KR101665310B1 - System and method for providing therapy based on smart space - Google Patents

Abstract

The present invention relates to a smart space-based therapy providing system and method, and more particularly, to a technique for improving the quality of life by applying therapy knowledge to a sleeping / resting space.
According to an aspect of the present invention, there is provided a smart space-based therapy providing system including a collection unit, an analysis unit, a reception unit, a control unit, and a feedback unit.

Description

TECHNICAL FIELD [0001] The present invention relates to a smart space-based therapy providing system and method,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a smart space control technique, and more particularly, to a smart space-based therapy providing system and method capable of adjusting the environment on a space to provide healing and rest to an individual.

The present invention was derived from a research carried out as part of the research process of the IT / SW creation of 2013 of the future creation science department and the information and communication industry promotion institute [assignment number: H0502-13-1088, Development].

Conventional lighting systems consist of systems capable of turning on / off the switch or dimming the illumination to provide illumination to a person, so that the human emotions or moods provide only an unconscious lighting environment.

In recent years, full-color LEDs have become popular, and I have found that people can feel different emotions, feelings, and moods with these color adjustments. Accordingly, much research has been conducted on how the illumination environment and color adjustment are affected, and there is a need for an emotional illumination control system capable of changing the mood of a person by adjusting the color of the illumination.

Accordingly, Korean Patent Laid-Open No. 10-2008-0083319 entitled "An illumination system for generating an artificial atmosphere, an imaging system, a control system, an image display method and a computer readable medium" However, since the system presented in the prior art provides only a system that responds according to a predefined script, it is possible to provide a system for generating a light based on a real reaction of emotions, feelings, Can not be controlled. In addition, although the brightness of the same illumination varies depending on the user, the prior art only provides a system that responds to the script, and thus the optimal service considering the user's emotional state, situation, etc. It can not be provided.

Korean Patent Publication No. 10-2008-0083319 (Registered Date: September 17, 2008)

It is an object of the present invention to provide a smart space-based therapy providing system and method that can improve the quality of life by applying therapy knowledge to a sleeping / resting space.

The present invention aims to provide a therapy for psychological stability and stress relief and provide a personalized therapy service.

An object of the present invention is to provide a personalized therapy service considering state information, environment information, and spatial information of a user.

An object of the present invention is to produce an illumination atmosphere suitable for a user's emotional state by utilizing emotion expressed by a specific color.

According to an aspect of the present invention, there is provided a smart space-based therapy providing system including a collection unit, an analysis unit, a reception unit, a control unit, and a feedback unit.

The analyzer collects user information, environment information, and spatial information of a space in which the user is located. The analyzer analyzes the current status of the user using a weight given to each of the collected information, and the receiver Wherein the control unit receives therapy equalizer information corresponding to the analyzed current state from a therapy knowledge database, and the control unit controls a therapy apparatus corresponding to the therapy equalizer information based on the received therapy equalizer information, Monitors the state change of the user according to the control of the therapy apparatus and automatically feedbacks the therapy equalizer information according to the state change.

The receiver may receive previous therapy equalizer information corresponding to the similar situation if the similar situation exists after confirming whether or not there is a situation similar to the analyzed current situation in the therapies knowledge database, The analysis unit calculates the fatigue index of the user by assigning weights according to the amount of activity of the user calculated using the location information of the user and analyzes the current situation of the user by supplementing the environment information with the calculated fatigue index .

The collecting unit collects, as the user information, state information including the user's emotion information, activity information, and bio-signal information, profile information including age, gender, and occupation information of the user, And collects season, temperature, humidity, illuminance, daylight quantity, weather, time, and noise information, and collects the type of space and usage information as the space information.

In addition, the control unit controls the illumination, the music reproduction apparatus, and the music vibration apparatus as the therapy apparatus corresponding to the therapy equalizer information, and controls the illuminance, brightness, saturation Color temperature and color of the music, controlling the genre, volume and sound of the music through the control of the music reproducing device, and controlling the intensity of the vibration through the control of the acoustic vibration device.

Meanwhile, the smart space-based therapy providing method according to an embodiment of the present invention may include a collecting step, an analyzing step, a receiving step, a controlling step, and a feedback step.

Wherein the collecting step collects user information, environment information, and spatial information of a space in which a user is located, and the analyzing step analyzes the current status of the user using a weight assigned to each of the collected information, Wherein the step of receiving the therapy equalizer information includes receiving therapy equalizer information corresponding to the analyzed current state from a therapy knowledge database and the controlling step controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information, The feedback step monitors the user's state change according to the control of the therapy device and automatically fine-tunes and adjusts the therapy equalizer information according to the state change.

In addition, the receiving step may check whether or not there is a situation similar to the analyzed current state in the therapies knowledge database, and then receive past therapy equalizer information corresponding to the similar situation when the similar situation exists Wherein the analyzing step includes calculating a fatigue index of the user by assigning a weight according to the amount of activity of the user calculated using the location information of the user and supplementing the environment information with the calculated fatigue index, You can analyze the situation.

The collecting may include collecting, as the user information, status information including the user's emotion information, activity information, and bio-signal information, profile information including age, gender, and occupation information of the user, As the environmental information, it is possible to collect season, temperature, humidity, illuminance, daylight quantity, weather, time, and noise information, and collect the kind of space and usage information as the space information.

In addition, the controlling step controls the illumination, the music reproducing device, and the sound oscillating device as the therapy device corresponding to the therapy equalizer information, and controls the illuminance, the brightness, the saturation, and the color temperature , The color is controlled, the genre, volume, and sound of the music are controlled through the control of the music reproduction apparatus, and the intensity of the vibration is controlled through the control of the sound vibration apparatus.

The present invention provides a smart space-based therapy providing system and method that can improve the quality of life by applying therapy knowledge to sleep / rest space.

The present invention provides a therapy for psychological stability and stress relief and provides an effect of providing a personalized therapy service.

INDUSTRIAL APPLICABILITY The present invention has the effect of providing a personalized therapy service considering state information, environment information, and spatial information of a user.

The present invention has an effect of producing an illumination atmosphere suitable for the user's emotional state by utilizing the emotion expressed by a specific color.

The present invention has an effect of continuously providing a personalized therapy service according to the environment changing in real time according to time and the emotional state of the user.

