Performance Score Improvement System

Abstract

To provide a system suited to evaluating a user at home.SOLUTION: A performance score enhancing system 100 includes: indoor environment adjustment means 2 which is provided for a performance enhanced space R (room R) encircled by a floor, a ceiling, and walls and adjusts an environment of the performance enhanced space R; performance confirmation means 3 which is provided for the performance enhanced space R and detects performance of a user U in the performance enhanced space R; a repeating device 1 (a control panel 1); and a management server 4 communicable with the repeating device 1. The management server 4 is provided with: score calculation means which calculates performance score of the user U on the basis of a detection result of the performance confirmation means 3; and operation content determination means determining an operation content of the indoor environment adjustment means 2 on the basis of the score calculated by the score calculation means. The repeating device 1 controls operation of the indoor environment adjustment means 2 according to the operation content determined by the operation content determination means.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present invention relates to a performance score improvement system. [Background technology]

[0002] For example, when a financial institution such as a bank provides a loan or service to an individual, a technique is known in which the individual is evaluated using information on the individual's future potential that is not yet determined at the present time (credit score: credit rating information based on the user's personal behavior history) (see, for example, Patent Document 1). Such a technique can be an effective means, for example, when evaluating the personnel of individual company employees or when evaluating individual students when they advance to higher education. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Patent No. 6514813 Summary of the Invention [Problem to be solved by the invention]

[0004] In the conventional system such as that described in Patent Document 1, information including the user's behavior history is constantly exchanged between a user terminal such as a smartphone and a management server. Therefore, as long as the user carries the user terminal, there is an advantage that information including the user's behavior history can be exchanged anywhere and at any time. On the other hand, in recent years, teleworking has been recommended by various companies and society for the purpose of energy conservation and work-life balance. In addition, the demand for teleworking is increasing to prevent pollen, yellow sand, viruses, etc. from being brought into the home as much as possible. In other words, the amount of time spent at home has increased dramatically in recent years.

[0005] The present invention has been made in consideration of the above circumstances, and an object of the present invention is to provide a performance score improvement system suitable for user evaluation in the home. [Means for solving the problem]

[0006] The invention described in claim 1 is a performance score improvement system 100, for example, as shown in Figs. 1 to 5, An indoor environment adjustment means 2 is provided in a performance improvement space R (room R) surrounded by a floor, a ceiling, and walls, and adjusts the environment of the performance improvement space R; A performance confirmation means 3 is provided in the performance improvement space R and detects the performance of a user U in the performance improvement space R; Relay device 1 (control panel 1), A management server 4 capable of communicating with the relay device 1, The management server 4 includes: A score calculation means for calculating a performance score of the user U based on a detection result of the performance confirmation means 3 acquired via the relay device 1; an operation content determination means for determining an operation content of the indoor environment adjustment means 2 based on the performance score calculated by the score calculation means, and transmitting instruction information for designating the determined operation content to the relay device 1; The relay device 1 controls the operation of the indoor environment adjusting means 2 according to instruction information from the operation content determining means. death, The management server 4 includes a test means for causing the user U to execute a confirmation test to confirm the effect of the environment adjustment by the indoor environment adjustment means 2 via the relay device 1 (control panel 1), The operation content determination means determines the operation content of the indoor environment adjustment means 2 based on the performance score calculated by the score calculation means and the result of the confirmation test. The present invention is characterized by the above.

[0007] According to the invention described in claim 1, a performance confirmation means 3 that detects the performance of user U in a performance improvement space R (room R) surrounded by a floor, ceiling, and walls is provided, and a performance score of user U is calculated based on the detection results of the performance confirmation means 3. Therefore, even if user U does not carry a user terminal, the performance score of user U can be evaluated using the performance confirmation means 3 installed in the home. Furthermore, the performance improvement space R is provided with an indoor environment adjustment means 2 that adjusts the environment of the performance improvement space R, and the operation content of the indoor environment adjustment means 2 is determined based on the performance score of the user U. Therefore, simply by the user U spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2, an improvement in the performance score of the user U can be expected. Therefore, since the performance score can be evaluated and improved by the means 2, 3 provided in the performance improvement space R surrounded by a floor, ceiling and walls, the performance score improvement system 100 is suitable for evaluating a user U within the home. In addition, the determination of the operation content reflects not only the performance score calculated by the score calculation means, but also the results of a confirmation test to confirm the effectiveness of the environmental adjustment by the indoor environment adjustment means 2, making it possible for the indoor environment adjustment means 2 to create an environment and space that further enhances the potential of the user U.

[0008] The invention described in claim 2 is A performance score improvement system 100, comprising: For example, as shown in Figs. An indoor environment adjustment means 2 is provided in a performance improvement space R (room R) surrounded by a floor, a ceiling, and walls, and adjusts the environment of the performance improvement space R; A performance confirmation means 3 is provided in the performance improvement space R and detects the performance of a user U in the performance improvement space R; Relay device 1 (control panel 1), A management server 4 capable of communicating with the relay device 1, The management server 4 includes: A score calculation means for calculating a performance score of the user U based on a detection result of the performance confirmation means 3 acquired via the relay device 1; an operation content determination means for determining an operation content of the indoor environment adjustment means 2 based on the performance score calculated by the score calculation means, and transmitting instruction information for designating the determined operation content to the relay device 1; The relay device 1 controls the operation of the indoor environment adjusting means 2 according to instruction information from the operation content determining means, The management server 4 includes a schedule proposal means for proposing a schedule created based on the performance score calculated by the score calculation means and requests from a user (e.g., information using company C) who uses the performance score to the user U via the relay device 1 (control panel 1). It is characterized by:

[0009] According to the invention described in claim 2, A performance confirmation means 3 is provided in a performance improvement space R (room R) surrounded by a floor, ceiling, and walls, and the performance score of user U is calculated based on the detection results of the performance confirmation means 3. Therefore, even if user U does not carry a user terminal, the performance score of user U can be evaluated using the performance confirmation means 3 installed in the home. Furthermore, the performance improvement space R is provided with an indoor environment adjustment means 2 that adjusts the environment of the performance improvement space R, and the operation content of the indoor environment adjustment means 2 is determined based on the performance score of the user U. Therefore, simply by the user U spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2, an improvement in the performance score of the user U can be expected. Therefore, since the performance score can be evaluated and improved by the means 2, 3 provided in the performance improvement space R surrounded by a floor, ceiling and walls, the performance score improvement system 100 is suitable for evaluating a user U within the home. In addition, a schedule can be proposed to user U, and since the schedule reflects user U's performance score, if user U simply follows the proposed schedule, it is expected that user U's performance score will improve. In addition, the schedule proposed to user U reflects not only user U's performance score but also requests from users (e.g., information using company C) who use the performance score. Therefore, if user U simply lives according to the proposed schedule, user U can expect to see an improvement in the users' evaluation of him or her.

