JP2000333738A - Table - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a table, both panel and option members of which can be supported on legs and can be handle integrally with a table, in a table in which a top plate supported on a pair of right and left legs are arranged at least at edges to be used along a previously set top plate module. SOLUTION: In a table T, a top plate 1 following the specification of a top plate module M, a panel P1 and an option member O can be arranged properly by arranging the rear end 32 of a leg 3 along the side edges and edges opposite to edges to be used of he top plate module M, and forming a panel mounting portion to mount the panel P1 on the rear side of the rear end 32 of the leg 3 along the edges opposite to the used edge of the top plate module M, and an option member mounting portion to support an option member O above the rear end 32 is disposed on the rear end 32.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a table on which panels and optional members can be suitably mounted.

[0002]

2. Description of the Related Art Conventionally, there are cases where optional members such as panels, shelves, memo stands, telephone stands or lighting fixtures are attached to a table. In such a case, it is customary to arrange a self-supporting panel on the back side of the table and to use a mounting portion of an optional member built in advance in a part of the table.

[0003]

However, in such a case, since the table and the panel are not integrated, when the table is moved, they must be handled separately. Yes, the operation becomes extremely complicated. In addition, since a structure only for mounting the optional member must be separately manufactured, there is a problem that the labor and the number of parts are increased. Furthermore, if such a panel and an optional member are to be mounted simultaneously, they will interfere with each other, making it impossible to mount, or causing a gap between the two, resulting in instability or impaired appearance. It is also possible.

[0004]

SUMMARY OF THE INVENTION In view of the above-mentioned problems, the present invention provides a panel on this leg by arranging the rear end of the leg at the corner of the top plate module on the side opposite to the use edge. And an optional member can be supported, and the table is configured to be easily handled integrally with the table.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS That is, the table of the present invention
A top plate supported by a pair of left and right legs is arranged at least on the use edge side along a preset top plate module, and the rear end of the leg is attached to the top plate module. A panel mounting portion arranged along the side edge side and the non-use edge side, and a panel mounting portion for attaching a panel to the rear end along the non-use edge of the top plate module on the back side of the rear end portion of the leg; An optional member mounting portion for supporting the member above the rear end is formed.

In this case, the panel attached to the table is supported by the rear ends of the legs disposed at positions along the side edge and the non-use edge of the top plate module. So when moving the table,
The table and the panel can be moved integrally. Further, by using the legs, an optional member can be attached simultaneously with the panel. In addition, the panel is mounted on the back side of the rear end of the leg, and the optional member is supported above the rear end of the leg, so that the panel and the optional member do not interfere with each other and are tightly mounted without gaps Will be done. Therefore, when both the panel and the optional member are attached to the table of the present invention at the same time,
Both are stably supported, and the appearance is extremely good. Of course, by mounting the panel and the optional member along the top panel module, their size and mounting position can be determined according to the standard of the top panel module, which is extremely useful.

In addition, if the front end of the leg is arranged along the side edge and the use edge of the top plate module, when the auxiliary top plate is arranged along the use edge of the table, the leg and the leg are connected to each other. This makes it easy to connect the auxiliary legs that support the auxiliary top plate in close or close proximity, and it is possible to increase the support strength of the auxiliary top plate. Also, in order to be able to use the leg structure effectively and attach the optional member without specially building the structure for attaching the optional member, open the upper end of the rear end of the leg. It is preferable that the opening is used as the optional member attaching portion so that the lower end of the optional member can be removably inserted into the opening. In this case, for example, when the optional member is a heavy shelf or the like, a large falling moment acts forward on the leg, but in order to be able to effectively support such a large load, the leg is required. It is preferable that the rear end of the leg project above the top plate receiving surface of the leg. In this way, it is also possible to effectively prevent the use surface such as the top plate from being damaged. Further, since the rear end of the leg is located above the top plate receiving surface, its protruding end can be made substantially flush with the use surface of the top plate or the like. When the optional member is not inserted into the opening, the opening can be effectively closed with a small cap. Furthermore, when a wiring space for a computer or the like is formed in a region on the side opposite to the use edge of the top plate module, the protruding upper end of the leg may be used as a position for a cover or the like that closes the wiring space. it can.

On the other hand, if the upper end of the front end of the leg forms a part of the top plate receiving surface, the front end does not protrude upward. Has no effect on Also, when the auxiliary top plate is arranged on the use edge side of the top plate, the front end of the leg does not become an obstacle. As a specific embodiment in which a panel is easily attached to such a leg, the leg is a front leg element constituting a front end thereof, a rear leg element constituting a rear end thereof, and connecting these front and rear leg elements. And a front and rear connecting rod, wherein the panel mounting portion is formed on the inward surface of the rear leg element. By doing so, it is possible to eliminate those that protrude to the back side compared to the case where there is a mounting part on the back side of the rear leg element, so a panel of the size corresponding to the standard of the top plate module can be It can be mounted closely from the rear side of the rear leg element. Also, the panel can be attached by being turned from behind the rear leg element.

In order to be able to mount the panel along the side edge of the leg, it is desirable to form a panel mounting portion on the rear surface of the front leg element and the front surface of the rear leg element. In order to allow the panel to be easily and reliably attached to and detached from the leg having such a configuration, the panel mounting portion is provided with an engaging means capable of engaging with a part of the panel, It is preferable that the panel comprises a fastening means capable of fastening a part, and the panel can be detachably attached to the leg via the engagement means and the fastening means.

When the panel is provided with an engaging claw protruding toward the leg element side, as a specific example of the engaging means, the engaging means is provided on the leg element to which the panel is to be attached, and One that is a pin that can engage a claw is included. In this way, the panel can be easily attached from the outside by any method, such as rotating the panel from the outside of the leg with the pin as a fulcrum or dropping the engaging claw of the panel with the pin. Becomes On the other hand, as a specific example of the fastening means, the fastening means includes a bracket attached to a part of the leg, and a screw member that passes through the bracket and is screwed to the panel. In this case, the panel engaged with the pin can be easily and reliably attached to and detached from the leg.

In order to improve work efficiency when a panel or an optional member is mounted or an auxiliary top plate is arranged, at least a pair of right and left legs and a beam member connecting these legs are used. It is desirable to configure a leg structure having autonomy. In such a configuration,
When arranging an auxiliary top plate that can extend the use surface of the top plate along the use edge side of the top plate module, this auxiliary top plate can be selectively attached to either the left or right end of the use edge side of the top plate module. When arranged and supported by a common auxiliary leg at the left and right arrangement positions, it is possible to easily change the table layout using the same auxiliary leg without increasing the number of parts. it can.

In this case, a specific embodiment of the auxiliary leg which supports the auxiliary top plate with a small number of parts and can be easily rearranged at the time of rearrangement of the left and right is provided. Is a pair of front and rear side leg elements in which, when the auxiliary leg body is arranged at one of the left and right positions, one is reciprocally the front side leg element and the other is the rear side leg element. A side connecting rod connecting these front and rear side leg elements, an inner leg element arranged on the front edge side of the auxiliary top plate, and an auxiliary beam member connecting the inner leg element and the beam member; One includes a front connecting rod for connecting the front side leg element and the inner leg element, and a rear connecting rod for connecting the rear side leg element and the auxiliary beam member.

