of the visitor and/or the environmental noise in the shell; the non-verbal information of the visitor includes a sound made by the visitor through a limb movement.

The video acquisition unit comprises a plurality of video sensors distributed in the shell, and the video sensors are responsible for acquiring facial expressions and/or limb actions of visitors; the video acquisition unit comprises a plurality of video sensor combinations and a plurality of video processing units, wherein the video sensor combinations are used for calculating the occurrence positions of body and/or limb actions of visitors in a three-dimensional space; the facial expressions collected in the above way include expressions made by visitors consciously and micro-expressions unconsciously and not easily perceived by people, the micro-expressions have shorter duration and can better reflect real feelings and motivations of people, and the micro-expressions tend to refer to suppressed expressions in psychology.

The physical quantity acquisition unit comprises a pressure sensor and/or an acceleration sensor and/or a gravity sensor and is used for acquiring the force generated in the limb action of the visitor.

The chemical unit comprises a plurality of chemical sensors, and the chemical sensors are used for collecting the smell of the visitor and the temperature and humidity of the environment in the shell.

The intervention module is divided into a cross-boundary area, a depth alternating area and an enabling area according to function areas, but the division of the function areas is only used for explaining that the intervention module has the functions and is not used for limiting the spatial position relationship among the functional modules, that is, the spatial position relationship among the functional modules can be separated or partially overlapped, or can be completely overlapped.

The cross-border area carries out personalized arrangement on the environment in the cabin shell through the data information acquired by the data acquisition module, the personalized arrangement comprises arrangement of one or more parameters of temperature, humidity, brightness, music, smell, vibration and the like of the environment in the cabin shell, the relaxation of a patient is facilitated, the sense of trust is generated, a visitor can walk into a relatively relaxed virtual environment from the real society, the visitor can detach the unconscious protection or packaging of the visitor, and more things which cannot be expressed in the heart world of the visitor can be expressed. The depth exchange area is a main body of the intervention module, the intervention flow is adjusted by continuously intervening the visitor and collecting index parameters in the intervention process of the visitor, the intervention flow which is most suitable for the visitor is found out, and finally the goal of converting the visitor from a depression state to a normal state is achieved. After the intervention process of the depth alternating current area is finished, the depth alternating current area enters an enabling area, the enabling area can provide places for visitors to rest, such as a deck chair for visitors to rest, enables the visitors, and leaves the cabin after the enabling is finished, and the enabling operation is mainly to enable the visitors through an acousto-optic electromagnetic method. In the enabling operation process, the data acquisition module continuously monitors physiological data of the visitor to form a multi-dimensional state point of the visitor at the moment, the multi-dimensional state point matched with the point is found in the central database through the operation unit of the data processing module, the visitor is judged to be in a depression state, a normal state or an excitation state at the moment, and the judgment result is recorded in the memory unit in the data processing module for archiving so that the visitor can be continuously used as background data when coming again next time.

Furthermore, before practical application, the psychological intervention cabin provided by the invention needs to be subjected to learning training, wherein the learning training refers to that the psychological intervention cabin needs to learn different reaction actions of a consultant under different emotional states by learning sample cases of intervention schemes of a large number of different visitors; after learning enough sample cases, the test is performed. During testing, aiming at different visitors, comparing whether the coping schemes of the data processing module and the intervention module in the psychological intervention cabin are the same as the coping scheme of the consultant in the state: if the data are the same, the learning is finished and the test is qualified; if not, returning to learning until the test is qualified. After the test is qualified, the psychological intervention cabin side can be applied and used, and the applied psychological intervention cabin is provided with a plurality of processing schemes for different emotional states and is stored in the central database.

In addition, the psychological intervention cabin provided by the invention also has the functions of regular updating and relearning, and particularly, after psychological assessment and intervention are carried out for a period of time, learning and testing of new cases are required, new data are continuously supplemented, and a better assessment and intervention method is adopted.

