JP5958953B2 - Panel system and desk system equipped with the same - Google Patents

Description

  The present invention relates to a panel system that constitutes a shielding panel for shielding the top and bottom of a top plate from the outside, and a desk system including the panel system.

  Conventionally, as a desk system, a large rectangular table is formed by connecting rectangular top plates in a straight line, and it is generally well known that a plurality of persons can sit down and perform office work. Are described in Patent Document 1 below. This is configured to allow the number of top plates to be connected to be increased or decreased, and to reduce the ground contact width of the intermediate leg provided between adjacent top plates and to reduce the depth in the depth direction. By doing so, the lower limb space under the top plate is widened to ensure a comfortable working space.

  Also, in such a desk system, a desktop panel for shielding the space on the top plate from the outside is often attached so that the seated person can concentrate and work. Also, in order to improve the aesthetic appearance and make the impression when viewed from the outside, a so-called curtain plate is often attached to shield the lower limb space below the top plate from the outside. These desktop panels and curtains are both configured as shielding panels, and are formed into a flat plate shape using a thin plate made of metal or resin in accordance with the shape of the rectangular top plate.

  On the other hand, recently, desk systems capable of configuring various shapes of top plates have been proposed so as to correspond to various work styles, and for example, those described in Patent Document 2 below are proposed. There is. This unit can be configured as a circular or elliptical connection table for a large number of people by connecting a plurality of tables having a fan-shaped or rectangular top plate as a single unit. A plurality of persons can be seated more inwardly.

JP 2008-295853 A Japanese Utility Model Publication 54-36801

  As mentioned above, recently, there is a demand for a desk system capable of configuring various shapes of top plates that can be adapted to various work styles, and the top and bottom spaces of the top plates are respectively covered by shielding panels such as desktop panels and curtains. It is considered to form an environment where it is easier to concentrate on work by isolating it from the external space.

  However, the above-mentioned desktop panels and curtains are generally regarded as merely shielding the space above and below the top plate from the outside, and the entire shielding panel forms an efficient work space. The psychological effects on the human being due to the appearance and shape have not been considered.

  Therefore, in the present invention, it is an object to effectively solve such a problem, specifically, assuming that it can be used for a desk having a top plate of various shapes, A panel system capable of efficiently forming the space above and below the top board as independent work spaces, having a uniform appearance, and stabilizing the psychological state of a person, and a desk system equipped with this panel system The purpose is to provide.

  In order to achieve this object, the present invention takes the following measures.

That is, the panel system of the present invention is a top plate panel system mounted so as to cover the edge of the counter-use side constituting a part of the desk, to the curvature of at least the width direction two or more different shapes A plurality of lower panel elements are formed, and the lower panel elements are smoothly and continuously arranged in the width direction to form a deformed curtain, and along the lower panel elements at predetermined positions above the respective lower panel elements. was to place each desktop panel elements formed in curvature, are smoothly continuous with side edges together these desktop panel elements adjacent in the width direction, it constitutes the profiled desktop panel, the lower panel element And the desktop panel element are attached by using a part of a member constituting the desk as a common attachment member. A frame member attached to an edge of the desktop panel element formed in a curved or flat plate shape, wherein the desktop panel element is formed of an elastically deformable flat plate common panel material. And the desktop panel element is attached to the attachment member via the frame member .

  Because it is configured in this way, the irregular curtain and the irregular desktop panel are configured so as to be smoothly continuous in the width direction and the vertical direction. The work space can be made independent of the external space, creating an environment where you can concentrate on your work, and with a uniform appearance, you can give a smooth impression with curved surfaces. It becomes possible to relieve and stabilize the psychological state.

  In addition, in order to increase the sense of unity with the desk and to enhance the continuity between the lower panel element and the desktop panel element so as to obtain a more uniform appearance, the lower panel element It is preferable that the desktop panel element and the desktop panel element are attached to a part of a member constituting the desk as a common attachment destination member and indirectly connected via the attachment destination member. .

  Moreover, in order to make it easier to connect the lower panel element and the desktop panel element, it is preferable that at least a part of the attachment member is a top plate.

  Further, in order to enable the lower panel element and the desktop panel element to be more easily connected in the same manner as described above, at least a part of the attachment destination member is a support leg that supports the top plate. It is preferable to configure.

  In addition, in order to be able to install desktop panel elements of various shapes with a simpler and cheaper configuration, the desktop panel elements are formed of a common plate material that can be elastically deformed. In addition, it is preferable that the desktop panel element is attached to the edge portion of the desktop panel element so that the desktop panel element is curved or attached to the attachment destination member via a frame member that holds a flat plate shape.

  In addition, in order to easily perform positioning between the desktop panel element and the lower panel element, and to improve continuity in the vertical direction and obtain a more uniform appearance, the lower end of the desktop panel element It is preferable that the upper end of the lower panel element is configured to engage with the concave and convex portions in the vertical direction.

  Further, in order to facilitate the construction of a shape more suitable for the installation location and to provide a moderate hard impression and a smooth impression and to prepare a working environment, among the lower panel elements, It is preferable that at least one of them is formed in a flat plate shape.

  Furthermore, the desk system of the present invention is configured as a desk system having the above-described panel system, and can obtain an overall sense of unity in appearance and stabilize the psychological state of surrounding people and workers. Can be achieved.

  According to the present invention described above, it is possible to deal with various shapes of top plates, and the upper and lower spaces of the top plate are formed as work spaces independent from the external space, and as a modified curtain plate and a modified desktop panel A panel system and a panel system capable of stabilizing the psychological state of surrounding people and workers by providing a uniform appearance in the width direction and in the vertical direction by forming it smoothly and continuously. A desk system can be provided.

The perspective view of the desk system provided with the panel system which concerns on one Embodiment of this invention. The top view of the desk system. The partial cross-sectional top view which expanded a part of FIG. The partial cross-sectional top view which expanded a part different from FIG. The disassembled perspective view which decomposed | disassembled a part of the desk system. The disassembled perspective view which decomposed | disassembled a part different from FIG. The principal part disassembled perspective view which shows the connection method of the support leg and lower panel element in the desk system. The principal part disassembled perspective view which shows the connection method of the top-plate element with respect to the support leg and lower panel element in the desk system. The principal part disassembled perspective view seen from the back direction which shows the connection method of the top plate elements in the desk system. The principal part disassembled perspective view which shows the connection method of the desktop panel element with respect to the top-plate element in the same desk system, a support leg, and a lower panel element. The principal part disassembled perspective view which shows the attachment method of the lower frame with respect to the desktop panel element in the desk system. The schematic diagram which shows the connection means of the adjacent desktop panel elements in the desk system. The partial top view which shows typically the effect | action of the shape determination means with respect to the desktop panel element in the desk system. The fragmentary top view which shows typically the shape determination means with respect to the desktop panel element in the modification which changed the top plate shape in the desk system. The schematic diagram which shows the modification which deform | transformed the connection means of the adjacent desktop panel elements in the desk system. The principal part disassembled perspective view which shows the modification which changed the structure of the lower frame in the desk system. The disassembled perspective view which shows the modification which changed the connection structure of the lower panel element in the same desk system, a desktop panel element, and a fan-shaped top-plate element. The partial cross section top view which shows the modification which varied the shape of the wiring cover and wiring cover receptacle in the desk system.

