JP2003310761A - Controller for work space system and recording medium for operation program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To set and realize environmental conditions suitable respectively for the personal workings by the left and right brains. <P>SOLUTION: The controller creates at least the right brain oriented working environment and the left brain oriented working environment for persons working within working areas such as the insides of private chambers utilizing a controller. Personal optimum values for individual working environments are determined by implementing S6 simple tests on the basis of the registration number acquisition S3 and the inputs S4 of personal information and the intensity of illumination and color temperature of lighting devices for specified activities are adjusted on the basis of the optimum values. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a control device for a work space system such as an office space or a work space in a private house where an environment is prepared so as to promote intellectual activities and abilities of an individual, and a record of its operation program. It concerns media.

[0002]

2. Description of the Related Art Recently, office automation (O
With the development of A), it is important to improve the office environment. From the viewpoint of ergonomics such as independent environment and lighting effect, for example, in Japanese Examined Patent Publication 6-36772, a large room in an office is lowered. A workspace system including a workspace divided by partitions is disclosed.

However, in the workspace,
An operator faces a certain direction of a desk top to perform various works. In other words, while performing computational tasks that are left-brain tasks, creating designs that are right-brain tasks, and exchanging information such as contacting other departments or outsiders during the process. Nevertheless, since the environment surrounding the worker remains constant, there is a problem that the stimulation of the worker's brain is reduced and the work efficiency is reduced.

Therefore, the applicant of the present invention has previously disclosed in Japanese Patent Laid-Open No.
In the publication of -324364, depending on the type of work,
It was revealed that the processed hemispheres are different, and that the audiovisual stimuli in the environment processed on one side of the hemisphere have a great influence on the efficiency of the work performed on the same hemisphere. While performing a work (for example, drawing creation work), let the worker listen to music with a predetermined rhythm, and while performing a left brain work (for example, calculation work), the worker makes a sound such as white noise with a predetermined sound pressure level. It was suggested to improve each work efficiency by letting us know.

[0005]

However, according to the recent research, it is possible to simply perform a right brain work and a left brain work.
It has been found that the work efficiency cannot be improved only by changing the type of visual and / or auditory information and giving it to the worker. That is, since the audiovisual information for improving work efficiency is different for each work and also different for each individual characteristic, it is not necessary to simply give the worker uniform sound (music) information or image information for each work. It was found that individual differences should be taken into consideration because it can reduce work efficiency and cannot relax.

A first object of the present invention is to provide a workspace system capable of providing an optimum environment for each work and each individual.

[0007]

In order to achieve the above object, a control device for a workspace system according to a first aspect of the present invention provides at least a right brain work for an individual working in a work area such as a private room. A control device for a workspace system that creates an environment and a left-brain work environment, using an electronic information processing device, by inputting personal information, determines an appropriate value for each work environment for each individual, It is characterized in that the illuminance and the color temperature of the lighting device are changed and adjusted for each work environment based on the appropriate value.

According to a second aspect of the present invention, in the control device for the workspace system according to the first aspect, the type and the sound pressure level of the sound information output from the acoustic device are switched based on the appropriate value. Alternatively, it is characterized by variable adjustment.

The invention described in claim 3 is the same as claim 1
Or, in the control device of the workspace system according to the item 2, it is recommended to the individual to use a scent generating device to create the right brain work environment and the left brain work environment. Is.

On the other hand, the invention according to claim 4 is a recording medium in which a program for operating a workspace system is recorded, and environmental conditions for determining an appropriate value for each work environment for each individual. The setting program determines the appropriate value of each work environment for each individual by inputting the personal information, and stores the determined appropriate value in the recording means as a pair with the personal identification information. The environment information generating program calls an appropriate value of the work environment corresponding to the input of the personal identification information from the recording means, and operates the environment information generating device based on the appropriate value. Both programs are characterized by having a voice guidance / instruction program.

[0011]

According to the invention as set forth in claim 1, by using the electronic information processing apparatus, by inputting personal information, an appropriate value of each work environment for each individual is determined, and the appropriate value is determined. On the basis of the above, since the illuminance and color temperature of the illuminating device are changed and adjusted for each work environment, unlike mere automation, based on the personal information of each user, the lighting in the right brain work environment and the left brain work environment It is possible to quickly and finely set the optimum optimum value for the brightness and the color tone, and it is possible to promote the work efficiency of each work by the set illumination.

According to the invention of claim 2, claim 1
In addition to the adjustment of the illumination according to the invention, there is an effect that an appropriate sound (music) can be set to a sound level that improves work efficiency according to a person working in a private room and a work type.

According to the invention of claim 3, claim 1
Alternatively, in addition to the effect of the invention described in item 2, it is recommended that the user generate a fragrance, promote the work of the brain during each work and non-work (rest), and recover the brain fatigue. Has the effect of further increasing.

According to a fourth aspect of the present invention, there is provided a recording medium in which a program for operating a workspace system is recorded, for setting environmental conditions for determining an appropriate value for each work environment for each individual. The program determines the appropriate value of each work environment for each individual by inputting the personal information, and stores the determined appropriate value in the recording means as a pair with the personal identification information. The information generating program calls the appropriate value of the work environment corresponding to the input of the personal identification information from the recording means, and operates the environment information generating device based on the appropriate value. Is equipped with a voice guidance / instruction program.

Therefore, this recording medium can be arbitrarily stored in a versatile electronic information processing apparatus, and it is extremely easy to control the operation of the environmental information generating apparatus via this electronic information processing apparatus. Play.

Furthermore, since both programs are provided with voice guidance / instruction programs, even beginners unfamiliar with this program can provide voice guidance / instruction programs.
By following the instructions, there is an effect that it can be used securely and reliably.

[0017]

BEST MODE FOR CARRYING OUT THE INVENTION Next, an embodiment of the present invention will be described. 1 is a front view of a private room of a workspace system according to a first embodiment of the present invention, FIG. 2 is a right side view, FIG. 3 is a cross-sectional view taken along the line III-III of FIG. 1, and FIG. Fig. 5 is a horizontal cross-sectional view taken along the line IV-IV, Fig. 5 is a vertical cross-sectional view taken along the line V-V of Fig. 3, Fig. 6 is a partially cutaway perspective view showing the ventilation section, and Fig. 7 is a left interior (panel) inside the private room. FIG. 8 is a view showing the interior on the right side of the private room, FIG. 9 is a vertical sectional view taken along the line IX-IX of FIG. 8, and FIG. 10 is a functional block diagram of the work environment generating device.

