JP7216370B2 - Sleep conditioning systems and programs - Google Patents

Description

The present invention relates to sleep environment adjustment systems and programs.

As prior art, Patent Document 1 discloses sleep state detection means for detecting changes in the sleep state of a resident, environment adjustment means for adjusting the indoor environment such as the temperature and humidity of the room where the resident resides, and sleep state detection. A sleep environment adjustment system is disclosed that includes control means for turning on an indoor air conditioning mode for controlling the operation of the environment adjustment means when the means detects that the occupant transitions from a deep sleep state to a light sleep state. .

JP 2013-79742 A

By the way, when a plurality of people sleep in the same space, environmental information such as temperature, humidity, direction and strength of air blowing, and brightness in the space can be adjusted based on biometric data of a specific person during sleep. , the environment in the space may not be suitable for sleeping for other people.
SUMMARY OF THE INVENTION An object of the present invention is to adjust the environment in a space to a state suitable for a plurality of persons when a plurality of persons sleep in the same space.

The invention according to claim 1 includes sleep state acquisition means for acquiring biological data of a plurality of persons sleeping in the same space, environment information acquisition means for acquiring environment information representing the environment in the space, adjusting means for adjusting the environment in the space using the biometric data of the plurality of persons and the age of each of the plurality of persons; and the age of the person, selecting the oldest person as a specific person from among the plurality of people, and adjusting the environment in the space based on the biometric data of the selected specific person. It is a sleep environment adjustment system characterized by :
The invention according to claim 2 is the sleep environment adjustment system according to claim 1, further comprising notification means for notifying information regarding adjustment of the environment information in the space by the adjustment means.
The invention according to claim 3 is characterized in that the notification means notifies, as the information relating to the adjustment of the environment information, the result of consideration of the biometric data of the plurality of persons after the environment in the space has been adjusted. The sleeping environment adjustment system according to claim 2 .
According to a fourth aspect of the present invention, the computer has a function of acquiring biological data of a plurality of persons sleeping in the same space, a function of acquiring environment information representing the environment in the space, and Using biometric data of a person and the age of each of the plurality of persons to realize a function of adjusting the environment in the space, and using the biometric data of the plurality of persons and the age of the plurality of persons , selects the oldest person as a specific person from among the plurality of people, and adjusts the environment in the space based on the biometric data of the selected specific person .

ADVANTAGE OF THE INVENTION According to this invention, when several persons sleep in the same space, the environment in space can be adjusted to the state suitable for several persons.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the whole structure of the sleep environment adjustment system to which this Embodiment is applied. It is a figure which shows the structural example of the control apparatus with which this Embodiment is applied. It is a figure explaining an example of the processing operation performed with the control apparatus of a sleep environment adjustment system. It is a figure which shows an example of the adjustment result of the environment information in the space R by a control apparatus.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.
<Embodiment 1>
FIG. 1 is a diagram showing the overall configuration of a sleep environment adjustment system 1 to which this embodiment is applied.
The sleep environment adjustment system 1 adjusts the environment in a space R closed by walls, doors, windows, etc., where a plurality of persons sleep, based on biometric data of a plurality of persons sleeping. Examples of the space R include a bedroom in a house, a sick room in a hospital, a living room in a nursing home, and the like. In the following description, two people sleep in the space R, but three or more people may sleep in the space R.

The sleep environment adjustment system 1 of the present embodiment includes an air conditioner 2 that adjusts the temperature and humidity in the space R, and an illumination device 3 that irradiates the space R with light. The sleep environment adjustment system 1 also includes a bed sensor 5 that acquires biometric data of a plurality of people sleeping in the space R. In this example, two persons sleep in the space R as described above, so two bed sensors 5 are provided in the space R correspondingly. Further, the sleep environment adjustment system 1 includes a control device 7 that controls the air conditioning device 2 and the lighting device 3 based on biological data of a plurality of persons acquired by the bed sensor 5 . Furthermore, the sleep environment adjustment system 1 includes a mobile terminal 9 that acquires and displays control results and the like from the control device 7 .