The present invention can control the illuminance, brightness, saturation, color temperature and color of the space where the user is located through the control of the illumination, as well as controlling the genre, volume, and sound of the music through the control of the music reproduction apparatus In addition, since it is possible to control the intensity of the vibration through the control of the acoustic vibration device, it is possible to provide a more optimal environment for the user to sleep / relax.

1 is a schematic block diagram of a smart space-based therapy providing system according to an embodiment of the present invention.
2 is a diagram illustrating a basic operation concept of a method of providing a smart space-based therapy according to an embodiment of the present invention.
3 is a schematic diagram illustrating a sequence diagram of a method of providing a smart space-based therapy according to an exemplary embodiment of the present invention.
4 is a flowchart illustrating a smart space-based therapy providing method according to an embodiment of the present invention.
5 is a schematic diagram illustrating a method of providing a smart space-based therapy according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. In the following description of the embodiments of the present invention, specific values are only examples.

The present invention relates to a smart space-based therapy providing system and method, and more particularly, to a technique for improving the quality of life by applying therapy knowledge to sleep / rest space.

first. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings, , Humidity, time, etc.) and spatial information (space information according to the type such as a café, a personal rest room, a toilet room, a toilet, a hospital, an office, a study room, a restaurant, a living room, The user needs to be aware of the necessary space), and then, the present invention aims to provide a personalized optimum therapy in a space where the user is located according to the current situation of the user.

That is, the present invention provides a personalized therapy service tailored to the current situation of a user in order to provide psychological stability, stress relief, and healing care to the user. For this purpose, Etc.), a music vibration device (for example, a device using acoustic vibration such as an electric bed), and the like. At this time, the present invention can control the illuminance, brightness, saturation, color temperature and color of the space where the user is located through the control of the lighting, and also controls the genre, volume, and sound of the music through the control of the music reproduction apparatus In addition, since it is possible to control the intensity of vibration through the control of the acoustic vibration device, it is possible to provide a more optimal environment for sleeping / resting to the user. In the present invention, , That is, the space where the user is located is referred to as a smart space.

First, the basic concept of the present invention will be schematically described with reference to FIG.

5 is a schematic diagram illustrating a method of providing a smart space-based therapy according to an embodiment of the present invention.

Referring to FIG. 5, the therapy providing system 100 of the present invention includes information on the user's emotional state information (anger, sadness, joy, fatigue, stress, etc.) from a portable terminal, a wearable device, (Pulse rate, body temperature, blood pressure, electrocardiogram, etc.), profile information (age, sex, occupation, hobby, weight, name Etc.) (S501) can be collected.

In addition, environmental information (current temperature, humidity, illuminance, amount of sunshine, weather, season, surrounding noise, etc.) of the space in which the user is located through the weather forecast of the weather station and a plurality of environmental sensors, (E.g., a sleeping space, a resting space, a cafe, a resort, a hotel, and the like) about the space information (S502). That is, the status information means environment information and spatial information about a space in which the user is located.

The analysis unit of the present invention analyzes the current situation of the user by comprehensively considering the user information, the environment information, and the spatial information collected in the steps S501 to S502, and the therapy providing system 100 analyzes the current state of the user The digital terapy smart space integration server 6 requests the therapy equalizer information corresponding to the situation information to the digital therapy smart space integration server 6 and the digital therapy smart space integration server 6 transmits the therapy equalizer information responsive to the request to the therapy providing system 100 (S503). At this time, the digital therapy smart space integration server 6 of FIG. 5 corresponds to the therapy management system 6 shown in FIG. 3 and FIG.

Then, the smart space control gateway 8 receives the therapy equalizer information according to the response, and controls the therapy device based on the received information (S504). In this case, the controlled therapy apparatuses include illumination, music reproduction apparatus, and sound vibration apparatus, and it is possible to control the brightness, saturation, and color temperature of the illumination, and to control the volume, genre, have. Therapy service is provided to the user according to the control of the therapy apparatus (S505), and the therapy providing system 100 monitors the user's state change according to the therapy service provided to the user in real time, It is possible to fine-tune the therapy equalizer in accordance with the change (S506), and to feedback the adjusted therapy equalizer information (S507). The description will be described later in more detail.

Hereinafter, the effects obtained by controlling the illumination, the music reproducing apparatus, the sound vibrating apparatus, etc., or the characteristics of the illumination therapy and the music therapy to provide the therapy service will be described.

First, the therapy effect through the control of illumination will be described. The LED, which is mainly used in illumination therapy, is a point light source, and it is possible to mix various light sources and control the color temperature. That is, since the LED can control the color temperature as it describes the movement of the sunlight according to the time of day, the user can improve the body rhythm.

The following shows the therapy effect by color of light. In other words, red helps to accelerate blood circulation, blue to help relieve inflammation, yellow to help motor nerve activation and nose cold, purple to suppress appetite and to help with obesity , Green is helpful for anticancer effect and gallstone disease, orange is effective for diabetes by increasing insulin secretion, blue is helpful for blood pressure lowering, daylight color is helpful for depression patients, blue color is helpful for psychological stability It is effective.

Also, to explain the psychological response or physical response of a person to a color in another respect, the red makes it excite and the blue makes it calm. Specifically, white can cause emotional beneficial effects such as purifying, balancing, fresh, and protection. Red can cause emotional beneficial effects such as stimulating, vitalizing, physical energy, stamina, and self-confidence, and red, in particular, , Which is known to be able to help the olfactory, visual, auditory, taste, tactile, and the like.

Also, citrus orange has the emotional beneficial effects of warming, energizing, creativity, productivity, optimism, enthusiasm, and joy. And yellow can stimulate mental activity and the digestive system and cause emotional beneficial effects such as joy, humor, creativity, and so on. In particular, yellow is known to be able to activate motor nerves and generate energy used in muscles. Green can cause emotional beneficial effects such as calming, soothing, balancing, harmony, communication, relaxation, acceptance, etc., Blue can cause emotional beneficial effects such as cooling, protection, antiseptic, calmness, and kindness. Violet can lead to emotional beneficial effects such as cleaning, intuition, and imagination, and purple is known to stimulate the spleen, brain and bone.