[0010] The invention described in claim 3 is A performance score improvement system 100, comprising: For example, as shown in Figs. An indoor environment adjustment means 2 is provided in a performance improvement space R (room R) surrounded by a floor, a ceiling, and walls, and adjusts the environment of the performance improvement space R; A performance confirmation means 3 is provided in the performance improvement space R and detects the performance of a user U in the performance improvement space R; Relay device 1 (control panel 1), A management server 4 capable of communicating with the relay device 1, The management server 4 includes: A score calculation means for calculating a performance score of the user U based on a detection result of the performance confirmation means 3 acquired via the relay device 1; an operation content determination means for determining an operation content of the indoor environment adjustment means 2 based on the performance score calculated by the score calculation means, and transmitting instruction information for designating the determined operation content to the relay device 1; The relay device 1 controls the operation of the indoor environment adjusting means 2 according to instruction information from the operation content determining means, The indoor environment adjusting means 2 includes a plant and watering device 2k. It is characterized by:

[0011] According to the invention described in claim 3, A performance confirmation means 3 is provided in a performance improvement space R (room R) surrounded by a floor, ceiling, and walls, and the performance score of user U is calculated based on the detection results of the performance confirmation means 3. Therefore, even if user U does not carry a user terminal, the performance score of user U can be evaluated using the performance confirmation means 3 installed in the home. Furthermore, the performance improvement space R is provided with an indoor environment adjustment means 2 that adjusts the environment of the performance improvement space R, and the operation content of the indoor environment adjustment means 2 is determined based on the performance score of the user U. Therefore, simply by the user U spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2, an improvement in the performance score of the user U can be expected. Therefore, since the performance score can be evaluated and improved by the means 2, 3 provided in the performance improvement space R surrounded by a floor, ceiling and walls, the performance score improvement system 100 is suitable for evaluating a user U within the home. Furthermore, since the performance improvement space R (room R) is provided with plants and a watering device 2k, it is possible to effectively refresh oneself, and an improvement in the user U's performance score can be expected.

[0012] The invention described in claim 4 is a performance score improvement system according to any one of claims 1 to 3, for example, as shown in Figs. 1 to 5, As the indoor environment adjusting means 2, A light environment adjustment means (e.g., a lighting device 2a) for adjusting the light environment of the performance improvement space R (room R); A sound environment adjustment means (e.g., a speaker 2b) for adjusting the sound environment of the performance improvement space R; A video environment adjustment means (e.g., a projector 3e) for adjusting the video environment of the performance improvement space R; Temperature and humidity environment adjusting means for adjusting the temperature and humidity environment of the performance improvement space R (e.g., an air conditioner 2c, a dehumidifier 2d, a wall radiant heating and cooling device 2e, a floor heating device 2f, an air purifier 2g), An air pressure adjusting means (e.g., an air pressure adjusting device 2h) for adjusting the air pressure in the performance improving space R; An oxygen adjusting means (e.g., an oxygen adjusting device 2i) for adjusting the oxygen concentration in the performance improving space R; and an aroma adjusting means (for example, an aroma emitting device 2j) for adjusting the aroma of the performance improving space R.

[0013] According to the invention described in claim 4, the indoor environment adjustment means 2 adjusts at least one of the light environment, sound environment, video environment, temperature and humidity environment, air pressure, oxygen concentration, and scent of the performance improvement space R (room R), so that the user U's performance score can be expected to improve simply by spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2.

[0016] Claim 5 The invention described in claim 1 to 4 In the performance score improvement system according to any one of the above, for example, as shown in FIG. 1 to FIG. 5, The operation content determination means Operational content for creating an indoor environment suitable for work (operational content for concentrating on work), Operational content for creating an indoor environment suitable for refreshing (operational content for refreshing), Actions for creating an indoor environment suitable for meditation (meditation actions); Actions for creating an indoor environment suitable for fatigue recovery (actions for fatigue recovery); Operational content for forming an indoor environment suitable for sleep (operational content for sleep), Operational content for forming an indoor environment suitable for exercise involving sweating (operational content for promoting sweating), and operation content for forming an indoor environment suitable for high-stress training (operation content for high-stress training).

[0017] Claim 5According to the invention described above, the operation content determination means determines operation content for creating an indoor environment suitable for at least one of work, refreshing, meditation, fatigue recovery, sleep, exercise involving sweating, and high-stress training, so that the user U's performance score can be expected to improve simply by spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2. Effect of the Invention

[0018] According to the present invention, a performance score improvement system suitable for user evaluation in the home can be provided. [Brief description of the drawings]

[0019] [Figure 1] 1 is a schematic diagram showing a configuration of a performance score improvement system according to an embodiment of the present invention. [Diagram 2] FIG. 2 is a block diagram showing the schematic configuration of a control panel, an indoor environment adjustment means, and a performance confirmation means. [Diagram 3] An example of a room (performance improvement space) is shown. [Figure 4] FIG. 2 is a block diagram showing a schematic configuration of a management server. [Diagram 5] FIG. 4 is a diagram showing an example of an order in which each environment adjustment program is executed. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0020] Hereinafter, the embodiments of the present invention will be described with reference to the drawings. However, the embodiments described below are subject to various limitations that are technically preferable for carrying out the present invention, but the technical scope of the present invention is not limited to the following embodiments and illustrated examples. In addition, the following embodiments and illustrated examples may be combined as much as possible.

[0021] 1 is a schematic diagram showing a configuration of a performance score improvement system 100 according to an embodiment of the present invention. The performance score improvement system 100 is a system for evaluating the performance of a user U at home and improving the performance of the user U at home. The performance score improvement system 100 includes a control panel 1, an indoor environment adjustment means 2, and a performance confirmation means 3, which are installed in a building (user home H) where a user U resides. The performance score improvement system 100 also includes a management server 4, which is connected to the control panel 1 via a communication network N1. The management server 4 is also connected to an external device (for example, an information terminal used by information using company C) via a communication network N2.

[0022] The communication networks N1 and N2 are not particularly limited, but may be, for example, the Internet, a LAN (Local Area Network), a WAN (Wide Area Network), etc. In addition, although the communication networks N1 and N2 are depicted separately in FIG. 1, they may be a common communication network. In addition, the user's home H in this embodiment is a detached house, but is not limited to this and can be changed as appropriate.

[0023] At least one room R in the user's home H is a performance improvement space, and the room (performance improvement space) R is equipped with an indoor environment adjustment means 2 for adjusting the indoor environment, as well as a performance confirmation means 3 for detecting the behavior (performance) of the user U. The indoor environment adjusting means 2 and the performance checking means 3 are communicatively connected (wirelessly or wired) to the control panel 1. The control panel 1 controls the operation of the indoor environment adjusting means 2, and collects the detection results (information related to the behavior of the user U) of the performance checking means 3. The information collected by the control panel 1 is transmitted to an external management server 4.

[0024] FIG. 2 is a block diagram showing a schematic configuration of the control panel 1, the indoor environment adjusting means 2, and the performance checking means 3. As shown in FIG. The control panel 1 includes a control unit 11 configured with a CPU (Central Processing Unit), a RAM (Random Access Memory), etc., and centrally controls the operation of the control panel 1, a storage unit 12 configured with a non-volatile semiconductor memory, a hard disk, etc., and stores various programs executed by the control unit 11 and various data required for the control panel 1, a communication unit 13 that communicates with the indoor environment adjustment means 2 and the performance confirmation means 3, and communicates with the management server 4 connected via a communication network N1, an operation unit 14 configured with various operation buttons, etc., and a display unit 15 configured with an LCD (Liquid Crystal Display) panel, etc. Note that the configuration of the control panel 1 is not limited to this, and for example, the operation unit 14 may be a touch panel laminated on the surface of the display unit 15.

[0025] In the user's home H, as indoor environment adjustment means 2 for adjusting the environment within room R (the environment of the performance improvement space), for example, as shown in FIG. 2, a lighting device 2a, a speaker 2b, an air conditioner 2c, a dehumidifier / humidifier 2d, a wall radiant heating and cooling device 2e, a floor heating device 2f, an air purifier 2g, an air pressure regulator 2h, an oxygen regulator 2i, a fragrance generator 2j, and a plant and watering device 2k are provided. The indoor environment adjustment means 2 provided in the user's home H is not limited to these means 2a to 2k and can be changed as appropriate, and may be, for example, any of these means 2a to 2k. Furthermore, the user's home H may be provided with indoor environment adjustment means other than these means 2a to 2k.