In order to be able to easily rearrange such an auxiliary leg on the spot, both ends of the front connecting rod,
Opening the outer end of the rear connecting rod and the front end of the auxiliary beam member, respectively, and forming protrusions on the inward surface of the side leg element, the inward surface and the rearward surface of the inner leg element, respectively. Are desirably inserted into the openings of the corresponding front connection rod, rear connection rod and auxiliary beam member. Particularly in this case, in order to minimize the number of parts and further improve the work efficiency of rearrangement of the auxiliary leg, the front and rear side leg elements are integrally connected by a side connecting rod, and the connection is performed. It is effective to be able to change the left and right positions in the state.

In order to allow the auxiliary panel and the optional member to be mounted at a position along the outer edge of the auxiliary top plate, the rear leg element of the side leg elements is replaced with the outer edge of the auxiliary top plate. Along with the rear edge, the front side leg elements are disposed along the outer edge and the front edge of the auxiliary top plate, and the auxiliary panel mounting portion and the optional member mounting portion are formed on these side leg elements. It is desirable to keep. By arranging the side leg elements in this manner, the auxiliary panel and the optional member can be attached to the auxiliary leg at the same time so as not to interfere with each other without a gap, and can be moved together with the auxiliary leg. . In addition, since the rear leg element and the front leg element of the leg are closely arranged, for example, by connecting the rear leg element and the front leg element, the load acting on the auxiliary leg can be effectively reduced. It will be able to support it.

By utilizing the structure of the side leg elements effectively, an optional member can be attached similarly to the leg.
As a specific embodiment of the side leg element, an upper end of the side leg element is opened, and this opening is used as the optional member attaching portion, and the lower end of the optional member is removably inserted into the opening. What you are trying to get. In such a case, the side leg connecting element, front connecting rod, rear connecting rod, It is effective that the upper surface of the connecting leg, the auxiliary beam member, and the inner leg element constitute an auxiliary top plate receiving surface of the auxiliary leg, and the side leg elements protrude above the auxiliary top plate receiving surface. .

Also, in order that the auxiliary panel attached to the auxiliary leg can be easily and surely attached and detached similarly to the panel attached to the leg, the auxiliary panel mounting portion must be a part of the auxiliary panel. The auxiliary panel can be detachably attached to the auxiliary leg via the engaging means and the fastening means capable of fastening a part of the auxiliary panel. It is desirable to do so.

In the case where the auxiliary panel is provided with an engagement claw protruding to the side leg element side substantially in the same manner as the panel, when the engagement means has a simple configuration, the engagement means is provided with the side A pin provided on the opposing surface of the leg element and capable of engaging the engaging claw may be used. In such a case, the auxiliary panel can be engaged with the auxiliary leg by the same operation as that of engaging the panel with the leg. At this time, if the fastening means also includes a bracket attached to a part of the auxiliary leg and a screw member that penetrates this bracket and is screwed to the auxiliary panel, the auxiliary panel is attached to the auxiliary leg. Easy and reliable mounting.

In order to be able to attach a panel or an optional member having a size that is easy to handle, and to increase the number of places where the optional member can be attached to the leg structure, it is necessary to use a top plate module. A pair of intermediate panel mounting portions to which a half-width panel can be mounted, and a pair of intermediate option member mounting portions to which a half-width optional member of the top plate module can be formed, and any one of the intermediate panel mounting portion and the intermediate option member mounting It is desirable that the panel and the optional member can be attached using the panel attaching portion and the optional member attaching portion provided on the leg nearer to them. Such a configuration is particularly effective when the top panel module has a large width dimension. In this case, in particular, in order to allow an optional member such as a shelf having a half width dimension of the top plate module to be replaced with the leg structure and the auxiliary leg, the depth dimension of the auxiliary top plate is set to It is effective if it is set so as to be substantially equal to the half width dimension of.

In order to ensure the rectangularity of the top plate and at the same time to be able to carry out wiring processing on the top plate appropriately, a wiring space is formed below the non-use edge side of the top plate module. Place the top plate in the area on the use edge side of
It is desirable to arrange a wiring cover for closing the wiring space so as to be openable and closable in a region on the side opposite to the use edge. In such a table, as a specific embodiment for easier wiring work, at least the lower end of the panel attached to the non-use edge side of the top plate module is set above the lower end of the legs. And the panel is attached to the corresponding leg element.

[0020]

An embodiment of the present invention will be described below with reference to the drawings. As shown in FIGS. 1 and 2, the table T of this embodiment includes a top plate module M set to a predetermined standard.
The top plate 1 is arranged in a region including the use edge side of the top plate module M, and the wiring cover 2 is arranged in a region including the non-use edge side. A wiring duct (not shown) for forming S is provided, and the top plate 1, the wiring cover 2, and the wiring duct are supported by the leg structure A. Further, panels P1 and P2 according to the standard of the top plate module M and a shelf O as an optional member can be attached to the leg structure A.
Auxiliary top plate 7 supported by auxiliary legs 8 along the edge of use
Has been arranged. Further, in this embodiment, a passage (not shown) in the room where the table T is arranged is set along the left side edge of the top plate module M.

In this embodiment, the top plate module M is
For example, the width is set to a standard of 180 cm and the depth is set to a standard of about 70 cm. As shown in FIGS. 1 and 2, the top plate 1 is a rectangular plate material in plan view having a width dimension corresponding to the top panel module M and a depth dimension slightly smaller than the top panel module M. The module M is arranged in a region on the use edge side. The wiring cover 2 has a width corresponding to the top plate module M and a depth from the rear edge 1c of the top plate 1 to the non-use edge side of the top plate module M. It is arranged detachably along. Further, an end cover 22 is formed by cutting both ends of the wiring cover 2 into small pieces that can be opened and closed, so that wiring can be drawn out from the end cover 22. Here, the wiring cover 2 avoids the positions corresponding to the protruding upper ends 32a, 41a of the rear leg element 32 and the intermediate leg element 41 constituting the leg structure A to be described later so as to avoid the upper ends 32a, 41a. Is cut out in a substantially rectangular shape.

The leg structure A is shown in FIGS.
As shown in the figure, a pair of legs 3 that stand up at a distance between both side edges of the top plate module M, a beam member 34 connecting these legs 3, and a half width of the top plate module M are arranged. And the intermediate leg 4 supporting the beam member 34 from the lower surface side. Each of the leg 3, beam member 34 and intermediate leg 4 is mainly formed of a metal square pipe formed by extrusion, and this square pipe is cut into a suitable length for use. The left and right legs 3 are respectively integrally connected to a front leg element 31, a rear leg element 32, and a front / rear connecting rod 33 for connecting the front / rear leg elements 32 by welding or the like. The front leg element 31 is disposed at a position along the side edge side and the use edge side of the top plate module M, that is, at the corner portion 11 between the side edge 1b and the use edge 1a of the top plate 1, and the upper end 31a has a top plate 31a. It constitutes a part of the receiving surface. Further, the front and rear connecting rod 33 is positioned along the side edge of the top plate module M, that is, the top plate 1.
And the wiring cover 2 is disposed at a position along the side edges 1b, 2b.
1a, it is connected to the front leg element 31 so as to form a top plate receiving surface together with the front leg element 31. Rear leg element 32
Are arranged along the side edge side and the non-use edge side of the top plate module M, that is, at the corner portion 21 between the side edge 2b and the rear edge 2a of the wiring cover 2, and the upper end portion 32a
Are connected to the front / rear connection rod 33 so as to protrude above the top plate receiving surface. The protrusion amount of the upper end portion 32a is
The thickness is approximately equal to the thickness of the top plate 1 and the wiring cover 2. In addition, these front and rear leg elements 31, 32
The upper ends 31a and 32a are both open, and an adjuster (not shown) is attached to the lower end to ground the floor. The beam member 34 has an inner surface 33b at a position where both ends thereof are slightly displaced forward from the rear end of the front and rear connecting rod 33.
And fastened with a screw penetrating the front and rear connecting rod 33. The upper surface 34a of the beam member 34
Together with the front leg element 31 of the leg 3 and the front and rear connecting rod 33, a top plate receiving surface is configured. The intermediate leg 4 stands up at a position corresponding to a half width of the top plate module M, that is, a position exactly at the center of the beam member 34 in the longitudinal direction. The two intermediate leg elements 41 and the beam member 34 are connected to each other. Supporting beam member supporting element 4
And 2. The two middle leg elements 41 are arranged on the side opposite to the use edge of the top plate module M, that is, along the rear edge 2 a of the wiring cover 2, and have the same height dimension as the rear leg element 32. And is open at the upper end 41a. On the other hand, the beam member supporting element 42
It is attached to the two intermediate leg elements 41 almost equally from the front, and is attached to the lower surface of the beam member 34 so as to extend substantially horizontally forward, sunk into the lower surface of the beam member 34 to support the beam member 34, and its position. Reverse L that extends almost directly below from the ground
It is shaped like a letter. An adjuster (not shown) similar to the above is attached to each lower end of the intermediate leg element 41 and the beam member supporting element 42.