Therefore, the present invention can control the illumination to help the current state of the user by using the psychological reaction felt by a person by color or illumination therapy knowledge as described above. In addition, in the present invention, in addition to the color of the illumination, it is possible to control the illuminance, the brightness, the saturation, the color temperature, and the like in a variety of ways. It is possible to automatically fine-tune and feedback the therapy equalizer information according to the change of the state of the user by monitoring the user's state change according to the change of the state of the user. have.

To explain the therapy effect through the control of the music reproducing apparatus, the music therapy is a music therapy or a music therapy using melody, harmony, rhythm, etc., As a field, the music therapy can be used to stimulate the balance of the mind by continuously listening to the sounds of nature (for example, sounds in the forest, sounds in the rain, sounds in the waves, sounds in the water, It is based on the principle of maintaining natural rhythm and improving natural healing power.

Such music therapies are known to help control stress to the general public as well as preventive medical aspects such as blood pressure stabilization, concentration, smoking cessation, constipation, depression, skin care, pain and tension relief, diet, stroke, cancer and dementia .

Music therapy can be used to induce certain types of EEG. For example, alpha waves (8 to 14 cycles per second) appear in a relaxed state like meditation, helping to relieve stress and improve concentration. Beta waves (14 to 30 cycles per second) appear when you are active, such as in tension or excitement, which helps to improve your mobility. Theta waves (4-8 cycles per second) appear in the sleeping or shallow sleep state and help to draw insight or creative ideas. A delta wave (0.5 to 4 cycles / sec) appears in deep sleep or coma, which helps to heal the mind and body.

Therefore, it is possible to control the music reproducing apparatus to help the current state of the user based on the above-described music therapy knowledge. More specifically, based on music therapy knowledge, it is possible to control the genre of music, volume size, sound, and the like.

In the meantime, in the present invention, an acoustic vibration device that can be controlled as a therapy device will be described. The acoustic vibration device may mean a woofer or the like, which is a low-band speaker. Examples of emphasizing therapy include a sound therapy electric bed It may mean the same device. In recent years, a bed has been introduced that can absorb a certain part of the body by converting the sound into a vibrating bodily sensation while listening to music. Such a sound vibrating device is ultimately obtained through the advantages of sound therapy and the effect of vibration There is an effect that the relaxation effect of the human body is increased. Further, in the present invention, a bed, a chair, etc., which are provided with a woofer speaker in a chair, a bed, and the like, and which can provide therapy using acoustic vibration, can be referred to as an acoustic vibration device.

Therefore, in order to provide a customized therapy to a user, it is possible to control therapy devices such as an illumination, a music reproducing device, and an acoustic vibration device based on the therapy equalizer information corresponding to the current situation of the user. A more detailed description thereof will be described below.

1 is a schematic block diagram of a smart space-based therapy providing system according to an embodiment of the present invention.

1, a smart space-based therapy providing system 100 according to an embodiment of the present invention includes a collection unit 110, an analysis unit 120, a reception unit 130, a control unit 140, 150).

The collection unit 110 collects user information, environment information, and spatial information of an area where the user is located.

At this time, the collecting unit 110 may collect, as user information, state information including user's emotion information, activity information, and bio-signal information, and profile information including information such as age, sex, and occupation of the user. More specifically, in the user information, the emotion information may be information indicating an emotional state such as depression, sadness, loneliness, joy, stress, tiredness, anger, etc. The activity information may be information on a user terminal Movement information, movement amount information, activity amount information, and exercise amount information using the positional information of the human body, and the bio-signal information may be an electrocardiogram (ECG), a pulse wave, a blood oxygen saturation concentration, Blood pressure, body temperature, and the like, and the profile information may be personal information of the user such as the user's age, sex, occupation, name, hobby, and weight.

At this time, in order to collect the user information as described above, a mobile communication terminal, a wearable device, a smart phone, a smart clock, smart glasses, and the like may be used. In addition, an RFID chip, a GPS module, and the like may be mounted on the user terminal to acquire information such as the amount of activity of the user. The profile information of the user can be input from the user through the mobile communication terminal carried by the user.

Also, the collecting unit 110 may collect information such as current temperature, humidity, illuminance, amount of sunshine, weather, season, and surrounding noise as environmental information. In this case, the environmental information may be environmental information in a space where the user is located, and the environmental information may be collected based on weather forecast information obtained from the Korea Meteorological Administration, or may be collected through measurement using a plurality of environmental sensors .

The collecting unit 110 may collect space information based on usage such as a café, a personal rest room, a steam room, a bathroom, a hospital, an office, or the like, or use-based space information such as a study room, a restaurant, . Also, the space information can be divided into a common space and a private space depending on whether it is a space used by a plurality of people or a space used by an individual. For example, the space information can be divided into a space, The space can be divided into a common space, a private space, which can be used alone, such as a room in a home, a room in a hotel where a person can stay alone in a resort, and a single room in a hospital. In the case of a personal space, it can be classified into a study room, a dining room, a living room, and the like. In the case of a common space, a space requiring concentration (for example, a library or an office) (For example, a hospital, a reception room, a conference room, etc.) and a space requiring comfort (for example, a hospital, a resort, a hotel, a skin care shop, etc.).

The analysis unit 120 analyzes the current status of the user using the weight given to each of the information collected by the collection unit 110. [

At this time, the analyzer 120 may calculate the user's fatigue, discomfort index, stress index, and the like using the information collected by the collecting unit 110.

More specifically, the collecting unit 110 may collect the location information of the user using the GPS information of the terminal held by the user, and the analyzing unit 120 may use the collected location information to determine whether the user moves Speed, distance and so on. In addition, the analysis unit 120 can analyze the activity information such as whether the user has moved to the vehicle, whether walking, running or cycling, by comprehensively analyzing the speed, distance, etc. using the location information , And fatigue can be measured by weighting each activity amount. For example, when the walking exercise is performed for one hour and the running exercise is performed for one hour, it can be judged that the exercise amount of the running exercise is more than the walking exercise. Therefore, the weight is given to the running exercise, It is possible to calculate that the fatigue of the running exercise is higher.

