JP2001349070A - Office layout system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an office layout system capable of office layout changing. involved by an increase and decrease in the personnel with ease and without impairing unific feeling collectively. SOLUTION: This system comprises partition means DP arranged detachably in partition areas PS having specified dimensions and unit spaces US modularized according to spaces to be surrounded by partition areas PS. In this system, work spaces S1 can be set in one unit space US surrounded by the partition means DP or over a plurality of spaces US adjacent to each other by attaching partition means DP to and detaching partition means DP from the partition areas PS according to an increase, decrease and changes in the personnel.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an office layout system capable of suitably setting a work space such as an office space, a management space, and a meeting space in an office.

[0002]

2. Description of the Related Art Conventionally, an office space for an office worker who works in an office space, a management space for an administrator who manages an office worker such as a section manager, or a plurality of persons gather to hold a meeting. When setting up various workspaces such as a meeting space for holding meetings, meetings, etc., each space is individually formed by a desk or table and panels etc. arranged together with them, and they are appropriately combined or It is customary that an office layout is set by interspersing an office.

[0003]

However, in such a case, for example, if each workspace is constituted by a desk of a different standard or a desktop panel attached to the desk, there is no sense of unity as a whole. The adverse effect of the office layout occurs. In consideration of a sense of unity as a whole, the layout framework and the partitions of each workspace are divided into partition panels having a height such that the lower end is grounded to the floor and the upper end does not reach the ceiling (so-called partition panel). Low partition panel). However, such a low partition panel itself is heavy, and the connection structure between adjacent panels is relatively robust. It is difficult to do this, and it is necessary to ask a specialized contractor each time, and the time, labor, and cost required to increase or decrease the number of staff in the office, change the layout, or change the wiring of computer equipment, etc., which are often performed recently. At present, it is difficult to respond easily.

[0004]

SUMMARY OF THE INVENTION In view of the above-mentioned problems, the present invention makes it possible to easily change the layout of an office due to an increase or decrease in the number of employees, and to impair the sense of unity as a whole. It provides an office layout system without any.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS In other words, the office layout system according to the present invention includes an office space, an office space for office workers, a management space for managers,
A layout system capable of setting a workspace such as a meeting space, wherein the partitioning means is detachably disposed in a partition area having a predetermined dimension, and is modularized corresponding to a space to be surrounded by the partition area. A unit space, and by attaching and detaching the partition means to the partition area in response to an increase or decrease in the number of personnel, a layout change, etc., to one unit space surrounded by the partition means or to a plurality of adjacent unit spaces. It is characterized in that the workspace can be set over the entire area.

The offices and workspaces referred to herein are not limited to office spaces of companies and the like and the work spaces set therein, but may be, for example, for learners or instructors in school classrooms or the like. Space and
This concept includes spaces for users in libraries and the like. Further, the partition area refers to an area in which partition means such as a panel for partitioning an adjacent unit space can be arranged, and the partition means may or may not be arranged in this partition area. . further,
When the partitioning means is, for example, a panel, one panel can be arranged in the partition area if the predetermined dimension of the partition area is substantially equal to the thickness dimension of the panel, and the thickness dimension of the panel is the predetermined dimension of the partition area. If it is approximately half, two panels can be overlapped and arranged in the partition area at the same time.

With such a configuration, the basic framework structure of each workspace in the office layout is based on a modularized unit space surrounded by the partition area, so that it is assigned to the office. When the layout is changed due to increase or decrease in the number of personnel to be used, one or a plurality of unit spaces are used to make the size of the workspace substantially equal to an integral multiple of the unit space, depending on which partition area the partitioning means is arranged. This makes it possible to easily set a uniform office layout.

[0008] In such a case, in order to easily partition adjacent workspaces,
It is preferable that the partitioning means comprises a panel having a predetermined thickness dimension and an intervening member interposed between adjacent panels, and it is desirable that the panels and the intervening member can separate adjacent workspaces. .