FIGS. 1 to 3 show this leg structure A.
As shown in the figure, the rear panel P1 and the side panel P are respectively arranged along the non-use edge side and the side edge side of the top plate module M.
2, a panel mounting portion X1 and an intermediate panel mounting portion X2 for detachably mounting P3, an optional member mounting portion Y1 for detachably supporting an optional member above a rear end of the leg structure A, and An intermediate option member mounting portion Y2 is formed. However, the panel mounting portion X1 and the optional member mounting portion Y1 are provided on the left and right legs 3, and the intermediate panel mounting portion X2 and the intermediate optional member mounting portion Y2 are provided on the intermediate leg element 41. .

First, as shown in FIGS. 1 to 3, FIG. 5, and FIGS. 7 to 9, the panel mounting portion X1 and the intermediate panel mounting portion X2 can engage a part of the panels P1 and P2. It comprises means 5, 105 and fastening means 6, 106 capable of fastening a part of the panels P1, P2. Engaging means 5,
105 is an inward surface 32b and a front surface 32c of the rear leg element 32;
The rear surface 31b of the front leg element 31 and the opposing surface 41b facing the rear leg element 32 on the side closer to each of the middle leg elements 41
Are pins 51 attached to predetermined height positions, respectively. This pin 51 has a thread formed at the tip,
Each leg element 31, 32, 41 is screwed. The fastening means 6 and 106 are provided on the inward surface 32 b of the rear leg element 32, the front end and the rear end of the lower surface 33 c of the front / rear connecting rod 33, and the upper surface of the opposing surface 41 b of the intermediate leg element 41 above the pin 51. A bracket 61 attached to a predetermined height position,
62, and a screw member 63 penetrating through the brackets 61, 62 and screwed to the panels P1, P2. The inward surface 32b of the rear leg element 32 and the middle leg element 4
The bracket attached to the first opposing surface 41b is a plate-shaped bracket 61, the side surface of which corresponds to the leg element 3
It is attached by welding to positions near the rear of 2, 41. The plate-shaped bracket 61 is provided with a through hole 61a penetrating in the front-rear direction.
The screw member 63 is inserted into the hole. Also,
The bracket attached to the front and rear connection rod 33 is an L-shaped bracket 62, and the horizontal wall is screwed from below so as to contact the lower surface 33c of the front and rear connection rod 33 so that the vertical wall faces outward. . Then, a through hole 62a penetrating the upright wall is provided at the same height position as the through hole 61a of the plate-shaped bracket 61, and the screw member 6 is formed.
3 can be inserted.

On the other hand, the optional member mounting portion Y1 and the intermediate optional member mounting portion Y2 are shown in FIGS.
As shown in FIG. 8, the upper end 32a of the rear leg element 32
And an opening at the upper end 41a of the intermediate leg element 41. That is, the lower end portion O2a of the optional member O is inserted into these openings and screwed at an appropriate position. In this way, each opening or
By simultaneously inserting the optional member O into the plurality of openings, the optional member O can be supported along the non-use edge of the top plate module M.

As shown in FIGS. 1, 4 and 6, the auxiliary top plate 7 is a plate material having a depth dimension equal to a half width dimension of the top plate module M and a thickness substantially equal to the top plate 1. The substantially central portion of the inner edge 7a is depressed so as to be smoothly curved. The top plate 1 can be disposed at either the left or right end along the use edge 1a, so that the use surface of the top plate 1 can be expanded. That is,
As shown in FIG. 1, when the auxiliary top 7 is arranged on the right end side of the top 1, the rear edge 7 c is in contact with the used edge 1 a of the top 1, and the outer edge 7 d is connected to the top 1. Right side edge 1b
To be continuous. Then, as shown in FIG. 6, when the auxiliary top plate 7 is arranged on the left end portion side of the top plate 1, the auxiliary top plate 7 is horizontally turned by 180 ° and the front and rear edges when the auxiliary top plate 7 is arranged on the right end side. 7b and 7c are reversed and replaced with a new trailing edge 7c
Are in contact with the used edge 1a of the top plate 1 and the outer edge 7d is connected to the left side edge 1b of the top plate 1. When such an auxiliary top plate 7 is disposed on either the left or right side, it is supported by a common auxiliary leg 8.

As shown in FIGS. 1 and 4 to 7, the auxiliary leg 8 is formed by cutting a metal square pipe mainly formed by extrusion molding into an appropriate length, similarly to the leg structure A. Things. The auxiliary leg 8 stands up and away from the auxiliary top 7 by the depth of the auxiliary top 7 and the outer edge 7d of the auxiliary top 7
A pair of front and rear side leg elements 81, 82 arranged along
A side connecting rod 83 in which these side leg elements 81 and 82 are integrally connected so that the left and right positions can be changed in the connected state, and an inner side arranged along the front edge 7b of the auxiliary top plate 7. A leg element 84, an auxiliary beam member 85 for connecting the inner leg element 84 to the beam member 34 of the leg structure A, a front connecting rod 86 for connecting the front side leg element 81 and the inner leg element 84, It comprises a rear connecting rod 87 for connecting the side leg element 82 and the auxiliary beam member 85. In addition, the side leg element 8
Adjusters (not shown) similar to those described above are also attached to the lower ends of the first and second inner leg elements 84.

