JP5261012B2 - Residential equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a housing device in which a user in a living space can enjoy superior quality of space environment in respective modes for using a prescribed equipment. <P>SOLUTION: The housing device is equipped with a living room R1 which is a living space of the user, an illumination fixture 1 to illuminate the living room R1 inside and to be adjustable of light output, a passive exercise machine 2 used by the user in the living room R1, an image equipment 3, a speaker equipment 4, a control panel 6 equipped with a mode setting switch 6b to set one or a plurality of modes to use a prescribed equipment, and a center server 101 which is a controlling means to control the light output of the illumination fixture 1 corresponding to the mode set by the control panel 6. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a living device.

Conventionally, there is a system for scene control of lighting in a room according to the state of a person existing in the room. For example, when a person enters a dark room, the movement of the person is detected and the room is moved according to the lighting scene for entering the room. There is a scene control switch to brighten up. (For example, refer to Patent Document 1).
JP-A-8-249921

  However, in the conventional configuration described above, scene control is performed in accordance with the state of the person (entrance, exit, etc.), and when using the equipment (exercise equipment, audiovisual equipment, etc.) in the room, the space in the room The (living space) itself was not scene-controlled in a state suitable for using the device. That is, when a person uses a device in a space, a high-quality space environment suitable for using the device cannot be formed.

  This invention is made | formed in view of the said reason, The objective is to provide the residence apparatus which can enjoy high quality space environment in each mode in which the user in a residence space uses a predetermined | prescribed apparatus. It is in.

The invention according to claim 1 uses a user's living space, a lighting device that can adjust the light output by illuminating the living space, one or more devices used by the user in the living space, and a predetermined device. to comprise 1 to a mode setting means for setting a plurality of modes, the light output of luminaire, and a control means for controlling the mode set by the mode setting means to light a temperature suitable for use in certain equipment, equipment Includes at least a passive exercise device that causes the user to perform passive exercise, the mode setting means includes a fitness mode that uses the passive exercise device as a settable mode, and the control means includes In setting the fitness mode, the color temperature of the light output from the lighting apparatus is controlled to a color temperature that improves the physical activity of the user .

According to the present invention, a mode in which a predetermined device is used is set, and a lighting environment in the living space suitable for each mode is provided. Therefore, a user in the living space can enjoy a high-quality space environment in each mode. . Moreover, the living space in each mode is formed in the space suitable for use of an apparatus with the light temperature of a lighting fixture, and the effect by use of an apparatus can be improved. Moreover, a living space is formed in the space which raises body activity by the illumination of a lighting fixture, and the effect of the exercise | movement using a passive exercise apparatus can be improved.

A second aspect of the present invention provides the video device according to the first aspect, wherein the control device includes a video device that displays information related to exercise using the passive exercise device, and the control means is configured to output light output from the lighting apparatus when the fitness mode is set. It controls the color temperature to improve the color temperature is the body activity of the user, and displaying information about movements from the passive exercise device on the video device.

  According to the present invention, exercise efficiency is improved by exercising while observing information related to exercise using the passive exercise equipment displayed on the video equipment.

A third aspect of the present invention is characterized in that in the second aspect, the information related to the exercise using the passive exercise device is an exercise method using the passive exercise device.

  According to the present invention, a user using a passive exercise device can exercise with correct movement by using the passive exercise device with reference to the content displayed on the video equipment.

According to a fourth aspect of the present invention, in the third aspect of the present invention, in the third aspect, the control means operates the passive motion equipment so that the motion of the passive motion equipment follows the motion using the passive motion equipment displayed on the video equipment. It is characterized by controlling.

  According to the present invention, a user who uses a passive exercise device can perform a correct movement exercise in real time according to the content displayed on the video device. Therefore, even when using passive exercise equipment in a place where there is no instructor, it is possible to move correctly by referring to the contents displayed on the video equipment, and the use of the passive exercise equipment can be improved. As well as improving, effective exercise can be performed using a passive exercise device.

According to a fifth aspect of the present invention, in any one of the first to fourth aspects, the passive exercise device includes a saddle-like seat portion on which a user sits straddling and a drive portion that swings the seat portion. It is characterized by comprising a riding-type exercise device that gives a user an exercise load imitating riding exercise.

  According to the present invention, the effect of exercise using a riding-type exercise device can be improved. In addition, in the case of riding-type passive exercise equipment, the effect of the exercise is greatly influenced by how you ride during exercise (how to move the body, where you sit, etc.). There are cases where the effect cannot be obtained. However, if you control the motion of the passive motion equipment so that the motion content of the video displayed on the video equipment follows the motion of the riding-type passive motion equipment, the motion content of the video displayed on the video equipment By moving the body while watching, it is possible to move correctly and obtain a desired exercise effect.

According to a sixth aspect of the present invention, in the first aspect, the body motion detecting means for detecting the body motion of the user who uses the passive motion equipment, and the video equipment for displaying the locus of the user's waist detected by the body motion detecting means. The passive exercise device includes a saddle-shaped seat portion on which the user sits straddling and a drive unit that swings the seat portion, and gives the user an exercise load imitating riding exercise. The control means is configured to control a color temperature of light output from the lighting apparatus to a color temperature that improves a user's physical activity when the fitness mode is set, and a body motion detection means the detected trajectory of the user's waist was and displaying on said video equipment.

  According to this invention, the living space is formed in a space that enhances the physical activity by the illumination of the lighting fixture, and the effect of exercise using the riding type exercise equipment can be improved. Furthermore, a user who uses a riding-type exercise device can visually grasp the body movement during exercise by looking at his / her waist locus displayed on the video device.

According to a seventh aspect of the invention, in any one of claims 1 to 6, the device may include a video apparatus for displaying an image, a speaker device installed in between residents empty, said mode setting means settable as the mode, comprising an image viewing mode using the video device and the speaker apparatus, the control means, when setting the image viewing mode, the color temperature of the light the luminaire output to a color temperature suitable for video viewing It is characterized by controlling.

  According to this invention, the living space is formed in a space suitable for video viewing by illumination of the lighting fixture, and a more effective presentation can be performed for the user's audiovisual sense.

The invention according to claim 8 is provided with drive means for driving the door that partitions the storage area for storing the video equipment in the living space from other areas so that the door can be opened and closed. The means controls the opening of the door.

  According to the present invention, the video equipment is usually concealed from the living space by the door, and the door is opened only when necessary so that the video equipment faces the living space. Therefore, the space environment suitable for the mode at that time can be obtained. Can be formed.

