TWI740370B - Information processing system and information processing method - Google Patents

Abstract

The information processing system (250) of the present invention is provided with a plurality of sensors (90) and an information processing unit (302) for measuring biological information. The information processing unit (302) stores the plurality of biological information measured by the plurality of sensors (90) in the memory unit (303), and selects services from the plurality of biological information stored in the memory unit (303) according to the rules If the operator provides more than one biological information, the selected one or more biological information is provided to the service operator, and the above rules are changed.

Description

Information processing system and information processing method

The invention relates to an information processing system and an information processing method.

It is known that there are technologies for obtaining user's biological information and analyzing health status. In Patent Document 1, in order to support the improvement of sleep quality, a sleep display server for detailed analysis of the sleep state and a sleep display terminal for displaying the analysis result are disclosed. [Prior Technical Literature] [Patent Literature]

[Patent Document 1] Japanese Patent Laid-Open No. 2013-168026

[The problem to be solved by the invention]

Generally, the analysis of biological information has limitations. For example, in order to determine the condition of a user based on biological information, it is necessary to resort to the help of professional institutions such as medical institutions. In this case, there is room for research on the method of providing biological information to professional institutions.

The present invention provides an information processing system and information processing method capable of correspondingly providing necessary biological information. [Technical means to solve the problem]

An information processing system of one aspect of the present invention includes a plurality of sensors for measuring biological information and an information processing unit. The information processing unit memorizes the plurality of biological information measured by the plurality of sensors in a memory device, according to The rules are memorized from the plurality of biological information of the above-mentioned memory device and selected to provide more than one biological information to the service operator, and the selected one or more biological information is provided to the above-mentioned service operator, and the above-mentioned rules are changed.

One aspect of the information processing method of the present invention is to measure a plurality of biological information, memorize the biological information in the memory device, and select one of the biological information memorized in the memory device according to the rules to provide to the service operator. For more than one biological information, the selected one or more biological information is provided to the above-mentioned service operator, and the above-mentioned rules are changed. [Effects of Invention]

The information processing system and information processing method of one aspect of the present invention can provide necessary biological information accordingly.

Hereinafter, the embodiment will be specifically described with reference to the drawings. In addition, the embodiments described below all show general or specific examples. The numerical values, shapes, materials, constituent elements, arrangement positions and connection forms of constituent elements, steps, order of steps, etc. shown in the following embodiments are just examples, and the gist is not intended to limit the present invention. In addition, among the components of the following embodiments, components that are not described in the independent technical solution will be described as arbitrary components.

In addition, each drawing is a schematic diagram, and it is not necessarily strictly illustrated. In addition, in each figure, the same reference numerals are given to substantially the same components, and repeated descriptions may be omitted or simplified.

(Embodiment 1) [Overall composition] Hereinafter, the overall structure of the water circulation unit of the first embodiment will be described. Figures 1 and 2 are diagrams showing the internal structure of the water circulation unit. Fig. 3 is a top view of the inside of the water circulation unit, and Fig. 4 is a side view of the inside of the water circulation unit.

The water circulation unit 10 shown in Figs. 1 to 4 constitutes a part of a building (building) such as a single-family house, a multi-family house, a hotel, a health facility, etc., for example, a unitized structure pre-assembled outside the building site. The water circulation unit 10 is a unit of water circulation equipment other than the kitchen utensils of the system, and is equipped with a toilet 20, a sink 30, a mirror device 40, and a wall storage cabinet 50 in the inner space of the main body including the wall, ceiling, and floor. , Lighting device 60 and shower room 70. Although not shown, the water circulation unit 10 may be equipped with a bathtub.

The toilet 20 is a device for the user to urinate and defecate, and is arranged in the main space 61. That is, a part of the main space 61 is used as a toilet. The toilet 20 is, for example, a Western-style toilet, and includes a toilet seat 21 with a warm water cleaning function. Furthermore, the space where the toilet 20 is arranged in the main space 61 can also be divided into a toilet room.

In addition, a pulse wave sensor 91 is embedded in the toilet seat 21 of the toilet. The pulse wave sensor 91 measures the pulse wave of a user sitting on the toilet seat 21 using, for example, a photoelectric pulse wave method. The photoelectric pulse wave method irradiates infrared light or red light (green light can also be used in the case of reflective type) to the body surface, and grasps the amount of change in the light passing through the body or the amount of light reflected in the body as the blood flow rate Measuring method of changing pulse wave. By analyzing the pulse wave data output by the pulse wave sensor 91, heart rate (pulse rate), blood pressure, etc. can be estimated. In addition, it is also possible to measure the stress level of the occupant based on the pulse change.

In addition, a body fat sensor 93 is embedded in the toilet seat 21. The body fat sensor 93 measures the body fat rate of the user using, for example, a bioimpedance method that allows a weak current to flow through the body of the user and measures it. Furthermore, the body fat sensor 23 can also be arranged on the floor around the wash basin 30 or the floor around the toilet 20, for example.

The wash basin 30 is a tap water pipe device for occupants to wash their faces. A mirror device 40 is arranged above the wall where the wash basin 30 is arranged than the wash basin 30. In the lower part of the wash basin 30, an indirect lighting device 31 that emits light toward the floor below the wash basin 30 is provided.

The mirror device 40 normally functions as a mirror, but when the display unit 44 is activated, it functions as a display device that prompts the user by displaying an image. In addition, the mirror device 40 includes an upper indirect lighting device 41 that illuminates the upper side of the mirror device 40 and a lower and lower indirect lighting device 42 that illuminates the lower portion of the mirror device 40, the upper indirect lighting 41 and the lower indirect lighting 42 It can be built in the mirror device 40 or arranged around the mirror device 40. The upper indirect lighting device 41 and the lower indirect lighting device 42 are turned on and off, for example, based on the operation of the touch panel 45 provided in the mirror device 40, but may also be performed based on the microphone (not shown in the figure) provided in the mirror device 40 Show) voice input.

A weight sensor 92 is embedded in the floor in front of the sink 30. The weight sensor 92 is realized by a pressure sensor or the like.

The wall storage cabinet 50 is a storage cabinet arranged at a position opposite to the reflector device 40. The door 51 of the wall storage cabinet 50 is realized by a luminous structural panel 80. A wood grain pattern layer is installed on the surface of the structure panel 80. The structure panel 80 normally functions as a door 51 provided with a wood grain pattern, and the structure panel 80 cannot be seen from the outside. However, if the light source provided in the structure panel 80 emits light, the light emitted by the light source is extracted to the outside through the pattern layer. Such a structured panel 80 functions as a light-emitting device that prompts the user with a light-emitting state.

Furthermore, in FIGS. 1 and 3, it is described that only one door 51 of the wall storage cabinet 50 includes the structural panel 80, but each of all the doors of the wall storage cabinet 50 may include the structural panel 80. In addition, the structure panel 80 does not have to be included in the door 51 of the wall storage cabinet 50, and the structure panel 80 may be embedded in any of the wall, ceiling, and floor.

The lighting device 60 illuminates the main space 61 that is the space surrounding the toilet and the wash basin 30. The lighting device 60 is, for example, installed on the ceiling above the main space 61 and emits white light. The lighting device 60 is realized by, for example, a light emitting element such as an LED (Light Emitting Diode). The lighting device 60 is turned on and off, for example, by operating a wall switch (not shown) provided on the wall of the water circulation unit 10, but it may also be based on operating the touch panel 45 of the mirror device 40 The process can also be performed based on the detection result of the human body sensor sensor described below. In addition, the lighting device 60 may also have at least one of a dimming function and a toning function.