The front and rear side leg elements 81 and 82 have the same height as the rear leg element 32 of the leg body 3 and respectively have an outer edge 7d and a front edge 7b or a rear edge 7c of the auxiliary top plate 7. Are arranged along the corner portions 71 and 72 formed from the front and back, so that the front and rear are interchangeably reversed in accordance with the left and right positions of the auxiliary top plate 7. The side leg elements 81 and 82 are positioned at the same height as the front and rear connection rods 33 of the leg 3 on the opposing surfaces 81b and 82b.
3, the upper ends 81a and 82a are projected above the upper surface of the side connecting rod 83, and the upper ends 81a and 82a are opened. The inner leg element 84 has the same height dimension as the front leg element 31 of the leg 3 and is disposed along the front edge 7b of the auxiliary top plate 7 at a position slightly closer to the outside than the inner edge 7a. ing. Thus, at the upper end 84a of the inner leg element 84, a U-shaped projection 88 formed by bending a sheet metal material on the inward surface 84b and the rearward surface 84c facing the front side leg element 81, respectively.
Are attached by welding. At the same height position as the projection 88, a similar projection 88 is attached to the inward surfaces 81c, 82c of the side leg elements 81, 82. Then, both ends 86 a of the front connecting rod 86, outer ends 87 a of the rear connecting rod 87, and front ends 8 of the auxiliary beam members 85.
5a, and each of the projections 88 is
These members are detachably connected by inserting and screwing. Also, the rear connecting rod 87 and the auxiliary beam member 8
5, a nut (not shown) is provided at the inner end 87b of the rear connecting rod 87, and a screw that penetrates the auxiliary beam member 85 from the inner edge 7a side of the auxiliary top plate 7 is screwed to the nut. It is detachably connected. Further, by screwing a screw penetrating the beam member 34 from the back side of the leg structure A to a nut (not shown) provided at the rear end portion 85b of the auxiliary beam member 85, the auxiliary beam member 85 is attached to the beam member 34. It is detachably connected. Here, since the arrangement position of the auxiliary beam member 85 changes according to the rearrangement of the auxiliary top plate 7 on the left and right,
Each of the beam members 34 has a screw insertion hole 3 at a position symmetrical with respect to the longitudinal center of the beam member 34 so as to correspond to each.
4b is provided. Further, the front leg element 31 of the leg 3 and the rear side leg element 82 adjacent thereto are detachably connected to two upper and lower portions by connecting metal fittings (not shown) to stabilize the auxiliary leg 8. The corner portions 71, 72 of the auxiliary top plate 7 are cut out in a substantially rectangular shape so as to avoid the protruding upper ends 81a, 82a of the front and rear side leg elements 81, 82.

Further, similarly to the leg structure A, the auxiliary leg 8 is formed with an auxiliary panel mounting portion X3 and an optional member mounting portion Y3 to which the auxiliary panel P4 and the optional member O can be mounted. I have. As shown in FIGS. 4 to 7, the auxiliary panel mounting portion X3 is
4 and a fastening means 206 capable of fastening a part of the auxiliary panel P4. More specifically, the engaging means 205 has a pin 205 similar to that attached to the rear leg element 32 or the like attached to the opposing surfaces 81b, 82b of the front and rear side leg elements 81, 82, The fastening means 206 includes the front and rear connecting rod 3
3 is attached to the front end and the rear end of the lower surface 83a of the side connecting rod 83, and a screw member 63 penetrating the L-shaped bracket 62 is screwed to the auxiliary panel P4 side. It is something to do. As in the case of the leg 3, the optional member attachment portion Y3 is set at the open upper ends 81a and 82a of the front and rear side leg elements 81 and 82, as shown in FIGS. .

Here, the panel P applied to the present embodiment is
1, P2, P3, auxiliary panel P4 and optional member O
The configuration and the method of attaching them will be described below. First, the panels P1, P2, P3 and the auxiliary panel P4
As shown in FIG. 1, FIG. 2 and FIG. 4, each is a flat plate having the same configuration. The rear panel P1 arranged on the side opposite to the use edge of the top plate module M has a width dimension substantially equal to a half width dimension of the top panel module M, and is connected to the left leg 3 and the intermediate leg element 41 on the side close thereto. 2 which is attached to the right leg 3 and the intermediate leg element 41 on the side close to the right leg 3 with the same configuration.
Are used. Since these two rear panels P1 have the same configuration, only the left panel will be described. When the rear panel P1 is erected to be in contact with the rear side of the rear leg element 32 and the intermediate leg element 41 from the rear side, the panel mounting portion X1 and the intermediate panel mounting portion X2 provided on the rear leg element 32 and the intermediate leg element 41 are provided. To respond to
Attachment members 9 are attached to the left and right side ends at the lower end of the front surface.
Is installed. Since the attached member 9 has the same configuration on the left and right, only the left side will be described. As shown in FIG. 8 and FIG.
1 and an engagement recess 92 that opens downward and can engage with the pin 51 that is the engagement means 5 provided on the inward surface 32 b of the rear leg element 32.
a engaging claw 92 having an a.
2 is attached to the plate-shaped metal member 91 by welding, and the upper part of the plate-shaped metal member 91 is screwed to the back panel P1. Further, the engaging recess 92 of the engaging claw 92 is
a of the rear leg element 32 when the
An elongated hole 91a penetrating the plate-shaped bracket 91 is provided so as to correspond to the through-hole 61a of the plate-shaped bracket 61 provided in 2b. Further, a nut (not shown) corresponding to the elongated hole 91a is provided inside the rear panel P1. The other configuration of the rear panel P1 is the same as that of the conventional low partition panel, and thus the description is omitted. Also,
The side panel P2 disposed along the left side edge of the top plate module M and facing the passage has a width dimension slightly longer than the depth dimension of the top panel module M, and a table T from the outside.
Is extended to the vicinity of the lower end of the leg 3 so as to close the lower space of the leg 3, and the rear end thereof is aligned with the position of the rear leg element 32 and rises so as to contact the leg 3 from the outside. Further, on the front end side and the rear end side of the inward surface of the side panel P2, the same mounting member 9 as described above corresponding to the panel mounting portion X1 provided on the leg 3 is provided. However, the long hole 91a of the plate-shaped metal member 91 constituting the attached member 9 is formed in the through hole 6 of the L-shaped bracket 62 provided on the front and rear connecting rod 33 of the leg 3.
2a. Further, a side panel P which is arranged along the right side edge of the top plate module M and does not face the passage.
Reference numeral 3 denotes a member having a width dimension substantially equal to the depth dimension of the top plate module M and having a lower end aligned with the lower end of the back panel P1, and similarly to the left side panel P2, the mounting member 9 is provided.
Is provided. Both side panels P2, P3 and rear panel P1 have their upper ends aligned. On the other hand, the auxiliary panel P4 has a width dimension substantially equal to the depth dimension of the auxiliary top plate 7, has the lower ends thereof aligned with the adjacent side panels P3, and has an upper end slightly lower than the side panels P3. And, at the front end and the rear end at the lower end of the inward surface,
A mounting member 9 corresponding to the auxiliary panel mounting portion X3 of the auxiliary leg 8 is mounted. Since the attached member 9 has the same configuration as the attached member 9 such as the side panel P3, the description thereof is omitted.

These back panel P1, side panel P2,
P3 and auxiliary panel P4 are attached as follows. However, since the mounting method of each panel is performed in the same manner, only the mounting method of the left rear panel P1 will be described here. 8 and 9 show the relationship between the rear leg element 32 and the rear panel P1 in an enlarged manner. That is, first, the rear panel P
1 is lifted to engage the engaging recess 92 a of the engaging claw 92 with the pin 51 of the rear leg element 32 and the intermediate leg element 41 from the rear side of the leg structure A. At this time, as shown by the two-dot chain line in FIG.
1 as a fulcrum, the rear panel P1 may be rotated so as to gradually rise, or as shown by a dashed line in FIG. 51 may be dropped. Next, the rear panel P1 is moved to the rear
And stand upright so as to contact the rear side of the intermediate leg element 41.
Then, the screw member 63 is moved from the use edge side of the top plate module M to the through hole 61a of the plate
The rear panel P1 is completed by being passed through one of the long holes 91a and screwed to a nut which stands by inside the panel. Right rear panel P1, side panel P
2, P3 and the auxiliary panel P4 are attached to the leg 3 and the auxiliary leg 8, respectively, in a similar manner.