As another example, when the fatigue is calculated, the analysis unit 120 may track the position using a portable terminal (smart phone or the like) possessed by the user and calculate the total travel distance, and if the calculated travel distance exceeds a specific reference value In this case, it can be judged that fatigue is high. For example, if the user is traveling a lot (walking for 5 hours or more), the activity may be considered to be high. In such a case, the fatigue index can be regarded as 70 out of 100 points. (Walking for about 30 minutes), it can be seen that the activity is low. In this case, the fatigue index is 20 out of 100 points. Thus, fatigue can be calculated by assigning different weights to each situation.

In addition, the analysis unit 120 may calculate the fatigue by supplementing the context information extracted by the user on the SNS or the like based on the estimated amount of activity using the user's location information at the time of fatigue calculation. That is, when the user inputs the content of 'driving from Seoul to Busan' to the SNS or the like, the analysis unit 120 extracts context information of 'Seoul, Busan, driving and tired' By assigning a weight to each piece of information, it is possible to calculate the fatigue to which the context information is supplemented. For example, a weight of 2 for 'Pyeongtaek in Seoul' and a weight of 9 for 'Pusan in Seoul' may be assigned. In this case, the weight may be weighted in consideration of distance information and moving time information between the regions.

In calculating the fatigue according to the amount of activity, the analysis unit 120 may supplement the fatigue calculation by using the weight reflecting the environmental information such as the season, the weather, and the temperature. For example, when walking for one hour, when the temperature is 28 degrees and when the temperature is 19 degrees, the degree of fatigue will be higher because the temperature is 28 degrees higher. Therefore, the weight when the temperature is 28 and the weight when the temperature is 19 degrees can be given as 7 and 2, respectively.

The analyzer 120 may calculate the user's fatigue, discomfort index, stress index, etc. based on information responded to the questionnaire provided through the user terminal.

The analyzing unit 120 can calculate the discomfort index by using the environmental information. In general, the discomfort index refers to an index that quantifies the pleasure and discomfort of the human body such as temperature, humidity, and wind speed, and the discomfort index can be expressed as a function of temperature and humidity. In other words, in general, the discomfort index can be calculated from only temperature and humidity, and can be calculated from (dry bulb temperature + wet bulb temperature) × 0.72 + 20.6. At this time, if the calculated value is less than 80, it is judged that the user is comfortable, 80 or more is unpleasant, and 86 or more is uncomfortable.

The information such as stress index, fatigue, discomfort index, and the like calculated by the analyzer 120 is a relative value of feeling stress, fatigue, and discomfort in the same environment (space) where the user is located. Based on the information, it is possible to determine the state of the user, such as stress, fatigue, and discomfort.

The analysis unit 120 can calculate the stress index using the environmental information and the body information. For example, it is possible to calculate the stress index by using current temperature, humidity, ambient noise level, carbon dioxide concentration, user's pulse, body temperature, blood pressure, etc., The stress index can be calculated by comprehensive analysis.

The analysis unit 120 comprehensively analyzes the weight values assigned to the respective elements of the collected information based on the information collected by the collecting unit 110, that is, the environment information, the user's body information, In particular, information such as current fatigue, discomfort index, stress index, etc.) can be analyzed.

In other words, the analysis unit 120 calculates the fatigue index of the user by giving a weight according to the amount of activity of the user calculated using the user's location information (GPS), and compares the calculated fatigue index with the environmental information The current status of the user can be analyzed.

The analyzer 120 may analyze the current status of the user using the spatial information. For example, when fatigue is calculated for 10 employees in a company's office (common space), the fatigue of each of 10 employees is calculated. Then, the fatigue values of the ten employees are summed and divided by the number of employees Can be calculated as a total fatigue index for the office space.

Or fatigue for each of 10 employees and then gives a higher weight to the person with the highest degree of fatigue or a person who has an emotional state requiring healing such as depression or sadness, Or by applying the weighted values to the individuals by reflecting the environmental information such as the emotional state, time, and weather, and applying an average (average) using the sum of the weights applied to the individuals as described above, And the calculated average value can be calculated as a total fatigue index for the office space.

That is, the analysis unit 120 may calculate the road index using another method depending on whether the spatial information collected by the collection unit 110 is a personal space or a common space, For example, if it is a space requiring concentration (for example, a library, an office, etc.), a space requiring quietness (for example, a hospital, a reception room, Hotel, skin care shop, etc.)), the fatigue index can be calculated.

The receiving unit 130 receives the therapy equalizer information corresponding to the current status of the user analyzed by the analyzing unit 120 from the therapy knowledge database.

At this time, the therapy knowledge database may be stored in the server, and the therapy knowledge database may store illumination therapy information, music therapy or sound therapy information, and therapy information on the sound vibration device. That is to say, based on the details described above, the illumination therapy information includes white, purifying, balancing, fresh, protection, etc. , And that red may provide emotions such as stimulating, vitalizing, physical energy, stamina, and self-confidence. , Alpha wave (8 ~ 14 cycles / sec) is helpful for relieving stress and improving concentration, and beta wave (14 ~ 30 cycles / sec) And the like, and the therapy information on the acoustic vibration device may include sound control information or vibration intensity information according to the user's state. For example, when the user has a lot of exercise and the fatigue is very high, the sound is highly controlled, that is, the intensity of the vibration is strongly controlled to help the fatigue recovery. When the user is depressed and the mind and body are stable, It is possible to store information such as control, i.e., weakening the intensity of the vibration to help healing of the mind and body.

The therapy knowledge database may accumulate and store the therapy equalizer information corresponding to the user's situation.

That is, the therapy knowledge database may store fixed therapy equalizer information for each environment information element, for each user's emotion state element and for each spatial information element, or for a situation including a plurality of elements for one situation And may store the equalizer information.

For example, in the case of the former (which stores fixed therapy equalizer information for each), the therapy knowledge database contains the brightness of the light (in this case, the brightness of the light is 10 brightest, It is assumed that the darkness is the darkest), the brightness of the light is controlled to 7 in the happy state, and the brightness of the light is controlled to be 5 in the angry state, and the discomfort index is 100 out of 100 (Ie, 10 is a high temperature state and 0 is a low temperature state) is controlled to 3 (that is, a comfortable environment is provided by lowering the room temperature because of a high discomfort index) If the index is 30 out of 100 points, it is stored that the temperature of the space is controlled to 5 (that is, since the unpleasantness index is not high, the room temperature is controlled not to be hot or cold) Number and, based on it, the controller 140 may control the therapy device to a value corresponding to the information for each.