The shower room 70 is a space for the user to take a shower or bath, and is provided with a shower 71. The shower room 70 and the main space 61 are separated by a light-transmitting sliding door 72. Above the wall of the shower room 70, there is an indirect lighting device 73 that emits light toward the ceiling or the wall. In addition, a speaker (not shown) is installed on the ceiling of the shower room 70. When the user selects, for example, the relaxation mode through the touch panel 45 or voice input, while showering with the shower 71, the music or sound performed by the speaker from the relaxation space is transmitted from the speaker, and the above-mentioned upper indirect lighting device 41 or the lower indirect The lighting device 42 performs a space performance.

In addition, in the shower room 70, a chair-type shower 74 may be installed instead of the shower 71, or a chair-type shower 74 may be installed in addition to the shower 71. The chair-type shower 74 is, for example, a chair-type with a backrest, and rod-shaped water spouting parts with a plurality of holes for spouting warm water are provided at the positions of the armrests on both sides. In addition, although not shown, a bathtub may be installed in the shower room 70.

[Functional composition] The water circulation unit 10 is equipped with sensors that measure the biological information of the user (for example, the pulse wave sensor 91, the weight sensor 92, the body fat sensor 93, etc.), which can be based on the biological information measured by these sensors. The information prompts the user. The presentation device for performing such presentation is the mirror device 40 and the structure panel 80. Hereinafter, the functional configuration of the water circulation unit 10 related to this kind of notification will be described. FIG. 5 is a block diagram showing the functional structure of the water circulation unit 10.

As shown in Fig. 5, the water circulation unit 10 includes a mirror device 40, a structure panel 80, a sensor 90, a control device 100 (not shown in Figs. 1 to 4), and a human body sensor 110 (Figs. 1 to 4). 4 not shown). Moreover, the server device 200 is also shown in FIG. 5.

The mirror device 40 is an example of a display device, and is a display device that displays images based on biological information measured by the sensor 90. The mirror device 40 also functions as a user interface device that accepts user operations. In the water circulation unit 10, the mirror device 40 displays images based on biological information according to instructions from the control device 100, but the biological information can also be directly acquired from the sensor 90 to display images. The mirror device 40 includes an upper indirect lighting device 41, a lower indirect lighting device 42, a camera 43, a display unit 44, a touch panel 45, a mirror control unit 46, and a storage unit 47.

The camera 43 captures an image in front of the mirror device 40. By inverting the captured image left and right and displaying it on the display part 44, the function of the mirror device 40 as a mirror is realized. In this way, the mirror device 40 is, for example, a coefficient mirror.

The display section 44 displays an image. For example, the display unit 44 reverses and displays the image captured by the camera 43 left and right based on the control of the mirror control unit 46, thereby allowing the mirror device 40 to function as a mirror. In addition, the display portion 44 displays an image representing information based on biological information on at least a part of the area of the display portion 44 (for example, a partial area directly above the wash basin 30). The display unit 44 is realized by a display panel such as a liquid crystal panel or an organic EL (Electro luminescence) panel.

The touch panel 45 is an example of an operation accepting unit, overlaps the display unit 44, and accepts user operations. The touch panel 45 accepts, for example, a user's operation to start the display of the display unit 44. Furthermore, the mirror device 40 can also receive a user's voice input through a microphone (not shown) provided in the mirror device 40, and the mirror control unit 46 can also recognize the user based on the voice input.

The mirror control unit 46 performs control (lighting control) of the upper indirect lighting device 41 and the lower indirect lighting device 42 and the display control of the image on the display unit 44. The mirror control unit 46 is realized by, for example, a microcomputer, but it can also be realized by a processor or a dedicated circuit.

The storage unit 47 is a storage device that stores programs and the like executed by the mirror control unit 46 for lighting control and display control. The memory portion 47 is realized by, for example, a semiconductor memory.

The structural panel 80 is a panel-shaped member used in buildings or construction tools. The structure panel 80 is an example of a light-emitting device, and the light-emitting pattern changes based on the biological information measured by the sensor 90. In the water circulation unit 10, the light emitting state of the structure panel 80 is changed according to the command of the control device 100, but it can also be changed by directly acquiring the biological information from the sensor 90 by the structure panel 80. Specifically, the structure panel 80 includes a light source 81, a panel control unit 82, and a storage unit 83.

The light source 81 is, for example, a light emitting module having a structure in which a plurality of LED elements are mounted on a substrate. Each of the plurality of LED elements includes a red LED chip, a blue LED chip and a green LED chip, and the brightness of each LED chip can be independently controlled. Thereby, the change of the luminous color of the light source 81 is realized. Furthermore, the light source 81 may also be realized by a light-emitting element (for example, organic EL, etc.) other than LED.

The panel control unit 82 performs light emission control of the light source 81. Specifically, the panel control unit 82 is used when it is determined that the user’s physical condition has changed based on the user’s biological information (more specifically, the command sent from the control device 100 based on the user’s biological information) The light-emitting state of the light source 81 changes. The panel control unit 82 is realized by a microcomputer, for example, but it can also be realized by a processor or a dedicated circuit.

The storage unit 83 is a storage device that stores a program executed by the panel control unit 82 for light emission control. The memory portion 83 is realized by, for example, a semiconductor memory.

The sensor 90 measures the user's biological information. As described above, specifically, the sensor 90 is a pulse wave sensor 91 that measures the pulse wave (and blood pressure and heart rate calculated based on the pulse wave) as biological information, a weight sensor 92 that measures body weight as biological information, Or the body fat sensor 93 that measures body fat as biological information.

The sensor 90 is not limited to these sensors. For example, it may be a blood pressure sensor, a heartbeat sensor, a camera, a body temperature sensor, a brain wave sensor, a saliva sensor, and a sweat sensor. , Respiration sensor, body motion sensor, blood flu sensor, blood glucose sensor, urine test sensor, etc. Each of the sensors 90 may be a contact sensor that is in contact with the user, or a non-contact sensor that is not in contact with the user. Moreover, the sensor 90 may be installed somewhere in the water circulation unit 10, for example, in any one of the toilet 20, the wash basin 30, the main space 61, and the shower room 70. Biological information such as blood pressure, heart rate, blink-line of sight, eye movements, pupil changes, body temperature, brain waves, saliva volume, sweat volume, respiratory volume, body momentum, blood flow, blood sugar level, pH, uric acid level, etc. The biological information may also include the number of uses of the toilet 20 (washroom) of the user and the physical fitness (muscle strength, etc.) of the user.

The control device 100 acquires biological information from the sensor 90, and controls the mirror device 40 and the structure panel 80 based on the acquired biological information. The control device 100 includes a control unit 101, a storage unit 102 and a communication unit 103.

The control unit 101 acquires biological information from the sensor 90 and sends commands based on the acquired biological information, thereby controlling the mirror device 40 and the structure panel 80 (ie, information prompt control). The control unit 101 is realized by, for example, a microcomputer, but it can also be realized by a processor or a dedicated circuit.

The memory unit 102 is a memory device for a program executed by the memory control unit 101 for prompt control and various information used for prompt control. The memory unit 102 is realized by, for example, a semiconductor memory.

The communication unit 103 is a communication circuit for controlling the device 100 to communicate with the server device 200 via a wide area communication network 120 such as the Internet. The communication performed by the communication unit 103 may be wired communication or wireless communication. The communication standard of the communication performed by the communication unit 103 is also not particularly limited.

The human body sensor 110 is, for example, set near the entrance of the water circulation unit 10 to detect that the user has entered the sensor in the water circulation unit 10. The human body sensor 110 is a focal sensor that detects infrared rays emitted from the user's body, but can also be a sensor that uses ultrasonic waves or visible light. The detection result of the human body sensor 110 is sent to the control device 100. Furthermore, the installation position of the human body sensor 110 is not particularly limited. The human body sensor 110 is, for example, arranged on the periphery of the structure panel 80.

[Use the prompt control of the structure panel] Next, the notification control using the structure panel 80 will be described. FIG. 6 is a flow chart of the prompt control using the structure panel 80.