On the other hand, an optional member applied to this embodiment is a shelf O having a width substantially equal to a half width of the top plate module M as shown in FIGS. The shelf O includes a rectangular box-shaped shelf body O1 having a front side that can be opened and closed, and a shelf support O2 extending substantially vertically downward from both left and right ends at the rear end of the shelf body O1. It becomes. The shelf support O2 is a prismatic column provided at a distance substantially equal to a half width dimension of the top plate module M, and its lower end O2a is connected to the rear leg element 32 of the leg structure A,
Middle leg element 41 or side leg elements 81, 82 of auxiliary leg body 8.
Are slightly thinned so that they can be inserted into the openings serving as the optional member attaching portions Y1, Y3 or the intermediate optional member attaching portion Y2 set at the upper ends 32a, 41a, 81a, 82a.

In the present embodiment, such a shelf O is attached to the rear leg element 32 of the left leg 3 and the intermediate leg element 41 near the rear leg element 32. That is, the lower end O2 of the shelf support O2
a is removably inserted into the opening at the upper end 32a of the rear leg element 32 and the opening at the upper end 41a of the intermediate leg element 41, respectively. Furthermore, in order to increase the stability of the attached shelf O, a screw is inserted from the front of the rear leg element 32 and the middle leg element 41 and screwed to the front of the shelf support O2.
Shelf O is fixed at its mounting position. At this time, since the back side of the shelf O is in close contact with the front surface of the back panel P1, it is difficult to fall backward. However, in order to further prevent the forward fall, the shelf support O2 and the back panel P1 May be appropriately fixed with screws or the like. Also, an optional member mounting portion Y to which no optional member is mounted
A cap C is fitted in 1, Y2, Y3, and the like to close the opening. Further, the shelf O includes a rear leg element 32 on the right leg 3 and a middle leg element 4 on the side close thereto.
1, or when attaching to the front and rear side leg elements 81, 82 of the auxiliary leg 8, it is attached in the same manner as described above. The optional member attached in the present embodiment is the shelf O as described above, but these optional member attaching portions Y1, Y2, Y3 and the like also include a shelf support O.
A telephone stand, a memo stand, a lighting device, and the like having the same columns as those in 2 can be attached, but the description thereof is omitted.

When the auxiliary top plate 7 is rearranged from the right side shown in FIGS. 1 and 4 to the left side shown in FIG. 6 along the use edge side of the top plate module M, the following is performed. That is, it turns 180 ° horizontally so that the front and rear of the side leg elements 81 and 82 are switched. In addition, the rear connecting rod 87 is turned by 180 ° so that the opening of the outer end portion 87a faces the left side, and the inner leg element 84 is turned by 90 ° so that the two projecting portions 88 face leftward and rearward. . Furthermore, the projections 88 of the side leg elements 81, 82 and the inner leg element 84
Then, the rear connecting rod 87, the front connecting rod 86, and the opening of the auxiliary beam member 85 are respectively inserted and screwed. Then, the rear end portion 85b of the auxiliary beam member 85 is screwed so as to coincide with the screw insertion hole 34b on the left side of the beam member 34, and the rear side leg element 82 is closely attached to the front leg element 31 of the left leg body 3. Adjacent and secure them with connecting hardware. Finally, the auxiliary top plate 7 is turned horizontally by 180 ° and its outer edge 7d
The corner portions 71, 72 of the front end and the rear end are positioned in accordance with the upper ends 81a, 82a of the front and rear side leg elements 81, 82. Thus, the rearrangement of the auxiliary top plate 7 is completed. In addition, when rearranging the auxiliary top plate 7 from the left side to the right side, the above procedure may be performed.

As shown in FIGS. 1 and 2, the table T of this embodiment has a wiring space for a computer or the like (not shown) below the wiring cover 2 on the side opposite to the use edge of the top plate module M. S is formed. In the wiring space S, a shelf-shaped wiring duct (not shown) supported by the leg structure A is disposed, and the wiring space S is closed on the front side and the rear side below the rear side along the back panel P1. Curtain plate S
a is attached. The curtain plate Sa is supported by the leg structure A by an appropriate means utilizing an engagement relationship with a curtain plate mounting pin Sb provided at the lower end of each of the rear leg element 32 and the intermediate leg element 41. It is.

The top plate 1 of the present embodiment configured as described above
The rear leg element 32 constituting the rear end of the leg 3 is connected to the wiring cover 2 along the side edge side and the non-use edge side of the top plate module M.
And the rear leg element 32 is provided with a panel mounting portion X1 on the rear side of the rear leg element 32, to which the rear panel P1 can be mounted. The rear panel P1 can be moved at the same time. Further, since the rear leg element 32 is provided with an optional member mounting portion Y1 to which a shelf O as an optional member can be mounted above the rear leg element 32, the rear leg element 32 is provided with a rear panel P1 conforming to the standard of the top plate module M. The optional member O and the optional member O can be attached at the same time, and the two members are closely arranged without interfering with each other. Therefore, the panel P1 and the optional member O can be stably supported by the same member,
Further, since there is no gap between them, the appearance can be improved.

Further, the front leg element 31 constituting the front end of the leg 3 is disposed at the corner portion 11 of the top plate 1 along the side edge side and the use edge side of the top plate module M. When the auxiliary top plate 7 is arranged along the use edge, the leg 3
The support strength of the auxiliary top plate 7 can be effectively increased without difficulty by closely connecting the auxiliary leg 8 and the auxiliary leg 8 supporting the auxiliary top plate 7.

Further, an optional member mounting portion Y1 is set at the upper end of the opening of the rear leg element 32, and the optional member O is inserted into the opening. Therefore, a special structure for mounting the optional member O is required. The optional member O can be attached without using the original structure of the leg 3 effectively. In addition, since the upper end 32a of the leg element 32 protrudes above the top plate receiving surface of the leg body 3, the protruding portion supports the forward falling moment of the optional member O without difficulty. Damage to the plate 1 and the like can be effectively prevented. Further, since the amount of protrusion of the upper end 32a is substantially equal to the thickness of the top plate 1 or the like, a large depression cannot be formed on the use surface side of the top plate module M, and when the optional member O is not attached, the small cap C Can close the opening. Also, by projecting the upper end 32a of the rear leg element 32 in this manner,
The end cover 22 of the wiring cover 2 can be easily positioned at that position, and accordingly, the top plate 1 can be easily positioned.

Further, since the upper end of the front leg element 31 is constituted by 31a and constitutes a part of the top plate receiving surface, there is no unevenness on the use surface of the top plate 1, so that the use surface suitable for use can be constituted. Thus, the use surface can be effectively extended by using the auxiliary top plate 7. Further, the front leg element 31 and the rear leg element 32 are integrally connected by a front / rear connecting rod 33,
Since the panel mounting portion X1 is formed on the inward surface of the rear leg element 32, the rear panel P1 arranged along the non-use edge side of the top plate module M is closely attached to the rear side of the rear leg element 32 from the rear side. Can be easily attached to Further, since the panel mounting portion X1 is also formed on the rear surface 31b of the front leg element 31 and the front surface 32c of the rear leg element 32, the side panels P2, P3 arranged along the side edges of the top plate module M.
Can also be easily attached.