A ninth aspect of the present invention provides the first storage area for storing the video equipment, a second storage area provided adjacent to the first storage area, and a first storage area. When the door is partitioned from the other storage area in a switchable manner with the second storage area, and the door is switched from a state of concealing the first storage area to a state of concealing the second storage area, The mode setting means sets a video viewing mode.

  According to the present invention, the video equipment is usually concealed from the living space by the door, and the door is opened only when necessary so that the video equipment faces the living space. Therefore, the space environment suitable for the mode at that time can be obtained. Can be formed.

In a tenth aspect of the present invention, in any one of the first to ninth aspects, the device includes a desk, and includes drive means for driving the door that partitions the area where the desk is arranged in the living space from the other area so that the door can be opened and closed. The mode setting means includes a study mode that uses a desk as a settable mode, and when the study mode is set, the control means is a color temperature suitable for studying the color temperature of light output from the lighting fixture. The driving means controls the opening of the door.

  According to this invention, the living space is formed in the space where the concentration is increased by the lighting of the lighting fixture, and the effect of study can be improved. Furthermore, since the desk is usually concealed from the living space with a door and the door is opened only when necessary so that the desk faces the living space, a space environment suitable for the mode at that time can be formed.

As described above, in the present invention, a mode in which a predetermined device is used is set and a lighting environment in the living space suitable for each mode is provided. Therefore, in each mode in which a user in the living space uses a predetermined device. There is an effect that a high-quality space environment can be enjoyed. Moreover, the living space in each mode is formed in the space suitable for use of an apparatus with the light temperature of a lighting fixture, and the effect by use of an apparatus can be improved. Moreover, a living space is formed in the space which raises body activity by the illumination of a lighting fixture, and the effect of the exercise | movement using a passive exercise apparatus can be improved.

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

(Embodiment)
FIG. 1 shows a schematic configuration of a living apparatus according to the present invention. A LAN 201 is constructed by Ethernet (registered trademark) in each room of a personal house A, and a security called an information breaker in which the LAN 201 is housed in a house board 300 is shown. It is connected to the Internet 202 constituting the WAN via the device 300a. The living room R1 of the house A is a living space in which the lighting fixture 1, the passive motion equipment 2, the video equipment 3, the speaker equipment 4, and the control panel 6 are arranged. Carrying, lighting device 1, passive motion equipment 2, video equipment 3, speaker equipment 4, active mass meter 5, control panel 6, and motor driver 9a for opening / closing door 9, which will be described later, is connected to security equipment 300a via LAN 201. It is configured to be able to communicate with. Here, the security device 300a has a function of automatically discarding a packet that seems to be an unauthorized access to a home device. Note that operating power is supplied from a power line system (not shown) to the luminaire 1, the passive exercise device 2, the video device 3, the speaker device 4, the control panel 6, and the motor driver 9 a.

  On the other hand, for the business operator B who provides the scene control service described later in the living space, the exercise content of the exercise program using the center server 101 for providing the service to the user in the residence A and the passive exercise equipment 2 A video distribution server 102 is installed for distributing videos of various contents such as movie music and movie music. Further, in the present embodiment, the center server 101 is a control means for controlling the lighting fixture 1, the passive motion equipment 2, the video equipment 3, the speaker equipment 4, the activity meter 5, the control panel 6, and the motor driver 9a in conjunction with each other. It consists of.

  Here, the living room R1 which is the living space, the center server 101, the video distribution server 102, and the lighting which is arranged in the living room R1 and can communicate with the center server 101 and the video distribution server 102 via the LAN 201 and the Internet 202. The appliance 1, the passive motion equipment 2, the video equipment 3, the speaker equipment 4, the activity meter 5, the control panel 6, and the opening / closing motor driver 9a constitute a living apparatus.

  In the living room R1, as shown in FIG. 2, a sofa 8 is placed in the approximate center of the room, and doors 9 and 9 are installed in a double sliding door configuration on the front surface of the storage area provided on the wall facing the sofa 8. The doors 9 and 9 are opened and closed when the motor driver 9a drives a motor (not shown). When the doors 9 and 9 are open as shown in FIG. 3, the storage area G1 faces the living room R1, and when the doors 9 and 9 are closed as shown in FIG. Storage areas G2 provided on both sides of the area G1 face the living room R1. The video equipment 3 is stored in the storage area G1, LED lighting equipment 11 is attached as the lighting equipment 1 on both sides of the video equipment 3, the storage area G2 includes a rack 500, and the lighting equipment is included in the rack 500. One LED lighting fixture 12 is attached.

  When the doors 9 and 9 are opened, the rack 500 and the LED lighting device 12 are concealed from the living room R1 by the doors 9 and 9, and the video equipment 3 and the LED lighting device 11 face each other in the living room R1 (FIG. 3). reference). On the other hand, when the doors 9 and 9 are closed, the video equipment 3 and the LED lighting device 11 are concealed from the living room R1 by the doors 9 and 9, and the rack 500 and the LED lighting device 12 face each other in the living room R1 (FIG. 4). reference).

  In addition, an LED lighting device 13 is installed as a lighting device 1 and a speaker device 4 is installed on the ceiling of the living room R1, and a passive exercise device 2 is arranged on the floor of the living room R1, and further, the living room A control panel 6 is installed on the wall surface of R1.

  The wall of such living room R1 uses a fiber board made of kenaf material as a structural wall base board, and the interior of living room R1 can be made comfortable by the humidity control and deodorizing action of the kenaf material. Constructed with an antifouling floor with a wood texture, it is designed to improve the texture and care.

  As shown in FIG. 5, the LED lighting apparatuses 11 to 13 are configured by an LED element 1 a, a lighting control unit 1 b, and an infrared communication unit 1 c that performs infrared communication with the outside, and a lighting control unit 1b controls the light control degree and color temperature of the LED element 1a based on the lighting control signal received via the infrared communication part 1c.

  The passive exercise device 2 allows the user to perform a passive exercise, and in the present embodiment, for example, a riding exercise is performed by swinging a saddle-like seat portion on which the user sits. Riding-type exercise equipment that imitates the exercise load is used. FIG. 6 is a schematic block diagram of the passive motion apparatus 2, and infrared rays are used between the control unit 2a composed of a microcomputer, the drive unit 2c that swings and moves the bowl-shaped seat unit 2b, and the outside. An infrared communication unit 2d for performing communication, a power on / off operation, an exercise menu selection operation, an operation unit 2e for performing selection operations such as the speed and exercise time for swinging the seat 2b, and a seat And a storage unit 2f that stores an operation program for swinging the unit 2b in various patterns.