The invention also provides a psychological assessment and intervention method, which is used for searching an intervention flow suitable for a visitor and continuously adjusting the intervention flow in the intervention process to achieve the aim of optimization, and comprises the following steps:

the method comprises the following steps: acquiring background data of each individual of a target group, wherein the background data comprises various physiological index parameters and/or psychological index parameters; establishing a multi-dimensional coordinate system, wherein each dimension of the coordinate system represents an index parameter, and describing a multi-dimensional state point of each individual of a target group according to the index parameter of each individual of the target group, wherein all the multi-dimensional state points form a state probability distribution map which is stored in a central database;

step two: calculating at least one growth curve between the multi-dimensional state point and the ideal state point of each individual in the target group, wherein the calculation method comprises the following steps: in the direction from the initial state point to the ideal state point, under the condition of equal step length, successively searching the state with the maximum peripheral probability distribution, and gradually extending and developing along the direction of the state point with the maximum probability distribution to obtain at least one path with the final position being in the ideal state area;

the relationship between the ideal state point and the ideal state area is as follows: in a certain area range fluctuating around an ideal state point, all the areas are ideal state areas, and as long as the final position is in the ideal state area, the terminal point of the growth curve can be considered to reach an ideal state;

step three: sequencing at least one path obtained by the calculation, and selecting an optimal path from the paths, wherein the sequencing and selecting standard is that the total length of the path is shorter, and the path is more optimal;

step four: after a visitor enters the psychological intervention cabin, acquiring relevant indexes of the visitor through a data acquisition module, reading the relevant indexes by an operation unit in the data processing module, forming a multi-dimensional initial state point related to the visitor, matching the multi-dimensional initial state point with the multi-dimensional state points in the state probability distribution map in the central database, and finding the closest matching point;

step five: finding out an optimal path from the matching point to an ideal state area according to the matched matching point, wherein the path is used for guiding the psychological intervention process of the visitor;

step six: calling corresponding physiological index parameters according to a plurality of state points on the optimal path, sequentially searching the intervention direction from the physiological index parameter of the previous state point to the physiological index parameter of the next state point from the physiological index parameter of the initial state point, and implementing related actions specified by the corresponding intervention flow;

step seven: after the visitor is intervened for a period of time delta t according to the psychological intervention flow corresponding to the optimal path, the data acquisition module acquires data of the visitor again, compares the acquired data with data corresponding to the corresponding standard state point on the optimal path at the moment, if the comparison of the two groups of data is within the threshold range, continues on the intervention path in the step six, and if the deviation of the two groups of data exceeds the threshold, enters the step eight;

step eight: and calculating the distance between the deviated state point and the ideal state point and the distance between the deviated state point and the ideal state point, returning to the expected state point, and the ideal state point, comparing the distances between the deviated state point and the expected state point, selecting the shortest path to continuously intervene, and repeating the method until the ideal state point is reached.

Further, in the fourth step, after the data acquisition module finishes acquiring the index of the visitor, the operation unit of the data processing module firstly checks the integrity of the acquired data required by each dimension of the visitor, and if the integrity reaches a preset standard, the operation unit establishes a multidimensional state point about the visitor and matches the multidimensional state point of the visitor; if the integrity does not reach the preset standard, returning to the data acquisition module to continue acquiring the relevant missing information until the integrity reaches the preset standard.

After the intervention procedure in the step eight is finished, the visitor needs to enter an enabling area for enabling operation, and the enabling operation enables the visitor through an acousto-optic electromagnetic method; wherein, the acoustic method mainly comprises the effective intervention of the subconscious of the visitor by playing some inspirational words, playing music or special sound wave signals through a microphone; the optical method includes embedding a specific pattern in an image or illumination pattern, subconsciously hypnotizing or inducing visitors; the electromagnetic method comprises transcranial electrical stimulation and transcranial magnetic stimulation, and is mainly characterized in that electrodes or electromagnetic units are attached to the head in a contact or non-contact mode, modulated electric or magnetic signals are sent to the brain, and the modulated signals influence the operation of the cerebral cortex and influence the consciousness or psychological state of visitors; the chemical method comprises the steps of enabling the brain to generate special feelings or induce and solidify a specific memory by spreading or spraying certain chemical molecules, optimizing, strengthening and even achieving the effect which cannot be achieved by other intervention means by means of special positions of olfactory bulbs and olfactory nerves in the brain, and if the released chemical molecules are neurotransmitters (exogenous or endogenous), the chemical molecules can participate in the discharge conduction of neurons to directly change the thinking operation mode of the brain.

And in the intervention process, continuously acquiring physiological index parameters of the visitor, comparing the acquired real-time physiological index parameters with the ideal physiological index parameters in the intervention stage, judging whether deviation occurs or not, if the deviation occurs, continuing intervention on the original path, and if the deviation occurs, reevaluating through the calculation method in the step eight to generate a new intervention path. The adjusting method continues to the end of the whole psychological intervention process, and different optimal solutions suitable for different individuals can be selected for different visitors through the method for continuously adjusting the intervention process, so that the problem is solved efficiently.