Whenever the sensor 90 measures the user's biological information, the control unit 101 of the control device 100 acquires the measured biological information and stores it in the memory unit 102 (S11). As described above, the water circulation unit 10 automatically measures biological information when the user uses the toilet 20 or the wash basin 30 even if the user is not aware of it. The control unit 101 stores the biological information measured in this way in the memory unit 102.

If the user enters the water circulation unit 10, the human body sensor 110 detects this (S12). When the control unit 101 obtains the detection result indicating that the user has been detected from the human body sensor 110, it uses this as a trigger to determine whether the user is healthy using the latest measured value of biological information (S13). The control unit 101 compares the measured value of the most recent biological information with the measured value of the past biological information, for example. More specifically, the past biological information is the average value of the biological information measured in the most recent specific period (for example, one week).

The control unit 101 sets the light source 81 of the structure panel 80 to light bulb color (first An example of the aspect) emit light (S14). FIG. 7 is a diagram showing the light-emitting state of the structure panel 80 when it is determined that the user is healthy. Specifically, the control unit 101 sends an instruction for causing the light source 81 of the structure panel 80 to emit light in a bulb color to the panel control unit 82, and the panel control unit 82 causes the light source 81 to emit light according to the received instruction.

On the other hand, when the difference between the most recent measured value and the past average value is greater than or equal to a specific value, the control unit 101 determines that the user is unhealthy or the life value is abnormal (No in S13), and configures the panel 80 The light source 81 emits light in day white (an example of the second aspect) which is different from the bulb color (S15). FIG. 8 is a diagram showing the light-emitting state of the structure panel 80 when it is determined that the user is unhealthy. Specifically, the control unit 101 sends an instruction to cause the light source 81 of the structure panel 80 to emit light in daylight white to the panel control unit 82, and the panel control unit 82 causes the light source 81 to emit light according to the received instruction.

According to the prompt control using the structure panel 80 as described above, if a user who is determined to be healthy enters the water circulation unit 10, the structure panel 80 starts to emit light in the light bulb color (first aspect). If a user who is determined to be unhealthy enters the water circulation unit 10, the structure panel 80 starts to emit light in daytime white color (the second aspect). Therefore, the user can grasp the abnormality of the body condition according to the light-emitting state of the structure panel.

As described above, the measurement of biological information is performed without receiving the user's intended operation, etc., and the change of the light-emitting state is also performed without receiving the user's operation, etc. That is, as long as the user lives normally in the building where the water circulation unit 10 is installed, the user can receive a prompt indicating the deterioration of the health state (physical condition), and thereby, the abnormality of the physical condition can be found.

Furthermore, the change of the luminous state only needs to be performed by combining at least one of the change of the luminous color, the change of the light-off (bright-off) period, and the change of the brightness. In addition, the change in the luminous state does not include detailed information such as text information and image information, but may also include detailed information such as text information and image information. For example, the structure panel 80 can selectively emit light by the LED chip of the light source 81, and display images (patterns, etc.) with a lower resolution than the display portion 44 of the mirror device 40, and the light-emitting state can also be changed. Realized by this kind of image change.

In addition, the judgment of whether the user is healthy does not necessarily need to be made by comparison with past biological information. For example, it can also be performed based on whether the measured value of the most recent biological information is within a specific range common to everyone (for example, the range of blood pressure values generally regarded as normal used in health diagnosis, etc.). Those with larger personal differences in biological information should use past biological information for comparison, and those with smaller personal differences in biological information should use a specific range common to all for comparison. That is, the control unit 101 may change the judgment criterion according to the type of biological information.

In addition, as the sensor 90, three types of sensors are provided: a pulse wave sensor 91, a weight sensor 92, and a body fat sensor 93. Therefore, each of the plural kinds of biological information that are different from each other is set every day. The person is memorized in the memory unit 102. In this case, for example, it is determined that at least one of the most recent measured values of a plurality of types of biological information is abnormal, and the light-emitting state is changed.

In the above, the example of using the structure panel 80 to perform the prompt based on the light-emitting state has been described, but this prompt can also be performed by other light-emitting devices other than the structure panel 80. For example, the prompt based on the light-emitting state can also be performed by lighting devices such as the indirect lighting device 31, the upper indirect lighting device 41, the lower indirect lighting device 42, the lighting device 60, or the indirect lighting device 73.

[Reminder control of using mirror device] Next, the presentation control using the mirror device 40 will be described. FIG. 9 is a flow chart of prompt control using the mirror device 40.

Whenever the sensor 90 measures the user's biological information, the control unit 101 of the control device 100 acquires the measured biological information and stores it in the memory unit 102 (S21). As described above, the water circulation unit 10 automatically measures biological information when the user uses the toilet 20 or the wash basin 30 even if the user is not aware of it. The control unit 101 stores the biological information measured in this way in the memory unit 102.

When the touch panel 45 of the mirror device 40 accepts a user's specific operation (for example, a tap operation) (S22), the mirror control unit 46 notifies the control unit 101 of the control device 100 that the specific operation has been performed.

When the control unit 101 receives the notification from the mirror control unit 46, it uses the latest measured value of biological information to determine whether the user is healthy (S23). The judgment method here is the same as the prompt control using the structure panel.

When the control unit 101 determines that the user is healthy (in other words, the user's physical condition is normal) (Yes in S23), the display unit 44 displays the first display screen (S24). Specifically, the control unit 101 sends a command for displaying the first display screen to the mirror control unit 46, and the mirror control unit 46 causes the display unit 44 to display the first display screen according to the received command. Fig. 10 is a diagram showing an example of the first display screen.

As shown in FIG. 10, on the first display screen, for example, an image representing the most recent biological information of a specific period is displayed. In the example in Figure 10, the blood pressure value of the most recent week is displayed as a broken line graph. In addition, text information indicating that the user has been judged to be healthy is also displayed.

On the other hand, when the control unit 101 determines that the user is unhealthy (in other words, the user's physical condition is abnormal) (No in S23), the display unit 44 displays the second display screen (S25). Specifically, the control unit 101 sends a command for displaying the second display screen to the mirror control unit 46, and the mirror control unit 46 causes the display unit 44 to display the second display screen according to the received command. FIG. 11 is a diagram showing an example of the second display screen.

As shown in FIG. 11, the second display screen displays, for example, an image representing the most recent biological information of a specific period. In the example in Figure 11, the blood pressure value of the most recent week is displayed as a broken line graph. In addition, text information indicating that the user has been determined to be unhealthy is also displayed. The text information contains information about the content of the recommended medical institution's diagnosis and treatment. That is, the second display screen in FIG. 11 is an image used to propose to the user the provision of services.

Here, the user can display a list screen of medical institutions in the vicinity of the building where the water circulation unit 10 is installed by tapping the area described as "display neighboring medical institutions" on the second display screen of FIG. 11 . Fig. 12 is a diagram showing an example of a list screen of a medical institution.

For example, the control unit 101 uses the communication unit 103 to send the installation location information of the water circulation unit 10 pre-stored in the memory unit 102 (specifically, the latitude and longitude information of the building where the water circulation unit 10 is installed, residence information, etc.) to the provider The server device 200a of the WEB search service. Thereby, the control unit 101 can obtain information of medical institutions near the building where the water circulation unit 10 is installed from the server device 200a, and display the list screen as shown in FIG. 12 on the display unit 44.

In addition, if the user taps and operates the "display map" part, the surrounding map of the target medical institution is displayed on the display unit 44. The map information of such surrounding maps is provided by, for example, a server device 200a that provides a WEB search service.

In addition, when the list screen shown in FIG. 12 is displayed, if the user performs the selection operation and reservation operation of the medical institution, the control unit 101 controls the server device 200b (which may also be an information terminal such as a personal computer) used by the selected medical institution. Instead of a server device), it sends the appointment request information used to make a reservation for the medical institution and the user's biological information stored in the memory unit 102.