In the sleep environment adjustment system 1, the air conditioning device 2, lighting device 3, bed sensor 5, control device 7 and mobile terminal 9 are connected via wireless or wired communication.

The air conditioner 2 is configured by a so-called separate air conditioner having an outdoor unit (not shown) provided outside the space R and an indoor unit (not shown) provided inside the space R, for example. The air conditioner 2 has a refrigeration cycle composed of a compressor, an outdoor heat exchanger, an indoor heat exchanger, a four-way valve, etc. (all not shown), and is an air conditioner that generates conditioned air. 21, and an air blowing unit 22 including a fan, a louver, etc., for sending the air generated by the air conditioning unit 21 into the space R. The air conditioner 2 also includes a temperature sensor 23 that detects the temperature within the space R, and a humidity sensor 24 that detects the humidity within the space R. Furthermore, the air conditioner 2 includes a control section 25 that controls each section of the air conditioner 2 based on control signals from the control device 7 .

The illumination device 3 is provided with a light irradiation unit 31 which is made up of an LED (Light Emitting Diode) lamp, a fluorescent lamp, or the like attached to the ceiling or the like in the space R and irradiates the space R with light. The lighting device 3 also includes a control section 32 that controls the light irradiation section 31 based on a control signal from the control device 7 .

The bed sensor 5 is composed of, for example, a sensor capable of measuring biometric data of a sleeping person in a non-contact manner. As the bed sensor 5, there is a mat-type sensor that is laid under the bedding on which a person sleeps. For example, the bed sensor 5 is composed of a conductive material and a plurality of piezoelectric elements, and detects periodic minute vibrations. A microwave Doppler radar may be used as the bed sensor 5 . In the case of this embodiment, the bed sensor 5 detects body movements such as pulse, body temperature, respiratory rate, and rolling over as biometric data. The bed sensor 5 also detects that a person has entered the bedding and that a person has exited the bedding.

However, as long as it can detect biological data, it is not limited to mat-type sensors and microwave Doppler radars. For example, a smart phone may be used as the bed sensor 5 . Currently, there is an application program for smartphones that can measure the sleep time, sleep cycle, etc. of a subject using the output of an acceleration sensor built into the smartphone.

The control device 7 controls the temperature, humidity, brightness, the strength of the air blowing, the temperature, the humidity, the brightness, the intensity of the air blowing, and It has a function to output a control signal that controls the direction of air blowing. Functions of the control device 7 will be described later.

The mobile terminal 9 is an information device including a display unit and a communication unit, and is, for example, a smart phone, a tablet terminal, or a notebook computer. Note that the sleep environment adjustment system 1 shown in FIG. 1 includes one mobile terminal 9, but a plurality of mobile terminals 9 may be provided for each person sleeping in the space R, for example.

FIG. 2 is a diagram showing a configuration example of the control device 7 to which this embodiment is applied.
The control device 7 is a so-called computer, and includes a calculation unit 71 that executes application programs, a storage unit 72 that stores various data, and communication with other devices that constitute the sleep environment adjustment system 1 (see FIG. 1). and a bus 75 connecting them.

The computing unit 71 includes a CPU (=Central Processing Unit), a ROM (=Read Only Memory) storing BIOS (=Basic Input Output System), etc., and a RAM (=Random Access Memory) used as a work area. have. The ROM here may be rewritable as long as it is a non-volatile semiconductor memory.

The calculation unit 71 includes an analysis unit 711 that analyzes biometric data of a plurality of people sleeping in the space R, and an analysis unit 711 that analyzes the biometric data so that the sleeping conditions of the people sleeping in the space R are improved. , and an environment adjustment unit 713 that adjusts the environment information in the space R. In this embodiment, the analysis unit 711 and the environment adjustment unit 713 constitute adjustment means. The calculation unit 71 also includes a notification unit 715 as an example of notification means for notifying the mobile terminal 9 (see FIG. 1) of information such as the adjustment result of the environment information in the space R performed by the environment adjustment unit 713. ing.
The function of each part in the calculation part 71 is provided through execution of an application program by a CPU (not shown).

The analysis unit 711 analyzes the biometric data acquired by each bed sensor 5 and grasps the sleeping state of each person sleeping in the space R. Here, the sleep state is the sleep stage of the target person (for example, whether it corresponds to awake state, REM sleep state, or non-REM sleep state), and discomfort when the target person is sleeping (for example, hot, cold, etc.) and the elapsed time from the start of sleep.

Here, the sleep stage of a person is divided into an awakening state, a REM sleep state in which sleep is light and close to an awakening state, and a non-REM sleep state in which sleep is deeper than REM sleep. A person who has gone to bed repeats a non-REM sleep state and a REM sleep state in a cycle of about 90 minutes.
The analysis unit 711 analyzes the biometric data acquired by each bed sensor 5, specifically, the pulse, body temperature, breathing rate, body movements such as rolling over, and determines which sleep stage each person corresponds to. Figure out what to do.

In addition, the analysis unit 711 analyzes the biometric data of the target person acquired by the bed sensor 5 when the sleep stage of the target person is REM sleep or non-REM sleep, thereby causing discomfort to the target person. guess whether or not For example, the analysis unit 711 estimates whether the target person feels hot or cold as discomfort.
The analysis unit 711 analyzes, as biometric data, body movements such as the subject person's breathing rate and rolling over, for example. Then, when the breathing rate or the amount of body movement per unit time is equal to or higher than a predetermined upper limit value, it is assumed that the target person feels hot as discomfort. Also, when the respiratory rate and the amount of body movement are equal to or less than the predetermined lower limits, it is assumed that the target person feels cold as discomfort.

In this example, the case where the analysis unit 711 divides the sleep stage into the awakening state, the REM sleep state, and the non-REM sleep state has been described, but the present invention is not limited to this. For example, the non-REM sleep state may be further divided into multiple stages. In addition, the analysis unit 711 changes the criteria for estimating whether or not the target person is feeling discomfort according to the sleep stage of the target person and identification information such as the gender, age, and physical characteristics of the target person. may

The environment adjustment unit 713 adjusts the sleeping state of each person analyzed by the analysis unit 711 and the current environment information in the space R (hereinafter, sometimes referred to as "current value of environment information"). Based on this, the environmental information in the space R is adjusted. In addition, the environment adjustment unit 713 generates a control signal for controlling the air conditioner 2 and the lighting device 3 (see FIG. 1 for both) so as to improve the sleeping conditions of a plurality of people sleeping in the space R. . Here, the environment information in the space R is a parameter representing the environment in the space R, and includes, for example, the temperature, humidity, the strength of the airflow, the direction of the airflow, and the brightness in the space R. The environment adjustment unit 713 generates a control signal for controlling the air conditioning unit 21 and the air blowing unit 22 of the air conditioner 2 in order to adjust the temperature, humidity, blowing strength, and blowing direction in the space R. do. Also, the environment adjustment unit 713 generates a control signal for controlling the light irradiation unit 31 of the lighting device 3 in order to control the brightness in the space R.
In addition, the environment adjustment unit 713 receives information such as requests and instructions regarding the adjustment of the environment information from the person sleeping in the space R via the mobile terminal 9 or the like, and adjusts the environment information in the space R based on the received information. may be adjusted. According to this, the environment in the space R can be adjusted to match the constitution and taste of the person who sleeps in the space R.
A method of adjusting the environment information in the space R by the environment adjusting unit 713 will be described later with an example.

The notification unit 715 generates information for notifying the adjustment result of the environment information in the space R performed by the environment adjustment unit 713 and outputs the information to the mobile terminal 9 . Specifically, when the notification unit 715 performs control to change the environment information in the space R while a plurality of persons are sleeping in the space R, the notification unit 715 notifies the portable terminal 9 of the content of the control. do. For example, when the temperature in the space R is changed by the air conditioner 2, the notification unit 715 notifies the mobile terminal 9 of information such as "The room temperature was changed to 23°C at 2:00 am." As a result, a plurality of persons sleeping in the space R can know the content of environmental information control performed while sleeping.