The invention has the beneficial effects that:

1) through the establishment of an independent psychological intervention cabin and the cooperation of technologies such as artificial intelligence, big data intervention and the like, the machine replaces a psychological consultant, and the problem of shortage of the psychological consultant is relieved to a certain extent;

2) in addition, the independent psychological intervention cabin realizes that the visitor can independently perform psychological assessment and intervention service without the intervention of other people, and the personal privacy is also improved;

3) aiming at different visitors, by means of a big data processing technology, the psychophysical index of a user is comprehensively and accurately measured through a scientific sensing analyzer, and the psychophysical index has an objective data basis and a measuring standard based on big data; in addition, the system can also provide different psychological intervention flows for different visitors, and can adjust the intervention flows in time according to the dynamics of the visitors in the intervention process when aiming at the same visitor, so that the flow is rationalized and optimized, and the best intervention effect is achieved;

4) besides the beneficial effects, compared with the system that real consultants need to queue for appointment and coordinate time, the system provided by the invention can provide services at any time; the system can avoid the defect that the data and the result of each intervention may have inconsistent information when different real consultants need to perform psychological intervention for many times, and can ensure the consistency of service; and the system can reduce the service cost to a certain extent.

Drawings

In order to more clearly illustrate the technical solutions in the specific embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings described below are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without inventive efforts.

Fig. 1 is a schematic diagram of data flow between modules of an intelligent psychological assessment and intervention system based on independent space according to an embodiment of the present invention.

Fig. 2 is a detailed block diagram of modules of an intelligent psychological assessment and intervention system based on independent space according to a fourth embodiment of the present invention, and a schematic diagram of data flow between the modules.

Fig. 3 is a schematic diagram of the learning and testing before shipment of an intelligent independent space-based psychological assessment and intervention system according to a fifth embodiment of the present invention.

Fig. 4 is a schematic flowchart illustrating an intelligent psychological assessment and intervention method based on independent space according to a seventh embodiment of the present invention.

Detailed Description

The technical solutions in the specific embodiments of the present invention will be clearly and completely described below, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Detailed description of the preferred embodiment

The embodiment provides an intelligent psychological assessment and intervention system based on independent space, which comprises a psychological intervention cabin and a central database capable of realizing data interaction with the psychological intervention cabin, wherein the psychological intervention cabin is an independent space which is independently arranged and has a closed space, and comprises a shell, a data acquisition module arranged in the shell, and a data processing module and an intervention module which can be internally or externally connected.

The data processing module is in communication connection with the central database, the data acquisition module and the intervention module in a wireless and/or wired mode; the central database stores multidimensional state points of a plurality of different individuals and intervention schemes aiming at the different individuals; the individual multidimensional state points are obtained by firstly selecting a plurality of different index parameters, establishing a multidimensional coordinate system, and drawing the multidimensional state points corresponding to each individual in the multidimensional coordinate system according to the index values corresponding to each individual, thereby forming a model database

The data acquisition module is responsible for acquiring environmental information in the psychological intervention cabin shell and relevant information of visitors; the environmental information in the shell comprises environmental temperature and humidity and environmental noise, and the relevant information of the visitor comprises heart rate, blood pressure, blood oxygen, electrocardiogram, respiratory rate, language, limb actions, expressions, smell and the like.

The data processing module in this embodiment includes a memory unit and an arithmetic unit, the memory unit receives all information of the visitor and the environment information in the housing, the information is collected by the data collection module, the arithmetic unit reads data from the memory unit, fuses all the received data according to a mathematical model, establishes a multidimensional state point about the visitor in a multidimensional space coordinate system, the arithmetic unit matches the multidimensional state point of the visitor with a plurality of multidimensional state points in a central database, finds a point which is the same as or close to the multidimensional state point of the visitor, and judges whether the multidimensional state point of the visitor belongs to a suppressed state, a normal state or an excited state; if the visitor is in the depression state, the operation unit guides the intervention module to intervene the visitor according to the intervention flow of the point, and if the visitor is in the normal state, the operation unit is energized; if the vehicle is in the excited state, prompting to directly leave the cabin; the depressed state, normal state and excited state as referred to herein mean: according to the multidimensional data of the visitor, whether the visitor is in a passive, a peaceful or an active state is judged, namely when the visitor is in the passive state, the visitor needs to intervene to hopefully achieve the aim of adjusting the state of mind, when the visitor is in the peaceful or the active state, the visitor needs to be energized to achieve the active state, when the visitor is in the active state, the visitor is in a mental health state currently, and psychological intervention is not needed temporarily.