If the user's biological information is provided in advance in this way, then when the user receives the diagnosis and treatment of the selected medical institution, the doctor belonging to the medical institution can consider the measured biological information to make a diagnosis. That is, the water circulation unit 10 can support a doctor's diagnosis.

Furthermore, the second display screen does not have to be an image provided to propose to the user to accept the service. The second display screen may also be an image used to propose a purchase of goods to the user. FIG. 13 is a diagram showing another example of such a second display screen.

The second display screen of FIG. 13 contains textual information suggesting the purchase of commodities that can be expected to be the basis for determining unhealthy bio-information improvement. The text information is, for example, advertisement information, and is provided by the server device 200c that provides advertisements. The server device 200c performs charging processing based on the number of times the advertisement information is displayed. When what kind of biological information deteriorates, what kind of advertisement information is displayed, for example, is determined by the server device 200c based on a specific algorithm. Furthermore, if the user taps and operates the "purchase" part, the Web site used to purchase the product is displayed on the display unit 44.

Furthermore, advertising information is not limited to those targeted at products, but may also be targeted at services. For example, the advertisement information can also be those who suggest using sports facilities (gymnasium) to improve biological information.

In addition, the second display screen may also be an image that reminds the user to make suggestions related to lifestyle improvement. Fig. 14 is a diagram showing another example of such a second display screen.

The second display screen of FIG. 14 contains suggested information (text information) related to the living habits for improving the biological information that is the basis for judging unhealthy. Specifically, the advice information related to living habits is advice related to exercise or advice related to diet, etc. When the value of which kind of biological information deteriorates, which kind of advice information is displayed, for example, is determined by the control unit 101 based on a specific algorithm. The suggestion information that becomes the candidate for display is stored in the memory unit 102 in advance, for example.

According to the prompt control using the mirror device 40 as described above, the water circulation unit 10 can prompt the user of the measurement result of the biological information. In addition, when the water circulation unit 10 is judged to be in a situation where the user's health is not good, it can propose to receive medical treatment, purchase of goods, provision of services, and correction of living habits.

In addition, as the sensor 90, three types of sensors are provided: a pulse wave sensor 91, a weight sensor 92, and a body fat sensor 93. Therefore, each of the plural kinds of biological information that are different from each other is set every day.者 is stored in the memory unit 102. In this case, by switching the display screen of the display unit 44, a plurality of biological information can be individually displayed.

In the above, the example of the presentation based on the image using the mirror device 40 has been described, but such presentation may also be performed by other display devices other than the mirror device 40. For example, the prompt of the display based on the image can also be performed by using the display device when a display device is installed in the shower room 70 or the main space 61, for example.

[Link to Prompt Control] Furthermore, in the above first embodiment, the prompt control using the mirror device 40 is started based on a specific operation, but it can also be based on the detection of the human body sensor 110 in the same way as the prompt control using the structure panel 80 As a result, it started. That is, when a person is detected by the human body sensor 110, the prompt control of the mirror device 40 and the prompt control of the structure panel 80 can also be used.

In addition, only when it is determined that the user is unhealthy in the prompt control using the structure panel 80 and the structure panel 80 emits light in the second light emitting state, the prompt control using the mirror device 40 can be automatically started. That is, the prompt control using the mirror device 40 and the prompt control using the structure panel 80 may also be linked together.

In this case, when it is determined that the user is healthy in the prompt control using the structure panel 80 and the structure panel 80 emits light in the first light emitting state, as long as no specific operation is performed, the prompt of using the mirror device 40 is not started Control, and the display part 44 maintains the sleep state (transparent). In this way, only when it is determined that the health state is deteriorated and the user wants to know the detailed information, the prompt control of the mirror device 40 is selectively started, thereby realizing effective information prompting to the user.

[Change example] In the above first embodiment, the second display screen may also include an image for suggesting the purchase of goods, an image for suggesting the provision of services, an image representing the measured biological information, and an image for living Any two or more images among the recommended images related to the habit. In addition, in the above-mentioned Embodiment 1, the first display screen does not include the image used to propose the purchase of goods, the image used to propose the provision of services, and the image used to make suggestions related to lifestyle habits. However, the first display screen may also include one or more of these images.

In addition, in the first embodiment, the light-emitting state of the structure panel changes in two stages based on whether the user is healthy or not. However, the change of the light-emitting state can also be compared with the measured biological information by a plurality of thresholds. It is carried out in three or more stages. For example, the light-emitting state of the structural panel can also change continuously in such a way that the more deviated from the value considered to be healthy for biological information, the higher (or lower) the color temperature of the light emitted by the structural panel is.

In addition, in the first embodiment described above, the mirror device displays various images when it is determined that the user is unhealthy, but it may also display various images when it is determined that the user is healthy. Various images refer to the images used to propose the purchase of goods, the images used to propose the provision of services, and the images used to make suggestions related to lifestyle habits.

In addition, the water circulation unit of the above-mentioned first embodiment may further obtain the biological information of the user measured by the sensor from a sensor provided outside the water circulation unit, and perform a prompt based on the obtained biological information. For example, the water circulation unit can also obtain the user's biological information measured by the sensor from a sensor installed in other rooms (bedrooms, etc.) of the building where the water circulation unit is installed, and perform prompts based on the obtained biological information.

(Embodiment 2) [constitute] In the second embodiment, an information processing system including a first server device and a second server device will be described. The first server device collects biological information measured in each of the plurality of water circulation units 10, and The second server device receives the provision of biometric information from the first server device. Fig. 15 is a block diagram showing the functional structure of the information processing system of the second embodiment.

The information processing system 250 includes a plurality of water circulation units 10, a first server device 300, a plurality of second server devices 400, a plurality of environmental sensors 500, and a mobile terminal 600.

The first server device 300 obtains and manages the biological information measured by the sensor 90 provided in the water circulation unit 10 from each of the plurality of water circulation units 10. The first server device 300 is, for example, a server device used by a manufacturer of the water circulation unit 10, and cooperates with the water circulation unit 10 to implement various services. The first server device 300 includes a communication unit 301, an information processing unit 302, and a storage unit 303.

The communication unit 301 is used to allow the first server device 300 to pass through a wide area communication network 120 such as the Internet, and each of a plurality of water circulation units 10, a plurality of second server devices 400, and a plurality of environmental sensors 500 Communication circuit of communication. The communication performed by the communication unit 301 may be wired communication or wireless communication. The communication standard of the communication performed by the communication unit 301 is also not particularly limited.

The information processing unit 302 performs information processing such as memorizing the biometric information acquired through the communication unit 301 in the memory unit 303. The information processing unit 302 is realized by, for example, a microcomputer, but it can also be realized by a processor or a dedicated circuit.

The memory unit 303 is a memory device that stores the biological information acquired by the communication unit 301 as a huge amount of data. The storage unit 303 is realized by, for example, an HDD (Hard Disc Drive) or the like.

The second server device 400 is a server device for the service operator to receive the provision of biological information from the first server device 300. Specifically, the service operator is a service provider in an area including the installation location of the water circulation unit 10 or a research and start service provider in the area. More specifically, service operators are operators of nursing facilities, operators of health facilities, insurance companies, food companies, travel companies, operators of accommodation facilities, autonomous organizations, machine manufacturers, or medical institutions, etc. Furthermore, the area in this case can be a small-scale unit such as a collective housing, hospital or nursing facility, or a large-scale unit such as an administrative area (ie, municipalities, towns, villages, prefectures, etc.) .