In addition, the notification unit 715 generates information regarding consideration of the adjustment result of the environment information in the space R performed by the environment adjustment unit 713 , and outputs the information to the mobile terminal 9 . Specifically, when the notification unit 715 performs control to change the environment information in the space R while a plurality of persons are sleeping in the space R, the content of the control and the biometrics of the plurality of persons are controlled. It considers data and the like, and notifies the portable terminal 9 of the results of the consideration. For example, if the target person is presumed to be feeling hot based on the biometric data despite the fact that the control to lower the temperature in the space R has been performed, the notification unit 715 sends the message “I thought it was hot in the space R”. will be sent.” is notified to the mobile terminal 9. Further, for example, if the humidity detected by the humidity sensor 24 has not increased sufficiently despite the control to raise the humidity in the space R, the notification unit 715 may indicate that "the inside of the space R is slightly dry. It is thought that it was

Furthermore, the notification unit 715 notifies information for improving the sleeping environment of each person sleeping in the space R according to the analysis result of the analysis unit 711 or the like. For example, when the analysis by the analysis unit 711 described above indicates that the target person feels hot as discomfort, the mobile terminal 9 is notified of information such as "Let's make the comforter or blanket thinner."
In this way, by notifying the portable terminal 9 of the information regarding the consideration of the adjustment result of the environmental information and the information for improving the sleeping environment, a plurality of persons sleeping in the space R can use the bedding based on this information. It becomes possible to adjust such as, and the sleeping environment in the space R can be improved.
Note that in the present embodiment, the information for notifying the adjustment result of the environmental information, the information regarding consideration of the adjustment result of the environmental information, and the information for improving the sleep environment are the adjustment of the environmental information notified by the notification means. It is an example of information about.

The storage unit 72 is a device that reads and writes data in a nonvolatile rewritable storage medium, and is composed of, for example, a hard disk device, a semiconductor memory, or the like. In this embodiment, the storage unit 72 also stores basic software and application programs. Through the execution of the application program by the CPU, the function of each part constituting the calculation part 71 is realized.

The storage unit 72 of this embodiment stores various data acquired via the bed sensor 5 and the mobile terminal 9 . Specifically, the storage unit 72 stores information about the positional relationship between the air conditioner 2 and the lighting device 3 in the space R and the respective bed sensors 5 . In addition, the storage unit 72 stores each biometric data detected by the plurality of bed sensors 5 . Further, the storage unit 72 stores identification information such as the sex, age, and physical characteristics of each person input via the mobile terminal 9, and information regarding past evaluations of environmental information control.

In addition, the storage unit 72 of the present embodiment stores information used for adjustment of environment information in the space R performed by the environment adjustment unit 713 . Such information includes, for example, information used by the environment adjustment unit 713 to calculate a target value of the environment information in the space R described later, which is biometric data detected by the bed sensor 5 or the analysis unit 711 Correspondence information that associates the sleep state grasped by and the target value of the environmental information.
Furthermore, when the environment adjustment unit 713 receives information such as a request or instruction for adjustment of the environment information, the storage unit 72 stores this information. Information such as requests and instructions for adjustment of environmental information includes, for example, specific information such as desired temperature and desired humidity in the space R, as well as information such as "warmer" and "less wind". be done.

The communication unit 73 acquires biological data detected by each bed sensor 5 . The communication unit 73 also acquires the current values of the environment information in the space R transmitted from the air conditioner 2 (the temperature sensor 23 and the humidity sensor 24), the lighting device 3, and the opening/closing device 4. FIG. Furthermore, communication unit 73 outputs the control signal generated by environment adjustment unit 713 to air conditioner 2 and lighting device 3 . Furthermore, the communication unit 73 outputs various kinds of information generated by the notification unit 715 to the mobile terminal 9 .

Next, an example of a method for adjusting the environment information in the space R by the environment adjustment unit 713 will be described. For example, the environment adjustment unit 713 of the present embodiment adjusts the sleep state of each person analyzed by the analysis unit 711, the current value of the environmental information in the space R, and the corresponding information stored in the storage unit 72. Based on this, the target value of the environmental information in the space R is calculated. Then, a control signal for controlling the air conditioner 2 and the lighting device 3 is generated so that the environment information in the space R approaches the calculated target value of the environment information in the space R.

(1) When none of the plurality of persons sleeping in the space R is feeling discomfort When none of the plurality of persons sleeping in the space R is feeling discomfort, it is necessary to change the environmental information in the space R. no. Therefore, the environment adjustment unit 713 sets the current value of the environment information in the space R as the target value of the environment information in the space R. Then, the environment adjustment unit 713 generates a control signal for controlling the air conditioner 2 and the lighting device 3 so as to maintain the current environment information in the space R.

(2) When at least one of a plurality of persons sleeping in the space R is feeling discomfort If at least one of the plurality of persons sleeping in the space R is feeling discomfort It is preferable to adjust the environmental information in the space R in order to improve the sleeping state of the human.
Here, a method for adjusting the temperature in the space R as the environment information in the space R based on the sleep states of a plurality of persons ascertained by the analysis unit 711 will be described as an example. Other environmental information in the space R can be similarly adjusted.

(2-1) Example of Adjusting Environmental Information in Space R Using Sleeping States of Multiple People The environment adjustment unit 713 determines the sleeping states of multiple people and the current value of environmental information in space R ( A target value of environmental information in the space R (hereinafter referred to as a target temperature) can be calculated based on the current temperature in the space R).

For example, the environment adjustment unit 713 calculates the temperature in the space R for improving the sleeping state of each person based on the sleep states of a plurality of people and the current temperature in the space R. By averaging these temperatures, the target temperature in the space R can be obtained.
The environment adjustment unit 713 then generates a control signal for controlling the air conditioner 2 so that the temperature in the space R approaches the target temperature.

Note that the environment adjustment unit 713 may use a weighted average to calculate the target temperature from the temperature in the space R calculated based on the sleeping state of each person. For example, the environment adjustment unit 713 can calculate the target temperature by adding weights to the temperature in the space R calculated based on the sleep state of the person in the light sleep stage, and calculating the target temperature by weighted average. In this case, the temperature in the space R can be brought closer to a temperature suitable for improving the sleeping state of a person in light sleep stages, compared to the case where the target temperature is calculated by simple averaging.

Further, the environment adjustment unit 713 calculates a target temperature that reduces the power consumption of the air conditioner 2 when, for example, all of the plurality of people sleeping in the space R are in a deep non-REM sleep state. may For example, when the current temperature inside the space R is higher than the outside air temperature, the environment adjustment unit 713 calculates the temperature higher than the current temperature inside the space R as the target temperature. On the other hand, when the current temperature inside the space R is lower than the outside air temperature, the temperature lower than the current temperature inside the space R is calculated as the target temperature.
Here, in general, the deeper the sleep stage of a person, the less likely they are to experience discomfort, and the more difficult it is for them to be awakened by discomfort. Therefore, by calculating the target temperature as described above, it is possible to reduce the power consumption of the air conditioner 2 while suppressing the deterioration of the sleeping state of a plurality of people.

(2-2) Example of selecting a specific person from among a plurality of persons and adjusting the environmental information in the space R based on the sleep state of the selected person. , and based on the sleep state of the selected person and the current temperature in space R, a target temperature in space R can be calculated. The environment adjustment unit 713 then generates a control signal for controlling the air conditioner 2 so that the temperature in the space R approaches the target temperature.

The environment adjuster 713 can select specific persons for calculating the target temperature in the space R, for example, based on the sleeping state of each person. For example, the environment adjustment unit 713 can select a person in a light sleep stage among a plurality of people, and calculate the target temperature in the space R based on the sleeping state of the person in the light sleep stage.
Here, generally, the shallower the sleep stage, the easier it is for a person to be awakened by discomfort or external stimulation. Therefore, by calculating the target temperature in the space R based on the sleep state of a person in a lighter sleep stage, the person sleeping in the space R is less likely to wake up.