In addition, the central database in this embodiment may be internally disposed in the psychological intervention cabin, or externally coupled to the outside of the psychological intervention cabin, and may be in wireless communication connection with each module in the psychological intervention cabin, or in wired communication connection, and finally, it is only necessary to ensure that the central database can realize data interaction with each module.

The mathematical model fuses all the received acquisition information to establish a multidimensional state point cloud about the visitor. The mathematical model is to establish a multi-dimensional space coordinate system, and the coordinates of each dimension of the space coordinate system are used for representing an index value of a visitor; establishing a multi-dimensional state point of the visitor at a specific moment through index values of multiple dimensions; the multidimensional state points in the central database are also established through the same multidimensional coordinate system, and a state point probability distribution map is formed under the multidimensional coordinate system.

In this embodiment, after the operation unit establishes the multidimensional state point related to the visitor according to the mathematical model, it is necessary to check the integrity of each dimension data of the multidimensional state point, that is, check whether each dimension data of the multidimensional state point of the visitor has been acquired, where the data integrity standard in this embodiment is 85% or more; that is, if the integrity of the data in the multidimensional coordinate system of the visitor reaches 85% or more, the operation unit matches the multidimensional state points of the visitor to find the same or similar points, and if the integrity does not reach the preset standard, the operation unit returns to the data acquisition module to continue to acquire the relevant missing information until the integrity reaches the preset standard.

After the visitor is judged to be in the depression state, the operation unit in the data processing module calls the intervention scheme corresponding to the matched multidimensional state point in the central database, and guides the intervention module to perform the intervention process on the visitor according to the corresponding intervention scheme. In the intervention process, the data acquisition module continuously acquires information for a visitor and continuously transmits the acquired information to a memory unit in the data processing module, a computing unit of the data processing module forms a new multidimensional state point about the visitor according to the data received in the memory unit, searches a new multidimensional state point matched with the visitor in a central database, matches with a corresponding new intervention process, and guides the intervention module to adjust the intervention process, and the process is circulated, so that the intervention process is continuously adjusted in the intervention process, and an intervention scheme which is most suitable for the visitor is sought.

In the intervention process, the intervention process of the intervention module and the operation of the data acquisition module for acquiring information are alternately performed, that is, the intervention module performs a period of intervention and prognosis, the data acquisition module acquires the relevant information of the visitor, the data processing module receives the acquisition information of the data acquisition module, generates a new multi-dimensional state point according to the acquisition information, performs matching, and readjusts the intervention process, and the steps are repeated, so that the intervention process is optimized during continuous adjustment. The psychological intervention system provided by the embodiment can adjust the intervention flow in the intervention process according to the specific conditions of different visitors, so that targeted psychological consultation, evaluation and intervention flows are provided, and the success rate of psychological evaluation and intervention is improved.

Detailed description of the invention

In the second embodiment, on the basis of the first embodiment, the data acquisition module in the first embodiment further includes a background data acquisition unit, a physiological index acquisition unit, an audio acquisition unit, a video acquisition unit, a physical quantity acquisition unit, and a chemical acquisition unit.

The background information acquisition unit acquires the background information of the visitor in a questionnaire survey mode; the questionnaire survey form can adopt a paper questionnaire survey form and/or an electronic equipment survey form, when the paper questionnaire survey form is adopted, after the questionnaire survey is finished, statistical survey data can be acquired through images and/or manually input, and the electronic equipment survey form can comprise manual operation and/or voice question answering; the acquired background information comprises basic information, social relations, hobbies and the like of visitors, the basic information comprises height, weight and occupation, and the social relations comprise family membership, relatives and friends relations, friendships and the like.

The physiological index acquisition unit comprises contact and/or non-contact physiological index acquisition equipment, and the acquired physiological indexes comprise heart rate, blood pressure, brain waves, respiratory frequency, blood oxygen, electrocardio and the like; the contact type physiological index acquisition equipment comprises heart rate acquisition equipment, a blood pressure and blood oxygen monitor, a bracelet, a brain wave detector, a myoelectricity and skin electric sensor and a near-infrared brain function detection device, and the non-contact type physiological index acquisition equipment comprises a nuclear magnetic resonance detector, a magnetocardiogram and brain magnetic measurement instrument, a Doppler radar sensor and an infrared temperature sensor.