[0009] Specifically preferred panel embodiments include:
A desktop panel in which the panel is supported on the non-use end side or side end side of the desk arranged in the unit space without being grounded to the floor, or a partition arranged in a state grounded on the floor Panels. In particular, according to such a desktop panel, when desks and the like are arranged in adjacent work spaces, wiring of computer devices and the like on the desks can be easily passed through the space formed between the floor surface and the desktop panels. Can be. Furthermore, since the space is formed between the lower end portion of the desktop panel and the floor surface, the cool air and warm air passing through the space under the tabletop of the desk are not blocked, and the air conditioning can be in a good condition. .

In particular, in order to be able to effectively block the line of sight from an outside person, a state in which the floor area is grounded in a partition area facing the outside adjacent to a unit space arranged at an end. It is preferable to arrange the partition panel arranged as described above as the partitioning means.

Further, in order for the desks to be arranged in each workspace to fit clearly in the unit space, the distance between the partition areas opposed to each other across the unit space in the unit space is determined. It is desirable that a desk having substantially the same width dimension on the side of the non-use end can be arranged in a state where the non-use end faces the partition area connecting the opposing partition areas.

In this case, in order to enable proper arrangement and use even if the direction in which the desk is arranged is changed, the non-use ends of the desk have substantially equal widths and are substantially perpendicular to each other. It is effective to form a V-shape in plan view.

[0013]

An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows a so-called island-shaped layout of a set A of desks DK and the like arranged corresponding to personnel belonging to organizations such as departments and sections in an office.

As shown in FIGS. 1 and 2, this set A has a partition area PS having a thickness of a predetermined dimension (for example, about 50 mm) set to form a lattice at predetermined intervals (for example, about 1600 mm). In this embodiment, each space surrounded by the grid-shaped partition area PS is approximately 1600 m on one side corresponding to the predetermined interval.
Unit space U modularized into a square shape in plan view of m
S is formed by adjoining two sets of four unit spaces US arranged in a line.
In each unit space US, a desk DK of a standard corresponding to the module is arranged, and a work space S1 for a total of eight people to work according to the staff members arranged in this set is provided for each unit space US. And the adjacent office spaces S1 are partitioned by a desktop panel DP provided with the desk DK.

Here, the configurations of the desk DK and the desktop panel DP will be described.

As shown in FIG. 3, the desk DK mainly comprises a top plate 1 having a substantially V-shape in plan view and a support structure 2 for supporting the top plate 1.
The top plate 1 is composed of two wooden top plate elements 11, for example, which are joined with their one end portions 11a substantially orthogonal to each other, and these top plate elements 11 are substantially bounded by the joint side end portions 11a. It has a line-symmetrical shape and has substantially the same configuration. The top plate elements 11 are formed by smoothly bending the used end 11c from the open side end 11b that is not joined to each other to the joint side end 11a so that the depth dimension gradually decreases. At the joint side end 11a, the two use ends 11c are continuous so as to form a partial arc shape, and the worker sitting on the use end 11c side of the desk DK approaches the top plate 1 at that portion. It is configured to be easy to work. In addition, the anti-use end 1 of the top plate element 11
1d is about 1600 corresponding to the module.
mm, and are substantially perpendicular to each other to form a V-shape in plan view. The open side ends 11b are orthogonal to the non-use ends 11d, respectively.

On the other hand, the support structure 2 includes a pair of main legs 21 for supporting the open-side ends 11b of the top plate elements 11 from below, respectively, and a non-use end 11d at the joint-side end 11a.
And a pair of horizontal members (not shown) connecting the upper ends of the main leg 21 and the intermediate leg 22 and receiving the non-use end 11d of each top plate element 11 from below. It was done. And, more stably the top plate 1
In order to support the upper and lower members, a reinforcing bar (not shown) is attached to the upper surface side of both transverse members in a posture substantially orthogonal to the joint side end 11a. (Not shown) capable of accommodating therein. In addition, the top plate elements 11 are connected to each other by appropriate means such as bolting, etc., with the joining side ends 11a being supported by being mounted on the horizontal member and the reinforcing bar. Arms 23 having rigidity bent rearward and upward are attached to the rear surface side of the main leg 21 and the intermediate leg 22, respectively, and the blind plates 24 are supported by the opposing arms 23, respectively. . Then, the distance from the use end 11c of the open end 11b of the top plate 1, which is the maximum depth dimension of the desk DK, to the rear surface of the arm 23 is about 800 mm, which corresponds to half the length of the module. Each part is set as follows. In addition, the anti-use end 11 of each top plate element 11
A cover 12 that covers a notch formed so that the horizontal member is exposed upward is attached to the open end 11b, the joint end 11a, and an intermediate position between them on the d side, and a desk is provided as an optional member. When a shelf, telephone stand, desk lamp, or the like is attached to the DK, this cover is removed, and these optional members are attached to the exposed horizontal member in an upright state.

There are two types of desktop panels DP used in the set A, one of which is the desk DK.
Is a flat-panel desktop panel DP detachably attached to the anti-use end 11d side of
This is a desktop panel (hereinafter, referred to as a glass panel DPg) having a configuration in which a glass plate DPgb is fitted into a rectangular frame body DPga detachably attached to the open-side end 11b side.

The desktop panel DP is shown in FIGS.
As shown in the figure, the non-use end 11d of the top plate element 11
Width of about 1600mm corresponding to the width in
It has a rectangular plate shape having a thickness dimension of about 5 mm corresponding to the thickness dimension of the partition area PS, and is attached to, for example, a panel main body 31 made of a wooden plate, and upper and lower ends 31a and 31b of the panel main body 31. A decorative member 32 made of, for example, an extruded aluminum material, a surface 31d of the panel body 31 facing the desk DK side, and a surface 31e on the opposite side.
And an upholstery ground. In the drawings, upholstery is omitted. The makeup member 32 is
The panel body 31 extends along the width direction of the panel body 31.
It is a thin member having a slightly shorter longitudinal dimension than that of the panel main body 31 with both ends in the width direction of the upper end portion 31a and the lower end portion 31b of the panel main body 31 exposed in a substantially square shape in plan view. It is attached by means of. Screw holes 33 are formed at both ends 31c in the width direction of the upper end 31a and the lower end 31b of the panel main body 31 which are not covered by the decorative member 32.
In addition, such a desktop panel DP is transferred to a desk DK.
As shown in FIGS. 4 and 5, a surface 31d of the panel body 31 facing the desk DK is attached to the panel body 31.
A pair of hooks 34 are attached by screwing them to intermediate height positions slightly inward from both side end portions 31c on the side. The hook 34 is formed by bending a sheet metal material to form an upright wall 34 a and an upright wall 3.
An upper wall 34b having an upper end bent substantially horizontally forward and a front end bent downwardly, and a lower wall 34c having a lower end bent substantially horizontally forward and formed on the upright wall 34a. in the through hole 34a ₁ by inserting screws 34e, are secured to the screw 34e on the panel body 31. Further, a substantially central portion of the top wall 34b forms a through hole 34b _1, through holes 34c corresponding to the through hole in the lower wall 34c
Forming _one . Also, the surface 31d of the panel body 31
The stepped pin 35 is located at a position substantially directly below the hook 34.
Is installed. The stepped pin 35 has a screw shaft 35d at one end and a disk-shaped head 35a at the other end.
And a disk-shaped flange 35c between them.
The head 35a and the flange 35c are formed with a neck 35b having a diameter smaller than that of the head 35a and the flange 35c. The screw shaft 35d is fixed to the panel body 31 at the above-described position.