  In the riding type passive exercise equipment 2, the position to be trained can be changed by changing the position of the saddle type seat 2b and the posture at that time. For example, basic riding, waist riding, hip riding, etc. is there. The basic riding is a riding method in which the user sits at the deepest position in the middle of the seat 2b, stretches the back, and places the base of the toes on the footrest 2g, which is effective for tightening the inside. Also, waist riding is a riding method that sits with your legs floating forward and your upper body bent backwards, putting effort into the muscles inside your abdominal muscles and thighs, and is effective in tightening your waist. is there. Hip rider is a rider who sits with his / her upper legs leaning forward and leaning forward, putting balance on the muscles of the gluteus medius, the gluteus medius, the spine, and the thigh. Yes, it is effective for tightening the back of the hips and thighs.

  The video equipment 3 is a television device having a network connection function, and displays video distributed from the video distribution server 102 via the Internet 202 and the LAN 201 on the screen 3b. In addition, the video equipment 3 includes a wireless reception unit (not shown) that receives a wireless signal including an optical signal such as an infrared ray transmitted from the remote control device 3a, and a wireless signal transmitted from the remote control device 3a according to an operation. Is received by the wireless reception unit, and the channel and volume to be displayed are switched according to the wireless signal, or the video distribution server 102 is accessed via the network, and the video stored in the video distribution server 102 is transmitted. it can. It is assumed that the video equipment 3 is installed at a position that can be viewed by a user sitting on the passive motion equipment 2 or a user sitting on the sofa 8 with the doors 9 and 9 open.

  As shown in FIG. 7, the speaker device 4 has a plurality of sound output ceiling plates 4 a provided on the ceiling above the sofa 8 (the user H sitting on) in the living room R <b> 1. Can output sound.

  As shown in FIG. 8, the ceiling surface of the living room R1 is formed by arranging a plurality of ceiling boards and attaching them to the ceiling base structure material 401. As the ceiling plate constituting these ceiling surfaces, either a sound output ceiling plate 4a that is directly vibrated by an exciter 4b (exciter) to generate sound or a normal ceiling plate 400 that does not generate sound is used. Most of the ceiling surface is composed of the ordinary ceiling plate 400, and a plurality of portions of the ceiling surface are partially composed of the sound output ceiling plate 4a.

  The sound output ceiling board 4a is made of kenaf material, plywood, other wood, metal such as iron or aluminum, rock wool material, plaster or the like. A rectangular frame 4c is fixed to the outer periphery of the upper surface of the sound output ceiling plate 4a, and the frame 4c is formed of a metal such as aluminum or iron, a resin, wood, or the like. The exciter 4b is provided in a portion surrounded by the frame 4c on the upper surface of the sound output ceiling plate 4a, and a back plate 4d is provided so as to cover the portion surrounded by the upper end of the frame 4c. . The sound output ceiling plate 4a, the exciter 4b, the frame body 4c, and the back plate 4d constitute the sound output ceiling plate unit 4k, and thereby the sound signal is input to the exciter 4b so that the sound as the diaphragm is obtained. The output ceiling plate 4a is directly vibrated to generate sound toward the room. Only one exciter 4b is provided for one sound output ceiling plate 4a.

  The ceiling foundation structural member 401 to which the sound output ceiling plate 4a and the ordinary ceiling plate 400 are attached is composed of long beams 401a arranged in parallel at regular intervals, and the sound output is performed so as to be hung on the lower surface side of these beams 401a. The ceiling plate 4a and the ordinary ceiling plate 400 are attached. In order to attach the sound output ceiling board unit 4k to the beam 401a, a rectangular fixing frame 402 is fixed to the lower surface side of the beam 401a, and the rectangular frame 4c is fixed to the lower surface side of the fixing frame 402. The upper surface side is fixed by a screw tool 404 with a spacer insulator 403 interposed therebetween. The fixing frame 402 is made of metal such as aluminum or iron, resin, wood, or the like. In this way, by fixing the frame 4c to the fixing frame 402 with the spacer insulator 403 interposed therebetween, the vibration for generating the sound of the sound output ceiling plate 4a is not transmitted to the fixing frame 402 side. When the output ceiling plate 4a is vibrated to generate sound, high-quality sound can be generated.

  Further, the ordinary ceiling board 400 is attached to the beam 401a in a state where the edge is separated from the sound output ceiling board 4a. In order to attach the ordinary ceiling plate 400 to the beam 401a, the field edge 405 fixed to the end portion of the upper surface of the ordinary ceiling plate 400 is fixed to the lower end portion of the hanging tree 406 having the upper end portion fixed to the beam 401a.

  Since the frame 4c provided on the upper surface of the sound output ceiling plate 4a is attached to the fixing frame 402 fixed to the beam 401a, it is not necessary to attach the sound output ceiling plate 4a to the adjacent ordinary ceiling plate 400. As shown in FIG. 8, a gap is provided between the sound output ceiling plate 4a and the normal ceiling plate 400 so that the vibration of the sound output ceiling plate 4a that generates sound is not transmitted to the normal ceiling plate 400 side. Can be brought into a non-contact state, and when the sound output ceiling plate 4a vibrates to generate sound, the vibration is not transmitted to the adjacent normal ceiling plate 400. In generating sound by vibrating the sound output ceiling plate 4a, high-quality sound can be generated. The entire ceiling surface composed of the normal ceiling plate 400 and the sound output ceiling plate 4a includes a ceiling such as a cross including the gap between the sound output ceiling plate 4a and the normal ceiling plate 400. A surface finish 407 is attached.

  As shown in FIG. 7, when the line passing through the middle between a pair of opposing edges of the rectangular ceiling surface in plan view is the center line a and the direction parallel to the center line a is the front-rear direction, the exciter 4b Are provided in a total of four pairs in front and rear so as to be symmetric about the center line a on the ceiling surface. Further, if a line passing through the middle between the front and rear edges of the rectangular ceiling surface in plan view is a center line b, the pair of front and rear exciters 4b are symmetrical with respect to the center line b. Even if the user H in the living room R1 faces any of the four walls, the exciter 4b is positioned on the left and right side portions on the front and rear of the ceiling surface.

