WO2002079589A1

WO2002079589A1 - Living space forming equipment

Info

Publication number: WO2002079589A1
Application number: PCT/JP2002/003236
Authority: WO
Inventors: Akihiro Kishimoto
Original assignee: Kokuyo Co., Ltd.
Priority date: 2001-03-30
Filing date: 2002-03-29
Publication date: 2002-10-10
Also published as: CA2410821A1; EP1408170A4; CN1221202C; JP2005097827A; US20030131538A1; EP1408170A1; CN1378807A

Abstract

A living space forming equipment capable of effectively increasing the maneuverability of a living space when furniture other than a panel is disposed in the living space partitioned by the panel, wherein lattices having a hooking function are provided on the surface plate part of the panel, and the lattices having the same hooking function are provided on the furniture.

Description

Description Living space construction equipment Technical field

The present invention relates to a living space configuration facility that is particularly suitably applicable to a knowledge-intensive organization or the like. Background art

Recently, offices have been proposing systems that can easily convert and customize the workspace according to their needs.

The office system is designed for various work styles in the center office, the functions can be freely selected, and the system can be rearranged as needed for changing applications. The work space can be built on a centralized basis, based on the “unification of modules” and “optionization” mainly for furniture. It has been proposed as a new system.

In other words, in response to changes in the work style, the rearrangement of furniture, the attachment and detachment of options, and the creation of independent groups, dedicated work spaces, personal work space, etc. It is configured with a focus on functionality that can be configured as appropriate.

In the future, however, work styles will increase as individuals and groups become more atypical, and workplaces will become even more sensual. From office to remote offices, mono and home offices, flexible and diverse office configurations are available, and the center office is also equipped with AC and service areas. Is likely to increase. Also, in the team of specialist staff work, in one development process, the number and activities of staff are frequently separated and assembled, centering on group work. For example, the team form changes continuously as the work progresses.

A work environment suitable for this type of work is not only able to easily change the use of the workspace and customize it, but also to meet the diverse work content and number of people from individuals to groups. It is essential to ensure that the appropriate space can be selected each time, and that the continuity of the chain and the movement as the selection of work and place changes. For this purpose, areas with different uses and functions are loosely connected, the work flow of the entire team, and the environment where each person can manage the location of people and documents. It is desirable to make up. Disclosure of the invention

The present invention has been made in view of the above-mentioned problems, and provides a variety of space functions for each application, a semi-transparent shielded space, and a seamless (seamless) spatial arrangement as a pillar of system construction. The aim is to dramatically improve the efficiency of knowledge-intensive organizations through the system configuration that achieves this. It has been the target.

It is an object of the present invention to provide a living space configuration that can flexibly configure a living space in such a case.

In other words, the living space constituting equipment of the present invention is used when arranging furniture other than panels in a living space partitioned by panels, and the panels are provided on the face plate part except for the shielding. The furniture is provided with a functional part, and the furniture has a functional part similar to the panel on a part of its surface.

With this configuration, when the furniture is placed against the face plate of the panel, at least a part of the functional part of the panel that is concealed by the furniture is partially replaced by the functional part of the furniture. The furniture can be placed effectively without impairing the function of the panel.

In particular, in a mode in which the functional parts of the panel are dispersed at uniform positions on the panel, and the functional parts of furniture are distributed at the same pitch on uniform positions on some surfaces of the furniture. The thing becomes effective.

As a specific embodiment, the functional part of the panel functions by the bars or grids arranged in a grid pattern, and the functional part of the furniture is Bars arranged in a grid or those that function according to the grids are included.

Specific functions of the functional part include the wiring extraction function, As described in _{c and} above, which include functions for associating intelligent equipment, the living space constituting equipment of the present invention arranges furniture other than panels in a living space partitioned by panels. In this case, when the panel has a functional portion other than the shielding on the face plate portion, a functional portion similar to the panel is provided on a part of the furniture.

With this configuration, when the furniture is placed against the face plate of the panel, at least a part of the functional part of the panel concealed by the furniture is formed by the functional part of the furniture. It can be complemented, and furniture can be placed effectively without impairing the function of the panel. ,

If the functional parts of the panel are distributed at uniform positions on the panel, the functional parts of the furniture should be distributed at the same pitch on the same position on some surfaces of the furniture. However, the effects of the present invention become extremely remarkable.

Such an effect is simplified by making the functional part of the panel and the functional part of the furniture function by the bars or the grids arranged in a grid. It can be embodied in .

The above effect is particularly effective when the function of the functional unit is a function of drawing out wiring and a function of associating intelligent equipment. BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 shows the concept of building an embodiment of the present invention. This is a conceptual diagram. FIG. 2 is a diagram showing a conventional configuration corresponding to FIG. FIG. 3 is a plan view that embodies FIG. FIG. 4 is a perspective view in which FIG. 3 is developed as a more specific design. FIG. 5 is a plan view corresponding to FIG. FIG. 6 is a perspective view of a panel used in the embodiment. FIG. 7 is a perspective view showing the appearance of a living space in the same embodiment. FIG. 8 is a perspective view showing the appearance of a living space in the same embodiment. FIG. 9 is a perspective view showing functions of the panel in the embodiment. FIG. 10 is a perspective view of the intelligent equipment hooked on the panel in the embodiment. BEST MODE FOR CARRYING OUT THE INVENTION

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

The living space configuration equipment of the present embodiment is configured to support a team of specialist knowledge work, for example, a proposal type research and development team, a design team, and the like.

In order to improve the team performance of knowledge work, autonomous knowledge workers should be supported by personal creation processes, and atypical and exchange processes should be supported by group creation processes. There is a need to do.

In doing so, this kind of work style is a knowledge-intensive and flexible organization, and emphasis should be placed on team performance. In consideration of the effects of the combination of personal space and common space, the structure is as follows.

First, work areas and common areas are considered as areas to be formed. Then, as shown in the conceptual diagram of Fig. 1, each work area al to a6 is divided into two parts and placed adjacent to the common areas bl to b3, thereby sharing the work areas al to a3. Areas bl to b3 are configured to be used as passages for traffic between work areas al to a3 and work areas a4 to a6. For example, areas a2 and a5 are group work areas GW that work in groups, and areas a1, a3, a4, and a6 work in individuals. It is a personal quality query PW. The shared areas bl and b3 are the interaction area INT, and the shared area b2 is the service area SV. These areas a1 to a6 and bl to b3 are located between adjacent shared areas, between adjacent work areas, and between adjacent shared areas and work areas. Direct traffic is possible between the two.

Fig. 2 shows a conventional system as contrasted with this. The work area cl and the shared areas c2 and c3 (where c2 is a service area and c3 is a communication area). There is a dedicated passage c4 between the front and rear.

Figure 1 is a conceptual diagram, in which circles are superimposed and displayed in a sense that ambiguously connects the areas, whereas Figure 3 is a step-by-step example of the concept of Figure 1. The par between the areas It clearly specifies the tent-line PL. FIG. 3 corresponds to FIG. 1, where the shared area bl and b3 are the interaction area INT and the shared area b2 is the service area SV. The work areas a2 and a5 are group work areas GW, and the work areas al, a3, a4 and a6 are personal work areas PW. In other words, this design has six work areas al to a6 and three shared areas bl to b3, and shared areas b1 to b3 are shared. It is arranged on the real side, and the peak areas a1 to a3, a: to a6 are arranged on both sides of the serial. In addition, traffic can be allowed between adjacent shared areas, between adjacent work areas, and between adjacent shared areas and work areas, and a gap can be formed between the areas. In order to realize a continuous form, the parting line PL where the members of the area gather is opened, and the concept of forming a common doorway 3 at that part is specified.

Fig. 4 and Fig. 5 show this as a concrete design. Areas al to a6 and bl to b3 are defined by connecting partition panels 1 and Ix (movable partition walls), which are vertical bodies. Therefore, there is no dedicated passage inside the partition panel 1X that defines the extension of these areas al to a6 and bl to b3, and these areas al to a6 The outside of the partition panel 1 X that defines the extension of, bl to b 3 is a dedicated passage 2 It is.

As described above, the common area bl to b3 is used as a passage when moving between the work area al to a3 and the work area a4 to a6. Or, to secure the flow line when going to and from the outside centering on the common areas bl to b3, make the living space a migratory type that increases the chances of encounters and discoveries, and allow stagnation The purpose of this is to induce mutual smooth communication with each other.

In addition, the exclusive passage is not provided inside the partition channel 1X that defines the extension of the area, but the function as the passage of the shared areas bl to b3 is effective. At the same time, the entire area should be made efficient and systematic continuous space without waste. In addition, the entire area is designated as a dedicated path 2.The inside of the dedicated path 2 is clearly defined as one team area, etc., and differentiation and interaction with other teams are also effective. This is done so that it can be performed in a targeted manner.

Each area al to a6, bl to b3 is connected to another area al to a6, bl to b3, or passage 2 through a partition panel 1 which crosses in a T-shape or cross. Partition panel 1 at the corner of the area is not closed. In other words, an entrance 3 is formed in this open part, and through this entrance 3, it is possible to connect one area to another adjacent or diagonally located area. It allows you to come and go directly. In this embodiment, a direct connection between up to three areas is possible. Traffic is possible. In the case of an area partitioned in a rectangular shape, such an entrance 3 is applied to a maximum of four corners among the corners belonging to the area. obtain. Needless to say, unnecessary corners do not need to have doorways.

As described above, it is appropriate to set the entrance 3 at the corner of each area and to enable direct traffic to and from other areas through the entrance 3 This is for effectively arranging selectable areas within the walking distance to smoothly and quickly move between the areas. This facilitates the separation and assembling of cars and facilitates the selective movement according to the work, through the “work-in-place” type arrangement and the seamless environment between the areas. It is for realizing the chain of action and the continuity of movement. In other words, for example, after working intensively in the personal work area PW, the worker moves to a group-wide GW or the like for a meeting or presentation, etc. If necessary, enter and exit the Interaction Area INT, and then move to the Personal Work Area PW again to return to intensive work. The continuity of chaining and movement is ensured, and communication is also planned during the movement due to accidental encounters with other workers in the common area. . The effect of assisting each person in this way increases as the number of other airlines connected via the entrance 3 increases. As described above, in the present embodiment, each area is divided vertically and horizontally in a matrix form through the partition panel 1. Each area is arranged to form a function line in which certain functions are grouped vertically and horizontally.

Explaining based on Fig. 5, the right vertical line LVR and the left vertical line LVL of the areas arranged in a matrix vertically and horizontally are dedicated. At the same time as the dedicated line PL that aggregates the lines and the vertical line LVM in the middle constitutes the shared line GL that aggregates the shared area, the upper horizontal line LHO and Lower horizontal line LHU is work line WL, middle horizontal line LHM is non-working line NWL (left and right areas are interaction, middle area The service is configured by the rear. That is, according to these, the personal workspace (PW) a 1, a 3, a 4, a 6, and the group workspace (GW) a 2 are provided in the office space. , a5, the interaction area (INT) b1, b3, and the service area (SV) b2 are formed. In this embodiment, the interaction areas (INT) b1 and b3 belong to a shared area rather than a dedicated area. However, if the other areas are configured according to the vertical and horizontal function lines described above, eliminate the area arrangement where such exceptional areas are mixed. It is not something.

Such a functional arrangement of office space works effectively with a minimum unit of four areas, and aggregates six or more areas. When the machine Noh becomes remarkable.

The adoption of this matrix arrangement allows the functions of each area to be easily grasped and facilitates the maintenance of infrastructure for electricity, gas, water, etc. This is because efficient element arrangement can be achieved. In this way, a large number of selectable areas are provided in the appropriate walking area to effectively realize the `` suitable place to work '' type arrangement that supports selective movement according to work That's why.

Here, the configuration of each area is exemplified. For example, the dedicated work area PW (areas a1, a3, a4, a6 in Figs. 4 and 5 and area dl in Fig. 6) is the total area per seat. The area is set to about 6 to 4 square meters, and is set to accommodate about 5 to 8 people per area, providing a place for intensive knowledge work. Alternatively, if you are working on an ad-hoc basis, secure a place for visitors in this area. Of course, this team-specific area can also function as a Dar-Puwork area. In this area, a work surface with a desk, etc., as well as a whiteboard and clearboard of personal size, etc. will be arranged. These are preferably self-contained elements with low interdependence. The work surface is provided with work surfaces of multiple heights so as to be able to handle multiple parallel tasks, using the space as efficiently as possible, and creating an environment where multiple tasks can be performed simultaneously. It is arranged.

On the other hand, the shared work area GW (see Figs. 4 and 5) Areas a2, a5), which are constructed on the basis of a maximum of 5 to 8 persons, provide a place for discussions and meetings. In this area, a work surface such as a table corresponding to the group work, a white board of a group size, a clear board, and the like will be arranged. The work surface will have multiple heights for the same purpose as above.

The interaction area (areas b1 and b3 in Fig. 4 and Fig. 5) is adjacent to the work area and serves as a break for work. Providing a place for jazz and relaxation, coffee, and more. In this interaction area b1, b3, and g1, a work surface can be prepared by arranging a table or the like as necessary.

The service area (area b2 in Fig. 4 and Fig. 5) includes various items such as copy corner, mail corner, library, search equipment, etc. Fixtures and equipment necessary for services are arranged.

Conventionally, the area allocation was led by a personal work area and complemented by a group work area, but in this embodiment, the weight of the group work is increased. It is preferred that the ratio be such that the sum of the group work area GW and the interaction area INT is approximately equal to the personal work area PW. It is an embodiment.

Further, as shown in FIGS. 4 and 5, the present embodiment is provided above the entrance 3 of the living space surrounded by the partition panel 1 which is a vertical body. At least one A guide member 4 is also provided which projects horizontally from the panel 1 and serves to interconnect the panels 1 located on both sides of the entrance 3 with each other.

As shown in Fig. 7 and Fig. 8, the reason why such a guide member 4 is provided is that, as shown in Figs. This is an indicator that indicates the location of the entrance 3 of the living space, so that smooth and highly efficient work such as teamwork can be ensured through the chain of actions and the continuity of movement. . In particular, as shown in FIG. 8, when the upright surface is continuous in a long wall shape, the change is poor and there is a feeling of oppression, but the guide member 4 has a design change. It also fulfills the function of eliminating this. Further, the guide member 4 is configured not only to function as an index but also to serve as a connecting member for connecting the panels 1 to each other. This can be effectively avoided, as well as accurately fixing the guide member 4 to the panel 1. Further, the guide member 4 can also be used as a wiring route between the channels.

As a concrete form, the one shown in FIGS. 4 and 5 has a 1/4 arc shape entrance / exit 3 formed between a pair of panels 1 arranged at right angles to each other. Using a loop-shaped guide member 4, an entrance or exit 3 formed between a pair of panels 1 that form a continuous flat wall is 1 Z 2 arc-shaped or loop-shaped guide member. Door 3 formed between three panels 1 assembled in a T-shape using On the other hand, a 1/2 arc-shaped or loop-shaped guide member 4 is used, and for an entrance 3 formed between four panels 1 assembled in a cross shape, A loop-shaped guide member 4 is used.

The use of the guide member 4 in the form of a loop or a partial loop as described above is novel because the form is novel, and the function as an index and the accent and This is a key that can effectively enhance other functions.

In this embodiment, the panel 1 arranged in a vertical plane that does not pass through the center of the arc of the guide member 4 in the form of a loop or a partial loop is also attached to a part thereof. It has the function to gain. The relationship between the panel 1 y and the guide member 4 y in FIGS. 4 and 5 corresponds to this. When the guide member 4 protrudes greatly from the panel, the guide member 4 may be supported via a pillar.

The reason for adding such a function is that even if the panels are arranged slightly different from each other, it is possible to connect the panels to an appropriate part of the loop, and the arrangement of the panels is automatically performed. This is to increase the degree of freedom and make the structure basically not required to be arranged according to the prescribed module.

In this embodiment, as the partition panel 1 for partitioning the area, a lattice-shaped one as shown in FIG. 6 is employed.

To be more specific, this panel 1 shows a pair of lattice-like structures 11 as lattices 1a having the same pitch and the same position. They are arranged so as to be in phase with each other with the frame 12 interposed therebetween with a predetermined gap S therebetween, and in this state, they are interconnected via the frame 12. In other words, the lattice fits into the frame, sandwiching it. In addition, the structure 11 of the present embodiment is divided vertically into three parts, and when the structure 11 is attached to the frame 12, the structure as a whole becomes one structure. As the material, for example, carbon fiber reinforced plastic is used.

This panel 1 is constructed, for example, in accordance with a building module with a building column pitch of 360 mm, with a total width of 900 mm and a height of 900 mm. H is set to 2100 mm (a part of the height direction is omitted in Fig. 6), and the grid is formed symmetrically in the vertical and horizontal directions. In addition, as an example of the pitch of the grids surrounded by the crosspieces, the pitch in the width direction p1 is about 100 mm, and the pitch in the height direction p2 is about 25 mm. The crosspiece itself is a flat plate with a thickness T of 4 mm and a depth D of about 20 mm. Of course, these values can be set as appropriate according to the purpose and use.

This structure of the channel 1 reduces the weight of the panel 1 from the viewpoint of assembly and disassembly without impairing the basic function of the panel 1 as a boundary wall. In addition, it is also necessary to provide a handle portion on the lattice part during assembly and disassembly work, thereby effectively improving the work efficiency relating to assembly and disassembly, and eliminating assembly errors. Also, the fact that it is divided into three parts in the upper and lower parts is for the convenience of handling. It is also designed to be used.

As a result of adopting the panel 1 composed mainly of such a lattice-shaped structure 11, the space between the pair of spaces separated through the panel 1 is defined by the angle of the line of sight to the elevation. It is placed in a relationship where the degree of transparency changes accordingly. That is, depending on the viewing angle, the grids of one structure 11 are blocked by the grids of the other structure 11, or the grids are formed by the grids themselves constituting the grid. Due to the nature of blinding, the degree of transparency is maximum with respect to the normal direction of the elevation, and minimum with respect to the direction of the elevation. The degree has the property of changing depending on the viewing angle (the angle of inclination with respect to the normal). In addition, because of such a configuration, a pair of living spaces separated by the panel 1 are spatially continuous through the grid portion of the panel 1 and the internal space. However, the passage of sound and air is allowed in the continuous space.

Therefore, for those who are in the living space adjacent to a certain living space or who walk on the side passage of the living space, the internal condition as shown in Fig. 7 and Fig. 8 Can be viewed as a silette, the content of the story can be captured in pieces, the group members are located, what kind of work is being done inside each living space, etc. This creates a state in which the context of a user can be grasped loosely over time. The silette function is based on the fact that the pitches P 1 and p 2 of the lattice of panel 1 are relatively small as described above. It has been brought back. Of course, if you are aware of the surroundings, you will have an environment where you can more clearly understand where people are and what they are doing.

In particular, in this embodiment, the four sides of each area are surrounded by the panel 1, and the living space closed by this is next to the living space or the aisle. Since the interior can be grasped from all sides, the state of the living space is diffused to the surroundings with the highest efficiency. In addition, the living space further adjacent to the back of the adjacent living space can be made thinner and thinner, but a state in which it can be grasped dimly can be created. You can catch the situation of the whole office and share the context over a wide area, while securing some space.

On the other hand, since the nonel 1 has a space S inside the main body, the space S can be used as a storage space for the wiring Ca as shown in FIG. In this embodiment, the structure 11 constituting the panel 1 has a lattice shape, and a wiring is drawn out from the uniform position of the panel body in the normal direction through the grid. Enable and. The panel body refers to at least a part composed of the structure 11 and the frame 12. Therefore, even when the draw-out position varies depending on the use mode, it can function as a service wall that can easily and accurately respond to the needs of workers. You. In particular, panel 1 of this embodiment is Since the structures 11 face each other in pairs, wiring can be drawn out from both sides, and this is particularly effective when living spaces are formed on both sides of the panel 1. It is.

The pitch of the grid on panel 1 is relatively small, as described above, and the blind action of the grid bars is expected, and the internal wiring is concealed in a silette shape and is clearly visible. Is also eased.

In order to make the above wiring function effective, appropriate wiring passages etc. should be provided in the frame part etc. so that the mutual wiring storage space between adjacent panels 1 and 1 is continuous. This is valid.

In addition, since the panel 1 having the above-described structure according to the present embodiment has a space in the back of the lattice bar, the panel 1 is used to place appropriate metal fittings or the like at a uniform position of the structure 11. It is also possible to link the interior equipment B by using. Such a structure is a service wall that accurately responds to the demands of heterogeneous, on-demand cars in order to greatly increase the freedom of selecting the engagement position. The function will be performed effectively. Since the structures 11 face each other in a pair, the interior equipment B can be engaged with the bars of the lattice 1a on both the front and back sides, and brackets hooked on the front and back sides can be used. Mutual interference is also effectively avoided. As for the mode of engagement, in addition to the structure of hooking using a hook-shaped mounting tool, a grid-shaped grid using a clip-shaped mounting tool or a clamp-shaped mounting tool. Attaching and mounting Any suitable one, such as construction, can be adopted. As the interior equipment B, in addition to those having a work surface such as a white board as shown in Fig. 9, it is also possible to use a touch board, a bulletin board, an exhibition panel, a sign, etc. One having a spray function, one having a storage function such as a cabinet, a shelf, a sorter, a storage shelf or the like, or a outlet BX, a switch, etc. . Alternatively, if the auxiliary panel is arranged in a T-shape at right angles to panel 1, such panel 1 can also be a subject of interior equipment B.

When such objects can be hooked to the appropriate position in the channel, ideas and thoughts can be formed at informal stages, as well as formal signs and exhibitions. It also increases the chances of presenting the process and helps stimulate and inspire creative work. In particular, when the interior equipment requires power, the effect of the grid structure is synergistically enhanced because the wiring C a can be drawn through the grid.

In addition, furniture to be placed against the face plate portion of the panel 1, for example, storage furniture 10 such as a panel shelf or cabinet as shown in FIG. It is effective to provide a grating 10a that has the same phase and pitch as the hooking grating 1a that is concealed when struck. This is because even if the grid 1a of the panel 1 is closed, the grid 10a of the furniture 10 can complement the hooking function. Of course, such a complementary function is not limited to the hook function, and the functional part of panel 1 corresponds to the functional part of furniture. Anything can be used. Such a configuration is particularly effective when the functional units are distributed over the entire surface.

In this regard, the equipment of this embodiment allows use of various kinds of furniture and the like regardless of the building module. When building pillars are used as the basis for building modules, 360 mm and 320 mm are typical.Partition panel 1 is approximately the same as when the former is used. The standard with a width of 900 mm, which is a number, and the standard with a width of 800 mm, which is a divisor when conforming to the latter, are usually used. In addition, the width of the work surface should be 400 mm, 800 mm, 900 mm, 1 mm according to the tabletop, tabletop, cabinet, human body and paper product modules. There are various standards, such as 0.000 mm, 1200 mm, 1400 mm, 1600 mm, and 1800 mm. In this way, today's office has a large number of household appliances conforming to different modules.For example, the width of 800 mm is applied to the panel surface connecting the 900 mm wide channels 1. If furniture with a diameter of 1 mm or 160 mm is placed against the furniture, subtle irregularities and unnatural gaps will occur between them.

In contrast, this embodiment is constructed according to a panel 1 constructed according to a building module of a multiple of 900 mm and a variety of human body and paper product modules. Panel 1 is translucent, even if it is allowed to be used in combination with furniture. Because of its low presence, the joint between the end of the panel and the furniture, or the joint between the panel and the end of the furniture, as in the case of existing panels with complete light blocking properties. Even if there is a gap between the gaps, the visibility level of the gap is reduced, and the gap is hardly revealed. In other words, the present embodiment allows for ambiguous matching with the building module, and effectively increases the sharing and compatibility of furniture. The relationship between the intelligent facility B and panel 1 in FIG. 9 is the same, and the relationship between the rocker R and panel 1r in FIG. 4 is the same. If a gap is created, the gap can be actively used as a place to place switches and digestive organs.

In addition, the grid of the panel in this embodiment is set to a width of 100 mm as described above, but this dimension is the same as that of a conventional module such as a partition panel or furniture. This corresponds to the fact that the rule is configured to be a multiple of 100 mm. For this reason, when multiple panels are connected and multiple pieces of furniture are connected, the other end of the furniture is always connected to the grid, even if the dimensional difference between the panels and the furniture in the width direction is a multiple of 100 mm. The arrangement can be made to match the crosspiece, and as a result, the sense of incongruity due to the module difference can be effectively eliminated.

As described above, one embodiment of the present invention has been described. However, the specific configuration of each unit is not limited to the above-described embodiment. For example, in the area arrangement, each work area is arranged so as to surround the shared area, and each work area moves to and from the shared area. (Also, through any appropriate configuration, any radial direction passing through the center of the arc within the effective mounting range of the guide member 4 in the form of a loop or a partial loop may be used.) A function to attach panel 1 in the vertical plane may be provided, because the mounting orientation of panel 1 can be freely set.

In addition, one of the panels or furniture as a means of preventing gaps between panels and furniture due to conforming module differences, dimensions that could complement the gaps It is also effective to have an adjustment function.

It is also effective to make the degree of transparency variable. To this end, the grid bars should be configured to be driven like a bar, or be configured to be able to be adjusted indirectly by changing the illuminance inside and outside the living space. Is effective.

If the furniture is translucent, the openness of the local document will be improved, and the context of the entire office can be more effectively improved.

Further, it is effective that the guide member has a lighting device on the upper surface or the lower surface side. This is because the ceiling or floor is illuminated in the form of a guide member, and the effect as an indicator is enhanced. Other configurations can be variously modified without departing from the spirit of the present invention. Industrial applicability

Since the present invention has the above-described configuration, it can be applied to offices and the like to provide a variety of space functions for each use, to provide a semi-transparent shielding space, and to provide a seamless (seamless) space arrangement. It can be implemented effectively, which can dramatically increase the efficiency of knowledge-intensive organizations.

Claims

The scope of the claims

1. It is used when arranging furniture other than panels in a living space partitioned by panels.

The panel is characterized in that the panel has a functional part other than the shielding on the face plate part, and the furniture has a functional part similar to the panel on a part of its surface. Spatial configuration equipment.

2. Claims where the functional parts of the panel are distributed in homogeneous locations on the panel, and the functional parts of the furniture are distributed in uniform locations on some surfaces of the furniture at the same pitch. Living space component equipment described in Section 1 of the scope.

3. The functional parts of the panel are arranged in a grid or a grid, and the functional parts of the furniture are arranged in a grid. 3. The living space configuration equipment according to claim 2, wherein the equipment functions according to the lattice.

4. The living space constituting equipment according to claim 1, 2 or 3, wherein the function part is a wiring lead-out function.

5. The living space construction equipment according to claim 1, wherein the function section is a function for associating the interior equipment with the interior equipment.