As shown in FIGS. 4 and 5, a part of the upper end of the arm 23 is cut out on the desk DK side, and a hook is inserted into the notch on the desk DK side. 34, a horizontal wall 23c capable of receiving the lower wall 34c is formed on the lower wall 34c.
forming a screw hole 23c ₁ corresponding to the through-hole 34c ₁ of c. Then, the desktop panel DP is slid forward and downward from the rear of the desk DK a lower wall 34c so as to put on the horizontal wall 23c of the hook 34, insert the bolts 34d into the through hole 34b _1, 34c ₁ of the hook 34 as well as, and so as to fasten the bolt 34d into the threaded hole 23c _1. That is, with these configurations, the first engaging portion X1 that engages with the desk DK by sliding the desktop panel DP is configured. The downward surface 2 of the arm 23
An opening 23d opened downward on the 3a side is formed, and a mounting bracket 25 for engaging the stepped pin 35 is attached to the opening 23d. The mounting bracket 25 has an upper wall 25a mounted in the opening 23d of the arm 23, and a rear end side of the upper wall 25a bent downward to be substantially flush with the rearward surface 23b of the arm 23. The rear wall 25c to be formed is formed by bending a sheet metal material so as to form a substantially L-shape. The upper wall 25a, forms a through-hole 25a ₁ for inserting a bolt 25b from below, the opening 23d corresponding to the through hole 25a ₁
To form a screw hole 23d ₁ within, it is attached to the mounting bracket 25 to the arm 23 by fastening the inserted bolt 25b into the screw holes 23d ₁ into the through hole 25a _1. Also, the rear wall 25c, the first through-hole 25d ₁ size capable of inserting the head portion 35a of the stepped pin 35, the first through-hole 25d ₁
Although the head 35a of the successive stepped pin 35 to the lower end of the not passed to form a hole portion 25d formed of the second through-hole 25d ₂ Metropolitan enough to each other relates a neck portion 35b size of. Thus, with the sliding movement of the desktop panel DP when the first engaging portion X1 is engaged, the stepped pin 35 is moved.
Of the head 35a is inserted into the first through-hole 25d ₁ of the mounting bracket 25, the neck portion 35b and moving the desktop panel DP downward so that the mutually relates to the second through-hole 25d _2. Even if the desktop panel DP attempts to move in the thickness direction in such a state, the head 35a of the stepped pin 35 comes into contact with the rear wall 25c of the mounting bracket 25, so that the movement of the desktop panel DP is at least suppressed or prohibited. Will be done. That is, with these configurations, the second engagement portion X2 that associates the desktop panel DP with the desk DK so as to suppress or inhibit the movement of the desktop panel DP is configured. Thus, the first and second engagement portions X1 and X2 constitute an engagement means X. In this state, the desktop panel DP is attached to the desk DK.
The lower end DPb is located below the top 1 without the ground contacting the floor, and the upper end Dpa is located above the top 1. When the desktop panel DP is not mounted on the desk DK, a resin cover 26 having a shape corresponding to the opening 23 d is mounted on the arm 23 instead of the mounting bracket 25.

The other glass panel DPg, which is a desktop panel, has a width of about 800 mm and a width of the top plate 1 corresponding to the maximum depth at the open end 11b of the desk DK corresponding to half of the module. The desktop panel DP attached to the desk DK from the lower end
The glass plate DPgb is fitted inside a rectangular frame DPga having a height dimension substantially equal to the distance to the upper end Dpa of the frame DPga, and the lower end of the frame DPga and the open side end 11b of the top plate 1 are formed. Of the desk DK in an upright state by an appropriate means such as a screw provided between the outward facing surface or the main leg 21 and the detailed description is omitted.

The eight desks DK having the desktop panel DP and the glass panel DPg with the above-described configuration are arranged in such a manner that the non-use ends 11d or the open ends 11b of the adjacent desks DK face each other. By the arrangement, the set A shown in FIG. 1 is formed. At this time, adjacent desktop panels DP are connected to each other by a common connection structure as described below. Note that the desktop panel DP and the glass panel DPg that partition the adjacent office spaces S1 may be attached to only one of the desks DK arranged in the office space S1. Further, in each work space S1, a chair CH, a wagon WG, and the like are arranged in addition to the desk DK, which is more suitable for work.