Japanese Patent Laid-Open No. 11-32 previously proposed by the applicant
As disclosed in Japanese Patent No. 4,364, according to the measurement result of the electroencephalogram of the worker, the autocorrelation function of the α-wave electroencephalogram (8 to 13 Hz) detected and measured from the left and right temporal regions during work From the change in the effective duration (τe), it is possible to determine which of the left and right brain hemispheres is mainly performing any work.
It has been revealed.

When a worker is made to listen to music with a predetermined rhythm while performing right-brain work (for example, drawing work), for example, noise such as traffic noise (blocking noise) cannot be heard, and an external noise is not heard. It has been found that the auditory stimuli processed by the right brain can be eliminated, and further, after the right brain work, when the worker shows a predetermined image (for example, an image of leaves swaying in the wind), the right brain relaxes. I know I will.

Similarly, by causing the operator to hear white noise of a predetermined magnitude while performing left-brain work (for example, calculation work), the disturbing sounds such as speech of others cannot be heard, and the left-brain from the outside is not heard. It has been found that the auditory stimuli processed by can be eliminated. After the left-brain work, when the operator listens to music with a predetermined rhythm, the left-brain relaxes.

Further, according to recent research, during left-brain work, a right-brain sound (for example, a sound of a river or a sound of a sea wave in the natural world) is heard by an operator, and It is also known that when a left brain-like sound (music) is heard during right-brain work, many workers (subjects) improve work efficiency, which is a so-called work promotion effect. Further, it has been found that it is effective to suppress the sound pressure level (noise level) of the disturbing sound to 30 decibels or less. Furthermore, if the stimulus given to the brain is different depending on the tactile sensation of the desk top touched by the operator, the shape of the desk top plate, the stimulus entering from the eye such as color, and if an appropriate scent is given, the right brain work and the left brain work In both of the above works, if the rest time is positively sandwiched during the work, and a predetermined sound stimulus is given during the rest time, and the brightness of the lighting is lowered, the work efficiency is lowered. It is also known to be small (easy to recover). The brightness, sound (music), image, fragrance, etc. of the predetermined illumination are referred to as optimum environment information.

Based on the above experimental results, FIG.
It employs a private room type workspace system as shown in FIG. That is, the work area in this workspace system is provided in the private room (closed room) 10.
Each of the private rooms 10 is surrounded by a sound insulating material or a sound absorbing material so that an external environmental sound (blocking sound) does not enter. The floor material is carpeted, and the panel material of the outer wall 11 and the panel material of the ceiling 12 have a weight per unit area in which a sound absorbing material such as rock wool is sandwiched between the thicknesses as a core material or an interposing material. Improve sound insulation by using large steel plate, gypsum board or synthetic resin material. The entrance on one side of the private room 10 can be opened and closed by a sliding door 14. The door 14 is a suspension type, and when the door 14 is closed,
A vertically movable sealing member is pressed against a mating member, and vertical side surfaces are also pressed against the mating member to improve the hermeticity (sound insulation).

On one side of the private room 10 and on the front surface of the door pocket portion 14a adjacent to the entrance / exit, a large number of horizontal rails 15a are provided as vertical beams 15.
A guard portion 15 connected at b is provided. In addition,
On the upper side of the vertical beam 15b, an indicator lamp 16a for identifying whether the private room 10 is in use (a power switch 19a described later is ON) and an indicator lamp 16b indicating that the ventilation device (ventilation fan) 18 is in use. A power switch 19a in the private room 10 and a switch 19b for turning on and off the ventilation device (ventilation fan) 18 are provided below the switch (FIGS. 1, 2, and 7). reference). An adjustment dial (adjustment device) 76 (see FIG. 10) for adjusting the wind force of the ventilation device (ventilation fan) 18 is provided in the private room 10, and the adjustment dial 76 can be adjusted according to the preference of the person who uses the private room 10. The number of revolutions of the ventilation fan 18 can be increased or decreased to adjust the strength of ventilation.

In FIG. 1, a work door 21 for opening and closing the front of an air suction space 20 in which the ventilation device 18 is arranged is provided on the left side of the guard portion 15 outside the private room 10 (FIGS. 1 and 2). 3). The left side of the private room 10 (the left side in FIG. 3) has a double wall structure in which a high inner wall 22 from the floor to the ceiling is arranged between the outer wall 11 and the outer wall 11, and as shown in FIG. Ventilation air is introduced into the private room 10 from the blower port 25 opened in the inner wall 22 via the lower side air inflow duct 23 communicating with the space 20 and the vertical duct 24 on the inner side. The air in the private room 10 is exhausted from the exhaust port 26, which is also opened in the inner wall 22, through the vertical duct 27 on the side close to the air suction space 20, and the exhaust port 28 is provided in the ceiling 12.
It is discharged to the outside via. The surfaces of the blower port 25 and the discharge port 26 are covered with a louver or a surface material having many gaps. In addition, in the middle of the inner wall 22 having the blower port 25 and the discharge port 26, a front open type storage portion 38 having a plurality of shelves 38a is arranged. When the private room 10 is installed in an office (large room), the air-conditioned and temperature-controlled air supplied to the office can be taken into the private room 10. Is not required separately. However, the workspace system of the present invention (private room 1
When 0) is installed outdoors or in an environment without air conditioning equipment, air conditioning equipment can be installed as an option.

In order to improve the working environment inside the private room 10 according to the present invention, in the embodiment, as shown in FIG. 3, except for the door 14, the three corner portions 29a, 29b, 29 are excluded.
c is not orthogonal and is formed at an obtuse corner (corner). A seating region 30 is formed so as to extend substantially along a diagonal line extending in the direction of the second corner portion 29b from the doorway when the door 14 is opened in a plan view of the private room 10, and in three directions surrounding the seating region 30 in three directions. Three types of desk top plates 32, 33, 3 that allow a person sitting on the chair 31 to perform different types of work
4 is arranged, and a panel (wall surface) 35 as an interior of the private room 10 is provided so as to surround the back side of each desk top plate 32, 33, 34.
36 and 37 are provided.

In that case, as shown in FIG.
On the left side of 0, a desk top plate 32 for the left brain work environment is arranged, and on the right side of the sitting area 30, a desk top plate 33 for the right brain work environment is arranged. A desk top plate 34 for an intermediate work environment other than the above is disposed at a position sandwiched by (on the side of the second corner portion 29b). More specifically, in the private room 10, along the door pocket 14a on the left side of the doorway, the first panel 35 including the first corner portion 29a extending to the discharge port 26 direction, and a substantially pentagonal plan view. The desk top plate 32 creates a left-brain work area (A) for performing calculation work and text creation work. The first to create an optimal left-brain work environment for performing those tasks
The panel 35 is made of a metal such as a steel plate, or a metal plate is coated with a plain (no pattern) coating or a wallpaper is stretched, and the texture of the surface is smooth and does not form an uneven portion. Therefore, no protrusions such as shelves and accessory cases are arranged on the surface of the first panel 35. In addition, the color of the surface of the first panel 35 is white or beige, and it feels cool (feels cold).
It has a bright color tone. The desk top plate 32 for left-brain work is preferably made of wood or a steel plate and has a white or beige color and is solid (no pattern) and has a smooth surface texture.

On the other hand, the third panel 36 extending from the doorway (door 14) to the third corner 29c and the desk top 33 having a substantially L-shape in plan view perform right-brain work such as drawing and illustration drawing. Create a right brain work area (B) to do. The second panel 36 for creating an optimal right-brain work environment for performing these tasks is made of a steel plate (metal plate), which is a wood material or a wood material, or a wood-grained surface. A sheet is attached, and the second panel 3
The surface color of No. 6 is a warm color (red yellow, walnut color, brown (birch) color, rosewood color, etc., red color, yellow color). Further, on the front surface of the second panel 36, a storage portion 39 such as a cabinet or a shelf is provided above the back side of the desk top plate 33 for right-brain work so as to make the wall surface uneven. In the embodiment, as shown in FIG. 3, FIG. 5, FIG. 8 and FIG. 9, the front surface of the shelf-shaped storage portion 39 having the plurality of shelf plates 53 on the upper, lower, left and right sides is provided with a pair of pivoting doors 54 of a double-opening type. , 54, but notches 54a and 54a are formed by cutting out the open end in an arc shape.
A decorative shelf 55 having a substantially hemispherical back plate 56 is arranged on the inner side of a and 54a so that the decorative shelf 55 can be seen from the inside of the private room 10. Then, an ornament such as an hourglass 57 can be placed on the display shelf 55. The hourglass 57 can quietly inform the operator of the passage of time by the movement of the sand. It should be noted that the front surfaces of the rotary doors 54, 54 may be constituted by a white board so that the written matter can be easily erased. Second panel 3 above the storage section 39
A bookshelf 58 such as a magazine rack may be provided on the upper surface side of 6. The desk top plate 33 for performing right-brain work such as drawing and illustration drawing is, for example, natural wood, and has a rather rough feel (tactile sensation) such that many knotted boards are exposed on the surface. Or a wood board having a surface with a wood pattern printed with a melamine resin or the like on the surface of a wood board, and a material having a warm color and a high brightness (bright) color or the like is used.

In the middle between the left brain work area (A) and the right brain work area (B), there is a desk top plate 34 for intermediate work, which is substantially C-shaped in plan view, and a third back surface side thereof. By arranging the panel 37 portion, an intermediate working area (C) is created.
In the embodiment of the third panel 37, most of the material is formed by the glass plate 59, and the glass plate 59 is transparent and gives a cool feeling. As shown in FIG. 3, if the cross-sectional shape of the glass plate 59 is formed into a concave curved shape, the individual chamber 10
It is effective that the inner space can be widely seen, but it may be flat. No uneven parts such as shelves are attached to the third panel 37.

On the desk top 34 for intermediate work, an intermediate work such as a gathering work by a personal computer and a communication work for transmitting various information to the outside of other departments and receiving information from the outside is executed. As such, computer devices and communications (telephone) for LAN, internet communications, etc.
A facility (not shown) is arranged, and an information device 60 (see FIG. 3) such as a main body of a personal computer, a CRT or a liquid crystal monitor can be mounted. Desk top 3
It is preferable to use a steel plate or the like on which the surface of 4 has a cold-colored surface material such as blue or black.

Thus, the first panel 35 and the inner wall 2
2, the material of the third panel 37, the second panel 36 and the desk top plates 32, 33, 34 corresponding to the parts, the texture, the color,
By varying the textures such as the shape, the right brain or the left brain receives different stimuli from the visual perception that the worker visually appeals, and the respective work environments are improved and the work is promoted.

As described above, inside the private room 10, the inner peripheral wall (first panel 35, internal wall 22, third wall) of the private room 10 is oriented so that the orientations are different for each of the three working environments.
The panel 37 and the second panel 36) are connected to each other by the common cross beam 61 so that the desk top plates 32, 33, and 34 are continuously arranged at the same height and are arranged from the floor surface. It is supported by a plurality of upright legs 62. In this case, the height of the desk top plate may be adjusted by providing the leg 62 with a hydraulic cylinder or the like.

On the lower surface of the ceiling 12 in the private room 10, two types of work for creating the left brain work area (A), the right brain work area (B), and an intermediate work area (C) at an intermediate position between them are provided. The lighting devices 63 and 64 are arranged (see FIGS. 4, 5, and 9). That is, the first lighting device 63, as shown in FIG.
In plan view, the reflection plate 65 extends from the left cerebral work area (A) to the intermediate work area (C), and the open edge 65a extends substantially along the upper side of the front edge side of the desk top plate 32 so that the ceiling plate 12 is provided.
Fixed to the underside of. A lamp 66a made of a linear fluorescent lamp is arranged above the reflector 65, and the light from the lamp 66b is directly transmitted to the desk top plate 32 through a louver 67 provided on a flat plate of the reflector 65. The direct illumination for illuminating the upper surface and the indirect illumination for illuminating the lower side through the open edge 65a after reflecting on the upper surface of the flat plate portion of the reflecting plate 65 and the ceiling 12 can be simultaneously performed. The light emitted from the lamp 66b of the first illuminating device 63 is of a white color (blue-tinged color) having a high color temperature and has a hue in which a little coldness is felt. By illuminating the desk top plate 32 with the direct illumination from the first illumination device 63, the left brain work environment can be further improved.

The second lighting device 64, as shown in FIG.
In plan view, the reflection plate 68 extends from the right cerebral work area (B) to the intermediate work area (C), and the open edge 68a extends substantially along the upper side of the front edge side of the desk top plate 33 so that the reflector plate 68 extends.
Fixed to the underside of. A lamp 66b made of a linear fluorescent lamp is arranged above the reflector 68, and the light from the lamp 66b is directly passed through the louver portion 67 provided on the flat plate portion of the reflector 65 to directly face the top surface of the desk top plate 32. Direct lighting to illuminate the reflector 6
After being reflected on the upper surface of the flat plate portion 8 and the ceiling 12, the indirect illumination of illuminating the lower side through the open edge 68a can be simultaneously performed (see FIG. 9). The lamp 66 of the second lighting device 64
The light emitted from b is a reddish or yellowish red color with a low color temperature (reddish color) and you can feel the warmth (warm color).
And The desk top plate 3 with the direct illumination from the second illumination device 64.
By illuminating the upper part, the right brain work environment can be further improved.

Above the desk top plate 34 for intermediate work,
As a result of the indirect illumination light of the first illumination device 63 and the second illumination device 64 being mixed and emitted via the open edges 65a and 68a, the intermediate work can be suitably performed. The first lighting device 63 and the second lighting device 64 are
As will be described later, the illuminance can be changed steplessly.

Next, a work environment generating device (optimum environment information generating device) for creating an optimal right brain working environment, a left brain working environment, and an intermediate working environment thereof differently in time and place The configuration of will be described. FIG. 10 is a functional block diagram of a work environment generating device (optimum environment information generating device). The desk top plate 32 for the left brain work in the private room 10 is shown in FIG.
An electronic controller 70 such as a computer as a control facility for the workspace system is arranged in the upper storage 38 or the like (see FIG. 6).

As shown in the functional block diagram of FIG. 10, the controller 70 has a CPU of 556 MHz. These are the minimum 64M RAM (main memory), 10GB hard disk, video / sound card board, PCI card, CD (compact disk) and DVD (digital video disk) driver, 3.5 inch floppy A (registered trademark) driver or the like, a (speaker) acoustic device 71 with a built-in amplifier as an auditory information generating device, various sounds (music) described later, software such as images, and most of sources (basic part)
Is pre-recorded (installed) on the hard disk as standard equipment.

The controller 70 executes a setting program for the user to set a right brain work environment, a left brain work environment, and an intermediate work environment between them, which are optimum for each individual. Displayed as a mouse 72 for inputting an identification number (ID number) of each individual, a characteristic of the individual and a response for the characteristic inspection test, and an input device (keyboard) 73 with a numeric keypad, which will be described later. A monitor 74 such as a liquid crystal or CRT, which is a device, is connected. When a computer (not shown) for performing the right brain work or the left brain work is separately installed, if a monitor switching device 77 is interposed between the controller 70 and the monitor 74, one The monitor 74 can be shared by the controller 70 and the computer 80 for another operation.

The controller 70 is connected to the first lighting device 63, the dimming device 75 of the second lighting device 64, and the acoustic device 71, and the controller 70 controls the illuminance of the lighting devices 63 and 64. And the sound pressure level of the audio device 71 are adjusted. In FIG. 10, reference numeral 78 is a voltage regulator and 79 is a breaker.

The two speakers 41a and 41b of the acoustic device 71 are arranged in the inner wall of the private room 10 near the ceiling or the like. As shown in FIG. 3, these speakers are arranged so that the left and right ears of an operator who sits toward the desk top plate 34 corresponding to the intermediate working space (C) can hear sounds of substantially equal sound pressure levels. It is placed in and plays a predetermined sound or music. For example, standard audio information (software, sources) such as music, white noise, water sounds of waterfalls, rivers, and oceans (wave sounds) is stored in the hard disk in advance and selected and played back quickly. it can.

It is also possible to bring in a music CD and load it in the CD driver of the controller 70 to reproduce music or the like, depending on the preference of the operator.

A scent generating device 49 is provided as a device for generating optimum environment information. In the embodiment, as shown in FIG. 3, FIG. 6 and FIG. 7, four boxes 49a can be opened and closed at a position below the blower port 25 for introducing air into the individual chamber 10 in the inner wall 22. Each box is equipped with a container containing different flavors. The type of fragrance is lemon or orange scent suitable for right and left brain work, and cypress or lavender is applied as a suitable scent during rest. These four kinds of scents are automatically opened by opening the box by selecting the box according to the operator's preference, and the wind in the vertical duct 24 opens the box into the private room. When introduced, the scent is carried. The aroma intensity of trees and flowers can be adjusted according to the opening amount of the box. As described above, by using an appropriate type of scent, it is possible to give appropriate stimulus or comfort (sedation) to the right hemisphere and the left hemisphere.

As will be described later, each individual (worker) inputs setting conditions and the like with an input device 73 such as a mouse or a keyboard in accordance with a menu displayed on the monitor 74.
When a predetermined item is input, the variables in the setting program stored in advance in the controller 70 are set so that a right brain work environment and a left brain work environment that are optimal for each individual are realized. It is stored and held together with the identification number (ID number) of the individual.

Next, the operator selects from the menu displayed on the monitor 74 which of the right-brain task and the left-brain task is to be executed, and presses the execute button. This allows
The controller 70 selects the auditory information (software, source) in the hard disk and plays the music (sound) for relaxing time for the first few minutes by the audio device 71.
In addition, the illuminance of the lighting devices 63 and 64 is reduced, and the operator's mood is calm.

Subsequently, a predetermined sound or music is generated to suit a predetermined work, and the pair of speakers 41a and 41b are used.
Is emitted from. At the same time, a command signal is output to the light control device 75, and the illuminance of the lighting devices 63 and 64 is changed to the optimum value for the corresponding work.

If the right brain work or the left brain work takes a long time, the activity of the brain decreases, so the controller 7
0 is switched to execute a menu for realizing an environment for rest so that the worker can take a rest at regular intervals, and the sound device 71 and the lighting device 63 are switched.
64 is activated. The lighting devices 63 and 64 are
Illuminance according to the operator's visual acuity (= 652-191 x visual acuity)
By reproducing (unit looks), it is intended to obtain brightness that is hard on the eyes.

As described above, the operator sitting on the chair determines whether the desk top plates 32 and 33 are used for left brain work and right brain work.
When the direction is changed to the corresponding direction, the texture, color, etc. of the first panel 35, the second panel 36, and the third panel 37, which appeal to the visual sense of the operator, change, so that a positive change can be made. , Left brain work, right brain work can be activated respectively. It should be noted that it is preferable to keep the inside of the private room 10 quiet for telephone contact as an intermediate work.

Next, a usage pattern of the workspace system having the above configuration will be described. The switch 19b of the ventilation device (ventilation fan) 18 is turned on about 30 minutes before the private room 10 is first used. The private room 10
By exchanging the air inside, the body odor of the person who used before is exhausted, and the temperature of the large room where the private room 10 is installed,
This level of time is required to make it the same level as humidity.

Next, referring to FIGS. 11 to 45, optimum (or appropriate) environmental information (scent, type of sound, sound pressure, brightness of illumination) for each individual who uses the private room 10 is set. A control program for setting environmental conditions for the following will be described. This environmental condition setting control program determines an appropriate value of each work environment for each individual by inputting personal information, and stores the determined appropriate value in the recording means as a pair with the personal identification information. It is a thing. On the other hand, the environment information generating control program calls the appropriate value of the work environment corresponding to the input of the personal identification information from the recording means, and operates the environment information generating device based on the appropriate value. Is. Both of these programs are recorded in advance in a CDROM or the like, installed in a hard disk of an electronic controller 70 such as a computer for operating the environment information generating device, and activated.

FIG. 11 (a) is a flow chart executed by a person who first uses or re-registers, FIG. 11 (b).
Is a flow chart executed by a person who uses the private room 10 with the already registered settings, and FIG. 11C is a flow chart executed by a person who uses the private room 10 according to his / her preference. First, to describe a person who uses for the first time or a person who re-registers, the switch 19b of the ventilation fan 18 is turned on 30 minutes before using the private room (the display lamp 16b during the operation of the ventilation fan lights up).

Next, the individual using the private room 10
After entering the private room 10 and turning on the illumination devices 63 and 64, the controller 70 is activated (corresponding to S1 in the flowchart in FIG. 11A) and the environmental condition setting control program is started. The initial screen shown is displayed on the monitor 74. Ceiling lighting 6 at this time
3 (64) is about 360 lux. After the initial screen shown in Fig. 12 has been activated and is stable, or when you click the doll with the mouse 72, a voice guidance announcement "Please click the square button below if you are new to the game or if you do not know how to use it" is displayed. Exit (Flowchart Figure 1
1 (a) S2 equivalent). Voice announcement decibel is 5
It is adjusted by the controller 70 so as to be constant at 0 decibels, and so on.

When the square button on the screen of FIG. 12 is clicked, the screen moves to FIG. When the "○" part in the lower left corner of the screen of Fig. 12 is clicked, the pull-down menu of Fig. 13 appears. Normally, the previously registered person selects the "person used in the registered settings" button (click) on the screen of FIG. 12 with the mouse 72 or the like to input the "registration number" of FIG. 27. Move to the screen.

When the "All people who use it according to my preference" button is selected, the timer automatically resets to 6
0 minutes work + 10 minutes break are repeated. In addition, a voice announcement "Please insert your favorite CD into the CD driver" is issued, and a control program for generating environmental information described later is started to generate predetermined environmental information.

The buttons in FIG. 12 and each of the following screens normally operate in a three-dimensional manner, such as being raised and being depressed when clicked.

The pull-down menu in FIG. 13 indicates whether the person who wishes to obtain the registration number again (for those who have changed personal information or who wish to change it) is "correct registration sheet" or "return to initial screen". You can choose. Note that FIG.
The "?" Part in the upper right corner of the screen of No. 3 is the "help function" part, and when you click here, guidance items, cautions, etc. are displayed. Regarding each of the following screens, guidance items, cautions, etc. corresponding to the screen are also displayed. Further, all help screens are provided with a button for shifting to troubleshooting, so that the user can easily deal with a failure or the like.

FIG. 14 is a screen for guiding the procedure of the initial registration work. The same explanation as on the screen is given by the voice announcement, and the voice announcement informs the user, "After seeing the operation flow, press the" Next "button." As a result, the screen shown in FIG. 15 is displayed. The screen of FIG. 15 is for “acquisition of registration number”. In the screen of FIG. 15, the four-digit registration number (recitation number) of an individual who uses the private room 10 is input (flow chart S in FIG. 11A).
3 equivalent).

It is sufficient that this registration number can be specified for each individual, and a predetermined number of digits (four digits in the embodiment) such as the date of birth or the employee number in the company is input (the number on the screen with the mouse 72). (Click the part) or input an alphanumeric character with the input device 73 such as the numeric keypad or the keyboard.

When the same number as the already registered number is input, a dialog box saying "already used. Please change to another number" is displayed. When the proper registration number is input, the cursor moves to the name field of FIG. 15 and the screen of FIG. 16 appears. Here, the mouse 72 clicks the position of the kana key on the screen to input the name of the user. Clicking the end button returns to FIG. When the registration number and name are input, the "Next" button in FIG. 14 blinks. Clicking this button moves to FIG.

FIG. 17 is a screen for inputting the visual acuity which is the personal information of the person who uses the private room 10. From the pull-down menu, select and click to input the left and right visual acuity by self-report.

FIG. 18 is also a screen for inputting personal information (corresponding to S4 in the flowchart of FIG. 11A), and a simple test for determining the volume of sound during work, which is an appropriate value of the work environment. Run. When the screen shown in Fig. 18 opens, a voice announcement "A simple test will automatically determine the sound volume that suits you" is given. "Yes"
If you click, it will move to Fig. 19, and if you click "No", it will be set to 50 decibels, and to experience the loudness of that sound, click the "50 decibel experience" button and the character (text) will "stop". , The right brain test music out of the eight music sources pre-installed on the hard disk of the controller 70 is changed to 50.
Play in decibels. Click the "Stop" button to stop playback and change to the "50 dB experience" button. Then, move to FIG.

When FIG. 19 is opened, at the same time, a voice announcement “Please calm down a little during relaxation time” is given. Then, when the "Yes" button is clicked, the screen shifts to screen 20 (Flowchart FIG. 11A).
(Corresponding to S5), in order to relax the feeling of the subject before entering the test, one of the eight music sources pre-installed in the hard disk of the controller 70 is randomly selected and played in stereo for 3 minutes. (Around 40 dB). Similarly, nine screens of the monitor 74 are randomly selected from 50 still image sources preinstalled on the hard disk of the controller 70, and the screens are reproduced at intervals of 20 seconds for a total of 3 minutes. The ceiling illumination (illumination devices 63 and 64) is gradually lowered to the minimum illuminance. After the relaxation time, gradually raise it to about 360 lux. In FIG. 20, when the button “view” at the upper left is clicked, the process moves to FIG. 35 and a dialog box of the dimming volume is displayed. It is also possible to adjust the brightness to set the brightness in the private room 10. When the “Skip” button on the screen of FIG. 20 is clicked or the “No” button of FIG. 19 is clicked, the screen moves to FIG. 21, which is the screen for starting the left brain test (corresponding to S6 in the flowchart in FIG. 11A).

After a lapse of time for reading the explanation of the screen in FIG. 21,
The voice announcement "Please add the two numbers exactly as soon as possible and click the first digit of the last digit with the numeric keypad on the screen." When the “Start” button is clicked, the screen moves to the screen shown in FIG. 22 and the test for left brain work is started. When the "Cancel" button is clicked, the screen moves to the screen shown in FIG. 25, and the sound pressure is set to 50 decibels during left brain work.

On the screen of FIG. 22, a total of 48 pairs (8 pairs per trial) are displayed in random pairs of numbers 4-9. If you click on the answer and the answer is correct, the next pair is displayed. Each time the question is changed, the color of the numbers is changed to visually confirm that the problem has changed.

At the same time as the start, for example, "Nami-Kerama ・
The sound part of the wave is played from the CD with the title "Kumejima" installed. In trial numbers 1 and 6, the sound pressure level of the reproduced sound is 40 decibels, in trial numbers 2 and 5, it is 50 decibels, and in trial numbers 3 and 4, it is 60 decibels.
Try twice at the same sound pressure level, such as decibels. Also, since 8 pairs of questions will be asked for each trial number, 48 pairs of questions will be answered for each subject.

Then, the required time (up to one hundredth of a second) is measured for each test problem, and the average required time for the test (16 pairs) at the same sound pressure level is calculated. Then, the sound pressure level related to the test for which the average required time was the shortest is set as the optimum sound pressure level for the person, and the "registration sheet"
(FIG. 25). If there are multiple sound pressure levels for which the average required time was the shortest, the one with the lowest sound pressure level is registered. Each time the subject processes one trial, a signal sound that triggers is generated.

Upon completion of this test, FIG.
Move to the screen of. On the screen of FIG. 22, if the button of “retry test” is clicked, the process returns to FIG. 21, and if the button of “stop test” is clicked, the process moves to FIG.

The screen of FIG. 23 is a test start screen for determining the loudness of the sound which is the optimum environment setting value (appropriate value) during right brain work for each individual ability. After a lapse of time reading the explanation of the screen in FIG. 21, a voice announcement “Please click the same figure as the target accurately and as quickly as possible to erase” is given. When the “Start” button is clicked, the screen moves to the screen shown in FIG. 24, and the test for right brain work is started.

In the screen of FIG. 24, the figure "○○ □ ■ ▲ △ ▼"
Twenty-five randomly appear in “▽”, and the target is randomly selected. However, 10 must be the same figure as the target. The 25 figures move about each other in Brownian motion. In the program, the moving speed should be variable. Make sure that 10 figures that are the same as the target are included,
Regardless of whether you pass or fail, the next screen will be displayed as soon as you click 10 and the target will change. One screen is allocated for each trial number.

Simultaneously with the start, for example, 8 songs with little intonation are randomly played from the installed CD, for example, "CD that makes you smarter". In trial numbers 1 and 6, the sound pressure level of the reproduced sound is 40 decibels, in trial numbers 2 and 5, it is 50 decibels, and trial number 3
For 4 and 4, try twice at the same sound pressure level, such as 60 dB. Also, since one screen of questions is presented for each trial number, one subject will answer six questions.

Then, the required time (up to one hundredth of a second) is measured for each test question, and the average required time for the test (two questions) at the same sound pressure level is calculated. Then, the sound pressure level related to the test for which the average required time was the shortest is set as the optimum sound pressure level for the person, and the "registration sheet"
(FIG. 25). If there are multiple sound pressure levels for which the average required time was the shortest, the one with the lowest sound pressure level is registered. Each time the subject processes one trial, a signal sound that triggers is generated.

Clicking the "Retry test" button on the lower surface of FIG. 24 returns to the screen of FIG. 23, and clicking the "Stop test" button moves to the screen of FIG. 25, which is 50 decibels during right brain work. Is set to the sound pressure of.

The screen shown in FIG. 25 is a registration sheet for confirming the registration contents of each individual, and a voice announcement says, "Your optimal environment has been set as follows. Confirm button, if correct In that case, please click the correction button. " By clicking the “▼” part of “visual acuity” in each setting condition, the set illumination can be reproduced. Click the “▼” part of the voice of the work / rest time notification to play the set sound. The initial value of work time is 60 minutes and the initial value of rest time is 10 minutes, but it can be changed individually.

When the "confirm" button is clicked, the registration work is completed (corresponding to S7 in the flowchart of FIG. 11A), and the process moves to FIG. Clicking the "Correct" button activates the key-in button and pull-down menu. If you click the "Delete" button, a dialog will appear asking if you want to delete the selection.

In FIG. 26, a dialog asking whether to proceed to the next work is displayed. When the button of "person who only registers" is clicked, the entire button sinks and the initial screen (FIG. 12) is returned. Therefore, it is sufficient to click the "system end" button to end.

Next, the operation for executing a predetermined work will be described. The worker (individual) operates the ventilation fan 18 for 30 minutes before entering the private room 10. Next, the switches 19a of the lighting devices 63 and 64 and the audio device 71 are turned on.
N, the person who starts up the controller 70 or executes the work subsequent to the registration work is referred to as the initial screen (FIG. 12).
In the screen of FIG. 27, when the button of “person used in registered setting” is clicked, the screen moves to FIG. 27 (corresponding to S12 in the flowchart FIG. 11B). On this screen (Fig. 27), a voice announcement "Please input the registration number again for confirmation" appears.

The registration number (4 digits) already acquired is input with the ten keys on the screen of FIG. As a result, the name matching the registration number is displayed in the name field. The person who entered the information confirms it by looking at this name field. If they match, the "Next" button is clicked to move to the screen in FIG. 28 (work type selection screen). When the entered registration number is not already registered (when the number is not stored in the controller 70), a voice announcement "The entered number is not registered" is displayed and the cursor is moved to the registration number field. Back up. If the input person forgets the registration number, the registration procedure should be performed again, even if it is troublesome. Entering a name so that the registration number can be displayed makes it possible to steal other people's personal information, which is not preferable in terms of security.

In FIG. 28, the type of work (left brain work, right brain work) desired to be performed by the person who has entered the private room 10 is clicked. As a result, the screen shown in FIG. 29 is displayed. FIG. 29 is a scene in which the scheduled work time desired by the person who entered the room can be input on the ten-key pad on the screen, and the cursor is initially positioned in the time column and blinks. A voice announcement "The work end alarm will sound when the input time has elapsed" is given.

The environmental conditions for left brain work are as follows. That is, the sound environment is a natural sound or a sound (music) of a bring-in CD whose kind of sound being worked is "wave-Kerama-Kumejima", and the sound pressure level is recorded on the individual registration sheet. This is the stored optimum value (decibel). The type of sound at rest is the music of "Cool CD" or the sound (music) of a carry-on CD, and the sound pressure level is the optimum value (decibel) stored in the individual registration sheet. Is. The environmental operation time schedule is, for example, when the scheduled work time is 80 minutes, relax time (3 minutes) → work (6
0 minutes → (intermediate) work completion alarm (5 seconds) → rest (1
0 minutes) → End of rest alarm (5 seconds) → Work (20 minutes) →
Work end alarm (5 seconds). It should be noted that the sound pressure of 40 decibels is played during the relaxation time, and the music of 40 decibels is played during the first 15 minutes while resting and then faded out. The alarm sound is 60 decibels and repeats ringing and stopping at 0.5 second intervals. Note that the type of the alarm sound (voice, etc.), its sound pressure, the interval of interruption, etc. can be selected from the pull-down menu of the item "Notice of working time, rest time" in FIG.

The illumination environment has a minimum illuminance value (for example, about 220 lux) in the relaxation time, and the illuminance during work (= 652-191 × visual acuity) (unit: lux) in the left brain work. At the end of (intermediate) work (during rest time), the minimum illuminance value is obtained. After the final work, the illuminance during the work is maintained.

FIG. 30 is a screen for starting the relaxation time, and when the "Yes" button is clicked, the screen for the relaxation time of 3 minutes (FIG. 31) is entered (corresponding to S14 in the flowchart FIG. 11B). . On the screen of FIG. 31, 9 image files are randomly called from the 50 image files installed in the hard disk of the controller 70, and are reproduced on the monitor 74 at 20-second intervals. The sound environment is randomly selected from "3 minutes relaxing" music (8 songs) that is also installed on the hard disk.
Play songs and play at around 40 dB. The lighting environment is
Gradually lower the minimum illuminance to about 220 lux, and gradually increase the illuminance after the relaxation time to about 360 lux. A timer bar for 3 minutes is displayed at the bottom of the screen in FIG. 31 so that the elapsed time can be determined. Figure 3
Click the "View" button on the upper left of the screen of 1
The illuminance within 0 can also be changed. If you want to skip, click the "Skip" button.

When the relaxing time is over, the screen (work start) of FIG. 32 is automatically displayed. Normally, this screen remains as it is, and the elapsed time can be judged by the timer bar (time monitor) at the bottom of the screen.

32 to 38, "sound", "visual", "scent", and
Buttons for "touch" and "change work" are displayed. When the "sound" button is clicked on any of the screens, the screen moves to the screen shown in Fig. 34 to select the sound pressure by selecting music and operating the slide bar. Can be selected (changed).
When the "view" button is clicked, the screen moves to the screen shown in FIG. 37, and the illuminance can be adjusted by operating the slide bar of the light control volume. Also, when the "scent" button is clicked, the screen moves to the screen of Fig. 38, and a screen explaining how to use the scent (fragrance) is displayed, and when the "touch" button in the screens of Fig. 32 and the like is clicked. 35, there is a description of the three-way top plate, and a photograph of the three-way top plate and the like are displayed on the lower side of the screen of FIG.

When the "change work" button on the screen shown in FIG. 32 is clicked, the screen shown in FIG. 33 is displayed. In this Figure 33,
Further, when the "change work" button is clicked, a dialog box having "work interruption", "change work contents", "rest", and "end" buttons is displayed.

When there is a visitor, the screen (FIG. 33)
When the "work interruption" button inside is clicked, the sound set in the sound environment disappears, the illuminance is minimum, the timer is stopped, and the character of the button changes to "restart work". Click the "Resume" button again to continue with the conditions set for the remaining time.

When the "Change work content" button is clicked, the screen returns to the screen shown in FIG. 28, and at the same time, all environmental conditions such as stopping sound reproduction are reset.

To take a rest, click the "rest" button in FIG. 33 to move to the screen in FIG. The screen of FIG. 39 is displayed at the time of resuming work and at rest. When an alarm occurs during rest or (intermediate) work completion, the screen moves to the screen of FIG. 36, and when the “change rest” button is clicked in FIG. 36, a dialog box is displayed in the approximate center of the screen 36.

When the "return to work" button in FIG. 36 is clicked, the remaining rest time is set to zero, and the rest of FIG.
Return to (start work). When the "rest outside unit" button in FIG. 36 is clicked, the player goes out of the private room 10 to rest (eat), so the sound reproduction stops,
Lighting is also reduced to the minimum illuminance. When it is desired to change the rest time, it can be reset by clicking the up and down buttons for time change in FIG.

When the "end" button in FIGS. 33 and 36 is clicked, the reproduction of the work environment is ended. That is, the sound disappears, the illuminance in the private room 10 is maximized, and the screen changes to the screen of FIG. The screen of FIG. 40 is also displayed when the environmental conditions are changed during work or rest, and when the environmental conditions are changed, the screen moves to FIG. 41. When the button "End?" In FIG. 40 is clicked, the screen returns to the initial screen, and the illuminance is maximized and the controller 70 is ended before the application (the environment information generating control program) is ended. At the time of leaving, the power switch 19a and the switch 19b of the ventilation fan 18 are also turned off.

FIG. 41 is a screen for inquiring whether or not the person who has used the private room 10 changes the environmental condition and saves the changed condition.
When you click the button, a new condition is registered with a new name. If you click the "Overwrite" button, only the rewritten current conditions will be saved.
Clicking the "Cancel" button saves only the old conditions. The screen of FIG. 41 is displayed after a signaling sound is emitted when the scheduled work end time is reached.

When setting the environment to one's liking, the user clicks the button "People who use it all by their liking" on the initial screen shown in FIG. As a result, the screen shown in FIG. 42 is displayed next. This screen (Fig. 42) shows a music CD you bring in.
To the CD drive and close it. Next, moving to FIG. 43, a menu for setting the desired work environment condition is displayed. Therefore, click the sound source (source) selection part according to personal preference, and further operate the slide bar to adjust the volume,
Adjust the illuminance. When you have completed the settings, click the "Close" button. 28. Similarly to the above, if the type of work is selected from right brain work or left brain work on the screen of FIG. 28, the screen automatically shifts to FIG. After inputting the scheduled work time, the steps similar to the time schedule of the work execution described above and the like are taken. However, the environmental conditions depend on the setting selected by one's preference.

In the case of one's own preference, if the right brain work or the left brain work lasts for a long time, the activity of the brain decreases. Therefore, in order to promote work efficiency, the controller 70 causes the worker to take a rest at regular intervals. In order to make it possible, the environment for rest is realized. Furthermore, the monitor asks whether to select the type of work, whether to continue the work, or to finish the work, so that the worker can respond to the question and can shift to any of the end / continuation / work change. Further, it is preferable that the illuminance of the illumination devices 63 and 64 is generally set to be brighter during left-brain work than during right-brain work, and the illuminance is set based on a predetermined calculation formula.

To register the environmental conditions of your own preference,
On the initial screen (FIG. 12), click the lower left corner and click the “Modify registration sheet” button as shown in FIG. Then, the screen moves to the screen of FIG. 44, where the registration number is entered, then the screen of FIG. 45 confirms whether further correction is required, and finally the “confirm” button is clicked to register. is there.

In each of the above embodiments, a screen is arranged on the wall surface or the like in the work area or a wallpaper is used as a substitute for the screen as a device for generating the optimum environment information.
Visual information appealing to the eyes from a projection means such as a projector may be generated simultaneously with the sound (music) or independently.

[Brief description of drawings]

FIG. 1 is a front view of a private room according to a first embodiment of the present invention.

FIG. 2 is a side view of a private room.

FIG. 3 is a sectional view taken along the line III-III in FIG.

FIG. 4 is a sectional view taken along the line IV-IV in FIG.

5 is a sectional view taken along the line VV of FIG.

FIG. 6 is a partially cutaway perspective view showing a ventilation part.

FIG. 7 is a diagram showing a left interior (panel portion) inside a private room.

FIG. 8 is a diagram showing the interior of the private room on the right side.

9 is a vertical cross-sectional view taken along the line IX-IX of FIG.

FIG. 10 is a functional block diagram of a work environment generation device.

FIG. 11A is a flow chart for a person who uses it for the first time, FIG. 11B is a flow chart for a person who uses the registered settings, and FIG.

FIG. 12 is an initial screen.

FIG. 13 is a screen for a user to set a mode.

FIG. 14 is a screen showing a guide for initial registration.

FIG. 15 is an initial screen for acquiring a registration number.

FIG. 16 is a screen for entering a registration number and name.

FIG. 17 is a screen for inputting personal information (visual acuity).

FIG. 18 is an initial screen for setting a sound environment.

FIG. 19 is an initial screen of relaxation time.

FIG. 20 is a screen during a relaxing time.

FIG. 21 is an initial screen of a left brain test.

FIG. 22 is a screen during a left brain test.

FIG. 23 is an initial screen of a right brain test.

FIG. 24 is a screen during a right brain test.

FIG. 25 is a screen for presenting optimum environmental conditions for each individual.

FIG. 26 is an instruction screen as to whether or not to proceed to the next work.

FIG. 27 is a registration number input screen before starting work.

FIG. 28 is a screen for selecting the type of work.

FIG. 29 is a screen for inputting work time.

FIG. 30 is an initial screen of relaxation time before starting work.

FIG. 31 is a screen during a relaxing time before starting work.

FIG. 32 is an initial screen for starting work.

FIG. 33 is an initial screen for changing work.

FIG. 34 is a screen for changing the sound environment.

FIG. 35 is a screen for guiding a haptic environment.

FIG. 36 is a screen for changing the rest.

FIG. 37 is a screen for changing the lighting environment.

FIG. 38 is a screen for guiding the scent environment.

FIG. 39 is a screen when resuming work and when resting.

FIG. 40 is a screen for giving guidance at the end of work.

FIG. 41 is a screen asking whether to save the data whose conditions have been changed during work.

FIG. 42 is an instruction screen in the case of bringing in a music CD by an individual.

FIG. 43 is a screen for an individual to enter a work environment.

FIG. 44 is a screen for changing setting registration by an individual.

FIG. 45 is a screen for confirming a setting registration change by an individual.

[Explanation of symbols]

A left brain work space B Right brain work space C Intermediate work space 10 private rooms 11 outer wall 12 ceiling 14 doors 18 Ventilator (ventilation fan) 30 seating area 31 chairs 32, 33, 34 desk top 35 First Panel 36 Second panel 37 Third Panel 41a, 41b speakers 70 controller 71 audio equipment 74 monitor 75 Light control device 76 Audio equipment adjusters

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) H05B 37/02 A61M 21/00 320 (72) Inventor Kyoko Akiyama 1-4-12 Imafukuhigashi, Joto-ku, Osaka Issued by Itoki Clevio Co., Ltd. (72) Inventor Siichi Ando 3-6-153 F-term, 3-6-153 F-term, Kita-ku, Kobe (reference) 3K073 AA11 AA48 AA52 BA26 BA28 BA33 BA36 CC03 CC11 CC17 CD04 CG06 CG21 CG41 CM09

Claims (4)

[Claims] 1. A control device for a workspace system for creating at least a right-brain work environment and a left-brain work environment for an individual working in a work area such as a private room, which uses an electronic information processing device. By inputting personal information, an appropriate value of each work environment for each individual is determined, and based on the appropriate value, the illuminance and color temperature of the lighting device are changed and adjusted for each work environment. Workspace system controller. 2. The control device for a workspace system according to claim 1, wherein the type and the sound pressure level of the sound information output from the audio device are switched or variably adjusted based on the appropriate value. 3. The work according to claim 1, wherein the individual is recommended to use a scent generating device to create the right brain work environment and the left brain work environment. Space system control unit. 4. A recording medium in which a program for operating a workspace system is recorded, wherein an environmental condition setting program for determining an appropriate value for each work environment for each individual is input of personal information. According to the above, the appropriate value of each work environment for each individual is determined, and the determined appropriate value is stored in the recording means as a pair with the personal identification information. The appropriate value of the work environment corresponding to the input of the personal identification information is called from the recording means, and the environment information generating device is operated based on the appropriate value. A recording medium having a program for operating a workspace system, characterized by having an instruction program.