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

  As shown in FIG. 1, the desk system provided with the panel system of this embodiment includes ten fan-shaped top plate elements 21 to 21 and two rectangular top plate elements 22 arranged between them. A top plate 2 is provided as a modified top plate configured in a C shape by connecting 22 and the inner peripheral side can be set as a seating position. The top plate 2 can be configured in various shapes according to the installation location and work style by changing the number of top plate elements 21 to 22 to be connected or changing the order of connection. Yes.

  When the top plate 2 is configured as shown in FIG. 1, an opening 2 a is formed at one location, and a person can enter and exit from this portion. End support legs 31 and 31 and intermediate legs 32 to 32 are provided as support legs 3 for supporting the top plate 2. Of these, the end support legs 31, 31 are provided on the side edges of the top plate elements 21, 21 adjacent to the opening 2a on the opening 2a side. Further, the intermediate legs 32 to 32 are respectively provided below the connecting portions between the top plate elements 21 to 21 and support the two top plate elements 21 and 21 at the same time. For this reason, it is possible to reduce the number of parts, reduce the manufacturing cost and the number of assembling steps, and maximize the lower limb space.

  Corresponding to the fan-shaped top plate elements 21 to 21, the lower panel elements 41 to 41 that shield the lower leg space from the outside to the vicinity of the installation surface, and the upper work space from the outer peripheral side. Desktop panel elements 51 to 51 to be installed and lower frames 61 to 61 for attaching the desktop panel elements 51 to 51 are provided. Similarly, lower panel elements 42 and 42 (see FIG. 6) corresponding to the rectangular top plate element 22, desktop panel elements 52 and 52, and lower frames 71 and 71 for attaching the desktop panel elements 52 and 52. Are provided.

  The lower panel elements 41 to 42 and the desktop panel elements 51 to 52 are both configured as panel elements and constitute a non-planar panel that is continuous along the outer edge of the top plate 2. The lower panel elements 41 to 42 constitute a curtain plate 4 which is one of shielding panels as a whole, and shields the lower side of the entire top plate 2 from the outside. Further, the desktop panel elements 51 to 52 constitute a desktop panel 5 as a deformed desktop panel which is one of the shielding panels as a whole, and shields the upper side of the entire top plate 2 from the outside.

  A plan view of the desk system 1 as viewed from above is shown in FIG. The top plate elements 21 to 21 are all the same shape and formed in a fan shape in plan view, and the top plate elements 22 and 22 are formed in the same rectangular shape. Among these, the fan-shaped top plate elements 21 to 21 are formed with the inner edges 21c to 21c as the edges on the use side, and the outer edges 21b to 21b are the edges on the opposite side. Moreover, since each side edge 21a-21a is formed as a straight line which goes to the fan-shaped center which each top-plate element makes, these side edges 21a-21a are the above-mentioned use side edge parts 21c-21 and counter-use. It will be orthogonal to the edge parts 21b-21b on the side. The rectangular top plate elements 22 and 22 are also formed such that the edges 22c and 22c which are one long side are used as edges on the use side, and the edges 22b and 22b which form the other long side are the edges on the counter-use side. Become. The portions forming the short sides of the top plate elements 22 and 22 are formed as side edges 22a to 22a, and are orthogonal to the use side edges 22c and 22c and the counter use side edges 22b and 22b.

  The top plate 2 is formed by connecting two rectangular top plate elements 22 and 22 so that the side edges 22a and 22a are in contact with each other with the use edge sides 22c and 22c in the same direction. Five fan-shaped top plate elements 21 to 21 are arranged on the left and right sides so that the side edges 21a to 22a come into contact with each other. Thus, the top plate 2 can be configured in a C shape by connecting the top plate elements 21 to 22.

  Further, the side edges 21a to 22a of the top plate elements 21 to 22 are all formed to be straight lines of the same length, and as described above, the use side edges 21b to 22b and the counter use side edges are used. Since it is formed so as to be orthogonal to the portions 21c to 22c, the side edges 21b to 22b on the use side and the edge portions 21c to 21c on the non-use side are simply connected so that these side edges 21 to 22 are brought into contact with each other. 22c comprises smoothly the inner edge 2c and the outer edge 2b of the top plate 2, respectively. Such a relationship is the same when the number of connected top plate elements 21 to 22 is changed or when the connecting order is changed.

  In addition, said "smoothly continuous" state points out that the curvature curvature of the left-right area | region adjacent on both sides of the side edges 21a-22a is constant.

  As described above with reference to FIG. 1, the top plate elements 21 to 22 are respectively supported by the end legs 31 or the intermediate legs 32 as the support legs 3. Specifically, the end leg 31 and the intermediate leg 32 are arranged at the positions shown in FIGS. 3 and 4, and are located below the side edges 21a to 22a of the top plate elements 21 to 22 and on the outer edge 21b. It is provided near 21b. More specifically, the end leg 31 is installed at a position facing the opening 2a, and the grounding portion 31b has a length Le at a center in the depth direction from the outer peripheral edge 21b of the fan-shaped top plate element 21 in plan view. It is formed in the range that exceeds. Moreover, the intermediate leg 32 is installed in the position which straddles the connection part which faced the side edges 21a-22a of the top-plate elements 21-22, and the earthing | grounding part 32b is the length Li of the top-plate element 21. It is formed in a range from the outer edge 21b to the center in the depth direction. That is, there is a relationship Le> Li between the length Le of the ground contact portion 31 b of the end leg 31 and the length Li of the ground contact portion 32 b of the intermediate leg 32. Further, the grounding portions 31a and 31b only need to be formed so as to be grounded at two points on the outer peripheral side and the inner side, that is, both end portions forming the above-described Le and Li. Each can be supported.

  By configuring the grounding portions 31b and 32b as described above, the top plate elements 21 and 21 adjacent to the opening 2a (see FIG. 1) can secure an installation area in a relatively wide range and can be stably supported. It is like that. Further, although the other top plate elements 21 to 21 sandwiched between the top plate elements 21 and 21 adjacent to these openings 2a have a small range in which the installation area is formed, the adjacent top plate elements 21 to 22 are adjacent to each other. Can be supported stably by supporting each other.

  Hereinafter, the configuration of the desk system 1 of the present embodiment will be described in detail.

  The fan-shaped top plate element 21 facing the opening edge 2a and corresponding members are shown in an exploded view in FIG. The top plate element 21 is connected to and supported by the end legs 31 and the intermediate legs 32. Further, the end leg 31 and the intermediate leg 32 which are the support legs 3 are connected to a lower panel element 41 which is curved with the same curvature as that of the outer edge 21b of the top plate element 21, and a desktop is formed on the upper part. The panel element 51 is connected together with the lower frame 61. The desktop panel element 51 is formed using a flat plate material having flexibility, and can be attached to a predetermined position while being formed into a curved shape by the action of the shape determining means A1 including the lower frame 61. It is like that. The fan-shaped top plate element 21 at an intermediate position that does not face the opening edge 2a (see FIG. 2) is different in that it is supported by the intermediate legs 32, 32 at both ends without using the end legs 31, but the desktop panel element 51 is used. As for the lower panel element 41, a common one is attached.