That is, in this embodiment, as shown in FIGS. 1 and 6, four sides substantially equal to the thickness of the desktop panel DP corresponding to the thickness of the partition area PS are provided between the adjacent desktop panels DP. With a square pipe-shaped intervening member 4 having a square shape in plan view having
A connection portion Y is formed between the upper end portion 4a and the lower end portion 4b of the interposition member 4 and the upper end portion Dpa and the lower end portion Dpb of the desktop panel DP adjacent thereto. The connection portion Y connects the interposition member 4 and the desktop panel DP to each other using a connection tool 5 described later. The intervening member 4 has a longitudinal dimension substantially equal to the vertical dimension of the panel main body 31, closes the upper end 4 a and the lower end 4 b with an upper wall and a bottom wall, and inserts a bolt 53 into the upper and lower walls. A through hole 41 is formed, and the through hole 4 is formed.
Nuts (not shown) are attached to the inner surface sides of the upper wall and the lower wall corresponding to No. 1 by welding or the like, and stand by. Connector 5
Is an aluminum die-cast material having a thickness dimension substantially equal to that of the decorative member 32, and a mounting member 51 for an interposition member having a square shape in a plan view of about 50 mm on a side corresponding to the shape of the interposition member 4 in a plan view; A desktop panel mounting portion 52 which is continuous with each side of the existing member mounting portion 51 and has the same shape as the mounting portion 51 is provided. Each mounting part 51,
52 have through holes 51a, 52 through which bolts 53 can be inserted.
a. In addition, the connecting device 5 includes the desktop panel mounting portions 52 corresponding to the number of the desktop panels DP adjacent to the intervening member 4.
1 because it is formed on each side,
There are various types such as an I-shape and an L-shape, and any of these is used as appropriate. Thus, the desktop panel D adjacent using the intervening member 4 and the connecting tool 5 is used.
To connect the Ps, first, when arranging the respective desks DK as in the set A shown in FIG. 1, the interposition member 4 is positioned between the adjacent desktop panels DP attached to the desk DK, DP side end 31
c on the upper end portion Dpa and the upper end portion 4a of the interposition member 4, the appropriate connecting tool 5 described above is mounted.
The through holes 51a, 52a of the first and second 52, the screw hole 33 of the panel main body 31, and the through hole 41 of the interposition member 4 are vertically connected to each other. Fasten to hole 33 or nut.
In this state, the decorative member 32 of each desktop panel DP
And the upper surface of the connection tool 5 are substantially flush with each other. Similarly, the lower ends DPb of the desktop panels DP are fastened by bolts 53 with the connecting tool 5 positioned from below. Thus, the screw hole 33 formed in the desktop panel DP, the through hole 41 of the interposition member 4 and the nut
It constitutes an attached portion for connecting the connecting tool 5. Further, the adjacent desktop panel DP and glass panel DPg are connected by the same configuration and procedure. In addition,
In the screw hole 33 of the desktop panel DP having no adjacent desktop panel DP, one mounting portion 5 of the connection tool 5 is provided.
The cover member 6 having the same shape as that of the cover member 1 is fastened with bolts 53.

In the layout system configured as described above, the layout can be changed without changing each unit space US.

For example, a case where the layout of the set A shown in FIG. 1 is changed to the structure of the set B shown in FIG. 7 will be described. The basic layout of the set B is the same as that of the set A, in that the row of four work spaces S1 is in each case composed of two sets of eight work spaces S1, but all desks DK belonging to the same row are all set. Arranged in the same direction, the desks DK in adjacent rows are one open end 11
b are arranged to face each other. And FIG.
The glass panels DPg are respectively attached to the two open side ends 11b on the two desks DK in front of the paper surface in FIG. 1, and the glass panels DPg are attached only to the open side ends 11b facing the outside of the set B on the other desks DK. Attached.
Further, each desk DK has a desktop panel DP attached to an anti-use end 11d orthogonal to the direction in which the rows extend, and one of the adjacent desks DK in which the anti-use ends 11d face each other. The desktop panel DP is also attached to the unit 11d. In the operation of changing from the set A so as to be in the mode of the set B, the connector 5 is removed from the desktop panel DP, the glass panel DPg, and the intervening member 4 at a point where the connection needs to be removed at the minimum at the time of the change. Remove the desktop panel DP and the glass panel DPg from the desk DK at a convenient location, remove unnecessary parts, add the missing parts, rearrange the desk DK, and then re-attach each part. Complete with

In addition to this example, the layout can be changed from set A or set B to set C shown in FIG.
In this set C, two sets each forming six unit spaces US in a line are arranged to form a total of 12 unit spaces US, and each unit space US is set as the work space S1. Desk D
The arrangement direction of K is the same as that of the set A, except that at least the partition area PS on the side facing the outside of the set C of the office space S1 disposed at the end and the partition area PS at other appropriate places have a desk. Instead of attaching the desktop panel DP to the DK, similarly to the desktop panel DP, a low partition panel LP, which is a partition panel having a relatively short height used to partition the office space S1 and the like by arranging it in the partition area PS, is arranged. I have. This low partition panel LP has a width dimension of about 800 mm corresponding to half of the module, and has an adjuster (not shown) attached to a lower end thereof and grounded on the floor surface, and an upper end portion to which a decorative member 32 similar to the above is attached. Has a height dimension that is substantially equal to the height position of the upper end portion Dpa of the desktop panel DP, and the thickness thereof is substantially the same as the thickness of the desktop panel DP. The intervening member 4 has substantially the same longitudinal dimension as the low partition panel LP between adjacent low partition panels LP.
By using the same connecting member 5 as the connecting member 5 with an intervening member 140 having the same configuration as that described above, the upper and lower ends of the low partition panels LP are connected to each other. In addition, in a place where two low partition panels LP are directly adjacent to each other without providing the intervening member 140 between them, the upper end and the lower end of the low partition panel LP are attached to the connecting device 5 so as to correspond to the module. The connection is made by using a connection tool 7 having only two parts arranged side by side. In addition, at the place where the adjacent low partition panel LP and desktop panel DP are connected, as shown in FIG. 9, a rail 142 extending vertically is formed on the surface of the interposition member 4 on the side facing the desktop panel DP. Instead of the connecting device 5 at the lower end portion DPb of the DP, the rail 14 is attached to one side of a substantially square mounting portion 81 having the same shape as the one mounting portion 51 of the connecting device 5.
A slider 8 having a projection 82 corresponding to the shape 2 is attached. The projection 82 of the slider 8 is guided by the rail 142 to drop the desktop panel DP from above the low partition panel LP.
Low partition panel LP and desktop panel D
The upper ends of the P and the intervening member 4 are connected to each other by a connector 5. The layout change to the set C having such a configuration can be performed basically in the same manner as the above-described operation. The low partition panel L
Since the connection structure between the Ps is the same or similar to that between the desktop panels DP, the low partition panels LP can be attached and detached with a simple operation.
When the layout is changed, only that part is not changed, and if necessary, a specialized contractor may be requested. In this set C, the desktop panel Dps having a half width dimension of the desktop panel DP is partially used. In this case, the center in the width direction at the non-use end 11d of the desk Dk and the desktop panel Dps are used. The connecting means 7 is used to connect the desktop panels DP with each other.

Further, the layout can be changed to a form of a set D as shown in FIG. In this set D, a partition area P surrounding 12 unit spaces US
In S, the desktop panel D, the glass panel DPg, the partition panel such as the low partition panel LP, etc. are not arranged in two places, and the arranged desktop panel D is arranged.
P, glass panel DPg, low partition panel L
P forms eight office spaces S1 each composed of one unit space US, and a management space S2 and a meeting space S3 composed of two adjacent unit spaces US. Management Space S
In the space 2, a desk DK and a side desk SD adjacent to the one open side end 11b are arranged, and a space for an administrator who manages the office worker belonging to the set C is provided. It was done. Note that this administrator's desk D
The shelf OP is attached to K as an optional member by the above-described means. Meeting space S
In the table 3, a table TB is provided for an office worker or an administrator to perform a home registration or the like. Also in this set D, the meeting space S3 and the management space S3 which are easily exposed to the eyes from the outside and have a large area
2, a low partition panel LP is appropriately arranged.

FIG. 11 shows an example of an office space OF in which various sets including the sets A, B, C, and D described above are arranged. In this office space OF, in addition to these sets, work spaces such as a conference room R1, a reception room R2, a copy room R3, and a boardroom R4 are also formed. The description is omitted because it is configured.

According to the office layout system of the present embodiment as described above, the width of the modularized unit space US is changed mainly by merely attaching and detaching the desktop panel DP or the like as a partition means in each partition area PS. It is possible to set a work space such as the work space S1 including one or a plurality of unit spaces US surrounded by the desktop panel DP without any need, and thus a uniform office space OF based on the unit space US
Can be easily configured.

In particular, since the partition means is constituted by the desktop panel DP or the low partition panel LP having a fixed thickness and the interposition member 4 interposed between the adjacent panels, the fixed means can be fixed even by a simple operation. Workspaces that are adjacent to each other can be partitioned according to standards.

Further, the desktop panel DP is attached to the desk DK arranged in the unit space US without the lower end portion DPb being grounded to the floor surface.
It is not only easy to attach and detach the desktop panel DP to and from the desk DK, but also to secure a wiring space for computer equipment and the like on the desk DK in a space formed between the floor surface and the desktop panel DP. Work can be done easily. The presence of the space allows the cool and warm air to pass well, so that a good air-conditioning state can be obtained. In addition, since the low partition panel LP has a configuration in which the lower end portion is grounded to the floor, such a low partition panel LP is arranged in a partition area PS adjacent to a work space particularly arranged at an end portion which is easily noticeable from the outside. In this case, the line of sight from the outside can be blocked very effectively.

The desk DK is provided with the top plate 1 having the width dimension on the side of the non-use end 11d corresponding to the standard of the modularized unit space US. Can be stored clearly. In particular, the desk DK of this embodiment is
Since the anti-use end portions 11d are substantially perpendicular to each other and form a V-shape in plan view, even if the direction of the desk DK is changed, for example, by approximately 90 °, the convenience in use can be appropriately reduced. Can be arranged.

It should be noted that the present invention is not limited to the above-described embodiment.
For example, when the upper end of the adjacent low partition panel is higher than the upper end of the desktop panel, if the slider is applied to both the upper end and the lower end of the desktop panel, both can be connected appropriately. Furthermore, as long as the area of the office permits, the length of a row in a set can be extended, and the partition area and the unit space can be extended not only in the direction in which the row extends, but also in the direction orthogonal to the row, as long as the office area allows, as long as the set dimensions of the partition area and the module of the unit space are followed. Can be extended to expand the set. In addition, the present invention is not limited to office spaces such as corporations and the like, but is also applied to spaces such as school classrooms and libraries, and various types of workspaces such as student learning spaces, teacher guidance spaces, reading spaces, and the like. It is also possible to set appropriately.

In addition, the specific configuration of each part is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the present invention.

[0036]

The present invention is embodied in the form described above and has the following effects.

That is, according to the office layout system of the present invention, when the layout of the office is changed due to an increase or decrease in the number of personnel, etc., each work space is mainly divided only by attaching / detaching the partition means. Can be composed of one or more unit spaces based on the unit space enclosed by the office space, the office space, the management space,
It is possible to easily form a meeting space and the like while maintaining uniformity.

In particular, when the partition means is composed of a panel having a predetermined thickness and an intervening member interposed between adjacent panels, and these are used to partition adjacent workspaces, it is simple. Work spaces can be separated from each other.

In this case, if a desktop panel supported on the non-use end side or the side end side of the desk disposed in the unit space without being grounded to the floor is used as the panel, the floor and the desktop can be used. Wiring of electrical equipment such as computer equipment on the desk can be easily routed to the space formed between the panel and the desk, and the space formed between the lower end of the desktop panel and the floor can be conditioned by air. Therefore, it is possible to obtain a good air-conditioning state without interrupting cool air or warm air. In addition, the use of the partition panel which is arranged in a state of being grounded to the floor surface can effectively block the line of sight particularly from the outside. When such a partition panel is placed in a partition area facing the outside adjacent to a unit space located at the end that is easily visible from the outside, it has an extremely effective effect of blocking the line of sight. can do.

Further, when a desk having a width on the non-use end side substantially equal to the distance between the partition areas facing each other across the unit space is arranged, the non-use end is connected to the opposing partition areas. If the desk is opposed to the partition area, such a desk can be stored in the unit space clearly and clearly.

In this case, if the non-use end portions of the desks have substantially the same width and are substantially perpendicular to each other to form a V-shape in plan view, the direction in which the desks are arranged is, for example, approximately 90 °.
Even if it is changed, an effective use state can be obtained while maintaining an appropriate arrangement.

[Brief description of the drawings]

FIG. 1 is a perspective view showing one embodiment of the present invention.

FIG. 2 is a plan view schematically showing a layout system as a basic configuration of the embodiment.

FIG. 3 is an enlarged perspective view showing a desk applied to the embodiment.

FIG. 4 is an exploded perspective view showing the desk and the desktop panel partially omitted.

FIG. 5 is a cross-sectional view showing a part of FIG.

FIG. 6 is an exemplary perspective view showing a connection structure between desktop panels according to the embodiment;

FIG. 7 is an exemplary perspective view showing another layout in the embodiment.

FIG. 8 is a perspective view showing still another layout.

FIG. 9 is an exemplary perspective view showing a connection structure between the desktop panel and the low partition panel;

FIG. 10 is a perspective view showing still another layout.

FIG. 11 is an exemplary plan view schematically showing an office space to which the embodiment is applied;

[Explanation of symbols]

OF: Office space PS: Partition area US: Unit space S1: Work space (work space) S2: Work space (management space space) S3: Work space (meeting space) DK: Desk DP, Dpg: Partition means (desktop panel, Glass panel) LP: Partition means (low partition panel) 4, 140: Interposed member

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Tatsuo Komada 6-1-1, Oimazato-minami, Higashinari-ku, Osaka-shi Inside KOKUYO Co., Ltd. (72) Inventor Fumihiko Nomura 6-1-1, Oimari-minami, Higashinari-ku, Osaka-shi No. 1 KOKUYO Co., Ltd. (72) Inventor Sumitomo Kanayama 6-1-1, Oimazato Minami, Higashisei-ku, Osaka-shi F-term in KOKUYO Co., Ltd. (Reference) 3B060 AD01

Claims (6)

[Claims] 1. A layout system capable of setting a work space such as an office space for an office worker, a management space for an administrator, and a meeting space in an office space, wherein the layout system is detachable from a partition area having a predetermined dimension. Partitioning means, and a unit space modularized corresponding to a space to be surrounded by the partitioning area, and partitioned into the partitioning area in response to an increase or decrease in personnel or a layout change. An office layout system characterized in that the work space can be set in one unit space surrounded by the partition means or in a plurality of adjacent unit spaces by attaching and detaching the means. 2. The partitioning means comprises a panel having a predetermined thickness dimension and an intervening member interposed between adjacent panels, and the panels and the intervening member can separate adjacent work spaces. 2. The office layout system according to claim 1, wherein: 3. The desktop panel, wherein the panel is supported on the non-use end side or the side end side of the desk disposed in the unit space without being grounded on the floor, or is grounded on the floor. 3. The office layout system according to claim 2, wherein the partition panel is arranged in a partition panel. 4. A partition panel, which is disposed adjacent to a unit space disposed at an end and facing the outside, and is disposed in a state of being grounded to a floor surface, is disposed as the partition means. 4. The office layout system according to item 2 or 3. 5. A desk having a width on the side opposite to the use end that is substantially equal to the distance between the partition areas facing each other across the unit space in the unit space. 5. The office layout system according to claim 1, wherein the office layout system can be arranged so as to face a partition area connecting the areas. 6. The office layout system according to claim 5, wherein said non-use end portions of said desk have substantially the same width and are substantially perpendicular to each other to form a V-shape in plan view. .