Or the latter (storing the therapy equalizer information including a plurality of elements for a single situation), the user's situation in the therapy knowledge database is that the sunshine is bright and pleasant, and the fatigue index is 3 (fatigue index is 10) The light intensity was 5, the indoor temperature was 4, and the vibration intensity of the acoustic vibration device was controlled to be 2, which was assumed to be unhealthy when the fatigue index was 0) And may be stored as information on the situation.

At this time, if the past therapy equalizer information is stored in the therapy knowledge database and the current situation collected from the user is sunny, pleasant, and the fatigue index is 4, that is, The situation is similar to that of past therapy equalizer information previously stored in the therapy knowledge database (ie, the current situation that 'sunshine is good and pleasant' is the same as the past information, but fatigue index is 3 in the past and 4 (I.e., the brightness of the illumination is 5, the temperature of the indoor space is 4, and the vibration intensity of the acoustic vibration device is controlled to be 2) in response to the similar situation, Information) to be transmitted.

In other words, the receiver 130 checks whether or not there is a situation similar to the current state of the analyzed user in the therapy knowledge database in which therape equalizer information corresponding to each situation is accumulated and stored. Then, If so, past therapy equalizer information corresponding to the similar situation.

The control unit 140 controls the therapy device corresponding to the therapy equalizer information based on the therapy equalizer information received by the receiving unit 130. [

At this time, the control unit 140 may control the illumination, the music reproduction apparatus, and the sound oscillation apparatus as the therapy apparatus corresponding to the therapy equalizer information, and may control the illuminance, brightness, Color temperature, color, and the like, and it is possible to control the genre, volume, and sound of the music through the control of the music reproduction apparatus, and to control the intensity of the vibration through the control of the sound vibration apparatus . It is also possible to control the fragrance.

For example, as the past therapy equalizer information corresponding to the situation similar to the current situation of the user in the receiving unit 130, the brightness of the illumination is 5, the temperature of the indoor space is 4, and the vibration intensity of the acoustic vibration device is 2 The control unit 140 controls the therapy apparatus based on the received information, that is, the brightness of the illumination is controlled to be 5, the vibration intensity of the acoustic vibration apparatus is controlled to 2, The temperature of the heater can be controlled to be 4.

In order to provide a customized therapy service to the user, the present invention can control the illumination to adjust the illuminance, brightness, saturation, brightness, color temperature, etc. of the space in which the user is located and adjust the temperature, It is possible to control devices such as an air conditioner, an electric fan, a heater, an air purifier, and the like, and it is also possible to control the acoustic vibration device, that is, to control the intensity of vibration using acoustic vibration. For this purpose, it is preferable that the lighting apparatus, the air conditioner, the fan, the heater, the acoustic vibration apparatus, etc. are communicably connected to the system 100 of the present invention.

The feedback unit 150 monitors the state change of the user according to the control of the therapy apparatus and automatically fine-tunes and adjusts the therapy equalizer information according to the state change.

That is, the feedback unit 150 monitors the change of the state of the user changing in real time as the control unit 140 controls the therapy apparatus, and immediately reflects the changed information in the system in real time, Equalizer information can be automatically fine-tuned, and the adjusted information can be fed back to the system in real time. Accordingly, the system 100 of the present invention can provide an optimal therapy service tailored to the user's situation changing in real time It is possible to provide.

Various embodiments of the present invention described below will be briefly described based on the details described above.

2 is a diagram illustrating a basic operation concept of a method of providing a smart space-based therapy according to an embodiment of the present invention.

Referring to FIG. 2, a smart space-based therapy providing system 100 according to an embodiment of the present invention includes a user 2, an atmosphere management system 4, a therapy management system 6, and a smart space control gateway 8).

First, the atmosphere management system 4 acquires, from the user 2, status information including user's emotion information, activity information, and bio-signal information, and profile information including information such as age, sex, (S210). In order to collect the user information, devices such as a mobile communication terminal, a wearable device, a smart phone, a smart clock, and smart glasses may be used. An RFID chip, a GPS module, and the like are installed in the user terminal to collect location information of the user, and the profile information of the user can be input from the user through the mobile communication terminal carried by the user. The status information and profile information of the user 2 as described above may be collected through the collecting unit 110.

The atmosphere management system 4 may collect environment information about a space in which the user is located (S220), collect the environment information, and collect the environment information through the collection unit 110. [ At this time, the environmental information can be collected information such as current temperature, humidity, illuminance, daylight quantity, weather, season, surrounding noise, etc. Such environmental information is collected based on the weather forecast information acquired from Meteorological Agency, Can be collected through measurements using environmental sensors.

The atmosphere management system 4 can collect space-based space information such as a sleeping space, a resting space, a cafe, a resort, a hotel, etc. or space information based on usage such as a study room, a restaurant, a living room, , And collects the spatial information and collects the collected information through the collection unit 110.

Then, the atmosphere management system 4 analyzes the present situation of the user 2 by using the weight given to each of the collected information, based on the user information, the environment information, and the spatial information collected through the steps S210 to S230 do. At this time, the analysis of the current situation of the user may be performed through the analysis unit 120. At this time, the user's fatigue, discomfort index, and stress index can be calculated in the current situation analysis of the user. In the case of fatigue calculation, the user can estimate the activity amount using the user's location information, The fatigue can be calculated by supplementing the extracted context information. Also, when analyzing the current situation of the user, it is possible to analyze the current situation of the user by assigning differentiated weights to each element of the collected information or by various situations. Since a detailed description thereof has been described above, the following description is omitted.

Next, the mood management system 4 requests the therapy management system 6 for the therapy equalizer information corresponding to the current situation based on the analyzed current state of the user (S240). That is, the mood management system 4 requests the therapy management system 6 for information about what therapies should be provided to the current situation of the user.

At this time, the therapy management system 6 may include a therapy knowledge database. Therapy knowledge database may store illumination therapy information, music therapy or sound therapy information, therapy information about sound vibration equipment, and the like. , And the therapy knowledge database may accumulate and store the therapy equalizer information corresponding to the user's situation.

