CN106295184B - Intelligent wearable device for emotion rehabilitation - Google Patents

Abstract

An embodiment of the present invention provides an intelligent wearable device for emotional rehabilitation, the device includes: the intelligent device receives the user's treatment plan information, and transmits the treatment plan information to the controller of the nasal side applicator, and the treatment plan The information is formulated based on the results of the empathy test; the smart device also provides the user with sensory stimulation at the conscious level and the subconscious level; the nasal drug delivery device is used to provide the user with the information of the treatment plan when the smart device provides sensory stimulation to the user. Oxytocin is injected into the user's nose. The smart device of this solution provides users with stimulation at the conscious and subconscious levels, and at the same time injects oxytocin into the nose to mobilize the empathic nuclei in the user's brain to activate corresponding neuronal activities and reshape the brain's empathy The ability to restore the user's symptoms of lack of empathy and emotional indifference, that is, let the user form a conditioned empathy ability to increase the level of empathy, so as to achieve the effect of emotional recovery.

Description

Smart Wearables for Emotional Healing

technical field

The invention relates to the technical field of emotional rehabilitation, in particular to an intelligent wearable device for emotional rehabilitation.

Background technique

Due to the uneven distribution of resources in the process of social development, the main labor force in the family seeks livelihood opportunities in areas with richer resources, leaving behind the children and the elderly in the family. The emotional indifference of left-behind children due to the lack of family experience in their early years will not only affect personal interpersonal communication and family harmony, but also have a potential adverse impact on social harmony. Not only left-behind children, but also a large part of the society who have psychological problems of emotional apathy due to improper family education, these people often also face a series of interpersonal problems. Except carrying out traditional psychological counseling for such psychological problems, there are currently no effective treatment measures and treatment equipment.

The manifestations of emotional apathy are mainly the alienation of relatives and friends and the reduction of empathy. Compared with mental problems such as depression or schizophrenia, which are of great concern to the society, apathy is not serious enough, but it has an important impact on personal happiness index and quality of life.

Although currently existing implementations include transcranial magnetic stimulation and drug therapy.

However, transcranial magnetic stimulation is a technology that acts on the central nervous system through a pulsed magnetic field, changes the membrane potential of cortical nerve cells, and generates induced currents to affect brain metabolism and neuroelectric activity. It is used to improve insomnia and inattention. , depression and other psychological problems. Although the treatment method of transcranial magnetic stimulation is non-invasive, it needs to be operated by professionals, and it is complicated to use and inconvenient to carry. And also can produce uncomfortable feeling when using. So far, no research has shown that it can be used to enhance empathy.

Drug treatment is to allow patients to take drugs such as paroxetine and fluvomin to treat depression or obsessive-compulsive disorder, but these drugs will damage the human kidney to some extent, and are prone to drug addiction.

Contents of the invention

An embodiment of the present invention provides an intelligent wearable device for emotional rehabilitation, so as to solve the technical problem that the emotional apathy problem in the prior art cannot be effectively treated. The device includes: an intelligent device for receiving the user's treatment plan information, and transmitting the treatment plan information to the controller of the nasal side applicator, wherein the treatment plan information is based on the user's empathy test The results are formulated; the smart device is also used to provide the user with sensory stimulation at the conscious and subconscious levels; Injects oxytocin into the user's nose with the aforementioned treatment plan information.

In one embodiment, the smart device includes: a communication module, configured to provide auditory stimulation and visual stimulation to the user through real-time video communication between the user and relatives and friends.

In one embodiment, the smart device further includes: a display module, which is used to alternately present landscape photos and emotional photos of relatives and friends to the user. Stimuli at the conscious level and stimuli at the subconscious level.

In one embodiment, the display module is specifically used to alternately present landscape photos and emotional photos of relatives and friends when stimulating the conscious level, the emotional photos of relatives and friends are presented for 1 second, and the landscape photos are presented for 100 milliseconds; When the level of stimulation was stimulated, landscape photos and emotional photos of relatives and friends were presented alternately. The emotional photos of relatives and friends were presented for 10 milliseconds, and the landscape photos were presented for 100 milliseconds.

In one embodiment, the smart device is a smart phone or smart glasses.

In one embodiment, the smart phone includes: a testing module, configured to conduct an empathy test on the user, and obtain the empathy test result.