[0026] The lighting device 2a has at least one of a dimming function and a color adjusting function. That is, the lighting environment of the room R can be adjusted by the lighting device 2a. The speaker 2b outputs sound based on sound data transmitted from a sound data transmission device (such as the control panel 1) communicatively connected (wirelessly or wired) to the speaker 2b. For example, the sound environment of the room R can be adjusted by outputting music or natural sounds from the speaker 2b. In addition, if the room R is not a soundproof room, the sound environment of the room R can be adjusted by outputting sounds that cancel out noise from the speaker 2b.

[0027] The air conditioner 2c has at least one of a temperature adjustment function, a humidity adjustment function, an air purification function, an air volume adjustment function, and an air speed adjustment function. That is, the air conditioner 2c is capable of adjusting the thermal environment and air environment of the room R. The dehumidifier / humidifier 2d has a humidity adjustment function. In other words, the thermal environment of the room R can be adjusted by the dehumidifier / humidifier 2d. By installing the dehumidifier / humidifier 2d, stable humidity adjustment is possible throughout the year. Especially in the winter when humidity is low, it is often difficult to adjust the humidity to the desired level using only the humidity adjustment function of the air conditioner 2c, so it is effective to operate the dehumidifier / humidifier 2d in addition to (or instead of) operating the air conditioner 2c in a humidifying mode.

[0028] The wall radiant heating and cooling device 2e is a radiant heating and cooling device that radiates heat from the surface by circulating a high-temperature or low-temperature fluid through the internal pipe material, and has a temperature adjustment function. The floor heating device 2f also has a temperature adjustment function. That is, the thermal environment of the room R can be adjusted by the wall radiant heating and cooling device 2e and the floor heating device 2f. Furthermore, since the wall radiant heating and cooling device 2e and the floor heating device 2f adjust the temperature without using airflow, for example, viruses, bacteria, dust, etc. are less likely to spread, and the air environment of the room R can be kept clean. Although the temperature can be sufficiently adjusted by installing only one of the wall radiant heating and cooling device 2e and the floor heating device 2f, installing both the wall radiant heating and cooling device 2e and the floor heating device 2f is more preferable, for example, by mainly using the floor heating device 2f in winter to intensively warm the feet, and by using the wall radiant heating and cooling device 2e in summer to intensively cool the upper body and eliminate heat accumulation near the ceiling.

[0029] The air purifier 2g has an air purification function. That is, the air environment of the room R can be adjusted by the air purifier 2g. Although the air can be sufficiently purified by the air purifier 2g alone, by using the air purifier 2g in combination with the air conditioner 2c, for example, the air purifier 2g installed at the bottom of the room R can send clean air into the room R from the bottom of the room R, and the air conditioner 2c can exhaust the air in the room R from the top of the room R to the outside of the room R. This allows the air in the room R to be circulated, so that pollen, yellow sand, odor, moisture, dust, viruses, etc. can be effectively exhausted to the outside of the room R, which is more preferable. Note that the same effect can be obtained by installing a ventilation device or the like at the bottom of the room R instead of the air purifier 2g, sending fresh air (for example, outside air) into the room R from the bottom of the room R, and exhausting the air in the room R from the top of the room R to the outside of the room R by the air conditioner 2c.

[0030] The air pressure adjustment device 2h adjusts the air pressure in the room R, and can be set to, for example, a low air pressure mode that creates a low air pressure state in the room R. For example, when the user U exercises in the room R, the air pressure adjustment device 2h can be operated in the low air pressure mode, enabling high-stress training. In other words, the air pressure adjustment device 2h can create an environment suitable for high-stress training.

[0031] The oxygen generator 2i adjusts the oxygen concentration in the room R, and can be set, for example, to a low-oxygen mode that creates a low-oxygen state in the room R, or a high-oxygen mode that creates a high-oxygen state in the room R. For example, when the user U exercises in the room R, the oxygen generator 2i is operated in the low-oxygen mode, enabling high-stress training. Furthermore, when the user U rests (sleeps or recovers from fatigue) in the room R, the oxygen generator 2i is operated in the high-oxygen mode, enabling efficient and effective rest. In other words, the oxygen generator 2i can create an environment suitable for high-stress training and rest.

[0032] The aroma generating device 2j emits an aroma component into the room R. The aroma generating device 2j has multiple types of aroma agents (for example, a floral aroma agent, a citrus aroma agent, etc.) built in, and is capable of switching the type of aroma to be emitted. In other words, the aroma generating device 2j is capable of adjusting the aroma in the room R.

[0033] The plant and watering device 2k is composed of a foliage plant, which is a plant that provides greenery that is easy on the eyes and gives people a sense of peace, and a watering device that waters the foliage plant. Increasing the green view rate has the effect of providing a relaxing effect, improving work efficiency, and relieving eye strain, so the plant and watering device 2k can create an environment suitable for work. By installing not only the foliage plant but also the watering device, the user U does not need to water the plants. In addition, by installing the watering device, the sound of a babbling brook can be reproduced, so a higher relaxation effect can be expected. It is also possible to place artificial greenery in room R instead of potted plants, but potted plants will grow and change, which can change the mood of user U and provide a greater relaxing effect. In this way, the indoor environment adjustment means 2 can promote the user U's health, improve his / her motivation, relieve stress, etc., leading to an improvement in the performance score.

[0034] In the user's home H, performance confirmation means 3 for detecting the behavior (performance) of the user U are provided, such as a treadmill 3a, a body composition scale 3b, a chair with a pressure sensor 3c, a bed with a pressure sensor 3d, a projector (and roller screen) 3e, and a wearable terminal 3f, as shown in FIG. 2. The performance checking means 3 provided in the user's home H is not limited to these means 3a to 3f and can be changed as appropriate, and may be, for example, any of these means 3a to 3f. Furthermore, the user's home H may be provided with a performance checking means other than these means 3a to 3f.

[0035] The treadmill 3a contributes to improving the athletic ability and health of the user U. The treadmill 3a can detect the exercise time (the time the treadmill 3a is used) and the exercise intensity (the set speed of the treadmill 3a). The body composition meter 3b contributes to understanding and improving the health condition of the user U. The body composition meter 3b can detect the weight, BMI, body fat percentage, visceral fat level, and the like of the user U. The pressure sensor-equipped chair 3c contributes to grasping the time spent at the desk and judging the degree of concentration. In other words, the pressure sensor-equipped chair 3c can detect the time when the user U sits at the desk used for performing work, study, or other tasks. The bed with pressure sensor 3d contributes to grasping the sleeping time and judging the sleeping state. That is, the bed with pressure sensor 3d can detect the sleeping time and the quality of sleep of the user U.

[0036] The projector 3e is used in conjunction with a roll screen for web conferences, online training, etc. That is, the projector 3e can detect the time of a web conference, online training, etc. Furthermore, the projector 3e projects an image that is expected to have a relaxing effect during a break, contributing to improving the efficiency of refreshing. That is, the projector 3e functions not only as the performance confirmation means 3 but also as the indoor environment adjustment means 2. The wearable device 3f is worn by the user U and can be used both inside and outside the home, contributing to the determination of health condition, sleep condition, and amount of exercise. The wearable device 3f can detect, for example, the number of steps, distance traveled, calories burned, sleep condition (time, quality, etc.), heart rate, and usage time of the room (performance improvement space) R.

[0037] FIG. 3 shows an example of a room R (a performance improvement space R surrounded by a floor, a ceiling, and walls). A room R shown in FIG. 3 is, for example, a soundproof room, and a control panel 1 and an air conditioner 2c are installed on a first wall portion. A wall-mounted radiant heating and cooling device 2e is installed on a second wall portion perpendicular to the first wall portion. The wall-mounted radiant heating and cooling device 2e is a device that radiates heat from the surface by circulating a high-temperature or low-temperature fluid through an internal pipe material (not shown), and is installed in contact with the wall surface of the second wall portion.