Therefore, when the therapy management system 6 receives a message relating to the request from the atmosphere management system 4 (S240), the therapy management system 6 determines whether a situation similar to the current situation of the user received from the atmosphere management system 4 exists in the therapies knowledge database If there is a similar situation in the therapy knowledge database, the therapy equalizer information corresponding to the similar situation may be transmitted to the mood management system 4 (S250). That is, the mood management system 4 requests the therapy management system 6 for the therapy equalizer information corresponding to the current situation of the user (S240), and then receives the response information for the request from the therapy management system 6 S250). At this time, the response information, that is, the therapy equalizer information corresponding to a similar situation, can be received through the receiving unit 130. [ Since a detailed description thereof has been described above, the following description is omitted.

Next, the mood management system 4 may transmit a message for controlling the therapy device to the smart space control gateway 8 based on the therapy equalizer information received from the therapy management system 6 (S260). In this case, the controllable therapy apparatus may include an illumination, a music reproduction apparatus, an acoustic vibration apparatus, and the like. The control of the therapy apparatus controls the illuminance, brightness, saturation, color temperature, It is possible to control the genre, the volume size, the sound and the like, the vibration intensity control of the acoustic vibration device, and the perfume. The control of the therapy apparatus can be controlled through the control unit 140. [ Accordingly, when the therapy management system 4 transmits a control message of the therapy device based on the received therapy equalizer information to the smart space control gateway 8, the therapy device (illumination, music reproduction device, acoustic vibration device, (S260), and a therapy service is provided to the user 2 through the control of the therapy apparatus (S270).

The feedback unit 150 of the therapy providing system 100 monitors the user's state change according to the therapy service provided to the user in real time and automatically fine tunes and adjusts the therapy equalizer information according to the change of the user's state (S280).

In this case, for example, in step S270, the brightness of the illumination (assuming that the brightness of the illumination is 10 at the brightest state and 0 is the darkest state) is 5, (Assuming that the temperature is 10, the temperature is high, 0 is the temperature is low) 4, the vibration intensity of the acoustic vibration device (here, the intensity of vibration is 10, If the temperature of the user is too low as a result of monitoring the user's state change in real time, the temperature of the indoor space may be finely adjusted from 4 to 6, can do. Or if the current weather is clear and the weather is suddenly blurred, in this case you can feed back to fine tune the brightness of the light from the existing 5 to 8.

That is, the feedback unit 150 monitors the change of the state of the user changing in real time as the control unit 140 controls the therapy apparatus, and immediately reflects the changed information in the system in real time, And the adjusted information can be fed back to the system in real time. Accordingly, the therapy providing system 100 of the present invention can provide the user with an optimal therapy adapted to the situation of the user changing in real time It is possible to provide services.

3 is a schematic diagram illustrating a sequence diagram of a method of providing a smart space-based therapy according to an exemplary embodiment of the present invention.

3, a smart space-based therapy providing system 100 according to an embodiment of the present invention includes a user 2, an atmosphere management system 4, a therapy management system 6, And a control gateway 8, which will be briefly described based on the above description.

First, the atmosphere management system 4 of the therapy providing system 100 receives the user's emotion information (depression, sadness, loneliness, joy, stress, tiredness, (Age, sex, occupation, hobby, weight, name, and the like) (S310) can be collected (S310), and the weather information (Current temperature, humidity, illuminance, amount of sunshine, weather, season, surrounding noise, etc.) with respect to the space where the user is located (S302) (Sleeping space, resting space, cafe, resort, hotel, etc.) (S303). The user information, environment information, and spatial information are collected by the collection unit 110.

The analysis unit 120 of the atmosphere management system 4 analyzes the current state of the user 2 based on the collected information using the weight assigned to each of the collected information (S304). At this time, the user's fatigue, discomfort index, stress index and the like can be calculated at the time of analyzing the user's current situation. When analyzing the current situation of the user, differentiated weighting is provided for each element of the collected information or various situations You can analyze your current situation. Since a detailed description thereof has been described above, the following description is omitted.

Then, the mood management system 4 transmits the current status information of the user analyzed in consideration of the user information, the environment information, the spatial information, etc. to the therapy management system 6 (S305). Then, the therapy management system 6 confirms whether or not a situation similar to the current situation of the user received from the atmosphere management system 4 exists in the therapy knowledge database (S306). If there is a situation similar to the current situation of the user in the therapy knowledge database, the therapy management system 6 transmits the therapy equalizer information corresponding to the similar situation to the mood management system 4 (S307). That is, the therapy management system 6 provides the therapy management system 4 with therapy equalizer information suitable for the current situation of the user.

Then, the mood management system 4 transmits a message for controlling the therapy device to the smart space control gateway 8 based on the therapy equalizer information received from the therapy management system 6 (S308). Then, the therapy apparatus (illumination, music reproduction apparatus, acoustic vibration apparatus, etc.) is executed (S309) through the smart space control gateway 8. Therapy service is provided to the user 2 in accordance with the execution of the therapy apparatus (S310). Here, the therapy service provided by the present invention refers to a service provided for the psychological stability, stress relief, and healing care of the user, that is, the brightness, saturation, and color temperature of the illumination, Means a care service provided to a user by controlling the intensity of vibration through an acoustic vibration device.

The mood management system 4 monitors the user's state change according to the therapy service provided to the user in real time and feedbacks information for finely adjusting the therapy equalizer according to the change of the user's state have.

The atmosphere management system 4 may transmit a message for controlling the therapy apparatus to the smart space control gateway 8 based on the feedback information at step S313. The user's profile information can be updated (S312) using the feedback information.

When receiving the control message of the therapy device related to the information fed back from the atmosphere management system 4, the smart space control gateway 8 executes the therapy device in response to the received message (S314). Therapy service is provided to the user 2 (S315) according to the execution of the therapy apparatus. That is, the present invention has an effect of continuously providing a personalized therapy service according to the environment changing in real time according to time and the emotional state of the user.

4 is a flowchart illustrating a smart space-based therapy providing method according to an embodiment of the present invention.

Referring to FIG. 4, the method for providing a smart space-based therapy according to an embodiment of the present invention first acquires user information, environment information, and spatial information of an area where a user is located (S410).