The environmental sensor 500 is a sensor that measures environmental information representing at least one of temperature, humidity, ultraviolet light, and PM2.5 concentration. Specifically, the environment sensor 500 is a temperature sensor, a humidity sensor, an ultraviolet sensor, a PM2.5 sensor, or the like. The environmental information measured by the environmental sensor 500 is sent to the first server device 300 through the communication circuit connected to the environmental sensor 500. Furthermore, the environment sensor 500 may also be provided in the water circulation unit 10.

The mobile terminal 600 is an information terminal for the user of the water circulation unit 10 to receive service information sent from the first server device 300. In other words, the user is a measurement target of the sensor 90. Specifically, the mobile terminal 600 is a smart phone or a tablet terminal or the like.

[Action example 1] Next, operation example 1 of the information processing system 250 will be described. FIG. 16 is a flowchart of operation example 1 of the information processing system 250.

First, the communication unit 301 of the first server device 300 acquires the biological information measured by the sensor 90 included in the water circulation unit 10 from the plurality of water circulation units 10 (S101). FIG. 17 is a diagram showing an example of biological information acquired by the communication unit 301. As shown in FIG. 17, the biological information acquired by the communication unit 301 is, for example, information including the ID (identifier) of the water circulation unit 10, the type of biological information, the measured value of the biological information, and the time of measurement.

On the other hand, the storage unit 303 stores user information of the water circulation unit 10 in advance. Fig. 18 is a diagram showing an example of user information. The user information shown in FIG. 18 includes the ID of the water circulation unit 10, the user ID, the gender of the user, the age of the user, the height of the user, and the installation location of the water circulation unit 10 (for example, latitude and longitude, but also For the residence) and so on. The user information is stored in the storage unit 303 in advance by user registration and the like.

Therefore, the information processing unit 302 uses the ID of the water circulation unit 10 as a key, and stores the biological information (FIG. 17) obtained in step S101 and the user information (FIG. 18) in the memory unit 303 (S102) in a relationship. Furthermore, the user information may also be included in the biological information acquired by the communication unit 301 in step S101, instead of being memorized in advance. As a result, the biological information memorized in the memory unit 303 that is the object of provision to the service provider includes the type of biological information, the measurement value of the biological information, the measurement time, the gender of the user, the age of the user, the height of the user, The installation position of the water circulation unit 10, etc.

The information processing unit 302 selects more than one biological information provided to one of the plurality of service operators from the plurality of biological information memorized in the memory unit 303 according to the rules (S103). FIG. 19 is a diagram showing an example of rule information (hereinafter, also described as rule information) when biological information is provided.

When the first server device 300 provides biometric information to the service operator (the second server device 400), there are cases where it is necessary to provide all biometric information. For example, when the service operator is an operator that operates nursing facilities for the elderly, there is a case where such an operator only needs the biological information of the elderly and not the biological information of the youth. In order to individually respond to the requirements of operators who provide such biological information, the rule information shown in Figure 19 is used. The rule information includes the service operator (more specifically, the ID of the service operator) to which the biological information is provided, the information indicating the industry of the service operator, and the specific method of providing biological information.

The rule information includes the screening method of biological information. The screening method of biological information refers to a selection method (selection criterion) of which biological information among the plurality of biological information memorized in the memory unit 303 is provided. Refers to the selection method of selecting only the biological information of users over 60 years old or selecting a part of the type of biological information (blood pressure value, heart rate, weight, body fat rate), etc.

In addition, the rule information includes the processing method of biological information. The processing method of biological information refers to the processing method in which the biological information is provided in what form (processing standard). In the example of FIG. 19, as a processing method for the operator C, it is stipulated that the blood pressure value of a week is averaged and provided. That is, as a processing method of biological information, statistical processing is stipulated. Furthermore, statistical processing includes not only averaging processing, but also processing for calculating standard deviation, processing for calculating frequency distribution, and the like. In addition, the processing method of biological information may also include a method of mapping the measurement results of biological information. The map-based bio-information indicates the regional characteristics of bio-information such as the high number of people with high blood pressure in the area.

In addition, in the example of FIG. 19, as a processing method for the operator D, it is stipulated that personal information (information that can identify an individual, such as the address and name in the user information) be deleted and provided. That is, the processing method for the operator D is a method based on the viewpoint of privacy protection.

In this way, the first server device 300 can provide biometric information in a different manner to each service operator based on the rule information.

After step S103, the information processing unit 302 uses the communication unit 301 to provide the selected one or more biometric information to the service operator (in other words, the second server device 400) (S104). Furthermore, the processing of steps S102 to S104 can be performed according to a demand from a service operator who wishes to receive the provision of biometric information (ie, a request for provision of biometric information sent from the second server device 400), or can be performed periodically .

After step S104, the first server device 300 obtains the biological information-related request that it is expected to provide from the service operator that provided the biological information in step S104 (S105). In other words, the request indicates the feedback information of the screening method and processing method of biological information that the service operator hopes to provide in the future. The request is sent as electronic data from the second server device 400 used by the service provider, and is acquired by the communication unit 301 of the first server device 300, for example. However, the request can also be made by the first server device 300 by the administrator of the first server device 300 operating (ie, manually inputting) the user interface device (not shown) of the first server device 300 300 acquisitions.

After step S105, the information processing unit 302 changes the rule (rule information) according to the acquired request (S106). For example, when the request obtained in step S105 is a request from operator A and indicates a change in the screening method of biological information (for example, the age of the subject), as shown in FIG. 20, the subject age of the biological information is changed to The specified age (for example, 55 years and older). Fig. 20 is a diagram showing an example of the rule information after the change. In addition, the request acquired in step S105 is not limited to the instruction of the person who changes the measurement target like the target age. The request can either indicate a change in the screening method of biological information, or a change in the processing method of indicative biological information. In addition, the request may also indicate that the screening method and processing method will not be changed (maintain the status quo).

In this way, the first server device 300 can dynamically (in other words, correspondingly) change the method of providing biological information to the service operator by updating the rules.

After step S106, the information processing unit 302 performs a billing process for requesting an equivalent reward for the provision of biological information from the service operator that has accepted the provision of biological information (S107). The charging process is, for example, the process of memorizing the ID of the service operator that has accepted the provision of biometric information in the memory unit 303 in a relationship with the requested amount of the service operator.

Furthermore, the rules (rule information) used to provide biological information can also be changed by mechanical learning. For example, rules can also be implemented by mechanical learning models. The mechanical learning model used to provide biological information is for the input of information related to the service operator provided by the biological information, and based on the value function, outputs the biological information provided by the service operator. The information related to the service operator includes, for example, information indicating the industry, information indicating the number of employees, information indicating capital, and information indicating the location of major firms.

In addition, the learning model updates the value function by using the request from the service operator (the biological information that the service operator hopes to provide in the future) as a reward for mechanical learning (for example, reinforcement learning). That is, the rules are changed according to the requirements of the service operator.

If such a rule for providing biological information is realized by a mechanical learning model, then by inputting information related to an unknown service operator that restarts the provision of biological information to the first server device 300, the first server device 300 can provide biological information that the unknown service operator expects.

[Action example 2] In addition, the first server device 300 may provide the service operator with the environmental information measured by the environmental sensor 500 in addition to or instead of the biological information. FIG. 21 is a flowchart of operation example 2 of such an information processing system 250.

First, the communication unit 301 of the first server device 300 acquires the environmental information measured by the environmental sensor 500 from a plurality of environmental sensors 500 (S111). The environmental information acquired by the communication unit 301 is, for example, information including the ID of the environmental sensor 500, the type of environmental information (temperature, humidity, ultraviolet light, and PM2.5 concentration, etc.), the measured value of the environmental information, the measurement time, etc. . The information processing unit 302 stores the environmental information acquired in step S111 in the storage unit 303 (S112).

After step S112, the information processing unit 302 selects more than one environmental information to be provided to one of the plurality of service operators from the plurality of environmental information memorized in the memory unit 303 according to the rules (S113). The rules for providing environmental information (rule information) are the same as those for providing biological information.