  FIG. 9 is a block diagram of the speaker device 4 of the present embodiment. The speaker device 4 includes an amplifier device 4e to which a sound signal is input via the LAN 201, and a plurality of sound output ceiling plate units 4k provided on the ceiling.

  The amplifier device 4e includes a network communication unit 4f that communicates by connecting to the LAN 201, a sound processing unit 4g that demodulates a sound signal input from the network communication unit 4f, and a sound that is input via the sound processing unit 4g. An amplifier unit 4h that amplifies the signal, a sound processing unit 4g, and a control unit 4i that controls the amplifier unit 4h are provided, and the sound signals processed by the sound processing unit 4g and the amplifier unit 4h are allocated to the exciters 4b and output. . The wiring 4j that connects the amplifier unit 4h and each exciter 4b is wired so as not to be exposed indoors through the back of the ceiling, for example.

  The amplifier device 4e allocates and inputs sound signals from one amplifier unit 4h to four exciters 4b, and the sound processing unit 4g receives the input sound signal as a monaural signal, a stereo signal, The sound signal is one of the surround signals and then input to the amplifier unit 4h, and the sound in either monaural, stereo or surround form is output from the four sound output ceiling board units 4k.

  The housing board 300 includes a main switch and a branch switch to supply power to the branch circuit in the house, and a security device 300a connected to the LAN 201 in the house is connected to the Internet 202 via a router (not shown). ing.

  The network adapter 310 is connected to the security device 300a via the LAN cable 203 and communicates with the wireless repeater 320 by radio waves using low power radio. The wireless repeater 320 communicates with the net adapter 310 using radio waves, and communicates with the luminaire 1, the passive exercise equipment 2, and an activity meter 5 described later using infrared rays. Is what you do. That is, an infrared signal including the ID of the transmission source and the transmission destination is transmitted from the passive exercise device 2 and the activity meter 5 existing in the communicable area of the wireless repeater 320, and the wireless repeater 320 transmits the infrared signal to the infrared signal. Upon reception, the wireless repeater 320 converts the received infrared signal communication protocol and transmits it by radio waves. When the network adapter 310 receives the radio wave transmitted from the wireless repeater 320, the network adapter 310 performs protocol conversion of the signal transmitted by the radio wave, and the network device (the video device 3 or the center server 101) indicated by the transmission destination ID. Etc.).

  The activity meter 5 is a flat device main body 5a (container) incorporating the circuit components shown in FIG. 10, and is used by attaching the device main body 5a to a belt or the like of a person to be measured. Here, as circuit components incorporated in the apparatus main body 5a, for example, the activity based on the triaxial acceleration sensor 5b and detection data obtained by A / D converting the output signal of the acceleration sensor 5b. An arithmetic processing unit 5c that calculates the exercise state of the user wearing the quantity meter 5, a time measuring unit 5d that supplies time data to the arithmetic processing unit 5c, an input operation unit 5e, and a nonvolatile memory such as a flash memory, Infrared communication is performed between the wireless relay 320 and a storage unit 5f for storing calculation results, detection data, personal attribute data, and the like of the calculation processing unit 5c, a display unit 5g made of a liquid crystal display, for example. The communication unit 5h and a constant voltage circuit 5i for obtaining a predetermined voltage necessary for the operation of each circuit element using the battery BT as a power source are provided.

  The input operation unit 5e is a pattern switching operation for switching the activity pattern of the activity meter 5 to an exercise intensity measurement pattern, a body movement trajectory measurement pattern, a data setting pattern, a data display pattern, a data transmission pattern, a body movement trajectory transmission pattern, etc. , Personal attribute data (for example, age, sex, height, weight, purpose, health condition (pre-existing disease) used for calculating the amount of activity in the data setting pattern in the cursor operation or confirmation operation on the display screen displayed on the display unit 5g It is used for data input operation to input history) and region).

  The arithmetic processing unit 5c of the activity meter 5 performs, for example, data processing for calculating the number of steps the user has walked, calories burned, and the like based on a program incorporated in the activity meter 5 in advance. When the data setting pattern is switched using the unit 5e, the display of the display unit 5g is controlled to display the data input screen, and guidance for prompting the user to input the attribute data is displayed on the data input screen. When the attribute data is input using the input operation unit 5e, the input data is written to the storage unit 5f, and the attribute data read from the storage unit 5f is used for calculating the amount of activity such as exercise intensity in the subsequent calculation processing. It is supposed to be.

  In addition, when the operation pattern of the arithmetic processing unit 5c is switched to the exercise intensity measurement pattern using the input operation unit 5e, the arithmetic processing unit 5c needs an acquisition period for acquiring the detection data from the acceleration sensor 5b to measure the activity amount. A period (for example, about 12 seconds), and every time the capture period elapses, exercise intensity (Mets) calculation processing, processing for obtaining the number of steps, and the like are performed based on the acceleration detection data captured from the acceleration sensor 5b. At the same time, a process of writing the calculation result of the amount of activity (exercise intensity, number of steps, etc.) in the storage unit 5f is performed, and the calculation result is displayed on the display unit 5g in real time. METs are units used to express the “strength” of physical activity as many times as much as at rest, and are used in the American sports medicine community.

  Here, the arithmetic processing unit 5c is based on an arithmetic function for obtaining a variation average (standard deviation value) of acceleration over a certain period of time based on the detection data of the acceleration sensor 5b captured every predetermined period, and from this variation average, And an arithmetic function for obtaining exercise intensity, and a relational expression between the oxygen consumption measured by the breath gas measuring device and the acceleration dispersion value in a state where the exercise intensity is changed is obtained in advance and incorporated in the arithmetic processing unit 5c. The arithmetic processing unit 5c uses this relational expression to obtain the exercise intensity from the acceleration dispersion value.

  In addition, when the operation pattern of the arithmetic processing unit 5c is switched to the body movement trajectory measurement pattern using the input operation unit 5e, the arithmetic processing unit 5c sets the detection data capture cycle to a cycle necessary for measuring the body motion trajectory ( For example, the acceleration detection data acquired from the acceleration sensor 5b is accumulated in the storage unit 5f every time the acquisition period elapses until a predetermined measurement period (for example, 1 minute) elapses. When the measurement period elapses, the body movement trajectory measurement pattern ends and returns to the original pattern.

  Further, when the operation pattern of the arithmetic processing unit 5c is switched to the data display pattern by using the input operation unit 5e, the arithmetic processing unit 5c is based on the data stored in the storage unit 5f and the result of the arithmetic processing. Processing for displaying attribute data, activity amount measurement results, and the like on the display unit 5g is performed.