In one embodiment, when the smart device is a smart phone, the above-mentioned smart wearable device for emotional rehabilitation also includes: a heart rate detector, which is used to collect the user's heart rate data in real time, and send the collected heart rate data to The controller of the nasal applicator; the controller of the nasal applicator is used to adjust the dosage and frequency of injecting oxytocin into the user's nose according to the heart rate data.

In one embodiment, the heart rate detector is also used to send the collected heart rate data to the controller of the nasal side applicator; the smart phone also includes: a first data transmission module, used for The controller of the nasal drug delivery device acquires the heart rate data, sends the heart rate data to a data analysis device, receives the first drug administration adjustment information sent by the data analysis device, and adjusts the first drug administration The information is sent to the controller of the nasal applicator, wherein the first drug administration adjustment information is obtained according to the analysis of the heart rate data; the controller of the nasal applicator is also used to The first administration adjustment information adjusts the dosage and frequency of injecting oxytocin into the user's nose.

In one embodiment, the smart glasses are specifically used to alternately present landscape photos and emotional photos of relatives and friends on the side of the user's competitive eye to stimulate consciousness; alternately present landscape photos on the user's competitive eye Emotional photos with relatives and friends for subconscious stimulation.

In one embodiment, the smart glasses include: a data collection module for collecting the user's pupil changes and eye movements in real time; a second data transmission module for sending the pupil changes and eye movements to data analysis device, receiving the second dosage adjustment information sent by the data analysis device, and sending the second dosage adjustment information to the controller of the nasal applicator, wherein the second dosage adjustment information is According to the pupil change and eye movement analysis; the controller of the nasal side applicator is also used to adjust the dosage and frequency of injecting oxytocin into the user's nose according to the second administration adjustment information.

In the embodiment of the present invention, the user's treatment plan information formulated according to the empathy test results is obtained through the smart device, and while the smart device provides the user with sensory stimulation at the conscious level and the subconscious level, through the nasal side The drug delivery device injects oxytocin into the nose of the user according to the information of the treatment plan. Since the processing and formation of human emotions and cognition come from the conscious level and the subconscious level, the smart device provides the user with information on these two levels to Stimulation at the conscious level and subconscious level is formed, and at the same time combined with nasal injection of oxytocin, mobilizes the nuclei in the user's brain that perform empathy functions and activates corresponding neuron activities, allowing the brain to reshape the empathy ability to restore the user's empathy. Symptoms of lack of empathy and emotional indifference, that is, to allow users to form a conditioned empathy ability to increase the level of empathy, so as to achieve the effect of emotional recovery.

Description of drawings

The drawings described here are used to provide further understanding of the present invention, constitute a part of the application, and do not limit the present invention. In the attached picture:

Fig. 1 is a structural block diagram of a smart wearable device for emotional rehabilitation provided by an embodiment of the present invention;

Fig. 2 is an information explanatory diagram for stimulating personal consciousness level and subconscious level provided by the embodiment of the present invention;

Fig. 3 is a schematic diagram of a specific smart wearable device for emotional rehabilitation provided by an embodiment of the present invention;

Fig. 4 is a schematic structural diagram of a smart wearable device for emotional rehabilitation provided by an embodiment of the present invention;

Fig. 5 is a work flow chart of a smart wearable device for emotional rehabilitation provided by an embodiment of the present invention.

Detailed ways

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be described in further detail below in conjunction with the embodiments and accompanying drawings. Here, the exemplary embodiments and descriptions of the present invention are used to explain the present invention, but not to limit the present invention.

In an embodiment of the present invention, a smart wearable device for emotional rehabilitation is provided, as shown in Figure 1, the device includes:

The smart device 101 is configured to receive the user's treatment plan information, and transmit the treatment plan information to the controller of the nasal applicator, wherein the treatment plan information is formulated according to the user's empathy test results ;

The smart device 101 is also used to provide the user with sensory stimulation at the conscious and subconscious levels;

The nasal applicator 102 is used to inject oxytocin into the user's nose according to the treatment plan information when the smart device provides sensory stimulation to the user.