At this time, the collecting unit 110 may collect, as user information, state information including user's emotion information, activity information, and bio-signal information, and profile information including information such as age, sex, and occupation of the user. More specifically, in the user information, the emotion information may be information indicating an emotional state such as depression, sadness, loneliness, joy, stress, tiredness, anger, etc. The activity information may be information on a user terminal Movement information, movement amount information, activity amount information, and exercise amount information using the positional information of the human body, and the bio-signal information may be an electrocardiogram (ECG), a pulse wave, a blood oxygen saturation concentration, Blood pressure, body temperature, and the like, and the profile information may be personal information of the user such as the user's age, sex, occupation, name, hobby, and weight.

At this time, in order to collect user information as described above, a mobile communication terminal, a wearable device, a smart phone, a smart clock, smart glasses, and the like may be used. In addition, an RFID chip, a GPS module, and the like may be mounted on the user terminal to acquire information such as the amount of activity of the user. The profile information of the user can be input from the user through the mobile communication terminal carried by the user.

Also, the collecting unit 110 may collect information such as current temperature, humidity, illuminance, amount of sunshine, weather, season, and surrounding noise as environmental information. In this case, the environmental information may be environmental information in a space where the user is located, and the environmental information may be collected based on weather forecast information obtained from the Korea Meteorological Administration, or may be collected through measurement using a plurality of environmental sensors .

The collecting unit 110 may collect space information based on usage such as a café, a personal rest room, a steam room, a bathroom, a hospital, an office, or the like, or use-based space information such as a study room, a restaurant, . Also, the space information can be divided into a common space and a private space depending on whether it is a space used by a plurality of people or a space used by an individual. For example, the space information can be divided into a space, The space can be divided into a common space, a private space, which can be used alone, such as a room in a home, a room in a hotel where a person can stay alone in a resort, and a single room in a hospital. In the case of a personal space, it can be classified into a study room, a dining room, a living room, and the like. In the case of a common space, a space requiring concentration (for example, a library or an office) (For example, a hospital, a reception room, a conference room, etc.) and a space requiring comfort (for example, a hospital, a resort, a hotel, a skin care shop, etc.).

Next, the analysis unit 120 analyzes the current state of the user using the weights assigned to the respective pieces of information collected by the collection unit 110 (S420).

At this time, the analyzer 120 may calculate the user's fatigue, discomfort index, stress index, and the like using the information collected by the collecting unit 110.

More specifically, the collecting unit 110 may collect the location information of the user using the GPS information of the terminal held by the user, and the analyzing unit 120 may use the collected location information to determine whether the user moves Speed, distance and so on. In addition, the analysis unit 120 can analyze the activity information such as whether the user has moved to the vehicle, whether walking, running or cycling, by comprehensively analyzing the speed, distance, etc. using the location information , And fatigue can be measured by weighting each activity amount. For example, when the walking exercise is performed for one hour and the running exercise is performed for one hour, it can be judged that the exercise amount of the running exercise is more than the walking exercise. Therefore, the weight is given to the running exercise, It is possible to calculate that the fatigue of the running exercise is higher.

As another example, when the fatigue is calculated, the analysis unit 120 may track the position using a portable terminal (smart phone or the like) possessed by the user and calculate the total travel distance, and if the calculated travel distance exceeds a specific reference value In this case, it may be determined that the fatigue degree is high. In addition, the analysis unit 120 may calculate the context information extracted based on articles uploaded to the SNS or the like by the user on the estimated amount of activity using the user's location information, The fatigue can be calculated. In calculating the fatigue according to the amount of activity, the analysis unit 120 may supplement the fatigue calculation by using the weight reflecting the environmental information such as the season, the weather, and the temperature. In addition, the analyzer 120 may calculate the fatigue, the discomfort index, the stress index, etc. based on the information in response to the questionnaire provided through the user terminal.

Therefore, the analysis unit 120 comprehensively analyzes the weights assigned to the respective elements of the collected information based on the information collected in the collecting unit 110, that is, the environment information, the user's body information, etc., (In particular, information on current fatigue, discomfort index, stress index, etc.), and calculates a fatigue index of the user by giving a weight according to the amount of activity of the user calculated using the user's location information (GPS) And analyzing the current status of the user by supplementing the environment information with the calculated fatigue index. In addition, the analysis unit 120 may analyze the current status of the user using the spatial information.

Next, the receiving unit 130 receives the therapy equalizer information corresponding to the current status of the user analyzed by the analyzing unit 120 from the therapy knowledge database (S430).

At this time, the therapy knowledge database may be stored in the server, and the therapy knowledge database may store illumination therapy information, music therapy or sound therapy information, and therapy information on the sound vibration device. In addition, the therapy knowledge database may accumulate and store therapie equalizer information corresponding to the user's situation. That is, the therapy knowledge database may store fixed therapy equalizer information for each environment information element, for each user's emotion state element and for each spatial information element, or for a situation including a plurality of elements for one situation And may store the equalizer information. Since a detailed description thereof has been described above, the following description is omitted.

That is, in step S430, the receiving unit 130 determines whether or not there is a situation similar to the current status of the analyzed user in the therapie knowledge database in which therapie equalizer information corresponding to each situation is accumulated and stored, If there is a situation, the past therapy equalizer information corresponding to the similar situation can be received.

Next, the control unit 140 controls the therapy apparatus corresponding to the therapy equalizer information based on the therapy equalizer information received by the receiving unit 130 (S440).

At this time, the control unit 140 may control the illumination, the music reproduction apparatus, and the sound oscillation apparatus as the therapy apparatus corresponding to the therapy equalizer information, and may control the illuminance, brightness, Color temperature, color, and the like, and it is possible to control the genre, volume, and sound of the music through the control of the music reproduction apparatus, and to control the intensity of the vibration through the control of the sound vibration apparatus . It is also possible to control the fragrance.

In order to provide a customized therapy service to the user, the present invention can control the illumination to adjust the illuminance, brightness, saturation, brightness, color temperature, etc. of the space in which the user is located and adjust the temperature, It is possible to control devices such as an air conditioner, an electric fan, a heater, an air purifier, and the like, and it is also possible to control the acoustic vibration device, that is, to control the intensity of vibration using acoustic vibration. For this purpose, it is preferable that the lighting apparatus, the air conditioner, the fan, the heater, the acoustic vibration apparatus, etc. are communicably connected to the system 100 of the present invention.