  Similarly, a rectangular top plate element 22 forming an intermediate portion of the top plate 2 (see FIG. 2) and members corresponding thereto are shown in an exploded view in FIG. The top plate element 22 is connected to and supported by a pair of intermediate legs 32 and 32. Further, a flat panel-shaped lower panel element 42 is connected to the intermediate legs 32, 32, and a desktop panel element 52 is connected to the upper part thereof together with a lower frame 71. The desktop panel element 52 is formed using a flat panel material having the same flexibility as the desktop panel element 51 described above, and is attached while being held in a planar shape by the action of the shape determining means A2 including the lower frame 71. Be able to.

  The lower panel elements 41 and 42 and the desktop panel elements 51 and 52 shown in FIG. 5 and FIG. 6 are the same as those provided on all the top panel elements 21 to 22, and as shown in FIG. Each panel 5 is configured. Further, the lower panel elements 41 and 42 and the desktop panel elements 51 and 52 together with the shape determining means A1 and A2 of the desktop panel elements 51 and 52 shown in FIGS. 5 and 6 constitute one panel system PS. To do.

  Hereinafter, returning to FIG. 5, a more detailed configuration will be described.

  The top plate element 21 is formed with the upper surface 21d as a plane, and an edge member 26 is provided on the inner edge 21c serving as a use edge. By attaching the edge member 26, it is possible to enhance the aesthetic appearance and provide an appropriate R shape and elasticity that are comfortable to touch. On the outer edge 21b side, wiring lid openings 21f, 21g, and 21g formed by cutting out into small fan shapes are provided in the vicinity of the center and both ends, respectively. In this figure, the wiring lid is omitted.

  Further, on the lower surface 21e of the top plate element 21, communication grooves 21i to 21i for use in connection with the adjacent top plate element 21 are formed toward the side edges 21a and 21a, and these communication grooves 21i. Connection recesses 21h to 21h are formed so as to be continuous with ~ 21i. Furthermore, screw holes 21p to 21p for connecting to the support legs 3 and 3 are provided in the vicinity of the side edges 21a to 21a of the lower surface 21e. Further, screw holes 21q and 21q for connecting to the brackets 23 and 23 are provided at positions near the outer edge 21b on the lower surface 21e, and can be connected to the lower panel element 41 via the brackets 23 and 23. It can be done. Further, other screw holes 21r and 21r are provided at positions closer to the side edges 21a and 21a from the screw holes 21q and 21q, and can be connected to the lower frame 61 via the brackets 24 and 24. It is like that.

  The end leg 31 and the intermediate leg 32 are each formed with a flat top plate receiving part 31a, 32a at the upper part, and a grounding part 31b configured in a hollow panel shape having a predetermined thickness below them. , 32b are provided. In the end leg 31, the top plate receiving part 31 a and the grounding part 31 b are formed with substantially the same length, so that they can be seen as one body in appearance. On the other hand, the top plate receiving portion 32a of the intermediate leg 32 has substantially the same length in the depth direction as the top plate receiving portion 31a of the end leg 31, but as described above, the grounding portion 32b is the end leg 31. Shorter than the top plate receiving portion 31b. Therefore, the top plate receiving portion 32a has a shape that protrudes greatly inward from the grounding portion 32b.

  As described above, it is not essential for the grounding portions 31b and 32b to ground the entire lower surface with respect to the installation surface. Separately, a foot member having a height adjusting mechanism is provided in the vicinity of both ends in the depth direction of each lower surface. It may be provided.

  The lower panel element 41 is configured in a curved form that protrudes outward along the curvature of the top plate element 21 so that the range from the bottom of the top plate element 21 to the vicinity of the ground plane can be covered from the outside. It is composed. The lower panel element 41 is formed in a hollow panel shape having a predetermined thickness by sheet metal processing of a metal steel plate and integration by screwing or welding. Note that the inside is not limited to being simply hollow, and various forms such as a paper honeycomb arranged as a core material can be used.

  In addition, it is also possible to provide a function as a support part for receiving the weight of the top plate elements 21 to 21 in the same manner as the support legs 3 to 3 by bringing the lower surface of the lower panel element 41 into contact with the installation surface. is there.

  The desktop panel element 51 provided on the upper portion of the lower panel element 41 is formed of a flexible plate-like panel material, and is installed in a state of being bent with substantially the same curvature as the lower panel element 41 by the shape determining means A1. It is configured as follows.

  The desktop panel element 51 is attached to the upper part of the lower panel element 41 in a state of being integrated with a curved lower frame 61. Further, after welding and integrating the first end frame 66 and the second end frame 67 in an overlapped state, the desktop panel element 51 is placed in a groove formed along the longitudinal direction between them. The side edge on the end leg 31 side is provided so as to be fitted, and the intermediate frame member 68 as side edge connecting means is provided on the side edge on the intermediate leg 32 side. The intermediate frame member 68 is provided in common between the desktop panel element 51 and another adjacent desktop panel element (not shown), so that the intermediate frame member 68 can be connected without providing a gap therebetween. doing. Further, an upper frame member 69 that is curved with substantially the same curvature as the lower frame 61 is provided at the upper edge of the desktop panel element 51.

  The above-mentioned shape determining means A1 is for setting the curved shape of the desktop panel element 51 at a predetermined position, and includes the brackets 24 and 24, the support legs 3 (31 and 32), and the lower frame 61. Consists of.

  In the case of the fan-shaped top plate element 21 at the intermediate position, the support legs 3 and 3 are both constituted by the intermediate legs 32 and 32, and both frame members attached to both side edges of the desktop panel element 51 are provided. The only difference is that the intermediate frame member 68 is used.

  The configuration of the rectangular top plate element 22 and its periphery will be described in more detail with reference to FIG. 6 again in contrast with FIG. First, an edge member 27 formed in a linear shape is attached to the edge 22c on the use side of the top plate element 22. The lower panel element 42 and the desktop panel element 52 attached along the top plate element 22 are also formed in a flat plate shape. Similarly, the lower frame 71 is formed in a flat plate shape, and the upper frame member 79 is also formed in a linear shape. Yes.

  As in the case of the fan-shaped top plate element 21, screw holes 22p to 22r are formed on the lower surface of the top plate element 22, and communication grooves 22i to 22i and a connecting recess are formed in the vicinity of the side edges 22a and 22a. 22h to 22h are formed. Therefore, the top plate element 22 can be supported using the intermediate legs 32 and 32 common to the fan-shaped top plate element 21, and the lower panel element 42 and the desktop are appropriately used using the common brackets 23 to 24. A panel element 52 can be attached. Moreover, even if the adjacent top plate elements 21 to 22 have any shape, the connection can be performed using the communication grooves 22i to 22i and the connection recesses 22h to 22h formed in all of them. It has become. A common intermediate frame member 68 can be attached to both side edges of the desktop panel element 52.