The audio acquisition unit comprises a plurality of audio sensors distributed in the shell, the audio sensors are responsible for acquiring language and non-language information of the visitor and environmental noise in the shell, the language information of the visitor is the speaking content of the visitor, and the non-language information comprises sound emitted by the visitor through body movement; specifically, the plurality of audio sensors in this embodiment are a plurality of microphones distributed in the housing of the psychological intervention cabin, and are configured to collect the speech information expressed by the visitor and the sounds generated by the visitor performing various body movements in the cabin, such as the sound of stamping a foot, beating a table and a chair, and the like, and monitor the ambient noise in the housing, and when the ambient noise in the housing exceeds a certain decibel, the audio sensors can prompt the visitor that the psychological intervention is not suitable at this time, and suggest to be performed next time.

The video acquisition unit comprises a plurality of video sensors distributed in the shell, and the video sensors are responsible for acquiring facial expressions and limb actions of visitors; the video acquisition unit comprises a plurality of video sensor combinations and a plurality of video processing units, wherein the video sensor combinations are used for calculating the occurrence positions of body and/or limb actions of visitors in a three-dimensional space; specifically, the plurality of video sensors in this embodiment include a plurality of cameras distributed in the psychological intervention cabin shell, and the cameras can collect facial expression changes and limb movements of the visitor and can position the specific coordinate position where the limb movement of the visitor occurs by collecting the facial expression changes and the limb movement of the visitor in different directions through the plurality of cameras; the facial expressions in the embodiment include obvious facial expressions intentionally made by a visitor, and also include micro expressions unconsciously and not easily perceived by people, the micro expressions have short duration and small amplitude, but are not easily perceived, but the micro expressions can better reflect real feelings and motivations of people, the micro expressions tend to refer to suppressed expressions in psychology, and the real psychological feelings of the visitor can be better judged by collecting the micro expressions; the specific coordinate position of the occurrence of the limb movement of the visitor can be positioned, the psychological state of the visitor can be better reflected, for example, a person who is tired in body and mind can stand on a chair, lie prone on a desk when in stress, or the leg can shake involuntarily when in stress, and the mouth or the throat can swallow saliva, and the current psychological state of the visitor can be calculated through the specific position of the occurrence of the limb languages.

The physical quantity acquisition unit comprises a pressure sensor and/or an acceleration sensor and/or a gravity sensor and is used for acquiring force generated in limb actions of a visitor; specifically, the collected force in this embodiment includes at least one of the hitting force and the stomping force of the visitor, the frequency of repeated power (i.e. continuous quick tapping or long-interval gravity tapping), and the acceleration index, which is used to evaluate the emotional fluctuation degree or the emotional intensity degree of the visitor at the time.

The chemical unit comprises a plurality of chemical sensors, and the chemical sensors are used for collecting the smell of the visitor and the temperature and humidity of the environment in the shell; specifically, the chemical sensor in this embodiment collects the smell of the visitor, which may be the scent of the visitor and/or the smell of chemical molecules emitted by the visitor, so as to determine the preference of the visitor.

Detailed description of the preferred embodiment

On the basis of the second specific embodiment, the second embodiment is further characterized in that after the computing unit in the data processing module extracts the collected information related to the visitor, the computing unit checks the integrity of the data, if the integrity reaches a preset standard, the computing unit establishes a multidimensional state point related to the visitor, and then matches the point with a plurality of multidimensional state points in the central database; if the integrity does not reach the preset standard, returning to the data acquisition module to continue to acquire the relevant missing information of the visitor until the integrity reaches the preset standard.

The data integrity criterion in this embodiment is 85% or more, and alternatively, the criterion may be modified such that the higher the criterion, the more accurate the evaluation.

Detailed description of the invention

On the basis of the third specific embodiment, the technical features added in this embodiment are that the intervention module may be divided into a cross-boundary area, a depth alternating current area and an enabling area according to functional partitions, but the functional partitions are only used to illustrate that the intervention module has the above several functional modules, and are not used to limit the spatial position relationship among the several functional modules, that is, the spatial position relationship among the several functional modules may be separated or partially overlapped, or may be completely overlapped.