[0038] A roll screen used in conjunction with a projector 3e (not shown) and a plant and watering device 2k are installed on the third wall opposite the second wall. A counter table T is installed along the third wall via the plant and watering device 2k, and the user U can sit on a chair 3c with a pressure sensor and work, study, or the like at the counter table T. The plant and watering device 2k is installed in front of the desk (counter table T) used by the user U when working, which effectively increases the green view rate. An air purifier 2g is installed below the counter table T (in a storage box B for storing the plant and watering device 2k) so that clean air can be sent into the room R from the bottom of the room R and the air conditioner 2c can exhaust the air in the room R from the top of the room R to the outside of the room R, i.e., the air in the room R can be circulated. Furthermore, the room R is provided with a treadmill 3a. An opening for entering and exiting the room R is formed in the fourth wall portion opposite the first wall portion, and a soundproof door is attached to the opening as an opening / closing door D.

[0039] For the sake of convenience, the illumination device 2a and the projector 3e are omitted from FIG. Furthermore, when installing an air pressure regulator 2h or an oxygen generator 2i in the room R, it is preferable that the room R is highly airtight. In this case, for example, a highly airtight and soundproof door is used as the opening and closing door D of the room R. 3 includes some of the indoor environment adjusting means 2 (means 2a to 2k) and some of the performance checking means 3 (means 3a to 3f), but is not limited thereto. That is, one room R may include all or some of the indoor environment adjusting means 2 (means 2a to 2k) and the performance checking means 3 (means 3a to 3f).

[0040] Furthermore, the user's home H may have one or more rooms (performance improvement spaces) R other than the room (performance improvement space) R shown in Fig. 3. Specifically, the room R shown in Fig. 3 is a study (telework room), but the user's home H may have, as the room (performance improvement space) R, a bedroom or the like in which the indoor environment adjustment means 2 such as the lighting device 2a and the performance confirmation means 3 such as the pressure sensor-equipped chair 3c are installed, in addition to the study (see Fig. 3) in which the indoor environment adjustment means 2 such as the lighting device 2a and the performance confirmation means 3 such as the pressure sensor-equipped bed 3d are installed.

[0041] FIG. 4 is a block diagram showing a schematic configuration of the management server 4. As shown in FIG. The management server 4 is equipped with a control unit 41, a communication unit 42, and a memory unit 43, and calculates the performance score of user U based on information received from the control panel 1 (information related to the behavior of user U) (score calculation program 45h). Then, based on the calculation result, the operation content for operating the indoor environment adjustment means 2 in an optimal state is determined, and instruction information for specifying the determined operation content is transmitted to the control panel 1 (various environmental adjustment programs 45a to 45g). That is, the indoor environment adjustment means 2 is caused to form an environment and space that enhances the potential of the user U. As a result, an improvement in performance score can be expected simply by spending time in a room (performance improvement space) where the environment has been adjusted by the indoor environment adjustment means 2. Furthermore, in order to check the effect of the environmental adjustment performed by the indoor environment adjustment means 2, the user U can be made to execute a check test (score improvement test) (score improvement test program 45i). In addition, in order to improve the performance score, a schedule for exercise, study, sleep, etc. can be suggested to the user U (schedule suggestion program 45j).

[0042] The control unit 41 is composed of a CPU (Central Processing Unit), a RAM (Random Access Memory), and the like. The CPU reads out various programs stored in the storage unit 43, loads them in the RAM, executes various processes in accordance with the loaded programs, and centrally controls the performance score improvement system 100.

[0043] The communication unit 42 is composed of a communication module and the like. The communication unit 42 is configured to send and receive various signals and data to and from the control panel 1 connected via the communication network N1, and to send and receive various signals and data to and from an external device (e.g., an information terminal used by information using company C) connected via the communication network N2.

[0044] The storage unit 43 is composed of a non-volatile semiconductor memory, a hard disk, or the like. The memory unit 43 also stores various programs executed by the control unit 41 and various data required for controlling the performance score improvement system 100.

[0045] For example, a user information table 44a is stored in the storage unit 43. In this user information table 44a, information about users who use the performance score improvement system 100 is stored. Specifically, the user information table 44a stores, in association with each other, for example, a user ID for identifying a user, user information related to the user, a control panel ID for identifying a control panel 1 installed in a building in which the user lives, a room ID for identifying a room (performance improvement space) R managed by the control panel 1, and the type of indoor environment adjustment means 2 and the type of performance confirmation means 3 installed in the room R. In this embodiment, a single control panel 1 can manage multiple rooms R (for example, a study and a bedroom). This is advantageous in terms of system implementation costs, since it is only necessary to install a single control panel 1 in the user's home H even if the user's home H has multiple rooms (performance improvement spaces) R. Here, user information includes, for example, user attributes (age, gender, etc.), company name, job type, work history, qualification information, work system, initial score (the score initially calculated by the score calculation means), and results of a score improvement test (described below).

[0046] By executing the score calculation program 45h, the control unit 41 functions as a score calculation means that calculates user U's performance score based on the detection results (information related to user U's behavior) of the performance confirmation means 3 obtained via the control panel 1. Specifically, the control unit 41 calculates the performance score of the user U based on the information stored in the score calculation information table 44b. More specifically, the control unit 41 generates a trained model through machine learning using, for example, information stored in the score calculation information table 44b, and calculates the performance score of user U using the generated trained model.

[0047] The score calculation information table 44b stores, in association with one another, for example, a user's user ID, user information about the user, information about the user's behavior (detection results of the performance confirmation means 3), and the user's performance score. The user ID and user information are extracted from the user information table 44a when, for example, a detection result of the performance checking means 3 is received. Specifically, the detection result of the performance checking means 3 is transmitted from the control panel 1 to the management server 4 together with the control panel ID. When the communication unit 42 receives the detection result of the performance checking means 3 and the control panel ID, the control unit 41 extracts the user ID and user information corresponding to the received control panel ID from the user information table 44a, and registers the received detection result of the performance checking means 3 and the extracted user ID and user information in the score calculation information table 44b. Furthermore, when the control unit 41 (score calculation means) calculates the performance score, it registers the calculated performance score in the score calculation information table 44b.

[0048] In this embodiment, the performance score is calculated to reflect the attributes of the user U. This makes it possible to calculate a performance score appropriate for the age and sex of the user U, thereby enabling a fair evaluation. It is also possible to reflect other information. Specifically, for example, information on whether or not a health check has been taken and information on the results of the health check may be registered in the score calculation information table 44b, and these pieces of information may be reflected in the calculation of the performance score. This makes it possible to, for example, evaluate whether the user U's score will increase if he or she takes an online health check based on the information stored in the score calculation information table 44b (for example, information on the results of continuing exercise and information on the health condition), and furthermore, if the doctor's evaluation is good, the score will increase, and thus it is possible to increase the user U's motivation to take a health check and to become healthy. The method of calculating the performance score is not limited to the above-mentioned method (the method using a trained model) and can be changed as appropriate.

[0049] The performance score calculated by the control unit 41 (score calculation means) is transmitted to an affiliated information user (for example, information using company C) and utilized. If the information user is a company to which user U belongs, the obtained performance score is used, for example, for personnel evaluation. If the information user is a financial institution (including electronic money), the obtained performance score is used, for example, for credit screening. If the information user is a financial institution (insurance company) that operates an insurance business, the obtained performance score is used, for example, for reducing life insurance premiums. If the information user is a government agency, the obtained performance score is used, for example, for tax reductions. In other words, there are various ways in which the performance score can be used depending on the information user that obtains the information (performance score). Furthermore, the information user can suggest to user U (management server 4) factors that are considered necessary to improve the performance score. For example, if the information user is the company to which user U belongs, and if it is considered that improving health through sleep or exercise will improve personnel evaluation, the information user will request an increase in sleep time or amount of exercise. This request (request) is reflected in the schedule (described later) provided to user U.