As can be seen from Figure 1, in the embodiment of the present invention, accurate information about the user's treatment plan based on the empathy test results is obtained through the smart device, and the smart device provides the user with sensory information at the conscious and subconscious levels. At the same time of stimulation, oxytocin is injected into the user's nose through the nasal side applicator according to the treatment plan information. Since the processing and formation of people's emotions and cognition come from the conscious level and subconscious level, the smart device provides the user with this The two levels of information form the stimulation of the conscious level and the subconscious level. At the same time, combined with nasal injection of oxytocin, it mobilizes the nuclei in the user's brain that perform empathy functions and activates the corresponding neuron activities, allowing the brain to reshape empathy The ability to restore the user's symptoms of lack of empathy and emotional indifference, that is, let the user form a conditioned empathy ability to increase the level of empathy, so as to achieve the effect of emotional recovery.

When implementing it, a large number of brain science experiments have shown that the generation of empathy also has a material basis. The neuron activity in a specific part of our brain will cause us to feel sympathy and pity for our relatives, friends and even strangers. The activity of the cell is regulated by a neurotransmitter - oxytocin. Nasal administration of OXT (that is, oxytocin) can enhance empathy. Therefore, the hot inventor proposes to use smart devices to provide senses at the conscious and subconscious levels. Stimulation (mainly auditory stimulation and visual stimulation), combined with nasal administration of oxytocin to improve people’s empathy level, achieve a conditional enhancement effect on the empathy ability of the brain to achieve the purpose of emotional rehabilitation , to improve the difficult state of interpersonal communication caused by emotional apathy, for special groups (such as left-behind children) who have emotional indifference due to social and family reasons, it can restore the intimate relationship with relatives and friends, improve interpersonal relationships, and increase personal happiness index.

During specific implementation, in order to achieve a comprehensive and three-dimensional therapeutic effect, the smart wearable device for emotional rehabilitation of the present invention can provide two rehabilitation programs, one is rehabilitation treatment based on real-time communication with relatives and friends, and the other is personal awareness and Rehabilitation at the subconscious level.

In specific implementation, in the rehabilitation treatment under the condition of real-time communication with relatives and friends, the above-mentioned smart device includes: a communication module, which is used to provide auditory stimulation and visual stimulation to the user through real-time video communication between the user and relatives and friends. Specifically, when the user makes a video call with his relatives and friends, the oxytocin is given to the user's nose through the nasal side applicator, realizing rehabilitation treatment based on a real-time visual and auditory stimulation. This communication condition Under the rehabilitation treatment can be interactive, so it can more realistically restore the process of interpersonal communication to achieve a better treatment effect. This real-time communication can be carried out using both smartphones and smart glasses.

During specific implementation, in the rehabilitation training at the level of personal consciousness and subconscious level, the smart device also includes: a display module, which is used to alternately present landscape photos and emotional photos of relatives and friends to the user, by presenting landscape photos and emotional photos of relatives and friends The duration of the photos is different, stimulating the user's conscious level and subconscious level respectively. Specifically, some emotional photos of relatives and friends, such as negative emotional photos of relatives and friends being stabbed by needles, positive emotional photos of relatives and friends laughing, etc. These emotional photos are repeatedly presented in the use of some landscape photos without people In front of the eyes of the reader, the time interval between the two kinds of photos is different, and the stimulation at the conscious level and the subconscious level can be respectively carried out.

Specifically, as shown in Figure 2, the display module is specifically used to alternately present landscape photos and emotional photos of relatives and friends when stimulating the consciousness level, the emotional photos of relatives and friends are presented for 1 second, and the landscape photos are presented for 100 milliseconds; When stimulating at the subconscious level, landscape photos and emotional photos of relatives and friends were presented alternately. The emotional photos of relatives and friends were presented for 10 milliseconds, and the landscape photos were presented for 100 milliseconds.

Specifically, the function of the display module can be realized through an APP (i.e. client application software), that is, an APP for empathy rehabilitation. Emotional photos with relatives and friends are presented alternately in front of the user.

During specific implementation, in order to conveniently provide the user with sensory stimulation at the conscious level and the subconscious level, in this embodiment, the smart device may be a smart phone or smart glasses. Specifically, as shown in Figure 3, when the smart device is a smart phone 301, the signal output port of the smart phone is connected to the signal input interface of the controller of the nasal side applicator, and the nose is connected to the nose during real-time communication and personal rehabilitation training. side drug delivery device is controlled; when the smart device is smart glasses 302, the output port of the smart glasses is connected to the signal input interface of the controller of the nasal side drug delivery device, so that the smart glasses can control the nasal side drug delivery device The dosage of the drug is controlled. The nasal applicator, as shown in FIG. 3 , is mainly composed of an ear hook 3031 , a controller 3032 , a medicine storage bag 3033 and a medicine nozzle 3034 . On the one hand, the controller 3032 can accept the signal from the smart device to adjust the dosage; on the other hand, it can accept the data from the heart rate detector, and the built-in chip can simply analyze the heart rate data, and then adjust it. Dosage.