The data information acquired by the data acquisition module in the cross-boundary area is used for carrying out personalized arrangement on the environment in the cabin shell; specifically, the personalized arrangement comprises the step of adjusting the temperature and the humidity in the shell through the collected environment temperature and humidity in the shell, so that the purpose of making people comfortable is achieved; and an environment which makes the visitor comfortable and relax is created by using an immersive projection technology, original sensory technologies such as color, smell, music, voice and the like and adopting an acousto-optic electrochemical technical means, and the specific technical means is as follows: adjusting the brightness in the shell, playing music enjoyed by a visitor, releasing smell enjoyed by the visitor and generating vibration frequency capable of relaxing people, so that the patient can relax and generate a sense of trust, the visitor can walk into a relatively relaxed virtual environment from the real society, the visitor can remove the unconscious protection or package of the visitor, and more things which cannot be expressed in the heart world of the visitor can be expressed; the personalized arrangement is a dynamic adjustment process, namely, an initial personalized arrangement is firstly carried out according to background data of a visitor, the data acquisition module continuously monitors the visitor in the process, if the initial personalized arrangement is monitored to enable psychophysiological indexes of the visitor to develop towards a good direction, the personalized arrangement direction is correct, if the initial personalized arrangement is monitored to develop towards a bad direction, the personalized arrangement direction needs to be adjusted, and the process is repeated in a circulating mode until the optimal personalized arrangement is achieved.

The depth exchange area is a main body of the intervention module, the intervention flow is adjusted by continuously intervening the visitor and collecting index parameters in the intervention process of the visitor, the intervention flow which is most suitable for the visitor is found out, and finally the goal of converting the visitor from a depression state to a normal state is achieved.

After the intervention process of the depth communication area is finished, the visitor enters an enabling area, the enabling area can provide a place for the visitor to rest, such as a deck chair, a sofa or a soft cushion, and enables the visitor, and the visitor leaves the cabin after the enabling is finished, and the enabling operation enables the visitor through an acousto-optic electromagnetic method; exemplarily, the acousto-optic electromagnetic method comprises that the acoustic method mainly comprises that some inspired words are played through a microphone, music is played, or special sound wave signals are played to effectively intervene in the subconscious of the visitor; the optical method includes embedding a specific pattern in an image or illumination pattern, subconsciously hypnotizing or inducing visitors; the electromagnetic method comprises transcranial electrical stimulation and transcranial magnetic stimulation, and is mainly characterized in that electrodes or electromagnetic units are attached to the head in a contact or non-contact mode, modulated electrical or magnetic signals are sent to the brain, and the modulated signals influence the operation of the cerebral cortex, so that the consciousness or psychological state of a visitor is influenced; the chemical method comprises the steps of enabling the brain to generate special feelings or induce and solidify a specific memory by spreading or spraying certain chemical molecules, optimizing, strengthening and even achieving the effect which cannot be achieved by other intervention means by means of special positions of olfactory bulbs and olfactory nerves in the brain, and if the released chemical molecules are neurotransmitters (exogenous or endogenous), the chemical molecules can participate in the discharge conduction of neurons, so that the thinking operation mode of the brain is changed more directly.

In the enabling operation, the data acquisition module continuously monitors the physiological data of the visitor to form a multi-dimensional state point of the visitor at the moment, the multi-dimensional state point matched with the point is found in the central database through the operation unit of the data processing module, the visitor is judged to be in a depression state, a normal state or an excitation state at the moment, and the judgment result is recorded in the memory unit in the data processing module for archiving so as to be continuously used as background data when the visitor comes again next time.

Detailed description of the preferred embodiment

The difference between the present embodiment and the above embodiments is that the psychological intervention cabin provided in the present embodiment needs to be subjected to learning training before practical application, where the learning training refers to that the psychological intervention cabin needs to learn different reaction actions of a psychological consultant in different emotional states by learning sample cases of intervention schemes of a large number of different visitors; after learning enough sample cases, the test is performed. During testing, aiming at different visitors, comparing whether the coping schemes of the data processing module and the intervention module in the psychological intervention cabin are the same as the coping scheme of the psychological consultant in the psychological intervention cabin, and if the coping schemes are the same, finishing learning and passing the test; if not, returning to learning until the test is qualified. After the test is qualified, the psychological intervention cabin side can be applied and used, and the applied psychological intervention cabin is provided with a plurality of processing schemes for different emotional states and is stored in the central database.