[0050] The performance score of the user U calculated by the control unit 41 (score calculation means) may be transmitted to the control panel 1 and presented to the user U. In this case, for example, by presenting the reason for the score down, such as "During a work schedule such as work or study, the reaction time of the chair with pressure sensor 3c was short and the reaction time of the bed with pressure sensor 3d was long, so the score down," or the reason for the score up, such as "During a post-work schedule after the work was completed, the time spent using the treadmill 3a was long, so the score up," the motivation of the user U to improve his / her performance score can be increased.

[0051] The control unit 41 functions as an operation content determination means that executes the environmental adjustment programs 45a to 45g to determine the operation content of the indoor environment adjustment means 2 based on the performance score calculated by the score calculation means, and transmits instruction information specifying the determined operation content to the control panel 1. Specifically, the control unit 41 determines the operation content of the indoor environment adjusting means 2 based on the information stored in the operation content determination information table 44c. More specifically, the control unit 41 generates a trained model through machine learning using, for example, information stored in the information table 44c for determining operation content, and determines operation content that will improve the performance score using the generated trained model.

[0052] The information table 44c for determining operation contents stores, in association with each other, for example, a user's user ID, the user's performance score, the results of the user's score improvement test (described later), and the operation contents of the indoor environment adjustment means 2 proposed to the user. When the control unit 41 (score calculation means) calculates the performance score of the user U, the control unit 41 registers the performance score together with the user U's user ID in the action content determination information table 44c. The result of the score improvement test is transmitted from the control panel 1 to the management server 4. When the communication unit 42 receives the result of the score improvement test, the control unit 41 registers the result in the operation content determination information table 44c. Furthermore, when the control unit 41 (operation content determining means) determines the operation content of the indoor environment adjusting means 2, it registers the operation content (operation content to be proposed to the user U) in the operation content determining information table 44c.

[0053] In this embodiment, the operation contents of the indoor environment adjustment means 2 include operation contents for concentrating on work, operation contents for refreshing, operation contents for meditation, operation contents for recovering from fatigue, operation contents for sleeping, operation contents for promoting sweating, and operation contents for high loads, and at a specified timing, the control unit 41 (operation content determination means) determines the operation content that suits that timing and proposes it to the user U. Specifically, for example, when it is time for the user U to go to bed, the control unit 41 (operation content determination means) determines an operation content for sleep suitable for the user U. Next, from the user information table 44a, the control panel ID of the control panel 1 provided in the building (user house H) in which the user U resides and the room ID of a room R (e.g., a bedroom) to which the determined operation content for sleep is to be applied among the rooms R managed by the control panel 1 are extracted. Next, the extracted room ID is added to instruction information specifying the determined operation content for sleep, and the instruction information is transmitted to the control panel 1 of the extracted control panel ID. Then, when the control panel 1 receives the instruction information from the management server 4, it controls the operation of the indoor environment adjustment means 2 provided in the room R having the room ID added to the instruction information, based on the instruction information. As a result, the operation contents for sleep determined by the control unit 41 (operation content determination means), i.e., the operation contents for sleep suitable for the user U, are proposed to the user U.

[0054] The type of indoor environment adjustment means 2 installed in the room R may be reflected in the determination of the operation content. For example, if the determined sleep operation content includes a content that the temperature environment is adjusted only by the floor heating device 2f, and if the floor heating device 2f is not installed in the room R (e.g., a bedroom) to which the determined sleep operation content is applied, the temperature environment cannot be adjusted. Therefore, in order to prevent such inconvenience from occurring, information on the type of indoor environment adjustment means 2 installed in the room R may be registered in the operation content determination information table 44c, and this information may be reflected in the determination of the operation content. In this case, the type of indoor environment adjustment means 2 installed in the room R is stored in the user information table 44a, so it is preferable to extract it and register it in the operation content determination information table 44c. In addition, when the indoor environment adjustment means 2 required for the determined operation contents is not provided in the room R, the control unit 41 may suggest the user U to install the necessary indoor environment adjustment means 2. Specifically, for example, when the determined sleep operation contents include contents to adjust the temperature environment only by the floor heating device 2f, and the floor heating device 2f is not installed in the room R (for example, a bedroom) to which the determined sleep operation contents are applied, the control unit 41 may transmit display data for displaying an installation promotion image (an image that prompts the user to install a floor heating device in the room R) to the control panel 1, and cause the display unit 15 of the control panel 1 (or a terminal having a display unit that can communicate with the control panel 1) to display the installation promotion image. This makes it possible to make a proposal for forming a more optimal indoor environment. Furthermore, this makes it possible to suggest the indoor environment adjustment means 2 to be installed in the room R to the user U who has added a room (performance improvement space) R to the user's home H or the user U who is newly introducing the performance score improvement system 100 into the user's home H.

[0055] The operation contents may be determined based on the preferences of the user U. That is, preference information indicating the preferences of the user U may be registered in the operation contents determination information table 44c, and this information may be reflected in the determination of the operation contents to be proposed to the user U. In this case, when the operation contents proposed to the user U are changed by the user U, the change contents are transmitted to the management server 4 via the control panel 1, and the change contents may be registered as preference information in the operation contents determination information table 44c. For example, if the instruction information specifying the operation content for concentrating on work includes information to operate the floor heating device 2f at 30°C, and after that instruction information is sent, the user U operates the floor heating device 2f to change the temperature to 28°C, it is determined that the user U prefers a lower temperature setting when concentrating on work. Furthermore, if the instruction information specifying the operation content for refreshing includes information to turn off the power of aroma emitting device 2j, and after transmitting the instruction information, user U operates aroma emitting device 2j to turn the power on and emit a citrus scent, it is understood that user U prefers to smell citrus scents when refreshing. The method of determining the operation content is not limited to the above-mentioned method (method using a trained model) and can be changed as appropriate.

[0056] In addition, the determination of the operation contents may reflect the user information stored in the user information table 44a. That is, the user information of the user U extracted from the user information table 44a may be registered in the operation content determination information table 44c, and this information may be reflected in the determination of the operation contents proposed to the user U. Furthermore, the user information stored in the user information table 44a may be updated periodically. Specifically, for example, at a predetermined update timing, the control unit 41 transmits display data for displaying an update prompting image (an image prompting the user to update the user information) to the control panel 1, and causes the update prompting image to be displayed on the display unit 15 of the control panel 1 (or a terminal having a display unit that can communicate with the control panel 1). By prompting the user information to be updated, it becomes possible to calculate a performance score or determine the operation content based on the latest user information at all times. The update cycle of the user information may be determined in advance (once a year, once every six months, etc.), or may be set by the user.

[0057] By executing the work concentration environment adjustment program 45a, the control unit 41 determines the operation content (work concentration operation content) of the indoor environment adjustment means 2 for creating an indoor environment that is optimal for studying, working, etc., and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying the operation contents for work concentration from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. As a result, the temperature and humidity environment, sound environment, air environment, light environment, etc. are adjusted to be suitable for work. The state of the user U at that time is detected by the performance confirmation means 3 and is reflected in the operation contents for work concentration to be determined in the future.

[0058] Table 1 shows the approximate operation contents for concentrating on work. Of course, depending on the user, operation contents for concentrating on work that are different from the contents of Table 1 may be proposed.

[0059] [Table 1]

[0060] For example, if the room R to which the work concentration operation content is applied is not a soundproof room, soundproofing measures can be taken by outputting a sound that cancels out noise from the speaker 2b. Furthermore, the user U can output music that enhances concentration from the speaker 2b by operating the control panel 1. Furthermore, by making the speaker 2b function not only as the indoor environment adjustment means 2 but also as the performance confirmation means 3, it becomes possible for the speaker 2b to detect the time for which music was listened to, the type of music listened to, and the like.