  The shape determining means A2 described above is for installing the desktop panel element 52 at a predetermined position while maintaining the flat plate shape of the desktop panel element 52. The brackets 24 and 24, the support legs 3 (32 and 32), and the lower frame 71 are provided. Consists of.

  Hereinafter, the assembling method of the present desk system will be described in detail with reference to FIGS.

  7, 8, and 10 are described as an example of an assembly method between members centering on the fan-shaped top plate element 21 at a position facing the opening 2 a (see FIG. 1). Yes.

  First, the end leg 31 and the intermediate leg 32 as the support leg 3 shown in FIG. 7 are respectively provided with the top plate receiving parts 31a and 32a and the grounding parts 31b and 32b formed in a panel shape for supporting them. Are arranged at the end of the lower panel element 41 to be attached. Screw holes 31b1 and 31b1 for attaching the lower panel element 41 are provided at two locations on the inner side surface of the grounding portion 31b while being spaced apart from each other. Similarly, screw holes 32b1 to 32b1 for attaching the lower panel element 41 are provided at two positions on both side surfaces of the grounding portion 32b. In addition, a communication hole 32b2 for passing electrical wiring or the like is provided above the grounding portion 32b so as to penetrate both side surfaces.

  The lower panel element 41 is provided with connecting portions 41a and 41a at positions corresponding to the upper screw holes 31b1 and 32b1 provided in the end leg 31 and the intermediate leg 32, and the lower screw hole 31b1. , 32b1 are provided with connecting portions 41b, 41b. The connecting portions 41a to 41b are formed so as to protrude inward from both ends of the lower panel element 41. Among these, the connecting portions 41a and 41a are formed as rectangular plate portions having a round hole at the center, and are connected to each other. The portions 41b and 41b are formed as hook-like plate portions that can be hooked on a rod-like object from above.

  By connecting the screw holes 31b1 to 32b1 provided in the end leg 31 and the intermediate leg 32 and the connecting parts 41a to 41b provided in the lower panel element 41 via screws (not shown), the end leg 31 and the support leg are connected. 32 and the lower panel element 41 can be connected. By setting it as such a state, the end leg 31 and the support leg 32 are arrange | positioned by appropriate positional relationship, and can become independent.

  Similarly, the required number of intermediate legs 32 are connected together with the lower panel elements 41 to 42 (see FIG. 2), and finally the end legs 31 are connected again.

  The top plate element 21 is assembled to the support legs 3 and 3 and the lower panel element 41 assembled as described above as shown in FIG.

  At this time, the two brackets 23 and 23 are attached to the lower surface 21e of the top plate element 21 in advance. The brackets 23 and 23 are formed in an inverted L shape, and holes 23a and 23a for attachment to the top plate element 21 are formed on the upper surface. Further, a hook-like connecting portion 23 b for connecting to the lower panel element 41 is formed at the lower end. On the other hand, in the lower panel element 41, corresponding to the connecting portions 23b and 23b of the brackets 23 and 23, connecting portions 41c and 41c are formed at two locations on the inner peripheral surface as vertically slit-like openings. Yes.

  The brackets 23 and 23 are attached to the lower surface 21e of the top plate element 21 by fastening the holes 23a and 23a on the upper surface and the screw holes 21r provided in the lower surface 21e of the top plate element 21 with screws (not shown). Then, the connecting portions 23 b and 23 b at the lower ends of the brackets 23 and 23 are engaged so as to be hooked on the connecting portions 41 c and 41 c on the inner peripheral surface of the top plate element 21. In this manner, the top plate element 21 is positioned with respect to the support leg 3 and the lower panel element 41, and the lower surface 21e of the top plate element 21 is supported by the top plate receiving portions 31a and 32a of the support leg 3.

  Although not shown in the figure, as described above, the necessary number of intermediate legs 32 are connected via the lower panel elements 41 to 42 (see FIG. 2), and the opening 2a (see FIG. 2). The end leg 31 is again connected to the opposite end facing the. And as shown in FIG. 3 and FIG. 4, the top plate elements 21-22 are provided in the upper part of each support leg 3, respectively. In addition, the side edges 21a to 22a of the two top plate elements 21 to 22 are supported simultaneously by the top plate receiving portion 32b of one intermediate leg 32.

  In this state, as shown in FIG. 9, the top plate elements 21 and 21 are connected in the circumferential direction. As the connecting means, each top plate element 21, 21 is formed with continuous communication grooves 21i-21i on the side edges 21a, 21a of the lower surface 21e, and there are connecting recesses 21h-21h sandwiching them. Is provided. And the fasteners 25 and 25 which consist of the volt | bolt 25a, the square washer 25b, and the square nut 25c are each inserted in these. The fasteners 25, 25 can narrow the distance between the bolt head and the square nut 25c by tightening the bolts 25a, 25a. By doing so, the side edges 21a, 21a of the adjacent top plate elements 21, 21 are connected to each other. Can be fastened to be fastened. In this way, the top plate elements 21 to 21 are connected in the circumferential direction in a state in which they are positioned by the support legs 3 (see FIG. 5) and the lower panel element 41. In addition, such a connection means is the same not only when connecting the top-plate elements 21 and 21, but also when one or both is the top-plate element 22 (refer FIG. 6).

  Further, returning to FIG. 8, screws (not shown) are provided to the screw holes 21 p to 21 p provided on the lower surface 21 e of the top plate element 21 through holes 31 a 1 to 32 a 1 provided on the top plate receiving portions 31 a and 32 a, respectively. Screw). By doing so, the top plate element 21 is completely integrated with the support leg 3 and the lower panel element 41. At this time, the outer edge 21b of the top plate element 21 and the inner surface of the lower panel element 41 are along.

  Similarly, when the top plate element 22 (see FIG. 6) is attached, the outer edge 22b (see FIG. 6) and the inner surface of the flat lower panel element 42 (see FIG. 6) are along.

  Next, with respect to the support leg 3, the lower panel element 41, and the top plate element 21 assembled as described above, as shown in FIG. 10, the desktop panel element 51 and the lower frame 61 arranged on the lower edge 51d thereof are provided. Install while integrating.

  Here, the configuration of the lower frame 61 provided on the lower edge 51d of the desktop panel element 51 will be described with reference to FIG.

  The desktop panel element 51 uses an elastic acrylic panel as a material, and is formed as a flat panel element by itself, and is configured to have a predetermined curved shape by being attached via the lower frame 61 or the like. Moreover, as this acrylic material, a transparent thing and the thing which is cloudy and has translucency can be used. The lower frame 61 is provided so as to sandwich the vicinity of the lower edge 51d of the desktop panel element 51, and includes a curved beam element 62 and a curved presser plate element 65 positioned on the inner side and the outer side, respectively. Further, the beam element 62 includes a first beam element 63 and a second beam element 64.

  When the above-described configuration is functionally viewed, the curved beam element 62 and the pressing plate element 65 having substantially the same curved shape are arranged close to each other, so that the beam element 62 is interposed therebetween. It can be said that the groove portion 61a opened upward is formed, and the curved shape is formed while the desktop panel element 51 is sandwiched by the groove portion 61a.