During specific implementation, when the above-mentioned smart device is a smart phone, the smart phone includes: a test module configured to conduct an empathy test on the user to obtain the empathy test result. Specifically, this test module is used to evaluate the user's emotional problems before emotional rehabilitation treatment, for example, by designing some professional empathy assessment questionnaires and personality tests to achieve empathy detection, the user's empathy test As a result, it is convenient for the doctor or expert to formulate the user's treatment plan information according to the empathy test result, and the treatment plan information may include the dosage of oxytocin, the frequency of administration, and the frequency of providing sensory stimulation to the user. Specifically, the function of the test module can be realized through an APP, that is, an empathy detection APP, and the empathy detection for users can be performed by installing the empathy detection APP on a smart phone.

During specific implementation, in the process of emotional rehabilitation, in order to realize real-time adjustment of drug administration according to the user's changes and achieve accurate emotional rehabilitation treatment effects, in this embodiment, as shown in Figure 3, when the above-mentioned smart device is In the case of a smart phone, the above-mentioned smart wearable device for emotional rehabilitation also includes: a heart rate detector 304, which is used to collect the user's heart rate data in real time, and send the collected heart rate data to the controller of the nasal drug delivery device The controller of the nasal side applicator is used to adjust the dosage and frequency of injecting oxytocin into the user's nose according to the heart rate data.

During specific implementation, in order to further achieve accurate emotional rehabilitation treatment effects, in this embodiment, the heart rate detector is also used to send the collected heart rate data to the controller of the nasal side applicator; The mobile phone also includes: a first data transmission module, used to obtain the heart rate data from the controller of the nasal side applicator, and send the heart rate data to a data analysis device (for example, the data analysis device can be a hospital A data analysis device, on which a doctor or an expert analyzes and determines the dosage and frequency of the user’s oxytocin administration according to the heart rate data collected in real time), and receives the first administration adjustment sent by the data analysis device information, sending the first drug administration adjustment information to the controller of the nasal side drug delivery device, wherein the first drug delivery adjustment information is obtained according to the analysis of the heart rate data; the nasal side drug delivery The controller of the device is further configured to adjust the dosage and frequency of injecting oxytocin into the user's nose according to the first administration adjustment information.

During specific implementation, when performing rehabilitation training at the level of personal consciousness and subconsciousness, when the smart device is smart glasses, the smart glasses are specifically used to alternately present landscape photos and emotional photos of relatives and friends on the side of the user's competitive advantage eye , to stimulate the conscious level; to alternately present landscape photos and emotional photos of relatives and friends on the user's competitively weak eye side, to stimulate the subconscious level. Specifically, when stimulating the eye side of the competitive advantage at the conscious level, the emotional photos of relatives and friends were presented for 1 second, and the landscape photos were presented for 100 milliseconds; milliseconds, landscape photos render in 100 milliseconds. That is, when using smart glasses, it is possible to stimulate both the conscious level and the subconscious level at the same time, and use the human dominant eye effect to perform conscious level stimulation on the competitively dominant eye side, while the competitively disadvantaged eye performs subconscious level stimulation.

During specific implementation, in order to further achieve accurate emotional rehabilitation treatment effects, in this embodiment, the smart glasses include: a data collection module for real-time collection of pupil changes and eye movements of the user; a second data transmission module, It is used to send the pupil change and eye movement to the data analysis device, receive the second drug administration adjustment information sent by the data analysis device, and send the second drug administration adjustment information to the nasal side applicator. The controller, wherein the second drug administration adjustment information is obtained according to the pupil change and eye movement analysis; the controller of the nasal side applicator is also used to adjust the The amount and frequency of oxytocin injected into the user's nose.