  Further, when the operation pattern of the arithmetic processing unit 5c is switched to the data transmission pattern using the input operation unit 5e, the arithmetic processing unit 5c detects the detection data and the exercise intensity measurement for the measurement period detected during the body movement locus measurement pattern. The calculation result of the activity amount calculated at the time of patterning is read from the storage unit 5f, and the read detection data and the calculation result of the activity amount are transmitted from the infrared communication unit 5h to the center server 101. At this time, the data transmitted from the infrared communication unit 5h of the activity meter 5 is received by the wireless repeater 320, further transmitted from the wireless repeater 320 to the network adapter 310 as a radio wave signal, and from the network adapter 310 via the LAN 201. Are transmitted to the security device 300 a and transmitted to the center server 101 via the Internet 202.

  Still further, the operation pattern of the arithmetic processing unit 5c is switched to the body movement locus transmission pattern using the input operation portion 5e, or the body movement locus transmission is performed according to an external switching signal received by the infrared communication unit 5h. When the pattern is switched, the arithmetic processing unit 5c sets the detection data capture cycle to a cycle (for example, 20 milliseconds) necessary for measurement of the body movement trajectory, and every time the capture cycle elapses, the acceleration sensor 5b. Acceleration detection data taken in from the infrared communication unit 5h is transmitted to the center server 101.

  As shown in FIG. 11, the control panel 6 (mode setting means) includes a network communication unit 6a that communicates by connecting to the LAN 201, a mode setting switch 6b that performs mode setting as the space of the living room R1, and setting contents and the like. And a control unit 6d that transmits a control signal via the network communication unit 6a in accordance with the mode set by the mode setting switch 6b and displays the setting content on the monitor unit 6c. The

  In this living apparatus, the video device 3, the speaker device 4, and the motor driver 9a are connected to the security device 300a via the LAN cable 203, and from the center server 101 and the video distribution server 102 via the Internet 202 and the LAN 201. The distributed video can be displayed on the screen of the video device 3, the audio can be output from the speaker device 4, and the motor driver 9 a can open and close the door 9 according to an instruction from the center server 101. In addition, the luminaire 1, the passive exercise device 2, and the activity meter 5 are connected to the LAN 201 via the wireless repeater 320 and the net adapter 310, respectively, and are connected to the center server 101 via the LAN 201 and the Internet 202. Data can be transmitted to and received from the center server 101. Furthermore, the control panel 6 is connected to the security device 300a via the LAN cable 203, and can control the operation of each device. In addition, each lighting device 1, passive motion equipment 2, video equipment 3, speaker equipment 4, activity meter 5, control panel 6, motor driver 9a, net adapter 310, and wireless repeater 320 have individual local IP addresses. The center server 101 and each device can communicate with each other.

  Here, the case where the user in the living room R1 of the house A uses the scene control service provided by the operator B by this system will be described below. By switching the mode setting switch 6b on the control panel 6, any one of the three modes of the group mode, the fitness mode, and the video viewing mode can be selectively set as the mode as the space of the living room R1.

  First, in the group mode, a group mode signal is transmitted from the control panel 6 to the center server 101, and the center server 101 that has received the group mode signal transmits a lighting control signal to the LED lighting device 13, and the LED lighting device 13 The lighting is performed at a color temperature of 2000 to 4000 K [Kelvin] (for example, 3000 K) at which the user in the living room R1 can feel relaxed. That is, the living room R <b> 1 is formed in a relaxing space by the illumination of the LED lighting device 13.

  Next, in the fitness mode, a fitness mode signal is transmitted from the control panel 6 to the center server 101, and the center server 101 that has received the fitness mode signal transmits a lighting control signal to the LED lighting device 13. Lights up at a color temperature of 6000 to 8000K (for example, 6700K) that increases the physical activity of the user in the living room R1. That is, the living room R <b> 1 is formed in a space that increases the body activity by the illumination of the LED lighting device 13, and the effect of exercise using the passive exercise device 2 or the like can be improved.

  The video distribution server 102 stores moving images indicating the contents of each exercise for a plurality of types of exercise programs using the passive exercise equipment 2. Furthermore, the storage unit 2f of the passive exercise device 2 has a drive unit that moves the seat unit 2b in the same manner as the motion content of the moving image corresponding to each of a plurality of types of moving images stored in the video distribution server 102. A plurality of types of operation programs for controlling 2c are registered in advance. Here, the center server 101 that has received the fitness mode signal transmits an operation program from the video distribution server 102 to the passive exercise equipment 2 via the Internet 202 and the LAN 201, and the control unit 2 a of the passive exercise equipment 2 transmits infrared rays. The operation program received by the communication unit 2d may be stored in the storage unit 2f. When the moving image file stored in the video distribution server 102 is updated, according to the exercise content of the updated moving image file, By updating the operation program, it is possible to easily cope with the update and addition of moving image files.

  Then, the center server 101 transmits a pattern switching signal for switching the operation pattern of the activity meter 5 carried by the user to the data transmission pattern. This pattern switching signal is sent to the network adapter 310 via the Internet 202 and the security device 300a, and is wirelessly transmitted from the network adapter 310 to the activity meter 5 via the wireless repeater 320. At this time, the arithmetic processing unit 5c of the activity meter 5 switches the operation pattern to the data transmission pattern based on the mode switching signal received by the infrared communication unit 5h, and calculates a predetermined period (for example, 1 for the exercise intensity measurement pattern). The activity amount calculation result of (day) is read from the storage unit 5f, and the read activity amount calculation result is transmitted from the infrared communication unit 5h to the center server 101.

  Next, the center server 101 transmits a program designation signal for designating a recommended operation program for achieving the target activity amount to the passive exercise equipment 2 based on the calculation result of the activity amount, and transmits the door opening signal to the motor. Transmit to the driver 9a. In the passive exercise apparatus 2 that has received the program designation signal, the control unit 2a reads out the operation program designated by the program designation signal from the storage unit 2f, prepares for starting, and receives the door opening signal, the motor driver 9a The door 9 is opened and the video equipment 3 is faced in the living room R1. Therefore, the video equipment 3 is normally concealed from the living room R1 by the door 9, and the door 9 is opened only when necessary so that the video equipment 3 faces the living room 3. Therefore, the space environment suitable for the mode at that time Can be formed.

  Furthermore, the center server 101 distributes the moving image file corresponding to the designated exercise program from the video distribution server 102 to the video device 3 to the video device 3. In the video equipment 3, the moving image file distributed from the video distribution server 102 via the Internet 202 and the LAN 201 is stored in a memory (not shown), and when the downloading of the moving image file is completed, the center server 101 transmits the moving image file via the Internet 202 and the LAN 201. Control the display of the video equipment 3 and display a message on the screen 3b prompting to start exercising (for example, a message such as “Sit on the seat with your activity meter on your waist and press the start button when you are ready”) .

  Then, the user who sees the message prompting the start of exercise wears the activity meter 5 on the waist using, for example, a belt. Since the measurement result of the body movement trajectory varies depending on the attachment position of the activity meter 5, the attachment position of the activity meter 5 so that the activity meter 5 is attached to a predetermined position (for example, near the center of the waist). It is also preferable to display on the video equipment 3 a guidance screen explaining the mounting method. Then, when the user wearing the activity meter 5 sits on the seat 2b of the passive exercise device 2 and performs an operation of starting playback of the moving image using the remote control device 3a, the playback transmitted from the remote control device 3a is performed. The video device 3 receives the start request, and the reproduction start request is transmitted from the video device 3 to the center server 101 via the LAN 201 and the Internet 202.

  When the center server 101 receives a playback start request from the video device 3, the center server 101 transmits a video control signal for starting playback of the downloaded video file to the video device 3, and transmits an operation program corresponding to the video file. A device control signal to be executed by the exercise equipment 1 is transmitted to the exercise equipment 2. At this time, the video control signal transmitted from the center server 101 via the Internet 202 is transmitted to the video device 3, and the device control signal is transferred from the security device 300 a via the net adapter 310 and the wireless repeater 320. It is transmitted to the exercise equipment 2. Then, the video device 3 starts playing the video file downloaded from the video distribution server 102, and the control unit 2a of the passive exercise device 2 controls the drive unit 2c according to the specified operation program. The seat portion 2b can be moved in accordance with the exercise content displayed on the video equipment 3. Here, the center server 101 constitutes control means for controlling the operation of the passive exercise equipment 2 connected via the network, and the center server 101 controls the timing at which the passive exercise equipment 2 starts the operation. Thus, the motion of the passive motion equipment 2 can follow the motion content of the moving image displayed on the video equipment 3.

As described above, the center server 101 connected to the passive exercise device 2 and the video device 3 via the LAN 201 and the Internet 202 causes the video device 3 to play the moving image file, and the motion of the moving image displayed on the video device 3. Since the movement of the passive motion equipment 2 is controlled so that the movement of the passive motion equipment 2 follows the content, the user using the passive motion equipment 2 can perform the motion of the moving image displayed on the video equipment 3. According to the contents, it is possible to perform a correct movement in real time. Therefore, even when the passive exercise device 2 is used in a place where there is no instructor, the body can be moved correctly according to the motion content of the moving image displayed on the video device 3, and the passive exercise can be performed. with usability of the apparatus 2 is improved, Ru can perform effective exercise by using the passive exercise machine 2.

  Furthermore, when the passive exercise device 2 starts operation, the infrared communication unit 2d transmits a control state signal notifying the center server 101 of the start of operation. This control status signal is transmitted to the center server 101 via the wireless repeater 320, the network adapter 310, the security device 300a, and the Internet 202, and the center server 101 receives the control status signal transmitted from the passive exercise device 2. Basically, when it is detected that the passive exercise device 2 has started to move, a pattern switching signal for switching the movement pattern to the body movement locus transmission pattern is transmitted to the activity meter 5. This pattern switching signal is sent to the network adapter 310 via the Internet 202 and the security device 300a, and is wirelessly transmitted from the network adapter 310 to the activity meter 5 via the wireless repeater 320. At this time, the arithmetic processing unit 5c of the activity meter 5 switches the operation mode to the body movement locus transmission pattern based on the pattern switching signal received by the infrared communication unit 5h, and the past body movement accumulated in the storage unit 5f. The measurement data of the trajectory is erased, the detection data acquisition period is set to 20 milliseconds, for example, and the acceleration detection data acquired from the acceleration sensor 5b is sent from the infrared communication unit 5h to the center each time the acquisition period elapses. Transmit to the server 101. In this embodiment, the operation mode of the activity meter 5 is switched to the body movement locus transmission mode by transmitting a pattern switching signal from the center server 101 to the activity meter 5, but the activity meter 5 is attached. The user may switch the operation mode to the body movement locus transmission mode by operating the input operation unit 5e.

  When the center server 101 receives the acceleration detection data transmitted from the activity meter 5 after transmitting the pattern switching signal to the activity meter 5, the center server 101 integrates this detection data twice to calculate the position, and calculates The body movement locus which shows the time change of the user's waist to which the active mass meter 5 is attached is obtained by connecting the positions. Here, since the activity meter 5 includes the triaxial acceleration sensor 5b, the center server 101 detects the output of the activity meter 5 (that is, acceleration detection values in the X axis direction, the Y axis direction, and the Z axis direction). The body motion trajectory C1 indicating the motion of the pelvis tilting in the front-rear direction and the body motion trajectory C2 indicating the motion of the lower back when viewed from above are obtained, and the body motion trajectories C1, C2 (( Screen data to be displayed on the screen 3b of the video equipment 3 is created and transmitted to the video equipment 3 via the Internet 202.

  In the video equipment 3, body motion trajectories C 1 and C 2 are simultaneously displayed in the moving image showing the exercise content, and the user using the passive exercise equipment 2 can visually grasp his / her exercise posture. it can. In this way, the center server 101 creates a moving image showing the user's body movement trajectories C1 and C2 based on the detection data received from the activity meter 6 in real time, and transmits the moving image to the video equipment 3, thereby On the screen of the device 3, a moving image showing the body movement trajectories C <b> 1 and C <b> 2 is displayed along with a moving image showing the exercise content. You can check the body movement trajectory while exercising on the spot, so that you can easily grasp the points of bad body movement and correct the balance yourself to get a better posture. It becomes easy.

  In the case of the riding type passive exercise equipment 2, the effect of the exercise is greatly influenced by how to ride during exercise (such as how to move and sit down). By displaying the movement trajectory on the video equipment 3, it is possible to present the user with materials for judging the quality of riding during exercise, and to give the opportunity to correct the riding during exercise. By prompting the user to use, the effect of passive movement can be improved. Further, in the center server 101, based on the detection data of the activity meter 5, the body movement locus of the waist when viewed from above is displayed on the video equipment 3, so that the user can see the body of the waist when viewed from above. Since the moving trajectory can be grasped and the trajectory in which the user's pelvis is inclined in the front-rear direction is displayed on the video equipment 3, the swinging motion of the pelvis in the front-rear direction can be confirmed.

  By the way, when the center server 101 displays the measurement result of the body motion trajectory on the video equipment 3, as shown in FIG. 13, an ideal body motion trajectory C5 indicating a motion in which the pelvis tilts in the front-rear direction, The ideal body motion trajectory C6 when the motion is viewed from above may be displayed so as to be compared with the actual body motion trajectories C3 and C4. By comparing the ideal body motion trajectory with the ideal body motion trajectory, it is possible to objectively evaluate the point of bad body motion. Here, the ideal body motion trajectories C5 and C6 to be compared with the actual body motion trajectories C3 and C4 are based on the movement of the seat portion 2b of the passive exercise device 2 and the person sitting on the seat portion 2b. The trajectory obtained by simulating the motion may be used, or the body motion trajectories of a plurality of users who are familiar with the use of the passive motion equipment 2 are measured in advance and determined based on the body motion trajectories (for example, averaging processing) A standard trajectory determined by applying the above may be used.

  In the present embodiment, the case where the body movement trajectories C1 and C2 are measured when the passive motion is performed by “basic riding” is described, but the body motion trajectory C1 is obtained by “waist riding” and “hip riding”. , C2 may be measured. FIG. 12B shows a body movement locus C1 indicating the movement of the pelvis in the front-rear direction and a body movement locus C2 indicating the movement of the waist when performing a passive movement by “waist riding”. Compared to the movement of the pelvis and waist, the amplitude of the front and rear is small, and it can be seen that the exercise is performed in a tilted state. FIG. 12C shows a body movement locus C1 indicating the movement of the pelvis and a body movement locus C2 indicating the movement of the lumbar region when the passive movement is performed by “hip riding”, compared with “basic riding”. It can be seen that both the pelvic movement and the lumbar movement have small amplitudes in the front and back, and exercise in a tilted state.

  Then, when the video device 3 finishes reproducing the moving image, the passive exercise device 2 also stops operating, and the video device 3 displays an end screen and returns to the initial state (for example, the menu screen).

  Next, in the video viewing mode, a video viewing mode signal is transmitted from the control panel 6 to the center server 101, and the center server 101 that has received the video viewing mode signal transmits a door opening signal to the motor driver 9a. The motor driver 9a that has received the door open signal opens the door 9 and causes the video equipment 3 and the LED lighting device 11 to face each other in the living room R1. Therefore, the video equipment 3 is normally concealed from the living room R1 by the door 9, and the door 9 is opened only when necessary so that the video equipment 3 faces the living room 3. Therefore, the space environment suitable for the mode at that time Can be formed.

  The video distribution server 102 stores moving images (movies, music, etc.) of various contents, and the user performs an operation for accessing the center server 101 from the video equipment 3 using the remote control device 3a. A web page introducing a possible moving image program is displayed on the screen of the video equipment 3. Then, when the user determines a desired moving image program from the list of moving image programs displayed on the video device 3 and performs an operation for distributing the moving image program using the remote control device 3a, the LAN 201 and the Internet 202 are connected from the video device 3. The center server 101 receives the distribution request from the video distribution server 102 to the requesting video device 3 and transmits the requested video program file to the center server 101. Let it be delivered. The video equipment 3 stores a moving image file distributed from the video distribution server 102 via the Internet 202 and the LAN 201 in a memory (not shown), and when the downloading of the moving image file is completed, it indicates that the preparation for reproducing the moving image is completed. Display a message on the screen. Then, when the user who sees the message indicating the completion of playback preparation performs an operation of starting playback of a moving image using the remote control device 3a, the video equipment 3 receives the playback start request transmitted from the remote control device 3a, This reproduction start request is transmitted from the video equipment 3 to the center server 101 via the LAN 201 and the Internet 202.

  When the center server 101 receives the playback start request from the video device 3, the center server 101 transmits a video control signal for starting playback of the downloaded video file to the video device 3, and is synchronized with the content and progress of the video file. A lighting control signal for causing the LED lighting fixtures 11 and 13 to execute illumination is transmitted to the LED lighting fixtures 11 and 13. At this time, the video control signal transmitted from the center server 101 via the Internet 202 is transmitted to the video equipment 3, and the lighting control signal is transmitted to the LED lighting apparatuses 11 and 13. Then, the video equipment 3 starts to play the video file downloaded from the video distribution server 102, and the lighting control unit 1b of the LED lighting fixtures 11 and 13 determines the LED based on the lighting control signal received by the infrared communication unit 1c. By controlling the light temperature and dimming degree of the element 1a, the lighting environment of the living room R1 is changed in accordance with the content and progress displayed on the video equipment 3, and a more effective presentation for the user's audiovisual effect is performed. , Can enhance the sense of reality.

  Here, the center server 101 constitutes a control means for controlling the light output of the luminaire 1 connected via the network, and the center server 101 controls the timing at which the light output of the luminaire 1 is changed. The light output (light temperature, dimming degree) of the lighting fixture 1 can be made to follow the content and progress of the moving image displayed on the video equipment 3.

  When the reproduction of the moving image by the video equipment 3 is finished, the LED lighting fixtures 11 and 13 also stop the synchronization operation, an end screen is displayed on the video equipment 3 and the initial state (for example, a menu screen) is restored.

  As described above, in the present embodiment, the environment as the space of the living room R1 is selected from any one of the three modes of the group mode, the fitness mode, and the video viewing mode, and the lighting environment of the living space suitable for each mode is given. Since each device used in each mode is controlled, the user in the living room R1 can enjoy a high-quality space environment in each mode.

  In addition, a sensor for detecting opening / closing of the door 9 may be connected to the control panel 6 so that when the user opens the door 9, the mode may be switched to the video viewing mode. It may be performed via the video equipment 3 by the remote control device 3a.

  Moreover, in the said embodiment, although the space in living room R1 was illustrated as a residence apparatus, the mode temperature as a space is similarly set also in other spaces, such as a dining and a kitchen, and the color temperature of the lighting fixture according to the set mode The dimming degree may be controlled.