After step S113, the information processing unit 302 uses the communication unit 301 to provide the selected one or more environmental information to the service operator (in other words, the second server device 400) (S114). Furthermore, the processing of steps S112 to S114 can be performed in accordance with a demand from a service operator who wishes to receive the provision of environmental information (that is, a request for provision of environmental information sent from the second server device 400), or it can be performed on a regular basis To proceed.

After step S114, the first server device 300 obtains the request related to the desired environmental information from the service operator that provided the environmental information in step S114 (S115). In other words, the request means that the service operator hopes to accept feedback on the screening method and processing method of the environmental information provided in the future. The request is, for example, as electronic data, sent from the second server device 400 used by the service provider, and acquired by the communication unit 301 of the first server device 300. However, the request can also be made by the first server device 300 by the administrator of the first server device 300 operating the user interface device (not shown) of the first server device 300 (that is, manually inputting). The device 300 obtains.

After step S115, the information processing unit 302 changes the rule (rule information) according to the acquired request (S116).

In this way, the first server device 300 can dynamically (in other words, correspondingly) change the method of providing environmental information to the service operator by updating the rules.

After step S116, the information processing unit 302 performs a billing process for requesting an equivalent reward for the provision of environmental information from the service operator that has received the provision of environmental information (S117). The charging process is, for example, the process of memorizing the ID of the service operator that has received the provision of environmental information in the memory unit 303 in a relationship with the requested amount of the service operator.

Furthermore, similarly to the rules (rule information) used to provide biological information, the rules (rule information) used to provide environmental information can also be changed by mechanical learning. For example, rules can also be implemented by mechanical learning models. The machine learning model used to provide environmental information takes as input the information related to the service operator provided by the environmental information, and outputs the environmental information provided to the service operator based on a value function. In addition, the learning model updates the value function by using mechanical learning (for example, reinforcement learning) from the service operator's request (the environmental information that the service operator hopes to provide in the future) as a reward. That is, the rules are changed according to the requirements of the service operator.

If such rules for providing environmental information are implemented by the mechanical learning model, then by inputting information related to the unknown service operator that restarts the provision of environmental information to the first server device 300, the first server device 300 can provide environmental information that the unknown service operator expects.

[Action example 3] In action example 1 and action example 2, the method of providing biological information or environmental information is selected according to the rules, but the first server device 300 may also select the object of providing biological information or environmental information according to the rules. FIG. 22 is a flowchart of operation example 3 of such an information processing system 250.

First, the communication unit 301 of the first server device 300 acquires the biological information measured by the sensor 90 provided in the water circulation unit 10 from the plurality of water circulation units 10 (S101). The information processing unit 302 uses the ID of the water circulation unit 10 as a key, and stores the biological information (FIG. 17) acquired in step S101 and the user information (FIG. 18) in the memory unit 303 (S102) in a relationship.

After step S102, the information processing unit 302 selects the service provider of the biometric information stored in the memory unit 303 from a plurality of service providers according to the rule (the rule information shown in FIG. 19) (S121).

For example, when the biological information is the blood pressure value of a 70-year-old man, based on the rule information in FIG. 19, the service operators to be provided are selected as operator A, operator C, operator D, and operator E. Regarding the processing of biological information, for example, it will be carried out separately after the operator is selected.

After step S121, the information processing unit 302 uses the communication unit 301 to provide the biometric information to the one or more service providers selected in step S121 (in other words, the one or more second server devices 400 selected) ( S122).

After step S122, the first server device 300 obtains a request related to the desired biological information from at least one of the more than one service operators that provided the biological information in step S122 (S105). After step S105, the information processing unit 302 changes the rule (rule information) according to the acquired request (S106). For example, the rule information shown in Fig. 19 is changed as shown in Fig. 20. After step S106, the information processing unit 302 performs a billing process for requesting an equivalent reward for the provision of biological information from the service operator that has accepted the provision of biological information (S107).

In this way, the first server device 300 can determine the service operator to whom the biometric information is provided based on the rule information. In addition, the first server device 300 can correspondingly change the service operator to which the biological information is provided by changing the rule.

Furthermore, in the action example 3, the rules (rule information) used to select the object of the biological information can also be changed by mechanical learning. For example, rules can also be implemented by mechanical learning models. The mechanical learning model used to select the supply object of biological information is for biological information input, and based on the value function, outputs information related to the service operator that should provide the biological information (for example, information representing the industry of the service operator). In addition, the learning model updates the value function by using the request from the service operator (information indicating whether the service operator wants to provide the same biological information in the future) as a reward for mechanical learning (for example, reinforcement learning). That is, the rules are changed according to the requirements of the service operator.

If the rule for selecting the object of providing biological information is realized by the mechanical learning model, then by inputting information related to the unknown service operator that restarts the provision of biological information to the first server device 300, the first The server device 300 can provide biological information that the unknown service operator expects.

Furthermore, the action example 3 can also be applied to provide environmental information measured by an environmental sensor. That is, in the operation example 3, the biological information can also be renamed environmental information.

[Action example 4] In the first embodiment, the reflector device 40 in the water circulation unit 10 displays information recommending diagnosis and treatment by a medical institution (images in Figures 11 and 12), and information representing the food that should be ingested provided by the food provider (Figure 13 images), and information on recommended sports facilities (not shown), etc. The display of such information can also be performed based on the information provided from the first server device 300. Specifically, the first server device 300 may also provide the water circulation unit 10 with service information acquired from the second server device 400 used by the service provider according to the contract with the service provider. FIG. 23 is a flowchart of operation example 4 of such an information processing system 250.

First, the communication unit 301 of the first server device 300 obtains the service information sent from the service operator (the second server device 400) through the wide area communication network 120 (S131). The service information is, for example, information used to perform display related to the service provided by the service operator, and the acquired service information is memorized in the memory unit 303.

Next, the communication unit 301 obtains a request for service information from the water circulation unit 10 (S132). The communication unit 301 obtains service information requests from the communication unit 103 of the water circulation unit 10 through the wide area communication network 120. The service information request is sent from the water circulation unit 10 when it is determined that the user is unhealthy, for example.

Then, the information processing unit 302 reads the service information from the memory unit 303 according to the request of the acquired service information, and sends the read service information to the water circulation unit 10 of the sending source of the service information (S133). As a result, the reflector device 40 of the water circulation unit 10 can obtain service information and perform display related to the service provided by the service operator. That is, the service information is provided to the user of the water circulation unit 10 (the person to be measured by the sensor 90).

After the service information is provided to the water circulation unit 10, the information processing unit 302 performs a billing process for requesting the service operator for the equivalent reward provided to the user of the water circulation unit 10 for the service information (S134). The charging process is, for example, a process of memorizing the ID of the service operator and the requested amount of the service operator in the memory unit 303 in a relationship.

As described above, the first server device 300 can provide the service information of the service operator to the user of the water circulation unit 10.

Furthermore, it is not necessary to provide the service information to the user through the mirror device 40 of the water circulation unit 10, and the service information may also be provided to the user through the user's mobile terminal 600. For example, if the user information in Figure 18 includes information (email address, SNS (Social Networking Service, social network service) account, etc.) for sending service information for the user's mobile terminal, then the first server The device 300 can send service information to the mobile terminal 600 of the user, and the mobile terminal 600 can obtain the service information and display the service related to the service provided by the service operator. That is, the service information is provided to the user of the water circulation unit 10 (the person to be measured by the sensor 90).

In addition, in the operation example 4, an example in which the control of the mirror device 40 described in the first embodiment is performed by the information processing unit 302 of the first server device 300 is described. Similarly, the control of the mirror device 40 described in the first embodiment is described in the first embodiment. The control of the structure panel 80 can also be performed by the information processing unit 302. The same applies to the case of controlling lighting devices such as the indirect lighting device 31, the upper indirect lighting device 41, the lower indirect lighting device 42, the lighting device 60, or the indirect lighting device 73 instead of the structure panel 80.