Next, the feedback unit 150 monitors the user's state change in accordance with the control of the therapy apparatus, and automatically adjusts the therapy equalizer information in accordance with the change in state (S450).

That is, the feedback unit 150 monitors the state change of the user changing in real time as the control unit 140 controls the therapy apparatus, and immediately reflects the information changed in real time in the system, Equalizer information can be automatically fine-tuned, and the adjusted information can be fed back to the system in real time. Accordingly, the system 100 of the present invention can provide an optimal therapy service tailored to the user's situation changing in real time It is possible to provide.

The method of providing a smart space-based therapy according to an embodiment of the present invention may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions recorded on the medium may be those specially designed and constructed for the present invention or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

100: Smart space-based therapy delivery system
110: collecting unit 120: analyzing unit
130: Receiver 140:
150:

Claims (13)

A collecting unit for collecting user information, environment information, and spatial information of a space in which the user is located;
An analyzer for analyzing a current state of the user using a weight assigned to each of the collected information;
A receiving unit for receiving therapie equalizer information corresponding to the analyzed current situation from a therapy knowledge database; And
A controller for controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information;
Lt; / RTI >
Wherein the spatial information includes information on a use of a space in which the user is located and whether a space in which the user is located is a private space. The method according to claim 1,
A feedback unit for monitoring a state change of the user according to the control of the therapy apparatus and automatically fine-tuning and adjusting the therapy equalizer information according to the state change;
And a smart space-based therapy providing system. A collecting unit for collecting user information, environment information, and spatial information of a space in which the user is located;
An analyzer for analyzing a current state of the user using a weight assigned to each of the collected information;
A receiving unit for receiving therapie equalizer information corresponding to the analyzed current situation from a therapy knowledge database; And
A controller for controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information;
Lt; / RTI >
The receiving unit
After confirming whether or not there is a situation similar to the analyzed current state in the therapy knowledge database, receiving past therapy equalizer information corresponding to the similar situation when the similar situation exists,
Wherein the therapy equalizer information includes the analyzed current state and a therapy effect according to control of the therapy apparatus. A collecting unit for collecting user information, environment information, and spatial information of a space in which the user is located;
An analyzer for analyzing a current state of the user using a weight assigned to each of the collected information;
A receiving unit for receiving therapie equalizer information corresponding to the analyzed current situation from a therapy knowledge database; And
A controller for controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information;
Lt; / RTI >
The analyzer
Calculating a fatigue index of the user by assigning a weight according to the amount of activity of the user calculated using the location information of the user and supplementing the environment information including the context information with the calculated fatigue index, To analyze
A smart space-based therapy providing system. The method according to claim 1,
The collecting unit
Collecting, as the user information, state information including the user's emotion information, activity information, and bio-signal information, profile information including age, sex, and occupation information of the user,
As the environmental information, season, temperature, humidity, illuminance, daylight quantity, weather, time, and noise information are collected,
As the space information, a kind of space and usage information are collected
A smart space-based therapy providing system. The method according to claim 1,
The control unit
A sound reproducing apparatus, and an acoustic vibration apparatus as the therapy apparatus corresponding to the therapy equalizer information,
Controlling the illumination, the brightness, the brightness, the saturation, the color temperature and the color of the space in which the user is located, controlling the genre, volume, and sound of the music through the control of the music reproduction device, Controlling the intensity of vibration through control
A smart space-based therapy providing system. Collecting user information, environment information, and spatial information of a space in which the user is located;
Analyzing a current state of the user using a weight assigned to each of the collected information;
Receiving therapie equalizer information corresponding to the analyzed current situation from a therapy knowledge database; And
Controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information;
Lt; / RTI >
Wherein the collecting of the spatial information collects information on the use of the space in which the user is located and on whether the space in which the user is located is a private space. 8. The method of claim 7,
Monitoring the user's state change according to the control of the therapy device and automatically fine-tuning and adjusting the therapy equalizer information according to the state change;
The method further comprising the steps of: Collecting user information, environment information, and spatial information of a space in which the user is located;
Analyzing a current state of the user using a weight assigned to each of the collected information;
Receiving therapie equalizer information corresponding to the analyzed current situation from a therapy knowledge database; And
Controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information;
Lt; / RTI >
The receiving step
After confirming whether or not there is a situation similar to the analyzed current state in the therapy knowledge database, receiving past therapy equalizer information corresponding to the similar situation when the similar situation exists,
Wherein the therapy equalizer information includes a therapy effect according to the analyzed current situation and control of the therapy device
Smart space based therapy delivery method. Collecting user information, environment information, and spatial information of a space in which the user is located;
Analyzing a current state of the user using a weight assigned to each of the collected information;
Receiving therapie equalizer information corresponding to the analyzed current situation from a therapy knowledge database; And
Controlling a therapy device corresponding to the therapy equalizer information based on the received therapy equalizer information;
Lt; / RTI >
The analyzing step
Calculating a fatigue index of the user by assigning a weight according to the amount of activity of the user calculated using the location information of the user and supplementing the environment information including the context information with the calculated fatigue index, To analyze
Wherein the smart space-based therapy is provided to the user. 8. The method of claim 7,
The collecting step
Collecting, as the user information, state information including the user's emotion information, activity information, and bio-signal information, profile information including age, sex, and occupation information of the user,
As the environmental information, season, temperature, humidity, illuminance, daylight quantity, weather, time, and noise information are collected,
As the space information, a kind of space and usage information are collected
Wherein the smart space-based therapy is provided to the user. 8. The method of claim 7,
The step of controlling
A sound reproducing apparatus, and an acoustic vibration apparatus as the therapy apparatus corresponding to the therapy equalizer information,
Controlling the illumination, the brightness, the brightness, the saturation, the color temperature and the color of the space in which the user is located, controlling the genre, volume, and sound of the music through the control of the music reproduction device, Controlling the intensity of vibration through control
Wherein the smart space-based therapy is provided to the user. A computer-readable recording medium having recorded thereon a program for executing the method according to any one of claims 7 to 12.

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