During specific implementation, it can be seen from Figure 3 that the smart wearable device for emotional rehabilitation of the present application is mainly composed of three parts: a physiological data collection system, a smart device, and a nasal applicator. Specifically, as shown in FIG. 4 , the physiological data collection system 401 includes a heart rate detector 304 and smart glasses 302 . The data of the heart rate detector 304 can be directly transmitted to the controller of the nasal drug delivery device, so as to perform real-time drug delivery control according to the user's heart rate. The smart glasses 302 can collect the user's eye movement and pupil response data, which are good indicators for interpreting human emotions. The smart glasses can transmit these eye movement and pupil response data to the hospital, allowing doctors to use these eye movements and pupil response data. Pupillary response data to adjust dosing.

Smart devices 402 include smart glasses 302 and smart phones 301 . The function of the smart glasses 302 is to provide visual stimulation, and to carry out video communication with relatives and friends as a communication device. During rehabilitation training, pupil changes and eye movements can also be detected. Send the obtained data to the hospital, and also control the administration of the drug delivery device.

The main function of Smartphone 301 is to test the user's empathy at the very beginning, through an empathy testing APP. The design of this APP involves some professional empathy assessment questionnaires and personality tests. Visual stimulation for rehabilitation training and rehabilitation treatment under the state of communication. In addition, the heart rate and empathy detection results are sent to the hospital while the drug delivery controller is regulated.

Nasal applicator 403 is made up of controller 3032 , ear hook 3031 , medicine storage bag 3033 and medicine nozzle 3034 . The controller 3032 receives the signals from the heart rate monitor 304, the smart glasses 302 and the smart phone 301 to adjust the caliber of the drug nozzle so as to adjust the drug dosage.

During specific implementation, as shown in Figure 5, the working method of the above-mentioned smart wearable device for emotional rehabilitation includes the following steps:

First, when the smart device is a smart phone, the test module of the smart phone is used to detect the empathy of the user, and the result of the empathy test is used to evaluate the user's emotional problems, so as to formulate a specific treatment plan for rehabilitation training; Smart devices are not smart phones, and other devices can also be used to detect empathy for users. Smart devices only need to obtain information about the user's treatment plan. Then, carry out emotional rehabilitation according to the information of the treatment plan, through two training programs, which are rehabilitation treatment based on real-time communication with relatives and friends and personal consciousness and subconscious rehabilitation training. The principle of emotional rehabilitation is to achieve visual and auditory stimulation at the conscious and subconscious levels through smart devices, and at the same time cooperate with the nasal administration of a brain neurotransmitter (oxytocin) that is closely related to interpersonal relationships. Ability to achieve a conditional reinforcement effect. While recovering emotionally, the user's physiological indicators are collected, such as heart rate, eye movement and pupil changes. The latter two indicators can only be carried out by wearing smart glasses. These physiological indicators are transmitted to hospital experts for analysis through communication devices such as smartphones or smart glasses, and information on drug adjustments is obtained. Combining the signal input of the heart rate detector and the smart device to the controller of the nasal drug delivery device for feedback adjustment, so that the controller can adjust the dosage and frequency of drug administration to the user.

In the embodiment of the present invention, the user's treatment plan information formulated according to the empathy test results is obtained through the smart device, and while the smart device provides the user with sensory stimulation at the conscious level and the subconscious level, through the nasal side The drug delivery device injects oxytocin into the nose of the user according to the information of the treatment plan. Since the processing and formation of human emotions and cognition come from the conscious level and the subconscious level, the smart device provides the user with information on these two levels to Stimulation at the conscious level and subconscious level is formed, and at the same time combined with nasal injection of oxytocin, mobilizes the nuclei in the user's brain that perform empathy functions and activates corresponding neuron activities, allowing the brain to reshape the empathy ability to restore the user's empathy. Symptoms of lack of empathy and emotional indifference, that is, to allow users to form a conditioned empathy ability to increase the level of empathy, so as to achieve the effect of emotional recovery.

Obviously, those skilled in the art should understand that each module or each step of the above-mentioned embodiments of the present invention can be implemented by a general-purpose computing device, and they can be concentrated on a single computing device, or distributed among multiple computing devices. Optionally, they may be implemented in program code executable by a computing device, thereby, they may be stored in a storage device to be executed by a computing device, and in some cases, may be implemented in a code different from that described herein The steps shown or described are executed in sequence, or they are fabricated into individual integrated circuit modules, or multiple modules or steps among them are fabricated into a single integrated circuit module for implementation. Thus, embodiments of the invention are not limited to any specific combination of hardware and software.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, various modifications and changes may be made to the embodiments of the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (9)