Moreover, the environment adjustment unit 713 may select specific persons for calculating the target temperature in the space R based on the sleeping hours of each person. For example, the environment adjustment unit 713 can select a person whose elapsed time is shorter after transitioning from the awakening state to the REM sleep state or the non-REM sleep state from among the plurality of persons. In addition, for example, the environment adjustment unit 713 can select a person whose sleep time in a predetermined period in the past (for example, sleep time on the previous day) is shorter among the plurality of people.

Furthermore, the environment adjustment unit 713 selects specific persons for calculating the target temperature in the space R, for example, using identification information such as gender, age, and physical characteristics of each person stored in the storage unit 72. can be selected based on For example, the environment adjustment unit 713 can select an older person from among a plurality of persons and calculate the target temperature in the space R based on the sleep state of this elderly person.
Here, in general, the older the person, the shallower the sleep stage and the easier it is to wake up. In addition, in elderly people, if the sleep stage becomes shallow or the sleep time is short, it is likely to lead to poor physical condition such as deterioration of immune function. Therefore, by calculating the target temperature in the space R based on the sleeping state of an older person, it is possible to prevent the person sleeping in the space R from waking up or becoming unwell.

When calculating the target temperature in the space R by selecting a specific person from among a plurality of people, the environment adjustment unit 713 determines that the target temperature in the space R is between the predetermined lower limit temperature and the upper limit temperature. It is preferable to calculate so that the temperature of For example, even if a specific person feels hot as discomfort, if the target temperature in space R is set too low, other people sleeping in space R may feel cold as discomfort. You may feel it or it may lead to poor physical condition.

FIG. 3 is a diagram illustrating an example of processing operations performed by the control device 7 of the sleep environment adjustment system 1. As shown in FIG. Next, processing operations performed by the sleep environment adjustment system 1 will be described with reference to FIG. 3 and FIG. 2 described above.
When each bed sensor 5 provided in the space R detects that a person has entered the bedding, it starts detecting biometric data of the person and transmits the detected biometric data to the control device 7 . The bed sensor 5 may continuously transmit the detected biological data to the control device 7 or intermittently transmit the data to the control device 7 at predetermined time intervals. Then, in the control device 7, the communication section 73 receives the biological data transmitted from each bed sensor 5 (step 101).

Subsequently, in the control device 7, the analysis section 711 of the calculation section 71 analyzes the biometric data of each person (step 102). In addition, the analysis unit 711 analyzes the biometric data of each person for each person, and grasps the sleeping state of each person.
Then, the control device 7 determines whether or not the plurality of persons detected by the plurality of bed sensors 5 are in an awake state based on the result of the sleeping state grasped by the analysis section 711 of the calculation section 71 (step 103). ). If all of the persons detected by the bed sensors 5 are awake (YES in step 103), the control device 7 ends the series of processing operations because it is not necessary to adjust the sleep environment.

On the other hand, if any of the plurality of persons detected by the plurality of bed sensors 5 is asleep, that is, if they are in REM sleep state or non-REM sleep state (NO in step 103), the control device 7 controls the communication unit 73 receives environmental information in the current space R transmitted from the air conditioner 2 and the lighting device 3 (step 104).
Additionally, the air conditioner 2 and the lighting device 3 transmit the current values of the environmental information in the space R to the control device 7 . Specifically, the air conditioner 2 sends information about the current temperature in the space R detected by the temperature sensor 23 and information about the current humidity in the space R detected by the humidity sensor 24 to the control device 7. Send. The lighting device 3 also transmits information about the brightness of the light emitted by the light emitting unit 31 to the control device 7 . And the communication part 73 of the control apparatus 7 receives these information.

Subsequently, in the control device 7, the environment adjustment section 713 of the calculation section 71 generates a control signal for controlling the air conditioner 2 and the lighting device 3 (step 105). Additionally, the environment adjustment unit 713 generates a control signal for adjusting the environment information in the space R so that the sleeping conditions of a plurality of people sleeping in the space R are improved.
Then, the communication unit 73 of the control device 7 transmits the control signal generated by the environment adjustment unit 713 to the air conditioner 2 and the lighting device 3 (step 106). As a result, the air conditioner 2 and the lighting device 3 adjust the environmental information in the space R based on the control signal received from the control device 7 .