[0061] Furthermore, the speaker and / or microphone for the Web conference may function as the performance confirmation means 3. That is, the speaker and / or microphone for the Web conference may be capable of communicating with the control panel 1. When the speaker and / or microphone for the Web conference functions as the performance confirmation means 3, it is possible to detect the time of the Web conference, etc. Furthermore, the speaker for the Web conference may be the speaker 2b, and in this case, by making the speaker 2b function not only as the indoor environment adjustment means 2 but also as the performance confirmation means 3, it becomes possible to detect the time of the Web conference, etc.

[0062] By executing the refreshment environment adjustment program 45b, the control unit 41 determines the operation content (refreshment operation content) of the indoor environment adjustment means 2 for creating an optimal indoor environment when refreshing, and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying the operation contents for refreshing from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. As a result, the temperature and humidity environment, sound environment, video environment, air environment, light environment, etc. are adjusted to be suitable for refreshing. The state of the user U at that time is detected by the performance confirmation means 3 and will be reflected in the operation contents for refreshing that will be decided in the future. Furthermore, if a plant and a watering device 2k are installed in the room R, refreshing can be performed more effectively.

[0063] Table 2 shows the guidelines for the refresh operation. Of course, depending on the user, the refresh operation contents other than those in Table 2 may be proposed.

[0064] [Table 2]

[0065] For example, the user U can operate the control panel 1 to cause the management server 4 to provide motion contents for meditation. That is, the control unit 41 can execute a meditation program (meditation environment adjustment program 45c) in response to an instruction from the user U to provide motion contents for meditation to the user U. In addition to motion contents for meditation, the control unit 41 can also execute an exercise program (exercise environment adjustment program (not shown)) to provide motion contents for exercise, or execute a yoga program (yoga environment adjustment program (not shown)) to provide motion contents for yoga.

[0066] By executing the meditation environment adjustment program 45c, the control unit 41 determines the operation content (meditation operation content) of the indoor environment adjustment means 2 for creating an optimal indoor environment for meditation, and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying the meditation operation contents from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. This adjusts the temperature and humidity environment, sound environment, video environment, air environment, aroma environment, light environment, etc. to be suitable for meditation. In addition, the state of the user U at that time is detected by the performance confirmation means 3 and will be reflected in the meditation operation contents to be determined in the future.

[0067] The control unit 41 executes the fatigue recovery environment adjustment program 45d to determine the operation content (fatigue recovery operation content) of the indoor environment adjustment means 2 for creating an indoor environment optimal for fatigue recovery, and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying the operation contents for recovering from fatigue from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. As a result, the temperature and humidity environment, sound environment, video environment, air environment, aroma environment, light environment, etc. are adjusted to be suitable for fatigue recovery. The state of the user U at that time is detected by the performance confirmation means 3 and will be reflected in the operation contents for recovering from fatigue to be determined in the future.

[0068] Table 3 shows a guide for fatigue recovery actions. Of course, depending on the user, fatigue recovery actions other than those in Table 3 may be suggested.

[0069] [Table 3]

[0070] By executing the sleep environment adjustment program 45e, the control unit 41 determines the operation content (sleep operation content) of the indoor environment adjustment means 2 for creating an indoor environment optimal for sleep, and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying the operation contents for sleep from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. As a result, the temperature and humidity environment, sound environment, air environment, light environment, etc. are adjusted to be suitable for sleep. The state of the user U at that time is detected by the performance confirmation means 3 and will be reflected in the operation contents for sleep that will be decided in the future.

[0071] A guide for sleep actions is shown in Table 4. Of course, depending on the user, sleep actions other than those in Table 4 may be suggested.

[0072] [Table 4]

[0073] For example, the user U can have the management server 4 provide the nap operation contents by operating the control panel 1. That is, the control unit 41 can execute the sleep environment adjustment program 45e in response to an instruction from the user U and provide the user U with the nap operation contents.

[0074] By executing the sweat-promoting environmental adjustment program 45f, the control unit 41 determines the operation content (sweat-promoting operation content) of the indoor environment adjustment means 2 for creating an indoor environment that is optimal for exercise involving sweating, and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying the operation contents for promoting sweating from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. As a result, the temperature and humidity environment, sound environment, video environment, air environment, light environment, etc. are adjusted to be suitable for exercise involving sweating. The state of the user U at that time is detected by the performance confirmation means 3 and is reflected in the operation contents for promoting sweating that will be determined in the future.

[0075] A guide for sweat-promoting actions is shown in Table 5. Of course, depending on the user, sweat-promoting actions other than those in Table 5 may be proposed.

[0076] [Table 5]

[0077] The control unit 41 executes the high-stress environmental adjustment program 45g to determine the operation content (high-stress operation content) of the indoor environment adjustment means 2 for creating an indoor environment optimal for high-stress training, and transmits instruction information specifying the determined operation content to the control panel 1 via the communication unit 42. When the control panel 1 receives instruction information specifying high-stress operation contents from the management server 4, it controls the operation of the indoor environment adjustment means 2 based on the instruction information. As a result, the temperature and humidity environment, sound environment, video environment, air environment, light environment, etc. are adjusted to be suitable for high-stress training. The state of the user U at that time is detected by the performance confirmation means 3 and is reflected in the high-stress operation contents to be determined in the future.

[0078] Table 6 shows the guideline for high load operation. Of course, depending on the user, high load operation contents other than those in Table 6 may be proposed.

[0079] [Table 6]

[0080] The control unit 41 functions as a test means for causing the user U to carry out a confirmation test (score improvement test) via the control panel 1 to confirm the effect of the environmental adjustment by the indoor environment adjustment means 2 by executing the score improvement test program 45i. Specifically, the control unit 41 (testing means) assigns a task (score improvement test) to the user U to check whether the user U has achieved any effect after spending a certain period of time (e.g., one month) in a room (performance improvement space) in which the environment has been adjusted by the indoor environment adjustment means 2. The task may or may not be recognizable by the user U. The score improvement test is conducted periodically.

[0081] More specifically, the control unit 41 (testing means) evaluates the concentration of the user U by a test such as a Kraepelin test. In this case, the control unit 41, for example, transmits display data for displaying test questions to the control panel 1, and causes the test questions to be displayed on the display unit 15 of the control panel 1 (or a terminal having a display unit that can communicate with the control panel 1). Then, the control unit 41 obtains the test results from the control panel 1, evaluates the concentration from the test results, and registers the evaluation results in the operation content determination information table 44c. Furthermore, the control unit 41 (test means) evaluates the sleep quality of the user U based on the sleep time, sleep efficiency, snoring, etc. In this case, the control unit 41 acquires, for example, detection results of the pressure sensor-equipped bed 3d, the wearable terminal 3f, etc. from the control panel 1, evaluates the sleep quality based on the detection results, and registers them in the operation content determination information table 44c.

[0082] Furthermore, the control unit 41 (test means) evaluates the athletic ability of the user U based on balance, agility, whole-body endurance (resting and maximum heart rates, blood pressure), etc. In this case, the control unit 41, for example, obtains detection results of the treadmill 3a, the wearable terminal 3f, etc. from the control panel 1, evaluates the athletic ability based on the detection results, and registers them in the action content determination information table 44c. Furthermore, the control unit 41 (test means) evaluates the accumulated fatigue level of the user U by a test that measures the stress level, etc. In this case, the control unit 41, for example, transmits display data for displaying test questions to the control panel 1, and causes the test questions to be displayed on the display unit 15 of the control panel 1 (or a terminal having a display unit that can communicate with the control panel 1, etc.). Then, the control unit 41 obtains the test results from the control panel 1, evaluates the accumulated fatigue level from the test results, and registers the evaluation results in the operation content determination information table 44c. Furthermore, the control unit 41 (testing means) not only registers the result of the score improvement test of the user U in the action content determination information table 44c, but also registers it in the user information table 44a. This updates the user information of the user U stored in the user information table 44a (specifically, the result of the score improvement test in the user information).