1. a kind of intelligent wearable device for emotion rehabilitation, which is characterized in that including：

Smart machine, the therapeutic scheme information for receiving user, and the therapeutic scheme information is transferred to nasal side administration The controller of device, wherein the therapeutic scheme information is formulated according to the total feelings test result of user；

The smart machine is additionally operable to provide the stimulus to the sense organ of consciousness level and subconsciousness level to user；

The nasal side delivery device is used for when the smart machine provides stimulus to the sense organ to user, according to the therapeutic scheme Information injects oxytocins into the nose of user；

When the smart machine is smart mobile phone, the above-mentioned intelligent wearable device for emotion rehabilitation further includes：

Heart rate measuring instrument, in real time acquire user heart rate data, by the heart rate data of acquisition be sent to the nasal side to The controller of medicine device；

The controller of the nasal side delivery device injects oxytocins for being adjusted according to the heart rate data into the nose of user Dosage and frequency.

2. being used for the intelligent wearable device of emotion rehabilitation as described in claim 1, which is characterized in that the smart machine, Including：

Communication module, for providing auditory stimulation and vision to user by way of user and kith and kin's live video communication Stimulation.

3. being used for the intelligent wearable device of emotion rehabilitation as described in claim 1, which is characterized in that the smart machine, Further include：

Display module, for user alternately present picture with scenes and kith and kin mood photo, by present picture with scenes and The duration of the mood photo of kith and kin is different, carries out the stimulation of the stimulation and subconsciousness level of consciousness level to user respectively.

4. being used for the intelligent wearable device of emotion rehabilitation as claimed in claim 3, which is characterized in that the display module, Specifically for the mood photo of picture with scenes and kith and kin in the stimulation of the consciousness of progress level, is alternately presented, the mood of kith and kin is shone Piece is presented 1 second, and picture with scenes is presented 100 milliseconds；When carrying out the stimulation of subconsciousness level, picture with scenes and parent is alternately presented The mood photo of the mood photo of friend, kith and kin is presented 10 milliseconds, and picture with scenes is presented 100 milliseconds.

5. being used for the intelligent wearable device of emotion rehabilitation according to any one of claims 1 to 4, which is characterized in that institute It is smart mobile phone or intelligent glasses to state smart machine.

6. being used for the intelligent wearable device of emotion rehabilitation as claimed in claim 5, which is characterized in that the smart machine is When smart mobile phone, the smart mobile phone, including：

Test module obtains the feelings test result altogether for carrying out total feelings test to user.

7. being used for the intelligent wearable device of emotion rehabilitation as described in claim 1, which is characterized in that the heart rate detection Instrument is additionally operable to for the heart rate data of acquisition to be sent to the controller of the nasal side delivery device；

The smart mobile phone further includes：

First data transmission module, for obtaining the heart rate data from the controller of the nasal side delivery device, by the heart rate Data are sent to data analysis equipment, the first administration adjustment information that the data analysis equipment is sent are received, by described first Administration adjustment information is sent to the controller of the nasal side delivery device, wherein the first administration adjustment information is according to What heart rate data was analyzed；

The controller of the nasal side delivery device is additionally operable to be adjusted into the nose of user according to the first administration adjustment information Inject the dosage and frequency of oxytocins.

8. being used for the intelligent wearable device of emotion rehabilitation as claimed in claim 5, which is characterized in that the smart machine is When intelligent glasses, the intelligent glasses are specifically used for the competitive advantage eye top-cross in user for presentation picture with scenes and kith and kin Mood photo, carry out the stimulation of consciousness level；In the competition weak tendency eye top-cross of user for picture with scenes and kith and kin are presented Mood photo carries out the stimulation of subconsciousness level.

9. being used for the intelligent wearable device of emotion rehabilitation as claimed in claim 5, which is characterized in that the smart machine is When intelligent glasses, the intelligent glasses, including：

Data acquisition module, the pupil variation for acquiring user in real time and eye movement；

Second data transmission module receives the data for pupil variation and eye movement to be sent to data analysis equipment The second administration adjustment information that analytical equipment is sent, the control that adjustment information is sent to the nasal side delivery device is administered by described second Device processed, wherein the second administration adjustment information is obtained according to pupil variation and eye movement analysis；

The controller of the nasal side delivery device is additionally operable to be adjusted into the nose of user according to the second administration adjustment information Inject the dosage and frequency of oxytocins.