Subsequently, after waiting for a predetermined time (step 107), the control device 7 returns to step 101 and continues the processing operation. As a result, in the sleep environment adjustment system 1, the bed sensor 5 detects the biometric data of the plurality of people, and the space R The adjustment of the environmental information within is repeatedly performed.

As a result, in the sleep environment adjustment system 1 of the present embodiment, the environment information in the space R converges to a state suitable for sleeping for the plurality of people sleeping in the space R. Moreover, even if the sleep states of a plurality of people sleeping in the space R change in the middle, the environment information in the space R can be displaced according to the sleep states of the people.

FIG. 4 is a diagram showing an example of the adjustment result of the environment information in the space R by the control device 7. As shown in FIG. Here, an example of the result of adjusting the temperature in the space R as environment information in the space R based on biometric data of a plurality of persons is shown.
As shown in FIG. 4, by adjusting the temperature in the space R by the control device 7, the temperature in the space R converges to a range suitable for sleeping for a plurality of people (a hatched range in FIG. 4). . As a result, in the sleep environment adjustment system 1 of the present embodiment, when a plurality of persons sleep in the same space R, the environment in the space can be adjusted to a state suitable for the plurality of persons.

Although the embodiments of the present invention have been described above, the technical scope of the present invention is not limited to the scope described in the above-described embodiments. Various modifications and combinations may be made as long as they do not contradict the gist of the present invention.
For example, in the present embodiment, the analysis unit 711 of the control device 7 analyzes the biological data detected by the bed sensor 5. For example, the bed sensor 5 detects the biological data and analyzes the biological data. may be performed and the analysis results may be output to the control device 7 .

In addition, the adjustment of the environmental information in the space R by the sleep environment adjustment system 1 is performed locally by the control device 7 provided in the space R as in the present embodiment, or by a server device connected via the Internet or the like. You may perform on a cloud using etc.
For example, when the sleep environment adjustment system 1 adjusts the environmental information in the space R on the cloud, for example, a plurality of spaces R connected via the Internet (hereinafter, space R1, R2 . ) can be adjusted. Then, for example, by storing the adjustment result of the environment information on the cloud and using the stored information, for example, when a plurality of people who usually sleep in the space R1 sleep in another space R2, the same environment as usual can be obtained. can be easily reproduced in the space R2.

DESCRIPTION OF SYMBOLS 1... Sleep environment adjustment system 2... Air conditioning apparatus 3... Lighting apparatus 7... Control apparatus 9... Portable terminal 71... Calculation part 72... Storage part 73... Communication part 711... Analysis part 713... Environment adjustment unit, 715...notification unit

Claims (4)

sleep state acquisition means for acquiring biometric data of a plurality of persons sleeping in the same space;
environment information acquisition means for acquiring environment information representing the environment in the space;
an adjusting means for adjusting the environment in the space using the biometric data of the plurality of persons and the age of each of the plurality of persons ;
The adjustment means selects the oldest person as a specific person from among the plurality of persons using the biometric data of the plurality of persons and the age of the plurality of persons, and A sleep environment adjustment system that adjusts the environment in the space based on biological data . 2. The sleep environment adjustment system according to claim 1, further comprising notification means for notifying information regarding adjustment of said environmental information in said space by said adjustment means. 3. The sleeping environment according to claim 2 , wherein the notification means notifies, as the information relating to the adjustment of the environment information, a consideration result of the biometric data of the plurality of persons after adjusting the environment in the space. adjustment system. to the computer,
A function to acquire biometric data of multiple people sleeping in the same space;
a function of acquiring environment information representing the environment in the space;
Realizing a function of adjusting the environment in the space using the biometric data of the plurality of persons and the age of each of the plurality of persons ,
Using the biometric data of the plurality of persons and the age of the plurality of persons, the oldest person is selected as a specific person from among the plurality of persons, and based on the biometric data of the selected specific person, A program characterized by adjusting the environment in the space .

Images