[0083] The control unit 41 executes the schedule proposal program 45j to create a schedule for work, study, and other activities, exercise, and sleep, and functions as a schedule proposal means that proposes the created schedule to the user U via the control panel 1. Specifically, the control unit 41, for example, transmits display data for displaying the schedule to the control panel 1, and causes the display unit 15 of the control panel 1 (or a terminal having a display unit that can communicate with the control panel 1, etc.) to display the schedule.

[0084] The control unit 41 (schedule suggestion means) proposes a schedule for, for example, wake-up time, work start time, lunch break start time, work resume time, work end time, bedtime, etc. In addition, in accordance with the proposed schedule, the control unit 41 (operation content determination means) executes each of the above-mentioned environmental adjustment programs 45a to 45g in a flow such as that shown in FIG. The control unit 41 first executes the score calculation program 45h to calculate the user U's performance score. Then, as shown in FIG. 5, the control unit 41 executes the refreshing environment adjustment program 45b and the meditation environment adjustment program 45c during the period from the proposed wake-up time to the work start time (morning / pre-work schedule). Next, the work concentration environment adjustment program 45a is executed during the period from the proposed work start time to the lunch break start time (morning work schedule). Next, during the period from the proposed lunch break start time to the work resumption time (lunch break schedule), the fatigue recovery environment adjustment program 45d and the sleep environment adjustment program 45e are executed. Next, during the period from the proposed work restart time to the proposed work end time (afternoon work schedule), the work concentration environment adjustment program 45a and the refreshment environment adjustment program 45b are executed. Next, during the period from the proposed work end time to bedtime (night / after work schedule), the sweat promoting environment adjustment program 45f, the high load environment adjustment program 45g, and the refreshment environment adjustment program 45b are executed. Then, during the period from the proposed bedtime to the proposed wake-up time (sleep schedule), the sleep environment adjustment program 45e is executed.

[0085] The control unit 41 (schedule suggestion means) creates a schedule based on the performance score calculated by the score calculation means and a request from an information user (e.g., information using company C) who uses the performance score. Here, a request from an information user is, for example, a request that user U should increase his / her sleeping time because he / she often dozes off. In this manner, in this embodiment, a schedule that takes into account the performance score (i.e., a schedule that improves the performance score) and that reflects the requests of the information user is proposed to the user U, so that the user U can improve his / her own evaluation simply by acting according to this schedule. Also, since a schedule that takes into account the performance scores (task score, exercise score, sleep score) is proposed to the user U, it is possible to propose to the user U a schedule in which a program (e.g., a program for promoting sweating) for strengthening an item whose score has dropped (e.g., exercise score) is carried out for a longer period than usual, or to propose to the user U a schedule that includes an additional program (e.g., a high-stress program) that strengthens an item other than the item whose score has increased (e.g., the task score).

[0086] The proposal period for proposing a schedule to user U (the creation period for creating a schedule for user U) can be appropriately selected, and may be, for example, daily, once a week, or once a month. Also, user U may be able to set the proposal period. Also, when a new schedule is proposed to user U, user U may be able to select (for example, by using control panel 1) whether to adopt the new schedule or the previous schedule. The latest user information may be reflected in the creation of the schedule. As a result, for example, when the user information of the user U is updated and qualification information is added, it is possible that the user U may be sleep deprived or tired from studying to obtain the qualification, so it is possible to propose to the user U a schedule in which the user U performs a sleep program, a fatigue recovery program, and a refreshment program for a certain period of time longer than usual. Also, for example, when the user information of the user U is updated and the results of the latest score improvement test are registered, if there is an item in which the results are worse than the previous time, it is possible to propose to the user U a schedule in which a program (e.g., a program for concentrating on work) that strengthens that item (e.g., concentration) is performed for a longer period of time than usual, or, if there is an item in which the results are better than the previous time, it is possible to propose to the user U a schedule in which a program (e.g., a program for concentrating on work) that strengthens that item (e.g., fatigue accumulation level) is added to the item (e.g., fatigue accumulation level) and another item is strengthened. Door D (see FIG. 3) that opens and closes the entrance to room R may be locked during a work schedule such as work or study, or during a score-up test. It is more preferable to make it possible to easily unlock the door from the outside with a key or coin to prevent the room from becoming closed off.

[0087] According to this embodiment, a performance improvement space R (room R) surrounded by a floor, ceiling, and walls is provided with a performance confirmation means 3 that detects the performance of user U in the performance improvement space R, and the performance score of user U is calculated based on the detection results of the performance confirmation means 3. Therefore, even if user U does not carry a user terminal, the performance score of user U can be evaluated using the performance confirmation means 3 installed in the home. Furthermore, the performance improvement space R is provided with an indoor environment adjustment means 2 that adjusts the environment of the performance improvement space R, and the operation content of the indoor environment adjustment means 2 is determined based on the performance score of the user U. Therefore, simply by the user U spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2, an improvement in the performance score of the user U can be expected. Therefore, since the performance score can be evaluated and improved by the means 2, 3 provided in the performance improvement space R surrounded by a floor, ceiling and walls, the performance score improvement system 100 is suitable for evaluating a user U within the home.

[0088] The performance confirmation means 3 is not limited to the above-mentioned performance confirmation means 3 (means 3a to 3f). For example, by making a mobile terminal such as a smartphone or a television function as the performance confirmation means 3, it becomes possible to perform an evaluation such as lowering the score if the time spent using an information terminal such as a smartphone is long or the time spent watching television is long during the work schedule. Furthermore, the relay device 1 (control panel 1) may be provided in the user's home H, for example, in a room other than the performance improvement space R (room R). Furthermore, the relay device 1 (control panel 1) is not limited to being installed in a building, and may be, for example, portable. Specifically, for example, a mobile terminal (such as a personal computer, tablet, or smartphone) may be provided with the functions of the relay device 1, and the mobile terminal may be used to control the operation of the indoor environment adjustment means 2, collect the detection results (information related to the behavior of the user U) of the performance confirmation means 3, communicate with the management server 4, and display results (such as performance scores and test results) and schedules. Furthermore, the performance improvement space is not limited to a space (room R) within the user's home H. In other words, the performance improvement space may be a space outside the user's home H as long as it is a space surrounded by a floor, a ceiling, and walls, and specifically, for example, it may be a space outside the user's home H within the premises of the user's home H (a space in a separate building within the premises, or within a work space container within the premises), or it may be a space outside the premises of the user's home H (inside a work space container outside the premises, a rental office, etc.).

[0089] Furthermore, according to this embodiment, the operation content is determined not only based on the performance score calculated by the score calculation means, but also on the results of a confirmation test to confirm the effectiveness of the environmental adjustment by the indoor environment adjustment means 2, making it possible for the indoor environment adjustment means 2 to create an environment and space that further enhances the potential of the user U.

[0090] Furthermore, according to this embodiment, a schedule can be proposed to user U, and since the schedule reflects user U's performance score, user U's performance score can be expected to improve simply by living according to the proposed schedule. In addition, the schedule proposed to user U reflects not only user U's performance score but also requests from users (e.g., information using company C) who use the performance score. Therefore, if user U simply lives according to the proposed schedule, user U can expect to see an improvement in the users' evaluation of him or her. It is also possible to propose to the user U a schedule that reflects only either the performance score of the user U or a request from a user (for example, the information using company C) who uses the performance score.