In particular, the panel mounting portion X1 is composed of an engaging means 5 and a fastening means 6, and the engaging means 5 is a pin 51 provided on each of the above surfaces. It comprises brackets 61 and 62 provided on the surface, and a screw member 63 penetrating therethrough. An engaging claw 92 which can be engaged with the pin 51 on the panel P2, P3 side, and the screw member 63 are screwed. Since the nut is provided, the engaging claw 92 is engaged with the pin 51 and the upper end side of the panel is rotated with the pin 51 as a fulcrum, or the engaging claw 92 is dropped from above the pin 51. Pin 5 like
By engaging the panels P2 and P3 with the legs 3 from outside by any method, such as engaging with the panel 1, screwing the panels P2 and P3 easily and securely.
P3 can be attached. Also, the panel mounting part X
Since 1 and the like are set on the side opposite to the use edge of the top plate module M, a stable mounting state of the panel can be realized even if the length of the engaging claw 92 in the front-rear direction is minimized.

Further, since the left and right legs 3 are connected by the beam member 34 to form the self-standing leg structure A, the mounting and rearrangement of the auxiliary top plate 7, or the panels P1, P
2. Efficiency of the work of attaching P3 and optional members O
Can be enhanced effectively. In addition, since the horizontal structure does not extend over the front edge portion of the leg structure A,
It is easy to attach a drawer or the like.

Further, the auxiliary top plate 7 disposed along the use edge side of the top plate module M can be selectively arranged on either the left or right side of the use edge side, and the auxiliary top plate 7 can be disposed on the left or right side. Since it is supported by the common auxiliary leg 8 at the disposition position, a special member accompanying the rearrangement is not required, and the layout of the table T can be changed with a small number of members.

In particular, in this embodiment, a pair of front and rear side leg elements 81 and 82 are used in which the auxiliary leg 8 is reciprocally turned back and forth when the auxiliary top plate 7 is disposed on either side.
And a side connecting rod 83 for connecting them, and an inner leg element 8
4, an auxiliary beam member 85 for connecting these leg elements 81, 82, 84 and the beam member 34, and these side leg elements 81, 8
2. A pair of front and rear connecting rods 86 and 87 for connecting the inner leg element 84 and the auxiliary beam member 85 to each other. That is, as described above, the auxiliary top plate 7 is connected to the three leg elements 81 and 8.
Since the lower limb space below the top board 1 and the lower limb space below the auxiliary top board 7 can be continued without obstacles because they are supported by 2, 84, an extremely wide continuous lower limb space can be obtained. . Further, since the auxiliary beam member 85 is connected to the beam member 34 at the same height, the top plate 3 and the auxiliary top plate 7 can be evenly supported with high accuracy.

The side leg elements 81 and 82 and the inner leg element 84 are provided with front and rear connecting rods 86 and 87 and protruding portions 88 protruding toward the auxiliary beam members 85, respectively. Since the ends of the rods 86 and 87 and the auxiliary beam member 85 are opened so that the protrusions 88 can be inserted into the openings, the assembling work of the auxiliary leg 8 is extremely simple. Moreover, according to such a configuration, it is possible to cope with any of the left and right positions of the auxiliary top plate 7 by simply turning each member by 180 ° or 90 ° as necessary, without using any other members. Can be very convenient. Also,
A screw, a screw hole, or the like can be prevented from being exposed on the front side of the front side leg element 81 and the inside leg element.

In this case, the auxiliary leg 8 of this embodiment is configured such that the side leg elements 81 and 82 are connected to the outer edge 7d and the front edge 7b of the auxiliary top plate 7.
Or, they are arranged along the rear edge 7c, and these side leg elements 81,
Since the auxiliary panel mounting portion X3 and the optional member mounting portion Y3 having the same configuration as that provided on the leg 3 are provided at 82, the auxiliary panel P4 can be appropriately and appropriately attached to the auxiliary leg 8.
And the optional member O can be attached simultaneously. Although the auxiliary leg 8 is inferior in strength as compared to the leg structure A, by arranging the side leg elements 81 and 82 as described above, the rear leg element 82 and the leg 3 Since they can be arranged closely to the front leg element 31, by connecting them, the load applied to the auxiliary leg 8 can be received without difficulty. In particular, since the upper ends 81a and 82a of the side leg elements 81 and 82 are opened and protruded above the auxiliary top plate receiving surface, the lower end O2a of the optional member O is inserted into the opening to appropriately apply the load. Can be supported. Further, since the inner leg element 84 also constitutes the auxiliary top plate receiving surface, the use surface of the auxiliary top plate 7 can be secured as effectively as possible.

Further, similarly to the panel mounting portion X1, the auxiliary panel mounting portion X3 includes a pin 51 as an engaging means 105 provided on the side leg elements 81 and 82, a bracket 62 as a fastening means 206 and a screw member 63. And the auxiliary panel P having the same configuration as the panels P1, P2, and P3.
4 can be properly mounted. Further, an intermediate leg element 41 is provided at a position corresponding to a half width of the top plate module M along the non-use edge side, and the intermediate leg element 41 has a pair of intermediate panel mounting portions X2 and intermediate option member mounting portions Y2, respectively. By using these, the panel mounting portion X1 and the optional member mounting portion Y1 of the leg 3, an optional member such as a half width rear panel P1 of the top plate module M or a shelf O is appropriately mounted. be able to. Further, since the depth dimension of the auxiliary top plate 7 is set to be substantially equal to the half width dimension of the top plate module M, the auxiliary leg 8
In addition, a half width auxiliary panel P4 of the top plate module M and a shelf O
And other optional members can be attached.

The table T of the present embodiment having the above-described configuration is provided with the top plate 1 in the region on the use edge side of the top plate module M.
Is arranged, and the wiring cover 2 is arranged in the area on the side opposite to the use edge, and the wiring space S is provided in the space below the wiring cover 2. Therefore, the table T having the top plate module M of this type is provided. Very suitable. In particular, since the lower end of the rear panel P1 is prevented from reaching the floor, the wiring work can be performed easily.

The top plate module may be one in which only the top plate is provided, or one in which members other than the wiring cover for the wiring duct are provided. Further, the configuration of the mounting portion such as the panel may be different from that of the engaging means or the like. Further, each panel can be mounted with various height dimensions. In addition, the specific configuration of each unit is not limited to the above embodiment,
Various modifications can be made without departing from the spirit of the present invention.

[0049]

The present invention is embodied in the form described above and has the following effects. That is, the table of the present invention is such that a top plate or the like is arranged on a top plate module having a predetermined standard along at least the use edge side thereof, and this top plate or the like is supported by legs, A rear end portion is arranged along the side edge side and the non-use edge side of the top plate module, and a panel mounting portion on which a panel can be mounted on the rear end side of the rear end portion, and an optional member on which an optional member can be mounted. An attachment portion is provided. Therefore, attach the panel to the panel attachment part,
The table and the panel can be moved at the same time. Furthermore, the panel and the optional member can be attached to the same leg at the same time, and both do not interfere with each other,
Since the panel and the optional member can be stably supported without gaps, the panel and the optional member can be stably supported, and the appearance can be improved.

Further, when the front end of the leg is arranged at a position along the side edge side and the use edge side of the top plate module, when the auxiliary top plate is arranged along the use edge of the top plate. By connecting the legs and the auxiliary legs that support the auxiliary top plate, the support strength of the auxiliary top plate can be effectively increased without difficulty. In addition, if the upper end of the rear end of the leg is opened, the optional member mounting portion is set in the opening, and the optional member is inserted into the opening, a special structure for mounting the optional member is provided. Instead, the optional member can be attached by effectively utilizing the structure of the leg.