  The first beam element 63, the second beam element 64, and the pressing plate element 65 are each formed by cutting a metal plate and bending it with substantially the same curvature. On the other hand, the desktop panel element 51 has sufficient flexibility and flexibility, and is sandwiched between the first beam element 63, the second beam element 64, and the pressing plate element 65, so that these shapes are formed. It can be bent along.

  Among the first beam element 63, the second beam element 64, and the pressing plate element 65, the first curved plate element 63 is not only curved in the longitudinal direction but also when viewed in a cross section perpendicular to the longitudinal direction. The central portion is bent into a U-shape protruding toward the inner peripheral side. Therefore, it has sufficient strength against bending in a direction perpendicular to the longitudinal direction. The second beam element 64 is formed with rectangular protrusions 64c to 64c as five convex engaging portions at the lower end thereof.

  Further, the first beam element 63 has a U-shaped projecting surface as described above, end screw holes 63a to 63a for connecting to the support leg 3 (see FIG. 10) as described later, and a top plate element. Intermediate part screw holes 63b to 63b are provided for connection to the terminal 21 (see FIG. 10).

  Further, the first beam element 63 is provided with two end connection holes 63c to 63c in the vicinity of both end portions in the longitudinal direction, and 2 at each of two positions spaced apart in the longitudinal direction between them. Intermediate part connecting holes 63d to 63d are provided one by one. The second beam element 64 also has the end connection holes 64a to 64a and the middle so as to correspond to the end connection holes 63a to 63a and the intermediate connection holes 63b to 63b provided in the first beam element 63 as described above. Connection holes 64b to 64b are provided. Further, the pressing plate element 65 has end connecting portions 65a to 65a and intermediate connecting portions 65b to 65b that are circular protrusions corresponding to these positions, and the center is the outer periphery. Screw holes are formed in a range that does not penetrate the surface. Similarly to these, the desktop panel element 51 is also provided with end connection holes 51a to 51a and intermediate connection holes 51b to 51b. It is formed in a long hole shape extending in the bending direction.

  When assembling them, first, the pressing plate element 65 is arranged on the outer surface side of the desktop panel element 51, and the inside of the end connection holes 51a to 51a and the intermediate connection holes 51b to 51b while curving the desktop panel element 51. The end connecting portions 65a to 65a and the intermediate connecting portions 65b to 65b of the presser plate element 65 are loosely fitted to each other. At this time, the lengths of the ends of the end connecting portions 65 a to 65 a and the intermediate connecting portions 65 b to 65 b are set so as to be within the thickness direction of the desktop panel element 51.

  Next, the second beam element 64 and the first beam element 63 constituting the beam element 62 are arranged on the inner surface side of the desktop panel element 51, and the end connection holes 64 a to 64 a, 63 c to 63 c and the intermediate part are arranged. The connecting holes 64b to 64b and 63d to 63d are screwed using screws (not shown) in accordance with positions corresponding to the end connecting portions 65a to 65a and the intermediate connecting portions 65b to 65b of the pressing plate element 65.

  In this way, the desktop panel element 51 is sandwiched between the beam element 62 and the pressing plate element 65 mainly using the regions 51f to 51f around the end connection holes 51a to 51a and the intermediate connection holes 51b to 51b as corresponding parts. Since the positions of the fixing regions CL to CL of the lower frame 61 constituted by these are firmly restricted as attachment portions, the beam elements 62 and the pressing plate elements 65 are bent in a shape along the curve.

  As shown in FIG. 6, the lower frame 71 that supports the flat desktop panel 52 formed corresponding to the rectangular top plate element 22 basically has the same configuration as that of FIG. 11. Since it is formed in a straight line without being bent in the longitudinal direction, the desktop panel element 52 is formed in a flat plate shape by being supported while being regulated by the four fixed regions CL to CL formed therein. Retained form.

  After configuring as described above, the desktop panel element 51 and the lower frame 61 are integrally attached to the support leg 3, the top plate 3, and the lower panel element 41 as shown in FIG.

  First, the protrusions 64c to 64c as the five convex engagement portions formed at the lower end of the lower frame 61 are the slit portions 41d as the five concave engagement portions formed at the upper end of the lower panel element 41. Positioning is performed by engaging with 41d. By doing so, the outer edge 21b of the top plate element 21, the lower panel element 41, and the desktop panel element 51 connected to the lower frame 61 can be positioned more easily, and the desktop panel element 51 can be positioned. Are easily matched with the top plate element 21 precisely.

  And the hole 31a2-32a2 formed in the outer peripheral side of the top-plate receiving part 31a, 32a with which the support leg 3 is equipped by the screw hole 63a-63a provided by two near the both ends of the internal peripheral surface of the lower frame 61, and Fastened with screws (not shown). Furthermore, two screw holes 63b to 63b that are spaced apart in the vertical direction at two positions in the middle between both ends are screwed between the holes 24b and 24b of the L-shaped bracket 24 (see FIG. Are connected using a screw (not shown) between a hole 24a formed on the upper surface of the bracket 24 and screw holes 21q and 21q provided on the lower surface of the top plate element 21.

  As described above, the shape determining means A1 is for installing the desktop panel element 51 in a predetermined position while holding the desktop panel element 51 in a predetermined shape. The brackets 24 and 24, the support legs 3 (31 and 32), the bottom A frame 61 is used. More specifically, the lower frame 61 is fixed at a position along the outer edge 21b of the top plate element 21 via the brackets 24, 24 and the support legs 3 (31, 32), as shown in FIG. The fixing regions CL to CL as the attachment portions set in the lower frame 61 are set at the intermediate positions between the both ends of the outer peripheral edge 21b of the top plate element 21 and two points apart from the both ends. Then, corresponding to each of these fixed regions CL to CL, it is formed at a position in the vicinity of both side edges 51e, 51e of the lower edge 51d of the desktop panel element 51, and at an intermediate position set at two positions apart from these. The corresponding parts 51f to 51f are attached. By doing so, the desktop panel element 51 is fixed while forming a curved shape along the outer edge 21b of the top plate element 21 as shown in FIG. Therefore, the gap between the outer edge 21b of the top plate element 21 and the desktop panel element 51 is reduced to enhance the sense of unity in appearance and enhance the appearance.

  In addition, as shown in FIG. 11, in the lower frame 61, the fixing regions CL to CL as the attachment portions mainly regulate the bending of the desktop panel element 51 to determine the curved shape. Since CL is integrally formed continuously in the longitudinal direction and the lower frame 61 is formed, an intermediate position between the fixed regions CL to CL is also arranged so as to sandwich the desktop panel element 51, thereby further finely curving. It contributes to the formation of the shape.

  Further, returning to FIG. 10, the upper frame member 69 is provided on the upper edge 51 c of the desktop panel element 51. The upper frame member 69 is formed of a metal having sufficient rigidity as compared with the desktop panel element 51, has the same curved shape as the curved lower frame 61, and fits the upper edge 51c along the longitudinal direction. It is comprised so that the groove part may be provided. Then, the curved shape of the desktop panel element 51 can be further stabilized by fitting into the upper edge 51c of the desktop panel element 51 from above.

  Further, the side edge 51e on the end leg 31 side is fitted into the groove formed between the first end frame 66 and the second end frame 67 having an L-shaped cross section integrated by welding. The hooks 66a and 67a formed on the lower side of the first end frame 66 and the second end frame 67 are overlapped and formed on the outer peripheral side of the top plate receiving portion 31a in the end leg 31. Engage with the slit portion 31a3. By doing so, the end position of the desktop panel element 51 can be further stabilized, and the aesthetic appearance of the side edge 51e on the end side can be enhanced.

  Further, an intermediate frame member 68 is provided on the side edge 51e on the intermediate leg 32 side. The intermediate frame member 68 has an H-shaped cross section as shown in FIG. 12, and is formed to have two grooves 68a and 68a along the longitudinal direction. Then, the side edges 51e of the two desktop panel elements 51 adjacent to each other are attached so as to fit into the grooves 68a and 68a. In this way, the side edges 51e and 51e of the desktop panel elements 51 and 51 are indirectly connected to stabilize the positions of the desktop panel elements 51 and 51, and the top of the top panel element 21 is externally formed without generating a gap. It can be shielded more reliably.

  In addition, it is not essential that the side edges 51e and 51e of the desktop panel elements 51 and 51 to which the intermediate frame member 68 is attached are simply cut off by a plane as shown in FIG. For example, convex protrusions formed as stepped portions in the thickness direction are provided on both side edges 51e and 51e facing each other, and a groove corresponding to these is formed in the intermediate frame member 68. The desktop panel elements 51 and 51 may be coupled via the intermediate frame member 68 by engaging the projecting protrusions with the projections. On the other hand, a groove is provided in a concave shape on both of the opposing side edges 51e, 51e, and a convex protrusion corresponding to these is formed on the intermediate frame member 68, or a simple belt-like body in which the protrusion itself is continuous. The intermediate frame member 68 is formed, and the desktop panel elements 51 and 51 are connected via the intermediate frame member 68 by engaging the grooves formed in the desktop panel elements 51 and 51 with the protruding protrusions. May be. By adopting these configurations, the thickness of the desktop panel elements 51 and 51 and the intermediate frame member 68 can be made the same, and the continuity of the surface can be further increased.

  The side edge connecting means can be configured not only as the intermediate frame member 68 that indirectly connects the side edges 51e and 51e but also as a direct connection as shown in FIG. In this case, a concave engagement portion 151e1 is provided on one side edge of each desktop panel element 151, 151, and a convex engagement portion 151e2 is provided on the other side. In this case, it is sufficient that the gap is not generated while both are positioned, and the number of parts can be reduced.

  Although the above description has focused on the method of assembling the fan-shaped top plate element 21 and its peripheral members, the assembly method is the case of the rectangular top plate element 22 and its peripheral members shown in FIG. But there is almost no change. The lower frame 71 is fixed by the brackets 24, 24 along the outer edge 22b of the top plate element 22, and is fixed as an attachment portion set in the lower frame 71 as in the case of the lower frame 61 (see FIG. 11). Corresponding portions of the desktop panel element 52 are attached to CL to CL. In this way, the desktop panel element 52 can be held in a flat plate shape along the outer edge 22 b of the top plate element 22. Further, similarly to the desktop panel element 51 (see FIG. 10), the upper frame member 79 and the intermediate frame member 68 are attached, so that the shape can be held more stably.

  The attachment of the desktop panel elements 51 and 52 will be described again with reference to FIG. In the case of the fan-shaped top plate element 21 or the rectangular top plate element 22, fixing regions CL to CL as attachment portions are set along the respective outer edges 21 b, and desktop panels are set on these. It is exactly the same in that each corresponding part is attached to the elements 51 to 52. By carrying out like this, after forming each desktop panel element 51-52 in the predetermined | prescribed shape of a curve or flat form, it can arrange | position in the predetermined position along each top-plate element 21-22. Further, as described above, the outer edges 21b to 22b of the top board elements 21 to 22 constitute a smoothly continuous edge as the outer edge 2b of the top board 2, and therefore the desktop panel elements 51 arranged along these respectively. -52 can also be made to be smoothly continuous with each other.

  In addition, the state of “smoothly continuous” in the desktop panel elements 51 to 52 also indicates that the curved curvatures of the left and right adjacent regions across the adjacent side edges of the adjacent desktop panel elements 51 and 51 are constant, It is not necessary for both to be in direct contact.

  Thus, while each edge part 21b-22b connects continuously smoothly, the desktop panel elements 51-52 are arrange | positioned along the top-plate elements 21-22, and a sense of unity on an external appearance is produced. By obtaining such a sense of unity in appearance, it is possible to create a sense of calm and stability in the psychological state of the worker who uses the desk system 1 and those around him. Further, it is less likely to drop articles placed on the top plate 2 without causing unnecessary gaps between the top plate elements 21 to 22 and the desktop panel elements 51 to 52, and the workability is further improved.

  Further, when focusing attention on the desktop panel elements 51 to 52 and the lower panel elements 41 to 42 in the above connection structure, as shown in FIGS. 5 and 6, these are top plate elements as common attachment members. Those corresponding to each other arranged in the vertical direction by 21 to 22 and the support legs 3 to 3 are indirectly connected and positioned with respect to each other. Furthermore, this positioning is further enhanced by direct concavo-convex engagement. The lower panel elements 41 to 42 are formed in advance along the outer edges 21b to 22b of the top panel elements 21 to 22, and the desktop panel elements 51 to 52 are formed by the shape determining means A1 and A2 by the top panel elements. It is held in a shape along the outer edges 21 b to 22 b of 21 to 22. Therefore, as a result, the lower panel elements 41 to 42 and the desktop panel elements 51 to 52 have the same shape in the vertical arrangement, and have continuity in the vertical direction. Further, the lower panel elements 41 to 42 and the desktop panel elements 51 to 52 are respectively connected in the width direction via the attachment destination members 21 to 22 and 3 to 3 so that the curtain plate 4 and the desktop that are smoothly continuous are connected. Since the panel 5 is configured, the curtain plate 4 and the desktop panel 5 are configured as a panel system PS having continuity in the width direction in addition to the up-down direction, thereby obtaining a more uniform appearance. Can do. In addition, the desk system 1 is provided with such a panel system PS, and can add up to the top plate 2 to obtain a unified appearance.

  Here, the top plate elements 21 to 22 constitute a large top plate 2 by being connected to each other, and together with other peripheral members, constitute a desk system 1 on which a plurality of persons can sit and work. To do.

  At this time, as shown in FIG. 2, the top plate elements 21, 21 adjacent to the opening 2 a, that is, located at both ends in the connecting direction, are the portions that are most likely to be displaced in the top plate 2. However, each is supported by one end leg 31 and one intermediate leg 32. Among these, since the grounding part 31b of the end leg 31 is formed long, the top plate elements 21 and 21 at both ends are stably supported. Further, the top plate elements 21 to 22 arranged between them are merely installed by the intermediate legs 31 formed with a short grounding portion 31b, but are supported by the adjacent top plate elements 21 to 22. It is possible to maintain a stable state in order to fit.

  Further, the support legs 3 to 3 supporting the top plate elements 21 to 22 are connected to each other via the lower panel elements 41 to 42 and the lower frames 61 to 62 to increase the strength as a whole. Three are also supporting each other. Therefore, the support legs 3 to 3 can support the top plate elements 21 to 22 even more strongly without causing an inclination.

  Moreover, in the desk system 1 of this embodiment, it is also possible to change the shape of the top plate 2 by changing the number of the top plate elements 21 to 22 as described above or by changing the connecting order. . Since the top plate elements 21 to 22 have not only a single shape but also top plate elements 21 to 22 having different shapes of a fan shape and a rectangular shape, they can be configured in various shapes by combining them. It is possible to select a space-efficient shape according to the installation location and to make the shape suitable for the work style such as work contents. Even if any of these shapes is selected, the side edges 21a to 22a are formed as straight lines having the same length and are substantially orthogonal to the edges 21b to 22c on the use side and the counter use side. Since it is formed, the edges 2b and 2c on the use edge side and the counter-use side of the top plate 2 can be smoothly continuous without changing, and the desktop panel element 41 can be connected to the outer edges 21b to 22b. Are installed at predetermined positions along the horizontal direction of the desktop panel 5 so that the desktop panel 5 can be smoothly continuous with the top plate 2 and the support plate 3 to 3 supporting the top plate 2 and the curtain plate 4 in the width direction. As panel system PS connected so as to be smoothly continuous in the vertical direction, it is possible to obtain a uniform appearance.

  The top plate elements 21 and 22 can be formed not only in a fan shape or a rectangular shape, but also in any shape of the outer edges 21b and 22b and the inner edges 21c and 22c. At this time, as described above, the side edges 21a to 22a may be formed as straight lines of the same length and substantially perpendicular to the use side and counter use side edges (outer edges and inner edges) 21b to 22c. For example, even if the top plate elements 21 to 22 are connected in any combination, the edge portions 2b and 2c on the use edge side and the counter-use side can be smoothly connected to each other.

  As a specific example, what changed each outer edge 21b, 22b of the top-plate elements 21-22 shown in FIG. 13 is shown in FIG. The outer edge 121b of the top plate element 121 has a shape obtained by continuously combining an outwardly convex curve, two curves that are convex toward the inner side having different curvatures, and two straight lines. . In addition, the outer edge 122b of the top plate element 122 has a shape obtained by continuously combining an outwardly convex curve and two curves that are convex toward the inner side having different curvatures. Further, the side edges 121a to 122a are formed as straight lines having the same length and substantially orthogonal to the use side and counter use side edges (outer edges and inner edges) 121b to 122c. Therefore, even in the case of this desk system 101, when the top plate 102 is configured by combining the top plate elements 121 to 122, the edge portions 2b and 2c on the use edge side and the non-use side of the top plate 2 are continuously continuous. It is possible to make it.

  Moreover, while providing the lower panel elements 141 and 142 of the shape along each outer edge 121b and 122b of the top-plate elements 121 and 122 formed in this way, the desktop panel elements 151 and 152 are provided. At this time, mounting portions CL to CL are formed along the outer edges 121b and 122b, and the top panel element 121, by attaching corresponding portions of the desktop panel elements 151 and 152 to the mounting portions CL to CL. A curved shape along the outer edges 121b and 122b of 122 can be formed. As shown in the figure, when the outer edges 121b and 122b have a complicated shape, it is possible to set a finer and smoother shape by appropriately increasing the locations of the attachment portions CL to CL. This is preferable.

  In this way, by forming the top plate 102 by connecting the top plate elements 121 to 122 having the outer edges 121b and 122b in which curves and straight lines having different curvatures are combined, a plurality of curvatures can be obtained instead of a simple oval shape. The outer edge 102b can be formed in a complicated shape by combining a large number of curves and straight lines. At the same time, if the lower panel elements 41 to 42 are formed along the outer edges 21b to 22b of the top panel elements 21 to 22, the curved shape of the curtain plate 4 constituted by the lower panel elements 41 to 42 is also desktop. It becomes possible to match the panel 5, and the panel system PS smoothly connected in the width direction and the vertical direction can have a uniform appearance. By doing this, it becomes easy to make a more suitable form according to the installation location and work style, and it is possible to give a gorgeous impression to the viewer from the surroundings and give a psychological uplifting feeling. Become.

  As described above, the panel system PS in the present embodiment is attached so as to cover the edge 2b on the opposite side of the top plate 2 constituting a part of the desk, and at least the curvature in the width direction is different. A plurality of lower panel elements 41 to 42 formed in two or more shapes are provided, and the lower panel elements 41 to 42 are smoothly and continuously arranged in the width direction to form the deformed curtain plate 4. By arranging the desktop panel elements 51 to 52 formed with curvatures along the lower panel elements 41 to 42 at predetermined positions above the elements 41 to 42, the sides on which the desktop panel elements 51 to 52 are adjacent to each other are arranged. The edges 51e to 52e are smoothly continuous in the width direction, and the deformed desktop panel 5 is configured.

  Since it is configured in this manner, the irregular curtain 4 and the irregular desktop panel 5 are configured so as to be smoothly continuous in the width direction and the vertical direction, and these serve as partitions while shielding from the non-use side. It is possible to create an environment in which the internal work space is independent from the external space and can concentrate on work, and the curved surface is given a smooth impression while providing a uniform appearance. It is possible to relieve psychology.

  Further, the lower panel elements 41 to 42 and the desktop panel elements 51 to 52 are attached as part of the members constituting the desk as common attachment destination members 21 to 22 and 3 to 3, and the attachment destinations. Since it is configured to be indirectly connected through the members 21 to 22 and 3 to 3, it is possible to enhance a sense of unity with the desk, and the lower panel elements 41 to 42 and the desktop panel elements 51 to 52. It is possible to further improve the continuity of the image and obtain a more uniform appearance.

  Moreover, since it comprises so that at least one part of the said attachment destination members 21-22, 3-3 may be the top plates 21-22, connection with the lower panel elements 41-42 and the desktop panel elements 51-52 is carried out. It will be easier to do.

  Moreover, since it comprises so that at least one part of the said attachment destination members 21-22, 3-3 is the support legs 3-3 which support the top plates 21-22, it is the same as the above, and the lower panel element 41- 42 and the desktop panel elements 51 to 52 can be more easily connected.

  Further, the desktop panel elements 51 to 52 are formed of an elastically deformable flat plate-like common panel material, and are attached to the edge portions 51d to 52d of the desktop panel elements 51 to 52 so as to correspond to the desktop panel elements 51 to 51. 52 is curved, or is configured to be attached to the attachment destination members 21 to 22 and 3 to 3 via frame members 61 and 71 that hold a flat plate shape, and thus the same panel material is used. The desktop panel elements 51 to 52 having various shapes can be formed with a simple and inexpensive configuration.