[0091] Furthermore, according to this embodiment, the indoor environment adjustment means 2 adjusts at least one of the light environment, sound environment, video environment, temperature and humidity environment, air pressure, oxygen concentration, and scent of the performance improvement space R (room R), so that by the user U simply spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2, an improvement in the user U's performance score can be expected.

[0092] The light environment adjusting means for adjusting the light environment of the performance improving space R (room R) is not limited to the lighting device 2a. In other words, the performance improving space R may be provided with other light environment adjusting means in addition to (or instead of) the lighting device 2a. Further, the sound environment adjustment means for adjusting the sound environment of the performance improving space R is not limited to the speaker 2b. In other words, the performance improving space R may be provided with other sound environment adjustment means in addition to (or instead of) the speaker 2b. Moreover, the image environment adjustment means for adjusting the image environment of the performance improvement space R is not limited to the projector 3e. That is, the performance improvement space R may be provided with other image environment adjustment means (for example, a television) in addition to (or instead of) the projector 3e.

[0093] Furthermore, the temperature and humidity environment adjusting means for adjusting the temperature and humidity environment of the performance improving space R is not limited to the air conditioner 2c, the dehumidifier / humidifier 2d, the wall radiant heating and cooling device 2e, the floor heating device 2f, and the air purifier 2g. That is, it is sufficient that at least one of these temperature and humidity environment adjusting means 2c to 2g is provided in the performance improving space R. Other temperature and humidity environment adjusting means may also be provided. Furthermore, the air pressure adjustment means for adjusting the air pressure in the performance improving space R is not limited to the air pressure adjustment device 2h. In other words, the performance improving space R may be provided with other air pressure adjustment means in addition to (or instead of) the air pressure adjustment device 2h. In addition, the oxygen adjusting means for adjusting the oxygen concentration in the performance improving space R is not limited to the oxygen adjusting device 2i. That is, the performance improving space R may be provided with other oxygen adjusting means in addition to (or instead of) the oxygen adjusting device 2i. Furthermore, the fragrance adjustment means for adjusting the fragrance in the performance improving space R is not limited to the fragrance emitting device 2j. That is, the performance improving space R may be provided with other fragrance adjustment means in addition to (or instead of) the fragrance emitting device 2j.

[0094] Furthermore, according to this embodiment, since the plants and the irrigation device 2k are provided in the performance improvement space R (room R), it becomes possible to effectively refresh oneself, and an improvement in the user U's performance score can be expected.

[0095] Furthermore, according to this embodiment, the operation content determination means determines operation content for creating an indoor environment suitable for at least one of work, refreshing, meditation, fatigue recovery, sleep, exercise involving sweating, and high-stress training, so that the user U's performance score can be expected to improve simply by spending time in a room (performance improvement space R) whose environment has been adjusted by the indoor environment adjustment means 2. The action contents determined by the action content determination means are not limited to action contents for concentrating on work, action contents for refreshing, action contents for meditation, action contents for recovering from fatigue, action contents for sleeping, action contents for exercise accompanied by sweating, and action contents for high load. That is, the action content determination means only needs to determine at least one of these action contents. In addition, the action content determination means may be capable of determining other action contents (for example, action contents for exercise or action contents for yoga). [Explanation of symbols]

[0096] 1 Control Panel: Relay Device 2 Indoor environment adjustment means 2a Lighting device: Light environment adjustment means 2b Speaker: Sound environment adjustment means 2c Air conditioner: Means of adjusting temperature and humidity 2d dehumidifier: Temperature and humidity environment adjustment means 2e Wall radiant heating and cooling equipment: A means of adjusting temperature and humidity 2f Floor heating equipment: Temperature and humidity environment adjustment means 2g Air purifier: Temperature and humidity environment adjustment means 2h Pressure Regulating Device: Pressure Regulating Means 2i Oxygen regulator: Means for adjusting oxygen 2j Aroma generator: Means for adjusting the scent 2k Plants and irrigation equipment 3. Performance verification methods 3e Projector: A means of adjusting the image environment 4 Management Server 100 Performance Score Improvement System R Room: Performance Improvement Space U User

Claims

1. An indoor environment adjustment means is provided in a performance improvement space surrounded by a floor, a ceiling, and walls, and adjusts the environment of the performance improvement space; A performance confirmation means is provided in the performance improvement space and detects a user's performance in the performance improvement space; A relay device; a management server capable of communicating with the relay device; The management server includes: a score calculation means for calculating a performance score of the user based on a detection result of the performance confirmation means acquired via the relay device; an operation content determination means for determining an operation content of the indoor environment control means based on the performance score calculated by the score calculation means, and transmitting instruction information for designating the determined operation content to the relay device; the relay device controls the operation of the indoor environment adjustment means in accordance with instruction information from the operation content determination means; the management server includes a test means for causing the user to execute a confirmation test to confirm the effect of the environment adjustment by the indoor environment adjustment means via the relay device; A performance score improvement system characterized in that the operation content determination means determines the operation content of the indoor environment control means based on the performance score calculated by the score calculation means and the results of the confirmation test.

2. An indoor environment adjustment means for adjusting the environment of the performance improvement space, the indoor environment adjustment means being provided in the performance improvement space surrounded by a floor, a ceiling, and walls; A performance confirmation means is provided in the performance improvement space and detects a user's performance in the performance improvement space; A relay device; a management server capable of communicating with the relay device; The management server includes: a score calculation means for calculating a performance score of the user based on a detection result of the performance confirmation means acquired via the relay device; an operation content determination means for determining an operation content of the indoor environment control means based on the performance score calculated by the score calculation means, and transmitting instruction information for designating the determined operation content to the relay device; the relay device controls the operation of the indoor environment adjustment means in accordance with instruction information from the operation content determination means; A performance score improvement system characterized in that the management server is equipped with a schedule proposal means for proposing to the user via the relay device a schedule created based on the performance score calculated by the score calculation means and requests from users who use the performance score.

3. An indoor environment adjustment means provided in a performance improvement space surrounded by a floor, a ceiling, and walls, for adjusting the environment of the performance improvement space; A performance confirmation means is provided in the performance improvement space and detects a user's performance in the performance improvement space; A relay device; a management server capable of communicating with the relay device; The management server includes: a score calculation means for calculating a performance score of the user based on a detection result of the performance confirmation means acquired via the relay device; an operation content determination means for determining an operation content of the indoor environment control means based on the performance score calculated by the score calculation means, and transmitting instruction information for designating the determined operation content to the relay device; the relay device controls the operation of the indoor environment adjustment means in accordance with instruction information from the operation content determination means; A performance score improvement system comprising a plant and a watering device as the indoor environment adjustment means.

4. 4. The performance score improvement system according to claim 1, The indoor environment adjustment means is A light environment adjusting means for adjusting the light environment of the performance improvement space; A sound environment adjusting means for adjusting the sound environment of the performance improvement space; A visual environment adjustment means for adjusting the visual environment of the performance improvement space; A temperature and humidity environment adjusting means for adjusting the temperature and humidity environment of the performance improvement space; An air pressure adjusting means for adjusting the air pressure in the performance improving space; An oxygen adjusting means for adjusting the oxygen concentration in the performance improving space; A performance score improvement system comprising at least one of: a fragrance adjustment means for adjusting the fragrance of the performance improvement space.

5. 5. The performance score improvement system according to claim 1, The operation content determination means Operation details for creating an indoor environment suitable for work; Operation details for creating an indoor environment suitable for refreshing; The operation details for creating an indoor environment suitable for meditation, The operation contents for creating an indoor environment suitable for fatigue recovery, Operation details for creating an indoor environment suitable for sleep; Operation details for forming an indoor environment suitable for exercise involving sweating; and an operation content for forming an indoor environment suitable for high-stress training.

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