[Effects etc.] As described above, the information processing system 250 includes a plurality of sensors 90 and an information processing unit 302 for measuring biological information. The information processing unit 302 memorizes the plurality of biological information measured by the plurality of sensors 90 in the memory unit 303, and selects more than one creature from the plurality of biological information memorized in the memory unit 303 according to the rules to provide the service operator Information, the selected one or more biological information is provided to the service operator, and the above rules are changed. Furthermore, in the second embodiment, the sensor 90 may also be a sensor arranged outside the water circulation unit 10.

The above-mentioned rules are stipulated in accordance with the requirements of the service operator, whereby the information processing system 250 can selectively provide only the biological information desired by the service operator. In addition, since the information processing system 250 does not send unnecessary biological information to the second server device 400 of the service operator, the communication volume can be reduced. In addition, the information processing system 250 can provide biological information accordingly by changing the rules.

Also, for example, the information processing unit 302 changes the above-mentioned rules through machine learning.

Such an information processing system 250 can provide the unknown service operator who restarts the provision of biological information with the biological information that the unknown service operator expects.

Also, for example, the above-mentioned rule includes the processing method of more than one selected biological information.

Such information processing system 250 can process biological information and provide it to service operators.

Also, for example, the processing method is a method based on the viewpoint of privacy protection.

Such information processing system 250 can process biological information based on the viewpoint of privacy protection and provide it to service operators.

In addition, for example, the information processing unit 302 obtains a request from the service operator related to the desired biological information, and changes the above-mentioned rules according to the obtained request.

Such an information processing system 250 can change the above-mentioned rules according to a request from a service operator.

In addition, for example, the information processing system 250 further includes an information providing device that obtains service information sent from a service operator and provides the obtained service information to the measurement target of the sensor 90.

Such an information processing system 250 can provide the service information of the service operator to the measurement target of the sensor 90.

In addition, for example, the service information includes at least one of recommendations for diagnosis and treatment by a medical institution, information for recommended use of sports facilities, and information representing foods that should be ingested provided by a food provider.

Such an information processing system 250 can provide at least one of the information recommended for diagnosis and treatment by medical institutions, the information recommended for exercise facilities, and the information indicating the food that should be ingested provided by the food provider, to the sensor 90 for measurement. Target person.

In addition, for example, the information providing device is a first display device installed inside a water circulation unit having at least one of a toilet, a washbasin, a shower, and a bathtub. The first display device is, for example, the mirror device 40, but may be other display devices. The water circulation unit 10 is equipped with a sensor 90 that measures the biological information of the person to be measured.

In addition, for example, the water circulation unit 10 further has equipment, and the information processing unit 302 further controls the equipment based on the biological information measured by the sensor 90 installed in the water circulation unit 10.

Such an information processing system 250 can control the equipment of the water circulation unit 10 based on biological information.

Also, for example, the above-mentioned machine-based lighting device 60 or a second display device having a lower resolution than the first display device. The second display device is, for example, the structural panel 80, but it may also be another display device.

Such an information processing system 250 can control the lighting device 60 or the second display device based on biological information.

Also, for example, the above-mentioned information providing device is the mobile terminal 600 of the measurement target person.

Such an information processing system 250 can provide service information to a measurement target person via the mobile terminal 600.

Also, for example, the biometric information is at least one of weight, body fat, blood pressure, blood sugar level, the number of times the bathroom is used, and physical fitness.

This information processing system 250 can provide the service operator with biological information such as body weight, body fat, blood pressure, blood sugar level, the number of times the bathroom is used, and physical fitness.

In addition, for example, a service operator is a service provider who conducts a service in an area including the installation location of a plurality of sensors 90 or studies and starts a service provider in the area.

Such an information processing system 250 can provide the biological information measured by the sensor 90 to a service provider in an area including a plurality of sensor 90 installation locations or a service provider in the area where research has begun.

Also, for example, the above-mentioned area is a collective housing, a hospital, a nursing facility, or an administrative area.

Such an information processing system 250 can provide bio-information to service providers in apartment complexes, hospitals, nursing facilities, or administrative areas, or research start service providers in such apartment buildings, hospitals, nursing facilities, or administrative areas.

In addition, for example, the information processing system 250 further includes a plurality of environmental sensors 500 that measure environmental information representing at least one of temperature, humidity, ultraviolet light, and PM2.5 concentration. The information processing unit 302 further memorizes a plurality of environmental information measured by the plurality of environmental sensors 500 in the memory unit 303, selects one or more environmental information from the plurality of environmental information in the memory unit 303 according to the rules, and adds The selected one or more environmental information is provided to the service operator.

The above-mentioned rules are stipulated in accordance with the requirements of the service operator, whereby the information processing system 250 can selectively provide only the environmental information desired by the service operator. In addition, since unnecessary environmental information is not sent to the second server device 400 of the service provider, the communication volume can be reduced.

In addition, for example, the information processing unit 302 further selects one or more service providers from among a plurality of service providers to be the target of the biometric information measured by the sensor 90 according to the rules, and provides the biometric information to the selected one. The service operator changes the above rules.

The above-mentioned rules are stipulated in accordance with the requirements of the service operator, whereby the information processing system 250 can selectively provide the biological information to the service operator who desires the biological information. Furthermore, according to the information processing system 250, the biological information is not sent to the second server device 400 of a service operator that does not require the biological information, so the communication volume can be reduced. In addition, the information processing system 250 can provide biological information accordingly by changing the rules.

In addition, the computer-executed information processing method such as the information processing system 250 measures a plurality of biological information, memorizes the biological information in the memory unit 303, and selects the service operation from the plural biological information stored in the memory unit 303 according to the rules. Provide more than one biological information provided by the provider, and provide more than one biological information selected to the service operator, and change the above rules.

The above-mentioned rules are stipulated in accordance with the requirements of the service operator, whereby this information processing method can selectively provide only the biological information desired by the service operator. In addition, since the information processing method does not send unnecessary biological information to the second server device 400 of the service operator, the communication volume can be reduced. In addition, the information processing method can provide biological information accordingly by changing the rules.

(Other embodiments) The embodiments have been described above, but the present invention is not limited to the above-mentioned embodiments.

For example, the information processing system can be implemented in the form of a single device or by multiple devices. When the information processing system is realized by a plurality of devices, the constituent elements of the information processing system can be arbitrarily allocated to the plurality of devices.

In addition, there is no particular limitation on the communication method between the devices in the above-mentioned embodiment. In addition, in the communication between the devices, a relay device (not shown) can also be interposed.

In addition, in the above-mentioned embodiment, other processing units may also execute the processing executed by a specific processing unit. In addition, the order of a plurality of processes can be changed, and a plurality of processes can be executed in parallel.

In addition, in the above-mentioned embodiment, each component such as the control unit can also be realized by executing a software program suitable for each component. Each constituent element can also be realized by a CPU (Central Processing Unit, central processing unit) or a program execution unit such as a processor reading out and executing software programs recorded in a recording medium such as a hard disk or semiconductor memory.

In addition, each component such as the control unit can also be realized by hardware. Each constituent element may also be a circuit (or integrated circuit). These circuits can constitute one circuit as a whole, or they can be separate circuits. Moreover, these circuits may be general-purpose circuits or dedicated circuits.

Moreover, all or specific aspects of the present invention can also be used in systems, devices, methods, integrated circuits, computer programs, or CD-ROM (Compact Disc Read-Only Memory) that can be read by a computer. Wait for the recording media to achieve. Moreover, it can also be realized by any combination of systems, devices, methods, integrated circuits, computer programs, and recording media.

For example, the present invention can also be implemented in the form of a program that allows a computer to execute the information processing method of the above-mentioned embodiment, and can also be implemented in the form of a non-transitory recording medium that can be read by a computer on which such a program is recorded.

In addition, forms obtained by various changes that the practitioners of each embodiment think of or forms realized by arbitrarily combining the constituent elements and functions of each embodiment within the scope not departing from the gist of the present invention are also included in the present invention. invention.

10: Water circulation unit 20: toilet 21: toilet seat 30: wash basin 31: Indirect lighting device 40: Mirror device (information providing device, first display device) 41: Indirect lighting on the upper side 42: Indirect lighting on the lower side 43: Camera 44: Display 45: touch panel 46: Mirror control section 47: Memory Department 50: Wall storage cabinet 51: Door 60: Lighting device (machine) 61: main space 70: shower room 71: shower 72: Sliding Door 73: Indirect lighting device 74: Chair shower 80: Structure panel (machine, second display device) 81: light source 82: Panel Control 83: Memory Department 90: Sensor 91: Pulse wave sensor 92: weight sensor 93: Body Fat Sensor 100: control device 101: Control Department 102: Memory Department 103: Ministry of Communications 120: Wide area communication network 200: Server device 200a: Server device 200b: Server device 200c: Server device 250: Information Processing System 300: 1st server device 301: Ministry of Communications 302: Information Processing Department 303: Memory (memory device) 400: 2nd server device 500: Environmental Sensor 600: Mobile terminal (information providing device)

Fig. 1 is a first diagram showing the internal structure of the water circulation unit of the first embodiment. Fig. 2 is a second diagram showing the internal structure of the water circulation unit of the first embodiment. Fig. 3 is a plan view of the inside of the water circulation unit of the first embodiment. Figure 4 is a side view of the inside of the water circulation unit of the first embodiment. Fig. 5 is a block diagram showing the functional structure of the water circulation unit of the first embodiment. Figure 6 is the flow chart of the prompt control using the structure panel. FIG. 7 is a diagram showing the light-emitting state of the structure panel when it is determined that the user is healthy. FIG. 8 is a diagram showing the light emitting state of the structure panel when it is determined that the user is unhealthy. Figure 9 is a flow chart of the prompt control using the mirror device. Fig. 10 is a diagram showing an example of the first display screen. FIG. 11 is a diagram showing an example of the second display screen. Fig. 12 is a diagram showing an example of a list screen of a medical institution. FIG. 13 is a diagram showing another example of the second display screen. Fig. 14 is a diagram showing another example of the second display screen. Fig. 15 is a block diagram showing the functional structure of the information processing system of the second embodiment. Fig. 16 is a flowchart of operation example 1 of the information processing system of the second embodiment. Fig. 17 is a diagram showing an example of biological information obtained by the communication unit. Fig. 18 is a diagram showing an example of user information. Fig. 19 is a diagram showing an example of information indicating rules when providing biological information. FIG. 20 is a diagram showing an example of information showing the changed rule. Fig. 21 is a flowchart of operation example 2 of the information processing system of the second embodiment. Fig. 22 is a flowchart of operation example 3 of the information processing system of the second embodiment. Fig. 23 is a flowchart of operation example 4 of the information processing system of the second embodiment.

10: Water circulation unit

90: Sensor

120: Wide area communication network

250: Information Processing System

300: 1st server device

301: Ministry of Communications

302: Information Processing Department

303: Memory (memory device)

400: 2nd server device

500: Environmental Sensor

600: Mobile terminal (information providing device)

Claims (18)

An information processing system comprising: a plurality of sensors that measure biological information; and an information processing unit; the information processing unit memorizes the biological information measured by the plurality of sensors in a memory device, according to The rules shown in the rule information are based on the selection of more than one biometric information from the plurality of biometric information memorized in the above-mentioned memory device to be provided to the service operator, and the selected one or more biometric information is provided to the above-mentioned service operator, according to The above-mentioned rule information is changed at the request of the above-mentioned service operator; the above-mentioned rule information stipulates what kind of biological information is provided to each of the plural service operators including the above-mentioned service operator. The category of more than one biological information of the above-mentioned service operator is different from the category of biological information provided to other service operators among the above-mentioned plural service operators. Such as the information processing system of claim 1, wherein the information processing unit changes the rule information through mechanical learning. Such as the information processing system of claim 1, wherein the above-mentioned rule information includes the selected processing method of more than one biological information. Such as the information processing system of claim 3, where The above processing method is based on the viewpoint of privacy protection. For example, in the information processing system of claim 1, wherein the information processing unit obtains the request related to the expected biological information from the service operator, and changes the rule information according to the obtained request. For example, the information processing system of claim 1 further includes an information providing device that obtains service information sent from the above-mentioned service operator and provides the obtained service information to the measurement target of the above-mentioned sensor. For example, the information processing system of claim 6, wherein the above service information includes at least one of the following information: it is recommended to accept diagnosis and treatment information of a medical institution as one of the above multiple service operators; it is recommended to use as the above multiple service operators One of the information on sports facilities; and the information on the food that should be ingested provided by the food provider as one of the above-mentioned service operators. Such as the information processing system of claim 6, wherein the information providing device is a first display device installed inside a water circulation unit having at least one of a toilet, a washbasin, a shower, and a bathtub, and is installed in the water circulation unit There is a sensor that measures the biological information of the above-mentioned measurement object. Such as the information processing system of claim 8, wherein the water circulation unit further has a machine, and the information processing unit further controls the machine based on biological information measured by a sensor installed in the water circulation unit. Such as the information processing system of claim 9, wherein the machine is a lighting device or a second display device with a lower resolution than the first display device. Such as the information processing system of claim 6, wherein the information providing device is a mobile terminal of the measurement subject. Such as the information processing system of claim 1, wherein the above-mentioned biological information is at least one of weight, body fat, blood pressure, blood sugar level, number of times of bathroom use, and physical fitness. Such as the information processing system of claim 1, wherein the above-mentioned service operator is a service provider in an area containing the installation locations of the plurality of sensors or a research and start-up service provider in the area. Such as the information processing system of claim 13, where the above-mentioned areas are collective housing, hospitals, nursing facilities or administrative areas. For example, the information processing system of claim 1, which is further provided with a plurality of environmental sensors that measure environmental information representing at least one of temperature, humidity, ultraviolet light, and PM2.5 concentration, and the information processing unit further uses the above A plurality of environmental information measured by a plurality of environmental sensors is stored in the memory device, and one or more environmental information is selected from the plurality of environmental information in the memory device according to the rule information, and the selected one or more is selected. Environmental information is provided to the above-mentioned service operators. For example, the information processing system of any one of claim 1 to 15, wherein the information processing unit further selects one or more of the biological information measured by the sensor from a plurality of service operators according to the rule information The service operator provides the above-mentioned biological information to the selected service operator and changes the above-mentioned rule information. For example, the information processing system of claim 1, where the above rule information specifies how to statistically process more than one selected biological information and provide it to the above service operator, and the above information processing department is selected based on the above rule information statistical processing More than one piece of biological information and provide it to the above-mentioned service operator, In the change of the above-mentioned rule information, how to count and process more than one biological information provided to the above-mentioned service operator is changed. An information processing method that measures a plurality of biological information, memorizes the biological information in a memory device, and selects the biological information to be provided to the service operator according to the rules shown in the rule information. One or more biological information, the selected one or more biological information is provided to the above-mentioned service operator, and the above-mentioned rule information is changed according to the requirements of the above-mentioned service operator; the above-mentioned rule information stipulates that the above-mentioned service operator Which type of biological information is provided by each of the plurality of service operators, the type of biological information provided to the above-mentioned service operator, and the other types of biological information provided to the above-mentioned plurality of service operators The types of biological information of service operators are different.

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