  For example, in the case of dining, three modes of a meal mode, a home bar mode, and a study mode are prepared so as to be selectable. In the meal mode, a color temperature of 3000 to 4000 K (for example, a user in the dining room can feel relaxed) 3000K), lighting is turned on and the dining room is formed in a relaxing space. In the home bar mode, lighting is turned on at a color temperature of 2000 to 3000K (for example, 2800K) that allows the user in the dining room to feel calm The dining room is formed in a calm space, and in the study mode, the lighting is turned on at a color temperature of 6000 to 8000 K (for example, 6700 K) that increases the arousal level of the user in the dining, thereby increasing the concentration of the dining room. Form in space.

  Further, on the front surface of the storage area provided on the wall surface of the dining room, as shown in FIG. 14A, four doors 91 to 94 configured to be opened and closed by motor drive are installed. Are individually opened and closed when the motor driver drives the motor. When the door 91 at one end is open as shown in FIG. 14 (b), the storage area G11 at one end faces the dining room, and the two doors at the center as shown in FIG. 14 (c). When the doors 92 and 93 are open, the central storage area G12 faces the dining room. When the door 94 at the other end is open as shown in FIG. G13 faces the dining room.

  The storage area G11 is provided with a rack 501 for storing wine bottles, wine glasses, etc., the storage area G12 is provided with a study desk 502, and the storage area G13 is provided with a rack 503 for storing daily necessities. In the home bar mode, the door 91 is controlled to be opened so that the rack 501 in which wine bottles, wine glasses, etc. are stored faces the dining room, and the outdoor lighting and illumination (not shown) are turned on. Occasionally, the doors 92 and 93 are controlled to be in an open state so that the study desk 502 in the storage area G12 faces the dining room, and further, the stand light placed on the study desk 502 is turned on, so that the dining room suitable for each mode Linkage control may be performed according to the form.

  In the present embodiment, the passive exercise device 2 has been described as an example of a riding-type exercise device that causes the user to perform exercise simulating horse riding. However, the passive exercise device 2 is limited to the riding-type exercise device. Instead, it may be an exercise device that applies a load to a predetermined part of the user's body to perform a passive exercise (for example, a device that can realize a walking exercise while sitting down).

It is a figure which shows schematic structure of the residence apparatus of this invention. It is a figure which shows the structure of the living room same as the above. It is a figure which shows the state of a storage area same as the above. It is a figure which shows another state of the storage area same as the above. It is a figure which shows the block configuration of a lighting fixture same as the above. It is a figure which shows the block configuration of the passive exercise apparatus same as the above. It is a figure which shows schematic structure of a speaker apparatus same as the above. It is a figure which shows the cross section of a speaker apparatus same as the above. It is a figure which shows the block configuration of a speaker apparatus same as the above. It is a figure which shows the block configuration of an active mass meter same as the above. It is a figure which shows the block configuration of a control panel same as the above. (A)-(c) is a figure which shows the example of a display of a body movement locus | trajectory. It is a figure which shows the example of a display which contrasts an actual body movement locus | trajectory same as the above, and an ideal body movement locus | trajectory. (A)-(d) is a figure which shows the state of the storage area | region in dining.

R1 Living room 1 Lighting equipment 2 Passive motion equipment 3 Video equipment 4 Speaker equipment 5 Activity meter 6 Control panel 6b Mode setting switch 101 Center server 102 Video distribution server

Claims (10)

The user's living space,
Lighting equipment that can adjust the light output by illuminating the living space,
One or more devices used by the user in the living space;
Mode setting means for setting one or more modes in which a predetermined device is used;
The light output of the luminaire, in the mode set by the mode setting means and control means for controlling the optical temperature suitable for use in a given device,
The apparatus includes at least a passive exercise apparatus that causes the user to perform a passive exercise, and the mode setting means includes a fitness mode using the passive exercise apparatus as a settable mode, and the control means Is a living apparatus that controls the color temperature of the light output from the lighting fixture to a color temperature that improves the physical activity of the user when the fitness mode is set . A video device that displays information related to exercise using the passive exercise device, wherein the control means is a color that improves the physical activity of the user by setting the color temperature of the light output by the lighting device when the fitness mode is set; The living device according to claim 1, wherein the living device controls temperature and displays information related to exercise using a passive exercise device on the video device. The living apparatus according to claim 2, wherein the information related to exercise using the passive exercise device is an exercise method using the passive exercise device. The said control means controls operation | movement of a passive motion apparatus so that the motion of a passive motion apparatus may follow the exercise | movement using the passive motion apparatus displayed on the said image | video apparatus. Living equipment. The passive exercise apparatus includes a saddle-shaped seat portion on which a user sits straddling and a drive unit that swings the seat portion, and provides a user with an exercise load imitating a riding exercise. The living device according to claim 1, comprising a device. A body motion detecting means for detecting a body motion of a user who uses the passive motion equipment, and a video equipment for displaying a locus of the user's waist detected by the body motion detecting means,
  The passive exercise apparatus includes a saddle-shaped seat portion on which a user sits straddling and a drive unit that swings the seat portion, and provides a user with an exercise load imitating a riding exercise. Consisting of equipment,
  The control means controls the color temperature of the light output from the lighting device to a color temperature that improves the physical activity of the user when the fitness mode is set, and the locus of the user's waist detected by the body motion detection means. The occupant device according to claim 1, wherein the occupant is displayed on the video equipment. The device includes a video device that displays video and a speaker device installed in a living space, and the mode setting means includes a video viewing mode that uses the video device and the speaker device as a settable mode. The living room according to any one of claims 1 to 6, wherein the control means controls the color temperature of light output from the lighting fixture to a color temperature suitable for video viewing when the video viewing mode is set. apparatus. Drive means for driving the door for partitioning the storage area for storing the video equipment in the living space so as to be openable and closable, and the drive means controls the opening of the door when the video viewing mode is set. The habitation apparatus according to claim 7. Switchable between a first storage area for storing the video equipment, a second storage area provided adjacent to the first storage area, and a first storage area and a second storage area A door for partitioning from another area, and the mode setting means sets the video viewing mode when the door is switched from a state of concealing the first storage area to a state of concealing the second storage area. The living device according to claim 7. The device includes a desk, and includes a driving means for driving the door that partitions the area where the desk is arranged in the living space to other areas so that the door can be opened and closed, and the mode setting means uses the desk as a settable mode. A study mode, wherein when the study mode is set, the control means controls the color temperature of light output from the lighting fixture to a color temperature suitable for study, and the drive means controls the opening of the door. The living apparatus according to any one of claims 1 to 9.

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