  In addition, since the lower end of the desktop panel elements 51 to 52 and the upper end of the lower panel elements 41 to 42 are configured to be engaged in the up-and-down direction, the desktop panel elements 51 to 52 and the lower panel elements 41 to 42 are engaged. Can be easily positioned, and the continuity in the vertical direction can be increased to further increase the appearance uniformity.

  Further, since at least one of the lower panel elements 41 to 42 is configured in a flat plate shape, it can be configured as a curtain plate 4 and a desktop panel 5 in which a plane and a curved surface are combined. In addition, it is possible to prepare a work environment by giving a moderate hard impression and a smooth impression.

  Furthermore, by using the desk system 1 having the panel system PS described above, the entire desk system 1 can be suitably configured to have a uniform appearance.

  The specific configuration of each unit is not limited to the above-described embodiment.

  For example, on the assumption that the panel system PS described above is configured integrally with the desk system 1, the lower panel adjacent to the panel system PS via the top plate elements 21 to 22 and the support legs 3 to 3 that are a part of the desk system 1. The elements 41 to 42, the desktop panel elements 51 to 52, and the desktop panel elements 51 to 52 corresponding to the lower panel elements 41 to 42 arranged above and below are connected, but they are directly connected. There is no problem with the configuration. By doing so, it can be used in a wider range of usage methods, such as being installed separately from the top plate 2 to improve ventilation and to be used as an independent partition, which is preferable.

  Further, it may be considered that the top plate 2 is configured in a ring shape as in the above-described embodiment, and the outer edge 2b is used. In this case, the desktop panel elements 51 to 52 and the lower panel elements 41 to 42 may be attached to the inner edge 2c on the non-use side, and a sense of unity is provided along the curved shape of the inner edge 2c. The panel system PS may be configured by configuring the desktop panel 5 and smoothly connecting the curtain plate 4 and the desktop panel 5 in the vertical direction and the width direction inside.

  In the above-described embodiment, the fixed regions CL to CL constituting the attachment portions as the shape determining means A1 and A2 for determining the curved shape of the desktop panel elements 51 to 52 are used as the lower frames 61 and 62 as the desktop. Although the shape was continuous to the same length as the width of the panel element 51, the shape may be divided into a plurality of parts in the longitudinal direction, and the desktop panel element 51 may be provided as long as the position of each mounting portion can be maintained appropriately. The function for making the curvature of ~ 52 is not lost. Dividing into a plurality of parts in this way is preferable because the number of parts increases, but the parts constituting the lower frames 61 to 62 can be reduced in size and manufactured easily.

  Moreover, the beam element 62 (refer FIG. 11) which comprises a part of lower frame 61 (71) is divided into four like FIG. 16, and the 1st beam element 363-363 comprised, and the curve which attaches this The second beam element 364 having a plate (or flat plate) shape can be simplified. In this way, the first beam elements 363 to 363 can be easily manufactured, and the weight can be reduced. Further, the desktop panel element 51 is attached using the connection holes 364c to 364d formed in the second beam element 364, so that it can follow the curved shape of the second beam element 364. When the bending rigidity is unnecessarily lowered due to the division of the first beam elements 363 to 363, it is possible to cope with the problem by increasing the thickness of the second beam element 364.

  Further, the positioning of the desktop panel element 51 is sufficiently achieved by the engagement of the protrusions 64c to 64c formed below the lower frame 61 and the slits 41d to 41d formed above the lower panel element 41 shown in FIG. If it can be performed, the brackets 24, 24 may be configured not to be used. In this case, the shape and mounting method of the brackets 23 and 23 (see FIG. 5) can be further changed so as to have a function as a wiring receiver as shown in FIG. In this example, the top plate element 421 and the lower panel element 441 are connected by three brackets 423 to 423. The bracket 423 is formed by using a metal plate, and is formed in parallel with a position where the upper surface and the lower surface are offset by bending the upper and lower portions in the opposite directions at 90 °. Further, the lower surface is set wider than the upper surface, and this portion functions as a wiring receiver. Then, the holes 423 b to 423 b and 423 a to 423 a formed on the upper surface and the lower surface are attached to the screw holes 421 q to 421 q on the lower surface of the top plate element 421 and the screw holes 441 c to 441 c on the upper surface of the lower panel element 441. In this manner, the lower panel element 441 is positioned with respect to the top plate element 421, and a wiring receiver is formed below the outer peripheral edge 421b of the top plate element 421. Even when the top plate element 421 has a rectangular shape as shown in FIG. 6, the same configuration can be used.

  In the above-described embodiment, the fixing regions CL to CL are set via the lower frames 61 to 62, and the corresponding portions of the desktop panel elements 51 to 52 are attached thereto. It is good also as the structure which attaches the corresponding | compatible part of the desktop panel elements 51-52 to these by setting fixed area | region CL-CL to the outer edge 21b-22b itself of this, and can reduce a number of parts, and is suitable It is.

DESCRIPTION OF SYMBOLS 1 ... Desk system 2 ... Top plate 2b ... Outer edge 2c ... Inner edge 4 ... Curtain board 5 ... Desktop panel 21 ... (Fan shape) Top plate element 21a ... Side edge 21b ... Outer edge 22c ... Inner edge 22 ... (Rectangle shape) ) Top plate element 22a ... side edge 22b ... outer edge 22c ... inner edge 23, 24 ... bracket 41, 42 ... lower panel element 51, 52 ... desktop panel element 61, 71 ... lower frame 61a ... groove 62 ... (curved) beam Element 65 ... (curved) holding plate element A1, A2 ... Shape determining means CL ... Fixed region (mounting part)
PS ... Panel system

Claims (6)

It is a panel system that is attached so as to cover the edge on the counter-use side of the top plate that constitutes a part of the desk,
A plurality of lower panel elements formed in at least two types of shapes having different curvatures in the width direction are provided, the lower panel elements are smoothly and continuously arranged in the width direction to form a deformed curtain,
By arranging desktop panel elements formed with curvatures along the lower panel elements at predetermined positions above the lower panel elements, the side edges of the desktop panel elements adjacent to each other can be smoothly smoothed in the width direction. is continuous, is intended to constitute the irregular-shaped desktop panel,
The lower panel element and the desktop panel element are attached as a common attachment destination member, a part of the members constituting the desk, and indirectly connected via the attachment destination member,
The desktop panel element is formed of an elastically deformable flat plate-like common panel material, and is provided with a frame member attached to an edge of the desktop panel element formed in a curved or flat plate shape. The panel system is attached to the attachment member through the frame member . The panel system according to claim 1, wherein at least part of the attachment member is a top plate . The panel system according to claim 1, wherein at least a part of the attachment destination member is a support leg that supports the top plate . The panel system according to claim 1, wherein a lower end of the desktop panel element and an upper end of the lower panel element are engaged with each other in a vertical direction . The panel system according to claim 1, wherein at least one of the lower panel elements is configured in a flat plate shape . A desk system comprising the panel system according to claim 1 .

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