Further, when the upper end portion of the leg element is protruded above the top plate receiving surface of the leg body thereafter, the protruding portion can easily receive the falling force of the optional member forward, Damage to the top plate and the like can be effectively prevented. In addition, since there is no large dent on the side of use of the top plate module, the opening can be closed with a small cap when the optional member is not attached. A member such as a wiring cover can be easily positioned.

Further, if the upper end of the front leg element forms a part of the top plate receiving surface, no unevenness is formed on the use surface of the top plate. The use surface can be effectively expanded by using the plate. Further, in the case where the front leg element and the rear leg element are integrally connected by a front / rear connecting rod, and the other leg is used as the leg body, a panel mounting portion is formed on the inward surface of the rear leg element, thereby allowing the top plate module to be formed. The panel can be easily mounted from the rear side of the rear leg element along the non-use edge of the rear panel. Further, if a panel mounting portion is also formed on the front surface of the front leg element and the front surface of the rear leg element, the panel can be mounted along the side edge of the top plate module.

In particular, when these panel mounting portions are composed of engaging means and fastening means, the panel is engaged with the engaging means and then the panel is fastened by the fastening means. Therefore, the convenience of attaching the panel can be remarkably improved. More specifically, the engaging means may be a pin provided on each surface of the leg, and the fastening means may include a bracket provided on each surface, and a screw member passing through the bracket. , Is very effective. In this case, if an engaging claw that can be engaged with the pin and a nut for screwing the screw member are provided on the panel side, the engaging claw is engaged with the pin and the panel is attached to the leg from the outside. The panel can be easily and reliably attached by engaging and screwing. In addition, since the panel mounting portion is set at the rear end of the leg disposed along the side edge side and the non-use edge side of the top plate module, even if the engaging claw of the panel is made as short as necessary, It is possible to stably support the panel.

If the left and right legs are connected by beam members to form a self-supporting leg structure, they can be used for mounting panels and optional members, or for mounting and rearranging auxiliary top plates. Efficiency can be effectively improved. Further, in this case, the auxiliary top plate disposed along the use edge side of the top plate module can be selectively arranged on either the left or right side of the use edge side, and the auxiliary top plate is shared by the common auxiliary position in the left and right arrangement positions. In the case where the table is supported by the legs, the layout of the table can be easily changed using the common auxiliary legs without requiring any special member for the rearrangement.

In particular, a pair of front and rear side leg elements in which the auxiliary leg is reversed in front and rear at the left or right position of the auxiliary top plate, a side connecting rod for connecting these, and an inner side. When it is composed of a leg element, an auxiliary beam member for connecting the leg element and the beam member, and a pair of front and rear connecting rods for connecting the side leg element, the inner leg element and the auxiliary beam member to each other, the configuration is stable. The members required to support the auxiliary top plate can be arranged with a very small number of parts. Further, since the auxiliary top plate is supported by three leg elements without disposing the members serving as the leg elements at positions corresponding to the rear side leg elements, the lower limb space between the top plate side and the auxiliary top plate side is reduced. Can be widely continuous. In addition, since the auxiliary beam member and the beam member are connected at the same height, it is possible to support the top plate and the auxiliary top plate with the same use surface with high accuracy. In this case, the side leg element and the inner leg element are provided with protrusions protruding toward the front and rear connecting rods and auxiliary beam members, respectively, and the corresponding front and rear connecting rods and auxiliary beam members are opened at respective ends. Then, if the protrusion can be inserted into the opening, simply change the direction of each member as necessary, without using any other members, at any position on the left and right of the auxiliary top plate Since it is possible to cope with the problem, the operation of assembling the auxiliary leg is extremely simple. In addition, since the screws, screw holes, and the like are not exposed in front of the auxiliary legs, the appearance can be improved.

Further, the front and rear side leg elements are arranged along the outer edge and the front edge or the rear edge of the auxiliary top plate, and these side leg elements are provided with an auxiliary panel mounting portion and an optional member mounting portion. In this case, both the auxiliary panel and the optional member can be simultaneously and appropriately attached to the auxiliary leg. Further, by arranging the side leg elements in this manner, the rear leg element and the front leg element of the leg can be arranged closely adjacent to each other. Can be effectively supported.
In particular, by opening the upper end of the side leg element and projecting above the auxiliary top plate receiving surface, the lower end of the optional member can be inserted into the opening to appropriately support the load. Further, the positioning of the auxiliary top plate becomes easy.
In addition, when the auxiliary top plate receiving surface is formed of members other than the side leg elements of the auxiliary leg body, the effective use surface of the auxiliary top plate can be secured to the maximum.

Further, if the auxiliary panel mounting portion is constituted by the engaging means and the fastening means provided on the side leg elements having the same structure as that of the panel mounting portion, the same as the one mounted on the leg is provided. The auxiliary panel and the optional member of the configuration can be appropriately attached. Also in this case, the engagement means
If the fastening means is constituted by a bracket and a screw member as the pins provided on the opposing surfaces of the side leg elements, the same effect as in the case where the panel is attached to the leg body can be obtained.

In the case where a pair of intermediate panel mounting portions and intermediate option member mounting portions are respectively formed at positions corresponding to a half width of the top plate module along the non-use edge side thereof, these are attached to the leg body. By utilizing the panel mounting portion and the optional member mounting portion, an optional member such as a half-width panel or shelf of the top plate module can be mounted. Further, when the depth of the auxiliary top plate is set to be substantially equal to the half width dimension of the top plate module, the auxiliary legs also include an optional member such as a half width auxiliary panel or a shelf of the top plate module. Can be attached.

In the table of the present invention having the above-described structure, the top plate is arranged in the region on the use edge side of the top plate module, and the wiring cover is arranged in the region on the non-use edge side. This is very useful when a wiring space is provided. Also, in this case, if at least the lower end of the panel on the side where the wiring space is provided is set higher than the lower end of the leg, the wiring work can be performed easily.

[Brief description of the drawings]

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

FIG. 2 is a perspective view corresponding to FIG. 1 and partially exploded.

FIG. 3 is a perspective view showing the leg structure of the embodiment.

FIG. 4 is an exploded perspective view showing an auxiliary leg, an auxiliary top plate, and an auxiliary panel of the embodiment.

FIG. 5 is a view showing a state where the auxiliary leg shown in FIG. 4 is assembled to be adjacent to the right side of the leg structure.

FIG. 6 is an exploded perspective view showing a state in which the auxiliary leg is rearranged corresponding to FIG. 4;

FIG. 7 is a view showing a state where the auxiliary leg shown in FIG. 6 is assembled to be adjacent to the left side of the leg structure.

FIG. 8 is an enlarged perspective view showing a main part of the embodiment.

