JP2016146267A - Athletic plant management device, athletic plant management system and athletic plant management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable implementation of an athletic environment that sufficiently enhances refreshing feeling and pleasure which a user feels through his/her potential sensitivity when the user performs exercise in an outdoor athletic plant at night and gives the user great satisfaction.SOLUTION: An athletic plant management device comprises an environment information acquiring part 21 for acquiring environment information from an environment sensor 3 disposed in an athletic plant, an illumination control condition storage part 25 for storing an illumination control condition regarding the illumination state of each of a first illumination lamp 1 for illuminating an athletic area where a user exercises in the athletic plant, and a second illumination lamp for illuminating a landscape area out of the athletic area in the athletic plant, and a control schedule of each of the first illumination lamp and the second illumination lamp, and an illumination controller 26 for controlling the first and second illumination lamps according to the illumination control condition regarding each of the first and second illumination lamps stored in the illumination control condition storage unit, and controls at least one illumination lamp of the first and second lamps based on the environment information acquired by the environment information acquiring part.SELECTED DRAWING: Figure 3

Description

  The present invention relates to an athletic facility management apparatus, an athletic facility management system, and an athletic facility that control a plurality of lighting lamps arranged in an outdoor athletic facility via a network to construct an environment suitable for exercise in the athletic facility. It relates to the management method.

  In outdoor exercise / fitness, such as running, you can experience a sense of openness that is not possible with indoor exercise / fitness, which leads to maintaining motivation to continue exercise. In recent years, the number of outdoor fitness users has been increasing.

  On the other hand, there is a demand for an outdoor exercise facility that can perform outdoor fitness at night because of the advantage that it can be done easily after work, but the current outdoor exercise facility is simply a facility for users even at night However, it is difficult to say that the environment for comfortably exercising at night is prepared, and an outdoor exercise facility capable of comfortably exercising at night is desired.

  In response to such a demand, it is conceivable to construct an environment that allows the user to exercise comfortably at night by appropriately controlling the lighting lights installed in the outdoor exercise facility. It is necessary to perform detailed lighting control according to the situation, and it is preferable to use a technique for remotely controlling the lighting lamp via a network.

  As a technology related to the remote control of such illumination lamps, it has been configured so that communication can be performed between a street lamp and a management device via a wireless mesh network formed between a plurality of street lamps. A technique is known in which a person can control and check all street lights in one place without going to the street lights (see Patent Document 1). In addition, the illumination control device receives information on the position and time transmitted from the user terminal, identifies the illumination lamp to be controlled based on the received information, and performs illumination control for the illumination lamp via the network. There is a known technique (see Patent Document 2).

  In addition, as an outdoor exercise facility that can perform outdoor fitness, there is a sports park with an exercise area for each type of exercise, and a comfortable exercise environment is constructed in each exercise area in such a sports park. It is better to control the lighting according to the exercise area, and as a technique related to the technology for controlling the lighting according to such an area, conventionally, a plurality of temperature sensors are arranged, and warm-colored lighting is used in areas where the temperature is high. A technique for performing cold color illumination in an area where the temperature is low is known (see Patent Document 3).

JP 2012-004062 A JP 2014-149953 A Japanese Patent No. 5624429

  Well, in outdoor fitness, you can taste the open feeling that you can not get in indoor fitness as mentioned above, but in addition to this, the refreshing feeling that users feel with the potential sensitivity when exercising, If the enjoyment can be enhanced, high satisfaction can be given to the user, and the advantages of the outdoor exercise facility can be fully utilized. Therefore, there is a demand for a technique for controlling the lighting so that the user can enhance the refreshing feeling and fun that the user feels with the potential sensibility by using the effect of producing the space by the lighting.

  However, the techniques disclosed in Patent Documents 1 and 2 are for the purpose of improving the efficiency of management work such as maintenance of illumination lamps, and the technique disclosed in Patent Document 3 described above is illumination. By changing the color of the lighting, the difference in temperature for each area can be understood by the lighting. Even if these conventional technologies are applied directly to the lighting control of indoor exercise facilities, the user has a potential sensitivity. There was a problem that it was not possible to respond to the desire to enhance the exhilaration and fun that can be enjoyed at home and to fully utilize the advantages of an outdoor exercise facility.

  Accordingly, the present invention has been devised to solve such problems of the prior art, and its main purpose is to provide a potential sensitivity when a user exercises at an outdoor exercise facility at night. An exercise facility management device, an exercise facility management system, and an exercise facility management method capable of realizing an exercise environment that sufficiently enhances the exhilaration and enjoyment felt by the user and that provides great satisfaction to the user.

  An athletic facility management apparatus according to the present invention is an athletic facility management device that controls a plurality of illumination lamps arranged in an outdoor athletic facility via a network to construct an environment suitable for exercise in the athletic facility. An environmental information acquisition unit that acquires environmental information from an environmental sensor disposed in the exercise facility, a first illumination lamp that illuminates an exercise area where a user exercises in the exercise facility, and the exercise facility An illumination control condition storage unit that stores an illumination control condition related to each illumination state and its control schedule of the second illumination lamp that illuminates the landscape area outside the exercise area, and the illumination control condition storage unit The first and second illumination lamps are controlled according to the illumination control condition for each of the first and second illumination lamps, and the environmental information acquired by the environmental information acquisition unit is Hazuki, said the first, the illumination control unit for controlling at least one of the illumination lamp of the second lamp, a configuration with.

  In addition, the exercise facility management system of the present invention controls a plurality of illumination lights arranged in an outdoor exercise facility via a network, and constructs an environment suitable for exercise in the exercise facility. An environmental sensor arranged in the exercise facility, a first illumination lamp for illuminating an exercise area in which the user exercises in the exercise facility, and a landscape outside the exercise area in the exercise facility A second illumination lamp for illuminating an area; and an information processing apparatus, wherein the information processing apparatus obtains environmental information from the environmental sensor; and the first and second illumination lamps. An illumination control condition storage unit that stores illumination control conditions relating to each illumination state and control schedule, and the illumination control relating to each of the first and second illumination lamps stored in the illumination control condition storage unit Lighting control for controlling the first and second illumination lamps according to the conditions and controlling at least one of the first and second illumination lamps based on the environment information acquired by the environment information acquisition unit And a configuration provided with a section.

  Also, the exercise facility management method of the present invention controls a plurality of lighting lamps arranged in an outdoor exercise facility via a network, and performs processing for constructing an environment suitable for exercise in the exercise facility. An exercise facility management method to be performed by an apparatus, comprising: obtaining environmental information from an environmental sensor disposed in the exercise facility; and illuminating an exercise area where a user exercises in the exercise facility A step of reading the illumination control condition relating to the illumination state and the control schedule of each of the illumination lamp and the second illumination lamp that illuminates the landscape area outside the exercise area within the exercise facility, and the first read out in this step The environment acquired by the environment information acquisition unit while controlling the first and second illumination lamps according to the illumination control condition for each of the first and second illumination lamps Based on distribution, the first, and controlling at least one of the illumination lamp of the second lamp, a configuration which includes a.

  According to the present invention, in an exercise area where a user exercises, the lighting is controlled so that an exercise space suitable for the type of exercise can be obtained while performing exercise safely, and a landscape area where the user can enjoy a natural landscape Then, by controlling the lighting so that the natural scenery of trees and ponds can be reflected, the refreshing feeling and fun that users feel with the potential sensitivity when exercising at night outdoor exercise facilities It is possible to realize an exercise environment that sufficiently enhances the user's satisfaction.

Overall configuration diagram of an exercise facility management system according to the present embodiment Top view showing an example of a sports park Functional block diagram showing a schematic configuration of the cloud computer 4 Explanatory drawing which shows the management screen displayed on the user terminal 5 or the administrator terminal 6 Explanatory drawing which shows the profile registration edit screen displayed on the user terminal 5 or the administrator terminal 6 Explanatory drawing which shows the control schedule confirmation screen displayed on the user terminal 5 or the administrator terminal 6 Flow chart showing a procedure of processing performed in the illumination control unit 26

  According to a first aspect of the present invention, there is provided an environment suitable for exercise in the exercise facility by controlling a plurality of lighting lamps arranged in the outdoor exercise facility via a network. An exercise facility management apparatus, an environment information acquisition unit that acquires environment information from an environment sensor arranged in the exercise facility, and a first illumination that illuminates an exercise area where a user exercises in the exercise facility A lighting control condition storage unit that stores a lighting control condition relating to a lighting state and a control schedule of each of the second lighting lamps that illuminate a landscape area outside the exercise area in the exercise facility, and the illumination control condition The first and second illumination lamps are controlled according to the illumination control conditions relating to each of the first and second illumination lamps stored in the storage unit, and acquired by the environment information acquisition unit Based on said environment information, said the first, the illumination control unit for controlling at least one of the illumination lamp of the second lamp, and configurations with the.

  According to this, in the exercise area where the user exercises, the lighting is controlled so that the exercise space can be obtained safely and the exercise space suitable for the exercise type is obtained, and in the landscape area where the user enjoys the natural scenery, By controlling the lighting so that the natural scenery of trees and ponds can be reflected, the refreshing feeling and enjoyment that can be felt by the potential sensibility when users exercise at a night outdoor exercise facility are sufficient. It is possible to realize an exercise environment that greatly enhances the user's satisfaction.

  The second aspect of the present invention further includes an illumination control condition for setting the illumination control condition relating to the first illumination lamp and storing the illumination control condition in the illumination control condition storage unit in response to a user operation input at a user terminal. The configuration includes a setting unit.

  According to this, since the user, especially the instructor of each exercise type, can arbitrarily set the lighting state and control schedule of the first lamp, an exercise space according to the user's preference is provided in the exercise area. Can be formed.

  According to a third aspect of the present invention, the environment information acquisition unit acquires at least one of illuminance, color temperature, temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction as the environment information.

  According to this, since illumination control is performed based on illuminance, color temperature, air temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction, a more comfortable exercise environment can be realized.

  Moreover, as for 4th invention, the said environment information acquisition part acquires the illumination intensity and color temperature of the said landscape area as said environment information, The said illumination control part is the said illumination intensity and color which were acquired by the said environment information acquisition part Based on temperature, it is set as the structure which performs the light control and the color control which control the light quantity and color temperature of a said 2nd illumination light so that a predetermined moonlight night is reproduced in the said landscape area.

  According to this, since the predetermined moonlight night is reproduced in the landscape area regardless of the age and the weather, the refreshing feeling that the user feels by looking at the landscape area can be further enhanced.

  In addition, according to a fifth aspect of the present invention, the lighting control condition defines lighting and extinguishing timings according to a night lighting required period according to the control schedule, and lighting conditions according to a time zone within the lighting required period. It shall be the composition which prescribes.

  According to this, the illumination lamp can be turned on / off at an appropriate timing, and furthermore, the illumination state can be changed according to the time zone, so that a more appropriate exercise environment can be realized.

  The sixth invention further includes a user information acquisition unit that acquires at least one of a user's position, physical condition, and number of users as user information, and the illumination control unit includes the use The first illumination lamp is controlled based on the user information acquired by the person information acquisition unit.

  According to this, in the exercise area where the user exercises, the control is performed based on the user information related to the user's position, physical condition, and number of people, so that a more comfortable exercise environment can be realized.

  The seventh invention further includes a user information acquisition unit that acquires position information of the user in the exercise area, and the lighting control unit is based on the position information acquired by the user information acquisition unit, The third illumination lamp that performs illumination for supporting the user's exercise is controlled.

  According to this, since a user's exercise | movement can be supported, a user's convenience can be improved. Note that the first illumination lamp 1 for performing exercise safely may also be used as the third illumination lamp for supporting exercise.

  The eighth invention is an exercise facility management system for controlling a plurality of illumination lamps arranged in an outdoor exercise facility via a network and constructing an environment suitable for exercise in the exercise facility. , An environmental sensor disposed in the exercise facility, a first illumination lamp that illuminates an exercise area in which the user exercises in the exercise facility, and a landscape area outside the exercise area in the exercise facility A second illuminating lamp and an information processing device, wherein the information processing device acquires environmental information from the environmental sensor, and each of the first and second illuminating lights. An illumination control condition storage unit that stores an illumination control condition related to an illumination state and a control schedule, and the first and second illumination lamps stored in the illumination control condition storage unit according to the illumination control condition relating to each of the first and second illumination lamps. An illumination control unit that controls the second illumination lamp and controls at least one of the first and second illumination lamps based on the environment information acquired by the environment information acquisition unit. The configuration is as follows.

  According to this, as in the first invention, the refreshing feeling and enjoyment that the user feels with the potential sensitivity when exercising at the outdoor exercise facility at night are sufficiently enhanced, and the user is greatly satisfied. A given exercise environment can be realized.

  According to a ninth aspect of the invention, the first and second illumination lamps communicate with the information processing apparatus including the illumination control unit via a light source capable of adjusting a light amount and a color temperature, and a wireless network. And an interface to perform.

  According to this, since the 1st, 2nd illumination light is equipped with the light source which can adjust light quantity and color temperature, it adjusts the illumination intensity and color temperature of a motion area and a landscape area appropriately, and is much more suitable. An exercise environment can be realized. Moreover, since the 1st, 2nd illumination light is provided with the interface which communicates via a wireless network, installation of a communication line becomes unnecessary and installation cost can be reduced.

  In addition, the tenth aspect of the present invention performs a process for constructing an environment suitable for exercise in the exercise facility in the information processing apparatus by controlling a plurality of illumination lights arranged in the outdoor exercise facility via a network. An exercise facility management method for obtaining environmental information from an environmental sensor disposed in the exercise facility, and a first illumination lamp for illuminating an exercise area in which the user exercises in the exercise facility, And reading out the lighting control conditions relating to the lighting state and control schedule of each of the second illuminating lamps that illuminate the landscape area outside the exercise area in the exercise facility, and the first and the first read out in this step And controlling the first and second illumination lamps according to the illumination control condition for each of the two illumination lamps, and based on the environment information acquired by the environment information acquisition unit The first, and controlling at least one of the illumination lamp of the second lamp, a configuration which includes a.

  According to this, as in the first invention, the refreshing feeling and enjoyment that the user feels with the potential sensitivity when exercising at the outdoor exercise facility at night are sufficiently enhanced, and the user is greatly satisfied. A given exercise environment can be realized.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is an overall configuration diagram of an exercise facility management system according to the present embodiment. This athletic facility management system controls a plurality of lighting lamps 1 and 2 arranged in a sports park (outdoor exercise facility), and constructs an environment suitable for exercise in the sports park. The lamps 1 and 2, a plurality of environmental sensors 3, a cloud computer (exercise facility management apparatus) 4, a plurality of user terminals 5, an administrator terminal 6, and a plurality of wearable terminals 7 are provided.

  The illuminating lamps 1 and 2 include a light source composed of LEDs that can adjust the light amount and the color temperature. The environmental sensor 3 measures illuminance, color temperature, temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction as environmental information. The lighting lamps 1 and 2 and the environmental sensor are arranged at appropriate positions in each sports park, and are supplied with power from a solar cell or a power line, and are connected to a network (LAN) in the park by a wireless LAN such as WiFi (registered trademark). Furthermore, it is connected to the cloud computer 4 via a wide area network (WAN).

  The lighting lamps 1 and 2 and the environment sensor 3 may be connected to the park network by power line communication using a power line as a communication line, so-called PLC (Power Line Communication).

  The user terminal 5 includes a PC, a tablet terminal, a smartphone, and the like, and is operated by an exercise instructor (instructor) of each exercise type, and is connected to the cloud computer 4 via a park network and a wide area network. The cloud computer can be accessed at a suitable place outside the sports park such as a sports park or at home. In this user terminal 5, after accessing the cloud computer 4 and performing user authentication, operations such as reservation of facility use and settings related to control of the lighting lamps 1 and 2 can be performed.

  The administrator terminal 6 is composed of a PC or the like and is operated by a facility administrator, is installed in the management center, and is connected to the cloud computer 4 via a wide area network. The administrator terminal 6 can perform operations such as membership management and confirmation of facility use reservation status after accessing the cloud computer 4 and performing user authentication with administrator authority. The manager terminal 6 may be installed in a park management office.

  The wearable terminal 7 is worn on a body such as a user's arm, and is connected to the cloud computer 4 via a park network, and the user's location information and the user's physical condition (heart rate and Information on blood pressure and the like is transmitted to the cloud computer 4.

  The cloud computer 4 constitutes a cloud computing system, and is connected to the lighting lamps 1 and 2, the environmental sensor 3, the user terminal 5, the administrator terminal 6, and the wearable terminal 7 via a wide area network, Collect environmental information from environmental sensors 3 placed in each sports park, collect information about the user's position and physical condition from wearable terminals 7 worn by users who exercise in each sports park, and The operation input information is acquired from the user terminal 5 or the administrator terminal 6, and the illumination lamps 1 and 2 arranged in each sports park are controlled based on the information.

  Next, the sports park shown in FIG. 1 will be described. FIG. 2 is a plan view showing an example of a sports park, FIG. 2 (A) shows the layout of the entire sports park, and FIG. 2 (B) shows the main part of the running course.

  As shown in FIG. 2 (A), sports parks have exercises that users exercise for each type of exercise such as running, yoga, bouldering, tai chi, aerobics, skateboarding, athletics, walking, biking, and walking. There is an area. The exercise area is not limited to a specific exercise type, but is reserved for a specific exercise area by an exercise instructor (instructor). Some of them are used as exercise areas for specific exercise events.

  In addition, the sports park is provided with a landscape area where natural landscape components are arranged outside the exercise area. In this landscape area, trees, ponds, streams, flower beds, etc. are provided as natural landscape components, and users who exercise in each exercise area can enjoy the natural landscape by looking at the landscape area. .

  In addition to the exercise area and the landscape area, the sports park is provided with a community space, a toilet, a changing room, and the like.

  In addition, illumination lights 1 and 2 are arranged at appropriate places in the sports park. As shown in FIG. 1, the first illuminating lamp 1 that illuminates the exercise area constitutes the first illuminating lamp group, and the second illuminating lamp 2 that illuminates the landscape area is the second illuminating lamp group. Configure. There are various types of lighting lamps 1, 2 that illuminate a wide area, those that illuminate the user's feet, and those that light up trees etc. Type).

  For example, a first illumination lamp 1 is installed in a yoga area (yoga exercise area) A1. With this first lighting 1, yoga is safely performed and a space suitable for yoga is formed, for example, lighting control that works on the human sensibility together with the green grass of the yoga area A1 and surrounding trees This creates a calming atmosphere and enhances the health benefits of yoga.

  Further, in the yoga area A1, an exercise instructor (instructor) can operate the user terminal 5 to freely set the illumination state (light quantity, color temperature, etc.) of the first illumination lamp 1. Similarly, in other exercise areas, the exercise instructor can freely set the lighting state of the first lamp 1 that illuminates the exercise area when the exercise instructor uses the exercise area as a charter. it can.

  The first illumination lamp 1 is also installed in the running course (running exercise area) A2. In the first illuminating lamp 1, lighting control is performed so that running is performed safely, and a space suitable for running is formed, for example, an atmosphere for raising mood is formed.

  In the running course A2, as shown in FIG. 2 (B), a plurality of underground-embedded travel guide lights (third illumination lights) 8 are installed at regular intervals. The travel guide light 8 guides and guides the runner so that the runner (user) can run at the travel pace (speed) set by himself / herself. The running position is notified to the runner by lighting, control is performed so that the lighting position of the guide light moves at a preset running pace, and the runner runs so as to follow the guide light emitted by the running guide light 8. Thus, the runner can run at a constant pace set by the runner himself.

  In the landscape area, illumination control is performed to control the second illumination lamp 2 so as to obtain a production effect in which a natural landscape such as trees, ponds, streams, and flower beds is reflected. In particular, in this embodiment, paying attention to the fact that the natural scenery illuminated by the moonlight of the full moon enhances the refreshing feeling, the lighting control is performed so that the night of the full moon is reproduced in the scenery area. In addition, when the temperature and humidity are high, it is possible to control the illumination with a cold-colored illumination light to form a cool atmosphere, and when the temperature and humidity are low, the illumination control is performed with a warm-colored illumination light to form a warm atmosphere. it can. It is also possible to perform illumination control using warm-colored illumination light so that the green of trees and lawns can be felt impressively.

  Next, a schematic configuration of the cloud computer 4 illustrated in FIG. 1 will be described. FIG. 3 is a functional block diagram showing a schematic configuration of the cloud computer 4.

  The cloud computer 4 includes an environment information acquisition unit 21, a user information acquisition unit 22, an input / output control unit 23, an illumination control condition setting unit 24, an illumination control condition storage unit 25, and an illumination control unit 26. I have.

  The environment information acquisition unit 21 acquires environment information from the environment sensor 3. In this embodiment, as environmental information, the illuminance and color temperature of the exercise area and the landscape area, and the state of the weather environment in the sports park, specifically, the temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction are detected. Environmental sensors 3 are arranged at appropriate places in the sports park, and environmental information is acquired from these environmental sensors 3.

  The user information acquisition unit 22 acquires information about the user's position, physical state (such as heart rate and blood pressure), and the number of people from the wearable terminal 7 as user information. In addition, you may make it acquire the information regarding the number of users from the entrance / exit detection apparatus not shown provided in the entrance / exit gate.

  The input / output control unit 23 generates display information regarding various screens and performs processing for displaying the screens on the administrator terminal 6 and the user terminal 5, and input of the operator at the administrator terminal 6 and the user terminal 5. Processing to acquire input information by operation is performed. The input / output control unit 23 may be configured as a web server that exchanges information with the web browser activated by the administrator terminal 6 and the user terminal 5. Moreover, it is good also as a structure which introduces exclusive application software to the administrator terminal 6 and the user terminal 5, and exchanges information between the application software.

  In particular, in the present embodiment, a management screen (FIG. 5) is used to allow a facility manager or an exercise instructor to input a lighting control condition used for lighting control performed by the cloud computer 4 using the manager terminal 6 or the user terminal 5. 4), a profile registration edit screen (see FIG. 5), a control schedule confirmation screen (see FIG. 6), and the like are displayed and output on the administrator terminal 6 and the user terminal 5.

  The illumination control condition storage unit 25 stores the illumination control conditions related to the illumination states of the illumination lamps 1 and 2 and their control schedule. In this lighting control condition, the control schedule defines the lighting and extinguishing timing according to the illumination requirement period at night, and the illumination state of the illumination lamps 1 and 2 according to the time zone within the illumination requirement period. The Further, the illumination state is defined by various control parameters relating to the light amount and the color temperature.

  The lighting control condition setting unit 24 sets the lighting control condition for the lighting lamps 1 and 2 according to the operation input of the exercise instructor (instructor) or the facility manager at the user terminal 5 or the administrator terminal 6 to control the lighting. Processing to be stored in the condition storage unit 25 is performed. That is, the lighting control condition can be appropriately set by the exercise instructor or the facility manager using the user terminal 5 or the administrator terminal 6. In particular, the exercise instructor can illuminate the exercise area used by himself / herself. Control conditions can be set, and the facility manager can set lighting control conditions for all exercise areas and landscape areas.

  In the present embodiment, the setting contents for each setting item input by each exercise instructor in the past can be appropriately registered as one profile, and information on this profile is stored as a lighting control condition as a lighting control condition. Stored in the unit 25. When an exercise instructor reserves a lesson that he / she teaches by specifying the date / time, he / she can select the required profile and set the lesson of the lesson at the specified date / time with the settings for each setting item corresponding to that profile. A process for collectively setting the illumination control conditions is performed in the illumination control condition setting unit 24. As a result, the exercise instructor can easily set the lighting control conditions for the lesson he / she teaches by selecting the profile he / she has registered. In addition, the settings set by one exercise leader can be shared among multiple exercise leaders, and each exercise leader's profile can be freely used by other exercise leaders. You can easily set the lighting conditions in the lesson.

  In the illumination control unit 26, the illumination control conditions relating to each of the illumination lamps 1 and 2 stored in the illumination control condition storage unit 25, the environment information acquired by the environment information acquisition unit 21, and the use acquired by the user information acquisition unit 22 Lighting control for controlling the lighting lamps 1 and 2 is performed based on the person information. In the lighting control conditions, the control schedule defines lighting and extinguishing timings according to the night lighting requirement period, and the lighting state according to the time zone. In the lighting control, lighting is performed according to the control schedule. Schedule control for controlling the lamps 1 and 2 is performed.

  The illumination control unit 26 performs light adjustment control for adjusting the light amounts of the illumination lamps 1 and 2 and color adjustment control for adjusting the color temperature of the illumination lamps 1 and 2. In the night exercise area and landscape area, the illuminance and color temperature change according to the age, weather, and external light (due to lighting of buildings outside the park). Light control and color control for detecting the illuminance and color temperature (environment information) and adjusting the illuminance and color temperature of the exercise area and the landscape area are performed. In the dimming control, thinning illumination for turning off some of the illumination lamps 1 and 2 is performed in addition to adjusting the light quantity of one illumination lamp 1 and 2.

  The illumination control unit 26 also performs illumination control based on environment information other than illuminance and color temperature, specifically, temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction as environment information detected by the environment sensor 3. Done. In this case, the illumination control condition is set in association with the environment information, and the illumination control is performed based on the illumination control condition corresponding to the environment information detected by the environment sensor 3.

  In particular, in the exercise area, dimming control for adjusting the light amount of the first illumination lamp 1 is performed in order to ensure the brightness necessary for performing exercise safely for each exercise item. In this dimming control, the illuminance of the exercise area is detected by the environment sensor 3, and the light intensity of the first illumination lamp 1 is adjusted so as to obtain the required illuminance that can be exercised safely in the exercise area. To do. The appropriate illuminance in the exercise area differs depending on the type of exercise performed in the exercise area. For example, it may be relatively bright in the running course and bouldering area, and relatively dark in the yoga area.

  Further, in the exercise area, color matching control for adjusting the color temperature of the first illumination lamp 1 is performed in order to form a space suitable for the exercise event. In this toning control, the color temperature of the first illumination lamp 1 is adjusted so that the environment sensor 3 detects the color temperature of the exercise area and obtains a color temperature space suitable for the exercise type. The appropriate color temperature in the exercise area differs depending on the type of exercise. For example, in the yoga area, the color temperature may be increased to provide cold-colored illumination light in order to create a calming atmosphere. On the other hand, in the running course, in order to form an atmosphere that raises the mood, it is preferable to lower the color temperature and use warm-colored illumination light.

  The illumination control for the exercise area is performed based on preset illumination control conditions. As described above, the illumination control condition for the exercise area is determined by an exercise instructor ( (Instructor) can be set freely. In addition, the lighting control conditions set by each exercise leader can be registered as a profile for each exercise leader, and each exercise leader can select another exercise leader's profile so that the different exercise The lighting control conditions set by the instructor can be used as they are, and the lighting control conditions can be shared among a plurality of exercise instructors.

  In the landscape area, toning control and dimming control are performed in the same way as the exercise area.In particular, in the landscape area, lighting control is performed to produce a production effect that reflects natural scenery such as trees, ponds, streams, and flower beds. Is called.

  In particular, in this embodiment, full moon control for reproducing a full moon night in the landscape area is performed. Specifically, toning control and adjustment for adjusting the amount of light and the color temperature of the second illuminating lamp 2 so that the illuminance and color temperature of the landscape area measured by the environment sensor 3 are in the same state as the night of a full moon. Light control is performed. Thereby, the full moon night is reproduced in the landscape area regardless of the age and the weather, and a refreshing feeling can be given to the user who sees the landscape area.

  The lighting control unit 26 performs lighting control for controlling the first lamp 1 based on the user information acquired by the user information acquiring unit 22, that is, information on the position, physical state, and number of users. Is called. Here, as the lighting control based on the position information of the user, for example, lighting control for illuminating the vicinity of the user is performed in order to improve the safety and energy saving of the user. In addition, as lighting control based on the user's physical condition, for example, when there is a bad user, lighting control to increase the illuminance in the exercise area so that accidents can be prevented and relief is performed quickly. Is done. Further, as lighting control based on the number of users, for example, when there are a large number of users in the exercise area, illumination control for increasing the illuminance in the exercise area is performed in order to prevent an accident.

  In addition, the lighting control unit 26 controls the traveling guide lamp 8 (see FIG. 2B) installed along the running course as control for supporting the user's exercise, and the runner sets himself / herself. Traveling guide control for guiding the runner so that the running can be performed at a pace (speed) is performed.

  In the present embodiment, the wearable terminal 7 has a position information acquisition function, and the user information acquisition unit 22 acquires the position information of the runner on the running course from the wearable terminal 7. In addition, the runner sets his / her favorite running pace at the wearable terminal 7 or the user terminal 5. And in the illumination control part 26, the driving | running | working guide light 8 is controlled based on the setting information regarding the position information and run pace of the runner.

  In the present embodiment, information related to the gradient of the running course is stored in the lighting control condition storage unit 25, and in the travel guide control, control for adjusting the travel pace according to the gradient of the running course is performed. Thereby, it is possible to run at a substantially constant running pace while maintaining the exercise load of the runner within an appropriate range.

  In the running course, since a plurality of runners run at the same time, the guide light emitted from the travel guide light 8 may be confused between runners, so that it is possible to identify the guide light intended for itself. As described above, the color of the guide light may be changed according to the runner. In addition, the traveling guide lamp 8 (third illumination lamp) for supporting running can also be used as the first illumination lamp 1 for safely running.

  In addition, when acquiring position information with the wearable terminal 7, a position information acquisition function of WiFi, that is, a function of acquiring position information based on radio wave intensity for each of a plurality of WiFi access points may be used. Alternatively, a method may be used in which a plurality of dedicated transmitters are arranged in a sports park and position information is acquired based on the radio field intensity of the transmitters. In addition, a camera for shooting the runner may be installed in the sports park, and the runner may be identified by person recognition from the face image of the runner extracted from the video of the camera to acquire the runner position information. . This processing may be performed by the cloud computer 4, but a dedicated video processing device for processing the video of the camera may be provided.

  Next, an operation of inputting the lighting control condition used for the lighting control performed by the cloud computer 4 illustrated in FIG. 1 using the user terminal 5 or the administrator terminal 6 will be described. FIG. 4 is an explanatory diagram showing a management screen displayed on the user terminal 5 or the administrator terminal 6.

  In this embodiment, since the exercise instructor and the facility manager input the lighting control conditions used for the lighting control performed in the cloud computer 4 by using the user terminal 5 or the manager terminal 6, the management screen shown in FIG. Is displayed on the user terminal 5 or the administrator terminal 6. In this management screen, input operations are performed for various setting items related to the lighting state and control schedule of the exercise area and the landscape area, and the process of setting the lighting control condition based on the contents input on this management screen is the lighting control condition. This is performed in the setting unit 24, and information on the illumination control condition is stored in the illumination control condition storage unit 25.

  The management screen includes a facility selection unit 31, a menu selection unit 32, and a setting item-specific input unit 33.

  In the facility selection unit 31, an exercise leader or facility manager selects a target facility. In the menu selection unit 32, an exercise leader or facility manager selects a setting item. In the example shown in FIG. 4, setting items such as sports member management, facility reservation / application, event management, community management, and integrated lighting control are provided. When the integrated lighting control is selected, as shown in FIG. An input unit for each setting item related to lighting control is displayed in the setting item-specific input unit 33.

  The setting item-specific input unit 33 includes a date / time display unit 35, a date / time setting button 36, a first illumination control condition input unit 37, and a second illumination control condition input unit 38.

  The date and time display unit 35 displays the date and time zone (illumination control period) that are subject to illumination control. The date / time setting button 36 is used by the exercise instructor or facility manager to set the date and time zone. When the date / time setting button 36 is operated, a date / time selection screen (not shown) is displayed. When the date and time zone are selected, the selected date and time zone are displayed on the date and time display unit 35.

  The first lighting control condition input unit 37 inputs lighting control conditions related to the control of the first illuminating lamp 1 that illuminates the exercise area. The exercise item selection unit 41, the setting mode selection unit 42, And a profile selection unit 43.

  The exercise item selection unit 41 selects an exercise item (running, yoga, bouldering, etc.) to be performed for each exercise area.

  The setting mode selection unit 42 selects one of basic, profile, and optional illumination setting modes. In the basic setting mode, lighting control is performed with the lighting control conditions set with the focus on safety and security. In the profile setting mode, lighting control conditions are set based on the content registered by the exercise instructor, and lighting control is performed. In the optional illumination setting mode, illumination control conditions are set for additional illumination control such as illumination control of the traveling guide lamp 8 installed on the running course, and illumination control is performed. When this optional illumination setting mode is selected, an optional illumination setting screen (not shown) is displayed, and an input operation can be performed for setting items related to optional illumination.

  In the profile selection unit 43, the profile name (in the example shown in FIG. 4, the name of the registered exercise instructor) is displayed. By selecting the profile name, lighting control based on the setting contents of the selected profile is performed. . The profile selection unit 43 is provided with a registration / editing button 44. When the registration edit button 44 is operated, a profile registration edit screen (see FIG. 5) is displayed, and a new profile can be registered and the registered contents can be edited on the profile registration edit screen. In the profile selection unit 43, an icon 45 representing a popular profile is displayed.

  In the cloud computer 4, a process of determining a popular profile is performed based on profile adoption results (the number of times a profile has been adopted in the past), the number of people who participated in lessons that adopted the profile, and the like.

  The 2nd lighting control condition input part 38 inputs the lighting control condition which concerns on control of the 2nd illuminating lamp 2 which illuminates a landscape area, The control type selection part 46, the environment information selection part 47, Is provided.

  The control type selection unit 46 selects either a variable or fixed control type. In the variation control type, illumination control is performed based on the environment information acquired by the environment sensor 3. Among the fixed control types, the energy-saving control type performs illumination control based on preset illumination control conditions with a focus on energy saving. In the full moon control type, full moon control for reproducing a full moon night in the landscape area is performed. In addition, control which reproduces a predetermined moonlight night in a landscape area can also be performed without limiting to a full moon.

  The environment information selection unit 47 selects environment information (brightness, temperature, humidity, etc.) used for illumination control in the variation control type. Then, when the selection in the first lighting control condition input unit 37 and the second lighting control condition input unit 38 is completed and the determination button 48 is operated, a new lighting control schedule is set. If it is desired to cancel the selected contents, all the selection states are cleared by operating the cancel button 49, and it is possible to start again from the beginning.

  In this embodiment, for the lighting control of the landscape area, the environment information used for the lighting control can be selected by the exercise instructor or the facility manager. As for the lighting control, the environmental information may be selected by the exercise instructor or the facility manager.

  Next, profile registration and editing operations will be described. FIG. 5 is an explanatory diagram showing a profile registration edit screen displayed on the user terminal 5 or the administrator terminal 6.

  When the registration editing button 44 on the management screen (see FIG. 4) is operated, a profile registration editing screen shown in FIG. 5 is displayed. With this profile registration edit screen, a new profile can be registered, and the setting contents of the already registered profile can be edited.

  This profile registration edit screen includes an exercise item selection unit 51, a profile name input unit 52, and a setting item input unit 53.

  The exercise item selection unit 51 selects an exercise item (running, yoga, bouldering, etc.). The profile name input unit 52 inputs an appropriate name such as the name of an exercise instructor as the profile name.

  The setting item-specific input unit 53 inputs each setting item (basic color, brightness, and color temperature) related to each control parameter that defines the lighting state. The basic color selection unit 54 and the brightness input unit 55 And a color temperature input unit 56 are provided. The basic color selection unit 54 selects a basic color from a pull-down menu. The brightness input unit 55 and the color temperature input unit 56 input brightness (illuminance) and color temperature by operating a slider.

  Here, the base color predetermines a certain range of the color system, and representative sample colors are displayed on the base color selection unit 54 in a pull-down menu. When a basic color is selected by the basic color selection unit 54, an operation for adjusting to a desired brightness and color temperature within a range of brightness and color temperature corresponding to the selected basic color is performed by the brightness input unit 55 and This is performed by the color temperature input unit 56.

  Here, when newly registering a profile, when a new profile name is input to the profile name input unit 52 and a necessary input operation is performed in the setting item input unit 53 and then the registration button 57 is operated, A new profile with the entered settings is registered. In addition, when editing an existing profile, it is only necessary to select a profile from the pull-down menu of the profile name input unit 52. The current setting contents of the selected profile are displayed in the setting item input unit 53, and this setting is performed. When the registration button 57 is operated after performing a required input operation in the item-specific input unit 53, the profile is updated to the changed setting contents.

  Next, confirmation of the control schedule setting status will be described. FIG. 6 is an explanatory diagram showing a control schedule confirmation screen displayed on the user terminal 5 or the administrator terminal 6.

  In this embodiment, the control schedule regarding the lighting control of the exercise area and the landscape area is individually set on the management screen (see FIG. 4), and the setting status of the control schedule of the exercise area and the landscape area is the control schedule shown in FIG. A list is displayed on the confirmation screen, and by this control schedule confirmation screen, it is possible to confirm what kind of lighting control is performed in each area of the exercise area and the landscape area according to the time zone.

  The control schedule confirmation screen displays a list of control schedule setting statuses. The control schedule confirmation screen includes a facility selection unit 61, a date display unit 62, a date setting button 63, and a first control. A schedule display unit 64 and a second control schedule display unit 65 are provided.

  In the facility selection unit 61, the exercise instructor or the facility manager selects the target facility from the pull-down menu. The date is displayed on the date display unit 62. The date setting button 63 is used by the exercise instructor or facility manager to set the date. When the date setting button 63 is operated, a date selection screen (not shown) is displayed, and the date is selected on this date selection screen. Then, the selected date is displayed on the date display unit 62.

  The first control schedule display unit 64 displays the exercise area control schedule, and the first control schedule display unit 64 controls lighting for each exercise type (running, yoga, bouldering, etc.). A bar 67 representing the period and characters representing the lighting state (basic setting mode, profile name in profile setting mode, optional lighting setting mode (OP), etc.) are displayed. In the bar 67, the difference in illumination state is displayed by changing the display form (filled color in the example shown in the figure).

  The 2nd control schedule display part 65 displays the control schedule of a landscape area, and this 2nd control schedule display part 65 has an illumination control period similarly to the 1st control schedule display part 64. The bar 67 to be displayed and characters representing the illumination state (variable and fixed control types, etc.) are displayed. In the bar 67, the difference in the illumination state is displayed by changing the display form.

  Further, on this control schedule confirmation screen, when an operation (such as clicking) for selecting the bar 67 displayed on the control schedule display sections 64 and 65 is performed, the management screen shown in FIG. 4 is displayed. At this time, the setting content of the time zone corresponding to the bar 67 selected on the control schedule confirmation screen is displayed on the management screen, and an operation for changing the setting content can be performed here.

  Next, processing performed by the illumination control unit 26 illustrated in FIG. 3 will be described. FIG. 7 is a flowchart showing a procedure of processing performed by the illumination control unit 26.

  In the present embodiment, the illumination control unit 26 acquires control parameters for defining the control schedule and illumination state for each illumination area (exercise area and landscape area) from the illumination control condition storage unit 25, and performs illumination control based on the control parameters. Is performed for each lighting area according to the control schedule.

  Specifically, first, the control schedule of each illumination area (exercise area and landscape area) is read from the illumination control condition storage unit 25 (ST101), and the lights 1 and 2 in each illumination area are controlled according to this control schedule. Start (ST102).

  Here, if the time zone is set in the control schedule of the target illumination area (Yes in ST103), the control parameter of the illumination area is acquired (ST104), and the illumination lamps 1 and 2 of the illumination area are turned on. Thus, control based on the control parameter is performed (ST105). On the other hand, if it is not the time zone set in the control schedule of the target illumination area (No in ST103), the illumination lamps 1 and 2 in the illumination area are turned off (ST106).

  The above control is performed for all lighting areas (exercise area and landscape area) (ST107), and the control for each lighting area is periodically repeated until the control for one day is completed (ST108).

  As described above, in the present embodiment, the environment information acquisition unit 21 acquires environment information from the environment sensor arranged in the exercise facility, and the illumination control condition storage unit 25 performs exercise in the exercise facility. The lighting control conditions relating to the lighting state and the control schedule of each of the first lighting lamp 1 that illuminates the exercise area and the second lighting lamp 2 that illuminates the landscape area outside the exercise area within the exercise facility are stored, In the control unit 26, based on the illumination control condition regarding each of the first and second illumination lamps 1 and 2 stored in the illumination control condition storage unit 25 and the environment information acquired by the environment information acquisition unit 21, the first, The second illumination lamps 1 and 2 were controlled. As a result, in the exercise area where the user exercises, the lighting is controlled so that the exercise space is safe and the exercise space suitable for the exercise type is obtained, and in the landscape area where the user enjoys the natural scenery, the tree By controlling the lighting so that a natural scene such as ponds and ponds can be displayed, the refreshing feeling and enjoyment that the user feels as a potential sensation when exercising at a night outdoor exercise facility It is possible to achieve an exercise environment that enhances the user's satisfaction.

  In the present embodiment, the illumination control condition setting unit 24 sets the illumination control condition related to the first illumination lamp 1 in accordance with the user's operation input at the user terminal 5, and stores the illumination control condition in the illumination control condition storage unit 25. Since it was made to memorize | store, since the user, especially the instructor of each exercise item can set arbitrarily the illumination state and control schedule of the 1st illumination lamp 1, according to a user's liking in the exercise area An exercise space can be formed.

  In the present embodiment, the environment information acquisition unit 21 acquires at least one of illuminance, color temperature, temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction as environment information. Since the lighting control is performed based on the color temperature, the temperature, the atmospheric pressure, the humidity, the weather, the wind speed, and the wind direction, a more comfortable exercise environment can be realized.

  In the present embodiment, the environment information acquisition unit 21 acquires the illuminance and color temperature of the landscape area as the environment information, and the illumination control unit 26 acquires the illuminance and color temperature acquired by the environment information acquisition unit 21. Because the dimming control and toning control are performed to control the light intensity and color temperature of the second illuminating lamp so that the predetermined moonlit night is reproduced in the landscape area, the landscape area Since the predetermined moonlight night is reproduced, the refreshing feeling that the user feels by looking at the landscape area can be further enhanced.

  In the present embodiment, the lighting control condition defines the lighting and extinguishing timing according to the night lighting requirement period and the lighting state according to the time zone within the lighting necessity period according to the control schedule. Therefore, the lighting lamps 1 and 2 can be turned on and off at appropriate timing, and the lighting state can be changed according to the time zone, so that a more appropriate exercise environment can be realized. .

  In the present embodiment, the user information acquisition unit 22 acquires at least one of the user's position, body condition, and number of users as the user information, and the illumination control unit 26 acquires the user information. The first illumination lamp 1 is controlled based on the user information acquired by the unit 22, and in the exercise area where the user exercises, the user information relating to the user's position, physical condition, and number of people is included. Since control is performed based on this, a more comfortable exercise environment can be realized.

  In the present embodiment, the user information acquisition unit 22 acquires the position information of the user in the exercise area, and the lighting control unit 26 acquires the user's position information based on the position information acquired by the user information acquisition unit 22. The traveling guide lamp (third illumination lamp) 8 that performs illumination for supporting exercise is controlled, and thereby the user's exercise can be supported, thereby improving the convenience of the user. be able to.

  Moreover, in this embodiment, since the 1st, 2nd illumination lights 1 and 2 are equipped with the light source which can adjust light quantity and color temperature, the illumination intensity and color temperature of an exercise area and a landscape area are adjusted appropriately. Thus, a more appropriate exercise environment can be realized, and since the first and second lighting lamps 1 and 2 are provided with interfaces for performing communication via a wireless network, the installation of communication lines is possible. It becomes unnecessary, and the installation cost can be reduced. In particular, when the light source is composed of LEDs, it is possible to save energy by suppressing power consumption.

  As mentioned above, although this invention was demonstrated based on specific embodiment, these embodiment is an illustration to the last, Comprising: This invention is not limited by these embodiment. In addition, each component of the athletic facility management apparatus, athletic facility management system, and athletic facility management method according to the present invention described in the above embodiment is not necessarily essential, and at least as long as it does not depart from the scope of the present invention It is possible to choose.

  For example, in the above-described embodiment, a sports park has been described as an example of an outdoor exercise facility. However, the present invention is not limited to such a sports park. You may be able to enjoy exercise. In addition, the exercise in the present invention is not limited to a typical sport such as running, and includes moving the body for health promotion and entertainment, such as walking and walking.

  Moreover, in the said embodiment, as shown in FIG.4, FIG.6, although it was made to control the illumination of a landscape area uniformly, several landscape areas are set and illumination of this some landscape area is carried out. You may make it control separately.

  Further, in the above-described embodiment, the cloud computer 4 performs processing necessary for exercise facility management. However, the necessary processing is performed by a PC installed in a park management office or management center. You may do it. Further, necessary processing may be shared by a plurality of information processing apparatuses, and information may be transferred between the plurality of information processing apparatuses via an appropriate communication medium such as a WAN or a LAN. In this case, the exercise facility management system is configured by a plurality of information processing apparatuses that share necessary processing.

  In the illumination control, it is desirable that the control according to the illumination control condition is performed for both the first and second illumination lamps that illuminate the exercise area and the landscape area, respectively. Only one of the first and second illumination lamps may be used. For example, only the second illumination lamp that illuminates the landscape area may be targeted, and control based on environmental information may be performed.

  The athletic facility management apparatus, athletic facility management system, and athletic facility management method according to the present invention sufficiently enhance the refreshing feeling and enjoyment that a user feels with a potential sensitivity when exercising at an outdoor athletic facility at night. It has the effect of realizing an exercise environment that gives users a great sense of satisfaction, and controls a plurality of lighting lamps arranged in an outdoor exercise facility via a network to exercise in the exercise facility It is useful as an athletic facility management apparatus, an athletic facility management system, an athletic facility management method, and the like that construct a suitable environment.

DESCRIPTION OF SYMBOLS 1 1st illumination light 2 2nd illumination light 3 Environmental sensor 4 Cloud computer (exercise facility management apparatus)
5 Administrator terminal 6 User terminal 7 Wearable terminal 8 Traveling guide light (third illumination light)
21 environmental information acquisition unit 22 user information acquisition unit 23 input / output control unit 24 illumination control condition setting unit 25 illumination control condition storage unit 26 illumination control unit

Claims (10)

An exercise facility management device that controls a plurality of lighting lamps arranged in an outdoor exercise facility via a network and constructs an environment suitable for exercise in the exercise facility,
An environmental information acquisition unit for acquiring environmental information from an environmental sensor disposed in the exercise facility;
Illumination states of a first illumination lamp that illuminates an exercise area where a user exercises in the exercise facility, and a second illumination lamp that illuminates a landscape area outside the exercise area in the exercise facility, and A lighting control condition storage unit that stores lighting control conditions related to the control schedule;
The first and second illumination lamps are controlled according to the illumination control conditions relating to each of the first and second illumination lamps stored in the illumination control condition storage unit, and the environment information acquisition unit acquires the environment information acquisition unit. An illumination control unit that controls at least one of the first and second illumination lamps based on environmental information;
An exercise facility management device characterized by comprising:   In addition, an illumination control condition setting unit configured to set the illumination control condition relating to the first illumination lamp and store the illumination control condition in the illumination control condition storage unit in accordance with a user operation input at a user terminal is provided. The exercise facility management device according to claim 1.   The environment information acquisition unit acquires at least one of illuminance, color temperature, temperature, atmospheric pressure, humidity, weather, wind speed, and wind direction as the environment information. The exercise facility management device according to 1. The environmental information acquisition unit acquires illuminance and color temperature of the landscape area as the environmental information,
The lighting control unit sets the light amount and the color temperature of the second illumination lamp based on the illuminance and the color temperature acquired by the environment information acquisition unit so that a predetermined moonlight night is reproduced in the landscape area. The exercise facility management apparatus according to claim 3, wherein the light control and the color control to be controlled are performed.   The lighting control condition defines lighting and extinguishing timings according to a night lighting requirement period and a lighting state according to a time zone within the lighting necessity period according to the control schedule. The exercise facility management device according to any one of claims 1 to 4. Furthermore, a user information acquisition unit that acquires at least one of the position, physical state, and number of users as user information is provided.
The exercise according to claim 1, wherein the illumination control unit controls the first illumination lamp based on the user information acquired by the user information acquisition unit. Facility management device. Furthermore, a user information acquisition unit for acquiring position information of the user in the exercise area is provided,
The said illumination control part controls the 3rd illumination lamp which performs the illumination for assisting a user's exercise | movement based on the positional information acquired by the said user information acquisition part. Item 7. The exercise facility management device according to any one of items 6. An exercise facility management system for controlling a plurality of lighting lamps arranged in an outdoor exercise facility via a network and constructing an environment suitable for exercise in the exercise facility,
An environmental sensor disposed in the exercise facility;
A first illumination lamp for illuminating an exercise area in which the user exercises in the exercise facility;
A second illumination lamp for illuminating a landscape area outside the exercise area in the exercise facility;
An information processing device;
Have
The information processing apparatus is
An environmental information acquisition unit for acquiring environmental information from the environmental sensor;
An illumination control condition storage unit for storing illumination control conditions related to the illumination state and control schedule of each of the first and second illumination lamps;
The first and second illumination lamps are controlled according to the illumination control conditions relating to each of the first and second illumination lamps stored in the illumination control condition storage unit, and the environment information acquisition unit acquires the environment information acquisition unit. An illumination control unit that controls at least one of the first and second illumination lamps based on environmental information;
An exercise facility management system characterized by comprising:   The first and second illumination lamps include a light source capable of adjusting a light amount and a color temperature, and an interface for communicating with the information processing apparatus including the illumination control unit via a wireless network. The exercise facility management system according to claim 8. An exercise facility management method for controlling a plurality of illumination lamps arranged in an outdoor exercise facility via a network and causing an information processing apparatus to perform processing for constructing an environment suitable for exercise in the exercise facility. ,
Obtaining environmental information from an environmental sensor disposed in the exercise facility;
Illumination states and controls of a first illumination lamp that illuminates an exercise area where a user exercises in the exercise facility, and a second illumination lamp that illuminates a landscape area outside the exercise area in the exercise facility Reading the lighting control conditions for the schedule;
The first and second illumination lamps are controlled in accordance with the illumination control conditions relating to the first and second illumination lamps read in this step, and the environment information acquired by the environment information acquisition unit is A step of controlling at least one of the first and second illumination lamps;
An exercise facility management method characterized by comprising:

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