In the learning training described in this embodiment, the sample cases for learning the intervention schemes of a large number of different visitors may be field teaching or recorded video teaching; specifically, the on-site teaching refers to that a psychological intervention cabin is arranged on the site at the same time when a psychological consultant performs psychological assessment and intervention in the face of different visitors, and the psychological intervention cabin learns the treatment scheme of the psychological consultant in the face of different visitors on the site; the video recording teaching means that a video can be recorded in advance as a teaching case when a psychological consultant performs psychological assessment and intervention on a visitor at ordinary times, and the psychological intervention cabin can perform learning training through the learning recorded teaching case at a later stage. Similarly, the test stage compares the corresponding schemes of the psychological intervention cabin and the psychological consultant, and can be used for performing direct comparison test on the psychological consultant and the psychological intervention cabin at the same time, or performing comparison test on the psychological consultant and the psychological intervention cabin through a pre-recorded video.

Detailed description of the preferred embodiment

The present embodiment is added with the technical features that the psychological intervention cabin in the present embodiment also has the functions of periodic updating and relearning.

Specifically, after a period of psychological assessment and intervention, supplementary learning and testing of new cases are required, and in addition, learning and testing are also required for the better psychological assessment method and the better intervention method of the existing cases, so as to achieve the purposes of continuously supplementing new data and better assessment and intervention methods.

Detailed description of the preferred embodiment

This embodiment provides a psychological assessment and intervention method based on the psychological intervention cabin described in the first to sixth embodiments, which is used to find an intervention procedure suitable for visitors and continuously adjust the intervention procedure during the intervention procedure to achieve the optimization purpose.

In this embodiment, a school is used as a background, the psychological intervention cabin is arranged in a school area, academic achievements and emotional indexes of students are used as criteria for judging whether a psychological intervention process is successful, an ideal state is that the academic achievements are good and the emotional indexes are healthy, in addition, for convenience in description, an X-axis coordinate in a multi-dimensional coordinate system is used as the emotional index, and other dimensional coordinates are respectively used as the academic achievements. The psychological assessment and intervention method comprises the following steps:

the method comprises the following steps: acquiring background data of each individual of a target group, wherein the background data comprises various physiological index parameters and/or psychological index parameters; establishing a multi-dimensional coordinate system, wherein each dimension of the coordinate system represents an index parameter, and describing a multi-dimensional state point of each individual of a target group according to the index parameter of each individual of the target group, wherein all the multi-dimensional state points form a state probability distribution map which is stored in a central database;

in the embodiment, multi-student achievement and emotion index values of all students in a school are collected, multi-dimensional state points of each student are formed, the multi-dimensional state points of each student are described in a coordinate system, a state probability distribution map is finally formed, and the state probability distribution map is stored in a central database;

specifically, the multidimensional academic achievements collected in the step can include learning achievements of multiple courses, the emotion index value can be obtained by teachers and/or parents in a questionnaire score mode, a coordinate system is established by the multi-student academic achievements and the emotion index value of students, and the multidimensional state points formed by each student are depicted in the established coordinate system to form a probability state distribution map based on background data collection;

step two: at least one growth curve is calculated between the multidimensional state point and the ideal state point of each student, and the calculation method comprises the following steps: in the direction from the initial state point to the ideal state point, under the condition of equal step length, successively searching the state with the maximum peripheral probability distribution, and gradually extending and developing along the direction of the state point with the maximum probability distribution to obtain at least one path with the final position being in the ideal state area;

the ideal state point may be one of points in an ideal state region, that is, due to the relationship of probability distribution, regions within a certain threshold range near the optimal state point are all divided into ideal state regions, and points located in the regions may be referred to as ideal state points.

Step three: sequencing at least one path obtained by the calculation, and selecting an optimal path from the paths, wherein the sequencing and selecting standard is that the total length of the path is shorter, and the path is more optimal;

step four: after a visitor enters the psychological intervention cabin, acquiring relevant indexes of the visitor through a data acquisition module to obtain a current emotion index value of the visitor, transmitting the current emotion index value to a memory unit in a data processing module, establishing a multi-dimensional initial state point related to the visitor, and matching the multi-dimensional initial state point with a multi-dimensional state point in a state probability distribution map in the central database through an operation unit to find a closest matching point;

considering that students have little fluctuation of academic achievements in a short time, a current multidimensional initial state point related to visitors is established according to the corresponding original academic achievements in the central database and the currently acquired emotion index values;

step five: finding out an optimal path from the matching point to an ideal state area according to the matched matching point, wherein the path is used for guiding the psychological intervention process of the visitor;

step six: calling corresponding physiological index parameters according to a plurality of state points on the optimal path, sequentially searching the intervention direction from the physiological index parameter of the previous state point to the physiological index parameter of the next state point from the physiological index parameter of the initial state point, and implementing related actions specified by the corresponding intervention flow;

step seven: after the visitor is intervened for a period of time delta t according to the psychological intervention flow corresponding to the optimal path, the data acquisition module acquires data of the visitor again, compares the acquired data with data corresponding to the corresponding standard state point on the optimal path at the moment, if the comparison of the two groups of data is within the threshold range, continues on the intervention path in the step six, and if the deviation of the two groups of data exceeds the threshold, enters the step eight;

step eight: and calculating the distance between the deviated state point and the ideal state point and the distance between the deviated state point and the ideal state point, returning to the expected state point, and the ideal state point, comparing the distances between the deviated state point and the expected state point, selecting the shortest path to continuously intervene, and repeating the method until the ideal state point is reached.

And in the intervention process, continuously acquiring physiological index parameters of the visitor, comparing the acquired real-time physiological index parameters with the ideal physiological index parameters in the intervention stage, judging whether deviation occurs or not, if the deviation occurs, continuing intervention on the original path, and if the deviation occurs, reevaluating through the calculation method in the step eight to generate a new intervention path. The adjusting method continues to the end of the whole psychological intervention process, and different optimal solutions suitable for different individuals can be selected for different visitors through the method for continuously adjusting the intervention process, so that the problem is solved efficiently.

In the fourth step, after the data acquisition module finishes acquiring the indexes of the visitor, the operation unit of the data processing module firstly checks the integrity of the acquired data required by each dimension of the visitor, and if the integrity reaches a preset standard, the operation unit establishes a multi-dimensional state point about the visitor and matches the multi-dimensional state point of the visitor; if the integrity does not reach the preset standard, returning to the data acquisition module to continue acquiring the relevant missing information until the integrity reaches the preset standard.

In addition, after the intervention procedure in the step eight is finished, the visitor needs to enter an enabling area for enabling operation, and the enabling operation enables the visitor through an acousto-optic electromagnetic method; wherein, the acoustic method mainly comprises the effective intervention of the subconscious of the visitor by playing some inspirational words, playing music or special sound wave signals through a microphone; the optical method includes embedding a specific pattern in an image or illumination pattern, subconsciously hypnotizing or inducing visitors; the electromagnetic method comprises transcranial electrical stimulation and transcranial magnetic stimulation, and is mainly characterized in that electrodes or electromagnetic units are attached to the head in a contact or non-contact mode, modulated electric or magnetic signals are sent to the brain, and the modulated signals influence the operation of the cerebral cortex and influence the consciousness or psychological state of visitors; the chemical method comprises the steps of enabling the brain to generate special feelings or induce and solidify a specific memory by spreading or spraying certain chemical molecules, optimizing, strengthening and even achieving the effect which cannot be achieved by other intervention means by means of special positions of olfactory bulbs and olfactory nerves in the brain, and if the released chemical molecules are neurotransmitters (exogenous or endogenous), the chemical molecules can participate in the discharge conduction of neurons to directly change the thinking operation mode of the brain.

It should be understood that the present embodiment is only in the context of school, and exemplarily describes the detailed principles of the psychological assessment and intervention method provided by the present invention, and the psychological intervention cabin provided by the present invention can also be used in other public areas, such as drug rehabilitation facilities, enterprises and public institutions, etc., which are different from schools in terms of different groups of people, and therefore different parameter values are selected when establishing the multidimensional coordinate system, but the basic processes used are the same.

The above-mentioned detailed description of the independent space-based intelligent psychological assessment and intervention system and method provided by the present invention is provided, and the structure and the working principle of the present invention are explained by applying specific examples, and the description of the above-mentioned embodiments is only used to help understanding the method and the core idea of the present invention. It should be noted that, for those skilled in the art, it is possible to make various improvements and modifications to the present invention without departing from the principle of the present invention, and those improvements and modifications also fall within the scope of the claims of the present invention.