FIG. 9 is a schematic diagram showing a cross-section of a method of attaching the panel in FIG. 9;

[Explanation of symbols]

 A: Leg structure M: Top plate module O: Optional member Oa1: Lower end P1: Panel (rear panel) P2, P3: Panel (side panel) P4: Auxiliary panel T: Table X1: Panel mounting part X2: Middle Panel mounting part X3 ... Auxiliary panel mounting part Y1 ... Option member mounting part Y2 ... Intermediate option member mounting part Y3 ... Option member mounting part 1 ... Top plate 1a ... Used edge 1b ... Side edge 2 ... Wiring cover 2a ... Used edge ( 2b ... side edge 3 ... leg body 5, 105, 205 ... engaging means 6, 106, 206 ... fastening means 7 ... auxiliary top plate 7b ... front edge 7c ... rear edge 7d ... outer edge 8 ... auxiliary leg Body 31 front end (front leg element) 31b rear surface 32 rear end (rear leg element) 32a upper end 32b inward surface 32c front surface 33 front / rear connecting rod 33b inner surface 34 beam member 51 pin 6 Reference numeral 62, bracket 63, screw member 81, front side leg element 81a, upper end 81b, opposing surface 81c, inward surface 82, rear side leg element 82a, upper end 82b, opposing surface 82c, inward surface 83, side connecting rod 84 ... Inner leg element 84b ... Inward surface 84c ... Backward surface 85 ... Auxiliary beam member 85a ... Front end 86 ... Front connection rod 86a ... Side end 87 ... Rear connection rod 87a ... Outside end 88 ... Protrusion 92 ... Engagement nail

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Nobutaka Sakai, 6-1-1-1 Oimazato Minami, Higashinari-ku, Osaka City Inside KOKUYO Co., Ltd. No. 1 KOKUYO Co., Ltd. (72) Inventor Yoichi Zenda 6-1-1, Oimazato-minami, Higashi-Nari-ku, Osaka-shi F-term in KOKUYO Co., Ltd. 3B053 NP02 NP08 NR01 SA05

Claims (25)

[Claims] 1. A table in which a top plate supported by a pair of left and right legs is arranged at least on a use edge side along a preset top plate module, wherein a rear end of the leg is A panel which is arranged along the side edge and the non-use edge of the top plate module, and which can be attached to the rear end at the rear side of the rear end of the leg along the non-use edge of the top plate module. A table comprising: a mounting portion; and an optional member mounting portion for supporting the optional member above the rear end. 2. The table according to claim 1, wherein the front ends of the legs are arranged along the side edges and the use edges of the top plate module. 3. An opening at an upper end of a rear end portion of the leg body, and the opening is used as the optional member attaching portion so that a lower end portion of the optional member can be removably inserted into the opening. 3. The table according to claim 1, wherein: 4. The table according to claim 3, wherein a rear end portion of the leg projects above the top plate receiving surface of the leg. 5. An upper end of a front end portion of a leg body constitutes a part of a top plate receiving surface.
The table according to 3 or 4. 6. The leg body comprises a front leg element constituting a front end thereof, a rear leg element constituting a rear end thereof, and a front / rear connecting rod connecting the front and rear leg elements. 6. The table according to claim 1, wherein the panel mounting portion is formed on an inward surface of the table. 7. The table according to claim 6, wherein a panel mounting portion is formed on a rear surface of the front leg element and a front surface of the rear leg element. 8. The panel mounting portion comprises an engaging means capable of engaging with a part of the panel and a fastening means capable of fastening a part of the panel. 8. The table according to claim 6, wherein the panel can be detachably attached to the leg through the intermediary of the table. 9. A panel having an engaging claw protruding toward a leg element, wherein the engaging means is a pin provided on the leg element to which the panel is to be attached and capable of engaging the engaging claw. 9. The table according to claim 8, wherein the table is provided. 10. A fastening means comprising a bracket attached to a part of a leg and a screw member passing through the bracket and screwed to a panel. The described table. 11. A self-supporting leg structure comprising at least a pair of left and right legs and a beam member connecting the legs. ,
The table according to 6, 7, 8, 9 or 10. 12. An auxiliary top plate selectively disposed at one of the right and left ends of the use edge side of the top plate module and capable of expanding a use surface of the top plate. The table according to claim 11, wherein the table is supported by a common auxiliary leg at the arrangement position. 13. A pair of front and rear sides in which one of the auxiliary legs is reciprocally a front side leg element and the other is a rear side leg element when the auxiliary top plate is disposed at one of left and right positions. Leg element, a side connecting rod connecting the front and rear side leg elements, an inner leg element arranged on the front edge side of the auxiliary top plate, and an auxiliary beam connecting the inner leg element and the beam member A member, a front connecting rod connecting the front leg element and the inner leg element, and a rear connecting rod connecting the rear leg element and the auxiliary beam member. 12. The table according to 12. 14. Both sides of the front connecting rod, outer ends of the rear connecting rod, and front ends of the auxiliary beam members are respectively opened, and the inward faces of the side leg elements, the inward faces of the inner leg elements, and the rear face. 14. The projection according to claim 13, wherein projections are formed on the facing surfaces, and the projections are detachably inserted into the openings of the corresponding front connection rod, rear connection rod, and auxiliary beam member. table. 15. The front and rear side leg elements are integrally connected by a side connecting rod so that the left and right positions can be changed in the connected state. Table. 16. The rear leg element of the side leg elements is arranged along the outer edge and the rear edge of the auxiliary top plate, and the front leg element is positioned along the outer edge and the front edge of the auxiliary top plate. Place
2. An auxiliary panel mounting portion and an optional member mounting portion are formed on these side leg elements.
The table according to 3, 14, or 15. 17. An upper end of a side leg element is opened, and the opening is used as the optional member mounting portion so that a lower end of the optional member can be removably inserted into the opening. 17. The table according to claim 16, wherein 18. The auxiliary top plate receiving surface of the auxiliary leg is constituted by the upper surfaces of the side leg connecting rod, the front connecting rod, the rear connecting rod, the auxiliary beam member and the inner leg element. 18. The table according to claim 17, wherein the table protrudes above the plate receiving surface. 19. The auxiliary panel mounting portion comprises an engaging means capable of engaging a part of the auxiliary panel and a fastening means capable of fastening a part of the auxiliary panel. 19. The table according to claim 16, 17 or 18, wherein the auxiliary panel can be detachably attached to the auxiliary leg via the means. 20. An auxiliary panel having an engagement claw protruding toward a side leg element, wherein an engagement means is provided on an opposing surface of the side leg element to engage the engagement claw. 20. The table according to claim 19, wherein the table is a pin that can be caused to move. 21. The fastening means according to claim 19, wherein the fastening means comprises a bracket attached to a part of the auxiliary leg, and a screw member penetrating the bracket and screwed to the auxiliary panel. Or the table of 20. 22. A pair of intermediate panel mounting portions to which a half-width panel of a top plate module can be mounted, and a pair of intermediate option member mounting portions to which a half-width optional member of the top plate module can be mounted. The panel and the optional member can be mounted using one of the intermediate panel mounting portion and the intermediate optional member mounting portion, and the panel mounting portion and the optional member mounting portion provided on the legs closer to them. 11. The method of claim 11, 12, 13, 14, 15, 16, 17, 18, or 1.
The table according to 9, 20, or 21. 23. The table according to claim 22, wherein a depth dimension of the auxiliary top plate is set to be substantially equal to a half width dimension of the top plate module. 24. A wiring space is formed below the use edge side of the top plate module, the top plate is arranged in a region on the use edge side of the top plate module, and the wiring space is opened and closed in the region on the non-use edge side. The wiring cover which arrange | positions is arrange | positioned, The Claims 1, 2, 3, 4, 5, 6, 7, 8, 9,
10, 11, 12, 13, 14, 15, 16, 17, 1
The table according to 8, 19, 20, 21, 22, or 23. 25. The lower end of a panel attached to at least the non-use edge of the top plate module is set to be higher than the lower end of a leg, and the panel is attached to a corresponding leg element. The table according to claim 24, wherein: